JP2000272684A - L-rack form physical distribution tool of glass plate stand-packing type for large-sized glass type or the like - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an L-rack form physical distribution tool of a glass plate stand-packing type that can surely packing a large-sized glass plate, moreover, diminish the area to be occupied for installation in a vacant state. SOLUTION: There is provided a rack main body 10 for allowing glass plates G to stood in a state where its both sides are projected at both sides. Both sides protection arms 60 are secured to a back receiving member 30 of the rack main body 10 in a manner capable of projecting to its lateral side. During the packing period, both sides protection arms 60 are projected to its lateral side, the rack 10 is stood so that the glass plates B are interposed between both arms, by keeping this state, a front protection member 80 is assembled to the front side of the rack main body 10, and the glass plates G are pushed against the back receiving member 30 side by means of platelike pushing member 90.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an L-rack type logistics tool in which a plate-like material such as a large glass plate is packed in a state of being leaned against it.

[0002]

2. Description of the Related Art When a large glass plate is transported by a truck or the like, a distribution tool is often used in which a large glass plate is packed in a standing state.

[0003] In such a logistics tool with a glass plate standing and packed, a metal type is generally an L-shaped side view in which a back support member is provided upright at the rear end of a gantry supporting the lower end of the glass plate. The rack includes a rack body, left and right protection bars provided to extend forward at both ends of the back support member, and a front protection member removably bridged between tips of the both side protection bars.

When packing a glass plate, one or several glass plates are supported on the rack body by supporting the lower end of the glass plate on a base and engaging with a back support member. The front protection member is assembled so as to bridge between the front ends of the protection bars on both sides, and further, by a glass plate holding member provided on the front protection member,
The glass plate is pressed against the back support member, thereby packing the glass plate.

[0005]

By the way, in order to protect the entire surface of the glass plate, the distribution device for transporting the glass plate is naturally larger in size than the glass plate. Specifically, in the above-mentioned conventional distribution tool, the width dimension of the back support member in the rack body is larger than the width dimension of the large glass plate. As described above, the conventional lean-packed distribution tool has a large size of the distribution tool itself and a large occupied installation area.For example, after transporting a glass plate, returning the empty logistics tool from which the glass plate is taken out. However, there is a problem that sufficient loading efficiency cannot be obtained, and the transport efficiency of the distribution tool itself decreases.

The present invention solves the above-mentioned problems of the prior art, and can securely transport a plate-like object such as a large glass plate in a sufficiently protected state. In the condition (1), an L-rack type logistics tool with a plate-like material such as a large glass plate can be provided, which can reduce the installation area of the logistics tool itself and can improve the transportation efficiency at the time of return or the like. The purpose is to:

[0007]

In order to achieve the above object, according to the present invention, a back support member is provided upright at the rear end of a gantry, and both sides of a plate-like object such as a large glass plate are attached to the gantry and the gantry. With the lower end intermediate portion of the plate-shaped object supported on the gantry while the rear end of the plate-shaped object is protruded to both sides from both side edges, the rear surface of the plate-shaped object is hung on the back receiving member. A rack body on which a plate-shaped object is to be leaned, a front protection member detachably mounted in a rising manner on the front side of the rack body, and a plate-shaped member provided on the front protection member and leaned on the rack body. A plate-like object pressing member for pressing an object toward the back receiving member, between a position protruding to both sides from both side edges of the back receiving member, and a position retracted toward the center of the back receiving member. With the back support member At the ends of the pair of slide rods provided, both side protection bars are provided so that both side protection bars extend forward, and the pair of slide rods are protruded to both sides so that the both side protection bars are attached to the back. In a state where it is positioned on both sides of the receiving member, the plate-like object is placed on the rack body so as to be disposed between the protection bars on both sides, and the front protection member is assembled on the front side of the rack body, and The gist is configured to pack the plate-like object by pressing the plate-like object against the back receiving member by the plate-like object pressing member.

In the present invention, the plate-like object is attached to a rack body on which a plate-like object such as a glass plate is protruded with both sides protruding to both sides so that the protection arms on both sides can protrude to both sides. When packing, set the protection arms on both sides to protrude to both sides, and lean on the rack body so that the plate-like object is placed between the protection arms on both sides.
A front protection member is assembled on the front side of the rack body, and the plate-shaped object is pressed down and fixed by a plate-shaped object pressing member. Therefore, in the packed state, the rack body, the protection arms on both sides, the front protection member, and the like are arranged around the entire circumference of the plate-like object, and the plate-like object can be reliably protected.

