JP3122089U - Collective packaging equipment for flat plates - Google Patents

Abstract

The present invention provides a collective packaging apparatus for a flat plate having a structure that is less likely to be broken than in the prior art even when vibration or swinging from the flat plate occurs when the device is used. In addition, a flat plate collective packaging apparatus having a structure in which stress due to vibration and swinging from the flat plate hardly reaches the connecting portion of the members forming the support.
A bottom seat 31 on which a support member 322 is disposed is disposed vertically below the apparatus main body 3A so as to come into contact with each support body 31 provided in parallel with the apparatus main body 3A. At this time, the fixed fastener 321A of the bottom seat 31 and the cutout portion 311A of the support 31 are overlapped, and the screws 324 are screwed into the two screw holes 321B and 311B provided to each other, thereby collecting the flat packaging material The apparatus 1 is configured.
[Selection] Figure 1

Description

  The present invention relates to a collective wrapping apparatus, and more particularly to a collective wrapping apparatus for flat plates such as panel glass.

Conventionally, there is a collective packaging apparatus for flat plates as an apparatus for collectively packaging, storing and transporting a plurality of fragile flat plates such as a panel glass and an LCD screen (for example, JP-A-6-80116). Publication).
FIG. 3 is a diagram showing a configuration example of a conventional typical flat body collective packaging apparatus.
As shown in the drawing, the flat plate assembly packaging apparatus 4 includes a plurality of rectangular frame-shaped supports 41 arranged at regular intervals, and a frame 42 having a strip shape around the apparatus body 4A. With a box fixed in place. The frame 42 and each support body 41 are joined to each other by spot welding or the like.

Each support body 41 is formed into a rectangular frame by screwing each end of a pair of vertical member 411 and horizontal member 412 together with a screw 43. The bodies 413 are arranged in parallel at predetermined intervals, and a plurality of slits 41a formed between adjacent long bodies 413 are arranged in the vertical direction.
Accordingly, the flat plate body is inserted from the outside into each of the slits 41a located at the same height in the adjacent support body 41, and individually accommodated.

However, the conventional collective packaging apparatus for flat bodies as shown in FIG. 3 has the following problems.
That is, in the apparatus having the above configuration, it is practically difficult to regulate the movement of the flat plate inserted into the slit 41a. For this reason, the flat plate body may cause a side slip in the apparatus depending on the degree of vibration and swinging during conveyance.

When vibration / oscillation occurs, each flat plate comes into contact with each vertical member 411 inside the slit 41a, and causes each vertical member 411 to be subjected to unexpected stress such as pressing force or impact from the side surface.
Such stress is finally concentrated on the connecting portion (screwed portion) between the pair of vertical members and the horizontal member. In the connecting portion, as shown in FIG. 4, the vertical member 411 and the horizontal member 412 are fixed by the screw 43 so as to contact each other, but even if a pressing amount or an impact is applied to any portion of the vertical member 411, Since all of the stress is concentrated on the joint 414 centering on the screw 43, the load on the joint 414 is locally considerable. As a result, there is a risk that the vertical member 411 and the horizontal member 412 are broken or the screw 43 is broken with the joint 414 as the center. In either case, the device itself may be collapsed.

As described above, the current collective packaging apparatus still has problems to be solved.
The present invention has been made in view of the above problems. As a first object, the present invention is provided with a structure that is less likely to break than in the past even when vibrations from the flat plate occur when the apparatus is used. Provided is a collective packaging apparatus for flat plates.
In addition, as a second object, there is provided a collective packaging apparatus for a flat plate having a structure in which stress due to vibration and swinging from the flat plate does not easily reach a connecting portion between members constituting a support.

  In order to solve the above problems, the present invention has a device body in which a plurality of support bodies having slits in the horizontal direction are arranged in parallel at predetermined intervals, and a flat plate body inserted from the outside with respect to the slits, A collective packaging apparatus for flat plates that is suspended and accommodated across a plurality of supports in the apparatus main body, and a bottom seat is in contact with each support in the apparatus main body in a vertically lower direction of the apparatus main body. The bottom seat is fixed to each of the supports.

