JPH0524702Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) The present invention is designed to be removable to prevent damage to the inner wall of an elevator cage used for transporting luggage during moving etc. This invention relates to a curing device for the inner wall surface of an elevator car.

(Prior Art) The interiors of elevators in recently constructed buildings are quite decorative and cannot be said to be robust, and it is extremely rare that an elevator is provided exclusively for freight.

Therefore, when a large number of elevators are installed in parallel, one of them is often used for business purposes.

Even in such a case, some kind of curing measure for the inner wall surface of the elevator car is provided.

Plywood boards are glued together or felt materials are attached using double-sided tape.

(Problem to be solved by the invention) In many cases, the above-mentioned curing device for the inner wall surface of the elevator cage is performed individually for each elevator.
The work may be semi-permanent.

Further, the walls of the elevator often become soiled even after the above-mentioned curing measures for the inner walls of the elevator cage are removed.

Furthermore, when adhesive is used, the adhesive left on the wall often hardens and cannot be easily removed.

The purpose of the present invention is to provide a curing device for the inner wall surface of an elevator cage that can be easily assembled and removed in order to prevent damage to the inner wall of the elevator cage used for transporting luggage during moving etc. There is a particular thing.

(Means for Solving the Problems) In order to achieve the above object, the elevator car inner wall surface curing device according to the present invention includes: a mat that is spread and arranged on the wall surface of the elevator car; and a mat that is provided for each elevator wall surface and at least It has vertical pipes on both end faces, and the frame on the left and right sides and the back side is adjusted to a width that is approximately equal to or equal to the width of the side of the corresponding elevator car minus the thickness equivalent to the two mats. a plurality of pipe frame surfaces having a side width, and a pipe frame connecting member that removably connects the side end surfaces of the pipe frame surfaces, and an elevator is constructed of a plurality of pipe frame surfaces connected by the pipe frame connecting members. The mat is sandwiched between the sides of the elevator car and a space is secured within the elevator car.

(Example) Hereinafter, the present invention will be explained in more detail with reference to the drawings and the like.

FIG. 1 is a plan view of an elevator car provided with a curing device for the inner wall surface of the elevator car according to the present invention.

FIG. 5 is a perspective view showing the process of installing the curing device, and shows the installed state in the elevator hall (first
It is shown as seen from the EH) side in the figure.

Folding mats 2 are spread out and arranged at the back, left and right sides of an elevator car 1, and if necessary on the entrance side.

Folding mat 2 has a width of 20cm (and or
A cushioning material (urethane, etc.) with an appropriate thickness (approximately 10 cm) is inserted into the canvas cloth, and a plurality of cushioning materials (urethane, etc.) with a thickness of about 10 cm are provided in the width direction, with a free space made of only the canvas cloth. It is also possible to fold in units of width.

Furthermore, as clearly shown on the right side of Fig. 5, the mat 2 can also be folded in half in the height direction.
It is designed to be conveniently portable.

Note that the part on the entrance side of the elevator car 1 where the operation button is located has a folding mat 2 because it is necessary to operate it.
The folding mat 2 should not be placed, or the folding mat 2 should be placed so as to avoid the operation part.

The pipe frame surfaces 3, 4, 5, 6, and 7 are provided for each wall surface.

Pipe frame surfaces 3, 4, and 5 used for curing the left and right walls at the back of the elevator car can be of the same shape.

These pipe frame surfaces 3, 4, and 5 are constructed so that their widths can be freely adjusted in accordance with the size of each inner wall surface.

FIG. 2 is a front view, a side view, and a plan view showing an embodiment of a pipe frame surface used for curing the back, left and right walls of an elevator car.

The pipe frame surface 3 is divided into an upper side and a lower side for convenience of transportation, etc., and is provided so that it can be assembled and removed.

Each upper and lower pipe frame surface has multiple horizontal pipes 3
a and a plurality of vertical pipes 3b are connected by various pieces, and sliding pieces 3c and 3d are connected to the horizontal pipe 3.
A is slidably received, making it possible to adjust the length in the width direction.

The insertion side pipe 3e on the upper pipe frame surface is connected to the receiving side pipe 3f on the lower pipe frame surface for assembly.

FIG. 5 shows the operator attempting to connect the upper assembly to the lower assembly.

The structures of the left and right wall pipe frame surfaces 4 and 5 are the same as the pipe frame surface 3, as described above, and the widths are changed as necessary.

FIG. 3 is a front view showing an embodiment of the pipe frame surface used for curing the front wall surface (entrance side surface) of the elevator car.

The frame surface shown in FIG. 3 is the pipe frame surface on which the elevator operation button is located.

Similar to the frame surface shown in Fig. 2, the pipe frame surface (for the front left wall surface) 6 can be divided into upper and lower parts for convenience of transportation, etc., and can be assembled and removed, and has a horizontal pipe 6a and a vertical pipe 6b. It is made by connecting the pieces with various pieces.

The insertion side pipe 6e on the upper pipe frame surface is connected to the receiving side pipe 6f on the lower pipe frame surface for assembly.

Furthermore, a window pipe frame 6c for button operation is provided on this frame surface so that its height can be adjusted.

The frame surface shown in FIG. 3 is a pipe frame surface for protecting the surface of the elevator that does not have operation buttons.

