mhurhangee/patent-ind-claim-en huggingface dataset:
Mechanical and electrical connector comprising: an electrically conductive body extending between two end faces ; first blind bores extending into the body from each one of the two end faces and being adapted for receiving therein corresponding end portions of two conductors to be mechanically and electrically connected to each other; and one or more threaded bores extending through an outer wall of the body into each one of said first blind bores ; a second blind bore extending into the body from at least one of said two end faces and being adapted for receiving therein an end portion of a third conductor, in particular a grounding conductor; and one or more threaded bores extending through the outer wall of the body into said second blind bore ; wherein said second blind bore has a smaller diameter than said first blind bores ; wherein said second blind bore is substantially parallel to at least one of the first blind bores ; and characterized in that said one or more threaded bores extending into said second blind bore also extends through an inner wall separating said first blind bores ; and in that said one or more threaded bores extending into said second blind bore has a smaller diameter than a diameter of said one or more threaded bores extending into said first blind bores . an electrically conductive body extending between two end faces ; first blind bores extending into the body from each one of the two end faces and being adapted for receiving therein corresponding end portions of two conductors to be mechanically and electrically connected to each other; and one or more threaded bores extending through an outer wall of the body into each one of said first blind bores ; a second blind bore extending into the body from at least one of said two end faces and being adapted for receiving therein an end portion of a third conductor, in particular a grounding conductor; and one or more threaded bores extending through the outer wall of the body into said second blind bore ; wherein said second blind bore has a smaller diameter than said first blind bores ; wherein said second blind bore is substantially parallel to at least one of the first blind bores ; and characterized in that said one or more threaded bores extending into said second blind bore also extends through an inner wall separating said first blind bores ; and in that said one or more threaded bores extending into said second blind bore has a smaller diameter than a diameter of said one or more threaded bores extending into said first blind bores .
An orthopedic device comprising a main body with a first surface which is provided with at least one adhesive region , characterized by at least one recess provided in the main body , said at least one recess being at least partially formed behind the adhesive region and being provided with a pressure and/or suction port , wherein the first surface is designed to be at least partially sucked into the recess when a negative pressure is applied in the at least one recess and/or to be pushed out when a positive pressure is applied.
A multilayer gas-barrier heat shrinkable film comprising: - an outer heat sealable layer , a core layer , a gas-barrier layer interposed between the core layer and the outer layer and an outer layer , characterized in that the core layer comprises a sequence of micro-layers (a), said sequence comprising at least a resin A selected among LLDPE, EVA, VLDPE, and ULDPE and a resin B selected among VLDPE, LDPE, m-LLDPE, EPB and LLDPE, wherein said sequence of micro-layers (a) comprises from 10 to 100 micro-layers, the total thickness of the film is from 20 to 60 μm and the core layer thickness is from 10 to 50 μm.
Fastening system for an item of clothing having a zip fastening mechanism comprising two offset rows of teeth , of complementary shapes and intended to mesh with each other, and a slider comprising two camways intended to mesh or separate the teeth depending on its direction of movement, such that the fastening system further comprises a gripping device mounted between the slider and a loop mounted at one end of the teeth of the zip fastening mechanism so as to hide at least partially the zip fastening mechanism in a position subject only to gravity, called the rest position, and to make it easier to handle the slider when it is in a position subject to the force of a user, called the handling position.
