METHOD, DEVICE, AND SYSTEM FOR ADAPTIVELY, INTERACTIVELY, AND UNIVERSALLY REMOTE CONTROLLING APPLIANCES

Abstract: A method, device, and system for adaptively, interactively, and universally remote controlling appliances, featuring a unique universal remote controller device (15) including a complementary appliance unit (17) included and uniquely setup with each of the appliances (29 and 11), and a master remote control unit (1), where the master remote control unit interactively communicates with each of the complementary appliance units by way of a bi-directional wireless protocol such as a radio frequency (RF) protocol, for a user to remote control the appliances. Each complementary appliance unit includes a set-up record (50), featuring a plurality of data/information sections unique to that appliance, which is transmitted to and used by the master remote control unit for efficiently, adaptively, and interactively learning about and controlling that appliance, in a dynamically changing environment.

Description: METHOD, DEVICE, AND SYSTEM FOR ADAPTIVELY, INTERACTIVELY, AND UNIVERSALLY REMOTE CONTROLLING APPLIANCES FIELD AND BACKGROUND OF THE INVENTION The present invention relates to the general field of remotely controlling appliances and, more particularly, to a method, device, and system for adaptively, interactively, and universally remote controlling appliances. The present invention features a universal remote controller device including (i) a complementary appliance unit included and uniquely setup with each of the appliances, and, (ii) a master remote control unit, where the master remote control unit interactively communicates with each of the complementary appliance units by way of a bi-directional wireless protocol such as a radio frequency (RF) protocol, for a user to remote control the appliances. Each complementary appliance unit includes a set-up record, featuring a plurality of data information sections unique to that appliance, which is transmitted to and used by the master remote control unit for efficiently, adaptively, and interactively learning about and controlling that appliance, in a dynamically changing environment. The universal remote controller provides a user with help guidance and a variety of options unique to each appliance operating within the dynamically changing environment. The universal remote controller is operated, according to the disclosed method and system, by a user for simultaneously and/or sequentially remote controlling a plurality of the appliances in the dynamically changing environment. Remote controllers for electrical and electronic appliances are well known, and are widely used. Currently, many home appliances which are being improved by including additional new features are also being provided with remote controllers. Generally, although most of the newer remote controllers utilize infrared rays for transmitting control signals to their complementary appliances, there is no single standard for remote controllers, and each manufacturer of remotely controlled appliances provides appliances and remote controllers with their own proprietary protocols. In many cases, for a single appliance, a manufacturer changes the control protocol from one model to another. This problem is well known, and the prior art has extensively tried to provide a so-called "universal" remote controller that is capable of controlling a variety of different appliances. However, the so-called universal remote controller does not yet exist which can adaptively, interactively, and universally control each of the variety of different appliances. A major limitation of prior art universal remote controllers is that communication between a given universal remote controller and appliances is uni-directional, whereby data/control signals are sent or transmitted only in the direction from the universal remote controller to a particular appliance for a user to remotely control the appliance. Prior art universal remote controllers are not capable of receiving data and/or information directly from the appliances they remotely control, and remotely controlled appliances are not capable of transmitting data and/or information back to the remote controller. This major limitation of uni-directional communication clearly adds to, and further intensifies, another significant limitation of prior art universal remote controllers relating to the 'learning process' needed to be performed by any type of universal remote controller. Ordinarily, by definition, a universal remote controller needs to be provided with procedures and/or means for 'learning' the control features of the different appliances and the control signals for implementing the control features, and, with procedures and/or means for generating and transmitting such control signals to the appliances, according to user operation. In part, as a result of operating uni-directionally, various limiting aspects of the 'learning process' are prevalent among currently known universal remote controllers. There are several known types of universal remote controllers, these generally differing in their manner of programming. More particularly, prior art universal remote controllers typically differ in the manner by which they learn the specific signals to be transmitted by each key, the location of the relevant keys for operating each appliance, and the functionality of each key. Particular limitations associated with a variety of currently known universal remote controllers are described with respect to the following two exemplary universal remote controllers. One example of a currently known universal remote controller, disclosed in U.S. Patent No. 4,769,643, is designed to learn the said relevant information from each original dedicated remote controller provided by the manufacturer of each corresponding appliance. This type of universal remote controller has the major limitation that the learning procedure of the universal remote controller requires having the original remote controller of each appliance, which is not always available. Furthermore, the learning procedure is typically tedious and time consuming, as it needs to be separately performed for each appliance, and for each specific key of the original remote controller of each appliance. A second example of a currently known universal remote controller, disclosed in EP Patent Application No. 907,156, is provided with a special interface for downloading the relevant information into the remote controller from an external source. Such an external information source may be, for example, the appliance manufacturer's Internet web site, a Smart Card, and/or a plugged in ROM card. Several significant limitations are associated with this type of universal remote controller. Specifically, the external source of the relevant information may not be readily available, may not contain appropriate and/or sufficient information needed for operating the remote controller, and/or may not contain updated information relating to all the manufacturers' appliance models. Moreover, there is the need for a special plugged-in card that has to be programmed, or, for a special interface. Another limitation of this type of remote controller is that the procedure of programming (or downloading) in any case requires special skills by the one who carries out the programming procedure. Most currently existing universal remote controllers are designed for handling some "standard" appliances, such as a television (TV), a stereo receiver, a video cassette recorder (VCR), a tape recorder, and/or, a CD player. Keyboards of such universal remote controllers are usually not provided with keys for handling newly available features in new or updated models of the above "standard" appliances, and are definitely not provided with keys for handling new appliances being provided with remote controllers for the first time. Moreover, there are some remote controlled outdoor appliances, such as a garage door, or a car alarm system, that are provided with remote controllers requiring proper operation with encrypted signals and/or secret codes uniquely or individually assigned by the manufacturer of the appliance - remote controller set. Existing universal remote controllers are ordinarily not capable of learning from such a variety of dedicated remote controllers requiring operation with encrypted signals and/or secret codes associated with their complementary appliances. There are several additional limitations associated with prior art universal remote controllers. Currently available universal remote controllers either feature a limited form of a graphic man-machine interaction (MMI) mechanism, or none at all, for providing user-friendly remote controlling of appliances. Moreover, existing remote controllers are ordinarily based on infrared signal transmission, that generally requires a clear line-of-sight between the remote controller and an appliance. The above described variety of limitations associated with currently known universal remote controllers is clearly extended with respect to limiting the important operational aspect or feature of adaptability of a universal remote controller to a variable operating environment. In particular, a variable operating environment characterized by a wide variety of very different types and numbers of appliances, whereby a user desires to simultaneously and/or sequentially remote control the variety of different appliances, and/or, whereby operating features and properties of any number of the variety of different appliances change and/or are updated by the appliance manufacturers, and/or, whereby the environment is modified by introduction of at least one new remotely controlled appliance, and/or, whereby one using and holding the universal remote controller physically moves from one location to another location in the environment. To one of ordinary skill in the art, there is thus a need for, and it would be highly advantageous to have a method, device, and system for adaptively, interactively, and universally remote controlling appliances. Moreover, there is a need for such a universal remote controller device, and corresponding method and system for implementing thereof, which include a master remote control unit interactively communicating with a complementary appliance unit, included and uniquely setup with each of the appliances, by way of a bi-directional interactive wireless protocol such as a radio frequency (RF) protocol, for a user to remote control the appliances. Furthermore, there is a need for such an invention where each complementary appliance unit includes a set-up record, featuring a plurality of data/information sections unique to a corresponding appliance, which is transmitted to and used by the master remote control unit for efficiently, adaptively, and interactively learning about and controlling the corresponding appliance, in a dynamically changing environment. Additionally, there is a need for such a universal remote controller which provides a user with help guidance and/or options unique to each appliance operating within the dynamically changing environment, and where the universal remote controller can be used for simultaneous and/or sequential operation of a plurality of the appliances in the dynamically changing environment. SUMMARY OF THE INVENTION The present invention relates to a method, device, and system for adaptively, interactively, and universally remote controlling appliances. The present invention features a universal remote controller device including (i) a complementary appliance unit included and uniquely setup with each of the appliances, and, (ii) a master remote control unit, where the master remote control unit interactively communicates with each of the complementary appliance units by way of a bi-directional wireless protocol such as a radio frequency (RF) protocol, for a user to remote control the appliances. Each complementary appliance unit includes a set-up record, featuring a plurality of data/information sections unique to that appliance, which is transmitted to and used by the master remote control unit for efficiently, adaptively, and interactively learning about and controlling that appliance, in a dynamically changing environment. The universal remote controller provides a user with help guidance and a variety of options unique to each appliance operating within the dynamically changing environment. The universal remote controller is operated, according to the disclosed method and system, by a user for simultaneously and/or sequentially remote controlling a plurality of the appliances in the dynamically changing environment. Thus, according to the present invention, there is provided a method for adaptively, interactively, and universally remote controlling appliances comprising the steps of: (a) providing a universal remote controller device including: (i) a complementary appliance unit included and uniquely setup with each of the appliances, each complementary appliance unit includes a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; and (ii) a master remote control unit for bi-directionally and interactively communicating with each complementary appliance unit by way of a wireless communication protocol; and (b) operating the master remote control unit with the complementary appliance unit of each of the appliances by a user for adaptively