JP2003267655A - Panel type exterior member of escalator - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an exterior member of an escalator without welding to fix it on a truss and a handrail support, capable of providing sufficient setting strength of a side surface plate and capable of easily carrying out fine adjustment and fixing work of a setting position at the time of setting the panel type side surface plate, making mounting work of the outside member simple and easy by reducing the number of members to use for fixing and capable of shortening working time. <P>SOLUTION: This exterior member is furnished with the side surface plate set on the side of the truss and the handrail support and an upper part mounting means set on the handrail support to be set on an upper part of the truss with a proper interval and to fix the upper part of the side surface plate on the handrail support, the upper part mounting means is adjustable for a fixing position in the horizontal direction against the truss, and the side surface plate is adjustable for its fixing position in the vertical direction against the truss on the upper part mounting means. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an exterior body such as an escalator, and more particularly to a side plate and a bottom plate, which are exterior bodies of an escalator or the like, in which the side plate is extended not only to the side surface of the truss but also to the vicinity of the handrail of the escalator or the like. The present invention relates to an exterior body that can be attached extremely easily to a handrail support pillar and a truss of an escalator without using processing.

[0002]

2. Description of the Related Art In a conventional slope moving device or plane moving device (hereinafter referred to as an escalator or the like), steps and risers circulate on orbits to carry people,
The track portion, the driving portion, and the like are housed in a truss formed in a box-shaped frame having a rectangular cross section, and the exterior is decoratively covered with an iron plate, a stainless plate, or another plate. This truss is extended in the traveling direction of the escalator and the like, and truss angles are extended in the longitudinal direction of the truss at the four corners of the box-shaped truss. However, when attaching the exterior plate, that is, the side plate and the bottom plate, the side plate and the bottom plate are directly or indirectly welded and fixed to the truss, more specifically, the truss angle.

Further, on the escalator and the like, a protection plate formed of synthetic resin or the like for preventing a person on the escalator or the like from falling down is provided on the upper part of the truss on both sides of the step and riser, and the handrail is installed on the upper part thereof. It is installed, but for escalators etc. that are mainly installed in station buildings, etc. without installing such a protection plate on the outside of the escalator, the side plate is extended not only to the side of the truss but also to the handrails of the escalator etc. Some have been done. In this case, when the side plate is attached, the upper part of the side plate is directly or indirectly welded to the side of the handrail that is installed on the upper part of the truss and supports the handrail and the protection plate installed inside. The lower part of the face plate was directly or indirectly welded and fixed to a truss, specifically, a truss angle.

However, this welding operation for fixing the side plate and the bottom plate to the truss angle and the handrail support is
The sparks generated during welding could damage the cables installed inside the truss and cause a fire or burns to workers. This was especially a problem when renovating the station building. Further, the side plate and the bottom plate may be deformed. Further, the welding work of the exterior body, which requires high installation accuracy, requires a skilled technique, and there is a fear that the quality of the work and the work period will be prolonged as well as the number of skilled workers.

Japanese Patent Laid-Open No. 10-23675 proposes another fixing method which avoids the welding work having such a problem.
There is a technique described in 5. It has an upper mounting means that allows the side plate to be positioned and mechanically fixed to the upper beam that forms the truss, and the lower part can be positioned and mechanically fixed to the lower beam that forms the truss. There has been proposed an escalator exterior body having a side exterior body having various lower attachment means.

Further, in Japanese Patent No. 2909896, the upper part of the side plate is locked by an exterior member arranged above the upper beam, and the lower beam is supported by side plate connection capable of vertical and lateral positioning. An exterior body for an escalator has been proposed in which the lower part of the side plate is attached to the lower beam by means.

However, the above-mentioned conventional example is a technique for installing a side plate located only on the side of the truss, and the side plate is fixed to the truss. Here, the side plate used for an escalator or the like extending the side plate not only to the side of the truss but also to the vicinity of the handrail of the escalator or the like is larger and heavier than the side plate fixed by the above-mentioned conventional technique, and the side plate The upper part of the above must be fixed or / and locked by using a handrail strut instead of a truss. Since the truss and the handrail strut have different installation positions, shapes, and structures, they cannot be installed by the above-mentioned conventional technology. Even if it could be installed by fixing it only to the truss, it was not possible to obtain sufficient installation strength, and the installation position could not be finely adjusted.

In the above-mentioned prior art, both side plates are attached to the upper beam at the upper portion and to the lower beam at the lower portion. In the former, the upper part is provided with mounting means capable of adjusting the vertical direction and the lateral position orthogonal to the beam for positioning and mechanical fixing, and the lower part is adapted to adjust the lateral position orthogonal to the beam. In the latter, the upper part adjusts the lateral position orthogonal to the beam, and the lower part adjusts the vertical position and the lateral position orthogonal to the beam for positioning and mechanical fixing. The structure is such that possible mounting means are provided. That is, both are configured to adjust the vertical position and the lateral position orthogonal to the beam on one side of the upper or lower side plate, and adjust the lateral position orthogonal to the beam on the other side.

The attachment means for adjusting the vertical position and the lateral position orthogonal to the beam uses a plurality of members, but only one member among them is used, specifically, in the former case. The first connecting member 24, in the latter case, is configured to adjust the vertical position and the lateral position orthogonal to the beam only with the L-shaped angle 17A.
Therefore, in the known example, when the one member is attached, two adjustments are required at the same time in order to determine the fixing position of the member, and the fixing work is not easy.

Further, a fixing member for connecting and fixing the side plate and the connecting member to the side plate must be installed only for fixing, and the number of members used for fixing increases, and the installation work is complicated. was there.

[0011]

Therefore, the present invention solves the above-mentioned problems of the prior art, and when installing a side plate extending near the handrail of an escalator or the like, the exterior body of the escalator or the like is attached to a truss or a handrail. Welding is not used when fixing to the column, and sufficient installation strength of the side plate can be obtained, fine adjustment of the installation position and fixing work can be done easily, and the number of members used for fixing It is an object of the present invention to provide an exterior body such as an escalator that can be reduced in number to make the attachment work of the exterior body simpler and easier and reduce the work time.

[0012]

The first means of the present invention for solving the above-mentioned problems is to provide a side plate installed on the side of the truss and the handrail support and an appropriate space above the truss. It is installed on a handrail strut that is installed on the truss, and is provided with an upper mounting means for fixing the upper part of the side plate to the handrail strut. A panel type exterior body such as an escalator characterized in that an upper mounting means is capable of vertically adjusting a fixed position with respect to a truss.

The second means is installed on the side plate installed on the side of the truss and the handrail support, and on the handrail support installed on the upper part of the truss at an appropriate interval.
An upper mounting means for fixing the upper part of the side plate to the handrail support is provided, and the upper mounting means is a first frame fixing member fixed to the handrail support, and a first frame for adjusting a fixed position in a horizontal direction with respect to the truss. The first frame is installed on the fixing member, fixes the side plate, and is installed between the handrail struts, and the side plate is vertically positionally adjustable with respect to the truss on the first frame. A panel type exterior body such as an escalator characterized by the above.

The third means is installed on the side plate installed on the side of the truss and the handrail support, and on the handrail support installed on the upper part of the truss at an appropriate interval.
An upper attachment means for fixing the upper portion of the side plate to the handrail support; the upper attachment means is a first connecting member fixed to the handrail support; and a first connecting member capable of adjusting a fixed position horizontally with respect to the truss. The panel-type exterior of an escalator or the like is characterized in that it is installed on the side plate and is provided with a side plate fixing member for fixing the side plate, and the side plate is adjustable to the side plate fixing member in a vertical fixed position with respect to the truss. It is the body.

The fourth means is the third means,
The first connecting member includes a first frame fixing member fixed to the handrail support pillar and a first frame fixed to the first frame fixing member and installed between the handrail support pillars. Is a panel type exterior body such as an escalator, which is installed in the first frame and whose fixed position is adjustable in the horizontal direction with respect to the truss.

The fifth means is the fourth means,
The first frame and the side plate fixing member are different from each other in the horizontal direction with respect to the truss, and the position adjustable mechanism in the truss longitudinal direction and the position adjustable mechanism in the direction orthogonal to the truss longitudinal direction. A panel-type exterior body such as an escalator having a mechanism.

