TH43595C3 - Two-story or multi-level elevators - Google Patents

Abstract

The DC60 (18/03/43) two-story elevators (7) were equipped with a machine to drive the elevator (DA) floor, which by reference to the position information. The distance between each load compartment (5, 6) will be adjusted in such a way that each load compartment (5, 6) is It is possible to stop at the corresponding building floor (E1 ... E6) with accuracy. This means that there is no overlap of the values of the given position. Measurements are stored in memory (RAM13, 14) and are modified over time to data. Current to detect any changes, for example a building subsidence. Based on this data, the required elevator floor distances are calculated, which are necessary for all load rooms (5, 6) to stop without them causing level overlaps. Moreover Methods and equipment It can be correspondingly extended for multi-level elevators and for any kind of control. (General control, destination call control, etc.) Two-story elevators (7) are equipped with a machine-driven device (DA). That girl Will customize the distance Between each load compartment (5, 6) in such a way that each load (5, 6) It can accurately stop at the corresponding building floor (E1 ... E6), which means free of level overlaps. Various values of the positions that have been Measurements are stored in memory (RAM13, 14) and are periodically revised to current to detect any changes, for example settlement, in accordance with With this information, the required distances of the elevator floors will be calculated, which are necessary. For all (5, 6) load compartments to stop without that They will cause disparities. Moreover, methods and equipment can be expanded accordingly for Multi-level elevator and for any kind of control. (General control, destination call control, etc.)

Claims (9)

1. A method for a two-story or multi-level elevator (7) that travels in the up-and-down lane (1) of the elevator and is driven. Move by hoisting machines (2) by hanging ropes (3) arranged therein in load cabins (4) where at least two load compartments 5, 6 are assigned. The peculiarity that The vertical distances between the loading rooms (5, 6) can be adjusted so that the distance between the floors of the building to Floor of the building that can be variable in the building Various positions of The load compartments will be customized to accommodate the different parking slots on different floors. Adjoining buildings 2. Methods consistent with clause 1, which are defined. The peculiarity that According to the criteria of the building plan Average Lift Floor Distance (MDD), which is defined as the average distance between floors of The building reaches the floor of the most valuable and smallest building. Between the floors of the building, two adjacent floors are calculated and stored in memory (RAM14). 3. Methods consistent with clause 1 or 2, which are prescribed. The characteristic that for each stop in which the two load rooms (5, 6), each serving a certain floor of that building, the value of the difference relative to the length The average elevator floor (DMDD) is calculated and stored. In memory (RAM14) 4. Methods consistent with any of the items 1 to 3 for which the characteristic is Based on the reference value criterion, which is calculated from the difference between DMDD (mean difference relative to elevator distance) and IDMDD (actual difference in distance Of the average elevator floor) Reference value for adjusting the distance of The elevator floor is calculated which is the quantity at which the distance. Between the loading chambers (5, 6) must be adjusted. 5. A double-deck or multi-level elevator device (7), which travels in elevator ascents and is driven by What are Towing machines (2) by hanging ropes (3) arranged therein in the load cabins (4) where at least two load compartments 5, 6 are provided. Defining that nature Machines for driving the distance of the elevator floor (DA) At least one unit for adjusting the distance between the load compartments (5, 6). Both cabins are attached to the load harness (4). 6. Equipment complying with clause 5, which is specifically designated that one or more load rooms (5, 6) can be Movable in relation to the load cabins (4) and the load compartments (5, 6). No more than one room is attached To the load cable (4) in such a way that it can not move. 7. Equipment corresponding to clauses 5, 6, which is assigned Characteristic that The elevator floor drive machine (DA) drives whatever is the rotating shaft (62), which changes distance. Between the compartments (5, 6) in a symmetrical manner at the semi-six Space of a two-story elevator (7) 8.A device corresponding to any one of Articles 5 through 7, which is characterized as Attached to the load compartment cable (4) is a device for determining the relative position of the load compartment (5, 6) or between the compartment (5, 6) in terms of impulses. Taco Dynamo (60) and Transducer Corresponding to that 9. A device corresponding to any one of Clauses 5 through 8, which is characterized as memory (RAM13), contains the difference values. That was calculated in relation to the Average Elevator Floor Distance (DMDD) of the building-to-floor distances. Of buildings of adjacent floors of Terminal 1 0. A device that complies with any of 5 through 9, which is characterized as memory (RAM14), contains values such as average floor distance (MDD), actual difference. Related With average elevator distance (IDMDD) and reference values for Elevator Distance Correction (SDDS) (10 Claims, 2 Pages, 3 Photos)