Further, in the distribution tool of the present invention, when the plate-like object is taken out and the empty state is taken out, the protection arms on both sides are stored in the rack body side, so that the installation occupation area of the distribution tool itself can be reduced. .

On the other hand, in the present invention, it is preferable to employ a configuration in which the pair of slide rods are arranged in a stepped state with their positions shifted from each other in the vertical direction.

That is, in the case of adopting this configuration, when the respective slide rods are accommodated in the back receiving member side, they are arranged in a passing manner, so that the slide amount of each slide rod can be reduced while preventing mutual interference. It can be sufficiently secured.

Further, in the present invention, it is preferable to adopt a configuration in which a hook for securing a distribution tool is provided at a distal end portion of a slide rod of the protection arm on both sides.

That is, when this configuration is adopted, the distribution tool itself can be securely fixed to the truck bed or the like in the state of packing the plate-like object.

In the present invention, a mounting bracket for detachably mounting the front protection member is provided at a front end of the gantry, and the mounting bracket is mounted on the gantry so as to be able to advance forward and backward with respect to the gantry. It is desirable to adopt a configuration consisting of

That is, in the case of employing this configuration, the mounting position of the front protection member on the gantry can be moved forward by sliding the mounting bracket forward. Can be freely increased.

Further, in the present invention, the front protection member has both side support members provided in an upright state on both side ends of a front end of the gantry, and slide rods of the both side protection arms retreat toward the center of the back support member. In this state, it is even more preferable to adopt a configuration in which the protection rods on both sides are locked inside the support members on both sides so that the movement of the advance / retreat rod in the projecting direction is restricted.

That is, when this configuration is employed, the front protection member can be used also as a member for preventing unintended protrusion movement of the protection arms on both sides.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIGS. 1 to 8 are views showing an L-rack type physical distribution tool according to an embodiment of the present invention.

As shown in these figures, this distribution tool
It is made of metal and has a gantry (20) and a backing member (3
0), a substantially L-shaped rack body (10) in side view.

The gantry (20) of the rack body (10) is formed by combining a plurality of vertical beams (21), horizontal beams (22) and a bottom horizontal plate (23) to form a large glass plate (G). It is formed in a rectangular frame shape in plan view smaller than the width dimension. Further, a rubber cushioning material (24) for softening the contact with the glass plate (G) is attached to the upper surface of the vertical beam (21) in front of the central horizontal beam (22).

Further, between the inner side surfaces of the longitudinal beams (21) and (21) on both sides and between the two longitudinal beams (21) and (21) at the center, a mounting bracket () for attaching a front protection member (40) described later. 25) are provided.

The mounting member (25) includes a groove-shaped mounting member body (25a).
a) are respectively fixed to the corresponding longitudinal beams (21) along the front-rear direction. Further, a plurality of locking pins (26a) are fixed at predetermined intervals along the metal fitting length direction (front-back direction) between both side walls inside the mounting metal (25).

Further, as shown in FIG. 9, a groove-shaped slide metal fitting (25b) is provided in the front part inside the mounting metal body (25a) in the length direction (front-back direction) of the metal fitting body (25a). It is slidably accommodated along.

The slide fitting (25b) has a locking pin (26b) attached to a front portion between both side walls, and has a long hole (25c) elongated in the front-rear direction at a rear portion of both side walls. Then, in the long hole (25c), the bracket main body (2)
The predetermined locking pin (26a) of 5a) is slidably accommodated, and the slide fitting (25b) can slide in the front-rear direction with respect to the fitting body (25a) within the range of the long hole (25c). At the same time, the sliding movement causes the locking pin (26) of the slide fitting (25b) to move.
b) is configured to be slidable between a position advanced forward from the front end of the gantry (20) and a position retracted (stored) inside the gantry (20).

As shown in FIGS. 1 to 8, the back support member (30) of the rack body (10) includes a support frame (40) constituting the rear side of the back support member (30) and a front side. And a backing main body (50).

The support frame (40) includes a plurality of support frame vertical members (4
1) and the support frame cross member (42) is formed in a rectangular frame shape, and is fixed to the gantry (20) in a state of being arranged vertically upright along the rear end edge of the gantry (20). ing.

