Abstract:
A system for transporting persons/goods in elevator installations and/or on escalators includes a control device and a computer program product for commanding the system. At least one person/goods is recognized by at least one recognition device via at least one identification code which recognized code is passed to the control device. For each recognized identification code at least one user profile has been stored and is used as a transportation profile to command operation of the system. At least two of the user profiles are linked to form a shared transportation profile to command operation of the system.
Abstract:
A method for inputting a voice message recording for a particular floor served by an elevator car includes the steps of sensing elevator car positions (21), sensing that a selected car operating panel button has been held down (22) and enabling a voice input process (23). A device for displaying Braille information to an elevator user includes an elongated panel (42) having a central Braille character panel (31) and two buttons (32, 33) disposed at opposite ends of the elongated panel for causing the displayed information to move backward and forward. A plurality of actuators (38), and probes (35) extruding through the Braille panel form Braille characters.
Abstract:
A control for an elevator system having a single hoistway and a single cab movable by a reversible motor vertically within the hoistway for servicing a plurality of floors. The control includes a call station located at each floor and having a hall call pushbutton, an arrival light and an in-use light, and a plurality of pushbuttons are located in the cab, with one being associated with each floor. A microprocessor is coupled to each of the hall call pushbuttons, in-use lights, arrival lights and cab pushbuttons and is programmed to respond to call signals for actuating a first switching circuit for energizing the motor for movement in a cab raising direction or a second switching circuit for energizing the motor for movement in a cab lowering direction in response to signals from the hall call pushbuttons or cab pushbuttons. The microprocessor is also programmed to determine the location of the cab and the required direction of cab movement, energize the switching circuit means to achieve the desired direction of cab movement and energize the appropriate arrival and in-use lights.
Abstract:
An elevator control system including an elevator management system obtaining meeting information from at least one of a calendar system and a user interface; the elevator management system generating a control command in response to the meeting information; and an elevator controller controlling destinations of one or more elevator cars in response to the control command.
Abstract:
A lobby detection device 100 placed in a lobby reads out an ID of an elevator user 300 from an individual identification tag 400 and transmits the ID to an authentication device 600, the authentication device 600 registers the ID if the ID has not been registered and performs a call registration for an elevator car 500 after an authentication processing, a car detection device 200 inside of the elevator car 500 reads out the ID from the individual identification tag 400 and transmits the ID to the authentication device 600, and when the same ID as a registered ID that has been registered becomes no longer transmitted from the car detection device 200, the authentication device 600 deletes a registration of the registered ID after a specific time elapses, so that even when the ID is read out by the lobby detection device 100 in the lobby where the elevator user 300 lands on at the time the elevator user 300 leaves the elevator car 500, a call registration is not performed since the registration is held.
Abstract:
Disclosed is a solution for controlling an elevator system, which elevator system includes at least one elevator, call-giving appliances in the elevator lobbies, and also a device for detecting in the desired identification area contact patterns directed onto the floor surface of at least one elevator lobby. A user to be connected to a call given from the elevator lobby is classified on the basis of the contact pattern produced by the user, the type data of the call is connected to the call on the basis of the classification, and the call with its type data is transmitted to the control system of the elevator system for controlling the elevators.
Abstract:
An elevator group management system capable of appropriately performing car assignment processing without leaving any one behind and enabling a passenger to recognize a car to board without fail. A fellow passenger group assignment section assigns fellow passenger groups to respective passengers based on the contents of hall call registration for each floor received from a hall operation panel, and causes the hall operation panel that has sent the hall call registration to display names of the assigned fellow passenger. A fellow passenger group car assignment section executes, on the fellow passenger groups assigned by the fellow passenger group assignment section, car assignment processing of assigning any of a plurality of cars as an assigned car and, in a case of determining the assigned car, provides car control sections with a passenger guide command containing at least combination information on this assigned car that has been determined and the fellow passenger group.
Abstract:
In an elevator system 1000, an elevator-hall-call/destination-floor-call registration devices 100A and 100B provided at an elevator hall include, besides a destination floor registration button 101 such as a numeric keypad, etc. formed by buttons having respective numbers of 0 to 9 for registering a destination floor, a disabled person button 102 declaring that a customer is a disabled person. For example, in the elevator-hall-call/destination-floor-call registration device 100A, when the disabled person button 102 is pressed and as well the destination floor call is inputted, a group management control device 300 registers the destination floor call, and as well determines a car to be assigned for the destination floor call, rings a chime and further turns on a hall lantern corresponding to the determined assigned car. Like the above, the group management control device 300 rings the chime and turns on the hall lantern only when the disabled person button 102 is pressed.
Abstract:
An elevator operation controller can land the elevator cage of an elevator at a predetermined floor by giving a command to the elevator without using a special key or a special portable terminal. An elevator operation controller 10 includes a receiving unit 11 specified by a proper telephone number and capable of receiving a speech from the elevator user through a public communication line, a speech recognition unit 12 for recognizing the speech of the elevator user received by the receiving unit 11, a command processing unit 13 for converting a command given by the elevator user and recognized by speech recognition made by the speech recognition unit 12 into an elevator operating signal, and an operation control unit 14 for controlling the operation of the elevator on the basis of the operating signal provided by the command processing unit 13.
Abstract:
An elevator system (20) uses destination entry dispatching techniques. A passenger interface device (22) operates in a first mode to allow passengers (24) to enter destination requests for elevator service. The passenger interface (22) operates in a second mode to provide at least one additional feature to an authorized individual. The additional feature may be at least one of a service-related function, a security-related function, a monitoring-related function or a communication-related function.