JP5597387B2 - Storage shelves for safe deposit boxes - Google Patents

Description

  The present invention relates to a storage shelf for a safe deposit box that can easily cope with a customer's request regarding the internal volume of a safe deposit box.

  There are many cases where a safe deposit box is installed in a financial institution store or the like, and valuables are safely stored according to customer requests (for example, Patent Documents 1 and 2).

  In general, a safe deposit box stores a large number of safe deposit boxes in a multi-row multi-stage on a storage shelf in a safe room, and assigns each safe deposit box to each customer. Therefore, the customer can authenticate by operating the operation terminal in the dedicated booth, and can use the inside of the safe deposit box by transporting his / her safe box to the booth via the automatic transport system. . Further, the used safe deposit box is automatically stored in the original storage shelf position in accordance with a customer instruction. For example, the safe box is generally uniform in height (depth) for each safe room and the inner volume is uniform.

JP 2003-301663 A JP 2006-328753 A

  According to such a conventional technique, the safe box in the safe room has a uniform inner volume, so that there is a problem that it is extremely difficult to individually respond to customer requests regarding the size of the inner volume.

  Accordingly, an object of the present invention is to consider the relative relationship between the pitch of the mounting holes for the support material formed in the vertical member of the storage shelf and the pitch of the plurality of mounting holes provided in each support material, in view of the problems of the prior art. By setting it properly, it is possible to store a safe deposit box of any height most efficiently, and a storage shelf for a safe deposit box that can easily meet the customer's demands regarding the internal volume of the safe deposit box. Is to provide.

  The configuration of the present invention for achieving such an object includes front, rear, left and right vertical members, a support member screwed to the vertical member in multiple stages, and a safe deposit box with a lid supported via the support member. Each vertical member has a mounting hole for a support material formed in a vertical direction at a certain pitch p, and each support material has a pitch α ≦ δ <p (where δ is a gap between adjacent vertical safe boxes. Where α is a practical numerical value corresponding to the common divisor of p and δ), and a plurality of mounting holes are formed in the vertical direction corresponding to the mounting holes of each vertical member, and an integer of p By finely adjusting the fixed position for each double by α in the vertical direction, a fixed interval of h + δ is used to support a safe deposit box with an arbitrary height h corresponding to an integral multiple of α in multiple stages through a fixed gap δ. The gist is to achieve the above.

  Each vertical member has a support hole for each pitch p = ma (where m is a natural number of 2 or more and a is a reference pitch), and each support member has a pitch α = δ = a. M mounting holes can be formed.

  Further, the support material can be selected from a plurality of types formed by changing the height position of one mounting hole by α instead of forming a plurality of mounting holes in the vertical direction for each pitch α. .

  According to such a configuration of the invention, each support member is screwed into each longitudinal member in multiple stages by inserting one of the plurality of attachment holes into the attachment hole of each longitudinal member and inserting a fixing bolt. It has been stopped. However, the fixing bolts may be screwed into the tapped holes with one of the mounting holes on the vertical member side or the support member side as tapped holes with female threads, and both mounting holes as bolt holes without female threads, And may be combined. Moreover, a nut may be welded to one attachment hole, and it may replace with a tap hole. In addition, the support material can support the safe box so that it can be put in and out in the front-rear direction by fixing the pair of left and right to the same height position of the front and rear vertical members. However, the pair of left and right support members may be integrally connected to improve the overall strength.

  Each vertical member is provided with mounting holes for supporting material in the vertical direction for each pitch p, and each supporting material is formed with a plurality of mounting holes in the vertical direction for each pitch α ≦ δ. . Therefore, the support material for each step is screwed to each longitudinal member at a fixed interval of an integer multiple of p by matching the attachment holes at the same height with the attachment holes of each longitudinal member. By selecting one of a plurality of mounting holes in the vertical direction, the fixing position can be finely adjusted by α in the vertical direction.

  On the other hand, the interval between the support members that support the safe deposit box having an arbitrary height h needs to be h + δ in consideration of the gap δ between the upper and lower safe deposit boxes. On the other hand, each support material can realize a fixed interval of h + δ by finely adjusting the fixed position for each integer multiple of p by α in the vertical direction. However, the pitch α of the plurality of mounting holes formed in each support member is practical from a numerical value corresponding to the common divisor of p and δ with respect to the pitch p of the mounting holes of each vertical member and the gap δ of the safe deposit box. A numerical value may be selected, and the number b of the mounting holes of each support material is (b-1) α ≧ p, and the fine adjustment range of each support material covers the pitch p of the mounting holes on the vertical material side. It should be set so that.

  That is, each support member can be screwed to each vertical member so as to most efficiently support a multi-stage safe deposit box having an arbitrary height h through a fixed gap δ, and the inner volume of the safe deposit box can be reduced. It is possible to easily respond to customer requests regarding size. The gap δ between the safe deposit boxes adjacent to each other is provided to raise the safe deposit box and remove it from the stopper at the front end of each support material when the safe deposit box is put in and out of the support material. For example, δ = 10 to 20 mm is practical.