The back support body (50) is composed of a plurality of back support body vertical members (51) provided in a state of being slightly inclined backward from the upper end of the support frame (40) to the mount (20), and a back support body. The back body cross member (5) spanned between the vertical members (51)
2).

The vertical members (51a) and (51a) arranged on both side edges of the vertical member (51) of the back support main body are each divided into two upper and lower parts, and are divided between the upper and lower vertical members (51a) and (51a). ,
Protection rails (62) on both sides of protection arms (60) on both sides to be described later.
Is inserted.

On the front side of the back support main body vertical member (51),
A rubber cushioning material (54) for softening the contact with the glass plate (G) is attached.

As shown in FIGS. 10 to 12, between the support frame vertical member (41) and the back support main body vertical member (51) in the intermediate region of the back support member (30), the space therebetween is extended. , A connecting member (31).

An arm guide (32a) made of a square pipe is fixed to the upper part of the connecting member (31) in the right half between the support frame (40) of the back support member (30) and the back support body (50). And the connecting member (3) in the left half between the support frame (40) and the back support body (50).
An arm guide (32b) also formed of a square pipe is fixed to the lower part of 1).

The left and right arm guides (32a) (32)
Pin locking holes (33) and (33) are formed at the center end of the back support member (30) in b).

Further, a pin receiving hole (42a) (42a) is formed in the middle portion in the width direction of the horizontal member (42) in the vertical direction of the support frame (40).

Further, as shown in FIG. 12, the pin receiving holes (42a) (42a) in the horizontal member (42) in the middle in the vertical direction.
Is provided with an arm fixing pin (45) via a string (46). In this embodiment, two arm fixing pins (45) are provided on the left and right.
1 shows only one arm fixing pin (45).

On the other hand, as shown in FIG. 1 to FIG. 8 and FIG. 13, the protection arms (60) (60) on the left and right sides have a length substantially corresponding to the dimension in the width direction of the back support member (30). A pair of slide rods (61) and (61), and rods (61) are attached to the distal ends of the slide rods (61) and (61).
To both sides of the protection bar (6
2) and (62).

Hooks (64) and (64) for securing the distribution tool are attached to the distal end surfaces of the slide rods (61) and (61), and as shown in FIG. ) Are formed at the base end corresponding to the pin locking holes (33) (33) of the arm guides (32a) (32b).

It is noted that one side surface of the both-side protection bars (62), (62), that is, the surface facing the side edge of the glass plate (G) when the glass plate is packed as described later, comes into contact with the glass plate (G). A rubber cushioning material (65) for relieving pressure is attached.

The protection arm (60) (6) of this configuration
0), the pair of left and right arm guides (32a) on the back support member (30) are connected to the slide rods (61) (61) with the protection bars (62) (62) on both sides facing forward.
By slidably inserting into (32b),
It is assembled to the back support member (30).

In this configuration, the slide rod (6
1) When the rods (61) advance to both sides, respectively, the rods (61) and (61) are arranged in such a state that the distal ends protrude laterally (outward) from both side edges of the back support member (30). Being
The protection bar (6) provided at the tip of each rod (61) (61)
2) (62) is disposed at a position protruding laterally from the back support member (30). Also, slide rod (61)
When (61) retreats inward, the distal ends of the rods (61) and (61) are housed in the arm guides (32a) and (32b) of the back support member (30), and the protection bars (62) on both sides are provided. ) (62) are arranged inside the side edges of the back support member (30). As described above, the back support body (5
0), the vertical members (51a) (51)
Since a) is vertically divided, when the slide rods (62) and (62) are retracted from the advanced state, the protection bars (62) and (62) on both sides move the upper and lower vertical members (51a) and (51).
a) By passing between the protection bars (62) (6)
Interference between 2) and the back support body (50) is prevented.

When the slide rods (61) (61) are advanced, the arm fixing pins (45) (45)
To the arm guides (32a) (32b) and the pin locking holes (33) (33) of the slide rods (61) (61).
(63) Since the sliding movement of the slide rods (61) and (61) is restricted by inserting them through (63) and locking between the two members, the protection arms (60) on both sides.
(60) is held in a state of projecting to both sides.