and interactively learning the set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. According to another aspect of the present invention, there is provided a method for adaptively, interactively, and universally remote controlling appliances comprising the steps of: (a) providing a complementary appliance unit in each appliance for bi-directionally and interactively communicating with a master remote control unit, each complementary appliance unit includes: (i) a complementary appliance unit receiver for receiving wireless signals from the master remote control unit; (ii) a complementary appliance unit transmitter for transmitting wireless signals to the master remote control unit; (iii) a complementary appliance unit non-directional antenna for the receiving and transmitting the wireless signals; (iv) a complementary appliance unit database including a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; (v) a complementary appliance unit processing unit for performing functions and operations of the complementary appliance unit; and the master remote control unit includes: (i) a master remote control unit receiver for receiving wireless signals from each complementary appliance control unit; (ii) a master remote control unit transmitter for transmitting wireless signals to each complementary appliance unit; (iii) a master remote control unit non-directional antenna for the receiving and transmitting the wireless signals; (iv) a master remote control unit database for storing and using the set-up record of each complementary appliance unit; (v) a master remote control unit processing unit for performing functions and operations of the master remote control unit; and (vi) a display for displaying and activating the functions and operations of the master remote control unit; and (b) operating the master remote control unit with the complementary appliance unit of each of the appliances by a user for adaptively and interactively learning the set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. According to another aspect of the present invention, there is provided a universal remote controller device for adaptively, interactively, and universally remote controlling appliances comprising: (a) a complementary appliance unit included and uniquely setup with each of the appliances, each complementary appliance unit includes a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; and (b) a master remote control unit for bi-directionally and interactively communicating with each complementary appliance unit by way of a wireless communication protocol; whereby the master remote control unit is operated with the complementary appliance unit of each of the appliances by a user for adaptively and interactively learning the set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. According to another aspect of the present invention, there is provided a universal remote controller device for adaptively, interactively, and universally remote controlling appliances comprising: (a) a complementary appliance unit in each appliance for bi-directionally and interactively communicating with a master remote control unit, the complementary appliance unit includes: (i) a complementary appliance unit receiver for receiving wireless signals from the master remote control unit; (ii) a complementary appliance unit transmitter for transmitting wireless signals to the master remote control unit; (iii) a complementary appliance unit non-directional antenna for the receiving and transmitting the wireless signals; (iv) a complementary appliance unit database including a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; (v) a complementary appliance unit processing unit for performing functions and operations of the complementary appliance unit; and the master remote control unit includes: (i) a master remote control unit receiver for receiving wireless signals from each complementary appliance control unit; (ii) a master remote control unit transmitter for transmitting wireless signals to each complementary appliance unit; (iii) a master remote control unit non-directional antenna for the receiving and transmitting the wireless signals; (iv) a master remote control unit database for storing and using the set-up record of each complementary appliance unit; (v) a master remote control unit processing unit for performing functions and operations of the master remote control unit; and (vi) a display for displaying and activating said functions and operations of the master remote control unit; whereby the master remote control unit is operated with the complementary appliance unit of each of the appliances by a user for adaptively and interactively learning the set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. According to another aspect of the present invention, there is provided a system for adaptively, interactively, and universally remote controlling appliances comprising: (a) a universal remote controller device including: (i) a complementary appliance unit included and uniquely setup with each of the appliances, each complementary appliance unit includes a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; and (ii) a master remote control unit for bi-directionally and interactively communicating with each complementary appliance unit by way of a wireless communication protocol; and (b) a user operating the master remote control unit with the complementary appliance unit of each of the appliances for adaptively and interactively learning the set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. According to another aspect of the present invention, there is provided a system for adaptively, interactively, and universally remote controlling appliances comprising: (a) a universal remote controller device including: (i) a complementary appliance unit in each appliance for bi-directionally and interactively communicating with a master remote control unit, the complementary appliance unit includes: (1) a complementary appliance unit receiver for receiving wireless signals from the master remote control unit; (2) a complementary appliance unit transmitter for transmitting wireless signals to the master remote control unit; (3) a complementary appliance unit non-directional antenna for the receiving and transmitting the wireless signals; (4) a complementary appliance unit database including a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; (5) a complementary appliance unit processing unit for performing functions and operations of the complementary appliance unit; and the master remote control unit includes: (1) a master remote control unit receiver for receiving wireless signals from each complementary appliance control unit; (2) a master remote control unit transmitter for transmitting wireless signals to each complementary appliance unit; (3) a master remote control unit non-directional antenna for the receiving and transmitting the wireless signals; (4) a master remote control unit database for storing and using the set-up record of each complementary appliance unit; (5) a master remote control unit processing unit for performing functions and operations of the master remote control unit; and (6) a display for displaying and activating the functions and operations of the master remote control unit; and (b) a user operating the master remote control unit with the complementary appliance unit of each of the appliances for adaptively and interactively learning the set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. According to another aspect of the present invention, there is provided a method for remote controlling appliances, comprising the steps of: (a) providing a complementary appliance unit in each appliance, the complementary appliance unit includes: (i) a receiver for receiving signals from a master remote control unit; (ii) a transmitter for transmitting signals to the master remote control unit; (iii) a memory including a set-up record, the set-up record including a functional portion having information for the master remote control unit regarding various action formats sent by the master remote control unit for activating corresponding. various features of the appliance and information for assigning each of said features to a man-machine interaction mechanism of the master remote control unit and an identification section having data regarding model identification of the appliance; and (iv) a decoding mechanism for decoding signals sent by the master remote control unit; (b) including in the master remote control unit: (i) a receiver for receiving signals sent from each complementary appliance unit; (ii) a transmitter for transmitting signals to each complementary appliance unit, the signals are selected from the group consisting of signals for activating the various features of each of the appliances and signals for instructing each complementary appliance unit of each appliance to transmit at least a portion of the set-up record of each complementary appliance unit of the appliances; (iii) a memory storage for storing the at least a portion of the set-up record of each complementary appliance unit of the appliances, whereby, when the signal received from the complementary appliance unit of one of the appliances is the at least a portion of the set-up record, there is storing at least a portion of the set-up record in the memory storage of the master remote control unit; (iv) a mechanism for selecting the at least a portion of the set-up record to be an active one, whereby, content of the active set-up record is used for associating each of the various features : of each of the appliances with a man-machine interaction mechanism in the master remote control unit for activating each various feature of each of the appliances; and (c) performing an activity selected from the group consisting of activating at least one of the features of the appliance and transmitting at least a portion of the set-up record to the master remote control unit. According to another aspect of the present invention, there is provided a master remote control unit for controlling at least one appliance in an environment, characterized by acquiring from a complementary appliance unit of each appliance in the environment a set-up record including a functional portion of at least information regarding various action formats for sending by the master remote control unit for activating various features of each appliance and information for assigning each of the features to a man-machine interaction mechanism of the master remote control unit, and identification information regarding identification of each appliance. The master remote control unit comprises: (a) a plurality of man-machine interaction mechanism elements selected from the group consisting of keys, buttons, and pull-down/dynamic menus operatively included in a display screen; (b) a receiver for receiving signals from each complementary appliance unit of each appliance; (c) a transmitter for transmitting signals to each complementary appliance unit of each appliance, each of the signals is selected from the group consisting of a signal for activating a feature of an appliance and an acquiring command instructing the complementary appliance unit to transmit at least a portion of the set-up record of a corresponding appliance; (d) a memory storage for storing at least one set-up record that is received from the complementary appliance unit of a corresponding appliance; (e) a mechanism for selecting a set-up record to be defined as an active one; and (f) a mechanism for associating each feature of a corresponding appliance with a man-machine interaction mechanism element of the master remote control unit for activating a feature of the corresponding appliance. The present invention successfully overcomes several significant limitations of presently known methods, devices, and systems for universally remotely controlling appliances. The universal remote controller of the present invention is RF based and operates with a non-directional antenna according to a bi-directional wireless communication protocol, in strong contrast to prior art universal remote controllers limited to line-of-sight uni-directional communication protocols. In principle, the universal remote controller of the present invention is adaptable and handles any type of remote controllable appliance, for example, of variable type, model, and with variable features. The universal remote controller has the ability to simultaneously and/or sequentially control a plurality of remote controllable appliances. Moreover, the present invention provides such advantages that can be applied to a wide variety of appliances currently manufactured without remote control capability. Such appliances may be, for example, an electric kettle, a light bulb socket, a washing machine, etc., for which providing a dedicated remote controller was not economical. The universal remote controller of the present invention adapts itself to essentially any new environment, for example, while a user moves from one environment to another, or while the environment itself is modified by the introduction of a new appliance in it. Such a new environment can be, for example, another apartment, a new room in the same apartment, another floor in the same apartment, or an outdoor environment such as a parking lot paying-entering device, an industrial