  While the pitch p of the mounting holes of each vertical member is set to p = ma, and the pitch of mounting holes of each supporting material is set to α = δ = a and the number is m, the height of each safe deposit box h = na (however, n = 1, 2,...), and the overall design can be simplified. However, a is a reference pitch, and is set to an appropriate value that is equal to or larger than the gap δ of the safe deposit boxes adjacent in the vertical direction. M is a natural number of 2 or more.

  Even if the support material is selectively used by selectively using one of a plurality of types formed by varying the height position of one mounting hole by α, the fixing position is set in the vertical direction in the same manner as described above. You can make fine adjustments one by one.

Main part exploded perspective view Side view of main parts Main part configuration schematic explanatory diagram Main part schematic diagram Side view of support material FIG. 3 (A) equivalent view (1) showing another embodiment FIG. 3B is an explanatory view (1) showing another embodiment. FIG. 4 equivalent view (1) showing another embodiment FIG. 3 (A) equivalent view (2) showing another embodiment FIG. 3B is an explanatory view (2) showing another embodiment. FIG. 4 equivalent view (2) showing another embodiment

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

  The storage rack for the safety deposit box device is supported via the longitudinal members 11, 11..., The support members 12, 12... Screwed to the longitudinal members 11, 11. .. Are provided (FIGS. 1 and 2). However, FIG. 1 shows only one safe deposit box 20 and a pair of left and right support members 12 and 12 that support it.

  Each vertical member 11 is a channel material that is long in the vertical direction. Each vertical member 11 is erected in a frame shape so that a pair of front and rear faces each other and a distance between the pair of left and right is adapted to the width of the safe deposit box 20. The mounting holes 11a, 11a,... For the support members 12, 12,... Are formed in the vertical direction at every pitch p = a (where a is a reference pitch). Each mounting hole 11a is a tap hole that fits a bolt (not shown) for fixing the support member 12.

  Each support member 12 is formed by bending a plate member into an L-shaped cross section to form a horizontal side 12a and a vertical side 12b, and mounting holes 12c through which bolts for fixing the support member 12 are inserted at both front and rear ends of the vertical side 12b. Is formed corresponding to the mounting hole 11a of each longitudinal member 11. Also, upward stopper portions 12d and 12e are respectively formed at the front end and the rear end of the horizontal side 12a, and the rear stopper portion 12e is formed higher than the front stopper portion 12d. An oblique guide portion 12f that opens outward is formed at the front end of the vertical side 12b.

  The safe deposit box 20 is configured by attaching a lid 22 to the upper surface of a flat box-shaped main body 21. Downward hooks 23 are respectively attached to the front surface and the rear surface of the main body 21, and the hooks 23 are long so that they can pass back and forth between the stopper portions 12 e and 12 e at the rear ends of the support members 12 and 12. The position is set. The lid 22 can be opened upward via the hinge 22a, and a key held by the customer can be inserted into the key hole 22b to be locked and unlocked.

  The safe deposit boxes 20, 20... Can be housed and supported in upper and lower multistages within the longitudinal members 11, 11... By being supported via a pair of left and right support members 12, 12. The safe deposit box 20 on the support members 12 and 12 is restrained in the front-rear direction via the stopper portions 12d, 12d, 12e, and 12e before and after the support members 12 and 12, and may fall inadvertently due to an earthquake or the like. There is no fear.

  When the safe deposit box 20 is put in and out of the support materials 12 and 12, the safe deposit box 20 is moved back and forth by pushing or pulling one or both of the front and rear hooks 23 and 23 through a transfer device (not shown). To drive. However, when the safe deposit box 20 is stored on the support members 12 and 12 (in the direction of the arrow K1 in FIG. 2), at least the rear end portion of the safe deposit box 20 is raised higher than the stopper portion 12d on the front side, When pulling out the safe deposit box 20 on 12 (in the direction of arrow K2 in the figure), at least the front end portion of the safe deposit box 20 is raised higher than the stopper portion 12d. Therefore, the safe deposit box 20 at each stage is supported so as to be able to be put in and out on the support members 12 and 12 at each stage by providing a certain gap δ between other safe deposit boxes 20 adjacent in the vertical direction. Yes.

  In FIG. 2, each safe deposit box 20 is set to have a height h = 4p = 4a and a vertical gap δ = p = a. Therefore, by fixing the support members 12, 12... Of each step using the mounting holes 11 a, 11 a... For each pitch p = a of each longitudinal member 11 at a constant interval Δ = h + δ = 5p = 5a, The safe deposit boxes 20, 20... Can be supported in multiple stages through a certain gap δ (FIG. 3A). However, FIG. 3A shows the positions of the mounting holes 11a, 11a... On the vertical members 11, the fixed positions of the support members 12, 12. The relative relationship between the boxes 20, 20... Is schematically illustrated.