Tilting furniture with a concealment mechanism wherein the furniture comprises a tilting mechanism and an electronic circuit associated therewith, and comprises a main frame and a housing with an opening in which the tilting mechanism and the electronic circuit with a plurality of components are arranged, and comprising a concealment mechanism with: - a movable door arranged in correspondence with the housing , and which has the possibility of movement between a closed position wherein the tilting mechanism and the electronic circuit are concealed, and an open position which allows access to the tilting mechanism and the electronic circuit ; - an opening element attached to the door such that, when said opening element is actuated, the door moves to the open position; - at least one fixing and guiding element attached to the door and the frame and whose length determines the maximum displacement of the door ; characterised in that the opening element is a traction element that is attached to the door and protrudes from the housing of the furniture such that it is accessible to the user from outside the furniture . - a movable door arranged in correspondence with the housing , and which has the possibility of movement between a closed position wherein the tilting mechanism and the electronic circuit are concealed, and an open position which allows access to the tilting mechanism and the electronic circuit ; - an opening element attached to the door such that, when said opening element is actuated, the door moves to the open position; - at least one fixing and guiding element attached to the door and the frame and whose length determines the maximum displacement of the door ;
A portable radio , comprising: a codeplug pre-programmed with a configuration file of a voice recognition target string; an automatic speech recognition,ASR, engine providing voice command entry detection; a data logger for logging data pertaining to an unrecognized voice command entry detected by the ASR engine ; and the portable radio being configured to upload the logged data to remote storage for voice control analytics and resolution action, wherein the voice command entry detection and logging of the unrecognized voice command entry occurs continuously at the portable radio , and the uploading of the logged data to remote storage occurs periodically, characterised in that the periodicity of the uploading is adjustable based on frequency of occurrence of the unrecognized voice command entry. a codeplug pre-programmed with a configuration file of a voice recognition target string; an automatic speech recognition,ASR, engine providing voice command entry detection; a data logger for logging data pertaining to an unrecognized voice command entry detected by the ASR engine ; and the portable radio being configured to upload the logged data to remote storage for voice control analytics and resolution action, wherein the voice command entry detection and logging of the unrecognized voice command entry occurs continuously at the portable radio , and the uploading of the logged data to remote storage occurs periodically, characterised in that the periodicity of the uploading is adjustable based on frequency of occurrence of the unrecognized voice command entry.
Cosmetic unit comprising a container filled with a flowable cosmetic that can be removed through an access opening of the container , and a cap for closing the access opening of the container , whereas the cap carries an applicator , wherein the container is formed by a tank made of cosmetic compatible material and a rigid outer shell surrounding at least the tank characterized in that the tank and/or a base body carries a thread preferably a left-hand thread which presses the tank and/or the base body out of the shell, upon actuation.
Mirror replacement system as a camera monitor system (KMS) of a motor vehicle, in particular a commercial vehicle, having at least one camera which captures and records an environment of the motor vehicle in a camera image in real time, having at least one control device which is supplied with image data from the at least one camera for processing, and having at least one monitor as a screen in the field of view of a driver, which monitor is connected to the at least one control device for the purpose of representing a monitor image of the current camera image captured by the at least one camera, wherein the control device is used to display information representations in the monitor image , which information representations are obtained by evaluating a vehicle sensor system and/or represent virtually generated vehicles , vehicle parts or stationary objects, wherein the displayed information representation is respectively inserted into an image representation in a perspectively correct manner as so-called "augmented reality" in the monitor image , wherein a supporting surface on the ground is shown around the vehicle in the image representation and vehicle parts are projected in a virtual manner onto the ground as displayed information representations, characterized in that two monitors are fitted, a driver-side monitor fitted to a driver-side window column area and a passenger-side monitor fitted to a passenger-side window column area , and are each used to represent, in a plurality of adjacent image fields (II, IV, V) in a monitor image , the camera images from a plurality of cameras assigned to the image fields.
A beverage maker comprising: a fermentation tank having a space for making a beverage; a temperature sensor configured to detect a temperature of the fermentation tank ; a temperature controller comprising a heater for raising the temperature of the fermentation tank and a refrigerant cycle device for lowering the temperature of the fermentation tank ; and a controller configured to control the temperature of the fermentation tank and configured to control a fermentation process when yeast is received into the beverage to be made in the fermentation tank , wherein the fermentation process comprises a pre-fermentation process and a main-fermentation process; wherein the controller is configured to detect the temperature of the fermentation tank by using the temperature sensor and to control an operation of the temperature controller on the basis of the detected temperature; and wherein the controller is configured to control operation of the heater and the refrigerant cycle device so that the temperature measured by the temperature sensor is maintained at a first set temperature during the pre-fermentation process to promote activation of the yeast, and to control operation of the heater and the refrigerant cycle device so that the temperature measured by the temperature sensor is maintained at a second set temperature during the main-fermentation process, wherein the first set temperature is higher than the second set temperature. a fermentation tank having a space for making a beverage; a temperature sensor configured to detect a temperature of the fermentation tank ; a temperature controller comprising a heater for raising the temperature of the fermentation tank and a refrigerant cycle device for lowering the temperature of the fermentation tank ; and a controller configured to control the temperature of the fermentation tank and configured to control a fermentation process when yeast is received into the beverage to be made in the fermentation tank , wherein the fermentation process comprises a pre-fermentation process and a main-fermentation process; wherein the controller is configured to detect the temperature of the fermentation tank by using the temperature sensor and to control an operation of the temperature controller on the basis of the detected temperature; and wherein the controller is configured to control operation of the heater and the refrigerant cycle device so that the temperature measured by the temperature sensor is maintained at a first set temperature during the pre-fermentation process to promote activation of the yeast, and to control operation of the heater and the refrigerant cycle device so that the temperature measured by the temperature sensor is maintained at a second set temperature during the main-fermentation process, wherein the first set temperature is higher than the second set temperature.
