JP2012131525A - Plate body mounting apparatus and plate body carrying apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a plate body mounting apparatus and a plate body carrying apparatus facilitating the mounting of a plate body, for example, a large glass plate for use in a solar module used for solar power generation, liquid crystal display (LCD), or plasma display (PDP) or its intermediate product in an intermediate manufacturing process, or an aluminum plate, on a rack body configured to be stably piled up and have a compact size and reduced area.SOLUTION: A back receiving body 4 is provided to project in a front side inner area N1 surrounded by opposite right and left support posts 7 and 7 raised on the right and left sides, and upper and lower lateral beams 8 and 8 laid between the support posts, a mount body 6 is provided in a flat inner area N2 surrounded by right and left longitudinal beams 9 and 9 provided horizontally on the front side of the lower part of the support posts, and lateral beams 10 and 10 laid between the longitudinal beams, and mount portions 5 is provided to project upward.

Description

  The present invention relates to a plate-shaped body mounting device and a plate-shaped material transport device, for example, a solar module used for photovoltaic power generation, a large glass plate such as a liquid crystal display (LCD) or a plasma display (PDP), and the like A plate-like body such as an intermediate product or an aluminum plate in an intermediate manufacturing process is simply placed on the rack body, and the rack body is stably stacked to reduce the size and area.

  In recent years, needs for large glass plates such as solar modules, liquid crystal displays (LCDs) and plasma displays (PDPs) used for solar power generation are increasing. Conventionally, a plate-like body is placed as a device for placing a plate-like body such as a large-sized glass plate such as a solar module used for photovoltaic power generation, a liquid crystal display (LCD), or a plasma display (PDP). A rack body having an L-shaped side surface having a gantry part standing vertically in a side view in a vertical direction is configured, and a back body part is desired on the front surface of the back member. In addition to being provided with an angle inclination, a gantry body having the mounting portion is provided below the back body.

  Then, when transporting a plate-like body such as a large glass plate, the rack body is arranged so that the protection arm provided so as to protrude on both sides of the rack body protrudes on both sides and the plate-like body is arranged between the protection arms. By leaning, assembling a front protection member on the front side of the plate-like body, pressing the plate-like body with a holding member, and placing the rack body, both-side protection arms, the front protection member, etc. on the entire periphery of the plate-like body, There is one that packs a plate-like body (for example, see Patent Document 1).

  Conventionally, as a distribution tool for a plate-like object such as a glass plate, a base portion capable of supporting the lower ends of a plurality of plate-like bodies such as a plurality of glass plates arranged in the front-rear direction, and both sides of the front portion of the base portion A pair of front struts erected on the outer surface, a pair of rear struts erected on both sides of the rear portion of the base portion, a rear cross beam spanned between the pair of rear struts, and corresponding front struts And a pair of left and right side crosspieces spanned between the rear columns, and when the transport of the plate-like body is completed, the logistics tool body is another logistics tool having the same configuration. A plate-like material distribution tool capable of realizing a mode of being stacked in a stacked manner with respect to a main body and a mode of being stacked in a nested manner, and interposed between a plurality of plate-like bodies on the base portion. A partition bar for each desired number of plate-like bodies is attached between the pair of side cross bars. Were those freely bridged been made in configuration (for example, see Patent Document 2.).

Japanese Patent No. 34331284 Utility Model Registration No. 3002526

  However, in the plate-like object placing apparatus described in Patent Document 1, the side L-shaped rack body has a large size such as a solar module, a liquid crystal display (LCD), a plasma display (PDP), or the like used for solar power generation. A plate-like body such as a glass plate is provided in front of the lower part of the back support member in a state leaning against the back support main body provided with an inclination on the front surface of the back support member that is erected substantially vertically in a side view. It is used for transportation by placing it on the pedestal, and when the rack body is not in use, there are no technical ideas such as stacking several rack bodies and returning them to compact or storing them. Not.

  In addition, the plate-like object mounting apparatus described in Patent Document 1 includes a protection arm provided on both sides of the rack body so as to protrude on both sides of the rack body to transport a plate-like body such as a large glass plate by the rack body. Standing on the rack body so that the plate-like body is arranged between the protective arms, the front protection member is assembled on the front side of the plate-like body, the plate-like body is pressed by the holding member, and the entire circumference of the plate-like body is In addition, the plate body is packed by arranging the rack body, both-side protection arm, front protection member, etc., and the outer surface of the plate body is covered and covered with a cover or cushioning material for protection Therefore, the surface of the transported plate-like object is damaged such as scratches, and dust and moisture are likely to adhere to it, resulting in poor product reliability.

  Further, the distribution tool for plate-like objects such as a glass plate described in Patent Document 2 is used to carry a plate-like body such as a glass plate between the corresponding front column and rear column on the base. A desired number of plate-like bodies are inserted between the pair of left and right side crosspieces that are detachably bridged between the crosspieces and transported by standing up. Therefore, the plate-like body mounting device described in Patent Document 2 is packed by covering the outer surface of the plate-shaped body with a cover or cushioning material during transportation, as in the invention described in Patent Document 1. Since it is not a protective structure, the surface of the plate-like body is easily damaged such as scratches, and dust and moisture are liable to adhere to it, impairing the reliability of the product.

  Moreover, the plate-like product distribution tool such as a glass plate described in Patent Document 2 is an embodiment in which the plate-like product distribution tool is stacked in a nested manner when the plate-like product distribution tool is used and returned or stored. In order to stack the physical distribution tools in a nested manner, the partition beam spanned between the pair of left and right side rails spanned between the corresponding front and rear columns on the base is removed. After that, it must be performed by placing the base part of the physical distribution tool body on the other base part, which requires a lot of time and labor.

