JPH06115584A - A-type and l-type storing device of large-sized plate like glass sheet - Google Patents

Abstract

PURPOSE:To store a large-sized board-shaped article effectively while being housed by providing a jig claw passing portion for taking a lower end claw portion of a loading jig in and out of a side, for installing a device in a space effectively. CONSTITUTION:When a large-sized plate G leaned on a leaning main body 13 is taken out, it is transferred to the inner side from the side of the leaning main body 13 in a state where a supporting claw 3 of the loading jig 1 is protruded in a supporting claw passing portion 15 of a storing device 11. The loading jig 1 is raised when it is arranged along the large-sized plate G. Thereby, the lower edge of the large-sized plate G is supported on the upper surface of the supporting claw 3, so as to be taken out of the storing device 11. While, when the large-sized plate G is leaned, the loading jig 1 holding the large-sized plate G is lowered along the leaning main body 13. Thereby, the lower edge of the large-sized plate G is supported on the upper surface of a lower edge supporting portion 14, and the supporting claw 3 is guided into a supporting rod passing portion 15. After that, the jig 1 can be taken out by being moved to the side.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a storage device having a large plate-like object such as a glass plate for a building, which has an A-shape and an L-shape in a side view.

[0002]

2. Description of the Related Art For example, as a glass plate for buildings, 25
Very large size such as 00mm × 4000mm may be used, but such a large glass plate is manufactured at each factory, then once transported to the glass processing center, and then used as a base. Generally, it is distributed after undergoing a process in which it is processed to its original size and then delivered to each construction site. For this reason, the glass processing center is equipped with a storage warehouse for storing a large number of large-sized glass plates of various types in small lots.

In this storage warehouse, a large glass plate is stored in a standing state so that it can be easily stored and taken out and a large number of glass plates can be stored. A so-called leaning type storage device is provided.

As such a storage device, conventionally, for example, a storage device (101) as shown in FIG. 15 has been used. The storage device (101) is configured by arranging a large number of unit storage devices (102) ... Each unit storage device (102), as shown in FIG.
A leaning main body (103) having an isosceles triangular frame structure in a side view, and a plurality of widthwise supporting and grounding portions provided at the lower end of the leaning main body (103) so as to project in the front-rear direction. Of the foot portions (104), (104), (104), and the lower surfaces of the foot portions (104), (104), (104) are grounded to the floor surface (F). In addition, both the front and rear of the leaning main body (103), the hanging portions (103a) (103a) are formed on a relatively gentle inclined surface of 7.5 ° with respect to the vertical surface in consideration of storage stability during an earthquake. Therefore, the large glass plate (G) is prevented from falling down in an earthquake up to seismic intensity 4.

In this storage device (101), the large glass plate (G) is placed in an upright state, and the lower edge of one of the unit storage devices (102) has its foot (104) (104).
) (104) is supported on the upper surface, and one side thereof is leaned against the main body (103) for storage.

On the other hand, recently, a cargo handling jig (1) also called a glove as shown in FIG. 13 has been proposed for the purpose of carrying a large glass plate (G).

This loading jig (1) is a large glass (G).
A jig main body (2) having a flat frame structure is provided along one side of the base plate, and a pair of left and right support claws (3) is provided at the lower end part thereof.
(3) is provided in a state of projecting forward, and a pair of left and right L-shaped hooking pieces (4) (4) are provided at upper and lower positions of the jig body (2), and A hanging engagement piece (5) for hanging a crane hook (6) is attached to the center of the upper edge of the jig body (2).

The loading jig (1) is attached to the large glass plate (G) by arranging the jig main body (2) along one side of the large glass plate (G) and supporting claws ( 3)
It is said that (3) is arranged below the lower edge of the large glass plate (G), and then the hooking pieces (4) and (4) are moved up and down to be hooked on the upper edge of the glass plate (G). Is done in this way. Alternatively, while lowering the cargo handling jig (1) along the large plate-like object (G), the hooking pieces (4) and (4) are hooked on the upper edge of the glass plate (G) in the process, and then, , Support nail (3) (3)
Is wrapped around under the lower edge of the glass plate (G).

When the large glass plate (G) is conveyed, the crane hook (6) hung on the hanging engagement piece (5) of the cargo handling jig (1) is lifted to bring the whole into a suspended state. Done.

Then, the storage work for leaning the large glass plate (G) on the storage device (101) and the large glass plate (G)
The work of taking out the product from the storage device (101) is also performed with the large glass plate (G) held by the jig (1) as described above.