The sixth means is the second, fourth or fifth means, wherein the first frame fixing member and the first frame are horizontal with respect to the truss and the position is adjusted in the longitudinal direction of the truss. A panel-type exterior body such as an escalator, which has different mechanisms from among a flexible mechanism and a mechanism whose position is adjustable in a direction orthogonal to the longitudinal direction of the truss.

The seventh means is the second, fourth, fifth or sixth means, in which a side plate pressing member is installed on the first frame so that a fixed position can be adjusted in a direction perpendicular to the side plate. A panel type exterior body such as an escalator characterized by the above.

The eighth means is, in the first to seventh means, a second connecting member installed above the upper attaching means of the handrail support, and a side plate installed on the second connecting member. A panel type exterior body such as an escalator, which is provided with an attachment assisting means having a side plate pressing member for pressing the side plate, and the side plate pressing member is adjustable in a fixed position in a vertical direction with respect to the side plate.

The ninth means is the eighth means,
The second connecting member is a second frame fixing member fixed above the upper mounting means of the handrail support, and a second frame fixed to the second frame fixing member and installed between the handrail support. The side plate pressing member is a panel-type exterior body such as an escalator, which is installed in the frame so that the fixed position is adjustable in the vertical direction with respect to the side plate.

A tenth means is the first to ninth means, which has a connecting member and a lower fixing member, and is provided with a lower fixing means for fixing the lower part of the side plate to the truss. It is installed on the lower truss angle, and the lower fixing member is installed on the connecting member so that the fixed position can be adjusted in the lateral direction orthogonal to the longitudinal direction of the truss. A panel-type exterior body, such as an escalator, whose fixed position can be adjusted in any direction.

The eleventh means is, in the tenth means, a bottom plate installed between lower end portions of facing side plates,
It has a suspension beam and a bottom plate fixing member, and is provided with bottom plate mounting means for fixing the bottom plate, the suspension beam is installed between opposing lower fixing members, and the suspension beam is fixed to the lower fixing member at least in the longitudinal direction of the truss. The bottom plate fixing member is a panel type exterior body such as an escalator which is adjustable in position and is installed in a suspension beam so that the fixed position can be adjusted in a direction perpendicular to the truss.

A twelfth means is the first to eleventh means, wherein a side surface plate is provided with a vertical position adjusting mechanism, and the side surface plate is provided with an upper mounting means and / or a lower mounting means. A panel-type exterior body such as an escalator, which is installed so that its vertical position can be adjusted by using.

A thirteenth means is the panel of an escalator or the like according to the twelfth means, wherein the vertical position adjusting mechanism is formed on a reinforcing plate installed from the upper end to the lower end of the side plate. It is a mold exterior body.

According to the above first to thirteenth means, when the side plate extending to the vicinity of the handrail such as the escalator is installed, the exterior body such as the escalator is fixed to the truss and the handrail support. Since welding is not used for the work, it is possible to prevent fires and injuries to workers, and it is possible to work safely, and even with a heavy panel-type side plate, sufficient installation strength can be obtained, and the installation position is fine. Adjustment and fixing work can be performed easily, and further, by reducing the number of members used for fixing, the attaching work of the exterior body becomes simpler and easier, and the work time can be shortened.

[0026]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described in detail below. The exterior body 1 is composed of a side plate 2, an upper attaching means 3, a lower attaching means 4, an attaching assisting means 5, a bottom plate 6, and a bottom plate attaching means 7. The exterior body 1 constitutes the truss 11, and constitutes the handrail support column 12 and the truss 11 installed on the upper truss angle 111 installed on the upper part of the truss 11, and the lower truss angle 119 installed on the lower part of the truss 11. It is installed. Although it depends on the scale of the escalator, etc., the side plate 2 and the bottom plate 6 are usually arranged side by side on the side and bottom of the escalator, respectively.
The shape, size, and thickness may be appropriately formed according to the scale of the installed escalator or the like.

Each of the upper truss angles 111 has a substantially L shape, and has a flat upper surface and a horizontal piece extending inwardly of the truss and a vertical piece erected downward from the end of the horizontal piece. Each of the vertical pieces includes a horizontal piece 112 having a flat upper surface and extending outward of the truss, and a vertical piece that is erected downward from the end of the horizontal piece 112. They are stuck together. The lower truss angle 119 is substantially L-shaped, has a flat bottom surface, and has a horizontal piece 118 extending outward from the truss, and a vertical piece 11 standing upward from the horizontal piece 118.
It is composed of 7.

The handrail support 12 is a handrail 13.
It is a member for supporting the protection plate 14 installed inside the escalator and is also installed vertically above the truss on both sides of the step and riser at appropriate intervals. For more details, handrail support 1
2 is fixed to the base 127 by welding or the like, and the base 127 is fixed to the horizontal piece 112 of the upper truss angle 111 by welding or using bolts and nuts, etc.
Is fixed to the truss 11. The handrail strut 12 has an L-shaped cross section composed of an inner piece 121 stretched in the escalator advancing direction and an outer piece 122 stretched substantially outward from the inner piece 121 in the outward direction of the escalator.
The handrail support column 12 is formed to have an appropriate height corresponding to the desired installation height. Holes 129 for bolt insertion are provided on the upper and lower parts of the outer piece 122 of the handrail support 12, respectively.
129 ... is punched.

An installation plate 128 may be inserted and installed between the stand 127 and the horizontal piece 112. The installation plate 128 is made of an iron plate, a stainless plate, or another plate member, and is bent to form a box shape, a U-shaped cross section, or the like. Installation plate 128 is horizontal piece 1
12 is welded, a stand 127 is installed on the upper surface thereof, a nut is installed in a gap between the upper surface of the installation plate 128 and the horizontal piece 112, and is fixed with a bolt to facilitate installation of the handrail support 13. The handrail 13 is a belt-shaped railing 131 made of an elastic member that moves together with the step and the riser.
Is a member for installing, and is extended in the traveling direction of the escalator or the like in a rail shape.

The side plate 2 is installed on both side surfaces of the truss 11 and the handrail support 12, and the surface not facing the truss 11 is the outside of the escalator or the like, that is, the portion which is in contact with the human eye (hereinafter referred to as the outer surface of the side plate 2). On the other hand, on the upper part of the surface facing the truss 11 (hereinafter referred to as the inner surface of the side plate 2), the upper mounting means 3 for connecting and fixing the handrail support 12 and the side plate 2
Further, the attachment assisting means 5 is attached to the lower portion of the truss 11, more specifically, the lower attaching means 4 for connecting and fixing the lower truss angle 119 and the side plate 2.

The side plate 2 is made of an iron plate, a stainless plate, or another plate, and the plate is bent to form an engaging piece 21 at one end and an engaging piece 22 at the other end. In addition, a mounting piece 23 is formed at the bottom end. A reinforcing plate 29 is installed near the side end of the side plate 2 where the engaging piece 22 is formed, and a reinforcing plate 28 is installed on the upper part.

The engaging piece 21 is a portion for engaging with the adjacent side plate 2, is formed from the upper end to the lower end of the side plate 2, and is planted from the inner surface of the side plate 2 at right angles to the side plate 2. The upright strips 211 and the parallel strips 212 erected from the tip of the upright strips 211 at right angles to the upright strips 211, that is, parallel to the side plate 2 in the opposite direction to the side plate 2. The engaging piece 22 is a portion for engaging with the adjacent side surface plate 2, is formed from the upper end to the lower end of the side surface plate 2, and is vertically formed from the inner surface of the side surface plate 2 at right angles to the side surface plate 2. There is.

The reinforcing plate 29 reinforces the thin side plate 2 to increase its strength, and also serves as a member for engaging the adjacent side plates 2 and 2. Further, the reinforcing plate 29 is also a member for fixing the side plate 2 to the handrail support 12 and the truss 11. The reinforcing plate 29 is formed by bending a flat plate made of a plate body such as an iron plate, a stainless plate or the like, and
90 and the base plate 290 are planted from both ends of the base plate 290 at right angles to the base plate 290, and extend from the base plates 292 and 292 in the direction opposite to the base plate 290 at right angles to the base plate 292. It is composed of bent pieces 291 and 293.

The bent piece 291 is used to engage the adjacent side plate 2, and the bent piece 293 is used to fix the side plate 2 to the truss 11 and the handrail support 13. The bent piece 293 is formed with a suitable number of elongated holes 294, 294, ... The elongated holes 294, 294, ... Are one embodiment of the vertical position adjusting mechanism, and the fixing position of the side plate 2 to the upper mounting means 3 and / or the lower mounting means 4 can be adjusted vertically.