As shown in FIGS. 1 to 8, one end of a groove-shaped upper bar (70) is vertically swingable at three positions on both sides and at the center of the upper end of the back support member (30). Attached to.

A plurality of locking holes (75) are formed in each upper bar (70) at predetermined intervals along the length thereof.

As shown in FIG. 14, the rack body (10)
The front protection member (80) provided at the front position of (3) is arranged so as to be bridged between the tip of each upper bar (70) and the front edge of the gantry (20) at three places on both sides and at the center. And three supporting members (81), (81), and (81).

Hooks (82) and (83) are attached to both upper and lower ends of each support member (81).

At the top and bottom of each strut member (81),
A plate holding member (90) is provided. An arm (91) having one end rotatably mounted in the up and down direction at the up and down position of each column member (81) and a rotatably mounted at the other end of the arm (91) at the up and down positions of the respective column members (81). And a holding member body (92). In addition,
A rubber cushioning material (93) for softening the contact with the glass plate (G) is attached to the pressing surface of the pressing member body (92).

A slide pipe (85) is attached to the front protection member (80) at a position corresponding to the plate-shaped pressing member (90) of each support member (81). Furthermore, a handle (86) is attached to the slide pipe (85).
Are rotatably mounted, and hitting members (87) are mounted at positions corresponding to the pressing members (90) of the slide pipe (85).

The distribution tool of this embodiment is configured as described above, and packs a large glass plate (G) as described below.

First, the slide adjustment of the mounting bracket (25) of the gantry (20) is performed according to the number of packages (the number of leans) of the glass plate (G).

That is, as shown in FIG. 1, when the number of leaned glass plates (G) is the largest,
Slide bracket (25b) of each mounting bracket (25)
To the front, and slide each bracket (2
The locking pin (26b) of 5b) is disposed at a position protruding forward from the front edge of the gantry (20).

When the number of leans is small, the slide fittings (25b) of the mounting brackets (25) are not slid, but are placed in a state of being stored in the gantry (20).

In the case of transporting (returning) an empty distribution tool, the installation area of the gantry (20) can be reduced as before by storing the slide fitting (25b). Therefore, the truck can be efficiently loaded on the truck bed, and sufficient loading efficiency can be maintained.

Next, the protection arms (60) (60) on both sides are pulled out to both sides, respectively, and the protection bars (62) (6) on both sides are pulled out.
2) is arranged so as to protrude to both sides of the rack body (10), and in this state, the arm guides (32a) and (32b) on the side of the back support member (20) and the side protection arms (6).
0) Insert the arm fixing pins (45) and (45) into the pin locking holes (33) (33) (63) (63) of the slide rods (61) and (61) on the (60) side, respectively. The both-side protection arms (60) and (60) are held in a state of being extended to both sides.

Further, the upper rails (70) are arranged in a state of being respectively lifted upward.

Subsequently, as shown in FIG.
0) One or several glass plates (G) are stacked and leaned on top. That is, the center of the lower end of the glass plate (G) is supported on the gantry (20), and the plate surface intermediate region of the rearmost glass plate (G) is hooked to the back support body (50).

At this time, the protection arms (60) (6)
0) is arranged so that it protrudes to both sides,
Protection bar (62) (62) of each arm (60) (60)
Are arranged on both sides of the glass plate (G).

Next, as shown in FIGS. 3 and 7, a front protection member (80) is attached.

That is, after the upper rails (70) are respectively lowered forward, the upper end hooks (82) of the support members (81) of the front protection member (80) are locked at the leading edge of the upper rails (70). The lower end hook (83) is engaged with the mounting bracket (2) on the side of the gantry (20) while being locked in the holes (75).
5) The state-of-the-art locking pin, that is, the slide fitting (25)
b), and each strut member (8) is locked by the locking pin (26b).
1) are arranged substantially vertically along the front surface of the glass plate (G).

When the number of leaning glass plates (G) is small, the hooks (82) and (83) of the support members (81) in the front protection member (80) are connected to the upper rail (7).
Each support member (81) is arranged in a predetermined posture by being locked by a suitable locking hole (75) of (0) and a suitable locking pin (26a) (26b) of the mounting bracket (25).

Next, the glass plate (G) is pressed against the back support member (30) by the plate-shaped pressing member (90) of each support member (81) in the front protection member (80).

