JPH0134889B2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention is applicable to printing plate rolls, synthetic resin embossing plate rolls, storage cases for parts, etc. that collide with or come into contact with other objects. The present invention relates to a method for storing a specific rod-shaped object that is difficult to be stored, and a storage for the same.

[Conventional technology]

Conventionally, it is used to store various rod-shaped stored objects such as printing plate rolls, embossing plate rolls, and rod-shaped parts, which do not like colliding with or coming into contact with other stored objects, especially those stored at the same time. is a device in which a single item is stored on each shelf provided in multiple stages above and below, and a single item is taken in and out at a time (U.S. Patent No.
3667618 or U.S. Pat. No. 4,364,706), and one in which containers are placed in and out of each shelf provided in multiple stages above and below (see U.S. Pat. No. 4,364,706).
4394104) is known.

However, the former has the disadvantage that it is not possible to store many books on one shelf, and the latter has the disadvantage that it is not possible to store a large number of books on one shelf, and the latter has a method to prevent the items from coming into contact with each other when they are packed into containers. There was a defect that needed work done. Moreover, with the former, even if you can extend the shelf up and down, you cannot extend it towards the back.
In the latter case, since the container cannot be changed from horizontal to vertical, both the front and rear containers have disadvantages such as undesirable storage capacity per given installation space.

[Problem to be solved by the invention]

An object of the present invention is to provide a method for storing a specific rod-shaped object and a storage for the same, which solves the problems experienced by both the above-mentioned objects.

[Means to solve the problem]

In order to achieve the above object, the method of storing a specific rod-shaped stored object of the present invention is such that both ends of the rod-shaped stored object such as a plurality of plate rolls are held by a holder 49, and these stored objects are shaped like a bendable ladder. and connect this connected body to each of the multiple shelves 3, 4, 4' in the storage shelves 4, 4'.
3', each of these connected bodies is selectively pulled out from shelves 3 and 3', and curved at the beginning or in the middle of the drawer to change the state to vertical orientation. In this state, the front surfaces of the storage shelves 4, 4' are lowered or raised, curved again during or at the end of the lowering or raising, and received in a lying state on the loading platform 75, and the received connected body is held by the holder 49. is released to make each stored item unconnected, select and take out only the necessary items from each stored item, and hold the remaining items again with the holder 49 and move them to the above-mentioned shelves 3, 3. In addition, the storage area for the specified rod-shaped storage object of the present invention has two storage spaces on both the left and right sides, which are set up at a width interval corresponding to the length of the specified rod-shaped storage object, such as a plate roll, to be stored. A holder 49 is used to hold a plurality of objects to be stored, which is constructed by horizontally suspending storage rails 2, 2' in the longitudinal direction on the inner surfaces of multiple stages corresponding to each other in the vertical columns 1, 1'. Each pair of storage rails 2 are arranged in the front-rear direction via
Storage shelves 4, 4' having up to a large number of shelves 3, 3' supported in a bridge manner between 2', and each shelf 3, 3'.
A holder 49 that holds both ends of the stored items stored in the storage shelves 4 and 3' and connects the stored items in a bendable ladder shape, and a pair of vertical rods provided on both sides of the front surfaces of the storage shelves 4 and 4'. parts 12, 12', and these vertical rod parts 12,
A frame-shaped vertically movable frame 13 that is vertically installed between 12' and vertically moves up and down along the same part, and a bucket-shaped functional body 27 that is installed inside the vertically movable frame 13 so as to be able to move back and forth. , bucket-shaped functional body 2
A pair of groove-shaped guide rails 26, 26' for changing the orientation, the lower ends of which are curved toward the rear, are provided in a vertically opposing arrangement on both the left and right sides of the 7, and groove-shaped guide rails 26, 26' for changing the orientation have both ends. is the same rail 26,2
Lifting transverse rod 2 supported in a sliding manner along 6'
9, and a winch 4 that raises and lowers the vertically moving frame 13.
1. A lifting device such as a hoist, a winch 41 that raises and lowers the horizontal elevating rod, a lifting device such as a hoist, and a hydraulic cylinder 2 that moves the bucket-shaped functional body 27 back and forth.
4, 24', a reciprocating device using screw bolts, racks, etc., a holder 49, and an elevating transverse rod 29
These holders 49, lock pins 52 and other connecting devices for connecting and unconnecting the elevating transverse rods 29, and groove-shaped guide rails 26, 26' for changing direction.
a loading platform 75 that receives the stored items held by the holder 49 from the hem opening thereof, together with the holder 49;
Telescoping rods 46 and 4 for removing and re-holding the holder 49 from the stored items received on the cargo receiving platform 75
It is equipped with a detachable device such as 6'.