  And the distribution tool for plate-like objects, such as a glass plate described in patent document 2, is stacked in a nested manner by placing the base part of the distribution tool body on the other base part as described above. Therefore, when transporting by truck, if it receives vibration or an external force such as an earthquake, the upper plate-like material distribution tool will move forward or float up and the stack will collapse and the stacking state will not be correct. It was stable.

  That is, conventionally, in order to place and transport a plate-like body such as a large glass plate, a plate is mounted on a back support body portion provided at a desired angle inclined to the front surface of the back support member of the rack body. A plate that is used to transport the rack body in a stable and compact manner when the rack body used for transporting the plate-like body is returned to the end of transportation or stored. There was no body mounting device.

  The present invention has been made to solve the above-mentioned conventional problems, and provides a plate-shaped body mounting device and a plate-shaped material transport device that can be stacked stably and compactly by a simple handling operation. For the purpose.

According to the first aspect of the present invention, the back of the side L-shaped rack body having a pedestal portion on which a plate-like body is placed in front of a lower portion of a back support member erected substantially vertically in a side view. A pedestal main body having a receiving body inclined at a desired angle on the front side of the receiving member, and a mounting portion having a slope inclined upward in the forward direction relative to the back receiving body. In the plate-shaped body mounting apparatus, the portion is provided so that the plate-shaped body can be mounted,
(A) The back support main body portion is provided to protrude in the front inner area surrounded by the left and right support columns standing opposite to the left and right and the upper and lower horizontal beams installed above and below the support columns, and ) The above-mentioned mounting part protrudes upward in a planar inner region surrounded by the left and right vertical beams horizontally provided in front of the lower part of the support column and the horizontal beams installed between the vertical beams. Provided,
It is characterized by that.

  Further, the invention according to claim 2 of the present invention is that, in claim 1, the back support main body part is opposed to the front in the middle of the inner side surface of the left and right support columns, and the base end side is attached. A first vertical locking portion provided on the upper surface of the side beam, a second vertical locking portion provided in the middle between the side beam and the upper end of the column, the first vertical locking portion, Two opposing back support main body vertical beams attached to the cross beam, the upper end of which is attached to the inside of the second vertical locking portion and inclined at the upper end between the upper ends of the columns, and the back main body A back support main body vertical beam attached to the horizontal beam in the middle of the vertical beam and having an upper end attached to the horizontal beam, and a back support main body cross beam constructed at the lower end of the back support main body vertical beam. It is characterized by that.

  According to a third aspect of the present invention, in the first or second aspect of the present invention, the first rack body stacked in the upper stage on the first vertical locking portion of the back body portion of the lower rack body. A vertical locking portion is locked, and a second vertical locking portion of the rack body that is stacked on the second vertical locking portion is locked on top, and is stacked on the back of the back support main body vertical beam. The rack main body longitudinal beam is provided so as to be superposed on a trajectory having different phases.

  Further, in the invention according to claim 4 of the present invention, in any one of claims 1-3, the gantry main body is provided in parallel to the inside of the left and right vertical beams and the middle between the vertical beams. A gantry main body bottom beam provided with a side surface tilted forward and backward between the other vertical beams, a gantry main body vertical beam erected at the rear of the gantry main body bottom beam, and in parallel between the vertical beams It is comprised by the base frame part horizontal beam constructed | assembled, and the leg part provided in the lower end part of the said support | pillar and the front end of the said vertical beam, and the lower part of the corresponding position of a rear end.

  According to a fifth aspect of the present invention, in any one of the first to fourth aspects, the gantry body portion standing beam of the upper rack body is provided on the gantry body portion standing beam of the gantry body portion. It is characterized by being.

The invention according to claim 6 of the present invention provides
(A) the plate-shaped body placing device according to any one of claims 1 to 5;
(B) By a flexible material, the back component piece, the left and right side component pieces that are connected to the left and right sides of the back component piece, and the outer side of the side component piece can be bent. It is possible to bend at the top of the back component piece by having a front half piece with a substantially half width that can be overlapped at the center of the front when assembled, and an upper piece and ear pieces that can be bent right and left. An upper component piece continuously connected to the lower portion, and a lower component piece that has an ear piece that can be bent to the left and right and that can be bent at the lower portion of the back component piece, and can be assembled. A cover provided so as to be deployable;
(C) a buffer member lined at least on the side component piece, the front component piece, and the upper component piece;
(D) a reinforcing plate having rigidity attached between the plate-like body arranged at the rearmost portion of the plate-like body stored in the cover and the back component piece;
(E) A belt that binds the cover provided to the rack body and fixes the plate-like body to the rack body.