In the reinforcing plate 29, the bent piece 291 is directed toward the engaging piece 22 and the substrate 290 is fixed to the inner surface of the side surface plate 2 by welding or the like, and is provided in the vicinity of the side end portion of the inner surface of the side surface plate 2 where the engaging piece 22 is formed. In parallel with the side edge of the side plate 2, the side plate 2 is fixedly installed from the upper part to the lower part. It is desirable to install the reinforcing plate 29 so that the tip end of the bent piece 291 projects from the engaging piece 22 toward the side plate 2 adjacent thereto when fixing. It should be noted that this welding is performed in advance at the side plate 2 molding factory or the like, rather than at the site where the exterior body 1 is attached.

The reinforcing plate 28 is a member that reinforces the thin side plate 2 and increases its strength, and also a member that is directly pressed by the attachment assisting means 5. The reinforcing plate 28 is an iron plate,
A substrate 280 and planting pieces 282 and 282 which are formed by bending a flat plate made of a stainless steel plate or the like and are set up at right angles to the substrate 280 from both ends of the substrate 280, and the planting piece 28.
2, 282 in the direction opposite to the substrate 280.
And bent pieces 281 and 281 which are stretched at a right angle. The reinforcing plate 28 fixes the substrate 280 to the inner surface of the side surface plate 2 by welding or the like, and extends parallel to the upper end of the side surface plate 2 from one end of the side surface plate 2 to the other end near the upper portion of the inner surface of the side surface plate 2. Fixed installation. It should be noted that this welding is performed in advance at the side plate 2 molding factory or the like, rather than at the site where the exterior body 1 is attached. Although the reinforcing plate 28 is preferably installed on the side plate 2, it may not be installed. When the reinforcing plate 28 is not installed, the attachment assisting means 5 may directly press the side plate 2 or press the reinforcing plate 29.

Orthogonal piece 21 formed at the side edge of side plate 2.
1, the parallel piece 212 and the engaging piece 22 are formed by bending the side plate 2, and therefore have the same thickness as the side plate 2. On the other hand, the reinforcing plates 29 and 28 are formed to have an appropriate thickness,
In this embodiment, a plate having the same thickness as the side plate 2 is used. In these parts, when the adjacent side plates 2 and 2 are installed, the parallel piece 212 of one side plate 2 is inserted between the engaging piece 22 and the bending piece 291 of the other side plate 2, and The orthogonal piece 211 of the one side plate 2 and the engaging piece 22 of the other side plate 2, and the bent piece 291 of the parallel piece 212 and the reinforcing plate 29.
Will be dressed. Therefore, the orthogonal piece 211 is formed to have a height obtained by adding the thickness of the parallel piece 212 to the height of the engaging piece 22, and the planting piece 292 is formed to have the same height as the orthogonal piece 211. Bent piece 2
It is recommended that 91 be formed to have a length equal to or greater than the length between the end of the substrate 290 and the end of the side plate 2. By forming in this way, the parallel piece 212 of the one side plate 2 is inserted and sandwiched between the engaging piece 22 of the other side plate 2 and the bent piece 291 of the reinforcing plate 29. When the orthogonal piece 211 and the engaging piece 22 of the other side surface plate 2 are brought into contact with each other, it is recommended that the parallel piece 212 be formed to have a length such that the tip end of the parallel piece 212 contacts the planting piece 291.

The mounting piece 23 is a portion for mounting the bottom plate 6, and includes a bottom portion 231 extending from the inner surface of the side plate 2 at the lower end portion of the side plate 2 at a right angle to the side plate 2 and an end portion of the bottom part 231. It is composed of a bottom portion 231 and an edge portion 232 that stands upright at a right angle. The edge portion 232 does not necessarily have to be formed, and the bottom plate 6 may be placed on the bottom portion 231.

The upper mounting means 3 is a means for adjusting the installation position of the side plate 2 and for fixing and mounting the side plate 2 to the handrail support 12, and includes a first connecting member 30, a side plate fixing member 33 and a fixing tool. It is configured. First connecting member 3
Reference numeral 0 is composed of a first frame fixing member 31, a first frame 32 and a fixture. The connecting member 30 is fixed to the handrail support 12 by a fixing tool, and the side plate fixing member 3
3 is fixed to the connecting member 30 by a fixing tool, and the side plate 2 is fixed by a fixing tool. Specifically, the first frame fixing member 31 is a fixture for the handrail support column 1
2, the first frame 32 is fixed to the first frame fixing member 31 by a fixing tool, the side plate fixing member 33 is fixed to the first frame 32 by a fixing tool, and the side plate 2 is fixed by a fixing tool. is doing. As a specific example of the fixture, bolts 910, 911, 912, 913 and nuts 920, 921, 922, 923 can be used, and other suitable clip nuts, washers, spring washers, or other screws can be used. Etc. may be used.

The first connecting means 30 is the handrail support column 12.
It is a member for fixing the side plate fixing member 33, and by extension, the side plate 2, and is composed of a first frame fixing member 31, a first frame 32 and a fixture.

The first frame fixing member 31 is a member for connecting and fixing the first frame 32 to the handrail support 12, and is formed by bending an L-shaped iron plate, a stainless plate, or another plate body to form the bottom piece 311 and the bottom piece 311 side. A bracket having side pieces 312 vertically rising from a part of the end is used.
A long hole 314 for inserting a bolt, which is long in a direction orthogonal to the longitudinal direction of the truss 11, is formed in the bottom piece 311, and the side piece 312 is formed.
There are holes 31 for inserting bolts at appropriate intervals in the vertical direction.
5, 315 are formed. The elongated hole 314 makes it possible to adjust the fixed position of the first frame 32 in a direction orthogonal to the longitudinal direction of the truss 11. That is, the elongated hole 314 serves as a mechanism capable of adjusting the position of the first frame 32 of the first frame fixing member 31 in the direction orthogonal to the longitudinal direction of the truss 11. Although the long hole 314 is formed as a long hole, the bottom piece 3
The hole formed in 11 is not necessarily a long hole, but a bolt 911.
May be formed into a circular hole through which the hole can be inserted, and only one hole 315 may be formed in the side piece 312.

In the first frame fixing member 31, the side surface of the side piece 312 where the bottom piece 311 does not project is the handrail support column 1.
The bolts 910 and 910 are inserted into the holes 129 and 129 formed in the outer piece 122 of the handrail strut 12 and the holes 315 and 315 of the side pieces 312, and fixed with the nuts 920 and 920. Set up. The first frame fixing member 31 and the handrail support 12 are fixed by the side piece 312 other than the above method.
It may be welded to 22 or the like. Of course, it is recommended that this welding work is performed not at the installation site of the exterior body 1 but at a factory or the like where the handrail support columns 12 are formed in advance.

The first frame 32 is a member for connecting and fixing the first frame fixing member 31 and the side plate fixing member 33,
It is formed by bending a plate such as an iron plate, a stainless plate, or the like. The first frame 32 includes a horizontal piece 321 and a horizontal piece 321.
It is composed of a hanging piece 322 standing vertically downward from one side end. The length of the first frame 32 may be formed to be at least the length between two adjacent handrail support columns 12, 12. The first frame 32 extends in the longitudinal direction of the truss 11, but it is recommended to install the first frame 32 orthogonal to the handrail support column 12 and parallel to the truss 11. The horizontal piece 321 has long holes 324, 32 long in the longitudinal direction of the truss 11.
4 ... are perforated appropriately so that the installation positions of the first frame 32 and the side plate fixing member 33 can be adjusted. That is, the elongated hole 324 is formed in the first frame 32 of the first frame 32.
Also, the side plate fixing member 33 becomes a mechanism whose position can be adjusted in the longitudinal direction of the truss 11.

In the first frame 32, the horizontal piece 321 is placed on the upper surface of the bottom piece 311 of the first frame fixing member 31 so that the hanging piece 322 is extended downward, and the bolt 911 is provided in the long hole 3.
24 and the long hole 314, and fixed with a nut 921 for installation.

The first connecting member 30 has a first frame 32.
The side plate fixing member 33 may be directly fixed to the first frame fixing member 31 using bolts and nuts or the like. In this case, it is preferable that the long holes 314 formed in the first frame fixing member 31 be orthogonal to the long holes 334 formed in the base piece 331 of the side plate fixing member 33. By forming in this way, the installation position of the side plate fixing member 33 can be adjusted in the horizontal direction with respect to the truss 11.