[Effect]

In the present invention, both ends of a plurality of rod-shaped stored objects such as plate rolls are held by the holder 49 and these stored objects are connected in a bendable ladder shape, so that the stored objects held by the holder 49 are do not collide or contact each other when moving vertically, horizontally, or curved.

〔Effect of the invention〕

Since the present invention is as described above, the shelves of each stage are extended toward the back and a large number of stored items are brought into contact with each other.
To store items without contacting each other, to eliminate the need for manual work to prevent stored items from colliding or touching each other, to move vertically in a narrow space with the connecting body in a vertical position, that is, with a narrow width. This makes it possible to increase the amount of storage per fixed installation space, and has an excellent effect of completely achieving the intended purpose.

〔Example〕

Hereinafter, embodiments of the present invention will be described with reference to the drawings.In the vertical columns 1 and 1' on both left and right sides, which are erected at width intervals corresponding to the length of the plate roll to be stored, a number of stages correspond to each other. Up to a large number of shelves 3 are installed in which a plurality of plate rolls are lined up in the front and back direction and supported in a bridge-like manner between each pair of storage rails 2, 2' by horizontally hanging them on the inner surface of the space. A plurality of horizontal storage shelves 4 are constructed, and rails 5, 5' for vertical and horizontal movement extending left and right along the front surface of these storage shelves 4 are installed via a beam member 6 and the ground 7. A frame-shaped lateral movement frame 8 is installed between the horizontal movement rails 5 and 5' on both upper and lower sides.
The caster 10 is installed vertically so that it can move freely in the right direction through
One of the horizontally moving frames 8 is equipped with a geared motor 11 that can be started and stopped by remote control to make the horizontally moving frame 8 self-propelled. A vertical movement frame 13 in the form of a quadrilateral frame that moves up and down along the sections 12 and 12' is moved vertically via guide rails 14 and 14' and guide wheels 15 and 15' that roll along the rails 14 and 14'. Stopper pins 17 are installed in the direction of the vertical movement frame 13, and are retracted from the bottom corners of the vertically movable frame 13 by electromagnets 16.
, and the vertical rod portion 12 of the horizontally moving frame 8,
12', a large number of locking holes 18 are selectively engaged with the stopper pins 17 at positions corresponding to the respective shelves 3.
Furthermore, a pair of longitudinally movable transverse bars 21, 21' are disposed laterally on the inside of the vertically movable horizontal bars 20, 20' on both upper and lower sides of the vertically movable frame 13, and these longitudinally movable transverse bars 21, 21' is supported so as to be movable back and forth through front and rear guide rails 22, 22' and guide wheels 23, 23' that roll along the rails 22, 22', and the front and rear movable horizontal rods 21, 21' are Remotely controlled hydraulic cylinders 24, 24' for reciprocating back and forth are mounted on both the upper and lower sides of the vertically moving frame 13, and furthermore, these cylinders 24, 24' are mounted on both the left and right sides of the longitudinally moving transverse rods 21, 21' on both the upper and lower sides. is equipped with two pairs of width adjustment hydraulic cylinders 25, 25' whose outer ends extend and contract in opposite directions in the left and right directions by remote control.
At 25', there is a branched groove-shaped guide rail 26, 2 for changing direction, whose lower end is divided into two in the front and rear directions with a gentle curve between the outer ends that are in a vertical positional relationship.
The left and right pairs of 6' are arranged vertically facing each other, and the upper and lower ends of the groove-shaped guide rails 26, 26' for changing the direction of these rails are connected to the outer ends of the hydraulic cylinders 25, 25' for width adjustment to change the width. A movable bucket-like functional body 27 is formed, and an elevating transverse rod 29 having two pairs of parallel telescopic shafts 28, 28' at both left and right ends is arranged between the guide rails 26, 26' for changing direction.
Telescoping shafts 28, 2 in this vertical horizontal rod 29
The outer end idler ring 30 of 8' is supported and the idler ring 30 is
By fitting the bucket-shaped functional body 27 into the grooves of the groove-shaped guide rails 26, 26' for changing the direction in such a manner that it will not come out even if the width of the bucket-shaped functional body 27 is changed, the vertical horizontal rod 2
9 is horizontally suspended between the groove-shaped guide rails 26 and 26' for changing direction so that it can be raised and lowered freely, and an oscillating pulley is attached to the upper surface of the middle part of the raising and lowering transverse rod 29 via a support member 32 that can swing freely in the front and back direction. 33, and a front-rear movable pulley 36 with a front-rear horizontal shaft 35 installed horizontally in the front-rear direction through a through hole 34 at an intermediate location of the upper horizontal rod portion 20 of the vertically movable frame 13,
Furthermore, first to third guide pulleys 38, 39, 40 are provided at the middle of the upper horizontal rod 37 of the lateral movement frame 8 and at the upper and lower left corners of the lateral movement frame 8.
A winch 41 for hoisting up and lowering by remote control is mounted on the lower side rod part 37' of the lateral movement frame 8, and the rope 42 of this winch 41 is connected to the first to third guide pulleys 38, 39, 40 and fit into the groove on one side of the front-rear floating type pulley 36, and then around the oscillating type pulley 33 to make a U-turn. 42 is anchored at the middle of the upper side rod 37 of the lateral moving frame 8 via a fastener 43.

