JP6298698B2 - Storage box for inner box in safe deposit box and safe deposit box using the same - Google Patents

Description

  The present invention relates to a storage rack for an inner box in a safe deposit box device capable of manually and automatically loading and unloading valuable goods storage boxes (hereinafter referred to as inner boxes) for each customer, and a safe deposit box apparatus using the same. About.

  Safe deposit boxes that can safely store valuables in customer's boxes in response to customer requests are installed at financial institutions.

  Conventional safe deposit boxes are equipped with storage shelves for storing a large number of inner boxes specified for each customer in the safe room, and the designated inner boxes are automatically turned into dedicated booths via a loading / unloading system including a stacker crane. And let the inside of the inner box be used in the booth. Moreover, the used inner box can be automatically returned to the original designated position of the storage shelf via the carry-in / out system (for example, Patent Documents 1 and 2). It should be noted that the carry-in / out system can improve the space efficiency of the vault by configuring it as a lift carriage type having a length corresponding to the entire width of the storage shelf instead of using a stacker crane (Patent Document 3). ).

JP 2001-20611 A JP 2003-301664 A JP 2006-328753 A

  According to such prior art, the inner box is automatically carried out of the safe room into the booth and returned from the booth to the safe room in response to the customer's request. It is indispensable to properly operate the operation screen of the operation table installed in the booth. The operation of the operation screen at this time itself is not necessarily performed smoothly by anyone, A series of automatic devices including a carry-in / out system has a problem that it may become inoperable for a long time due to, for example, a power failure during a large-scale disaster. In addition, large and heavy inner boxes have a problem in that automatic loading / unloading operation by the loading / unloading system may be difficult.

  Therefore, in view of the problems of the prior art, the object of the present invention is to enable manual loading / unloading of the inner box in addition to automatic loading / unloading of the inner box by the loading / unloading device, so that the operation screen can be operated. In addition to responding to the needs of unsatisfactory customers, a storage shelf for an inner box in a safe deposit box that can be used in an emergency and handle large and heavy inner boxes, and a safe deposit box that uses it It is to provide.

  In order to achieve this object, the first invention according to this application (referring to the invention according to claim 1, hereinafter the same) has a structure in which the storage space for the inner box is formed in a multi-row multi-stage, The ceiling material, flooring material, left and right side wall materials are arranged on the top, bottom, left and right, and an opening / closing door with a lock is attached on the front side to enable manual loading / unloading of the inner box from the front side. The gist is to open the entire surface and enable automatic loading / unloading of the inner box by a loading / unloading device from the rear side.

  Each storage space can be provided with an opaque partition plate in the middle so that it can be swung back and forth.

  In addition, each opening / closing door may be provided with a pushing portion for pushing the inner box into a fixed position in the storage space on the inner surface side, and the pushing portion may be provided on the hinge side or the non-hinge side of each opening / closing door. .

  The structure of the second invention (referring to the invention according to claim 5, the same shall apply hereinafter) includes a safe room, a booth attached to the safe room, and an internal box in the safe deposit box device according to the first invention installed in the safe room. A storage shelf and a loading / unloading device arranged on the rear side of the storage shelf are provided. The safe room forms a customer room on the front side of the storage shelf and a machine room on the rear side, and the customer room has a booth. The gist is that the customer who enters the room can use his / her inner box, and the machine room has a loading / unloading device and the customer cannot enter the room.

  The storage shelves can be arranged with two sets facing each other across the carry-in / out device, the customer room can be provided on the front side of each storage shelf, and the machine room can be provided between each storage shelf.

  When according to the configuration of the first invention, the inner box in each storage space can be manually loaded and unloaded from the front side by unlocking and opening the lock door on the front side of the storage space, Automatic loading / unloading is possible from the rear side by a loading / unloading device. In other words, the inner box can be carried in and out of the storage space both manually and automatically, and it can meet the needs of both customers who are not good at operating the operation screen and customers who are good at it, and can not be automatically operated. Even a large and heavy weight inner box that is not suitable for automatic loading / unloading by a loading / unloading device can be used manually. However, it is preferable that the manual large and heavy inner box is arranged at the bottom of the storage shelf.