environment such as an automatic warehouse, or a manufacturing plant where machines can be 'wirelessly controlled'. The universal remote controller has the capability to adapt itself immediately and automatically to any movement of the operator into a new environment that includes appliances different from the previous environment. The invention further includes a feature for providing a user with help guidance, and/or options that are specific to each remote controllable appliance and/or specific to a given situation. The universal remote controller has the capability to adapt itself immediately to handle any new feature of any new or existing appliance, by displaying on the display a descriptive symbol or text that is directly connected to a relevant key for activating the new feature. The universal remote controller has the capability of adapting its operations based on the current or past status of appliances with which contact has been made. The universal remote controller is significantly more user-friendly than prior art universal remote controllers, particularly due to the novel method of learning the unique set-up data and information, in the form of a set-up record, of each corresponding appliance. In particular, the universal remote controller includes graphic Man-Machine Interface (MMI) mechanisms. The universal remote controller can run a full application that is received from an appliance, the application may include an interactive capabilities for handling different situations. The universal remote controller can implement applications by using scripts for simultaneously and/or sequentially managing a plurality of the appliances in a dynamically changing environment, where, here a script is a pre-determined ordered or sequential list of separate activities, relating to one or more separate appliances, to be ordered and performed by the universal remote controller. For example, a user can operate the universal remote controller by defining or customizing a script for turning lights on and off, and/or, for turning on a heating system, and/or, for starting a washing machine according to a specific time and/or event. Optionally, the universal remote controller of the present invention is equipped with sound operating, informing, and guiding capabilities, suitable particularly for the visually impaired. Moreover, the system of the present invention features a plurality of appliances in an environment, where each of the plurality of appliances is individually and uniquely remote controlled by the universal remote controller. Implementation of the method, device, and system for adaptively, interactively, and universally remote controlling appliances, of the present invention, involves performing or completing selected tasks or steps manually, automatically, or a combination thereof. Moreover, according to actual instrumentation and/or equipment used for implementing a particular preferred embodiment of the disclosed invention, several selected steps of the present invention could be performed by hardware or by software on any operating system of any firmware or a combination thereof. For example, as hardware, selected steps of the invention could be performed by a computer chip or an electronic circuit. As software, selected steps of the invention could be performed by a plurality of software instructions being executed by a computer using any suitable operating system. In any case, selected steps of the present invention could be described as being performed by a data processor, such as a computing platform for executing a plurality of instructions. BRIEF DESCRIPTION OF THE DRAWINGS The invention is herein described, by way of example only, with reference to the accompanying drawings, wherein: FIG. 1 is a schematic diagram illustrating an exemplary preferred embodiment of the system 15, including the universal remote controller (17 + 1) device, for adaptively, interactively, and universally remote controlling appliances, in accordance with the present invention; FIG. 2 is a schematic diagram illustrating an exemplary preferred embodiment of the complementary appliance unit 17, included and uniquely setup with each of the appliances to be remote controlled, as part of the universal remote controller (17 + 1) device, in accordance with the present invention; FIG. 3 is a schematic diagram illustrating an exemplary preferred embodiment of the master remote control unit 1, as part of the universal remote controller (17- + 1) device, in accordance with the present invention; FIG. 4 is a schematic diagram illustrating an exemplary preferred embodiment of the configuration of the set-up record 50 featuring a plurality of data/information sections unique to each appliance, as part of the complementary appliance unit 17, in accordance with the present invention; FIG. 5 is a schematic diagram illustrating an exemplary preferred embodiment of the configuration or map of the memory database 34 of the master remote control unit 1 featuring a plurality of set-up records 50 shown in FIG. 4, in accordance with the present invention; FIG. 6 is a schematic diagram illustrating an exemplary preferred embodiment of the master remote control unit 1 with a display 35 showing the existence of several appliances in the vicinity of the master remote control unit 1, in accordance with the present invention; and FIG. 7 is a schematic diagram illustrating an exemplary preferred embodiment of the display 35 of the master remote control unit 1 operating as a combination TV/VCR master remote control unit, in accordance with the present invention. DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention relates to a method, device, and system for adaptively, interactively, and universally remote controlling appliances. The present invention features a unique universal remote controller device including (i) a complementary appliance unit included and uniquely setup with each of the appliances, and, (ii) a master remote control unit, where the master remote control unit interactively communicates with each of the complementary appliance units by way of a bi-directional wireless protocol such as a radio frequency (RF) protocol, for a user to remote control the appliances. Each complementary appliance unit includes a set-up record, featuring a plurality of data/information sections unique to that appliance, which is transmitted to and used by the master remote control unit for efficiently, adaptively, and interactively learning about and controlling that appliance, in a dynamically changing environment. The universal remote controller provides a user with help guidance, and a variety of options unique to each appliance operating within the dynamically changing environment. The universal remote controller is operated, according to the disclosed method and system, by a user for simultaneously and/or sequentially remote controlling a plurality of the appliances in the dynamically changing environment. It is to be understood that the invention is not limited in its application to the details of order or sequence of steps of operation or implementation, or, construction, arrangement, and composition of the components, set forth in the following description, drawings, or examples. For example, the following description refers to buttons, keys, pull-down/dynamic menus, and icons, as particular exemplary forms of a man-machine interaction mechanism featured in the display section or body of the remote control unit for a user to operate the universal remote controller, in order to illustrate implementation of the present invention. The invention is capable of other embodiments or of being practiced or carried out in various ways. Also, it is to be understood that the phraseology and terminology employed herein are for the purpose of description and should not be regarded as limiting. Steps, components, operation, and implementation of a method, device, and system for adaptively, interactively, and universally remote controlling appliances according to the present invention are better understood with reference to the following description and accompanying drawings. Throughout the following description and accompanying drawings, FIGS. 1 through 7, in particular, like reference numbers refer to like elements. Referring now to the drawings, FIG. 1 is a schematic diagram illustrating an exemplary preferred embodiment of the system, hereinafter, generally referred to as system 15, including universal remote controller (17 + 1) device described below, for adaptively, interactively, and universally remote controlling appliances. In FIG. 1, system 15 includes a variety of different electrical and/or electronic appliances. For example, system 15 corresponding to a typical home includes the following remote controlled appliances: a first TV set 2, a light bulb 3, an oven 4, a kettle 5, a refrigerator 6, a stereo system 7, a kitchen stove 8, a second TV set 9, and a living room chandelier 11. The universal remote controller device of the present invention, shown included in system 15 of FIG. 1, includes (i) a complementary appliance unit 17 (described in detail below with reference to FIG. 2) included and uniquely setup with each of the appliances 2, 3, 4, 5, 6, 7, 8, 9, and 11, and, (ii) a master remote control unit 1 (described in detail below with reference to FIG. 3), where master remote control unit 1 bi-directionally and interactively communicates with each of the complementary appliance units 17 by way of a bi-directional interactive wireless protocol such as a radio frequency (RF) protocol, for a user (not shown) to remote control the appliances. Accordingly, the universal remote controller device of the present invention includes at least one complementary appliance unit 17 and a single master remote control unit 1. Preferably, and typically, the universal remote controller device (17 + 1) of the present invention includes a plurality of complementary appliance units 17 and a single master remote control unit 1. Herein, for purpose of clarity in describing and for properly understanding the present invention, the universal remote controller device of the present invention is referred to as universal remote controller (17 + 1). The bi-directional interactive communication between complementary appliance unit 17 of each corresponding appliance and master remote control unit 1 preferably occurs in the RF range. For example, referring to system 15 of FIG. 1, master remote control unit 1 and a plurality of complementary appliance units 17 are considered as a 'Star Topology', whereby, master remote control unit 1 is located and functions as the center point or 'master', and, the plurality of complementary appliance units 17 of the various corresponding appliances 2, 3, 4, 5, 6, 7, 8, 9, and 11, are located and function as end-points or 'slaves' at each communication channel or connection, where, preferably, there exist multiple communication channels or connections among master remote control unit 1 and the plurality of complementary appliance units 17 of the various corresponding (slave) appliances 2, 3, 4, 5, 6, 7, 8, 9, and 11. Each complementary appliance unit 17 includes a set-up record, featuring a plurality of data/information sections unique to that appliance, which is transmitted to and used by master remote control unit 1 for efficiently, adaptively, and interactively learning about and controlling that appliance, in a dynamically changing environment. Master remote control unit 1 is provided with appropriate mechanisms for interactively bi-directionally communicating with the plurality of electrical or electronic appliances in the vicinity of master remote control unit 1. FIG. 2 is a schematic diagram illustrating an exemplary preferred embodiment of the complementary appliance unit 17, included and uniquely setup with each appliance of system 15 (FIG. 1) to be remote controlled, as part of universal remote controller device (17 + 1) of the present invention. Each complementary appliance unit 17 interactively communicates with master remote control unit 1 (FIGS. 1 and 3) by way of a bi-directional wireless protocol such as a radio frequency (RF) protocol, for a user (not shown) to remote control the appliances. Each complementary appliance unit 17 includes a non-directional antenna 21, a receiver 22, a transmitter 26, a database 24, and a processing unit 23. Alternatively, combined structure and function of each receiver 22 and transmitter 26 pair can be replaced by a single transceiver (not shown) for transmitting and receiving signals to and from, respectively, master remote control unit 1. Processing unit 23 of each complementary appliance unit 17 is of any kind known in the art, such as a micro-controller or a microprocessor. Processing unit 23 further includes a memory unit 27 that stores, for example, the software program required for operating processing unit 23, and therefore, required for operating complementary appliance unit 17, and includes I/O ports 25 for delivering updating information between the corresponding appliance and processing unit 23. For example, by way of one I/O port 25, updating data and information regarding the current status of the appliance may be transferred from the appliance to database 24. Alternatively, another I/O port 25 may be used for externally loading, when desired, updated set-up data and information to database 