[0011]

However, in the conventional storage device (101) as described above, for example, when the large glass plate (G) is taken out, the large glass plate (G) is handled as described above. To attach the jig (1), the cargo handling jig (1) is arranged between the adjacent leaning body parts (103, 103) as shown in FIG. The supporting claws (3) and (3) of the jig (1) are positioned below the lower edge of the glass plate (G) by pushing the supporting claws (3) and (3).
Need to be inserted in the gap between the glass plate (G) and the warehouse floor surface (F) between the feet (104), (104), (104). Therefore, in the storage device (101), a storage space for the glass plates (G) is secured in the arrangement direction of the unit cargo handling devices (102) ... 3) (3) the foot (104) of the device (101)
Even if a large glass plate (G) is supported in a fully loaded state, a jig with a relatively large space (1) to allow the vertical movement of the large glass plate (G) can be freely moved up and down. Therefore, a large space is required for installing the storage device (101) and the large glass plate (G) cannot be stored efficiently.

Further, the storage device (101) as described above is
The large glass plate (G) is simply leaned against the main body (103) ... Therefore, as described above, the leaning part (103a) of the main lean (103a) is considered in consideration of storage stability during an earthquake. ) It is necessary to set the inclination angle of (103a) to the above-mentioned gentle angle, and as a result,
The leaning main body (103) of the unit storage device (102) has a large occupied width in the front-rear direction.
A large space is required to install the storage device (101),
In addition, there is a problem that the large glass plate (G) is not stored efficiently with a storage efficiency.

In view of the above-mentioned conventional problems, the present invention allows the device to be installed in a space-friendly manner,
An object of the present invention is to provide a storage device for large plate-like objects such as glass plates, which can store large-sized plate-like objects such as various kinds of large glass plates with high storage efficiency.

[0014]

For the above-mentioned purpose, the first
Of the present invention, a leaning main body portion against which a large plate-like object such as a glass plate is leaned, and a lower edge support for supporting the lower edge of the leaning large plate-like object provided in a protruding state at the lower end portion of the leaning main body portion. And a jig claw threading part provided below the lower edge support part and through which the lower end support claws of the jig for loading and unloading a large plate-like object are inserted and removed from the side. To do
The gist is a storage device for large plates such as glass plates.

A second aspect of the present invention is such that a large-sized plate-shaped object such as a glass plate is leaned against the large-sized plate-shaped object, and the large-sized plate-shaped object is leaned against the large-sized plate-shaped object. A gist is a storage device for a large plate-like object such as a glass plate, characterized in that it is provided with a tilt-preventing engagement means for preventing tilting in a direction opposite to the direction.

[0016]

In the first aspect of the invention, when a large plate-shaped object leaning against the leaning main body is taken out, the loading jig is placed in a state in which the supporting claws of the jig are projected into the jig claw passing portion of the storage device. While holding it, the leaning body is moved from the side to the inside. As a result, the cargo handling jig is moved inward while maintaining a state of being very close to the leaning main body. Then, when the cargo handling jig is placed along the large plate-shaped object, the cargo handling jig is raised. Then, the lower edge of the large plate-shaped object is supported on the upper surface of the support claw, and the large plate-shaped object is held by the loading jig and taken out from the storage device.

Further, when carrying out a storage operation of leaning a large plate-like object on the leaning body, the cargo handling jig holding the large plate-like object is lowered along the leaning body. Then, in the process, the lower edge of the large plate-like object is supported on the upper surface of the lower edge supporting portion of the device, and the supporting claw of the jig is introduced into the supporting claw passing portion of the device. Thereafter, the jig is taken out by shifting the jig laterally while holding the jig with its supporting claw protruding into the through portion. This allows
The jig is taken out in a state of being very close to the leaning main body.

Therefore, in both the operation of taking out and storing the large plate-like object, the loading / unloading of the loading / unloading jig to / from the storage device is always performed by leaning the loading jig to the main body by using the jig claw passing portion. It can be performed in a very close state, so the space for loading and unloading operations of the cargo handling jig on the leaning side of the leaning body can be greatly reduced, and the storage device can be installed in a warehouse in a space-friendly manner. Thus, the large plate-like object is stored efficiently.

Further, in the second aspect of the invention, the large plate-shaped object leaning against the leaning main body is held by the tilt-preventing engagement means in a state in which tilting in the opposite leaning direction is blocked.
Therefore, even if the leaning angle of the leaning portion of the leaning main body portion is set to be severe, a stable storage state can be maintained against an earthquake or the like. Therefore, the leaning angle of the leaning portion of the leaning main body portion can be made severe. As a result, the occupying width of the leaning main body in the front-rear direction can be reduced, the storage device can be installed in a space advantageous in a warehouse, etc., and a large plate-shaped object can be stored efficiently.

[0020]

EXAMPLE Next, an example in which the present invention is applied to a storage device for a large plate-shaped object in which a plurality of large glass plates are laminated and unitized will be described.

The storage device of the present invention is preferably used for storage of large glass plates, but is not limited to this, and other large plate-like materials such as large synthetic resin plates. Needless to say, it can be widely used for storage.

A type storage device (11) according to the first embodiment
As shown in FIGS. 1 to 6, particularly FIG. 2, a plurality of unit storage devices (12) ... Are arranged in parallel. The unit storage device (12) 1
In some cases, the storage device is composed of individual pieces.