That is, the grip (8) is held in a state where the pressing surface of the pressing member main body (92) of the pressing member (90) is overlapped with the plate surface of the frontmost glass plate (G).
6) The slide pipe (85) is slid downward through the contact member (87) of the slide pipe (85).
Is interposed between the column member (81) and the arm (91) of the plate-shaped object pressing member (90), whereby the glass plate (G) is moved by the pressing member body (92) to the back receiving member (30). Press down on.

In this way, one or several glass plates (G) are packed in a leaning state, and in this packed state, they are loaded on, for example, a truck bed and transported.

At the time of this transportation, the hooks (64) attached to the outer side surfaces of the both-side protection arms (60) (60)
By fixing the (64) to the truck side with a rope, the distribution tool in which the glass plate (G) is packed can be securely fastened to the truck bed.

When the glass plate (G) is transported to a predetermined place and then the glass plate (G) is taken out from the distribution tool, the above operation may be performed. That is, after removing each support member (81) of the front protection member (80),
Raise the upper crosspiece (70) upward, and move the rack body (1).
Open the front and upper part of 0) and take out the glass plate (G).

On the other hand, when the empty distribution tool from which the glass plate (G) is taken out is returned by a truck or the like or stored in a predetermined place, as shown in FIG. The arm fixing pins (45) and (45) for restricting the sliding movement of the protection arms (60) and (60) are attached to the arm guides (32a) and (32b) and the slide rod (6).
1) Lock holes (33), (33), (63), (6) of (61)
3) Pull out from both sides and protect arms on both sides (60) (60)
After releasing the slide restriction, slide rod (61)
(61) is retracted to the inside (center side) of the back support member (30), and the protection bars (62) (62) on both sides are connected to the back support member (30).
Located inside the side edges of

The arm guides (32a) and (32b)
As shown in FIG. 14, the arm fixing pins (45) and (45) extracted from the slide rods (61) and (61) are connected to a horizontal member (upper and lower) in the support frame (40) of the back support member (30). (42).
a) The arm fixing pins (45) and (45) can be prevented from being unintentionally dropped and lost by being inserted into (42a).

Next, as shown in FIGS. 4 and 5, each of the upper crosspieces (70) is lowered forward, and then the front protection member (8) is turned on.
0), the upper end hook (82) of each support member (81) is locked in the locking hole (75) on the most proximal side of the upper crosspiece (70), and the lower end hook (83) is fixed to the gantry (20). ) Is locked to the locking pin (26a) on the most proximal end side, and each column member (8) is locked.
1) is assembled to the rack body (10).

At this time, the support members (8
1) and (81) are arranged outside the protection bars (62) and (62) of the both-side protection arms (60) and (60) in the housed state as described above.
2) Since the (62) is locked inside the support members (81) and (81) on both sides, the protection arms (60) and (6) on both sides are secured.
0) is prevented from unintentionally sliding in the protruding direction.

In such a compact state, the distribution tool is loaded on a truck or the like, returned, and stored in a predetermined location.

According to the distribution tool of the present embodiment described above, when the both sides protection arms (60) are formed on the rack body (10) so as to protrude to both sides, and the glass plate (G) is packed, The protection arm (60) is protruded to both sides, and the glass plate (G) is leaned against the rack body (10) so as to be arranged between the arms (60). Is to be assembled. In this packed state, the front surface protection member (80) and the both-side protection arms (60) are arranged on the front and side portions of the glass plate (G), respectively, so that the glass plate (G) can be reliably protected. Thus, it is possible to reliably prevent a problem that the glass plate (G) is damaged during transportation or the like.

When the empty distribution tool from which the glass plate (G) is taken out is returned by a truck or the like, the protection arms (60) on both sides are stored in the rack body (10) side. Since the size of the distribution tool itself can be reduced and the occupied area can be reduced, sufficient loading efficiency can be obtained, and transport efficiency can be improved.

Further, in this embodiment, the slide rods (61) (61) of the protection arms (60) (60) on both sides are provided.
Are arranged in a stepped state with their positions shifted in the vertical direction, so that when the slide rods (61) and (61) are stored in the back support member (30) side, they are arranged in a passing manner. , Each rod (6
1) The slide amount of (61) can be sufficiently ensured. As described above, a large sliding amount of the protection arms (60) (60) on both sides can be ensured, so that the large-sized glass plate (G) can be reliably packed while reducing the size of the rack body (10). It is possible to further improve the loading efficiency.