Further, the first connecting member 30 does not consist of two members, that is, the first frame fixing member 31 and the first frame 32, but the first frame 32 is formed with a connecting mechanism with the handrail support 12. The first connecting member 30 may be configured with the above member. Specifically, the first frame 3
2 is formed to have the same length as the length between the handrail support columns 12 and 12, and a plate body is erected on both end portions of the horizontal piece 321 opposed to each other so as to face the outer piece 122 of the handrail support column 12, and a bolt is attached to the plate body. A hole for insertion may be formed, a bolt may be inserted into the hole and a hole 129 for inserting a bolt formed in the outer piece 122, and the nut may be fastened.

In the case of a structure in which the outer piece 122 of the handrail strut 12 projects from the inner piece 121 toward the inside of the truss 11 and has a positional relationship parallel to the side plate 2 on which the inner piece 121 is installed, the first frame is used. In 32, the plate body is planted on the horizontal piece 321 at a substantially right angle at the side end of the horizontal piece 321 and at the position facing the side end on which the hanging piece 322 is formed. The plate is a horizontal piece 321.
May be planted downwards or from above. Then, a hole for inserting a bolt is formed in the plate body, a hole for inserting a bolt is also formed in the inner piece 121, the bolt is inserted into both holes, and the nut is fastened.

The side plate fixing member 33 is a member for connecting and fixing the first frame 32 and the side plate 2, and is formed by bending a plate body such as an iron plate, a stainless plate or the like. The side plate fixing member 33 is composed of a base piece 331 and an upright piece 332 vertically erected from one end of the base piece 331. Base 33
1, a long hole 334 that is long in the direction orthogonal to the standing piece 332 is bored, and the standing piece 332 is formed with a bolt hole 335 for inserting a bolt. The side plate fixing member 3 is formed by the elongated hole 334.
The fixed position of 3 is adjustable in the horizontal direction orthogonal to the longitudinal direction of the truss 11. That is, that is, the elongated hole 334 is the first frame 3 of the side plate fixing member 33.
The position of the side plate fixing member 2 and the side plate fixing member 33 can be adjusted in the longitudinal direction of the truss 11. It is recommended that two or more bolt holes 335 be drilled in the vertical direction instead of one in order to increase the fixing strength of the side plate 2.

The side plate fixing member 33 attaches the standing piece 323 to the bent piece 293 having the elongated hole 294 of the reinforcing plate 29, and the bolt holes 335 and 335 formed in the side plate fixing member 33 and the bolt 913 in the elongated hole 294. , 913 and nut 92
The side plate 2 and the side plate fixing member 33 are fastened and fixed at 3,923. Further, the lower surface of the base piece 331 is attached to the upper surface of the horizontal piece 321 of the first frame 32, the bolt 912 is inserted into the long hole 334 and the long hole 324, and the nut 922 is used for fastening and fixing. It is recommended to use a clip nut as the nut 923.

Incidentally, the bolt holes 335 of the side plate fixing member 33.
May be a long hole that is long in the vertical direction with respect to the truss 11, and the hole formed in the bent piece 293 of the reinforcing plate 29 may be a circular hole into which a bolt can be inserted, instead of the long hole described above.

Further, which of the long hole 324 of the first frame 32 and the long hole 334 formed in the base piece 331 of the side plate fixing member 33 is in the longitudinal direction of the first frame 32 as long as the directions are orthogonal to each other. On the other hand, a long hole that is long in the vertical direction or the parallel direction may be used. That is, the long hole 334 of the side plate fixing member 33.
The elongated hole 324 of the first frame 32 is not the shape described above, and the elongated hole 324 of the first frame 32 is
2 The long hole may be long in the direction perpendicular to the longitudinal direction, and the long hole 334 of the side plate fixing member 33 may be the long hole parallel to the long direction of the first frame 32. In this case, it is desirable that the long hole 314 formed in the first frame fixing member 31 be a long hole parallel to the longitudinal direction of the frame 32.

The upper mounting means 3 is such that the side plate fixing member 33 fixed to the side plate 2 can be installed and adjusted in the lateral direction orthogonal to the longitudinal direction of the truss 11 and in the longitudinal direction of the truss 11, and It goes without saying that if the side plate fixing member 33 can be fixed in position in the vertical direction with respect to the truss 11, a configuration other than the above can be appropriately adopted.

The upper mounting means 3 is a side plate fixing member 33.
It is also possible to use only the first connecting member 30 including the first frame fixing member 31 and the first frame 32 without using. That is, the first frame 32 is fixed to the first frame fixing member 31 so that the installation position can be adjusted in the horizontal direction with respect to the truss 11 as described above, and the side plate 2 is fixed to the first frame 32. In this case, the hanging piece 3 of the first frame 32
22 may be formed by appropriately forming a plurality of long holes in the longitudinal direction of the truss 11, and inserting the bolts into the long holes and the long holes 294 of the reinforcing plate 29 and fastening them with nuts to fix the side plate 2.

The attachment assisting means 5 is means for adjusting the installation position of the side surface plate 2 and pressing the side surface plate 2 against the outer deck 15, more specifically, the upright piece 151. Mounting aid 5
Is composed of a second connecting member 50, a side plate pressing member 53 and a fixture. The second connecting member 50 includes a second frame fixing member 51, a second frame 52 and a fixing tool. The mounting assisting means 5 is installed on the handrail support 12 above the upper mounting means 3, and in particular, the handrail support 1
2 It is recommended to install near the upper end, that is, near the upper end of the side plate 2 to be installed. The outer deck 15 is extended from the upper part of the handrail support 12 to the outside of the escalator, and the outer end of the outer deck 15 is bent downward to form a standing piece 151.

The second connecting member 50 is fixed to the handrail strut 12 by a fixing means, the side plate pressing member 53 is fixed to the second connecting member 50 by a fixing tool, and the side plate 2 is a standing piece of the outer deck 15. It is pressed and fixed to the inner surface of 151. Specifically, the second frame fixing member 51 is fixed to the handrail support column 12 by a fixing tool, the second frame 52 is fixed to the second frame fixing member 51 by a fixing tool, and the side plate pressing member 53 is a second fixing member by the fixing tool. While being fixed to the frame 52, the side plate 2 is pressed and fixed to the inner surface of the upright piece 151. A bolt 9 is a specific example of the fixture.
14,915,916 and nuts 924,925,92
6 can be used, and a clip nut, a washer, a spring washer, or the like may be appropriately added, or another screw or the like may be used.

The second connecting means 50 is the handrail support column 12.
It is a member for fixing the side surface plate pressing member 53 to, and includes a second frame fixing member 51, a second frame 52, and a fixture. The second frame fixing member 51 is a member for connecting and fixing the second frame 52 to the handrail support 12, and the second frame 52 is the second frame fixing member 51.
It is a member for connecting and fixing the side plate pressing member 53.

Here, the second connecting means 5 of the attachment assisting means 5
0, the second frame fixing member 51, the second frame 52 and the fixing tool have the same configurations as the first connecting means 30, the first frame fixing member 31, the first frame 32 and the fixing tool of the upper attaching means 3, respectively. ing. Therefore, the attachment assisting means 5
The description of the configurations of the second connecting means 50, the second frame fixing member 51, the second frame 52, and the fixing tool is given in the first connecting means 30 and the first frame fixing member 3 of the above-mentioned upper attaching means 3.
1, the description of the first frame 32 and the fixture will be omitted here instead.

The side surface plate pressing member 53 is a member for pressing the side surface plate 2 against the outer deck 15, and is formed by bending a plate body such as an iron plate, a stainless steel plate or the like. The side plate pressing member 53 is composed of a base piece 531 and an upright piece 532 vertically erected from one end of the base piece 531. Base piece 531
A long hole 534, which is long in the direction orthogonal to the standing piece 532, is bored in this. The elongated hole 534 allows the fixed position of the side plate pressing member 53 to be adjustable in the horizontal direction orthogonal to the longitudinal direction of the truss 11. Side plate pressing member 53
Mounts the base piece 531 on the upper surface of the horizontal piece 531 of the second frame 52, inserts bolts 916 into the long holes 534 and the long holes 524, and fastens and fixes them using the nuts 926. Second frame 52
By the elongated hole 524 of the horizontal piece 531 of the side plate pressing member 53
The fixed position of is adjustable in the longitudinal direction of the truss 11.

