JPS60178158A - Storing box - Google Patents

Abstract

PURPOSE:To facilitate taking out and storing material to be stored in a simple structure by providing a placing portion capable of placing a plurality of materials to be stored thereon in such a manner as to freely slide in an enclosure having an opening portion at the upper portion thereof and a cover portion adapted to open and close the opening portion, interlocking with the placing portion. CONSTITUTION:A storing box 10 includes an enclosure 11 having an opening portion 11A at the upper portion thereof, wherein a placing portion 12 capable of placing plural layers of materials to be stored, which are formed by banding a designated number of paper money with a banding belt, is accomodated in such a manner as to freely slide up and down in the enclosure 1. The placing portion 12 is formed by integrally providing a square placing surface plate 12A a little smaller than the inside diameter of the enclosure 11 and a rear portion 12B having the height substantially equal to the height of the enclosure 11, which is positioned at the back of the plate 12A, and the upper end of the rear plate 12B is integral with a cover portion 13 capable of blocking up the opening portion 11A. Hook portions of elevating means are capable of engaging and disengaging with and from engaging holes 14 disposed on the cover portion 13.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a storage box that stores objects in eleven layers in a casing having a frontage.

[Technical Background of the Invention and Problems Therewith] For example, as a conventional storage box, there is a box that stores and covers a stored object consisting of a group of paper sheets bound together by a binding band.

As shown in Fig. 1(a), this is the bottom plate 1△,
Side plate IB, 1B and top play hlc, 1
c is continued bendably through a hinge, and a Zydo bar is connected to each of the above top plays 1 to 1C through a hinge etc.
It has a pallet 1 on which 1D and ID are bendably arranged. As shown in FIG. 1(b), a group of paper sheets 2 bound with a binding band are stacked on this pallet 1-1. At this time, the pallet 1 is bent into a shape as shown in Fig. 1(b), and the above-mentioned lead bars 11) and 1D are in opposing positions.] - The pallet 1 is inserted and fitted into the tongue plates IC and 1G to be assembled. It is held C.

As shown in Fig. 1(C), the pallet 1 in this state
The housing 1 housing the housing 3 and the opening 3Δ of the housing 3 are closed.
Lift the lid member 4 to the right.

Barrel 1 ~ is It (when stored in A 3, 1
The insertion and fitting between the noid bar and the top brake 1~ is released, and the top brake 1~ is removed as shown in Fig. 1 (1)).
1C and 1C are laid down on top of the sheet group 2, and it is possible to close the gap 11 part 3Δ with the upper distributing member 4.

However, the storage box having the configuration L requires foldable pallets 1 to 1, and when taking out or storing paper sheets 1iY, it is necessary to bend the top plates IC, 1C and engage/disengage the lead bars ID, 1D. This poses a problem in that it is inconvenient to operate, and it is also difficult to apply it to a device that mechanically takes out or stores paper sheets.

[Object of the Invention] The present invention has been made in view of the above circumstances, and its purpose is to provide a storage box that has a simple structure and can easily take out and store objects. It is to provide.

[Summary of the Invention] In order to achieve the above object, the present invention includes a casing having an opening, and a plurality of layers of objects disposed within the casing so as to be freely displaceable toward the opening. and a lid that closes the opening when an object is placed on the placing part and housed in the housing, and the opening is closed by displacing the placing part. It is characterized by being able to freely take out or store objects layer by layer through the container.

[Embodiments of the invention] Next, examples of the present invention will be described.

FIG. 2 is a partially cutaway perspective view showing an example of the storage box.

This storage box 10 includes a casing 11 having a frontage 11A. In this housing 11, the above-mentioned CI Fi
ll 11 A is provided with a mounting section 12 which is freely displaceable (in Fig. 2, freely displaceable in the downward direction) and on which a plurality of layers of objects are placed. The mounting portion 12 is ``much smaller than the inner diameter of the casing 11'', and has a shaped mounting surface plate 12A. In addition, the inner height of the housing 11 is approximately equal to the height of J. The exposed surface 12C of the portion 12, which exposes the surface along the stacking direction of the objects to be placed on the mounting face plate 12Δ1, is located on the jF side in FIG.

Then, L-description (4) When an object is placed on the placement face plate 12A on the part 12 and accommodated in the housing 11, 1-Record L
- A lid part 133 is provided to close off the part 11△. The furrows are arranged in one direction (therefore, this lid part 13 is
In conjunction with the change Q, the opening of the C housing 11]-1 section 11A can be closed. The middle part of the lid part 13 is cut out, and a window part 13A made of a transparent material such as resin is formed therein. This makes it possible to visually check the stored object from the outside.