Like the frame shown in Fig. 2, this pipe frame surface 7 can also be divided into upper and lower parts for convenience of transportation, etc., and can be assembled and removed; 7a is a horizontal pipe, and 7b is a vertical pipe, which can be inserted. The side pipe 7e is inserted into the receiving side pipe 7f and assembled.

Folding mat 2 on the inside of the elevator cage 1
Place the pipe frame surface (for the left wall) 4 on the left end (as viewed from the entrance side) of the pipe frame surface (for the back wall) 3, and the pipe frame surface (for the right wall) on the right end of the pipe frame surface 3. 5 are connected by pipe frame connecting members 8, respectively.

Further, pipe frame surfaces 6 and 7 are similarly connected to the front ends of the pipe frame surfaces 4 and 5, respectively, by pipe frame connecting members 8.

FIG. 4 shows a state in which the pipe frames are connected using an embodiment of the connecting member on the pipe frame surface.

Figure A is a plan view, and Figure B is a front view. An example will be explained in which a vertical pipe 3b on the pipe frame surface 4 (the pipe frame surface 4 has the same configuration as the pipe frame surface 3) and a vertical pipe 6b on the pipe frame surface 6 are connected.

The pipe frame connecting member 8 has an L fitting 8b and a holding fitting 8 of the connecting member which is hingedly connected to the L fitting 8b.
c and a grip 8a of an Ω-shaped connecting member fixed to the L fitting 8b.

Sandwich the vertical pipe 3b on the pipe frame surface 3 between the L fitting 8b and the holding fitting 8c, and fasten with the screw 8d. The opening direction of the grip 8a of the Ω-shaped connecting member can be freely changed.

It can be easily fixed by simply pushing the vertical pipe 6b on the pipe frame surface 6. Note that the grip 8a of the connecting member has elasticity.

The same applies to the connection of other pipe frame surfaces.

Although not shown in the drawings, a large number of cloth fasteners are provided at appropriate height positions on the folding mat 2, and the horizontal pipes on the pipe frame surface are tightened and fixed so that they do not shift vertically.

This fixing may be done by other fixing means such as hooking or tying. If the folding mat 2 can be pressed sufficiently, it can be omitted.

That is, the assembled pipe frame surfaces form a kind of structure, and the mats can be sandwiched on the sides of the elevator car and the space inside the elevator car can be secured, and other auxiliary supports, etc. It won't fall over even if you don't install it.

(Effects of the invention) As explained in detail above, the elevator car inner wall curing device according to the present invention includes a mat that is extended and arranged on the wall of the elevator car, and a mat that is provided on each elevator wall and that has vertical walls on at least both end faces. The frame has a pipe on the left and right sides and the back side, and the side width is adjusted to be approximately equal to or equal to the width of the corresponding elevator cage side surface minus the thickness equivalent to two mats. and a pipe frame connecting member that removably connects the side end surfaces of the pipe frame surfaces, and the plurality of pipe frame surfaces connected by the pipe frame connecting members connect the mat to the side surface of the elevator car. It is constructed by sandwiching the elevator car and securing space inside the elevator car.

If a folding mat is used as the mat as in the embodiment, the folding mat can be bent and deformed in basic units, so it can be easily adapted to inner wall surfaces of various widths and is convenient to carry.
In this embodiment, it is stored and transported in a bag 9 shown in FIG.

Since the pipe frame surface is also provided on a wall-by-wall basis, assembly, removal, and transportation are easy.

Each pipe frame surface can be assembled by connecting the side ends of the pipe frame surface of each surface with a pipe frame connecting member that removably connects both side end surfaces, and can be easily removed.

As mentioned above, the elevator car inner wall surface curing device according to the present invention is easy to transport, assemble and remove, and the elevator car inner wall surface can be completely cured. Therefore, it can be widely used when transporting goods to a new building, rearranging the location, or moving.

[Brief explanation of the drawing]

FIG. 1 is a plan view of an elevator car provided with a curing device for the inner wall surface of the elevator car according to the present invention. FIG. 2 is a front view, a side view, and a plan view showing an embodiment of a pipe frame surface used for curing the back, left and right walls of an elevator car. FIG. 3 is a front view showing an embodiment of a pipe frame surface used for curing the front wall surface (entrance side surface) of the elevator car. FIG. 4 is a plan view A and a front view B showing an embodiment of a connecting member on a pipe frame surface. FIG. 5 is a perspective view showing the process of installing the care device. 1... Elevator cage, 2... Folding mat, 3... Pipe frame surface (for back wall), 4, 5
... Pipe frame surface (for left and right walls), 6 ... Pipe frame surface (for front left wall), 7 ... Pipe frame surface (for front right wall), 8 ... Pipe frame connecting member, 9 ... Matsuto mobile Buzz.

Claims (1)

[Claims for Utility Model Registration] A pine installed on the wall of an elevator car, and a vertical pipe provided on each elevator wall at least on both end faces, with corresponding frames on the left and right sides and the back side. a plurality of pipe frame surfaces each having a side width approximately equal to or adjusted to a width equal to the width of the side surface of the elevator car minus the thickness equivalent to two mats, and a side end surface of the pipe frame surface; and a pipe frame connecting member that is removably connected, and the mat is sandwiched between the surfaces of the plurality of pipe frames connected by the pipe frame connecting member to the sides of the elevator cage, and a space within the elevator cage is secured. A curing device for the inner wall of the cage.