The attachment assisting means 5 may be installed at a position where the standing piece 532 of the side surface plate pressing member 53 is directly in contact with the side surface plate 2, but the reinforcing plate 2 installed laterally above the side surface plate 2.
It is recommended to install it at a position where it comes into contact with the bent piece 281 of No. 8.

Further, the attachment assisting means 5 is a side plate pressing member 53.
It is also possible to use only the second connecting member 50 composed of the second frame fixing member 51 and the second frame 52 without using. In this case, the hanging piece 522 of the second frame 52
Is attached to the side plate 2 and pressed against the outer deck 15.
In this case, the hanging piece 522 of the second frame 51 is the reinforcing plate 2.
It is desirable to install the attachment assisting means 5 at a position where it can be attached to the bent piece 281 of No. 8.

The attachment assisting means 5 does not have the second connecting means 50 installed, and the first connecting member 30 of the upper attaching means 3 is not installed.
It can also be realized by installing the side surface plate pressing member 53 on. In this case, it is desirable to install the first connecting member 30 from the upper end of the side plate 2 as much as possible, particularly at a position where the standing piece 532 can be attached to the bent piece 281 of the reinforcing plate 28. As a matter of course, the attachment assisting means 5 may adopt another configuration as long as the side plate 2 can be pressed and fixed to the upright piece 151 of the outer deck 15.

Further, the side plate fixing member 33 may be made to have the same function as the side plate pressing member 53 without installing the mounting assisting means 5. That is, the side plate fixing member 33 can be used as a member for connecting and fixing the first frame 32 and the side plate 2 and pressing the side plate 2 against the outer deck 15. In this case, the side plate fixing member 33,
That is, it is desirable to install the upper attachment means 3 closer to the upper end of the side plate 2 as much as possible.

The lower mounting means 4 is means for adjusting the installation position of the side plate 2 and for fixing the side plate 2 to the lower part of the truss 11, specifically, the lower truss angle 119,
It is composed of a connecting member 40, a lower fixing member 43, and a fixture. The connecting member 40 includes a first series connecting member 41, a second connecting member 42, and a fixture. Connecting member 40
Is a lower truss angle 119 depending on a fixing agent or a fixing tool.
The lower fixing member 43 is fixed to the connecting member 40 by a fixing tool, and the side plate 2 is fixed by a fixing tool. In detail, the first connecting member 41 is fixed to the lower truss angle 119 by a fixing agent or a fixing tool, and the second connecting member 42 is fixed to the lower truss angle 119 by a fixing agent or a fixing tool and is fixed by the fixing tool. The lower fixing member 43 is fixed to the connecting member 40, the lower fixing member 43 is fixed to the first series connecting member 41 by a fixing tool, and the side plate 2 is fixed by a fixing tool. As a specific example of the fixing agent, various adhesives such as hard lock are used, and as a specific example of the fixing tool, bolts 917 and 918 and nuts 927 and 92 are used.
8 can be used, and other suitable clip nuts, washers,
A spring washer or the like may be added, or another screw or the like may be used.

The connecting means 40 is a lower truss angle 119.
Is a member for fixing the lower fixing member 43, and by extension, the side surface plate 2, and includes a first series contact member 41, a second connecting member 42, and a fixture.

The first connecting member 41 is the lower truss angle 1
19 is a member for connecting and fixing the lower fixing member 43 to each other, and a bottom plate 411 and a bottom surface 412 vertically bent from a side end part of the bottom plate 411 by bending a plate body such as an iron plate, a stainless plate or the like and a bottom surface. 412 A bracket having an upper surface 413 extending from the upper end in the same direction as the bottom surface 411 and an upper side surface 414 vertically rising from a side portion opposite to a side portion on which a lower side surface 412 of the upper surface 413 is formed is used. The bottom surface 411 has a long hole 41 that is long in a direction orthogonal to the longitudinal direction of the truss 11.
5 are formed, and a long hole 4 that is long in the vertical direction is formed on the lower side surface 412.
16 are formed. The length from the side edge where the upper side surface 414 of the upper surface 413 is planted to the side edge where the lower side surface 412 is planted is opposite from the side edge where the upper side surface 414 of the lower truss angle 119 is planted. It is formed to be longer than the length to the side end. The elongated hole 415 allows the lower fixing member 43 to adjust its fixed position in a direction orthogonal to the longitudinal direction of the truss 11. That is, the elongated hole 415 serves as a mechanism capable of adjusting the fixing position of the lower fixing member 43. Further, the long hole 416 facilitates fixing to the second connecting member 42.

The second connecting member 42 is a member for reinforcing the fixation of the first series connecting member 41 to the lower truss angle 119, and is made by bending an iron plate, a stainless plate or another plate body to form the upper piece 421 and the upper piece 421. Use a bracket with side pieces 422 that stand vertically from the side ends of the. Side piece 422
A bolt hole 423 for connecting with the first series contact member 41 is drilled.

In the connecting member 40, the upper surface 414 of the first connecting member 41 is adhered to the outer surface of the truss 11 of the vertical piece 117 of the lower truss angle 119, and the lower surface of the upper surface 413 is adhered to the upper surface of the horizontal piece 118. The side piece 422 of 42 is attached to the lower side surface 412 of the first contact member 41, and the upper surface of the upper piece 421 is bonded to the lower surface of the horizontal piece 118 of the lower truss angle 119. Further, the bolt 930 is inserted into the hole 416 of the first connecting member 41 and the hole 423 of the second connecting member 42, and the nut 940 is inserted.
Conclude with. The first connecting member 41 and the second connecting member 42
In addition to the above method, the above may be fixed to the lower truss angle 119 by welding. Of course, it is recommended that this welding work is performed not at the installation site of the outer casing 1 but at a factory or the like where the lower truss angle 119 is formed in advance.

Although it is desirable to install the second connecting member 42 as the connecting member 40, the connecting member 40 may be composed of only the first connecting member 41 and not the second connecting member 42. Further, the first series contact member 41 may have a U-shaped vertical cross section without forming the upper side surface 414. In this case, it is desirable to install the second connection member 42, but it is not always necessary.

The lower fixing member 43 is a member for connecting and fixing the side plate 2 to the connecting member 40. The lower plate 43 is formed by bending a plate such as an iron plate, a stainless plate or the like, and lowering it from the lateral surface 431 and the side end portion of the lateral surface 431. A bracket having a vertical surface 432 that is vertically planted is used. The horizontal surface 431 is formed with a mechanism for adjusting the installation position of the lower fixing member 43 in the longitudinal direction of the truss 11, and the vertical surface 432 is formed with a mechanism for adjusting the installation position of the side plate 2 in the longitudinal direction of the truss 11. . That is, the lateral surface 43
1 and the longitudinal surface 432 respectively have long holes 4 which are long in the longitudinal direction of the truss.
An appropriate number of 33, 433, 434, 434 ... Is formed.

In the lower fixing member 43, the upper surface of the lateral surface 431 is attached to the lower surface of the bottom surface 411 of the first contact member 41, and the long hole 43 is formed.
5 and the slot 415, insert the bolt 917 into the nut 927.
Use to fasten and fix. The vertical surface 432 is attached to the bent pieces 291 and 293 of the reinforcing plate 29, and the bolt 918 is inserted into the long hole 434 formed in the vertical surface 432 of the lower fixing member 43 and the long hole 294 formed in the bent piece 293. The side plate 2 and the lower fixing member 43 are fastened and fixed at 928. Note that it is recommended to use a clip nut as the nut 928.

If the hole formed on the lateral surface of the lower fixing member 43 is a long hole which is long in the longitudinal direction of the truss 11, the vertical piece 432 is formed.
The hole formed in 2 is not necessarily a long hole, but may be a circular hole into which a bolt can be inserted.

If the elongated hole 434 of the lower fixing member 43 and the elongated hole 294 formed in the reinforcing plate 29 are in directions orthogonal to each other, which is longer in the direction perpendicular to or parallel to the longitudinal direction of the truss 11. It may be a long hole. That is, the long hole 434 of the lower fixing member 43 and the long hole 294 formed in the reinforcing plate 29.
Is not the shape described above, but the long hole 43 of the lower fixing member 43.
4 may be a long hole that is long in the direction perpendicular to the longitudinal direction of the truss 11, and the long hole 294 of the reinforcing plate 29 may be a long hole that is long in the direction parallel to the longitudinal direction of the truss 11. In this case, it is desirable that the elongated hole 433 formed on the lateral surface 431 of the lower fixing member 43 be an elongated hole parallel to the longitudinal direction of the lower fixing member 43.