In the unit storage device (12) shown in FIG. 1, (13) is a leaning main body part, (14) (14) (14),
(14), (14) and (14) are lower edge support portions, (15) and (15) are jig claw threading portions, and (16) and (16) are side edge locking type tilting prevention engaging means.

The leaning main body (13) has leaning leaning portions (13a) (13a) at the front and rear, and has an A-shaped isosceles triangular shape in a side view. Leaning part (13a) (13a
The inclination angle of) is set to a severe angle of 2 ° with respect to the vertical plane.

Each of the leaning portions (13a) (13a) of the leaning main body portion (13) has three vertical aggregates (17) for leaning.
(17) (17), (17), (17), and (17) are inclined at the above-mentioned inclination angle and are arranged at predetermined intervals in the left-right direction. The leaning body part (13) has front and rear corresponding vertical aggregates (17), (17), (17), (17), and (17) (17) connected at the top of the upper end, and the lower end of the leaning back and forth. The horizontal aggregates (19) (20) (2) connected to the upper surfaces of both ends of the grounding feet (18) (18) (18) extending in the direction
In (0), the whole structure is formed into a frame structure.

Lower edge support (14) (14) (14), (14)
(14) (14) supports the lower edge of the large plate-like object (G) that is leaned against the leaning portions (13a) (13a) of the leaning body portion (13). The leaning body portion (13) is grounded. The vertical aggregates (17), (17), (17), (17), (17) are located at a predetermined distance above the foot parts (18) (18) (18).
It is provided in a protruding state on the outer surface side of (17).

The cargo handling jig supporting claw passing portions (15) (15) include the lower edge supporting portions (14) (14) (14), (14) (14) (14),
As described above, since it is provided at a predetermined distance above the grounding foot portions (18), (18), (18), the space is formed between them and extends in the left-right direction. As shown in FIG. 3 and FIG. 4, the cargo handling jig (1) has its lower end supporting claws (3) (3) projecting from this through part (15), thereby forming a leaning part. (13a) can be moved to the left and right without any obstacle while being very close to it.

In the jig support claw passing portions (15) (15),
As shown in Fig. 1, the main guide (2
2) is provided. A main guide groove (22a) extending in the left-right direction is formed on the side surface of the main guide (22), and the cargo handling jig (1) is placed in the main guide groove (22a).
By projecting the lower end support claws (3) (3), the support claws (3) (3) can smoothly move without interfering with the grounding foot part (18), the lower edge support part (14), or the like. It is designed to guide you through the through section (15).

This main guide (22) consists of left and right vertical aggregates (1
7) A support pawl elevating device that is extended in such a manner as to leave a constant gap space between the support pawl and the support pawl (3) (3) of the cargo handling jig (1). It is used as a through portion (24) (24).

Further, a positioning stopper (25) is provided at one end portion of the jig claw passing portion (15) in the left-right direction, and one side of the cargo handling jig (1) transferred from the other end side is provided therewith. The abutment causes the jig (1) to become a large plate-like object (G).
Is automatically set to a predetermined proper arrangement state for holding and supporting.

Further, on the other end side of the jig claw passing portion (15),
The extension guide (26) is provided so as to project laterally. The extension guide (26) is provided with an extension guide groove (26a) coaxially arranged with the main guide groove (22a) of the main guide (22) on the side surface of the extension guide (26). ), The supporting claws (3) and (3) are vertically slid and passed through the extension guide groove (26a) at the lateral position of the main body (13).
Support claw (3) for the main guide groove (22a) of the main guide (22)
The feeding of (3) can be performed easily and smoothly in terms of work.

The tilt preventing engagement means (16) (16) prevent the large plate-like object (G) leaning against the leaning portions (13a) (13a) from leaning, and the height of the leaning main body (13). At the intermediate position in the direction, they are arranged symmetrically in the front-rear direction in a state of being incorporated in the leaning main body (13).

Each tilting prevention engaging means (16) has right and left retaining rods (28) and (28) having J-shaped retaining portions (28a) as shown in FIG. 6 at the outer ends thereof. I have it. And
This latching rod (28) (28) has its latching part (28a).
Thrust bearings (29) provided in the frame structure of the leaning main body (13) at two positions in the front and rear of the middle portion in the longitudinal direction when the (28a) is projected laterally of the leaning main body (13). It is supported by (29), (29) and (29), whereby it is held so as to be able to advance and retract toward the side. Further, the outer peripheral shape of the transverse cross section in the middle portion of each rod (28) is formed in a deformed shape such as a square, and each bearing (2
The rod through hole of 9) is also formed in an irregular shape such as a quadrangle corresponding to the inner peripheral shape of the cross section, which allows the rod (28) to be formed.
The J-shaped hooking portion (28a) formed at the end of the is held substantially horizontally outward.

With this structure, the latch rod (2
8) is leaned from the side and moved to the side of the main body (13), whereby the J-shaped hooking portion (28a) of the rod (28) is moved.
Is fitted to the side edge of the large plate-like object (G) that is erected by the leaning main body part (13) in the height direction, whereby the large plate-like object (G) tilts in the opposite leaning direction. Is held in a blocked state.