  According to the first aspect of the present invention, the side surface of the L-shaped rack body having a gantry for placing a plate-like body in front of the lower portion of the back member that is erected substantially vertically in a side view. The back support member is provided with a back support main body inclined at a desired side angle on the front surface of the back support member, and a mounting portion that is inclined downward and forward with respect to the back support main body. In the plate-like object placing apparatus in which the gantry body part is provided so as to be able to place the plate-like body, the back support body part is erected on the left and right columns, and the upper and lower columns of the column. The upper and lower horizontal beams are provided to project from the front inner area surrounded by the upper and lower horizontal beams, and the gantry main body portion is installed between the vertical beams and the left and right vertical beams horizontally provided in front of the lower portion of the support column. The above-mentioned mounting part protrudes upward in the plane inner area surrounded by the horizontal beam. For example, solar modules used for photovoltaic power generation, large glass plates used for liquid crystal displays (LCDs) and plasma displays (PDPs), etc., intermediate products in the intermediate manufacturing process, and plate-like bodies such as aluminum plates are transported. In the side L-shaped rack body having a pedestal portion on which a plate-like body is placed in front of the lower part of the back member that is erected substantially vertically in side view, A plate is placed on the gantry main body provided with the above-mentioned mounting portion protruding upward in a planar inner area surrounded by the left and right vertical beams horizontally provided in front of the lower column and the horizontal beams installed between the vertical beams. A rack-like body is placed on the front surface of the back support member of the rack body, and a plate-shaped body packed in a back body portion inclined at a desired angle is provided on the front surface of the rack body, and is attached to the rack body. Belt The simple handling operation of fixing the plate-like body to the rack body by banding more plate-like body can be subjected to transportation of the plate-like body. Since the outer surface of the plate-like body is covered and protected by the packing means, the surface is hardly damaged, dust and moisture are hardly attached, and the reliability of the product is improved.

  In addition, when the plate-shaped body mounting device is returned or stored after the transportation of the plate-shaped body, the upper and lower rack bodies are erected with the back members facing each other at least in the left and right directions. The left and right struts and the horizontal beam are provided so as to be superposed on a trajectory whose phases are different in the front-rear direction, and the gantry part includes at least the left and right vertical beams and the horizontal beam provided between the vertical beams. By a simple handling operation of stacking in a stackable manner on a trajectory whose phases are different in the vertical direction, the plurality of rack bodies are reliably stacked by a simple handling operation.

  At this time, it is provided on the front side of the back support member of the side L-shaped rack body having a pedestal portion on which a plate-like body is placed in front of the lower part of the back support member that is erected substantially vertically in a side view. The lower rack body is provided in such a manner that the back body is protruded from the front inner area surrounded by the left and right columns vertically opposed to the left and right and the upper and lower horizontal beams installed above and below the columns. Since the lower back main body is fitted in the inner area surrounded by the left and right columns of the upper back member stacked on the top and the horizontal beam laid between the upper ends of the columns, the stacked rack main bodies are Movement is restricted. Further, the gantry main body having a mounting portion with a slope inclined upward in the lower part of the back support main body is provided between the left and right vertical beams horizontally provided in front of the lower portion of the support column and the vertical beams. Since the above-mentioned mounting portion is provided so as to protrude upward in a planar inner area surrounded by the horizontal beam, the upper mounting portion stacked on the mounting portion of the lower rack body However, the lower side of the plane is surrounded by the left and right vertical beams in the lower stage and the horizontal beam spanned between the vertical beams, and the rear side is different from the left and right vertical beams and the horizontal beam spanned between the vertical beams. Since the center of gravity is lowered and the center of gravity is lowered and placed stably, movement of the stacked rack bodies in the vertical direction, the horizontal direction, and the front-rear direction is restricted. Therefore, when racks are stacked and transported by truck, even if the stacked racks are subjected to vibrations or external forces such as earthquakes, the stacked upper racks are left and right and back and forth. It can be transported by stacking stably without shifting or moving up and down and floating.

  Further, according to the invention described in claim 2 of the present invention, in claim 1, the back support main body part faces forward substantially in the middle of the inner side surfaces of the left and right struts, and the base end side is A first vertical locking portion provided on an upper surface of the attached side beam; a second vertical locking portion provided between the side beam and an upper end of the support; and the first vertical locking portion. Two back support main body vertical beams attached to the cross beam, which are attached to the inner side of the upper part and the second vertical locking part, and whose upper ends are installed between the upper ends of the columns. Another back support body vertical beam attached to the lateral beam in the middle of the support body vertical beam and having an upper end attached to the horizontal beam; and a back support body cross beam constructed at the lower end of the back support body vertical beam; Because it is configured, the plate-like object placement device will be returned when transported or stacked when stored. The left and right first vertical locking portions of the upper rack body are locked to the left and right first vertical locking portions of the stacked lower rack body, and the left and right second vertical locking portions of the lower rack body are stacked. Since the left and right second vertical locking portions of the upper rack body are locked, the vertical movement of the stacked upper and lower rack bodies is restricted. In addition, the left and right struts of the back member in the upper rack body to be stacked are locked in the left-right direction with the left and right first vertical locking portions and the second vertical locking portion of the lower rack main body. The rack bodies to be stacked are restricted from moving in the left-right direction. Therefore, when racks are stacked and transported by truck, even if the stacked racks are subjected to vibrations or external forces such as earthquakes, the stacked upper racks are left and right and up and down. It can be transported in a stable stack without being displaced or moving up.

  According to the third aspect of the present invention, in the first or second aspect, the rack main body stacked on the first vertical locking portion of the back main body of the lower rack main body. The first vertical locking portion is locked, and the second vertical locking portion of the rack main body stacked on the second vertical locking portion is locked on the top, and the back main body vertical beam is stacked on the upper level. Since the vertical beam of the rack body of the rack body is provided on a trajectory with different phases, the mounting device of this plate-like body will be stacked when it is returned after being transported or stacked during storage The left and right first vertical locking portions of the upper rack body are locked to the left and right first vertical locking portions of the lower rack body thus formed, and the upper stage is connected to the left and right second vertical locking portions of the lower rack body. The rack main body is stacked because the left and right second vertical locking portions of the main rack body are locked. Movement in the vertical direction is restricted. In addition, since the vertical back beams of the rack body stacked on the upper stage of the rack body of the lower rack body are provided so as to be superposed on a trajectory having different phases, the stacked rack main bodies are in the front-rear direction. Movement is restricted. Therefore, when racks are stacked and transported by truck, even if they are subjected to vibrations or an external force such as an earthquake, the stacked upper racks will shift in the vertical direction and the front-rear direction, or float up. It can be stacked and transported stably without collapsing.