24, for example, from a PC computer (not shown) by way of a plug 19. Alternatively, updating procedures are performed by way of master control unit 1 bi-directionally and interactively communicating, through the wireless protocol such as a radio frequency (RF) protocol, with complementary appliance unit 17 of the corresponding appliance requiring updating of remote control data and/or information. Such updated data and information may be, for example, new control action formats, or a new graphic of the originally supplied remote controller of the appliance, or a reloading of set-up data and information due to a system malfunction. Processing unit 23 further includes at least one decoding/interpreting/translating mechanism 29 selected from the group consisting of software decoding/interpreting/translating mechanisms and hardware decoding/interpreting/translating mechanisms, for decoding, interpreting, and translating, signals, in general, and command signals, in particular, received from master remote control unit 1. In complementary appliance unit 17, database 24 includes a set-up record 50 of the set-up data and information, which is transmitted by transmitter 26 to master remote control unit 1 providing master remote control unit 1 all necessary data and information for a user to remote control a corresponding appliance. In general, set-up record 50 features a plurality of data/information sections unique to the corresponding appliance, which is transmitted to and used by master remote control unit 1 for efficiently, adaptively, and interactively learning about and controlling that appliance, in a dynamically changing environment. In particular, set-up data and information of set-up record 50 includes the format of the various signals transmitted by master remote control unit 1 to complementary appliance unit 17 in order to activate different features of the corresponding appliance, and, data and information for associating and assigning each of these signals to a corresponding key of master remote control unit 1. Optionally, in a preferred embodiment of universal remote controller (17 + 1) of the present invention, as further described below, set-up data and information of set-up record 50 also includes a full graphic and text description of each key, a HELP section, status information about the corresponding appliance, and specific applications to be run or executed by master remote control unit 1. FIG. 3 is a schematic diagram illustrating an exemplary preferred .embodiment of master remote control unit 1, as part of universal remote controller device (17 + 1) of the present invention. Master remote control unit 1 interactively communicates with each complementary appliance unit 17 (FIGS. 1 and 2) by way of a bi-directional interactive wireless protocol such as a radio frequency (RF) protocol, for a user to remote control the appliances. Master remote control unit 1 includes a non-directional antenna 31, a receiver 32, a transmitter 30, a processing unit 33, an internal RAM database 34 for storing set-up data and information 52 associated with a plurality of set-up records 50 of the corresponding appliances, and a display 35, herein, equivalently referred to as display screen 35. Alternatively, combined structure and function of each receiver 32 and transmitter 30 pair can be replaced by a single transceiver (not shown) for transmitting and receiving signals to and from, respectively, each complementary appliance unit 17. In an optional embodiment, master remote control unit 1 is designed and configured for inclusion or incorporation as a unit in a wireless cellular phone device or system, maintaining all described functionality as part of universal remote controller device (17 + 1) of the present invention for bi-directionally and interactively communicating with each complementary appliance unit 17 of each corresponding appliance. Processing unit 33 of master remote control unit 1 is of any kind known in the art, such as a micro-controller or a microprocessor. Processing unit 33 further includes at least one decoding/interpreting/translating mechanism 39 selected from the group consisting of software decoding/interpreting/translating mechanisms and hardware decoding/interpreting/translating mechanisms, for decoding, interpreting, and translating, signals received from each complementary appliance unit 17. Display 35 is preferably an interactive-type display, featuring a man-machine interaction (MMI) mechanism for displaying and enabling operation of keys, buttons, and/or pull-down/dynamic menus and sub-menus. In particular, man-machine interaction mechanism includes man-machine interaction mechanism elements selected from the group consisting of real keys, real buttons, virtual keys, virtual buttons, and pull-down/dynamic menus and sub-menus. Preferably, display 35 displays virtual keys, virtual buttons, or virtual pull-down/dynamic menus and sub-menus, which are activated by pressing -on their display location. Such a display is commonly known in the art of display devices and mechanisms as a graphic touch-sensitive screen and is used, for example, in PDA (Personal Digital Assistance) devices such as the 3 Corn's PalmPilot™ product. Accordingly, master remote control unit 1 may be, for example, part of a PDA device, or, comprise some of the components of such a PDA or similar product. In another configuration, display 35 is a type of liquid crystal display (LCD). Alternatively, display 35 is a conventional non-touch-sensitive type of display, whereby a set 36 of keys or buttons is included in master remote control unit 1. Master remote control unit 1 optionally includes a ROM database, and/or, a PROM database, and/or, a EEPROM database, and/or, a FLASH memory database, hereinafter, generally referred to as database 38, featuring set-up data and information 52 for a plurality of the most commonly used appliance models, and/or an interface for enabling adding and/or updating set-up data and information 52 of the appliances. Master remote control unit 1 further includes conventional peripherals 54 such as a memory bank 56 and I/O ports 58, associated with processing unit 33, for performing the various remote control functions and operations. Memory bank 56 stores the basic application that operates master remote control unit 1, in particular, and universal remote controller (17 + 1), in general. Preferably, master remote control unit 1 further includes a loudspeaker 40 for sounding a warning and/or any sound message. When audio messages are desired, optionally, a sound card 61 (with a synthesizer) is also provided in master remote control unit 1. Lately, new Radio Frequency (RF) communication protocols in the unlicensed Industrial Scientific Medical (ISM) band, that is, in the 2.4 GHz band, are emerging, enabling appliances to communicate by means of wireless propagated radio signals instead of by means of a directional infrared radiation based communication, as is the case between remote controllers and appliances of prior art. Exemplary new communication protocols used for appliances are the Ηome-RF' (HomePNA), 'Wireless LAN', and 'Bluetooth'. System 15 of the present invention preferably operates according to one such RF based protocol, however any other suitable bi-directional interactive communication protocol or frequency range may be used instead. Transmitters 26 and receivers 22 (FIG. 2) of the plurality of complementary appliance units 17, and transmitter 30 and receiver 32 (FIG. 3) of master remote control unit 1, are intentionally designed to enable bi-directional interactive communication within a short range, generally spanning about 100 meters, in order to limit the communication to a relatively small range, thereby not interfering with other environments operating in the same ISM band. In some cases, if needed or desired, a user of universal remote controller (17 + 1) is provided with a mechanism for adjusting the sensitivity of the bi-directional interactive communication between complementary appliance units 17 and master remote control unit 1, for example, for optimum operation within a range of the approximate boundaries of an apartment. In other cases, control points can be added to increase the communication range. According to the present invention, each complementary appliance unit 17 is assigned a unique appliance code which is associated with a corresponding appliance, where the corresponding appliance is also assigned that same unique appliance code. All appliances located and operating in single location are preferably grouped into a single local network, which is identified by a network-unique code, so that master remote control unit 1 can identify each complementary appliance unit 17, and therefore, each corresponding appliance within a uniquely identifiable local network. Each complementary appliance unit 17, as well as master remote control unit 1, in system 15, is provided with a wireless communication protocol, including all necessary related software, such as Bluetooth, Home-RF (HomePNA), or, Wireless LAN, that manages the bi-directional interactive communication between each complementary appliance unit 17 and master remote control unit 1 in a given local network. The wireless communication protocol further serves the conventional purposes of assigning priority, granting transmitting approval, solving collisions, and optionally, if needed, allocating temporary IP addresses. FIG. 4 is a schematic diagram illustrating an exemplary preferred embodiment of the configuration of each set-up record 50 featuring a plurality of data/information sections unique to each appliance, as part of complementary appliance unit 17, in accordance with the present invention. As previously described above, a copy or an appropriate version of set-up record 50 of each complementary appliance unit 17 associated with a corresponding appliance in the vicinity of master remote control unit 1 is sent, when necessary, to master remote control unit 1, which in turn stores a plurality of set-up records 50, or portions thereof, of all the corresponding appliances in the vicinity of master remote control unit 1. Therefore, when master remote control unit 1 receives or has in storage database 34 and/or 38 set-up record 50 of an appliance, universal remote controller (17 + 1) is operated by a user for simultaneously and/or sequentially remote controlling a plurality of the appliances in the local network within a dynamically changing environment. Each complementary appliance set-up record 50 includes the following described sections: An appliance identification section 41 featuring, in text format and/or in an icon format, description of the corresponding appliance. Exemplary text format descriptions are 'Sony 43" TV, 'Refrigerator', and 'Toshiba CD Player'. Icon format is an icon best representing the corresponding appliance. Generally, appliance identification section 41 also includes a uniquely defined appliance code, or any other sign unique to the correspondmg appliance. A front panel section 42 featuring a picture showing the front panel of a virtual remote controller of the corresponding appliance. More particularly, in the case of a combination TV/VCR remote controller used for controlling an entertainment appliance system including a TV appliance and a VCR appliance, the picture may show an image of the keyboard of the original dedicated remote controller of the corresponding combination appliance system, as provided by the manufacturer, or a similar picture. The picture, when displayed on the screen of master remote control unit 1 shows a plurality of virtual keys or buttons, and, optionally, text associated with each virtual key or button. The picture information is saved in a drawing format, or in a descriptive language format enabling master remote control unit 1, based on this information, to draw this picture. An exemplary display image 136 of a virtual remote controller of a combination TV/VCR is shown in FIG. 7. An action format section 43 featuring, for each virtual key or button, the format of an action associated with the corresponding virtual key or button. Action format section 43 enables, for each virtual key or button, constructing of a signal, that when sent to complementary appliance unit 17 activates a correspondmg feature of the corresponding appliance. A general section 44, featuring any additional information specific to a corresponding appliance that is needed for operating universal remote controller (17 + 1). For example, general section 44 includes date and time, as currently set in the corresponding appliance, a status register or file showing the current status of the corresponding appliance, such as, in the case of a video cassette recorder, the status register or file indicates 'recording, 30 min left', and/or, a list of programming times of the video cassette recorder. An application section 45 featuring at least one application that, when sent to master remote control unit 1, provides a user with means for bi-directionally and interactively communicating with the corresponding appliance. For example, application section 45 includes an application that, when run in master remote control unit 1, introduces screens enabling a user, for example, to update the date and time set in the corresponding appliance, to program a video tape, or, to record a program at a specific time and channel. Many variations of applications are possible, and some examples for such applications are provided herein below. Furthermore, application section 45 file is used for causing master remote control unit 1 to activate pre-determined sounds. For example, if water in a remote controllable kettle has reached the boiling temperature, or, any temperature pre-set by a user, complementary appliance unit 17 of the kettle sends a signal for activating a sound application by master remote control unit 1 that first sounds an alarm, such as a 'beep-beep-beep' type of alarm sound, whereby display 35 of master remote control unit 1 confirms this event, for example, by displaying the message 'The water is boiling.'