Separately from these, a plurality of pairs of left and right type catchers 44, 44' are configured, which are fitted on both the left and right ends of the plate roll to grip the plate roll. They are connected to each other by short links 45, 45', and connecting rods 47, 47' having telescopic rods 46, 46' at both left and right ends are arranged between the upper and lower ends of the left and right connecting members. 46' are fixed to both upper and lower ends of the left and right connecting members, and the storage rails 2, 46' are attached to the outside of each catcher 44, 44'.
2', groove-shaped guide rails 26, 26' for direction change, and idlers 48, 48' that roll within receiving rails 70, 70' (described later), thereby making it possible to freely bend a plurality of plate rolls. A plurality of holders 49 are held in the form of a ladder, and each holder 49 is connected to an intermediate portion between the upper connecting rod 47 and an intermediate portion of the elevating horizontal rod 29 by a remotely controlled electromagnet 51. Each holder 4 is provided with a lock pin 52 that can be fitted or removed, and a lock hole 53 that engages with the lock pin 52 to connect the two intermediate parts.
9 is stored in each of the above-mentioned shelves 3 by fitting the idlers 48, 48' and the storage rails 2, 2', and
48' to groove-shaped guide rails 26, 2 for direction change.
6' and inward edges 80, 80' provided on the receiving rails 70, 70', each rail 48, 48', 26,
Make sure it does not fall off from 26'.