In the present embodiment, the hooks (64) and (64) for securing the distribution tool are connected to the protection arms (60) on both sides.
Since it is attached to the end of the slide rod (61) (61) of (60), the distribution tool can be securely fastened to the truck bed or the like in the glass plate packed state.

In the present embodiment, the gantry (20)
Mounting bracket (25) for mounting the front protection member provided on the vehicle
, A slide bracket (25b) is slidably provided,
By sliding the slide fitting (25b) forward, the mounting position of the front protection member (80) on the gantry (20) can be moved forward. For this reason, the dimension between the front protection member (80) and the back support body (50) can be freely increased, and the number of leaning glass plates (G) can be increased as necessary.

Further, in this embodiment, the support members (81) and (81) on both sides of the front protection member (80) are connected to the protection bars (62) of the both protection arms (60) and (60) in the housed state.
(62), the protection bars (62), (62) of the protection arms (60), (60) on both sides are arranged.
Is locked to the both-side support members (81) and (81), thereby restricting undesired sliding movement of the both-side protection arms (60) and (60). Therefore, at the time of returning the distribution tool, it is possible to reliably prevent a problem that the protection arms (60) and (60) on both sides slide unintentionally due to vibration or the like.
In addition, since the front protection member (80) is also used as a member for regulating the arm slide, the number of components does not increase and the cost can be reduced.

In the above embodiment, the case where the glass plate (G) having a width larger than the back support member (30) is packed is described. However, the present invention is not limited to this case. A glass plate narrower than the receiving member (30) can be packed. In this case, the two-sided protection arm may be packed in a housed state without protruding on both sides.

In the above embodiment, the case where the glass plate (G) is used as the plate-like object is described. However, the present invention is not limited to the glass plate but may be any of various plate-like objects such as a synthetic resin plate. Applicable to

[0077]

As described above, according to the distribution tool of the present invention, both sides of the arm are placed on the rack body on which a plate-like object such as a glass plate can be leaned with both sides protruding to both sides. When packing a plate, place the protection arms on both sides so that they protrude to both sides, and lean the plate against the rack body so that the plate is placed between the protection arms. Since the front protection member is attached to the front side of the plate-like object and the plate-like object is pressed by the pressing member, in this packed state, the rack body, the both-side protection arms, and the front surface The protection member and the like are arranged, so that the plate-like object can be surely protected, and can be transported without any trouble.
In addition, in the empty state where the plate-like object is taken out, by storing the protection arms on both sides in the rack body side, the installation occupation area of the distribution tool itself can be reduced, so that sufficient loading efficiency can be obtained at the time of return or the like. Therefore, there is an effect that the transportation efficiency can be improved.

On the other hand, in the present invention, when the slide rods of the both-side protection arms are arranged in a stepped state by being vertically shifted from each other, when each slide rod is stored in the back receiving member side. , Since they are arranged in a passing manner, it is possible to secure a sufficient sliding amount of each slide rod while preventing mutual interference, and to further reduce the size while securely packing the plate-like object. There is an advantage that can be.

In the present invention, when the hook for securing the distribution tool is attached to the outer side surface of the protection arm on both sides, the rope member for securing to the hook is not hindered by the projecting portions on both sides of the plate-like object. Therefore, there is an advantage that it can be securely fixed to a truck bed or the like.

Further, in the present invention, when the mounting bracket for mounting the front protection member provided on the gantry is slidably attached to the front and back, the mounting bracket is slid forward to allow the front protection member to be mounted on the gantry. Can be moved forward, and the dimension between the front protection member and the back support member can be freely increased, so that the number of plate-like objects can be increased as necessary. There is an advantage.

Further, in the present invention, the both-side support members of the front protection member are arranged outside the protection bars of the both-side protection arms in the housed state, and the both-side protection bars are locked to the both-side support members by the both-side protection arms. In the case where the slide in the protruding direction is restricted, the front protection member can also be used as a slide restriction member for the protection arms on both sides, so that there is an advantage that the number of parts and cost can be reduced.

[Brief description of the drawings]

FIG. 1 is a perspective view illustrating a distribution tool according to an embodiment of the present invention, in which a protection arm on one side is protruded laterally.

FIG. 2 is a perspective view showing a state immediately after a glass plate is leaned on the distribution tool of the embodiment.