Here, the support body may be a rectangular frame body, and the bottom seat may be configured to sandwich the support body from both ends of the main surface in the planar direction.
The bottom seat is provided with a plurality of elongated support members, and beam members for integrally fixing the end portions of the support members are disposed at both ends of the support members. The bottom seat may be arranged such that the respective support members come into contact with the respective support bodies of the apparatus main body, and the beam member may be configured to integrally hold the respective support bodies from the outside. .

Further, the bottom portion and each support body may be fixed to each other by screwing using a screw and a fixing device with a screw hole in one or more predetermined regions at each end portion of each support body. .
The fixing device with screw holes may be attached to the beam material side, and the support member, the fixing device with screw holes, and the beam material may be arranged by welding on the bottom seat.

According to the collective packaging apparatus for a flat body of the present invention having the above-described configuration, a bottom seat as a reinforcing means is disposed vertically below the apparatus body, and the bottom seat and each support body are fixed to each other. The number of fixing points is increased compared to the conventional device.
As a result, even when the flat plate is stored or transported, even if it is affected by external forces such as vibration and swing, the stress applied to the vibration and swing is distributed to each of the fixed portions. Stress concentrated on the fixed part can be kept small. Therefore, even if the device receives the impact or swing from the flat plate, the components of the device are not easily bent or deformed, and a good device configuration is maintained over time, and the flat plate is preserved. Is surely made.

Furthermore, in the present invention, both ends of each support member are integrally fixed to the beam member at the bottom seat, and both ends of each support member in the apparatus main body are provided so as to be sandwiched from the outside by the beam member, thereby strengthening the support members. It becomes possible to hold the device, and a device with further excellent mechanical strength can be realized.
In addition, in the fixing portion between each support and the base, when fixing both by screwing using a screw and a screw hole fixing tool, if two or more screw holes are provided in each fixing portion, the screw This is preferable because there is no problem that the support body is deformed with respect to the bottom seat around the hole and destroyed.

Further, in the bottom seat, if the support member, the fixing device with screw holes, and the beam material are made of a metal material, and these are arranged by welding, a device having further excellent mechanical strength is constituted. be able to.
In this specification, the term “external force” or “stress” is not an external force for conveying itself, but vibrates the support or damages the components of the collective packaging apparatus for flat bodies, such as the support. It is a general term for unnecessary power.

Embodiments of the present invention will be described below, but the present invention is naturally not limited to these forms, and can be appropriately modified and implemented without departing from the technical scope of the present invention.
<Embodiment 1>
(Configuration of flat packaging assembly 1)
The first embodiment of the present invention will be described below.

FIG. 1 is an assembled view of the flat body collective packaging apparatus 1 according to the first embodiment. FIG. 2 is a front view of the apparatus.
A flat body collective packaging apparatus 1 shown in FIG. 1 includes an apparatus main body 3A and a bottom seat 32 disposed below the apparatus main body 3A.
The apparatus main body 3A includes a rectangular frame-shaped support 31, a strip-shaped frame 314, and the like.

  The support 31 is arranged so that a pair of vertical members 311 abut on each end of one horizontal member 312 at right angles, and each end thereof is connected by a joint 315, and as shown in FIG. A plurality of elongate bodies 313 (three in this case, but may be any other number) between a pair of vertical members 311 are arranged at regular intervals in the vertical direction so that they are horizontal and parallel to each other. It is arranged. A slit 31a is formed between adjacent long bodies 313.

Both the horizontal member 312 and the vertical member 311 can be made of a lightweight metal (for example, aluminum, iron, etc.) prismatic material, and the horizontal member 312 and the vertical member 311 can be welded or joined at the joint 315. They are connected by screwing shown in FIG.
Any material such as metal or wood can be used for the elongated body 313. For example, by using a flexible rope material or a resin material, the flat body is protected from an external impact and the surface thereof is damaged. It can be saved without.