Then, both rods (28) (28) are moved so that the left and right latching rods (28) (28) interlock with each other to move forward and backward.
An interlocking mechanism (30) is interposed between them. As shown in FIG. 5, this interlocking mechanism (50) has a pivot link pin (31) provided between the front and rear central longitudinal aggregates (17) (17) and a first link (32) at the center thereof. Is rotatably supported in the portion, and one ends of the second links (33) (33) are pivotally attached to both ends of the first link (32) by pivot pins (34) (34). Further, a link mechanism in which the inner ends of the retaining rods (28) (28) are pivotally attached to the other ends of the second links (33) (33) by pivot pins (35). is there. By adopting such an interlocking mechanism (30), one latch rod (28)
Is moved in the left-right direction, the other latch rod (28) is correspondingly moved in the left-right direction, and both rods (28) (2
The latching of both side edges of the large plate-like object (G) by the J-shaped latching portions (28a) (28a) of 8) is simultaneously performed by operating only one latching rod (28).

The latching type tilt prevention engagement means (16) is
As shown above, the other leaning part (13a) is symmetrical to the front and rear.
It is also provided on the side, and each tilt prevention engagement means (1
6) (16) are supposed to be operated independently of each other.

In the unit holding device (11),
The outer surface of the vertical aggregate (17), the upper surface of the lower edge support portion (14), the inner surface of the retaining portion (28) of the retaining rod (28), etc.
The cushioning material (38) is attached, and the large plate-like object (G)
It is designed not to be damaged or damaged during storage.

As shown in FIG. 2, the storage device (11) is formed by arranging a plurality of the unit storage devices (12) in a parallel state in the front-rear direction. In this arrangement, the space between the lower edge support parts (14) (14) facing each other in the adjacent unit storage devices (12) (12) is defined by the jig main body part (1) of the cargo handling jig (1) through the space. It is designed with a very narrow space so that 2) can be passed from the side.

In the storage device (11), the storage operation of the large plate-like material (G) is performed as follows. That is, the first
As shown in Fig. 3, a cargo handling jig (1) holding a large plate-like object (G) is hung by a crane, and this is stored in a storage device (1
It is suspended and conveyed between any of the unit holding devices (12) and (12) of 1), and descends from there, and the jig support claws (3) and (3)
Through the left and right up-and-down passage portions (24) (24), and is moved below the lower edge support portion (14) of the main body portion (13). As a result, the lower edge of the large plate-like object (G) is attached to the lower edge support portion (14).
(14) Jig bearing claw (3) supported on the upper surface of (14)
(3) is disposed in the lower support portion (14) (14) (14) (14) lower support claw passing portion (15). Then, in a state where the upper end hooking pieces (4) (4) of the cargo handling jig (1) are moved upward to release the hooking and the large plate-like object (G) is leaned against the main body (13), Attach the loading jig (1) to its supporting claw (3)
While keeping the state in which (3) is made to project into the through portion (15), it is moved to the side. As a result, the cargo handling jig (1) is taken out to the side of the storage device (11). Then, one of the left and right hooking rods (28) is moved inward to move the J-shaped hooking portions (28a) (28a) of the left and right rods (28) (28) to a large plate-like object ( Hang on both side edges of G). By the above, the storage operation of the large plate-like material (G) is completed.

On the other hand, the work for taking out the large plate-like material (G) is
This is done as follows. That is, by moving either the left or right hooking rod (28) toward the outside,
Release the hooked state on both edges of the large plate (G). Then, as shown in FIG. 4, the cargo handling jig (1) is arranged at the lateral position of the leaning main body (13), and its supporting claw (3) is attached to the guide groove (26a) of the extension guide (26). The loading jig (1) while leaning the jig (1) and moving it to the main body (13) side, and the support claws (3) (3) to the extension guide (26).
To the main guide groove (22a) of the main guide (22), that is, the support claw passing portion (15), and then to the dish. In this transition process, the cargo handling jig (1) is brought into contact with the stopper (25), and the cargo handling jig (1) is automatically positioned in an appropriate arrangement state with respect to the leaning main body portion (13). . In that state, when the cargo handling jig (1) is raised by the crane, the support claws (3) and (3) move to the left and right up-and-down passage parts (24) and (2).
After passing 4), the lower edge of the large plate (G) will be supported. Then, the upper end hooking piece (4) of the cargo handling jig (1)
If (4) is moved up and down and it is hooked on the upper edge of the large plate-like object (G) and the loading jig (1) is further raised, the large plate-like object (G) will be stored in the storage device (11). ).