Further, on both sides of the window portion 13A, there is provided an engagement hole 14 consisting of an elongated hole 14Δ and a hole 14B having a diameter larger than that of the elongated hole. It is used to lock the mounting portion 12 into the housing 11 through the holder.

By the way, as shown in FIG. 3, the storage box 10 has 815 stacks of stored objects BP, each consisting of a group of paper sheets P bound with a binding band B, with 5 sheets per tier. Face plate 1
The back plate 12B has 20 through holes 15 corresponding to each of the objects BP to be stacked on the back plate 12B. Storage box 10
When taking out a stored object BP stored in The above-mentioned through hole 15 is provided in order to extrude each layer to 11i+- by the extrusion means described above.

In addition, a connecting lever 1G is rotatably supported on the side surface of the housing 11 for connecting the storage boxes in series, and a stopper is provided on the other storage box to which the connecting lever 16 is locked. 1
7 is taken E1 is taken C is 5, and the connected state is the 4th
Accept the illustration.

In addition, when the opening 11Δ of the casing 11 is blocked by the lid 13 (1M1) by accommodating the object to be stored, the opening 11Δ of the casing 11 is closed (as shown in FIG. 4). A paper stock 18 is applied between the sides of the paper.

In place of the paper stock, as shown in FIG. 5, an abbreviated angle member 21 is rotatably provided on the side surface of the casing 11 via a hinge 2o, and a lock portion that can be C-locked to the engagement hole 14 is provided. It is also possible to configure the moon 22 by providing it on the juki angle part moon 21.

The bottom of the d3 housing 11 has legs with protruding ends on both sides.
23 is installed -C. This foot portion 23 is the storage box 1
0 on the conveyor when conveying the 21 conveyor (
It is used for pull positioning, etc.

Next, the storage box 1o is used, and the stored object B is placed in this storage box.
The accommodation device that accommodates P will be explained.

FIG. 6 is a schematic perspective view showing an example of the storage device. This storage device 3o includes a mounting table 31 on which a plurality of stored objects BP are placed, and a predetermined process for the stored objects BP sequentially supplied from the mounting table 31 to the storage box. A storage section 32 that accommodates the storage box, and a first conveyor 33 and a second conveyor 34 that transport the storage box through the storage section 32.
It is composed of.

Here, the configuration of the accommodating portion 32 will be explained in detail.

FIG. 7 is a perspective view of the accommodating portion 32 without showing details thereof.

In the figure, 35 indicates an idle roller 35A,
Drive roller 35B and both rollers 35A.

35B and a supply belt 35C that can run endlessly, and is configured to transport the object BP supplied from the mounting table 31 to the other side by being driven to run in the direction of arrow E. be.

Further, there is an object to be transported BP7a.
- Four hanging means 36 are installed.

For example, this 4-weight means 36 is a weighing device (e.g., an electronic scale, the details of which are well known) that measures the weight t4 of 81 objects placed thereon. ) 36Δ, depending on the type of object 131)
For example, the input means for setting the 1δ range is provided in the operation shown in FIG. 6.
f-3, and within the 6'1 range set by this setting button 36 tl 1733? a 3 (
3A (' Hl m ah /, :, ntla
I + ri $ 3 Discrimination means for determining whether it is included, for example, C
There are 114 generations υ from PU (not shown) + 1 '(7
d3 The type of the object to be stored ('', if it is a paper sheet - the number of paper sheets J! This is because the templates of the two sheets are different).

Then, a one-time dividing means 38 is provided for classifying the objects to be accommodated into those within the permissible range and those outside the range according to the results of the tl② by the above-mentioned 8I quantity means 36. For example, this sorting means 3
8, the HI F14 device 36 detects the contained object BP within the allowable range.
Arrow [:l. to push from Δ1 to side force.

It is composed of a sorting button 39 that can reciprocate in the F2 direction, and a discharge section 40 that conveys items outside the permissible range to the other side. Note that this discharge section 40 includes an idle roller 4OA,
It is composed of a drive roller 40B and a discharge belt 40C that is stretched to be able to run endlessly around both rollers 4OA and 40B, and is pushed onto the discharge belt 40C by the next object sent from the supply section 35. and is transported in the direction of arrow G. The objects discharged through the discharge section 40 are collected all at once via a packet (not shown) or the like.