FIG. 3 is a perspective view showing a distribution state of a glass plate in the distribution tool of the embodiment.

FIG. 4 is a perspective view showing a state where the both-side protection arms are stored in the distribution tool of the embodiment.

FIG. 5 is a perspective view showing a return state of the distribution tool of the embodiment.

FIG. 6 is a front view showing the distribution tool according to the embodiment in a glass plate packed state.

FIG. 7 is a side view showing the distribution tool according to the embodiment in a glass plate packed state.

FIG. 8 is a front view showing the distribution tool according to the embodiment in a returned state.

FIGS. 9A and 9B are views showing a slide fitting of the front protection member mounting fitting applied to the distribution tool of the embodiment, wherein FIG. 9A is a front view and FIG. 9B is a side view.

FIG. 10 is a front view showing a central portion of a back support member in the distribution tool according to the embodiment.

FIG. 11 is a side cross-sectional view showing a central portion of a back support member of the embodiment.

FIG. 12 is a rear view showing a central portion of the back receiving member of the embodiment.

FIG. 13 is a plan view showing a protection arm on one side applied to the distribution tool of the embodiment.

14A and 14B are diagrams illustrating a support member of the front protection member according to the embodiment with a plate-like pressing member attached thereto, wherein FIG. 14A is a front view and FIG. 14B is a side view.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 ... Rack main body 20 ... Stand 25 ... Front protection member mounting bracket 30 ... Back support member 60 ... Both-side protection arm 61 ... Slide rod 62 ... Both-side protection bar 64 ... Logistics device securing hook 80 ... Front protection member 81 ... Prop member 90: Plate-shaped pressing member G: Glass plate

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Taku Yamamoto 3-5-11 Doshomachi, Chuo-ku, Osaka City Inside Japan Sheet Glass Co., Ltd. F-term (reference) in Osaka Econ Kensetsu Corporation 3E096 AA05 BA24 BB05 CA09 CB10 DA30 DB07 DC02 EA06X EA06Y FA19 FA23 GA02

Claims (5)

[Claims] A back support member is provided at the rear end of the gantry in an upright manner, and both side portions of a plate-like object such as a large glass plate are protruded to both sides from both side edges of the gantry and the back support member. A rack body in which the lower end intermediate portion of the plate-shaped object is supported by the gantry and the rear surface of the plate-shaped object is hung on the back support member so that the plate-shaped object is leaned against the rack; A front protection member detachably mounted on the front side of the main body in a detachable manner, and a plate-shaped object provided on the front protection member, for pressing a plate-shaped object leaning on the rack body toward the back receiving member. A pair of slides provided on the back receiving member so as to be able to advance and retreat between a position protruding to both sides from both side edges of the back receiving member and a position retracted toward the center of the back receiving member. At both ends of the rod, there are protection bars on both sides A pair of slide rods protruding to both sides so that the pair of slide rods are protruded to both sides, and the both side protection bars are positioned on both sides of the back support member, and are plate-shaped. An object is placed on the rack body so as to be disposed between the protection bars on both sides, the front protection member is assembled on the front side of the rack body, and the plate object is held by the plate object holding member. An L-rack type logistics tool for holding a plate-like object such as a large glass plate, wherein the plate-like object is packed by being pressed against a member side. 2. The L-rack type distribution tool according to claim 1, wherein the pair of slide rods are vertically offset from each other and are arranged in a stepped state. 3. The L-rack type logistics of a large glass plate or the like according to claim 1 or 2, wherein a hook for securing logistics tools is provided at the tip of the slide rod of the protection arm on both sides. Utensils. 4. A mounting bracket for removably assembling the front protection member at a front end of the gantry, and the mounting bracket is attached to the gantry so as to be able to advance forward and backward with respect to the gantry. 4. An L-rack type physical distribution tool, such as a large glass plate, according to any one of 1 to 3, wherein the L-shaped product is mounted on a plate-like object. 5. The front protection member has both side support members provided in an upright manner at both ends of a front end of the gantry, and in a state where slide rods of the both side protection arms are retracted toward the center of the back support member. The large-sized glass plate or the like according to any one of claims 1 to 4, wherein the movement of the slide rod in the protruding direction is restricted by locking the both-side protection bars inside the both-side support members. An L-rack type distribution tool that can be placed on a plate-like product.