As described above, in the storage device (11) according to the first embodiment, the lower part of the lower edge support parts (14), (14) and (14) which support the lower edge of the large plate-like object (G). In the loading jig (1)
Since the supporting claws (3) and (3) of (1) are provided with supporting claw passing portions (15) through which the supporting claws (3) and (3) come in and out from the side, the large claw plate (G) can be stored and stored. The loading / unloading of the cargo handling jig (1) to / from the device (11) is shifted in the left / right direction with the jig supporting claws (3) and (3) projecting into the jig claw passing portion (15). By doing so, it is possible to carry out the loading and unloading of the cargo handling jig (1) with the cargo handling jig (1) leaning against the main body (13) at all times. Therefore, the cargo handling jig (1) on the leaning side of the leaning main body (13)
The space for loading and unloading can be significantly narrowed, so that the storage device (11) can be installed in a warehouse or the like in a space-wise manner, and the large plate-like material (G) can be stored efficiently. be able to.

Moreover, as shown in FIG. 2, a storage device (1 which is constructed by arranging a number of unit storage devices (12) ...
In 1), as described above, when the large plate-like object (G) is stored and taken out, the loading / unloading jig (1) is always put on the loading / unloading jig (1) and the main body part (13) is kept in an emergency state. Since it can be performed in a state of being close to the unit storage unit (12), and by extension, the arrangement pitch of the leaning main body unit (13) can be made small, and the unit storage unit (12) ... It is possible to arrange more leaning main body portions (13) ..., thereby improving the storage efficiency of the large plate-like object (G).

In addition, a main guide (22) is provided in the support claw passing portion (15) to support the support claw (3) of the loading jig (1).
Since (3) is passed through the inside of the through portion (15) while being guided by the guide groove (22a) of the main guide (22), the supporting claw (in the through portion (15) ( 3) The transition of (3) becomes smooth without catching and the like, so that the loading / unloading work of the cargo handling jig (1) can be performed smoothly.

Moreover, since the extension guide (26) is provided so as to project laterally, the guide groove (22) of the main guide (22) is provided.
The jig supporting claws (3) and (3) can be fed into the inside a) easily and smoothly in terms of work.

Further, the storage device (11) of the above-mentioned embodiment is provided with a locking type tilting prevention engaging means (16) by the locking rod (28), and the J-shaped locking portion (28a) thereof. The large plate-like object (G) is leaned against the side edge of the middle portion in the height direction of the large plate-like object (G).
Can be stably stored without causing an involuntary inclination in the opposite direction. Therefore, even if the leaning angle of the leaning portion (13a) of the leaning main body portion (13) is designed to be a strict angle as described above, there is no risk of inadvertent collapse of the large plate-like object (G) due to an earthquake or the like. As a result, the occupying width of the leaning main body portion (13) in the front-rear direction can be designed to be small, and the storage device (11) can be installed in a warehouse or the like in a space-friendly manner. G) can be stored efficiently.

Moreover, in the storage device (11) constructed by arranging a large number of unit storage devices (12) ... As described above, the width of the leaning main body (13) ... By making it possible to reduce the size of the unit storage device (12), and by extension, the arrangement pitch of the leaning main body unit (13) can be reduced, and the unit storage device (12) ... 13) can be arranged in a larger number, whereby the efficiency of accommodating the large plate-like material (G) can be improved.

In addition, since the left and right latching rods (28) and (28) are provided to hook both side edges of the large-sized plate-like object (G) leaned against, the large-sized plate-like object ( The tilt prevention state of G) can be made very stable.

Further, since the latching rod (28) is provided in a state where the latching portion (28a) is projected to the side, the operator leans its operation to the body portion (13). ), And the tilt prevention mechanism (16) can be easily operated.

Moreover, the left and right hooking rods (28) (28)
Are connected by the interlocking mechanism (30), the operation of one of the locking rods (28) can cause the other of the locking rods (28) to operate correspondingly. The latch release operation can be performed efficiently.

Similarly to the first embodiment, the L-shaped storage device (51) according to the second embodiment shown in FIGS. 7 to 10 also has a unit storage as shown in FIG. Division (5
2) It is supposed to be configured by arranging… in parallel in the front-back direction.

As shown in FIG. 7, the unit storage section (52) includes a leaning main body section (53) and a lower edge support section (54).
(54) (54), a cargo handling jig supporting claw passing portion (55), and an inclination preventing engagement means (56) of an outer surface suppressing type.

The leaning body portion (53) has a leaning portion (53a) only on one side thereof, and this leaning portion (53a)
Is supposed to stand vertically without inclination.

The leaning portion (53a) of the leaning main body portion (53) includes three vertical leaning aggregates (57), (57) and (57) standing vertically and arranged at predetermined intervals in the left-right direction. Is configured. In the leaning body part (53), these vertical aggregates (57) (57) (57) are connected at the upper end apex with a horizontal frame member (58), and each vertical aggregate (57) (57).
At the lower end of (57), the grounding feet (59) extending in the front-rear direction
(59) (59) is attached to form an L-shaped frame structure that is wholly integrated.