The object BP pushed out by the sorting pusher 39 is placed on the first guide plate 42 in which a groove is formed, and a predetermined stamp (processing date, processor code number, etc.) is stamped on the object. The stamping means 43 that performs
, is provided so as to be movable back and forth in the H2 direction. This stamping means 43 is configured to stamp the binding band B of the stored object BP by moving in the direction of the arrow H1.

Then, the conveying bushile 44 that conveys the stamped object to the destination is attached to a chain 45 that is stretched so that it can run endlessly, and the back of the object BP is pushed with a pusher 1144 to convey it in the direction of the arrow Jh. (-)

1/Tushi 1T/I/IC Contained object 131
) are sequentially pushed by the next stored objects 1'3P and placed on the second guide plate 4 (j) and the third guide root 47 in a line of up to four objects. I on the guide plate 46 of
! : Push out the VJed object B l) first and move it back and forth in two directions as indicated by the arrow 1. It has been placed! , : A second extrusion pusher 49 (in the arrow 1-s, l-27'j direction l\1] backward movement function) is provided without extruding the stored object 81 forward. Roughly on the upper surface side of each guide plate 46, 47 is the storage box 10.
A lifting means (details will be described later) 50 for raising and lowering the placing part '12 is provided. A temporary delivery 51 of a BP delivery lead is provided so as to be movable back and forth in two directions, indicated by the arrow Ki, and in 12 directions, indicated by the arrow Lt, corresponding to each blade plate/16.47.

Here, the detailed structure of the elevating means 50 will be explained.

FIG. 8 is a perspective view showing details of the elevating means 50.

In the figure, the reference numeral 60 indicates a guide rail that is attached in the vertical direction of the frame (not shown).

A gate-shaped frame 61 is provided on the guide rail 60 so as to be movable up and down via a linear bearing (not shown) or the like. On the left side of this gate-shaped frame 61, a timing bell I-620 is extended so as to be able to run endlessly between an idle gear 62A and a drive gear 62C attached to a stepping motor 62B. The intermediate portion of the timing belt 62D and the intermediate portion of the gate-shaped frame 61 are connected by a connecting plate 63, and the gate-shaped frame 61 moves in accordance with the drive of the stepping motor 62B as shown in FIG. It is possible to go up and down towards Ms and Mzh.

In addition, on the right side of the gate-shaped frame 61, there are five elevating and descending sections.
Ijl 67'I is (=J is, ga゛) = (/J
A scale 64 for detecting the firewood output scale 65 is provided.

1- The earth part of the gate-shaped room 61 is provided with an IH in the shape of the engagement hole 171 formed on the beneficial part 133 of the storage box 100.
Identification of the outer shape 1) C-) Engagement hole 1
The two hook shafts 65 are spaced apart from each other with the hook part 65Δ at the tip.One hook tl'llll 65 has a pulley 66A.
is fixed, and the other hook shaft 65 has π pulleys 66.
1:1.66C is fixed. Pulley 66△, 66
A belt 67A is stretched between B, and a rotating shaft 68
A rotary solenoid 68 with a pulley 68B is installed at A, and a belt 67B is stretched between each pulley 67B and the above pulley 66c.

The R lowering means 50 having the above configuration includes a rotary solenoid 68
Due to the action of J: Lift part 65Δ is capable of reciprocating rotation movement by 90'.
The mounting part 12 integrally formed with the lid part 13 is rotated by 90' after being inserted into the gate frame 61.
connected to. Then, by moving the gate-shaped frame 61 in the directions of arrows M1 and M2 shown in FIG.

The above-mentioned lifting/lowering scale 64 is provided according to the number of stages of the objects BP that can be stored in the storage box 1o.
Every time the J-65 detects this adventure scale 64, the stepping motor 62B is driven and controlled, and the storage box 10
The objects to be accommodated are accommodated one layer at a time on the placing portion 12, making it possible to accommodate a maximum of five layers.

Next, the operation of the accommodation device 3o will be explained.

First, a plurality of the storage boxes 1o are placed on the first and second conveyors 33, 34.

