MXPA98001760A - Control panel for an elevator structure - Google Patents

Abstract

The present invention relates to control panel for an elevator car having floor, ceiling and wall elements that form a passenger space, wherein the control panel is one of the wall elements, the panel wall element of control being coupled with the adjacent wall elements to form a wall of the cabi

Description

CONTROL PANEL FOR AN ELEVATOR STRUCTURE DESCRIPTION OF THE INVENTION The invention relates to a control panel for an elevator structure consisting of floor, ceiling and wall elements. A structure control panel with a housing made of a U-shaped profile member has become known from the patent specification EP 0190 407. The housing, consisting of side walls on the rear wall, is open on the front side of structure control panel, wherein the front edges of the side walls are provided with flanges by means of which the housing abuts against a wall of the elevator structure. Slots are provided in which they are inserted de.splazablement e guides, on the inner sides of the side walls. The mounting plates are kept at their edges in the guides. The switches for the input of control commands, such as structure calls and indicator lamps for the indication of stored co-operation commands are attached to the mounting plates. M i c ro _ switches and LEDs are respectively provided as switches and indicator lamps. The parts that leave the housing, in this way the switches and the indicator lamps, are disadvantageous in the known equipment. Exiting parts pose a risk of damage to elevator passengers and promote H) vandalism. Here the invention will provide a remedy. The invention, as characterized in claim 1, solves the task of avoiding the disadvantages of known equipment and proposes a panel control, which is introduced into the wall of the structure and is easily removable and mountable. It is noted that the advantages achieved by the invention are substantially that the structure control panel appears as a component of the structure wall. The fastening means are not visible externally. Although the control panel is mountable and removable from the side of the passenger space it is not obvious to the 5 passengers of the elevator, where the control panel is removable. In this way, vandalism becomes impossible. The control panel can be subsequently assembled and disassembled easily and without great effort during the construction of the elevator structure or during maintenance operations. The invention is explained in more detail based on the following drawings merely illustrating a mode route. In that regard: Figure 1 shows an elevator structure consisting of floor, roof, and wall elements with a wall element with control panel, Figure 2 shows the details of the wall element of the control panel and the Figure 3 shows the details of the fastening of the wall element of the control panel. In Figures 1 to 3, an elevator structure, which is constructed in the construction element mode and consists of a floor element 2 and a roof element 3 with flexed ends 4, in which elements of Wall 5, 6, 7 and 9, is designated with the number 1. The flexed ends of the floor element 2 are not illustrated, to which the wall elements 5, 6, 7, 8 and 9 are fastened in the floor region . A first side wall element 5, a second side wall element 6, a third side wall element 7, a control wall element 8, and a rear wall element 9 are provided as wall elements. The elements of the second side wall and the doors of the elevator structure are not illustrated. The wall elements 5, 6, 7, 8 and 9 have at their longitudinal edges doubly bent ends 10, in which the wall elements 5, 6, 7, 8 and 9 are connected through, for example, screws or fasteners The double flexed ends 10 consist of a first projection 11.1 and a second projection 11.2. After assembly of the side wall elements 5, 6, 7 and 9 the control wall element 8 is pushed between the first side wall element 5 and the second side wall element 6 from the passenger space. The pins 12 disposed between the first projections 11.1 of the side wall elements 5 and 6 engage in horizontal guide grooves 13 arranged in the projections 11.1 or 11.2 of the control panel element 9 and in vertical guide grooves 14. The element The panel wall with rol 8 is in this case horizontally and guided during the push-to the wall opening and subsequently guided vertically during the fall to the final position. Then, the control panel wall element 8 is connected at the upper end with the flexed ends 4 of the roof element 3. The control panel wall element 8 together with the side wall elements 5, 6 and 7 form a structure wall which is flat on the side of the passenger space and thus vandal resistant. The control panel wall element 9 consists of a base plate 15, which is lined on the side of the passenger space through a flexible film 16 and serves as an apparatus support for a call transmitter 17, a flag of floors 18 and for a speaker 19. First perforations 20.1 at the lower end of. the base plate 15 and the film 16 form a ventilation opening, which is designated 20. The base plate 15 has first depressions 2l.l for the call transmitter 17, a second depression 21.2 and a third depression 21.3 for the floor indicator 18 and a second perforation 22 for the parlan 19. A small plate 23 with, for example, micro-switches and a small plate 24 with a control circuit, are arranged on the rear side of the base plate 15. The switches reach the first depressions 21.1 and are covered on the side of the passenger space by a flexible film 16. The film 16 is flexible to the extent that, for the selection of the floor the compression force exerted on the film 16 press the corresponding switch. The small plate 23 with the switches and the small plate 24 with the control circuit serve for the introduction of calls in the elevator structure 1. The floor indicator consists of transparent covers 25, a deployment support 26 and a deployment 27. A speaker support 28, which is arranged on the rear side of the base plate 15 through the second hole 22, serves to support the speaker 19. The floor indicator 18 and the speaker 19 inform the passengers of the elevator optically and acoustically, in respective form. The call transmitter 17, the floor indicator 18 and the speaker 19 are mechanically protected through a cover 29 that can be attached to the second projections 11.2. In the illustrated example, the wall element control panel 8 extends over the entire height of the structure. The control panel wall element 8 can also be made smaller to the extent that only the call transmitter 17, the floor indicator 18 and the speaker 19 can be disposed thereon. The flexible film 16 serves not only as a liner for the base plate 15, but also as an information carrier. Switch designations, transport capacity, manufacturer details, advertisements, etc., are printed on the back side of film 16, so that the user's side printing is abrasion-proof and abrasion-proof. rips The film 16 can be transparent without color or with color. The cost of the material and the cost of assembly for the designation labels can be avoided through the printed film 16.