Furthermore, the above-mentioned channel-shaped guide rail 26 for changing direction,
A direction specifying device 57 is provided below the branching point at 26', which is reversibly reversed by a remote-controlled electromagnet 55 and a link 56 to open one branching road and close the other branching road. In step 7, a pair of longitudinal movement rails 59, 59' is laid on a line perpendicular to the lower lateral movement rail 5', and a remote control device is started and stopped on the longitudinal movement rails 59, 59'. A self-propelled trolley 61 equipped with a geared motor 60 is mounted thereon, and two pairs of front and rear fixed columns 62, 62', 63, 63' are erected at the four corners of the upper surface of this trolley 61, and the front pair of fixed columns 62 is , 62' and between the upper and lower ends of the rear pair of fixed columns 63,
63' between the upper and lower ends of the transverse guide rail 6
4, 64', 65, 65' are provided in a vertically opposing arrangement, and each of the upper and lower pairs of lateral guide rails 64, 6
4', 65, 65' are equipped with catch release hydraulic cylinders 66, 66' that extend and retract in left and right outward directions by remote control. Between them are two pairs of front and rear movable columns 67, 67', 68, 6.
This movable column 67 connects the upper and lower ends of 8',
Wheels 69, 69' which roll along the above-mentioned lateral guide rails 64, 64', 65, 65' are supported at both upper and lower ends of 67', 68, 68', and these movable columns 67, 67 are arranged in front and rear pairs. A pair of left and right receiving rails 70, 7 are installed inside the intermediate height points of ', 68, 68'.
0' are horizontally suspended in a front-rear facing arrangement, and furthermore, a mounting portion 71 of a load receiving platform 75, which will be described later, is formed on the upper surface of the intermediate portion of the lower lateral guide rails 64, 64', 65, and 65'. .

Separately, a load receiving stand 75 is made of lumber and has a plurality of hem-shaped receiving trays 73 on the upper surface and a damage prevention cloth 74 is spread on the receiving surface of the receiving tray 73. Self-propelled forklift 76
The containers are loaded and unloaded onto the loading section 71 mentioned above.

Note that the present invention is not limited to the means for making the lateral movement frame 8 self-propelled, the mounting positions of the geared motor 11, and the winch 41 to those in the embodiment, and the present invention is not limited to the mounting position of the means for making the lateral movement frame 8 self-propelled. The horizontal moving frame 8 can be used as a separate running type by pulling a wire or the like, or the whole can be combined into a key vehicle type, or the bucket-shaped functional body 27 and the vertical elevating horizontal rod 29 can be used.
A hoist or the like may be used instead of a winch, a reciprocating device such as a screw bolt or rack may be used instead of a hydraulic cylinder, or a direction specifying device 5 may be operated with a separate winch, etc.
7. As a coupler using the lock pin 52, a stop device using the stopper pin 17, etc., other devices having the same effect as these may be used, or the loading platform 75 may be used.
When releasing all the plate rolls from the holder 49 on the top of the holder 49, a lift device for raising and lowering the receiving platform is mounted on the trolley 6.
Sometimes it is attached directly to 1.

