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 system for security control and/or transportation of persons with an elevator installation and a method of operating this system. By means of the system, a person is identified from at least one identification code and from at least one authentication signal. For this purpose, an identification code is entered and/or transmitted by the person, and an authentication signal of the person is captured. Assigned to the identification code and the authentication signal is at least one user profile. An access authorization stored in the user profile, and/or a pre-defined travel destination in the user profile, is/are determined. The authentication signal is checked against at least one reference stored in a user profile. If an access authorization to a travel destination is present, and if the authentication signal and reference correspond, a command signal is transmitted to an elevator installation.
Abstract:
A voice-controlled elevator security system. Access to an elevator system servicing a plurality of landings of a structure is controlled by comparing a voice signal of a potential user of the elevator system with stored voice signals of all authorized users. The comparison is accomplished by first digitizing the potential user's voice signal and comparing it, on a bit-by-bit basis, with a digital representation of the voice signals of all authorized users. Various criteria can be established for determining the number of binary bits that must agree to conclude that the potential user is an authorized user. Once this determination has been made, the authorized user can initiate car call signals for those landings to which the authorized user is permitted access.
Abstract:
An elevator system having a plurality of elevator cars under group supervisory control. An auxiliary dispatching control is connected to the existing telephone system of the building, arranged to enable callers to have cars dispatched to predetermined floors at selectable times of the day.
Abstract:
An authorization management and authorization request of an elevator service request pertaining to the technical field of elevator management. The system for authorization management of the elevator service request includes a wireless signal device and an authorization management device, the wireless signal device being used for broadcasting an elevator identifier of a corresponding elevator system; the system for authorization management obtains the elevator identifier broadcasted by the wireless signal device through a personal mobile terminal; the authorization management device is used to receive authorization request information from the personal mobile terminal, the authorization request information containing a terminal identifier of the personal mobile terminal and the elevator identifier of the corresponding elevator system obtained by the personal mobile terminal.
Abstract:
A method for operating an elevator system includes a trusted device that creates an authentication data packet having a unique, periodically changing code based on the current time. A mobile device sends a mobile request message to a server including the request for the operation of the elevator system and the authentication data packet. A server verifies the authenticity of the mobile request message based on the authentication data packet included in the mobile request message and, after the authentication data packet has been verified, sends an instruction message to the elevator controller.
Abstract:
In an approach for determining an optimal path for an elevator, a processor receives information, wherein the information includes social media data associated with a user and calendar entries associated with the user, indicating one or more locations within a building. A processor analyzes the received information. A processor determines a location to send an elevator within the building to minimize movement of the elevator, based on the analyzed information. A processor causes the elevator to move to the location.
Abstract:
A method for giving destination calls to an elevator system using a destination operating panel that includes a keypad for giving the destination calls, including identifying a call giving phase and activating buttons of the keypad on the basis of the call giving phase.
Abstract:
Using a position detection device, a position of a user in a building area outside of an elevator system is detected. It is determined, after the user has entered an elevator car, that the user is not authorized to travel to a destination floor designated by a destination for the user. As a result of the determination, the elevator car is moved to an area other than the destination floor.
Abstract:
A method includes generating automatic elevator calls in an elevator system using a personal identifier, reading identification data of an identifier on a first departure floor, connecting information about the departure floor to the identification data, reading the identification data on some second departure floor, and on the basis of the identification data, generating an elevator call for taking the passenger back to the first departure floor.