Claims (5)

1. A control panel for an elevator structure consisting of floor, ceiling and wall elements, characterized in that the control panel is a wall element (8) of the elevator structure (1) and the wall element of the panel of control (8) together with the wall elements (5, 6, 7) form a structure wall.

2. The control panel according to claim 1, characterized in that the control panel wall element (8) can be assembled from the passenger space and together with the adjacent wall elements (5, 6) form a wall of flat structure on the passenger side of the space.

3. The control panel according to claim 2, characterized in that the pins (12), which are coupled in vertical guide grooves (14) and in horizontal guide grooves (13) arranged in the projections (11.1, 11.2) of the element of the control panel wall (8) are arranged in the adjacent wall elements (5, 6).

4. The control panel according to any of the preceding indications, characterized in that the control panel wall (8) has a call transmitter (17), an indicator of isos (18) and a speaker (19) and the element Wall control panel (18) is lined through a flexible film (16) on the side of the passenger space.

5. The control panel according to claim 4, characterized in that the film is printed on the back side. SUMMARY OF THE INVENTION In this elevator structure (1), a first side wall element (5), a second side wall element (6), a third wall element (7), a control panel wall element (8) and a rear wall element 9 are provided as wall elements. The wall elements (5, 6, 7, 8, 9) have, at their longitudinal edges, doubly bent ends to which the wall elements (5, 6, 7, 8, 9) are connected through screws or screws. fasteners After assembly of the side wall elements (5, 6, 7, 9) the control panel wall element (8) is pushed between the first side wall element (5) and the second side wall element (6) from the side of the passenger space. The pins arranged in the first projections of the side wall elements (5, 6) are coupled in horizontal and vertical guide grooves arranged in the projections of the control panel wall element (8). The control panel wall element 8 is then guided horizontally during the push towards the wall opening and subsequently vertically during the fall to the final position. The control panel wall element - (8) together with the side wall elements (5, 6, 7) form a structure wall, which is flat and thus resistant to vandalism on the passenger side of the space . Figure 1