. In another example, in the case of a malfunctioning video cassette recorder, complementary appliance unit 17 of a corresponding video cassette recorder sends a signal for activating a sound application by master remote control unit 1 that first sounds an alarm, such as 'beep-beep-beep', whereby display 35 of master remote control unit 1 confirms this event, for example, by displaying the message 'The recording head is dirty, please clean it.'. According to still another embodiment of the invention, application section 45 further includes a full sound application for visually impaired users, that audibly notifies such users about the status of an appliance. In the previous case, for example, a message may be heard from the remote controller, advising that 'The water is boiling.'. In this case, the message is a synthesized message created by a sound card 61 and provided to loudspeaker 40 of master remote control unit 1 (FIG. 3). Sound card 61 is applicable to any function of master remote control unit 1, in particular, and to any function of universal remote controller (17 + 1), in general. A HELP section 46 providing a user with assistance in operating any number of the remote controlled corresponding appliances. A user refers to the data and information of HELP section 46 when needed. The data and information are essential, as in many cases users are not familiar with many features of the corresponding appliances, and need to resort to one or more application guides of the corresponding appliances, which may not always be available. HELP section 46 is acquired by master remote control unit 1 directly from complementary appliance unit 17 of the corresponding appliance, and therefore, provides interactive assistance to a user of universal remote controller (17 + 1), when necessary. Moreover, Help section 46 provides a menu of actions from which a user may select an action that is translated by master remote control unit 1 directly from such an action menu into a signal to be sent to complementary appliance unit 17 and, therefore, to the corresponding appliance for performing the appropriate application. According to one embodiment of the invention, master remote control unit 1 periodically interrogates the existence and/or status of all appliances in its vicinity, by way of the bi-directional and interactive wireless communication protocol, and the plurality of complementary appliance units 17. More particularly, master remote control unit 1 initiates a signal including a particular appliance code stored in set-up record 50 of complementary appliance unit 17, and an interrogation code asking the appliance to identify itself. Upon receipt and identification of the signal, complementary appliance unit 17 of the appliance sends to master remote control unit 1 an identification signal including the proper appliance code recognizable by master remote control unit 1 and by appliance identification section 41. The interrogation signal is generally sent periodically to all appliances in a given local network, and each complementary appliance unit 17 of each corresponding appliance responds with proper identification, in the fashion dictated by the networking protocol in use. The communication protocol manages the various signal transmissions and receptions of universal remote controller (17 + 1), in general, and of the plurality of complementary appliance units 17 bi-directionally and interactively communicating with master remote control unit 1. In particular, the communication protocol manages activities such as the priority, and the elimination of collisions, which are generally a part of almost any wireless protocol, such as BlueTooth, Home-RF (HomePNA), and Wireless LAN. FIG. 6 is a schematic diagram illustrating an exemplary preferred embodiment of master remote control unit 1 with display screen 35 showing the existence of several appliances in the vicinity of master remote control unit 1, in accordance with the present invention. Master remote control unit 1, upon receipt of an identification signal from complementary appliance unit 17 of a corresponding appliance, displays the description of that appliance on display screen 35. As previously described above, the description of the appliance preferably includes text 120 and/or an icon 121 describing the appliance. If an identification signal from a particular complementary appliance unit 17 of an appliance is not received within a pre-determined period of time, for example, five minutes, text 120 and/or icon 121 describing that appliance is removed, such as by deleted it, from display screen 35. In this fashion, the list of appliances in the vicinity of a user of universal remote controller (17 + 1) is continuously updated, even when the user moves from one location to another in a given environment. Preferably, a user is also able to modify a general form of text 120 that is received from the appliance and associated with icon 121. For example, a user can modify the text 'Sony TV to a more descriptive or particular form of text, for example, 'Living Room TV. According to another embodiment of the invention, each complementary appliance unit 17 of a corresponding appliance in the vicinity of master remote control unit 1 sends, asynchronously, but coordinated by the communication protocol used, an identification signal of the appliance. The identification signal includes, as previously described, identification section 41 of set-up record 50 stored in database 24 of complementary appliance unit 17 of the corresponding appliance. After a few seconds, upon receipt of the identification signals from all complementary appliance units 17 of the corresponding plurality of appliances in its vicinity, master remote control unit 1 displays on display screen 35 text descriptions 120 and/or icons 121, of all appliances in its vicinity. This information is included in appliance section 41 of each appliance set-up record 50 that is sent to master remote control unit 1. At that stage, a user operating master remote control unit 1 can decide to remotely control any number of the appliances appearing on display screen 35. Assuming, for example, that icons 121 of all the appliances shown in FIG. 1 appear on display screen 35 of master remote control unit 1, and the user plans to control first TV 2, refrigerator 6, stereo 7, and second TV 9, the user serially presses on appliance icons 102, 106, 107, and 109, respectively. Master remote control unit 1 in turn sends a request command to complementary appliance units 17 of these appliances, in order to send the remainder, also referred to as the remaining sections or the functional portion, of each corresponding set-up record 50, that is, front panel section 42, action format section 43, general section 44, and optionally, application section 45, and/or HELP section 46, to master remote control unit 1. During typical operation of universal remote controller (17 + 1), only some of the above described remaining sections of a number of set-up records 50 is transferred to master remote control unit 1. The remaining sections of set-up records 50 received from complementary appliance units 17 of the above appliances are then stored in different portions of database 34 of master remote control unit 1, for example, as set-up data information 52. Furthermore, a special indication is given on display screen 35 for each icon 121 representing an appliance whose complementary appliance unit 17 has sent the appropriate remaining set-up sections of set-up record 50. Hereinafter, such appliances are referred to as 'existing and remote controllable', meaning that once master remote control unit 1 has received all the necessary set-up data and information, including the remaining sections or functional portion of set-up record 50, from complementary appliance unit 17, the corresponding appliance is now considered 'existing and remote controllable' by universal remote controller (17 + 1). In the above example, confirmation that master remote control unit 1 contains in its database 34 remaining sections 42, 43, 44, and optionally, remaining sections 45 and 46, of the corresponding set-up records 50 of first TV 2, refrigerator 6, stereo 7, and second TV 9, is indicated on display screen 35 of master remote control unit 1 by a change in the background color 131 of each corresponding icon 121 from gray to red, for example. Therefore, a user identifies on display screen 35 of master remote control unit 1, icons 121 of appliances that have been detected and identified but cannot yet be remote controlled, that is, those icons 121 which remain with a gray background, and, icons 121 of appliances that have been detected and can be controlled, that is, those icons 121 whose background color has changed, since the corresponding remaining sections 42, 43, 44, and optionally, remaining sections 45 and 46, of the corresponding set-up records 50 have been already transferred and stored in database 34 of master remote control unit 1. Of course, color indication is only one example, and any other convenient indication may be given for indicating to a user the 'remote controllable' status of each appliance in the network. Accordingly, in a preferred embodiment, master remote control unit 1 marks the identification display symbol of each detected and identified, and therefore, existing, appliance in the environment for which the corresponding functional portion of the corresponding appliance set-up record 50 is not yet stored in memory database 34 of master remote control unit 1 as 'existing and non-remote controllable'. Master remote control unit 1 marks the identification display symbol of each detected and identified, and therefore, existing, appliance in the environment for which the corresponding functional portion of the corresponding appliance set-up record 50 is stored in memory database 34 of master remote control unit 1 as 'existing and remote controllable'. Additionally, for those appliances 'out-of-remote controllable range', such as by being located, typically, for a temporary period of time, outside of operating or communicating range of master remote control unit 1, then, master remote, control unit 1 marks the identification display symbol of each detected and identified, and therefore, existing, appliance in the environment for which the corresponding functional portion of the corresponding appliance set-up record 50 is either not yet stored, or, is already stored in memory database 34 of master remote control unit 1 as 'existing and out-of-remote controllable range'. Preferably, master remote control unit 1 further includes a mechanism for deleting from memory database 34 of master remote control unit 1 a set-up record of an appliance or its appliance identification section 41 (FIG. 4) if identification section 41 of set-up record 50 is not received during a pre-determined time period. FIG. 5 is a schematic diagram illustrating an exemplary preferred embodiment of the configuration or map of memory database 34 of master remote control unit 1 featuring a plurality of set-up records 50 shown in FIG. 4, in accordance with the present invention. Master remote control unit 1 creates in database 34 small memory sections 502, 503, 504, 505, 506, 507, 508, 509, 510, and 511, storing data and information relating to text descriptions 120 and/or icons 121 of appliance section 41 of set-up record 50 of the corresponding appliances 2, 3, 4, 5, 6, 7, 8, 9, 10, and 11 detected in the vicinity of master remote control unit 1. After requesting and acquiring remaining sections 42, 43, 44, and optionally, remaining sections 45 and 46, of the corresponding set-up records 50 of, for example, first TV 2, refrigerator 6, stereo 7, and second TV 9, then, master remote control unit 1 stores the corresponding remaining sections 42, 43, 44, and optionally, remaining sections 45 and 46, of the corresponding set-up records 50 of the corresponding appliances, in larger memory sections 202, 206, 207, and 209. Parenthesized sections (42), (43), (44), (45), and (46), indicate corresponding remaining sections 42, 43, 44, 45, and 46, respectively, that have been acquired from the correspondmg complementary appliance units 17 of the corresponding appliances. Descriptors 250 are provided and stored in any convenient manner to connect the larger memory sections 202, 206, 207, and 209, with their corresponding smaller memory sections 502, 506, 507, and 509, storing descriptions of the corresponding appliances. Therefore, referring also to FIGS. 6 and 7, when a user of master remote control unit 1 presses an icon 121 of a 'existing and remote controllable' appliance displayed on display screen 35, a