The lower edge support parts (54), (54), (54) are used to support the lower edge of the large plate-like object (G) which is leaned against the leaning part (53a) of the leaning body part (53). Each vertical aggregate (57) (57) (57) at a position above the foot (59) (59) (59) for grounding of the part (53) at a predetermined distance upward.
It is provided on the outer surface of the so as to project forward.

Further, adjacent to the upper side of the lower edge support portions (54), (54), (54), the vertical aggregate (57) of the leaning main body portion (53).
(57) (57) is provided with contact pieces (60) (60) (60) for leaning and leaning, and the inner surface side of the lower edge of the large plate (G) is the corresponding contact piece (60). ) (60) (60) is abutted against the large plate-like object (G) to lean against the main body (5
It is designed to lean against 3) with a slight inclination.

The cargo handling jig supporting claw passing portion (55) is such that the lower edge supporting portions (54) (54) (54) are fixed from the grounding feet (59) (59) (59) as described above. Since they are provided above the distance, they are formed by a space formed between them and extending in the left-right direction. Loading jig (1)
As shown in FIGS. 9 and 10, the lower end support claws (3) and (3) are made to project into the through portion (55), so that the leaning portion (53a) can be extremely It is possible to move freely in the left and right direction in a state where they are brought close to each other.

As in the case of the storage device (11) of the first embodiment, as shown in FIG. 7, the jig supporting claw passing portion (55) has a main guide (62) for guiding the supporting claw. ) Is provided. The lower end support claws (3) (3) of the cargo handling jig (1) are projected into the left and right main guide grooves (62a) formed on the side surface of the main guide (62), whereby the support claws are formed. (3) (3) is the grounding foot (59) and lower edge support (5
4) The inside of the through part (55) is smoothly guided without interfering with the other parts.

Further, the main guide (52) is also extended in such a manner that a constant gap space is left between the left and right vertical aggregates (58) (58), and the gap space is fixed to the cargo handling jig (1). )
The support claw up-and-down passage portions (64) (64) which allow the up-and-down movement of both support claws (3) (3).

Similarly, a positioning stopper (65) is provided at one end portion of the jig supporting claw passing portion (55) in the left-right direction, and one of the loading jig (1) transferred from the other end side. By abutting the sides, the jig (1) is automatically set to a predetermined proper arrangement position.

Further, on the other end side of the jig claw passing portion (55),
Similarly, the extension guide (66) is provided so as to project laterally,
By passing the supporting claws (3) and (3) of the loading jig (1) through the extended guide grooves (66a) formed on the side surface of the side guide, the supporting claws of the main guide (62) to the main guide groove (62a) are supported. (3) The feeding of (3) can be performed easily in terms of work.

The tilting prevention engaging means (56) is provided at an intermediate position in the height direction of the leaning main body portion (53) and is adjacent to the rear of the unit storage portion (52) as shown in FIG. By tilting the large plate-like object (G) in the anti-propelling direction by suppressing the outer surface of the large plate-like object (G) leaning against the leaning body part (53) of the unit storage part (52). Is to prevent.

The tilting prevention engaging means (56) is provided with a rotary bar (68), and the rotary bar (68) has three portions at three positions in the length direction on the tip end portion, the intermediate portion and the base end side. The book is rotatably supported by longitudinal aggregates (57) (57) (57) at an intermediate position in the height direction. Rotating bars (68)
The base end portion of is projected to the outside of the vertical aggregate (57) on the side portion, and the protruding base end portion is bent to be formed on the operation handle (68a). The rotation bar (68) is integrally provided with left and right U-shaped engagement restraining pieces (69) (69) corresponding to the positions between the vertical aggregates (57) (57) (57). Is attached to.

With this structure, by rotating the rotary bar (68) by operating the handle (68a), the engagement restraining pieces (69) (69) project to the rear of the leaning main body (53). And a large plate-like object (G) that is leaned against the leaning body portion (53) of the unit storage portion (52) that is adjacently arranged in the rear.
The large plate-like object (G) is prevented from tilting in the opposite direction by abuttingly engaging the outer surface portion of the.

In the storage device (51) having the above structure, the large plate-like material (G) is stored and taken out by using the cargo handling jig (1) as shown in FIG. As in the case of the embodiment, the jig supporting claw passing portion (55) is used.

Further, as shown in FIG. 8, the large plate-like object (G) leaning against the leaning main body portion (53) is prevented from tilting by being installed in front of the unit storage portion (52). The rotating bar (68) is rotated by the handle (58a) in the tilting prevention engaging means (56) of the unit storage section (52), and the U-shaped restraining pieces (69) (69) are replaced by the large plate-like members. This is performed by setting the object (G) toward the outer surface side. As a result, the large plate-like object (G) is held in a state in which the U-shaped restraining pieces (69) (69) prevent tilting in the warp direction. On the other hand, from that state, by rotating the handle (58a), the U-shaped restraining pieces (69) (69) are made to hang down apart from the outer surface side of the large plate-like object (G). Thus, the large plate-like object (G) is ready to be taken out.