Next, the operation of the above embodiment will be explained, for example, when a plate roll ' is taken out from the fifth shelf 3' from the bottom of the storage shelf 4' at location x in FIGS. 1 and 2. , First, move the horizontal movement frame 8 to x storage shelves 4'
After removing the stopper pin 17, which is located at the front of the shelf and locked due to the previous use, the vertical movement frame 13 and the bucket-shaped functional body 27 are made to correspond to the front of the shelf 3', and then the stopper pin 17 is removed again. is locked in a predetermined locking hole 17, and then the width of the channel-shaped guide rails 26, 26' for changing direction is adjusted to the storage rails 2,
2' width and bucket-shaped functional body 27
approach the holder 49' containing the desired plate roll stored on the above-mentioned shelf 3', and move the hem of one branch path of the channel-shaped guide rails 26, 26' for direction change to the above-mentioned shelf 3'. Storage rail 2 inside,
2', and in this matched state, lower the lifting crossbar 29 and position it at the foot of the one-way branch path under the guidance of the direction specifying device 57, and engage the lock pin 52 in the lock hole 53. Connect the lifting horizontal rod 29 and the holder 49' by
In this connected state, the winch 41 is wound up and the holder 49' is housed in the bucket-shaped functional body 27, and then the bucket-shaped functional body 27 is returned and the hems of the groove-shaped guide rails 26, 26' for changing direction are connected to the storage rails. 2 and 2', the lateral movement frame 8 is moved by itself to the intersection position of the lateral movement rails 5 and 5' and the longitudinal movement rails 59 and 59', and the cart 61 is moved rearward. The winch 41 is positioned in front of the horizontal movement frame 8 and
The bucket-shaped functional body 27 and the vertical movement frame 13 are slightly raised by hoisting up, and the stopper pin 17 is removed from the locking hole 18. In this removed state, the vertical movement frame 8 and the bucket-shaped functional body 27 are made to correspond to the cart 61. , and movable columns 67, 67',
68, 68' to the receiving rails 70, 7.
0' is the same width as the groove guide rails 26, 26' for changing the orientation of the bucket-shaped functional body 27, and the groove-shaped guide rail 26 for changing the orientation is made so that the bucket-shaped functional body 27 is brought closer to the receiving rails 70, 70'. , 26' are aligned with the entrances of the receiving rails 70, 70', and in this aligned state, the stopper pin 17 is inserted into the locking hole 1.
8, the lifting horizontal rod 29 is lowered, and the free wheels 48, 48' on both sides of the holder 49' containing the desired plate roll 1' are moved to the receiving rails 70, 70' under the guidance of the direction specifying device 57. In this transition state, the loading platform 75 is raised by the forklift 76, and all the plate rolls held by the holder 49' are placed on the loading platform 75, and then the movable columns 67, 67', 68, 68' are moved outward to widen the widths of the receiving rails 70, 70' and the width of the holder 49', so that all the plate rolls A, A' on the receiving platform 75 are moved to the holder 49. At the same time, the forklift 76 is driven to a predetermined location (for example, a delivery location, a printing press location), and only the desired plate roll is unloaded there, and the remaining plate rolls are moved to the same forklift 76 Then, the holder 49' is held between the holders 49 in the widened state and held again by the holder 49'. After this holding, the winch 41 is wound up and the holder 49' is housed in the bucket-shaped functional body 27, and then the bucket-shaped functional body 27 and grooved guide rail 26 for changing direction.
26' is separated from the entrance of the receiving rails 70, 70', and the horizontally moving frame 8 is moved by itself to the front of the x storage shelf 4', and the vertically moving frame 13 and the bucket-shaped functional body 27 are Above shelf 3'
The stopper pin 17 is locked in a predetermined locking hole 18 corresponding to the front surface of the bucket-shaped functional body 27.
is brought closer to the shelf 3', and the foot end of one branch path of the groove-shaped guide rails 26, 26' for direction change is aligned with the entrance of the storage rail 2, 2' in the same shelf 3',
In this state of matching, the winch 41 unwinds and the direction specifying device 57 guides the lifting horizontal rod 29 down to position it at the bottom of the one branch path, and at the same time the holder 49' of the remaining plate roll is also lowered. Then, the lock pin 52 is removed to separate the elevating horizontal rod 29 and the holder 49', and the elevating horizontal rod 29 is raised and returned to above the bucket-shaped functional body 27. A groove-shaped guide rail 26 for returning and changing the direction of the bucket-shaped functional body 27,
The bottom opening of the plate 26' is separated from the entrance of the storage rails 2, 2' so that it can be used for purposes such as completing the removal of a desired plate roll. In addition, the operation of returning the removed plate roll to the specified shelf,
The operation of loading and unloading the plate roll from the storage shelf on the opposite side can be easily understood from the above-mentioned usage, so the explanation thereof will be omitted.