  The open / close door on the front side of each storage space may be equipped with only a customer lock that can be unlocked by a customer key held by the customer. In addition to a customer lock, an electronic device issued to a certified customer every time a safe deposit box is used may be used. It may be a semi-automatic type equipped with an electronic lock that is unlocked by a key.

  Each storage space is closed on the top, bottom, left, and right through ceiling materials, floor materials, and left and right side wall materials. Even if the open / close door of the storage space is opened, other storage spaces and the inner boxes of other people in the other storage spaces do not enter the field of view, and the overall security can be improved. In addition, there is no possibility that the partition plate may be hung forward and backward so as not to hinder manual or automatic loading / unloading operation of the inner box. However, the term “opaque” as long as it is virtually unobtrusive, low translucency and high light shielding properties, for example, colored and transparent, or surface-finished. Good. The partition plate can be made of any material such as a plastic material, a metal material, and a paper material.

  Each open / close door can be positioned by pushing the inner box in the storage space into a fixed position via the inner side pushing part when closing it, and the subsequent automatic loading / unloading operation by the loading / unloading device is smooth can do. In general, it is sufficient that the pushing portion is provided on the inner surface side of the hinge side of the single door type opening / closing door. However, if the push portion is also provided on the inner surface side of the anti-hinge side, the inner box in the storage space is extremely inclined. Opportunities can be minimized.

  According to the configuration of the second invention, since the customer room on the front side of the storage shelf can be entered by the customer, the customer can manually carry out and use his / her inner box, and the rear side of the storage shelf Since the machine room on the side is provided with a loading / unloading device, an automatic loading / unloading operation of the inner box by the loading / unloading device is possible, and the effect of the storage shelf according to the first invention can be realized. In addition, since the customer who enters a customer room passes a booth, it is preferable to receive authentication when entering a booth.

  Only one set of storage shelves can be installed in the vault room, but two sets can be installed facing away, a customer room is provided on the front side of each storage shelf, and a machine room is provided between each storage shelf. Is possible. The customer rooms at this time are two rooms that are independent from each other, and may be connected to the booth independently. The booth at this time may be a common room or may be divided into two rooms corresponding to each customer room.

Overall configuration schematic perspective view (1) Overall configuration schematic perspective view (2) Main part schematic perspective view Overall perspective view of inner box Side view of the main part of the storage shelf XX line arrow equivalent main part enlarged plan view of FIG. Perspective view of main part of storage shelf Enlarged perspective view corresponding to the arrow Y in FIG. Illustration of installation state of partition plate Front view of the main part of the storage shelf

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  The safe deposit apparatus includes a safe room A, booths B and B, storage shelves 10 and 10 in the safe room A, and a stacker crane type loading / unloading device 20 (FIGS. 1 and 2).

  The left and right booths B and B are attached to the safe room A, and the two storage shelves 10 and 10 are arranged in the safe room A so as to face each other across the carry-in / out device 20. Further, the front side of each storage shelf 10 is formed in a customer room R1 in which a customer M can enter, and the rear side of each storage shelf 10 is provided with a common loading / unloading device 20 so that the customer M cannot enter the room. It is formed in the chamber R2.

  The door B1 of each booth B is equipped with a door with an electronic lock (not shown), and an authenticated customer M (not shown) can enter the booth B. In addition, each booth B is provided with an operation table B2 with an operation screen that the customer M authenticates and operates, and the customer M operates the operation screen of the operation table B2 correctly, so that The inner box 30 stored in the storage shelf 10 can be automatically carried out to the operation table B2, and the inside of the inner box 30 can be used. Further, the customer M can automatically return the used inner box 30 to the original predetermined position in the storage shelf 10 by operating the operation screen. However, the automatic loading / unloading operation of the inner box 30 as described above can be performed fully automatically by the loading / unloading apparatus 20 and a transfer apparatus (not shown) provided between the storage shelf 10 and the operation table B2.

  Between each booth B and customer room R1, an entrance with a door B3 is provided. An entrance with a door B4 is provided between one booth B and the machine room R2. Each door B3 can be opened by an authorized customer M in the booth B and can enter the customer room R1, but the door B4 can only be opened by an attendant, and the customer M cannot enter the machine room R2. is there.