  According to the invention described in claim 4 of the present invention, in any of claims 1-3, the gantry main body is parallel to the inside of the left and right vertical beams and the middle between the vertical beams. A gantry main body bottom beam provided with a side surface inclined in the front-rear direction between the other vertical beams provided, a gantry main body vertical beam erected at the rear of the gantry main body bottom beam, and the vertical beam Since it is composed of the horizontal beam of the gantry main body laid in parallel and the legs provided at the lower ends of the columns and the lower ends of the corresponding positions of the front end and the rear end of the vertical beam, When the stacking device is returned when transported or stacked when stored, the vertical beam is provided in parallel to the inside of the left and right vertical beams of the stacked lower rack body and in the middle between the vertical beams. The upper side of the bottom frame of the gantry body with the sides inclined forward and backward Located on the trajectory of the gantry body portion bottom beams click body portion is out of phase, vertical, horizontal direction, the movement of the front-rear direction is restricted. Therefore, when racks are stacked and transported by truck, even if the stacked racks are subjected to vibrations or external forces such as earthquakes, the stacked upper racks are It can be transported by stacking stably without moving down or moving up and down and floating up. In addition, since the gantry main body is provided with legs at the lower ends of the left and right columns of the back member and the corresponding positions of the front and rear ends of the longitudinal beams of the gantry main body, these leg portions are provided. If the fork of the forklift is inserted into the opening provided between the racks, the rack body can be moved easily and reliably.

  According to the invention described in claim 5 of the present invention, in any one of claims 1-4, the gantry body part standing beam in the gantry body part is provided with an upper gantry body part standing beam. Therefore, when the rack bodies are stacked and transported by truck, the stacked rack bodies are subject to vibrations or external forces such as earthquakes. However, the stacked upper rack body can be transported stably stacked without shifting in the front-rear direction and collapsing.

  According to the invention described in claim 6 of the present invention, the plate-shaped body mounting device according to any one of claims 1-5 and a flexible material, the back component piece, Left and right side component pieces that are connected to the left and right sides of the back component piece so as to be bendable, and bendably connected to the outside of the side component piece so that the edge portion can be overlapped at the front center during assembly. A substantially half-width front component piece, an upper component piece thereof and an upper piece piece that is foldable to the left and right, and an upper component piece that is foldably connected to the upper part of the back component piece, and a lower part and a left and right piece thereof. A cover that is foldably connected to a lower portion of the back component piece, and that can be assembled and deployed, and the side component piece. , And the front component piece, the upper component piece, at least a cushioning member lined, and a desired number of pieces in the cover A rigid reinforcing plate attached between the rear plate component piece arranged at the rearmost part of the received transported plate-like object and the cover provided to the rack body is bound. And a belt for fixing the plate body to the rack body, for example, a solar module used for solar power generation, a large glass plate used for a liquid crystal display (LCD), a plasma display (PDP), etc. The intermediate product in the intermediate manufacturing process, and also the plate-like body such as an aluminum plate, when being transported, has a pedestal part on which the plate-like body is placed in front of the lower part of the back member that is erected substantially vertically in a side view. A plane surrounded by left and right vertical beams horizontally provided in front of the lower portions of the left and right support columns which are erected opposite to the left and right sides of the L-shaped side rack body and the horizontal beams installed between the vertical beams. Inside On the gantry main body provided with the mounting portion projecting upward, a flexible material and a back component piece, and left and right side component pieces continuously connected to the left and right of the back component piece, A substantially half-width front component piece that is connected to the outside of the side component piece so as to be bendable, and has an edge that can be overlapped at the center of the front when assembled, and an ear that can be bent to the top and left and right An upper component piece that has a piece and is connected to the upper portion of the back component piece so as to be bendable, and a lower portion thereof and an ear piece that can be bent right and left, and can be bent at the lower portion of the back component piece. A desired number of sheets are accommodated in a cover as an expanded packing means composed of a lower component piece continuously provided on the package and placed. Then, a plate-like body packed in a back body portion provided at a desired side is inclined on the front surface of the back member of the rack body, and is bound by a belt provided on the rack body. Thus, the plate body can be easily and reliably packed and transported by a simple handling operation of fixing the plate body to the rack body. Further, since the side component pieces, the front component pieces, and the upper component pieces are lined with at least a cushioning member, the rack bodies are subject to vibration during transportation or an earthquake. Even if it receives external force, it does not need to be damaged without cracking or being applied by the buffer member exhibiting buffering properties against the plate-like body. Thus, since the outer surface of the plate-like body is covered and protected by the packing means, the surface is hardly damaged, dust and moisture are hardly attached, and the reliability of the product is improved.

FIG. 1 is a perspective view showing an embodiment of a plate-like body mounting apparatus according to the present invention. FIG. 2 is a perspective view showing a state in which rack bodies are stacked in the same manner. FIG. 3 is also a front view. FIG. 4 is also a plan view. FIG. 5 is a side view showing a state in which the plate-like body is packed and transported by the packing means. FIG. 6 is a plan view showing a state where the cover constituting the present embodiment is developed. FIG. 7 is also a bottom view. FIG. 8 is a side view of the same. FIG. 9 is also a plan view of the state in which the cover is folded while leaving the lower component piece. FIG. 10 is also a central sectional view. FIG. 11 is a view taken along the line II in FIG. FIG. 12 is a horizontal sectional view showing a state where the cover is assembled in a substantially box shape for packing the plate-like body. FIG. 13 is also a central longitudinal sectional view. FIG. 14 is a view taken in the direction of arrows in FIG.