Furthermore, Fig. 13 shows that the plate roll has support shafts 7 at both ends.
8 is provided, FIG. 14 shows a case where neither a shaft hole nor a support shaft is provided, and FIG. 15 shows a case where the plate roll is so-called undersized and a supplementary attachment 79 is used.

When carrying out the present invention, the mounting positions of the means for making the lateral movement frame 8 self-propelled, the geared motor 11, and the winch 41 are not limited to those of the above-mentioned embodiments, and the entire structure may be a hollow rod-shaped parts storage case. The lateral moving frame 8 can be made into a separate running type by pulling a wire or the like, the whole can be combined into a key vehicle type, or the bucket-shaped functional body 27 and the elevating horizontal rod 29 can be operated by separate winches or the like. , use a hoist instead of a winch, screw bolt instead of a hydraulic cylinder,
A reciprocating device such as a rack may be used, a direction specifying device 57, a coupler using a lock pin 52, a stop device using a stopper pin 17, etc. may be used, or other devices having the same effect as these may be used, or the trolley 61 may be fixed. When releasing all the plate rolls from the holder 49 on the loading platform 75, a lift device that raises and lowers the loading platform may be attached directly to the cart 61. Alternatively, the loading platform may be mounted on a storage shelf. It may also be installed in the upper part and loading and unloading can be carried out at the upper part.

[Brief explanation of drawings]

The figure shows an embodiment of the present invention.
The figure is a front view of the whole, the second figure is also a plan view, and the third figure is a front view of the whole.
The figure is a partially cutaway enlarged side view showing the relationship between the storage shelf and the horizontally moving frame, etc., Figure 4 is a partially cutaway enlarged front view showing the laterally moving frame, etc., and Figure 5 is the bucket-shaped functional body and the holder. FIG. 6 is a plan view of the same, FIG. 7 is a front view showing the loading platform, and FIG. 8 is an enlarged view showing the relationship between the lock pin and the lock hole. A front view, FIG. 9 is an enlarged front view showing the relationship between the stopper pin and the locking hole, FIG. 10 is a front view showing the relationship between the direction specifying device and the groove-shaped guide rail for direction change, and FIG. 11 is an enlarged front view showing the relationship between the stopper pin and the locking hole. A side view showing a part, FIG. 12 is a front view of the main part showing the relationship between the storage rail, holder and plate roll,
FIGS. 13 to 15 are front views showing the relationship between the storage rail and the holder and attachment used for plate rolls having different bearing portions. A, I'... plate roll, 1, 1'... vertical column,
2, 2'... Storage rail, 3, 3'... Shelf,
4, 4'... Storage shelf, 5, 5'... Lateral movement rail, 6... Beam member, 7... Ground, 8... Lateral movement frame, 9... Hanging wheel, 10... Caster, 11 ... Geared motor, 12, 12' ... Both left and right vertical rod parts,
13... Vertical movement frame, 14, 14'... Guide rail, 15, 15'... Guide wheel, 16... Electromagnet, 17... Stopper pin, 18... Locking hole,
20, 20'... Upper and lower both side rod parts, 21, 21'...
...Fore-and-aft moving transverse rod, 22, 22'... Fore-and-aft guide rail, 23, 23'... Guide wheel, 24, 24'...
...Hydraulic cylinder for forward and backward movement, 25, 25'...
Hydraulic cylinder for width adjustment, 26, 26'... Grooved guide rail for direction change, 27... Bucket-shaped functional body, 28, 28'... Telescopic shaft, 29... Lifting horizontal rod, 30... Reversing wheel , 32...Supporting member, 3
3... Oscillating pulley, 34... Through hole, 35...
Front-rear horizontal axis, 36... Front-rear floating pulley, 3
7, 37'...Both upper and lower side rods, 38, 39, 40
...Guide pulley, 41...Winch, 42...
...rope, 43...fastening device, 44, 44'...catchy, 45, 45'...short link, 46,
46'... Telescopic rod, 47, 47'... Connecting rod, 48,
48'...Player ring, 49...Holder, 51...Electromagnet, 52...Lock pin, 53...Lock hole,
55...Electromagnet, 56...Link, 57...Direction specifying device, 59, 59'...Rail for forward and backward movement,
60...Geared motor, 61...Dolly, 6
2, 62', 63, 63'... Fixed support, 64, 6
4', 65, 65'... Lateral guide rail, 66, 6
6'...Hydraulic cylinder for catch release, 67,
67', 68, 68'...Movable strut, 69, 69'
...wheels, 70,70'...receipt rail, 71...
...Placement part, 73...Saucer, 74...Damage prevention cloth,
75... Loading platform, 76... Support shaft, 79... Attachment, 80, 80'... Inward edge.