reference is made using the suitable descriptor to its corresponding memory section containing the corresponding remaining sections of set-up record 50 of the corresponding complementary appliance unit 17 of the corresponding appliance. Of course, more appliances may be included in database 34 of master remote control unit 1 than described in this example. Furthermore, database 34 may be configured or mapped differently than described herein, as is clear to a person skilled in the art. For remote controlling any of the appliances indicated and having a status as an existing and remote controllable appliance, a user simply selects the appliance icon from all the appliance icons on display screen 35 by pressing on the appropriate icon location on display screen 35, or, in another possible implementation, by pressing a -physical key or button near the appropriate icon displayed on display screen 35. Then, a reference is made into the remaining sections of set-up record 50 of the remote controllable appliance, using its correspondmg descriptor 250. Then, the appliance set-up record 50 is activated, showing on display screen 35 of master remote control unit 1 the dedicated man-machine interaction mechanism such as the keyboard, button board, or, pull-down/dynamic menu board, of the appliance remote controller 136 (FIG. 7), where, in one embodiment, the displayed keys, buttons, or, pull-down/dynamic menus, are virtual. Of course, each key, button, or pull-down/dynamic menu, shown on display screen 35 is associated with a specific action format required to activate a corresponding feature of the corresponding appliance. The signal is transmitted to complementary appliance unit 17 of the corresponding appliance by transmitter 30, preferably, an RF transmitter, associated with the network code and the appliance code stored in complementary appliance unit 17 of each corresponding appliance. Furthermore, any time when a keyboard, button board, or pull-down/dynamic menu board, of a specific appliance remote controller is shown on display screen 35 of master remote control unit 1, icons 121 of the rest of the appliances are preferably shown in a toolbar form 135 on display screen 35 (FIG. 7), preferably, in a margin of display screen 35. In this way, a user can switch any time he wishes to control another appliance, by pressing icon 121 of the corresponding appliance, thereby, causing display of the corresponding keyboard, button board, or pull-down/dynamic menu board, on display screen 35. In some cases, the user has to first operate universal remote controller (17 + 1) for master remote control unit 1 to acquire remaining sections 42, 43, 44, 45, and 46, from complementary appliance unit 17 of the selected appliance, in the manner as described above, and then the user can remotely control that appliance. In FIG. 1, key or button 150 of master remote control unit 1 is an ON/OFF key or button, and the other keys or buttons 151 - 155 are general functional and set-up keys or buttons for operating master remote control unit 1 of the present invention, that are not included in the appliance specific remote controller keys or buttons 136 that are displayed on display screen 35. For example, key or button 153 may be used in order to move from one display item to another in a menu that is displayed on display screen 35. Master remote control unit 1 of the present invention can also be easily provided with an additional status, or state, interrogating command, that is sent to a specific complementary appliance unit 17 of the corresponding appliance, the keyboard, button board, or pull-down/dynamic board, of which is displayed on display screen 35 of master remote control unit 1, in order to acquire in one command the current status or state of that appliance. This can be done by master remote control unit 1 using application section 45 of set-up record 50 (FIG. 4), that enables a user to interact with the appliance for carrying out special features, beyond the conventional features. In such a case, complementary appliance unit 17 of the correspondmg appliance responds by sending to master remote control unit 1 a status register or the required information. By utilizing set-up record 50, or, a form 52 of set-up record 50, stored in database 34 of master remote control unit 1, of the appliance, if necessary, the status register or the required information acquired may be easily translated in order to show the current status of the appliance. As previously described above, if necessary, set-up record 50 is provided with an appliance code for translating a received status register or information into a status display, informing the user the status of the appliance. The status register or required information may be used by the user in order to find, for example, whether a video cassette recorder is recording or playing, whether a remote controllable kettle has finished boiling water or not, or, whether lights in a remote room are ON or OFF. Clearly, to users of universal remote controller (17 + 1) of the present invention, there are many advantages to the option of such a status display, which is easily included within each complementary appliance unit 17 and master remote control unit 1, with minimal additional expense. Alternatively, application section 45, when executed in universal remote controller (17 + 1), enables a user to acquire any partial information, and not necessarily a full status, relating to the state of the appliance, when such is necessary. When contact between complementary appliance unit 17 of a corresponding appliance and master remote control unit 1 is made, the corresponding appliance might be in a functional state (current status) which is represented on display 35 of master remote control unit 1 by a graphic setup which corresponds to the wake up state, in the form of, for example, one or more specific windows, one or more specific icons, and specific graphics. This functional state is sent to master remote control unit 1 after contact is made. In such embodiments, universal remote controller (17 + 1), in general, and master remote control unit 1, in particular, is context sensitive, and their current operation depends upon one or more past states. This is significantly different from standard prior art remote controllers, for which operation is either not context sensitive, or is quite limited. Examples where the context sensitivity feature of universal remote controller (17 + 1) of the present invention is useful include the synchronized control of several appliances or scenarios of remote controlling appliances such as the sequential operation of a television and video cassette recorder in order to program the recording of a TV program onto a video cassette. Universal remote controller (17 + 1) of the present invention can readily implement applications by using scripts for simultaneously and/or sequentially managing a plurality of the appliances in a dynamically changing environment, where, as previously mentioned, a script is a pre-determined ordered or sequential list of separate activities, relating to one or more separate appliances, to be ordered and performed by universal remote controller (17 + 1). For example, a user can operate the universal remote controller by defining or customizing a script for turning lights on and off, and/or, for turning on a heating system, and/or, for starting a washing machine according to a specific time and/or event. In particular embodiments, universal remote controller (17 + 1) of the present invention is provided with safety features for the benefit of a user. For example, specific appliances which produce an alarm signal, for example, indicating an appliance malfunction, can be remotely controlled by using above described scripts, like turning off a stove, or any other machine that may endanger an environment, or, turning on a security system. Preferably, universal remote controller (17 + 1) is provided with a mechanism for providing alert signals initiated by the appliances and sent by corresponding complementary appliance units 17, for alerting, such as by a 'beep-beep-beep' sound, following receipt of such alert signals from complementary appliance units 17. Such a preferred option is highly advantageous, for example, for enabling a remote controllable kettle to indicate that it has finished boiling water. Such alert signals may be accompanied by a corresponding message displayed on display screen 35 of master remote control unit 1. In other particular embodiments, universal remote controller (17 + 1) is provided with security features such as user authentication, for example, by at least one user authentication mechanism selected from the group consisting of digital signatures, finger-print recognition, voice recognition, face image recognition, and password entry. This may be required in scenarios of remote controlling appliances where user identity is important, for example, opening a car garage door, automatic payment in toll roads, and, electronic commerce. Preferably, identification of a user is accomplished using an electronic signature, whereby an encrypted file is created by a user. A user, when wishing to gain access, enters a secret number to generate an electronic signature-encrypted file which is compared to one or more files of one or more authorized users, where file data and information is properly stored and interactively communicated between complementary appliance unit 17 and master remote control unit 1. In other embodiments, a hardware device, such as a fingerprint recognition chip, triggers the electronic signature comparison. In other particular embodiments, if an unauthorized user removes the batteries of master remote control unit 1 in an attempt to reset the original electronic signature, all access grants dependent on such recognition are also erased, disallowing access and clearing pre-determined data and/or information sections or files of master remote control unit 1. Universal remote controller (17 + 1), system 15, and/or the above described method of operating and implementing thereof, of the present invention, is applicable indoors and/or outdoors. For example, universal remote controller (17 + 1) may be used for opening a garage door. In this case, when a driver approaches a garage door, an interrogation signal is sent from master remote control unit 1 to complementary appliance unit 17 of the garage door, which in turn responds by sending the appropriate identification code signal and the appropriate set-up record 50. Upon receipt of the appropriate set-up record 50, a 'beep' sound originating from master remote control unit 1 is heard, and display 35 of master remote control unit 1 changes so as to display a particular man-machine interaction mechanism such as a key, button, or pull-down/dynamic menu, that when pushed, initiates a signal to open the garage door. According to another variation of the invention, complementary appliance unit 17 of the garage door generates repeated sound signals, and does not wait for receiving an interrogating signal from master remote control unit 1. In this specific case, the user identification associated with universal remote controller (17 + 1) and a correspondmg signal encryption protocol are preferably added as explained above with reference to security features. According to still another embodiment of the invention, universal remote controller (17 + 1) includes operation of a 'standby' state. In the 'standby' state, an application running in master remote control unit 1, including an ON condition display screen 35, is turned OFF as well as display screen 35, in order to save battery energy. However, master remote control unit 1 continues receiving signals from the plurality of complementary appliance units 17 of the corresponding appliances. In the event that an appliance needs special attention, such as when water is boiling in a remote controllable kettle, a correspondingly relevant message, when received, by master remote control unit 1, turns master remote control unit 1 ON, and the relevant message is displayed on display screen 35, accompanied by a warning sound signal of, for example, 'beep-beep-beep'. For this purpose, some appliance messages are defined as 'important messages', that can be used for automatically activating master remote control unit 1, even when master remote control unit 1 is in a standby state. Another optional feature of universal remote controller (17 + .1)- of the present invention is an 'inactivity timeout' mechanism, whereby, following a pre-determined period of time, defined or set by a user during an initialization or set-up procedure, during which universal remote controller (17 + 1) is inactive, the inactivity timeout mechanism automatically, that is, without need of user command or action, de-activates or turns off universal remote controller (17 + 1). In this case, master remote control unit 1 no longer receives signals from complementary appliance units 17 of the corresponding appliances. The pre-determined period of time, for example, set in terms of a number of minutes, hours, or days, is defined or set by a user initializing or setting up the parameters and settings of universal remote controller (17 + 1). In the alternative embodiment of universal remote controller (17 + 1), where display screen 35 of master remote control unit 1 includes conventional keys