The elongated hole 415 may be formed in the direction orthogonal to the longitudinal direction of the truss 11 or in the longitudinal direction of the truss 11 as long as it is orthogonal to the elongated hole 433 formed in the lower fixing member 43. That is, the elongated hole 433 formed in the lower fixing member 43 is the truss 1
When the elongated hole 415 is formed long in the direction orthogonal to the longitudinal direction, the elongated hole 415 is formed long in the longitudinal direction of the truss 11.
Further, the hole formed in the lower side surface 412 does not necessarily have to be an elongated hole, and in this case, the hole formed in the second connecting member 42 may be an elongated hole elongated in the vertical direction.

The bottom plate 6 is installed under the bottom of the truss,
The surface that does not face the truss is the outside of the escalator, that is,
It becomes a part that is visible to the human eye (hereinafter referred to as the outer surface of the bottom plate 6).
On the other hand, a reinforcing plate 69 is installed on the surface facing the truss (hereinafter referred to as the inner surface of the bottom plate 6). The bottom plate 6 is made of an iron plate, a stainless plate, or another plate body, and the plate body is bent to form an engagement piece 61 at one end contacting another adjacent bottom plate 6, and at the other end opposite to the engagement piece 61. Has an engaging piece 62. Further, a reinforcing plate 69 is installed in the vicinity of the side end portion where the engagement piece 62 is formed, across the opposite side end portions where the engagement pieces 61 and 62 are not formed.

The engaging piece 61 is a portion for engaging with the adjacent bottom plate 6, is formed over both ends of the bottom plate 6 that come into contact with the side plates 2 and 2, and is perpendicular to the bottom plate 6. Consists of an upright piece 611 vertically erected from the inner surface of the bottom plate 6 and a parallel piece 612 vertically upright from the tip of the upright piece 611, that is, parallel to the bottom plate 6 in the opposite direction to the bottom plate 6. Has been done. The engagement piece 62 is a portion for engaging with the adjacent bottom plate 6, is formed across both ends of the bottom plate 6 that come into contact with the side plates 2 and 2, and is perpendicular to the bottom plate 6. It is planted on the inner surface.

The reinforcing plate 69 reinforces the thin plate-shaped bottom plate 6 to increase its strength, and also serves as a member for engaging the adjacent bottom plates 6 and 6. The reinforcing plate 69 is formed by bending a flat plate made of an iron plate, a stainless plate, or another plate, and the substrate 690 and the substrate 690 from both ends of the substrate 690.
A planting piece 692 that is planted on the inner surface of the bottom plate 6 at a right angle to, and bent pieces 691 and 693 that are stretched from the planting pieces 692 and 692 in a direction opposite to the substrate 690 at a right angle to the planting piece 692.
It consists of and. The bent piece 691 is an adjacent bottom plate 6
The bent piece 693 is used to fix the bottom plate 6 to the truss 11, and is used for engaging with the truss 11. The bending plate 693 is provided with a number of long holes 699, 699 ... Which are long in the longitudinal direction of the reinforcing plate 69 at appropriate intervals.

The reinforcing plate 69 directs the bent piece 691 toward the engaging piece 22 and fixes the substrate 690 to the inner surface of the bottom plate 6 by welding or the like, and near the side end portion of the inner surface of the bottom plate 6 where the engaging piece 62 is formed. The bottom plate 6 is fixedly installed across both ends of the bottom plate 6 that come into contact with the side plates 2 and 2. It is desirable to install the reinforcing plate 69 such that the tip end of the bent piece 691 projects from the engaging piece 62 toward the adjacent bottom plate 6 when fixing. It should be noted that this welding is carried out in advance at the plant for forming the bottom plate 6 or the like, not at the installation site of the exterior body 1. The reinforcing plate 69 is preferably installed on the bottom plate 6, but may not be installed. When the reinforcing plate 69 is not installed, the bottom plate fixing member 7 described later
2 is adhered and fixed to the bottom plate 6, or the bottom plate fixing member 72
The bottom plate 6 may be fixed by pressing the bottom plate 6 against the mounting pieces 23, 23 of the side plates 2, 2.

Orthogonal piece 61 formed on the side edge of bottom plate 6.
The thicknesses of the first parallel piece 612 and the engaging piece 62 are the same as the bottom plate 6 because they are formed by bending the bottom plate 6. On the other hand, the reinforcing plate 69 is formed to have an appropriate thickness, but in this embodiment, a plate having the same thickness as the bottom plate 6 is used. In these parts, when the adjacent bottom plates 6 and 6 are installed, the parallel piece 612 of one bottom plate 6 is inserted between the engaging piece 62 and the bent piece 691 of the other bottom plate 6, and Orthogonal piece 611 of one bottom plate 6 and engaging piece 6 of the other bottom plate 6
2, and the parallel piece 612 and the bent piece 691 of the reinforcing plate 69 are attached. Therefore, the orthogonal piece 611 is formed at a height obtained by adding the thickness of the parallel piece 612 to the height of the engaging piece 62, and the planting piece 69 is formed.
2 is formed at the same height as the orthogonal piece 611. Bent piece 691
Is recommended to be formed to be longer than the length between the edge of the substrate 690 and the edge of the bottom plate 6. By forming in this way, the parallel piece 612 of the one bottom plate 6 is inserted and sandwiched between the engaging piece 62 of the other bottom plate 6 and the bent piece 691 of the reinforcing plate 69. When the orthogonal piece 611 and the engaging piece 62 of the other bottom plate 6 are brought into contact with each other, it is recommended that the parallel piece 612 is formed to have a length such that the tip end portion of the parallel piece 612 abuts the planting piece 691.

The bottom plate attaching means 7 is a means for adjusting the installation position of the bottom plate 6 and fixing the bottom plate 6, and is composed of a suspension beam 71, a bottom plate fixing member 72 and a fixture. As a concrete example of the fixture, bolts 919, 9
31 and 932 and nuts 929, 941 and 942 can be used, and clip nuts, washers, spring washers, and the like may be appropriately added, or other screws and the like may be used. The suspension beam 71 is installed across the lower fixing portions 43, 43 facing each other, and the bottom plate fixing member 72 is fixed to the suspension beam 71 and also fixes the bottom plate 6. A long hole 433 formed in the lower fixing portion 43 makes it possible to adjust the fixing position of the suspension beam 71 to the lower fixing member 43 in the truss longitudinal direction.

The suspended beam 71 is formed by bending a flat plate made of a plate such as an iron plate, a stainless plate, or the like to form an upper surface 711 and the upper surface 711.
The side surface 7 vertically planted on the upper surface 711 from the side end of the
It consists of 12. The suspension beam 71 is formed to have a length equivalent to the distance between the lower fixing members 43, 43 facing each other. And
Long holes 713, 713, 714, 7 long in the direction orthogonal to the longitudinal direction of the truss 11 are formed on the upper surface 711 and the side surface 712, respectively.
14 ... are perforated with an appropriate number of intervals.

The bottom plate fixing member 72 includes an upper piece 722 and a lower piece 7.
The upper piece 722 and the lower piece 721 are bent at a right angle, and the upper piece 722 and the lower piece 721 are formed with bolt insertion holes 724 and 725, respectively. It is recommended that the bolt insertion hole 724 be an elongated hole orthogonal to the elongated hole 714 of the suspension beam 71, and the bolt insertion hole 725 be an elongated hole orthogonal to the longitudinal direction of the reinforcing plate 69. The bottom plate fixing member 72 is installed on the suspension beam 71 in a vertical direction with respect to the truss 11 so that the fixing position can be adjusted by the elongated bolt insertion hole 724.