Claims (1)

[Scope of Claims] 1. Both ends of a plurality of rod-shaped stored objects such as plate rolls are held by holders 49, and these stored objects are connected in a bendable ladder shape, and this connected body is connected to storage shelves 4, 4' are stored in a lying state on each of the multiple shelves 3, 3', and each of these connected bodies is selectively stored on the shelves 3, 3'.
3' and curve it at the beginning or middle of the drawer to change it to the vertical position, lower or raise the front surfaces of the storage shelves 4, 4' with this connected body in the vertical position, and then In the middle or at the end, it is curved again and received in a lying state on the receiving platform 75, and the holding of this received connected body by the holder 49 is released to make each stored object in an unconnected state, and from among the stored objects. Only the necessary items are selected and taken out, and the remaining items are held again by the holder 49 and placed on the shelves 3,
A method for storing a specific rod-shaped object, characterized in that the object is returned to 3' through a reverse route. 2 Storage rails 2, 2 are installed on the inner surfaces of multiple stages corresponding to each other on the left and right vertical columns 1, 1', which are erected at a width interval commensurate with the length of a specific bar-shaped stored object such as a plate roll to be stored. ′ is constructed by horizontally supporting the storage rails 2 and 2′ in the longitudinal direction, and a plurality of objects to be stored are arranged in the longitudinal direction via holders 49 and supported in a bridge state between each pair of storage rails 2 and 2′. A storage shelf 4, 4' having a plurality of shelves 3, 3', and a ladder-like structure capable of holding both ends of the stored items stored on each shelf 3, 3' and bending these stored items. A holder 49 connected to the storage shelves 4, 4', a pair of vertical rods 12, 12' provided on both sides of the front surfaces of the storage shelves 4, 4', and a section vertically installed between these vertical rods 12, 12'. A frame-shaped vertical movement frame 13 that moves up and down along the vertical movement frame 13, a bucket-shaped functional body 27 installed in the vertical movement frame 13 so as to move back and forth within the frame, and a bucket-shaped functional body 27 that is vertically oriented on both left and right sides of the bucket-shaped functional body 27. A pair of groove-shaped guide rails 26, 26' for changing the direction, the lower ends of which are arranged opposite to each other and curved toward the rear;
6, 26', a winch 41 that lifts and lowers the vertically movable frame 13, a lifting device such as a hoist, and a winch 41 that lifts and lowers the horizontal lifting rod, a lifting device such as a hoist. , a reciprocating device using hydraulic cylinders 24, 24', screw bolts, racks, etc., which move the bucket-shaped functional body 27 back and forth, and a holder 49 and a reciprocating device provided on the elevating transverse rod 29.
Lock pin 52 for connecting and uncoupling 9
etc. connection device and grooved guide rail 26 for direction change,
A loading platform 7 that receives the stored items held by the holder 49 from the bottom opening of the holder 49 along with the holder 49.
5, and a telescoping rod 4 for removing and re-holding the holder 49 from the stored items received on the loading platform 75.
6, 46', etc., and a storage for specific rod-shaped stored objects.