Then, the stored object BP is transferred to the measuring device 36A via the supply section 35.
Once placed thereon, the heavy chain is weighed via the weighing means 36. At this time, an allowable range is set using the setting button 36B according to the type of the object BP to be transported, for example, 1,000 yen bills, so the discrimination means (for example, CI) is set.
U' (not shown) determines whether or not the 4th row 1 value obtained by the t scale 36A is included within the set tolerance range. If the stored object 13 [ ] is outside the 9 volume range, it is discharged one by one through the discharge section 40 . If the item C is within the gLf content range, it is pushed out to the C side by three classification pushers, first a predetermined stamp is stamped on the stamping means /13 (-11 bundle) 3, and the second Guide plate 46 is transferred to soil.

By performing the above operations one after another, the second chi F plate 4
When four objects BP are placed on the first conveyor 33, these objects Bl] are stored in the storage box on the first conveyor 33.

Here, the details of the accommodation operation of C' accommodated object 131] will be explained with reference to FIG. 9 as well. First, the storage box 10 has its engagement hole 14 connected to the portal frame 1, s 61 via the hook portion 65Δ.
f are connected to each other so that the U can be freely lowered via the elevating means 5o.
1. The positional relationship is set as shown in FIG. The object BP is moved forward by the push-out pusher 48. Then, the delivery plate 51 is moved in two directions as indicated by the arrows, so that the object BP is transferred to the object already accommodated in the storage box 10. The objects to be stored BP are stacked and placed on top of each other.Then, the placing section 12 is lowered by one half of the objects BP to the C housing 11 via the R lowering means 50 for the next storage operation. When the storage box 10h'X is full ζ, the first conveyor 33 is driven and the next storage box 1
0 will be positioned below the elevating means 50 and the next accommodation operation will be performed.

The accommodation operation is performed on the storage box 10 on the first conveyor 33 as described above, but four objects BP are always sequentially stored in this storage box 10 at once. . On the other hand, in the storage box 10 on the second conveyor 34, a fraction of the objects BP less than 4 are stored by type in the same storage operation as described above. In order to carry out such a counting operation, the number of objects to be transported is constantly counted.

In this manner, in the above-mentioned storage device, after the seal is affixed to the stored object within the permissible range, this stored object B[-) is immediately stored in the storage box 10 without any human intervention. C1 It is possible to prevent the stored object 13r-' from being lost, and to achieve a safe storage operation and an improvement in the reliability of the storage operation.C'Next, the storage box 10 is used. A description will now be given of a take-out device that takes out the objects stacked and stored in this storage box one layer at a time.

FIG. 10 is a schematic perspective view showing an example of a take-out device. This extraction device 70 uses the storage box 10 described above.
A plurality of storage boxes 10h are stacked and stored in a plurality of storage boxes 10h<tI (colored).

Further, above the conveyance path of the storage box 10, there is an extraction means 72 for extracting the stored items B I') stored in a stack from the storage box 10 in the direction of the row/j (in FIG. 10). For example, this handling means 72 is configured similarly to the elevating means 50 described in connection with the storage device 30 above.

Further, an extrusion cover extrusion means 73 is provided directly below the handling means 72 to remove the contained object Bl) extracted by the extraction means 72.

Here, the detailed structure of the extrusion means 73 will be explained with reference to FIG. 11 as well. In the figure, reference numeral 80 indicates a pair of guide rails having a 71-shaped cross section and arranged opposite to each other on a frame (not shown). A slide plate 81 is slidably fitted into the kite trail 80. The slide plate 81 is then reciprocated in the directions of arrows P1 and P2. 1c, a yoke cam mechanism 82 is formed by providing a long hole 82A in the slide plate 81 and a cam 82'B that engages with the inner surface of the long hole 82A.

A motor 83 is provided to drive the cam 82B, and a detection piece 84A fixed to the slide plate 81 and a pair of detection elements 848, 848 are provided to detect the position of the slide plate 81. The back plate 12 of the storage box 1o is attached to the tip of the slide plate 81.
The extrusion rod 85 that can be inserted into the through hole 11 formed in B is the same as the through hole 15.

A guide means 74 is provided for guiding the object pushed out by the push-out means 73. For example, this guide hand 8274 can be pushed out all at once to cover one stage.
19. Kite board 75 on which the container BP is placed, kite board 7
A pusher 1776 that transports the object BP on the top 5 in the column direction.
, and an extrusion busher 77 for extruding and supplying the object conveyed by the busher 76 to the next process. J3 above pusher 1776 is drive gear 78
A and j fiddle gears 78B are connected to a timing belt 780 stretched so as to run endlessly, and arrows Ql and Q2
It is configured to be able to move back and forth in the direction.