Launching arrangement with a missile for intercepting hostile drones, wherein the launching arrangement comprises a launch container with an opening , wherein the missile is, or can be, arranged within the launch container , wherein the missile comprises a propeller drive , wherein the launch container is fitted with a cover which closes the opening , characterized in that the missile comprises the propeller drive in a bow region of the missile , wherein the launch container and the cover are connected to one another via an actuable closing mechanism , wherein the closing mechanism releases the cover when said closing mechanism is actuated and the missile can leave the launch container , wherein the closing mechanism is coupled to on-board electronics of the missile via a connecting line , wherein a signal for opening the cover can be sent to the closing mechanism by means of the on-board electronics of the missile .
A surgical camera system comprising: a camera head including a housing; an image sensor within the housing ; and the housing including a liquid lens therein for focusing an image received in the housing prior to transmission of the image to the image sensor, and a fixed solid lens adjacent the liquid lens, characterized in that the surgical camera system is configured for determining sensor coverage projected by a surgical scope into the camera using one or more regions of interest, and automatically adjusting the one or more regions of interest size, location and centering. a camera head including a housing; an image sensor within the housing ; and the housing including a liquid lens therein for focusing an image received in the housing prior to transmission of the image to the image sensor, and a fixed solid lens adjacent the liquid lens, characterized in that the surgical camera system is configured for determining sensor coverage projected by a surgical scope into the camera using one or more regions of interest, and automatically adjusting the one or more regions of interest size, location and centering.
Head-up display system having - a partially reflective transparent panel having a region of virtually uniform curvature, - a head-up display unit , - a vehicle seat , wherein the head-up display unit is arranged on the vehicle seat ; characterized in that the partially reflective transparent panel is the windscreen of a vehicle , wherein the region of virtually uniform curvature is used to reflect the light beams originating from the head-up display unit . - a partially reflective transparent panel having a region of virtually uniform curvature, - a head-up display unit , - a vehicle seat , wherein the head-up display unit is arranged on the vehicle seat ; characterized in that the partially reflective transparent panel is the windscreen of a vehicle , wherein the region of virtually uniform curvature is used to reflect the light beams originating from the head-up display unit .
