A method and arrangement for automatic elevator installation includes marking each door opening in the elevator shaft with door reflectors, and creating a reference coordinate system of the elevator shaft with a robotic total station positioned at a bottom of the elevator shaft, measuring the position of the door reflectors with the robotic total station, fitting straight door lines to the measurements in order to form virtual plumb lines for the doors in the elevator shaft, marking predetermined guide rail positions on the bottom of the elevator shaft and installing lowermost guide rails manually to the shaft based on the guide rail positions, forming vertical guide rail lines, i.e. virtual plumb lines for the guide rails with the robotic total station based on the door lines, providing an upwards and downwards movable installation platform in the elevator shaft provided with platform reflectors, and measuring the position of the platform reflectors with the robotic total station, whereby the orientation and the position of the installation platform in relation to the elevator shaft can be determined.

A method and arrangement for automatic elevator installation includes marking each door opening in the elevator shaft with door reflectors, and creating a reference coordinate system of the elevator shaft with a robotic total station positioned at a bottom of the elevator shaft, measuring the position of the door reflectors with the robotic total station, fitting straight door lines to the measurements in order to form virtual plumb lines for the doors in the elevator shaft, marking predetermined guide rail positions on the bottom of the elevator shaft and installing lowermost guide rails manually to the shaft based on the guide rail positions, forming vertical guide rail lines, i.e. virtual plumb lines for the guide rails with the robotic total station based on the door lines, providing an upwards and downwards movable installation platform in the elevator shaft provided with platform reflectors, and measuring the position of the platform reflectors with the robotic total station, whereby the orientation and the position of the installation platform in relation to the elevator shaft can be determined.

A method and elevator system includes a main module that is operable in a configuration mode, a detection mode, and an elevator operation mode. At least one sub-module is connectable to the main module when in the configuration mode, and the sub-module has an initialization mode and a recognized mode. At least one activation tool is selectively actuated by a user to activate the detection mode. In response to activation of the detection mode, the main module returns to the configuration mode and initiates communication with the sub-module while in the initialization mode. In response to communication from the main module, the sub-module communicates a plurality of sub-module characteristics to the main module. In response to review and certification of the plurality of sub-module characteristics, the main module accepts the sub-module as an approved sub-module and the sub-module enters the recognized mode.

A method and elevator system includes a main module that is operable in a configuration mode, a detection mode, and an elevator operation mode. At least one sub-module is connectable to the main module when in the configuration mode, and the sub-module has an initialization mode and a recognized mode. At least one activation tool is selectively actuated by a user to activate the detection mode. In response to activation of the detection mode, the main module returns to the configuration mode and initiates communication with the sub-module while in the initialization mode. In response to communication from the main module, the sub-module communicates a plurality of sub-module characteristics to the main module. In response to review and certification of the plurality of sub-module characteristics, the main module accepts the sub-module as an approved sub-module and the sub-module enters the recognized mode.

The application relates to a method for the digital documentation and simulation of a passenger transport installation using a detection apparatus. Connection components are installed using a tool of the detection apparatus, the detection apparatus measuring the position and installation parameters of said components during installation, and these data being entered as installation data records in a position-defined manner into a digital twin data record mapping the physical passenger transport installation.

The application relates to a method for the digital documentation and simulation of a passenger transport installation using a detection apparatus. Connection components are installed using a tool of the detection apparatus, the detection apparatus measuring the position and installation parameters of said components during installation, and these data being entered as installation data records in a position-defined manner into a digital twin data record mapping the physical passenger transport installation.