Next, the operation of the extraction device 70 will be explained with reference to FIG. 12.

First, when the storage box 10 that has been transported to the storage box 771 is stopped directly below the handling means 72, the hook portion 65A installed on the extraction means 72 is attached to the storage box 10.
The hook shaft 65 is inserted into the engagement hole 14 formed in the lid portion 13 of the camera, and then connected to the portal frame 61 by rotating the hook shaft 65 by 90 degrees. And the mounting section 12
The placing portion 12 is raised until the uppermost stored object BP is located above the opening 11A of the housing 11.

When the slide plate 81 is slid in the direction of the arrow P1, the pushing rod 85 attached to the tip of the slide plate 81 is inserted into the through hole 15, and the objects BP in the uppermost stage are gathered together. and transferred onto the guide plate 75. Thereafter, the slide plate 81 is moved in two directions (arrow 1) and returned to its original position.

The object BP transferred to the guide plate 75k is pushed t76.
, and is supplied to the next process via the extrusion busher 77.

By repeating the above operations, the objects BP in the storage box 10 are sequentially taken out in batches for each stage.

In this way, in the extraction device 70, the objects stored in a stack in multiple rows and stages can be removed from the extraction means 70.
The storage box 10 can be extracted in the direction of its tiers, and the extracted items can be pushed out in batches for each tier via the extrusion means 73, so the structure of the device is simple, and There is no need to worry about one stage of stored items breaking during the take-out operation.

4 "Ojuki Embodiment t; 1- This is just an example, and it goes without saying that various modifications can be made within the scope of the gist of the present invention.

For example, we will explain the case where through holes are installed in the back plate 21B of the loading section 12. However, it is not always necessary when the take-out device 70 is not used, and even when it is occasionally necessary, there are many small through holes. It is not limited to the case where a notch is provided, and it can be replaced with a relatively thick notch.

In addition, the structure in which the lid part 13 closes the opening 11A of the housing 11 in conjunction with the displacement of the placing part 12 also has a structure in which the lid part 13 and the placing part 12
Instead of configuring both parts in one piece, C142J and C1, which are in contact with the displacing mounting part and which are constructed separately, are linked to C1.
! ] You can also make it blockable.

Furthermore, the stored items are not limited to paper sheets bound together by a binding band.

[Effects of the Invention] As detailed above, the storage box of the present invention has a simple structure and has excellent effects such as being able to easily take out and store objects. It is something.

[Brief explanation of the drawing]

Figure 1 (a >, (b >, c,), (d) is an explanatory diagram of a conventional storage box, Figure 2 is a partially cutaway detailed perspective view of the storage box, and Figure 3 is the same storage box. FIG. 4 is a perspective view showing the connected state of the storage box, FIG. 5 is a partial perspective view showing a modified example of the storage box, and FIG. 6 is a perspective view of the storage box. A schematic perspective view, FIG. 7 is a perspective view showing details of the storage section of the storage device, FIG. 8 is a detailed perspective view showing the elevating means in the storage device, and FIG. 10 is a perspective view of the take-out device, FIG. 11 is a detailed perspective view of the extrusion means, and FIG. 12 is an explanatory diagram of the operation of the take-out device.
...Accommodation box, 11...Casing, 11A
...Opening section, 12... Placement section, 13.
...Lid part, BP...Object to be contained. (0) Turtle (b) A Figure 1 (C)

Claims (1)

[Scope of Claims] (]l 1til l-' Between the 1st tree on the right side of the 1st part and the C nucleus within this casing] 1st part is provided with a facing c (displaceably)
) A plurality of stored objects are placed in 1G, a and Ef.
When an object is placed on the placing part and housed in the housing, it is provided with a muscle part that closes the opening, and by displacing the placing part, the object is placed through the opening. A storage box characterized by being able to take out or store items layer by layer. (2) The storage box according to claim 1, wherein the lid portion closes the frontage portion of the casing in conjunction with the displacement of the placement portion. (3) The storage box according to item 1, wherein the lid part is formed integrally with the placing part. (4) The above-mentioned placing part has an exposed surface that extends along the stacking direction of the objects to be stacked, and the objects to be stored are placed through this exposed surface above the L1 section. The storage box according to claim 1, which is used for taking out or storing. (5) The storage box according to claim 1, wherein the object to be stored is a group of paper sheets in which a plurality of paper sheets are bound together with a binding band.