or buttons of a non-touch-sensitive display screen, instead of the above described graphic touch-sensitive screen, master remote control unit 1 is provided with a small display showing, in text format, icon format, and/or, graphic pattern format, interrogated, and detected, appliances, as previously described above. Remaining set-up sections of set-up record 50 of any detected one or more appliances is acquired from the appliances and stored in database 34 of master remote control unit 1 by a user pressing a corresponding key or button for that particular text, icon, or, graphic, associated with the corresponding appliance. More particularly, instead of touching display 35 for selecting the corresponding appliance or corresponding appliance function, a physical key or button, located near the text, icon, or graphic, is pressed for selecting this part of display 35. Then, after storing one or more necessary sections of set-up record 50 in database 34 of master remote control unit 1, the keyboard or button board of master remote confrol unit 1 is associated with one of the set-up sections. The drawback of this embodiment of the present invention is that a user has to learn the location and function of each key or button on the keyboard or button board, respectively, if the association between the keyboard or button board and set-up record 50 does not provide a standard key or button location. A special key or button may be provided in master remote control unit 1 for switching between appliances, by associating the keys or buttons with another set-up record 50 in database 34 of master remote control unit 1. An important condition for operation of universal remote controller (17 + 1), and associated system 15, of the present invention, is the inclusion of set-up record 50 in any remote controlled appliance. Furthermore, in system 15, all complementary appliance units 17 of the corresponding plurality of appliances and master remote control -unit 1, must be provided with a wireless communication protocol compatible to these components. However, this should not be a burden as it is already a tendency in the home appliances market to provide such a wireless communication protocol and operating system to appliances in order to allow appropriate bi-directional and interactive communication between the appropriate components. The advantages of the present invention, when introduced to manufacturers, may even accelerate this tendency, and shorten the transitional period until most appliances become compatible with the operational aspects of the present invention. As previously mentioned, universal remote controller (17 + 1) and associated system 15 of the present invention are intended to communicate according to an RF wireless communication protocol, typically not compatible with existing remote controllers and appliances. Of course, this will not enable implementation of the present invention to remote control existing appliances. This problem is overcome in the transitional period, for example, by providing master remote control unit 1 of the present invention with a mechanism for downloading into database 34 and/or database 38, set-up records of existing appliances, for example, from the Internet or any other database, a smart card, and/or a plugged-in card, and providing an infrared transmitter, in addition to transmitter 30 (FIG. 3). In this way, applications and HELP scenarios can be added to prior art remote controllable types of appliances, having only infrared receiving means, although naturally the feedback option, by way of bi-directional and interactive communications with complementary appliance units 17 of the corresponding appliances, would not be possible. Alternatively, master remote control unit 1 is provided with a ROM containing set-up records for most common appliance models. Accordingly, master remote control unit 1 would therefore also be provided with an infrared source, in addition to its RF transmitter/receiver set. The communication protocol operating between each complementary appliance unit 17 and master remote control unit 1 of universal remote controller (17 + 1), according to a preferred embodiment of the invention, is encrypted, and contains identification of each local network system, for example, all appliances in one apartment belong to a same local network, and of each appliance in each local system. In such a manner of operation, the possibility of unauthorized control or intruding is minimized or even eliminated. According to another particular embodiment of the present invention, the application that runs in master remote control unit 1 includes, for example, the following portions: a portion that handles the communication protocol and the communication with complementary appliance units 17 of the corresponding appliances; a portion that handles -the receipt of a set-up record 50 and/or a version 52 of a set-up record 50, and storing such in database 34; a man-machine interaction (MMI) mechanism, preferably graphics, capable of displaying text and/or icons as previously described above; a portion for running applications that are received, for example, from complementary appliance units 17 of the corresponding appliances, by master remote controller 1; a portion for running an interactive HELP section or file specific to each corresponding appliance, as received from complementary appliance units 17 of the corresponding appliances; a portion for associating each interactive key, button, or pull-down/dynamic menu, on display screen 35 with a signal to be sent to complementary appliance units 17 of the corresponding appliances; and optionally, a voice card, if the present invention is used by a visually impaired user. While the invention has been described in conjunction with general and specific embodiments, and examples thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art. Accordingly, it is intended to embrace all such alternatives, modifications and variations that fall within the spirit and broad scope of the appended claims.

Claims: WHAT IS CLAIMED IS: 1. A method for adaptively, interactively, and universally remote controlling appliances comprising the steps of: (a) providing a universal remote controller device including: (i) a complementary appliance unit included and uniquely setup with each of the appliances, each said complementary appliance unit includes a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; and (ii) a master remote control unit for bi-directionally and interactively communicating with each said complementary appliance unit by way of a wireless communication protocol; and (b) operating said master remote control unit with said complementary appliance unit of each of the appliances by a user for adaptively and interactively learning said set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. 2. A method for adaptively, interactively, and universally remote controlling appliances comprising the steps of: (a) providing a complementary appliance unit in each appliance for bi-directionally and interactively communicating with a master remote control unit, each said complementary appliance unit includes: (i) a complementary appliance unit receiver for receiving wireless signals from said master remote control unit; (ii) a complementary appliance unit transmitter for transmitting wireless signals to said master remote confrol unit; (iii) a complementary appliance unit non-directional antenna for said receiving and transmitting said wireless signals; (iv) a complementary appliance unit database including a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; (v) a complementary appliance unit processing unit for performing functions and operations of said complementary appliance unit; and said master remote control unit includes: (i) a master remote control unit receiver for receiving wireless signals from each said complementary appliance control unit; (ii) a master remote control unit transmitter for transmitting wireless signals to each said complementary appliance unit; (iii) a master remote control unit non-directional antenna for said receiving and transmitting said wireless signals; (iv) a master remote control unit database for storing and using said set-up record of each said complementary appliance unit; (v) a master remote control unit processing unit for performing functions and operations of said master remote control unit; and (vi) a display for displaying and activating said functions and operations of said master remote control unit; and (b) operating said master remote control unit with said complementary appliance unit of each of the appliances by a user for adaptively and interactively learning said set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. 3. A universal remote controller device for adaptively, interactively, and universally remote controlling appliances comprising: (a) a complementary appliance unit included and uniquely setup with each of the appliances, each said complementary appliance unit includes a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; and .(b) a master remote control unit for bi-directionally and interactively communicating with each said complementary appliance unit by way of a wireless communication protocol; whereby said master remote control unit is operated with said complementary appliance unit of each of the appliances by a user for adaptively and interactively learning said set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. 4. A universal remote controller device for adaptively, interactively, and universally remote controlling appliances comprising: (a) a complementary appliance unit in each appliance for bi-directionally and interactively communicating with a master remote control unit, said complementary appliance unit includes: (i) a complementary appliance unit receiver for receiving wireless signals from said master remote control unit; (ii) a complementary appliance unit transmitter for transmitting wireless signals to said master remote confrol unit; (iii) a complementary appliance unit non-directional antenna for said receiving and transmitting said wireless signals; (iv) a complementary appliance unit database including a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; (v) a complementary appliance unit processing unit for performing functions and operations of said complementary appliance unit; and said master remote control unit includes: (i) a master remote control unit receiver for receiving wireless signals from each said complementary appliance control unit; (ii) a master remote control unit transmitter for transmitting wireless signals to each said complementary appliance unit; (iii) a master remote control unit non-directional antenna for said receiving and transmitting said wireless signals; (iv) a master remote control unit database for storing and using said set-up record of each said complementary appliance unit; (v) a master remote control unit processing unit for performing functions and operations of said master remote control unit; and (vi) a display for displaying and activating said functions and operations of said master remote control unit; whereby said master remote control unit is operated with said complementary appliance unit of each of the appliances by a user for adaptively and interactively learning- said set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. 5. A system for adaptively, interactively, and universally remote controlling appliances comprising: (a) a universal remote controller device including: (i) a complementary appliance unit included and uniquely setup with each of the appliances, each said complementary appliance unit includes a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; and (ii) a master remote control unit for bi-directionally and interactively communicating with each said complementary appliance unit by way of a wireless communication protocol; and (b) a user operating said master remote control unit with said complementary appliance unit of each of the appliances for adaptively and interactively learning said set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. 