  The details of the present invention will be described below according to the best mode for carrying out the present invention with reference to the drawings.

  The embodiment of the plate-shaped body mounting device of the present invention has an L-shaped side surface having a gantry 3 for mounting the plate-shaped body G in front of the lower portion of the back support member 2 erected substantially vertically in a side view. The back support member 2 of the rack main body 1 is provided with a back support main body portion 4 inclined at a desired side angle θ on the front surface of the rack main body 1. For example, Patent Document 1 describes that the gantry body 6 having the mounting portion 5 with the inclination is a plate-like object mounting device provided so that the plate-like body G can be placed thereon. The configuration is the same as that of the plate-like body mounting device.

  However, in the present embodiment, the back support body 4 is composed of left and right support columns 7 and 7 erected on the left and right sides, and upper and lower horizontal beams 8 and 8 installed above and below the support columns 7 and 7. The left and right vertical beams 9 and 9 are provided so as to protrude from the enclosed front inner area N1 and the gantry body 6 is provided horizontally in front of the lower portions of the columns 7 and 7, and between the vertical beams 9 and 9 The mounting portion 5 is provided so as to protrude upward in a planar inner area N2 surrounded by the horizontal beams 10 and 10 installed on the upper side.

  When the rack body 1 transports the plate-like body G, the rack-like body G rests on the back support body portion 4 and is placed on the gantry body portion 6 to be carried. In this embodiment, as shown in the figure, when the plate-like body G is transported, the plate-like body G is put on the back body 4 and packed by the packing means 11. Packing by the packing means 11 is a representative example, and the packing means 11 is not necessarily used.

  When the rack body 1 is stacked, at the back support member 2, at least the support columns 7 and 7 and the cross beams 8 and 8 are provided so as to be superposed on a locus whose phases are different in the front-rear direction X. In the gantry 3, at least the left and right vertical beams 9, 9 and the horizontal beams 10, 10 installed between the vertical beams 9, 9 can be superimposed on a trajectory having a phase difference in the vertical direction Z. Stacked on.

  When the rack body 1 is stacked after transporting the plate-like body G, the upper rack stacked on the first vertical locking portions 13 and 13 of the lower back main body 4 as shown in FIG. The first vertical locking portions 13 and 13 of the main body 1 are locked, and the second vertical locking portions 14 and 14 of the upper rack main body 1 stacked on the second vertical locking portions 14 and 14 are locked, The back support main body vertical beams 15, 15, 15 are provided in a stackable manner on the trajectories having different phases in the back main body vertical beams 15, 15, 15 of the rack main body 1 stacked in the upper stage.

  Examples of the plate G include a solar module used for photovoltaic power generation, a large glass plate used for a liquid crystal display (LCD), a plasma display (PDP), etc., an intermediate product in an intermediate production process, and an aluminum plate. Is mentioned.

  As shown in FIG. 3, the back support body 4 is formed on the upper surfaces of the side beams 12 and 12 which are opposed to the front in the middle of the inner surfaces of the left and right support columns 7 and 7 and are attached to the base ends. First vertical locking portions 13, 13 provided, and second vertical locking portions 14, 14 provided in the middle between the installation positions of the side beams 12, 12 and the upper ends of the columns 7, 7, The horizontal beam 8 is attached to the inside of the first vertical locking portions 13 and 13 and the second vertical locking portions 14 and 14 so as to be inclined at the side, and the upper end of the horizontal locking beam 8 is installed between the upper ends of the columns 7 and 7. Two opposing back support main body longitudinal beams 15 and 15 attached to each other, and another back support attached to the transverse beam 8 with an upper end attached to the middle of the back support main body vertical beams 15 and 15 A main body vertical beam 15 and a back main body cross beam 8 'installed on the lower ends of the back main body vertical beams 15, 15, and 15 are constituted. The number of installation of the back support main body longitudinal beams 15 is not limited, and increase / decrease / change can be freely performed.

  As shown in FIG. 4, the gantry body 6 has side surfaces between the inside of the left and right vertical beams 9, 9 and between the vertical beams 9, 9 provided in parallel between the vertical beams 9, 9. Gantry main body bottom beams 16, 16, 16 provided to be inclined in the front-rear direction, and gantry main body stand beams 17, 17, 17 erected at the rear of the gantry main body bottom beams 16, 16, 16; The vertical beam 9, 9; 9, 9 of the gantry body part of the gantry body, 18; 18, 18, the lower end of the column 7, 7 and the vertical beam 9, 9; Leg portions 19, 19, 19, 19; 19, 19, 19, 19 provided below the corresponding positions of the front end and the rear end. The number of installed vertical beams 9, 9; 9, 9 is not limited and can be increased or decreased freely.