  Each storage shelf 10 has a large number of storage spaces for inner boxes 30 formed in multiple rows and columns (FIGS. 1 and 3). In addition, an opening / closing door 11 with a lock that is unlocked by a customer key held by the customer M is attached to the front side of each storage space.

  In FIG. 3, the storage space at the position where the customer M faces is illustrated with the opening / closing door 11 opened to the right and the inner box 30 inside being manually pulled out. When the customer M carries out his / her inner box 30 to the outside, the customer M can carry it to the table R1a in the customer room R1, for example, and can use the inside. The open / close door 11 can be locked. In the illustrated storage shelf 10, a storage space for a large and heavy inner box 30 (not illustrated) is arranged at the bottom of each row, and a large opening / closing door 11 is attached. Further, a vertically long cover plate 12 is attached to the lower part of the row of the storage shelves 10 closest to the booth B. On the inner side of the cover plate 12, the inner box 30 is provided between the transfer device for the inner box 30 between the storage shelf 10 and the operation table B 2 in the booth B and the carry-in / out device 20 on the rear side of the storage shelf 10. A delivery space is provided for delivery.

  The carry-in / out device 20 includes a mast 22 on a self-propelled carriage 21 and a carriage 23 that moves up and down along the mast 22 (FIG. 2). The carriage 21 can reciprocate on guide rails 21 a, 21 a laid along the storage shelves 10, 10, and a transfer device (not shown) is mounted on the carriage 23. Therefore, the carry-in / out device 20 travels along the storage shelves 10 and 10 and moves the carriage 23 up and down, thereby removing the bottom row of each row of the storage shelves 10 and 10 via the transfer device on the carriage 23. The storage space for the inner box 30 at an arbitrary position can be accessed from the rear side, and the inner box 30 can be unloaded from the storage space and loaded into the storage space. However, the rear side of each storage space is open to the entire surface, and the transfer device can selectively access each storage space of the storage shelves 10 and 10 as specified.

  Further, the carry-in / out device 20 conveys the inner box 30 carried out from the storage shelf 10 to the rear side of the delivery space of the designated booth B side storage shelf 10, and carries the inner box 30 into the delivery space to deliver the delivery space. The inner box 30 on the transfer device can be unloaded onto the transfer device, transported to the designated storage space position of the original storage shelf 10 and returned to the storage space. Can be put. However, the loading / unloading device 20 may be of a type other than the stacker crane type as long as the same automatic loading / unloading operation can be performed.

  The inner box 30 includes a rectangular box 31 and a lid 32 that opens and closes the upper surface of the box 31 (FIG. 4). Downward hook-like handles 33 are attached to both end faces of the box body 31, and the lid 32 can be opened upward at an obtuse angle through hinges 32 a and 32 a. The lid 32 is provided with a lock 32b that is unlocked by a customer key held by the customer M. However, the inner box 30 is prepared with a plurality of types having different overall heights H of the box 31 and the lid 32. For example, the overall heights H are preferably 60 mm, 120 mm, and 180 mm. The lowermost row of each storage shelf 10 is associated with a large and heavy inner box 30 that exceeds these three types, and this inner box 30 is automatically loaded and unloaded by the loading / unloading device 20. Not subject to

  The structural example of the storage space for the inner box 30 is shown in FIGS. However, in FIG. 5, storage spaces for three types of inner boxes 30, 30... With different overall heights H are shown in three upper and lower stages.

  An opening / closing door 11 is attached to the front side of each storage space. In addition, a ceiling member 13, a floor member 14, and left and right side wall members 15, 15 are disposed on the upper, lower, left, and right sides of each storage space, respectively. However, the ceiling material 13 of the lower storage space is also used as the floor material 14 of the upper storage space, and the left and right side wall materials 15 and 15 are continuously connected in common to a plurality of storage spaces stacked vertically. . The rear surface side of each storage space is open to the entire surface, and the rear end portions of the left and right side wall members 15 and 15 are formed on slopes 15a that obliquely expand outward.