A waterproof electric push button switch assembly, comprising: - a closed compartment; and - a printed circuit board bearing an electronic switch component with a push button housed inside said closed compartment, said printed circuit board having connected thereto electric cables coming out of the compartment; wherein the closed compartment is defined inside a casing comprising a cavity with two openings , a first opening which is hermetically sealed by a compressible elastomeric body having a portion which is arranged facing the push button part of the electronic switch component, the compressible elastomeric body being attached to said casing , and the second opening being hermetically sealed by a cover , - the two openings are arranged opposite to one another; - said compressible elastomeric body extends partially into the cavity of the casing providing an inner portion with an annular flange which is placed against an inner face of the casing adjacent to the first opening ; - the printed circuit board is fitted in a recessed portion of the elastomeric body ; and - the cover comprises on its inner face at least one tubular wall which is inserted into the cavity of the casing and establishes with a free edge thereof a perimetral interference contact with said surface of the elastomeric body, this tubular wall of the cover completely surrounding the electronic switch component and assuring its waterproofness, characterised in that the electric cables comprise two insulated electrical conductors that exit to the outside through a side window of the casing which is occupied by an extension of the elastomeric body and through which said insulated electrical conductors pass. - a closed compartment; and - a printed circuit board bearing an electronic switch component with a push button housed inside said closed compartment, said printed circuit board having connected thereto electric cables coming out of the compartment; - the two openings are arranged opposite to one another; - said compressible elastomeric body extends partially into the cavity of the casing providing an inner portion with an annular flange which is placed against an inner face of the casing adjacent to the first opening ; - the printed circuit board is fitted in a recessed portion of the elastomeric body ; and - the cover comprises on its inner face at least one tubular wall which is inserted into the cavity of the casing and establishes with a free edge thereof a perimetral interference contact with said surface of the elastomeric body, this tubular wall of the cover completely surrounding the electronic switch component and assuring its waterproofness,
An apparatus comprising means for performing: - processing a time series of location information elements, for input to an input layer of an artificial neural network; - providing the processed time series of the location information elements to the input layer of the artificial neural network, to obtain as output of the artificial neural network a predicted location of the apparatus; and - providing the predicted location of the apparatus to a network entity, characterized in that - the time series of the location information elements indicate a series of past locations of the apparatus and does not include a current location of the apparatus, and in that the predicted location of the apparatus is a predicted current location of the apparatus. - processing a time series of location information elements, for input to an input layer of an artificial neural network; - providing the processed time series of the location information elements to the input layer of the artificial neural network, to obtain as output of the artificial neural network a predicted location of the apparatus; and - providing the predicted location of the apparatus to a network entity, characterized in that - the time series of the location information elements indicate a series of past locations of the apparatus and does not include a current location of the apparatus, and in that the predicted location of the apparatus is a predicted current location of the apparatus.
Analysis unit having at least one sensor , wherein in a storage state of the analysis unit , the at least one sensor is arranged in a storage medium and is wetted through by the storage medium ; wherein in a measurement state of the analysis unit , the at least one sensor can be brought into contact with a sample; characterized in that the analysis unit can be moved from the storage state into the measurement state by displacing the at least one sensor from a storage region of the analysis unit containing the storage medium into a sample region of the analysis unit , wherein a barrier between the storage region and the sample region is broken through. wherein in a storage state of the analysis unit , the at least one sensor is arranged in a storage medium and is wetted through by the storage medium ; wherein in a measurement state of the analysis unit , the at least one sensor can be brought into contact with a sample; characterized in that the analysis unit can be moved from the storage state into the measurement state by displacing the at least one sensor from a storage region of the analysis unit containing the storage medium into a sample region of the analysis unit , wherein a barrier between the storage region and the sample region is broken through.
A method of balancing load in a cellular network comprising first cells with a first priority and second cells with a second priority, different than the first priority, the method comprising: detecting a high load condition in a first cell with the first priority, when load in the first cell exceeds a predefined limit, using a network model comprising signal level information on different geographical locations for different cells to find a second cell having the second priority and having at least partially overlapping service area with the first cell, using said network model and population data comprising information about number of users on different geographical locations to determine a value to a network parameter that has an effect on whether a user connects to the first cell or to the second cell, wherein said population data is based on one or more of the following: home addresses of people and work addresses of people, wherein the network parameter is a threshold high parameter representing the threshold signal strength for connection to a cell in the network, and conditionally taking the determined value of the network parameter in use in the cellular network to balance load between the first and the second cell in the overlapping service area. detecting a high load condition in a first cell with the first priority, when load in the first cell exceeds a predefined limit, using a network model comprising signal level information on different geographical locations for different cells to find a second cell having the second priority and having at least partially overlapping service area with the first cell, using said network model and population data comprising information about number of users on different geographical locations to determine a value to a network parameter that has an effect on whether a user connects to the first cell or to the second cell, wherein said population data is based on one or more of the following: home addresses of people and work addresses of people, wherein the network parameter is a threshold high parameter representing the threshold signal strength for connection to a cell in the network, and conditionally taking the determined value of the network parameter in use in the cellular network to balance load between the first and the second cell in the overlapping service area.