Customized elevator passenger interface

An exemplary elevator passenger interface device includes a passenger communication component that facilitates communications between a passenger and an elevator system. Such communications include passenger input to request elevator service and information provided to the passenger. A controller controls the passenger communication component to control its functionality including providing selected information to the passenger. The controller includes a customization module configured to change the functionality of the passenger communication component responsive to authorized user input that is distinct from the passenger input. The authorized user input includes a selection of at least one of a feature used to present information to a passenger or a feature used to allow a passenger to request elevator service.

BACKGROUND

Elevator systems have been in use for many years. Passengers have traditionally used hall call buttons for requesting elevator service. Typical hall call button arrangements include an up button and a down button that a passenger selects to indicate the direction in which they desire to travel. Upon entering the elevator car, the passenger uses a car operating panel to indicate the floor to which they wish to be carrier.

More recently, destination entry systems have been introduced that allow passengers to enter their desired destination prior to boarding an elevator car. A variety of techniques at managing how destination entry devices facilitate passengers placing requests for elevator service have been proposed. For example, it has become possible to integrate destination entry with building access so that an individual's elevator service request is automatically made when they present a credential that allows them to enter a building. It has also become possible to present passengers with a selection of intended destinations that are different from the floor levels.

SUMMARY

An exemplary elevator passenger interface device includes a passenger communication component that facilitates communications between a passenger and an elevator system. Such communications include passenger input to request elevator service and information provided to the passenger. A controller controls the passenger communication component to control its functionality including providing selected information to the passenger. The controller includes a customization module configured to change the functionality of the passenger communication component responsive to authorized user input that is distinct from the passenger input. The authorized user input includes a selection of at least one of a feature used to present information to a passenger or a feature used to allow a passenger to request elevator service.

In one example the controller restricts which destinations are presented on a display during corresponding time periods according to the authorized user input. The controller only accepts passenger input corresponding to a destination presented on the display during the corresponding time period.

In another example, the communication component includes a keypad that facilitates passenger input to request elevator service. The controller controls the functionality of the keypad keys. The authorized user input includes an indicator of keypad key functionality that is different for each of a plurality of time periods. The controller restricts which keys are functional and what their functionality is during corresponding time periods according to the authorized user input. The controller only accepts passenger input corresponding to the prescribed keypad functionality during the corresponding time period.

In another example the communication component includes an audio output device that. The authorized user input includes an indicator of audio clips to play back that are different for each of a plurality of time periods.

Another exemplary elevator passenger interface device includes a display that facilitates passenger input to request elevator service. A controller controls the display to provide selected information to the passenger. The controller includes a customization module configured to change an appearance of the display responsive to authorized user input that is distinct from the passenger input. An external customization module at a location remote from a building in which the passenger interface device is installed is remotely accessible by the authorized user. The external customization module facilitates the authorized user making selected changes to the appearance of the display.

The various features and advantages of a disclosed example will become apparent to those skilled in the art from the following detailed description. The drawings that accompany the detailed description can be briefly described as follows.

DETAILED DESCRIPTION

FIG. 1schematically illustrates a passenger interface device20. At least one communication component facilitates communications between a passenger and the associated elevator system such as allowing a passenger to request elevator service and providing information to a passenger. For discussion purposes, a display, a keypad or other input component and a speaker or other audio output component are used as example communication devices. In the following description each of those will be discussed although this invention is not necessarily limited to a specific communication component.

In the example ofFIG. 1, a housing or frame22supports a display24that provides information to facilitate passenger input to request elevator service. In this example the display24comprises a touch screen that includes images or soft keys26that allow a passenger to make a request for elevator service. In the illustration, the images26comprise numbers that allow a passenger to enter the number of the floor to which they desired to be carried by an elevator car. The passenger interface device20in this example is a destination entry device that allows the passenger to provide an indication of a desired destination before the passenger enters an elevator car. The housing or frame22may be situated in an elevator lobby on an entry level of a building, for example.

A controller28controls the content of the display24and communicates information regarding passenger input requesting elevator service to an elevator group control or dispatcher (not illustrated) so that the associated elevator system can provide the desired service.

The controller28is configured to provide unique control features over the display24that allows a user (such as a customer or building owner) to customize the appearance of the display24to satisfy the user's preferences and any particular needs associated with facilitating passenger input to the elevator system.

The controller28may be supported by the housing or frame22. In some examples the controller28is located remotely from the display24.

FIG. 2schematically shows an arrangement of a passenger interface device that allows a user to customize the appearance of the display24. In this example, the controller28includes a customization module30that is configured to change an appearance of the display responsive to input from an authorized user.FIG. 2schematically shows a user device32, such as a computer, that allows an authorized user to provide indications of the desired appearance of the display24.