  Each open / close door 11 is supported in one piece so as to be freely opened and closed via upper and lower hinges 11a and 11a on one side (FIGS. 6 and 7). Further, a lock 11b as a customer lock is provided on the side opposite to the hinge of the open / close door 11. On the inner surface side of the open / close door 11, inward pressing portions 16, 17 are projected from the hinge side and the anti-hinge side, respectively. The pushing part 16 on the hinge side is formed by bending a tongue piece in the middle part of a vertically long bent plate member with a bent part 16a that conceals the upper and lower hinges 11a, 11a from the inside of the open / close door 11 into a U-shape. In addition, a cushion material 16b is attached to the distal end surface. A guard plate 11c that prevents the hinge pins of the hinges 11a from being removed from the outside of the open / close door 11 is disposed in common on the upper and lower open / close doors 11, 11,. The push portion 17 on the side opposite to the hinge is a plate material that is bent so as to cover the lock 11b, and is fixed together with the lock 11b, and a cushion material 17a is attached to the distal end surface. Therefore, the push portions 16 and 17 can be positioned by correctly pushing the inner box 30 in the storage space into a fixed position via the cushion materials 16b and 17a by closing the door 11. Note that the pushing portions 16 and 17 may be only the pushing portion 16 on the hinge side.

  In the middle part of each storage space for the inner box 30, an opaque partition plate 18 is suspended so as to be swingable back and forth (each two-dot chain line in FIG. 5, FIG. 8).

  The partition plate 18 is, for example, a plastic thin plate material that is substantially invisible, and is suspended from the ceiling material 13 via a hook material 19 that is fixed to the lower surface of the ceiling material 13 in the storage space (FIG. 8, FIG. 9). At the upper end of the partition plate 18, notches 18 a, 18 a that match the hooks 19 a, 19 a at both ends of the hook material 19 are formed, and the hook material 19 is formed at both ends of the narrow plate-shaped fixing portion 19 b. Hooks 19a and 19a having a U-shaped cross section are integrally formed. Therefore, the partition plate 18 can be suspended so as to be swingable back and forth by fixing the hook member 19 to the lower surface of the ceiling member 13 and engaging the notches 18a and 18a with the hooks 19a and 19a. However, FIGS. 9A to 9C are respectively an upper front view of the partition plate 18, a partially broken plan view of the hook material 19, and a ZZ line arrow view of FIG. 8 showing a suspended state of the partition plate 18. It is a considerable expanded sectional view.

  In each storage space, when the inner box 30 is not stored, the partition plate 18 hangs vertically by gravity (each two-dot chain line in FIG. 5, FIG. 8). Therefore, even if the open / close door 11 is opened, the customer M cannot see the back side of the partition plate 18 because the field of view is blocked by the partition plate 18.

  On the other hand, when the customer M carries the inner box 30 from the front side of the storage space (in the direction of each arrow K1 in FIG. 5), the partition plate 18 is pushed upward by the inner box 30 to close the open / close door 11 and close the inner box 30. Is positioned at a fixed position, it stops still diagonally backward between the ceiling member 13 and the inner box 30 (solid lines in FIG. 5). At this time, when the overall height H of the inner box 30 is small, the lower end of the partition plate 18 is grounded on the lid 32 in front of the hinges 32a and 32a for the lid 32 of the inner box 30 (the upper stage in FIG. 5). When the overall height H of the inner box 30 is large, it is grounded on the box body 31 behind the hinges 32a and 32a (lower stage in FIG. 5).

  Therefore, when the inner box 30 manually loaded into the storage space in this way is manually unloaded to the front side (in the direction of the arrow K2 in FIG. 5), the lower end of the diagonally rearward partition plate 18 is the upper surface of the inner box 30. Is projected from the rear end of the inner box 30, and the rear end of the inner box 30 passes under the hook material 19, thereby returning to the original hanging posture. However, the upper and middle partition plates 18 and 18 in FIG. 5 form square notches 18b and 18b on the left and right sides of the lower end portion (FIG. 10), and hinges 32a and 32a projecting from the upper surface of the inner box 30 are provided. It shall pass without hindrance.

  Next, when the inner box 30 is automatically loaded into the storage space from the rear side through the loading / unloading device (in the direction of each arrow K2 in FIG. 5), each partition plate 18 is pushed forward by the inner box 30 and finally Between the ceiling member 13 and the inner box 30, it stands still diagonally forward (each dashed line in FIG. 5). However, at this time, when the overall height H of the inner casing 30 is large, the lower end of the partition plate 18 may interfere with the pressing portions 16 and 17 on the inner surface side of the door 11 (the lower dotted line in FIG. 5). Therefore, the lower partition plate 18 avoids interference with the pressing portions 16 and 17 by forming shallow notches 18c on the left and right sides of the lower end portion (FIG. 10). In FIG. 5, only the push portion 17 is shown.