The suspension beam 71 has the upper surfaces of both ends of the upper surface 711 attached to the lower surfaces of the lateral surfaces 431 and 431 of the lower fixing portions 43 and 43, and the elongated hole 713 of the upper surface 711 is aligned with the elongated hole 433 of the lower fixing member 43. , Insert bolt 919 and nut 92
It is fastened and fixed at 9 and fixed to the lower fixing members 43, 43. The bottom plate fixing member 72 attaches the upper piece 722 to the side surface 712 of the suspension beam 71, and the elongated hole 714 and the bolt insertion hole 724.
The bolt 931 is inserted into and fastened with the nut 941 and fixed, and the lower piece 721 is attached to the bent piece 693 in which the elongated hole 699 of the reinforcing plate 69 is formed, and the bolt 932 is attached to the elongated hole 699 and the bolt insertion hole 725. The bottom plate 6 is fixed by inserting it and fastening it with nuts 942. The lower piece 721 is the reinforcing plate 6.
9, that is, when the bottom plate 6 is pressed downward and fixed, the bolt insertion hole 725 and the elongated hole 699 of the reinforcing plate 69 may not be formed.

Both ends of the bottom plate 6 are supported by the side plates 2 and 2, and the adjacent bottom plates 5 and 5 and the engaging pieces 6 are also supported.
1, the bottom plate attaching means 7 is not always necessary because they are engaged with each other by the engaging piece 22, the reinforcing plate 69, and may not be installed.

Next, attachment of the outer package 1 will be described. First, holes 129, 129, ... For inserting bolts are formed in the upper part and the lower part of the outer piece 122 of the handrail support column 13, respectively. Then, the first frame fixing member 31 is fixed to the handrail support column 13. The fixing is the bottom piece 311 of the side piece 312.
The outer side of the handrail support 12 with the side that is not overhanging
The holes 129, 129 that are attached to No. 22 and are drilled in the lower part of the outer piece 122 of the handrail support column 12 and the hole 31 of the side piece 312.
Insert bolts 910, 910 into
It is performed by fastening at 20,920. Then, the first frame 32 is attached to the first frame fixing member 31. The horizontal piece 321 is attached to the bottom piece 311 of the first frame fixing member 31.
The hanging piece 322 is placed on the upper surface of the so as to extend downward, the bolt 911 is inserted into the long hole 324 and the long hole 314, and the nut 921 is fixed.

Further, the attachment assisting means 5 is attached. For fixing the second frame fixing member 51, the handrail support 13
Fixed to. Specifically, the side piece 512 of the side piece 512 on which the bottom piece 511 does not project is the outer piece 12 of the handrail support 12.
2, holes 129, 129 drilled in the upper part of the outer piece 122 of the handrail support 12 and the hole 51 of the side piece 512.
Insert bolts 914 and 914 into
Fasten at 24 and 924. Then, the second frame 52 is attached to the second frame fixing member 51. The horizontal piece 521 is attached to the bottom piece 511 of the second frame fixing member 51.
The hanging piece 522 is placed so as to extend downward, and the bolt 915 is inserted into the long hole 524 and the long hole 514 and fixed with the nut 925.

Next, the lower fixing means 4 is attached. Specifically, first, the connecting means 40 is connected to the lower truss angle 119.
Install on. The attachment is performed by the upper surface 41 of the first series contact member 41.
4 is the truss 1 of the vertical piece 117 of the lower truss angle 119
The outer side surface of the second connecting member 42 is bonded to the outer side surface of the second connecting member 42 by fixing the lower surface of the upper surface 413 to the upper surface of the horizontal piece 118 with an adhesive.
2 is attached to the lower surface 412 of the first contact member 41, and the hole 41
6 and the hole 423, the bolt 930 is inserted, the nut 940 is fastened and fixed, and the upper surface of the upper piece 421 is adhesively fixed to the lower surface of the horizontal piece 118 of the lower truss angle 119 using an adhesive. Further, the lower fixing member 43 is attached to the lower surface of the bottom surface 411 of the first contact member 41 with the upper surface of the lateral surface 431 attached, and the bolt 917 is inserted into the long holes 435 and 415 to insert the nut 9 into the nut 9.
Install using 27.

Next, the side plate 2 is attached. First, two clip nuts, which are nuts 923 and 923, are installed above the bent piece 293 of the reinforcing plate 29 so as to sandwich the bent piece 293. Then, the upper part of the side plate 2 is attached to the outer deck 15
Located inside. In the case of the second and subsequent attachments, the parallel piece 212 of the side plate 2 is moved by moving it in the direction of the side plate 2 that has already been installed, and the bent piece of the side plate 2 and the reinforcing plate 29 are bent. Insert between the pieces 291.

Next, the side plate fixing member 33 is attached to the side plate 2 and the first frame 32. For the attachment, the standing piece 323 is attached to the bent piece 293 having the elongated hole 294 of the reinforcing plate 29, and the bolt holes 335, 3 formed in the side plate fixing member 33.
35, the bolts 913 and 913 are inserted into the long holes 294, and the nuts 923 and 923 are used to attach the side plate 2, and
The lower surface of the base piece 331 is attached to the upper surface of the horizontal piece 321 of the first frame 32, the bolt 912 is inserted into the long hole 334 and the long hole 324, and the nut 922 is used to attach the bolt 912 to the first frame 32. Incidentally, it is recommended that after fixing the side surface plate fixing member 33 and the side surface plate 2, a hole penetrating the standing piece 332 and the bent piece 293 is bored and the lock pin 95 is inserted into the hole to prevent the positional deviation. .

The truss 11 of the side plate 2 is adjusted by adjusting the mounting positions of the side plate fixing member 33 and the first frame 32.
Adjust the horizontal position with respect to. Further, by adjusting the mounting positions of the side plate fixing member 33 and the side plate 2, the vertical position of the side plate 2 with respect to the truss 11 is adjusted.

Next, the lower part of the side plate 2 is fixed by using the lower fixing means 4. The fixing is performed by fixing the lower fixing member 43 and the side plate 2 which are previously attached. Specifically, first, the nut 92 is attached to the lower portion of the bent piece 293 of the reinforcing plate 29.
Two clip nuts of 8,928 are installed so as to sandwich the bent piece 293. Then, the vertical surface 432 is attached to the reinforcing plate 2.
9 to the bent pieces 291, 293, the lower fixing member 43
The bolt 918 is inserted into the long hole 434 formed in the vertical surface 432 of the above and the long hole 294 formed in the bent piece 293, and the nut 928 is inserted.
Then, the side plate 2 and the lower fixing member 43 are fastened and fixed.

Here, by adjusting the mounting positions of the side plate 2 and the lower fixing portion 43, the positions of the side plate 2 in the vertical direction and the longitudinal direction of the truss 11 with respect to the truss 11 are adjusted. Further, by adjusting the attachment positions of the first series contact member 41 and the lower fixing portion 43, the position of the side plate 2 in the lateral direction orthogonal to the longitudinal direction of the truss 11 is adjusted.

Next, the base piece 531 of the side plate pressing member 53 is placed on the upper surface of the lateral piece 521 of the second frame 51, and the long hole 53 is formed.
4 and the long hole 524, a bolt 916 is inserted, and a nut 926 is used for fastening and fixing. Before the side plate pressing member 53 is fastened and fixed, the standing piece 532 is attached to the bent piece 2 of the reinforcing plate 28 of the side plate 2.
81, and the side plate 2 is pressed against the upright piece 151 of the outer deck 15, and the upper end of the side plate 2 and the upright piece 151 are pressed.
And close contact. Then, the upper end of the side plate 2 is the upright piece 15.
While keeping the state where the side plate pressing member 53 is completely pressed against 1, the side plate pressing member 53 is fixed in position. One side plate pressing member 53 may be attached to one side plate 2, but it is recommended that two or more side plates are appropriately attached. The side plates 2, 2 ... Which face each other are attached by repeating these series of operations.

When the side plates 2 and 2 are attached, the parallel piece 212 of one side plate 2 is inserted between the engaging piece 22 and the bent piece 291 of the other side plate 2 and at the same time. , The orthogonal piece 211 of one side plate 2 and the engaging piece 22 of the other side plate 2,
The parallel piece 212 and the bent piece 291 of the reinforcing plate 29 are attached to each other.