The example inFIG. 2includes an external customization module34, which in some examples is located remotely from the building in which the passenger interface device20has been installed. The external customization module34in one example is an application or a server that is accessible by an authorized user that facilitates making changes to the appearance of the display24. The external customization module34in some examples provides an authorized user with a plurality of pre-selected background images or appearances, passenger input images or soft keys that may be selected from a variety of preconfigured images and facilitates an authorized user arranging the content on the display in a desired manner, for example.

In some examples, the user device32communicates directly with the customization module30over a communication link36that may be established using known technology. The communication link36may be line based or wireless. In some such examples, there is no exterior customization module34.

The user device32in some examples communicates with the external customization module34over a communication link38. In one example, the external customization module34is accessible over the Internet. The example ofFIG. 2includes the possibility that the external customization module34communicates directly with the customization module30over a communication link40. Such communications may occur over a line-based connection or wirelessly, for example. In such examples, the authorized user provides indications of how the customized display24should look and the external customization module34provides the corresponding information to the customization module30so the controller28controls the display24according to the authorized user's input.

The illustrated example allows for customizable control over the display24and the operation of the passenger interface20. For example, an authorized user can select at least one of the backgrounds presented on the display24or an indicator of an available destination (e.g., an image26) presented on the display24.

The authorized user can set a schedule for altering the appearance of the display. This allows for changing the appearance of the display throughout the course of a day, or according to the seasons, for example. In one example, the background of the display24is different for each of a plurality of time periods such as segments of a day. In the morning hours, the display24may appear different than in late afternoon or evening hours, for example. In addition to altering the background, the content provided on the display may be altered.

For example, at some times of the day weather conditions may be useful to elevator passengers, while at other times of the day local business advertisements may be useful. An authorized user may select the content of the display24according to a desired schedule set by that user.

Another customizable aspect of the interface device20is that the display24can be controlled to display only selected possible destinations according to a schedule set by an authorized user. This allows for controlling the functionality of the features on the display such as the virtual keypad26in the illustrated example. In some buildings, for example, it is desirable to restrict access to certain levels during certain times. For building levels that are not available in the evening and nighttime hours, the authorized user input instructs the controller28to limit the possible destinations shown on the display24so that destinations that are not available at a particular time are not displayed at that time. This prevents an individual from expecting to receive elevator service to a level that is not accessible at a particular time. The controller28will not accept input for a destination that is not available on the display24under such circumstances in some examples. This allows for the passenger interface device20to be integrated with a building security system that controls access over particular areas within a building during particular times, for example.

Another customizable aspect of the interface device20is that audible information provided through a speaker50, for example, can be controlled to play back certain recordings according to a schedule set by an authorized user. In some buildings, for example, it is desirable to restrict access to certain levels during certain times. For building levels that are not available in the evening and nighttime hours, the authorized user input instructs the controller28to provide an audio message that indicates that a level is not available. This allows for the passenger interface device20to be integrated with a building security system that controls access over particular areas within a building during particular times, for example. In another example, the interface device plays back certain warning or informational messages depending on the passenger's destination.

FIG. 3shows another example passenger interface device20. This example differs from the example ofFIG. 1by including a dedicated keypad60separate from the display24rather than incorporating a keypad on the display as show inFIG. 1. In this example, an authorized user can set a schedule for altering the functionality of the keys of the keypad60, which is useful, for example, in destination entry devices. This allows for changing the functionality of the keypad60throughout the course of a day, or according to a weekday or holiday schedule, for example. In one example, the programmable keys can be associated with different destinations or qualifiers depending on the date and time. In lunch hours, a selected key (e.g., the “*” key) may represent a shortcut for the cafeteria floor whereas in the evening, it may represent a shortcut for the lobby, for example. In another example, the entire keypad may become inert during non-work hours, with only selected keys (e.g., the “*” key) available to take the user to the lobby. In another example, the numeric keys on the keypad may be associated with destinations, similar to a “hot key” function.

An authorized user may set a schedule and a corresponding desired display, audio or keypad functionality for each of a plurality of time periods so that the controller28automatically controls the display24, speaker50, keypad60or a combination of two or more of these according to the authorized user input. The customizable features of the disclosed example enhance an elevator passenger's experience, and allow a passenger to quickly understand how access to portions of a building is limited, if at all, at different times. The customization module30or the external customization module34make it possible for an authorized user to control the ability of passengers to enter requests and the visual and audible information provided to a passenger according to the user's needs and desires.

The various features and the various functionalities that are discussed above are combinable according to the needs of a given situation even if they are discussed above as being within a specific embodiment. In other words, the aspects of the disclosed examples may be combined to realize still further embodiments.