  Further, when the inner box 30 thus automatically loaded into the storage space is automatically unloaded to the rear side (in the direction of each arrow K1 in FIG. 5), the lower end of the diagonally-facing partition plate 18 slides on the upper surface of the inner box 30. Then, it projects from the front end of the inner box 30 and returns to the original hanging posture when the front end of the inner box 30 passes under the hook material 19. Further, when the inner box 30 is automatically loaded into the storage space from the rear side and the partition plate 18 on the inner box 30 is obliquely forward (each dashed line in FIG. 5), the inner box 30 is manually moved to the front side without any trouble. When the inner box 30 is manually carried into the storage space from the front side and the partition plate 18 on the inner box 30 is obliquely rearward (each solid line in FIG. 5). ), The inner box 30 can be automatically carried out to the rear side without any trouble (in the direction of each arrow K1 in FIG. 5).

  In the above description, one of the two sets of storage shelves 10, 10 in the safe room A may omit the front customer room R 1 and be dedicated to automatic loading / unloading by the rear loading / unloading device 20. In addition, each storage space of the storage rack 10 dedicated to automatic loading / unloading directly faces the wall surface of the safe room A directly on the front side, so that both the front side and the rear side are fully opened without providing the door 11. Can be made.

  Further, one of the storage shelves 10 and 10 in the safe room A is omitted together with the customer room R1 on the front side, and only one set capable of both manual loading and unloading and automatic loading and unloading by the loading and unloading device 20 is safe. You may install in the chamber A.

  Further, in the present invention, details such as the specific configuration and operation of the booth B, the loading / unloading device 20, the transfer device between the storage shelves 10 and the operation table B2 in each booth B are as necessary. It can be changed arbitrarily. The same applies to the unlocking / locking type of the door 11 in the customer room R1.

  The present invention can be widely and suitably applied to an arbitrary safe deposit box regardless of the size or installation location.

A ... Safe room B ... Booth R1 ... Customer room R2 ... Machine room M ... Customer 10 ... Storage shelf 11 ... Open / close door 11b ... Lock 13 ... Ceiling material 14 ... Floor material 15 ... Side wall material 16, 17 ... Pushing part 18 ... Partition Plate 20 ... Loading / unloading device 30 ... Inner box

Patent Applicant Fuji Seiko Head Office

Claims (6)

  The storage space for the inner box is formed in multiple rows and multiple stages, and each storage space is provided with ceiling materials, flooring materials, left and right side wall materials on the top, bottom, left and right, and doors with locks on the front side. In the safe deposit box device, which allows manual loading / unloading of the inner box from the front side and enables the automatic loading / unloading of the inner box by the loading / unloading device from the rear side by opening the entire rear side. Storage shelf for inner box.   2. The storage box for an inner box in a safe deposit box according to claim 1, wherein each of the storage spaces is provided with an opaque partition plate in a middle portion so as to be swingable back and forth.   3. The storage for an inner box in a safe deposit box according to claim 1, wherein each of the open / close doors has a pushing portion for pushing the inner box into a fixed position in the storage space on the inner surface side. shelf.   4. A storage shelf for an inner box in a safe deposit box device according to claim 3, wherein the pressing portion is provided on a hinge side and an anti-hinge side of each open / close door.   A storage room for an inner box in a safe deposit box according to any one of claims 1 to 4, and a rear surface side of the storage shelf, installed in the safe room, a booth attached to the safe room, The safe room forms a customer room on the front side of the storage shelf and a machine room on the rear side of the storage shelf, and the customer room enters the customer room through the booth. A safe deposit box device in which the machine room is provided with the carry-in / out device and the customer cannot enter the room.   The storage shelves are arranged with two sets facing away across the carry-in / out device, the customer room is provided on the front side of each storage shelf, and the machine room is provided between the storage shelves. 6. The safe deposit apparatus according to claim 5, wherein:

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