Next, the bottom plate 6 is attached. First, the suspension beam 71 is located near the bottom plate 6, 6 joint, and the upper surfaces of both end portions of the upper surface 711 are lateral surfaces 431, 431 of the lower fixing portions 43, 43.
The lower fixing member 4 is attached to the lower fixing member 4 by aligning the long hole 713 of the upper surface 711 with the long hole 433 of the lower fixing member 43, inserting the bolt 919, and fastening and fixing with the nut 929.
Fix to 3,43. At this time, the suspension beam 71 and the lower fixing portion 4
3 and 43 are orthogonal. Then, the bottom plate fixing member 72 is attached to the side surface 712 of the suspension beam 71 by attaching the upper piece 722 to the long hole 7
14 and the bolt 931 in the bolt insertion hole 724, and fastened and fixed with the nut 941. The lower piece 721 is attached to the bent piece 693 in which the long hole 699 of the reinforcing plate 69 is formed, and the long hole 699 and the bolt are inserted. The bolt 932 is inserted into the hole 725 and fastened with the nut 942 to fix the bottom plate 6.
It is recommended to use a clip nut as the nut 942 and attach it to the bent piece 693 in advance.

Further, when the bottom plate 6 is attached, the bolt insertion hole 724, which is an elongated hole formed in the upper piece 722 of the bottom plate fixing member 72.
Adjust the installation position of the bottom plate fixing member 72, and press the bottom plate 6 downward with the bottom plate fixing member 72,
Is crimped onto the mounting pieces 23, 23 of the side plates 2, 2. still,
Although only one bottom plate fixing member 72 may be attached to one suspension beam 71, it is recommended to install it on both ends of the suspension beam 71 or in addition to the center.

When installing the second and subsequent bottom plates 6, the parallel pieces 612 of the bottom plate 6 are slid on the mounting pieces 23, 23 and moved toward the bottom plate 6 which is already installed. It is inserted between the engaging piece 62 of the bottom plate 6 to be newly mounted and the bent piece 691 of the reinforcing plate 69.

This operation is repeated until all the bottom plates 6, 6 ... Are installed. Thus, the exterior of the escalator is covered with the side plate 2 and the bottom plate 6 to form the exterior body 1.
The side plate 2 attached to the floor is attached in the same manner as described above. In addition, the anchor bolt is driven into the floor, the frame is attached to the anchor bolt, the bracket is attached to the frame, and the bracket and the side plate are fixed. Do it.

The procedure for attaching the outer package 1 is not limited to the above procedure, and it goes without saying that other appropriate procedures can be adopted.

[0099]

[Effects of the Invention] According to the present invention as described above, welding is used to fix the exterior body of the escalator or the like to the truss and the handrail support when installing the side plate extending to the vicinity of the handrail or the like of the escalator or the like. Since it does not, it is possible to prevent fires and injuries to workers, and work can be performed safely. In addition, sufficient installation strength can be obtained even with a heavy panel type side plate, and fine adjustment of the installation position and fixing work can be easily performed. Further, by reducing the number of members used for fixing, the work of attaching the outer package becomes simpler and easier, and the work time can be shortened.

[Brief description of drawings]

FIG. 1 is a sectional view of an embodiment of the present invention.

FIG. 2 is a partial side view of an embodiment of the present invention.

FIG. 3 is a perspective view of an upper part of an exterior body according to an embodiment of the present invention.

FIG. 4 is a view taken in the direction of arrows in FIG. 2B-B.

FIG. 5 is a perspective view showing a lower portion of an exterior body according to an embodiment of the present invention.

[Explanation of symbols]

1 exterior body 11 truss 111 upper truss angle 119 Lower truss angle 12 Handrail support 2 Side plate 28 Reinforcement plate 29 Reinforcement plate 3 Upper mounting means 30 First connection member 31 first frame 32 First frame fixing member 33 Side plate fixing member 4 Lower mounting means 41 First series contact member 42 Second connecting member 43 Lower fixing member 5 Mounting aid 50 Second connection member 51 Second frame fixing member 52 Second frame 53 Side plate pressing member 6 Bottom plate 7 Bottom plate mounting means 71 Suspended beams 72 Bottom plate fixing member

Claims (13)

[Claims] 1. A side plate installed on the side of a truss and a handrail support, and an upper part installed on a handrail support installed at an appropriate interval above the truss, and the upper part of the side plate being fixed to the handrail support. The upper mounting means is adjustable in fixed position in the horizontal direction with respect to the truss, and the side plate is adjustable in fixed position in the vertical direction with respect to the truss by the upper mounting means. Panel type exterior body such as escalator. 2. A side plate installed on the side of the truss and the handrail support, and an upper part installed on the handrail support installed at appropriate intervals on the upper part of the truss and fixing the upper part of the side plate to the handrail support. The upper mounting means includes a first frame fixing member fixed to the handrail support, and a first frame fixing member that can be adjusted in a fixed position in a horizontal direction with respect to the truss. Panel type exterior such as an escalator, which is fixed and has a first frame installed between handrail stanchions, and a side plate is adjustable in a fixed position in the vertical direction with respect to the truss on the first frame. body. 3. A side plate installed on the side of the truss and the handrail support, and an upper part installed on the handrail support installed at an appropriate interval above the truss and fixing the upper part of the side plate to the handrail support. A first connecting member fixed to the handrail strut, the upper mounting means comprising:
It is installed on the first connecting member so that the fixed position can be adjusted horizontally in the horizontal direction with respect to the truss, and the side plate fixing member for fixing the side plate is provided. A panel-type exterior body such as an escalator characterized by its position adjustable. 4. The first connecting member comprises a first frame fixing member fixed to the handrail support, and a first frame fixed to the first frame fixing member and installed between the handrail support. The panel-type exterior body for an escalator or the like according to claim 3, wherein the side plate fixing member is installed on the first frame, and a fixed position of the side plate fixing member is adjustable in a horizontal direction with respect to the truss. 5. The first frame and the side plate fixing member are one of a horizontal position with respect to the truss and a position adjustable position in the truss longitudinal direction and a position adjustable position in a direction orthogonal to the truss longitudinal direction. The panel-type exterior body for an escalator or the like according to claim 4, wherein the panel-type exterior body has one of different mechanisms. 6. The first frame fixing member and the first frame are
7. A mechanism which is horizontal to the truss and is adjustable in the longitudinal direction of the truss and one of which is adjustable in the direction orthogonal to the longitudinal direction of the truss and which are different from each other. 2, claim 4 or claim 5
Panel type exterior body such as the escalator described in. 7. A side plate pressing member is installed on the first frame so as to be adjustable in a fixed position in a vertical direction with respect to the side plate, claim 2, claim 4, claim 5, or claim 6.
Panel type exterior body such as the escalator described in. 8. A second connecting member installed above the upper attaching means of the handrail support, and an attachment assisting means installed on the second connecting member and having a side plate pressing member for pressing the side plate, The panel type exterior body for an escalator or the like according to claim 1, wherein the side plate pressing member is adjustable in a fixed position in a vertical direction with respect to the side plate. 9. The second connecting member is fixed to the second frame fixing member fixed above the upper mounting means of the handrail support, and is fixed to the second frame fixing member and installed between the handrail supports. 9. The panel-type exterior body for an escalator or the like according to claim 8, further comprising a second frame, wherein the side plate pressing member is installed on the frame such that a fixed position of the side plate pressing member is adjustable in a vertical direction with respect to the side plate. 10. A lower fixing means having a connecting member and a lower fixing member, for fixing a lower portion of a side plate to a truss, the connecting member being installed on a lower truss angle located under the truss, and the lower fixing member being the connecting member. The fixed position is adjustable in a lateral direction orthogonal to the longitudinal direction of the truss, and the side plate and the lower fixing member are adjustable in the vertical direction and the longitudinal direction of the truss with respect to the truss. 1
A panel type exterior body such as the escalator according to claim 9. 11. A bottom plate installed between lower ends of facing side plates, a suspension beam and a bottom plate fixing member, and bottom plate attaching means for fixing the bottom plate, wherein the suspension beam faces a lower portion. Installed between the fixing members, the suspension beam is adjustable at least in the longitudinal direction of the truss with respect to the lower fixing member, and the bottom plate fixing member is installed on the suspension beam so that the fixing position is adjustable in the vertical direction relative to the truss. The panel type exterior body such as an escalator according to claim 10. 12. The vertical position adjusting mechanism is provided on the side plate, and the side plate is installed on the upper attaching means and / or the lower attaching means so that the vertical position can be adjusted by using the vertical position adjusting mechanism. A panel type exterior body such as an escalator according to any one of claims 1 to 11. 13. The panel type exterior body for an escalator or the like according to claim 12, wherein the vertical position adjusting mechanism is formed on a reinforcing plate installed from the upper end to the lower end of the side plate.