  As shown in FIGS. 6 to 14, the packing means 11 as a transport device is made of a flexible material and is connected to the left and right sides of the back component piece 20 so as to be foldable on the left and right sides of the back component piece 20. The front part structure of the substantially half width in which the edge parts 2a and 2a are superposed on the outer side of the part part pieces 21 and 21 and bendably connected to the outside of the side part pieces 21 and 21 at the center of the front face when assembled. An upper component piece 23 having two pieces 22 and 22 and ear pieces 23a, 23b, and 23c that can be bent on the left and right sides, and connected to the upper portion of the back component piece 20 so as to be bent; In addition, a cover 25 having a lower component piece 24 which has ear pieces 24a, 24b and 24c which can be bent to the left and right and which is connected to the lower portion of the back component piece 20 so as to be bendable can be assembled and deployed. The side component piece 21 and the front component piece 22, 22, A desired number of the plate-like bodies G are accommodated in the part-constituting piece 23 and at least the buffer members 26A, 26B, 26C lined, and the cover 25. The plate 25 is fixed to the rack body 1 by binding the cover 25 to the rigid reinforcing plate 27 that is attached to the rack body 1 in order to improve handling and prevent loss. The rack body 1 includes belts 28, 28, and 28. The belts 28, 28, 28 are provided in the rack body 1 so as to be detachable by means of a belt insertion fitting 30 provided in the back support body 4. 31 is a cushioning material made of rubber and cloth provided on the upper surface of the gantry body bottom beam 16.

  The plate-shaped body mounting device of the present invention has the above-described configuration. For example, a solar module used for photovoltaic power generation, a large glass plate used for a liquid crystal display (LCD), a plasma display (PDP), etc. In order to transport the intermediate product and the plate-like body G such as an aluminum plate, for example, first, as shown in FIG. 1, FIG. 3, FIG. 4, FIG. The lower front part of the left and right support columns 7, 7, which are erected on the left and right sides of the L-shaped rack body 1 having the gantry 3 on which the plate-like body G is placed in front of the lower part of the back support member 2. The pedestal main body in which the mounting portion 5 is provided so as to protrude upward in a planar inner area N2 surrounded by the left and right vertical beams 9, 9 provided in the frame and the horizontal beam 10 provided between the vertical beams 9, 9. On the portion 6, the plate-like body G is as shown in FIGS. A flexible material is connected to the back component piece 20, the left and right side component pieces 21 connected to the left and right sides of the back component piece 20, and the side component pieces 21. At the center of the assembly, there are substantially half-width front component pieces 22 and 22 that can be overlapped at the front center, and ear pieces 23a, 23b, and 23c that can be bent at the top and left and right. The upper component piece 23 connected to the upper portion of the back component piece 20 so as to be foldable, the lower portion thereof, and the ear pieces 24a, 24b, 24c that can be bent right and left. A desired number of sheets are housed, packed, and placed in a cover 25 as unfolded packing means 11 composed of a lower component piece 24 that is continuously connected to bendable. At this time, in the case where the plate-like body G is a solar module, about 50 solar modules can be packed and placed in one packing means 11, and the solar modules are scratched. In order to prevent it from sticking, protection is provided through a slip sheet.

  Then, as shown in FIG. 5, a plate-like body G packed in a back body 4 provided on the front surface of the back body 2 of the rack body 1 with an inclination of a desired side angle .theta. The plate body G can be packed by a simple handling operation in which the plate body G is fixed to the rack body 1 by binding the belt body 28 with the belts 28, 28, 28 provided on the rack body 1 in the upper and lower stages and the front center. The plate-like body G is placed on the rack body 1 and can be transported.

  At this time, the plate-like body G is a plate-like body G packed in the back-supporting main body portion 4 provided on the front surface with respect to the back-receiving member 2 of the rack main body 1 and inclined at a desired side angle θ. Since the rack body 1 is bound and held by the belt 28, 28, 28 provided on the rack body 1 in two upper and lower stages and in the center of the front, the plate body G can be packed and transported reliably. Moreover, since the packing operation and the opening operation of the plate-like body G with respect to the cover 25 as the packing means 11 can be performed on the gantry body portion 6 of the rack body 1, the plate-like body G is unpacked after being opened. The shape G can be quickly and smoothly removed from the cover, and after the plate-like body G is taken out, the cover 25 can be easily removed from the gantry body 6 and folded, so that it does not get in the way. Moreover, the cover 25 can be removed by removing the belts 28, 28, 28 from the rack body 1.

  Further, at least the buffer members 26A, 26B, and 26C are lined on the left and right side component pieces 21 and 21, and the left and right front component pieces 22 and 22 and the upper component piece 23. Even when the rack bodies 1, 1... Are subjected to vibrations or an external force such as an earthquake during the transportation of the body G, the buffer members 26 </ b> A, 26 </ b> B, 26 </ b> C are buffered against the plate-like object G. By exhibiting the properties and mitigating the impact, the plate-like body 5 is not broken or applied, and is not damaged. Thus, since the outer surface of the plate-like body G is covered with the packing means 11 and exhibits sealing properties, the plate-like body G is protected from scratches, dust and moisture, and the reliability of the product is improved. . The buffer members 26A, 26B, and 26C are lined with the side component pieces 21 and 21, the front component pieces 22 and 22, and the upper component piece 23 as described above. When packing G with the cover 25, the effort of interposing a buffer member individually can be reduced.

  When the plate-like object placing device of the present invention is returned after being transported or stored, for example, as shown in FIG. 5, the upper and lower rack bodies 1, 1. The members 2, 2... Are provided so that they can overlap each other on a trajectory whose phases are different from each other in the front-rear direction X. A simple handling in which the portion 3 is stacked so that at least the left and right vertical beams 9 and 9 and the horizontal beam 10 installed between the vertical beams 9 and 9 are superposed on a trajectory whose phase is different in the vertical direction Z. By the operation, a plurality of, for example, five or more rack bodies 1, 1... Are reliably stacked by a simple handling operation.