Here, each vertical member 311 is provided with a notch 311A at the portion of the bottom seat 32 in contact with the fixed fastener 321A in the vertical direction, and two notches 311B are provided in the notch 311A. Is formed.
Further, the supports 31 are connected by welding using a plurality of strip-shaped frames 314 or screws (not shown) in a state of being arranged in parallel with each other at a predetermined interval. As a result, a cubic device body 3A shown in FIG. 1 is formed as a whole.

In order to obtain good mechanical strength by the apparatus main body 3A, it is preferable that the transverse member 312 and the longitudinal member 311 are joined by welding.
In the apparatus main body 3A, a flat plate used as an LCD glass panel or the like is accommodated from the outside by an operator so as to be stretched over the adjacent supports 31 in the slits 31a of the supports 31.

  The bottom seat 32 is composed of a plurality of support members 322, beam members 321 and fasteners 321A, and the support members 322 are provided at regular intervals at the same intervals as the support members 31 in the apparatus main body 3A. The material 321 is fixed by welding. Further, at the position of the beam member 321 corresponding to each welded portion 323, a fixing fastener 321A is fixed by welding as an L-shaped metal fitting having two screw holes 321B at a portion facing the apparatus main body 3A. Yes.

The plurality of support members 322, the beam member 321 and the fixing fastener 321A are all a plurality of support members 322 made of metal (for example, aluminum, iron, etc.) and a rectangular beam member 321 and fixed. Consists of a fastener 321A.
As shown in FIG. 2, each support member 322 abuts on each support body 31 in the apparatus main body 3A from below in the vertical direction and serves to support it. The two beam members 321 provided at both ends thereof are fixed by welding.

The apparatus main body 3A and the bottom seat 32 are fixed to each other by screwing using a plurality of screws 324 in the notch 311A and the fixing fastener 321A in a state where the screw holes 311B and 321B are overlapped with each other. . Thereby, the fixed portion 330 is formed.
As a variation of the bottom seat 32, without using the support material 322, for example, a single metal plate that matches the size and shape of the bottom surface in the vertical direction of the apparatus main body 3A is prepared, and the fixing fastener 321A is fixed at a predetermined position of the metal plate. Can also be configured.

(Effect of collective packaging device 1 for flat bodies)
According to the collective packaging apparatus 1 for a flat body of the first embodiment having the above configuration, in use,
First, an operator inserts a flat plate such as a panel glass from the outside into each of the slits 31a. Accordingly, the flat plate is held while being separated from each other by the long body 313 made of a flexible rope.

  In such use or when the flat plate assembly packaging apparatus 1 is transported after storing the flat plate, the flat plate stored in the slit 31a hits the vertical member 311 of each support 31. First, a bottom seat 32 as a reinforcing means is disposed below the apparatus body 3A in the vertical direction, and the bottom seat 32 and each support body 311 are fixed to each other. The external force and stress received by each support 31 are distributed to the bottom seat 32 side through the fixed portion 330.

  Here, since each fixed portion 330 is screwed using two screws 324, a flat body is attached to one screw used for screwing the vertical member 311 and the horizontal member 312 as in the conventional configuration. The stress from the flat plate or the outside received by the collective packaging apparatus 1 is not concentrated. Therefore, since the stress can be diffused as compared with the conventional case, the problem that the support 31 is cracked and broken near the joining of the longitudinal member 311 and the transverse member 312 does not occur.

  Second, in the collective packaging apparatus 1 for flat plates, the vertical member 311 of the apparatus main body 3A is fixed by screwing using the fixing fastener 321A of the bottom seat 32 and the two screws 324. Therefore, even if the vertical member 311 and the bottom seat 32 are subjected to a stress that tends to swing around one of the screw shafts of the screw 324 in the fixed portion 330, the other screw 324 restrains this movement. Therefore, the apparatus main body 3A is prevented from being deformed with respect to the bottom seat 32, and as a result, the effect of satisfactorily suppressing the deformation of the flat plate assembly packaging apparatus 1 is exhibited.