As described above, the storage device (51) according to the second embodiment has the lower part of the lower edge support parts (54) (54) (54) for supporting the lower edge of the large plate-like material (G). In the loading jig (1)
Since the supporting claws (3) and (3) are provided with the supporting claw passing portion (55) for inserting and withdrawing from the side, a large plate-like object as in the case of the first embodiment. In the storage operation and the extraction operation of (G), the loading / unloading of the loading jig (1) with respect to the storage device (51) is performed by projecting the jig supporting claws (3) and (3) into the jig claw passing portion (55). This can be done by shifting in the left-right direction in the bent state, whereby the cargo handling jig (1) is leaned against the main body portion (53) and is always very close to the cargo handling jig (1). It is possible to carry out the entry and exit of 1). Therefore, the space for the loading / unloading operation of the cargo handling jig (1) on the leaning side of the leaning main body (53) can be significantly narrowed, whereby the storage device (51) is advantageously installed in a warehouse or the like in terms of space. In addition, the large plate-like material (G) can be stored efficiently.

Moreover, as shown in FIG. 8, a storage device (51) constituted by arranging a large number of unit storage parts (52) ...
In the above, as described above, when the large plate-like object (G) is stored and taken out, the loading / unloading jig (1) is leaned against the loading / unloading jig (1) and is always very close to the main body (53). Since it can be done in a tight position, the arrangement pitch of the unit storage section (52), and by extension, the leaning main body section (53) can be reduced, and the unit storage section (52) ... The parts (53) can be arranged in a larger number, whereby the efficiency of accommodating the large plate-like object (G) can be improved.

Further, as in the case of the first embodiment, the supporting claws (3) and (3) of the cargo handling jig (1) are inserted into the guide groove () of the main guide (62) in the through portion (55). Since it is designed to guide inside the 62a), the transfer of the cargo handling jig support claws (3) (3) within the through part (55) is free from catching, and the cargo handling jig (1) exits. The insertion work can be done smoothly. In addition, since the extension guide (66) is provided, the supporting claws (3) (3) of the loading jig (1) to the main guide (62) are provided.
Can be easily sent in terms of work.

Further, the storage device (51) of the second embodiment is
The tilting prevention engaging means (56) by the rotation bar (68) to which the U-shaped restraining pieces (69) (69) are attached is provided, and the U-shaped restraining pieces (69) (69) are used to prevent the leaning state. Since the middle outer surface of the large plate-like object (G) in the height direction is suppressed, the large plate-like object (G) can be stably stored without causing unintentional tilting in the opposite direction. be able to. Therefore, even if the leaning portion (53a) of the leaning body portion (53) is set in the vertical state as described above, there is no risk of unintentional tilting in the opposite leaning direction due to an earthquake or the like. The occupancy width in the front-rear direction of (53) can be designed to be small, and the storage device (51) can be installed in a warehouse or the like in a space-wise manner, and the large plate-like material (G) can be stored efficiently. can do.

Moreover, in the storage device (51) constructed by arranging a large number of unit storage parts (52) ... As described above, the width of the leaning main body parts (53) ... The unit storage unit (5
2) .. By extension, the arrangement pitch of the leaning main body (53) ... can be reduced, and the unit storage unit (5
2)… By extension, it is possible to arrange more leaning main body parts (53)…, and thereby a large plate-like object (G)
The storage efficiency of can be improved.

In addition, a large-sized plate-like object (G) which was leaned against
Since the outer surface of the large plate-like object (G) is suppressed by the pair of left and right U-shaped suppressing pieces (69) (69), the large plate-like object (G) can be suppressed very stably. Furthermore,
The rotation bar (68) can be operated by the operation handle (68a) projecting to the side of the leaning main body (53), and the operator can easily operate the tilt prevention mechanism (56). You can Moreover, both U-shaped restraining pieces (69) (6
9) is attached to one rotating bar (68) and is designed to operate in conjunction with each other. Therefore, by operating only one handle (68a), both U-shaped restraining pieces (69) ( The operation of 69) is possible, and the operation can be performed efficiently.

The storage device (81) according to the third embodiment shown in FIGS. 11 and 12 is a modification of the storage device according to the second embodiment. In addition to the coupling means (56), a side edge locking type tilt prevention engagement means (83) for locking the side edge of the large plate-shaped object (G) is additionally provided.

That is, each unit storage portion (52) is provided with a retaining rod (84) having a J-shaped retaining portion (84a) formed at the end thereof, and the length of the retaining rod (84) is increased. The middle portion in the vertical direction is rotatably and movably supported by thrust in the middle portion in the height direction of the two vertical aggregates (57, 57) at the side and the center, and has a J-shaped hooking portion (84a). ) Is made to project laterally.