  At this time, with respect to the back support member 2 of the side L-shaped rack body 1 having the gantry 3 on which the plate-like body G is placed in front of the lower portion of the back support member 2 erected substantially vertically in a side view. A front inner region in which a back support body portion 4 provided on the front surface of the lever is surrounded by columns 7 and 7 erected on the left and right sides and upper and lower horizontal beams 8 and 8 installed above and below the columns 7 and 7. Since it is provided so as to protrude from N1, it is surrounded by the left and right columns 7, 7 of the upper back support member 2 stacked on the lower rack body 1 and the horizontal beam 8 laid between the upper ends of the columns 7, 7. Since the lower back support body 4 is fitted in the front inner area N1, the rack bodies 1, 1... Stacked are restricted from moving in the front-rear direction X and the left-right direction Y.

  Moreover, the back support main body 4 is provided on the upper surfaces of the side beams 12 and 12 which are opposed to the front in the middle of the inner surfaces of the left and right support columns 7 and 7 and are attached to the base ends. A first vertical locking portion 13, 13, a second vertical locking portion 14, 14 provided in the middle between the installation position of the side beams 12, 12 and the upper end of the column 7, 7; Opposite sides of the vertical locking portions 13 and 13 and the second vertical locking portions 14 and 14 which are attached to the lateral beams 8 which are attached to the inner sides of the support columns 7 and 7 with the upper ends thereof being inclined. Two back support main body vertical beams 15 and other back support main body vertical beams 15 attached to the horizontal beam 8 with the upper end attached to the intermediate between the back support main body vertical beams 15 and 15; Since it is constituted by a back support main body transverse beam 8 'installed at the lower end of the back support main body vertical beam 15, 15, 15, the plate-shaped body mounting device is When transported and returned, or stacked when stored, the left and right first vertical locking portions 13 and 13 of the lower rack body 1 are stacked on the left and right first vertical locking portions of the upper rack body 1. The portions 13 and 13 are locked, and the left and right second vertical locking portions 14 and 14 of the upper rack body are locked to the left and right second vertical locking portions 14 and 14 of the lower rack body 1. The upper and lower rack bodies 1, 1... Stacked are restricted to double movement in the vertical direction Z, and the load of the upper rack body 1, 1. The vertical locking portions 13 and 13 and the second vertical locking portions 14 and 14 are distributed and added. Moreover, the left and right struts 7 and 7 of the back support member 2 in the upper rack body 1 to be stacked are the left and right first vertical locking portions 13 and 13 and the second vertical locking portion 14 of the lower rack main body 1. , 14 are locked in the left-right direction Y, so that the stacked rack bodies 1, 1,. Accordingly, when the rack bodies 1, 1... Are stacked and transported by truck when not in use, the stacked rack bodies 1, 1... Are subjected to vibrations or external forces such as earthquakes. The stacked upper rack body 1 can be stably stacked and transported without shifting in the left-right direction Y and the up-down direction Z or collapsing and lifting.

  In addition, the gantry main body 6 having a mounting portion 5 inclined to the front rising gradient α at the lower portion of the back support main body 4 is provided in the left and right vertical positions provided in the same width in front of the lower portions of the columns 7 and 7. The mounting portion 5 is provided so as to protrude upward in a plane inner area N2 surrounded by the beams 9, 9 and the horizontal beam 8 laid between the vertical beams 9, 9 with a forward rising gradient α. Therefore, the mounting portion 5 of the upper rack body 1 stacked on the lower mounting portion 5 includes the lower left and right vertical beams 9 and 9 and the horizontal beam 10 installed between the vertical beams 9 and 9. The rear side of the mounting portion 5 is stacked in a lower part than the left and right vertical beams 9 and 9 and the horizontal beam 8 laid between the vertical beams 9 and 9 in a plane inner area N2 surrounded by , The center of gravity is lowered, and the rack bodies 1, 1. Right Y, the movement in the longitudinal direction X is restricted. Accordingly, when the rack main bodies 1, 1... Are stacked and transported by truck, the stacked rack main bodies 1, 1... Are stacked even if they are subjected to vibrations or external forces such as earthquakes. Further, the upper rack body 1 can be stably stacked and transported without shifting in the left-right direction Y, the front-rear direction X, or moving up and down in the up-down direction Z and falling apart.

  Further, the gantry main body 6 has a side surface that rises forward and backward between the vertical beams 9 and 9 provided in parallel to the inside of the left and right vertical beams 9 and 9 and between the vertical beams 9 and 9. The gantry body part bottom beams 16, 16, 16 provided at an inclination α, and the gantry body part standing beams 17, 17, 17, which are erected at the rear of the gantry body part bottom beams 16, 16, 16, The main beam of the gantry main body 18, 18; 18, which is installed in parallel between the vertical beams 9, 9, and the lower ends of the columns 7, 7 and the vertical beams 9, 9; The front and rear leg portions 19, 19, 19, 19; 19, 19, 19, 19 provided below the corresponding positions of the front end and the rear end of When the apparatus is returned to the end of transportation or stacked when stored, the inside of the left and right vertical beams 9 and 9 of the stacked lower rack body 1 and the vertical beams 9 and 9 are stacked. The rack body at the upper stage with respect to the bottom beam 16, 16, 16 of the gantry body portion of the front rising slope α provided with the side surfaces inclined forward and backward between the longitudinal beams 9, 9 provided in parallel with the middle When one base frame 16, 16, 16 is positioned on a locus having a different phase, movement in the vertical direction Z, the horizontal direction Y, and the front-rear direction X is restricted. Therefore, when the rack main body 1 is stacked and transported by truck, the stacked rack main bodies 1, 1... Are stacked even if they are subjected to vibrations or external forces such as earthquakes. 1 can be stacked and transported stably without shifting in the front-rear direction X and the left-right direction Y, or moving up and down in the vertical direction Z.