  Thirdly, since each support 31 of the collective packaging apparatus 1 for flat plates is disposed so as to be sandwiched from both ends in the width direction as shown in FIG. 2 by the two beam members 321 in the bottom seat 32, The deformation outward from the fixed fastener 321A is always restricted. As a result, even if the deformation stress is concentrated at the joint 315 between the vertical member 311 and the horizontal member 312, the vertical member 311 and the horizontal member 312 are not twisted and broken with respect to each other at the joint portion.

Note that the vertical member 311 and the horizontal member 312 of the support 31 can be screwed together using a screw (not shown) in addition to welding, but even when using the screwing means, the vertical member 311 and the horizontal member 312 are sandwiched by the bottom seat 32. Therefore, the flat plate assembly packaging apparatus 1 having high strength can be configured.
As described above, according to the present invention, it is possible to realize the collective packaging apparatus 1 for a flat plate having a structure that is less likely to be broken than in the past even when vibration and swinging from the flat plate occur during use.

Further, in the present invention, the flat base assembly packaging apparatus 1 having a structure in which the stress due to vibrations and swinging from the flat plate body does not easily reach the connecting portion 315 between the members 311 and 312 constituting the support body 31 by the arrangement of the bottom seat 32. Can be realized.
<Other matters>
In the above embodiment, the configuration in which the bottom seat 32 and the apparatus main body 3A are fixed by the screws 324 and the fixing fasteners 321A is illustrated, but the present invention is not limited to this, and both are fixed by rivets or welding. Also good.

  In addition, the present invention is related to the configuration of a collective packaging apparatus for flat plates that accommodates flat plates such as panel glass, but the present invention is not limited to this, and an apparatus that collects and packages other than flat plates. You may apply.

  The flat panel collective packaging device of the present invention relates to relatively fragile flat plate materials such as glass plates and LCD screens used in flat display panels, for example, while transporting and storing them while protecting them well from physical damage and the surrounding environment. It can be used in scenes where

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a collective packaging apparatus for flat bodies in Embodiment 1 of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side view of a collective packaging apparatus for flat plates in Embodiment 1 of the present invention. It is a disassembled perspective view of the conventional collective packaging apparatus for flat bodies. It is sectional drawing which shows the connection part of the vertical member and horizontal member of the conventional collective packaging apparatus for flat bodies.

Explanation of symbols

1 Collective packaging equipment for flat plates
3A main unit
4 Bottom seat
31 Support
31a slit
32 Bottom seat
311A slit
311 Longitudinal member
312 Transverse member
313 Long body
314 frames
315 Joint
321 Beam material
321A Fastener
322 Support material
323 welds
324 screws

Claims (5)

A plurality of supports having slits in the horizontal direction have a device main body arranged in parallel at predetermined intervals, and a flat plate inserted from the outside with respect to the slit is suspended over the plurality of supports in the device main body. A collective wrapping device for flat plates,
Below the apparatus main body in the vertical direction, a bottom seat is disposed so as to be in contact with each support body in the apparatus main body, and the bottom seat is fixed to each of the support bodies. Collective packaging device for flat plates. The support is a rectangular frame,
2. The collective packaging apparatus for flat plates according to claim 1, wherein the bottom seat is configured to sandwich the support body from both ends of the main surface in the planar direction. The bottom seat is provided with a plurality of long support members at predetermined intervals, and both ends of each support member are provided with beam members for integrally fixing each of the end portions. Become
3. The collective packaging apparatus for flat plates according to claim 1, wherein the bottom seat is disposed so that the support members are in contact with the support bodies of the apparatus main body. 4. The flat plate according to claim 3, wherein the bottom seat and each of the supports are fixed to each other by screwing in two or more predetermined regions at each end of each widthwise end of each support. Assembly packaging device for the body. The screwing is performed by using a fixing fastener attached to the beam material side and a screw hole drilled on the support side,
5. The flat panel collective packaging apparatus according to claim 4, wherein the support member, the fixing fastener, and the beam member are joined to each other by welding in the bottom seat.

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