6. A system for adaptively, interactively, and universally remote controlling appliances comprising: (a) a universal remote controller device including: (i) a complementary appliance unit in each appliance for bi-directionally and interactively communicating with a master remote control unit, said complementary appliance unit includes: (1) a complementary appliance unit receiver for receiving wireless signals from said master remote control unit; (2) a complementary appliance unit transmitter for transmitting wireless signals to said master remote control unit; (3) a complementary appliance unit non-directional antenna for said receiving and transmitting said wireless signals; (4) a complementary appliance unit database including a set-up record featuring a plurality of data/information sections unique for remote controlling the corresponding appliance; (5) a complementary appliance unit processing unit for performing functions and operations of said complementary appliance unit; and said master remote control unit includes: (1) a master remote control unit receiver for receiving wireless signals from each said complementary appliance control unit; (2) a master remote control unit transmitter for transmitting wireless signals to each said complementary appliance unit; (3) a master remote control unit non-directional antenna for said receiving and transmitting said wireless signals; (4) a master remote control unit database for storing and using said set-up record of each said complementary appliance unit; (5) a master remote control unit processing unit for performing functions and operations of said master remote control unit; and (6) a display for displaying and activating said functions and operations of said master remote control unit; and (b) a user operating said master remote control unit with said complementary appliance unit of each of the appliances for adaptively and interactively learning said set-up record and for the remote controlling of each of the appliances in a dynamically changing environment. A method for remote controlling appliances comprising the steps of: (a) providing a complementary appliance unit in each appliance, said complementary appliance unit includes: (i) a receiver for receiving signals from a master remote control unit; (ii) a transmitter for transmitting signals to said master remote control unit; (iii) a memory including a set-up record, said set-up record including a functional portion having information for said master remote control unit regarding various action formats sent by said master remote control unit for activating corresponding various features of the appliance and information for assigning each of said features to a man-machine interaction mechanism of said master remote control unit and an identification section having data regarding model identification of the appliance; and (iv) a decoding mechanism for decoding signals sent by said master remote control unit; (b) including in said master remote control unit: (i) a receiver for receiving signals sent from each said complementary appliance unit; (ii) a transmitter for transmitting signals to each said complementary appliance unit, said signals are selected from the group consisting of signals for activating said various features of each of the appliances and signals for instructing each said complementary appliance unit of each appliance to transmit at least a portion of said set-up record of each said complementary appliance unit of the appliances; (iii) a memory storage for storing said at least a portion of said set-up record of each said complementary appliance unit of the appliances, whereby, when a said signal received from a said complementary appliance unit of one of the appliances is said at least a portion of said set-up record, there is storing said at least a portion of said set-up record in said memory storage of said master remote control unit; (iv) a mechanism for selecting said at least a portion of said set-up record to be an active one, whereby, content of said active set-up record is used for associating each of said various features of each of the appliances with a man-machine interaction mechanism in said master remote control unit for activating said each said various feature of each of the appliances; and (c) performing an activity selected from the group consisting of activating at least one of said features of the appliance and transmitting at least a portion of said set-up record to said master remote control unit. 8. The method of claim 7, wherein the appliances are home appliances. 9. The method of claim 7, wherein the appliances are outdoor appliances. 10. The method of claim 7, wherein the range of communication between each appliance and said master remote control unit is generally up to about 100 meters. 11. The method of claim 7, wherein communication between each said complementary appliance unit and said master remote control unit is bi-directional and interactive. 12. The method of claim 7, wherein communication between each said complementary appliance unit and said master remote control unit is carried out in an RF range. 13. The method of claim 7, wherein said master remote control unit further includes a display screen. 14. The method of claim 13, wherein said display screen is a touch-sensitive screen on which elements of said man-machine interaction mechanism are displayed, and said elements are activated by pressing corresponding element locations on said display screen. 15. The method of claim 14, wherein said display screen of said master remote control unit displays said man-machine interaction mechanism elements for operating the appliances according to which said set-up records are active. 16. The method of claim 13, wherein each appliance transmits said identification portion of a corresponding said set-up record periodically, and said functional portion of said corresponding said set-up record upon receipt of an acquiring command from said master remote control unit. 17. The method of claim 16, wherein said master remote control unit displays on said screen an identification symbol for any appliance for which said master remote control unit has in said memory storage said identification portion of said complementary appliance unit set-up record. 18. The method of claim 17, wherein said identification symbol is an icon representing a corresponding appliance. 19. The method of claim 17, wherein said identification symbol is a text representing a corresponding appliance. 20. The method of claim 16, wherein said master remote control unit marks on said screen as 'existing and remote controllable' an identification symbol of an appliance for which said master remote control unit contains in said memory storage said functional portion of said complementary appliance unit set-up record. 21. The method of claim 20, wherein said acquiring command for acquiring said functional portion of said complementary appliance unit set-up record is transmitted to a corresponding said complementary appliance unit by pressing said appliance symbol on said screen of said master remote control unit. 22. The method of claim 7, wherein each said set-up record of said complementary appliance unit further includes a status portion indicating current status. of; a corresponding appliance. 23. The method of claim 7, wherein said identification section of said set-up record of said complementary appliance unit further includes data regarding a graphic image of a remote controller of a corresponding appliance and of associated man-machine interaction mechanism elements selected from the group consisting of keys, buttons, and pull-down/dynamic menus. 24. The method of claim 7, wherein said identification portion of said set-up record is sent periodically by a corresponding said complementary appliance unit to said master remote control unit. 25. The method of claim 7, wherein said set-up record further includes a HELP section for providing a user of said master remote control unit with help regarding how to remote control and operate a corresponding appliance. 26. A master remote control unit for controlling at least one appliance in an environment, characterized by acquiring from a complementary appliance unit of each said appliance in said environment a set-up record including a functional portion of at least information regarding various action formats for sending by said master remote control unit for activating various features of each said appliance and information for assigning each of said features to a man-machine interaction mechanism of said master remote control unit, and identification information regarding identification of each said appliance. 27. The master remote control unit of claim 26, comprising: (a) a plurality of man-machine interaction mechanism elements selected from the group consisting of keys, buttons, and pull-down/dynamic menus operatively included in a display screen; (b) a receiver for receiving signals from each said complementary appliance unit of said each appliance; (c) a transmitter for transmitting signals to each said complementary appliance unit of said each appliance, each of said signals is selected from the group consisting of a signal for activating a. said feature of a said appliance and an acquiring command instructing said complementary appliance unit to transmit at least a portion of said set-up record of a corresponding said appliance; (d) a memory storage for storing at least one said set-up record that is received from said complementary appliance unit of a corresponding said appliance; (e) a mechanism for selecting a said set-up record to be defined as an active one; and (f) a mechanism for associating each said feature of a correspondmg said appliance with a said man-machine interaction mechanism element of said master remote control unit for activating a said feature of said corresponding appliance. 28. The master remote control unit of claim 27, further provided with a mechanism for displaying on said display screen representing identifications of all said appliances of which a portion of said appliance identification information is received by said master remote control unit. 29. The master remote control unit of claim 28, further including a mechanism for deleting from said memory storage a said set-up file of a said complementary appliance unit if said portion of said appliance identification information of said set-up record is not received during a pre-determined time period. 30. The master remote control unit of claim 28, further including a mechanism for deleting from said memory storage said portion of said appliance identification information of a said setup file of said complementary appliance unit if said portion of said appliance identification information is not received during a pre-determined time period. 31. The master remote control unit of claim 28, further including a mechanism for sending a said acquiring command to a specific said complementary appliance unit, for acquiring from said complementary appliance unit said functional portion of said set-up record, and for storing said functional portion in said memory storage. 32. The master control unit of claim 31, further including a mechanism for marking an identification display symbol of each detected, identified, and existing said appliance in said environment for which a corresponding said functional portion of said corresponding set-up record is not yet stored in said memory storage of said master remote control unit as 'existing and non-remote controllable', for marking said identification display symbol of said each detected, identified, and existing appliance in said environment for which said corresponding functional portion of said corresponding set-up record is stored in said memory storage of said master remote control unit as 'existing and remote controllable', and for marking said identification display symbol of said each detected, identified, and existing appliance outside of an operating and communicating range of said master remote control unit in said environment for which said corresponding functional portion of said corresponding set-up record is selected from the group consisting of not yet stored in said memory storage and already stored in said memory storage of said master remote control unit as 'existing and out-of-remote controllable range'. 33. The master remote control unit of claim 27, further including a mechanism for acquiring a status section of a said set-up record from said complementary appliance unit of a corresponding said appliance. 34. The master remote control unit of claim 33, wherein said mechanism for acquiring said status section of a said set-up record includes a status acquiring command sent from said master remote control unit to said complementary appliance unit of said corresponding appliance asking said complementary appliance unit to transmit said status portion. 35. The master remote control unit of claim 34, further including a mechanism for displaying on said display screen a current status of said complementary appliance unit that sent said status portion. 36. The master remote control unit of claim 27, further including a mechanism for determining from a received status section of a said set-up record of said complementary appliance unit of current status of a corresponding said appliance. 37. The master remote control unit of claim 36, further including an indicating and alerting mechanism for infomiing a user of said master remote control unit according to determining of a said received status section. 38. The master remote control unit of claim 26, further including at least one safety feature mechanism. 39. The remote control unit of claim 26, further including at least one security feature mechanism. 40. The master remote control unit of claim 39, wherein said at least one security feature mechanism includes at least one user authentication mechanism. 41. The master remote control unit of claim 26, wherein said master remote control unit bi-directionally and interactively communicates with each said complementary appliance unit of a corresponding said appliance according to a wireless communication protocol selected from a group consisting of Ηome-RF (HomePNA)' wireless communication protocols, 'Wireless LAN' wireless communication protocols, and 'Bluetooth' wireless communication protocols.

Inventors: BEN-ZEEV YUVAL, DORON MOSHE, BEN-ZEEV, YUVAL, DORON, MOSHE
Applicants: BEN ZEEV YUVAL, BRIGHTCOM TECHNOLOGIES LTD, DORON MOSHE, BEN-ZEEV, YUVAL, BRIGHTCOM TECHNOLOGIES LTD., DORON, MOSHE
Application year: 2001
Main classification: G08B5
IPC codes: G08C19, H04L12