  Further, the rack body 1 is stacked in the front-rear direction X because the gantry main body standing beam 17 of the upper rack body 1 stacked on the gantry main body standing beam 17 of the gantry main body portion 6 is stacked in the front-rear direction X. The movement of the upper and lower rack bodies 1, 1... In the front-rear direction X is restricted, and when the rack bodies 1, 1... Are stacked and transported by truck, the stacked rack bodies 1, 1. Even if they are subjected to vibrations or external forces such as earthquakes, the stacked upper rack bodies 1 can be stably stacked and transported without shifting in the front-rear direction X and collapsing.

  In addition, the gantry main body 6 is provided below the corresponding positions of the lower ends of the left and right columns 7, 7 of the back support member 2 and the front and rear ends of the vertical beams 9, 9, 9, 9, 9 of the gantry main body 6. Are provided with leg portions 19, 19, 19, 19; 19, 19, so that a fork lift or hand lift fork (not shown in the drawing) is provided in an opening K provided between the leg portions 19, 19. ) Can be easily and reliably moved.

  The present invention is suitable for applications and functions in which stacking can be performed stably and compactly by a simple handling operation.

DESCRIPTION OF SYMBOLS 1 Rack main body 2 Back support member 3 Mount part 4 Back support body part 5 Mounting part 6 Mount main body part 7 Support column 8 Horizontal beam 9 Vertical beam 10 Horizontal beam 11 Packing means 12 Side beam 13 1st vertical locking part 14 2nd vertical connection Stop 15 Back body vertical beam 16 Base body bottom beam 17 Base body vertical beam 17 Base body horizontal beam 19 Leg 25 Cover 26A Buffer member 26B Buffer member 26C Buffer member 27 Reinforcement plate 28 Belt θ Angle α Forward slope X Longitudinal direction Y Horizontal direction Z Vertical direction

Claims (6)

A back support is provided on the front side of the back support member of the side L-shaped rack body having a pedestal portion on which a plate-like body is placed in front of a lower part of the back support member that is erected substantially vertically in a side view. The main body is provided with a desired side inclined at a desired angle, and the gantry main body having a mounting portion with a slope inclined upward to the lower side with respect to the back support main body is provided so that the plate-like body can be placed thereon. In the placed plate-like object mounting device,
(A) The back support main body is provided to protrude in a front inner area surrounded by left and right support columns erected opposite to the left and right, and upper and lower horizontal beams installed above and below the support columns,
(B) The mounting part projects upward in a planar inner area surrounded by the left and right vertical beams horizontally provided in front of the lower part of the support column and the horizontal beams installed between the vertical beams. Provided,
A plate-like body mounting apparatus characterized by the above.   A first vertical locking portion provided on an upper surface of a side beam having a base end attached to the back main body portion facing forward substantially in the middle of the inner side surfaces of the left and right support columns; A second vertical locking portion provided in the middle between the beam and the upper end of the column; and an upper end of the second vertical locking portion that is attached to the inner side of the first vertical locking portion and the second vertical locking portion with an inclined side surface. Are attached to the transverse beam, which are installed between the upper ends of the columns, and are opposed to each other, and the upper end is attached to the transverse beam. The plate-shaped body mounting according to claim 1, characterized in that it is constituted by another back support main body vertical beam and a back support main body cross beam installed at a lower end of the back support main body vertical beam. apparatus.   The first vertical locking portion of the rack body stacked on the first vertical locking portion of the back body portion of the lower rack main body is locked, and the upper vertical stacking portion is stacked on the second vertical locking portion. The rack body main body second vertical locking portion is locked, and the back main body vertical beam is stacked on the trajectory with the rack main body vertical beam stacked on the upper stage in a different phase. The plate-shaped body mounting apparatus according to claim 1 or 2,   The gantry main body portion has a gantry main body bottom beam whose side surfaces are inclined forward and backward between the vertical beams provided in parallel to the inside of the left and right vertical beams and in the middle between the vertical beams, and the gantry Corresponding positions of the gantry main body standing beam erected at the rear of the main body bottom beam, the gantry main body horizontal beam laid in parallel between the vertical beams, the lower end of the column and the front and rear ends of the vertical beam The plate-like body placing device according to claim 1, wherein the plate-like body placing device is configured by a leg portion provided at a lower portion of the plate-like body.   The mounting device for a plate-like body according to any one of claims 1 to 4, wherein the gantry body part standing beam of the upper rack body is provided on the gantry body part standing beam in the gantry body part. . (A) the plate-shaped body placing device according to any one of claims 1 to 5;
(B) By a flexible material, the back component piece, the left and right side component pieces that are connected to the left and right sides of the back component piece, and the outer side of the side component piece can be bent. It is possible to bend at the top of the back component piece by having a front half piece with a substantially half width that can be overlapped at the center of the front when assembled, and an upper piece and ear pieces that can be bent right and left. An upper component piece continuously connected to the lower portion, and a lower component piece that has an ear piece that can be bent to the left and right and that can be bent at the lower portion of the back component piece, and can be assembled. A cover provided so as to be deployable;
(C) a buffer member lined at least on the side component piece, the front component piece, and the upper component piece;
(D) a reinforcing plate having rigidity attached between the back plate constituting piece and the one arranged at the rearmost part of the transported plate-like object stored in the cover in a desired number;
(E) A plate-like material transporting device comprising: a belt that binds the cover provided on the rack body and fixes the transported plate-like object to the rack body.

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