In this storage device (81), as shown in FIG. 12, the leaning main body portion (53) of the unit storage portion (52).
The J-shaped hooking portion (84a) of the hooking rod (84) of the hooking type tilt prevention engaging means (83) is attached to the two large plate-like parts (G) (G) leaning against each other. , The inner side of the large plate-like object (G) is hung on the side edge, and the outer side of the large plate-like object (G) is placed adjacent to the front side. The outer surface of the large plate (G) is held down by the U-shaped holding pieces (69) (69) of the leaning prevention engaging means (56) of the leaning body portion (53) holding the outer surface, As a result, the inner and outer large plate-shaped objects (G) (G) are individually held in the tilt-prevented state.

With such a structure, a plurality of large plate-like objects (G) are attached to one leaning main body (53).
In the storage device (11) of the type that leans against (G),
Even when only one large plate-like object (G) is leaning against the large plate-like object (G), the large plate-like object (G) is hooked to prevent tilting and engaging means (8).
By 3), there is an advantage that it can be held in a tilt-prevented state, and a large plate-shaped object can be conveniently stored.

[0076]

As described above, the storage device according to the first aspect of the present invention has a jig claw threading portion for loading and unloading a lower end claw portion of a cargo handling jig of a large plate-like material into and out of the lower edge support portion from the side. Since a large plate-shaped object is stored and taken out, when loading and unloading the cargo handling jig with respect to the storage device, the jig supporting claws should be projected into the jig claw passing part. By shifting in the left-right direction, the cargo handling jig can be kept in a state that it is always very close to the leaning main body, and therefore, the loading / unloading operation of the cargo handling jig on the leaning side of the leaning main body is performed. The space for use can be significantly reduced, whereby the storage device can be installed in a warehouse or the like in a space-wise manner, and a large plate-shaped object can be stored efficiently.

Further, the storage device of the second invention engages with a large plate-shaped object leaning against the main body of the leaning structure and prevents the large-sized plate-like object from tilting in the opposite direction of leaning. Since the large plate-like object leaned against the leaning main body is held in the lean blocking state by the lean blocking engagement means, the tilt angle of the leaning portion of the leaning main body is adjusted. Even if it is strict, it can withstand earthquakes etc. and maintain a stable storage condition, and the lean angle of the leaning body can be made to be strict, and the occupying width of the leaning body in the front-back direction can be reduced. The storage device can be advantageously installed in a space in a warehouse or the like, and a large plate-shaped object can be stored efficiently.

[Brief description of drawings]

FIG. 1 is a perspective view showing a unit storage device of a storage device according to a first embodiment.

FIG. 2 is a side view of the storage device according to the embodiment.

FIG. 3 is an enlarged side view showing a support claw passing portion of the storage device according to the embodiment.

FIG. 4 is a front view of the storage device according to the embodiment.

FIG. 5 is a front view showing the interlocking mechanism of the retaining member of the storage device according to the embodiment.

FIG. 6A is a front view showing a hooking portion of a hooking member of the storage device according to the embodiment, and FIG. 6B is a side view of the same.

FIG. 7 is a perspective view showing a unit storage device of the storage device according to the second embodiment.

FIG. 8 is a side view of the storage device according to the embodiment.

FIG. 9 is an enlarged side view showing a support claw passing portion of the storage device according to the embodiment.

FIG. 10 is a front view of the storage device according to the embodiment.

FIG. 11 is a perspective view showing a unit storage device of the storage device according to the third embodiment.

FIG. 12 is a side view of the storage device according to the embodiment.

FIG. 13 is a perspective view of a cargo handling jig.

FIG. 14 is a perspective view showing a unit storage device of a storage device according to a conventional example.

FIG. 15 is a side view of a storage device according to the conventional example.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Cargo handling jig 3 ... Bearing claws 11, 51, 81 ... Storage device 13, 53 ... Leaning main body part 14, 54 ... Lower edge bearing part 15, 55 ... Bearing claw passing part 16, 56, 83 ... Tilt prevention engagement means

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Kenki Kobayashi 3, 200, Honami-cho, Sakai-shi, Osaka Prefecture Within Osaka Ekon Kentetsu Co., Ltd. (72) In-house author Tomio Kuwahara, 3-chome, Honami-cho, Sakai-shi, Osaka No. 200, Osaka Econ Kenken Co., Ltd.

Claims (2)

[Claims] 1. A leaning main body portion against which a large plate-like object such as a glass plate is leaned, and a lower edge which is provided at a lower end portion of the leaning main body portion in a projecting state and supports a lower edge of the leaned large plate-like object. A support part and a jig claw threading part which is provided below the lower edge support part and into which the lower end support claw of a jig for loading and unloading large plate-like objects is inserted and withdrawn from the side are provided. A storage device for large plates such as glass plates. 2. A large-sized plate-shaped object such as a glass plate is leaned against the large-sized plate-shaped object, and the large-sized plate-shaped object leaned against the large-sized plate-shaped body is engaged with the large-sized plate-shaped object opposite to the direction of the large-sized plate-shaped object. An apparatus for storing a large plate-like object such as a glass plate, comprising: a tilt-preventing engagement means for preventing tilting in a direction.