  Similarly, if the interval Δ = 11p = 11a between the support members 12, 12..., It is possible to correspond to the safe deposit boxes 20, 20... With the height h = 10a (the rightmost row in FIG. 3B). ), If the interval Δ = (n + 1) p = (n + 1) a, it is possible to correspond to the safe deposit boxes 20, 20... Having an arbitrary height h = na (where n is a natural number of 1 or more) ( Each other column in FIG. 3B). It is also possible to support the multi-tiered safe deposit boxes 20, 20... Having an arbitrary height h = na (FIG. 4). However, in FIG. 3 (B) and FIG. 4, the safe deposit boxes 20, 20,... In each row are all supported in multiple stages through a constant gap δ = a. 3 and 4, the mounting holes 11 a, 11 a... Are omitted from the bottom 2 to 4 steps assuming the minimum height h = 4 a of the safe deposit box 20.

  In the above description, the storage shelves have a height that can store, for example, about 40 rows of safe deposit boxes 20, 20... With a height h = 4a, and connect any number of rows, for example, in units of 3 to 4 rows. , Can be configured in a multi-row multi-stage. In addition, each row of the storage shelf can be stored in any combination of the rows in FIGS.

Other embodiments

  In each longitudinal member 11, attachment holes 11a, 11a... Are formed at every pitch p = 2a, and two front and rear end portions of each support member 12 are associated with the attachment holes 11a of each longitudinal member 11. Mounting holes 12c and 12c can be formed in the vertical direction at every pitch α = a (FIG. 5B, FIG. 6). However, FIG. 5A shows the support member 12 of FIGS. 1 and 2 for comparison.

  In FIG. 6, in order to support the safe deposit boxes 20, 20... Having a height h = 4a in multiple stages through a certain gap δ = a, the support members 12, 12. , 12c are alternately selected and used, and a constant interval Δ = h + δ = 5a = 2p + a = 3p−a can be realized. Similarly, the safe deposit boxes 20, 20... Having an arbitrary height h = na can be supported in multiple stages (FIGS. 7A to 7D), and the rental boxes having an arbitrary height h = na can be supported. The safe boxes 20, 20... Can be mixed and supported in multiple stages (FIG. 8). However, in FIG. 7 (A) to (D) and FIG. 8, the safe deposit boxes 20, 20... In each row are attached to the mounting holes 11a for each pitch p = 2a on the vertical member 11 side, as in FIG. .. Are supported in multiple stages through a fixed gap δ = a via the supporting members 12, 12.

  .. May be formed in each longitudinal member 11 at every pitch p = 3a (FIG. 9). However, at this time, three attachment holes 12c, 12c,... Are formed in the front and rear ends of each support member 12 in the vertical direction for every pitch α = a corresponding to the attachment holes 11a of each longitudinal member 11. (FIG. 5C).

  In FIG. 9, the supporting members 12, 12... Of each step are selected by selecting one of the upper and lower mounting holes 12 c, 12 c, and realizing a certain interval Δ = h + δ = 5a = 2p−a = p + 2a. The safe deposit boxes 20, 20... Having a height h = 4a can be supported in multiple stages through a certain gap δ = a. Similarly, the safe deposit boxes 20, 20... Having an arbitrary height h = na can be supported in multiple stages (FIGS. 10A to 10D), and the rental boxes having an arbitrary height h = na can be supported. The safe boxes 20, 20... Can be mixed and supported in multiple stages (FIG. 11). 10A to 10D and FIG. 11, the safe deposit boxes 20, 20,... In each row are all supported in multiple stages via a fixed gap δ = a.

  In the same manner, each vertical member 11 is provided with mounting holes 11a, 11a,... In the vertical direction at each pitch p = ma (where m is a natural number of 2 or more). Is formed with m (where m ≧ 2) mounting holes 12c, 12c... In the vertical direction for each pitch α = a, so that an arbitrary height h = na (where n is a natural number of 1 or more) ) Can be supported in multiple stages through a certain gap δ = a. By using one of the mounting holes 12c, 12c... For each pitch α = a formed in each support member 12, the interval Δ between the support members 12, 12. This is because fine adjustment can be made in the vertical direction by α within the pitch p = ma of the holes 11a, 11a. Further, at this time, the number of mounting holes 11a, 11a,... Of each longitudinal member 11 can be reduced to 1 / m as compared with the case of FIGS. For example, when making each attachment hole 11a into a tap hole, an extremely large reduction in processing man-hours can be realized.

  The above logic is that the height h ≠ na of each safe deposit box 20 with respect to the pitch p = ma of the mounting holes 11a, 11a... Of each vertical member 11, and the gap δ between the safe deposit boxes 20 and 20 adjacent to each other vertically. The present invention can be extended and applied even when ≠ a. That is, mounting holes 12c, 12c... With a pitch α ≦ δ <p and a number b ≧ p / α + 1 are formed in the front and rear ends of each support member 12 in the vertical direction. By making it possible to finely adjust up and down by α within the range of the pitch p of the mounting holes 11a, 11a... On the vertical member 11, it is possible to lend an arbitrary height h corresponding to an integral multiple of α through a certain gap δ. The safe boxes 20, 20... Can be supported in multiple stages. However, the pitch α at this time is a numerical value corresponding to a common divisor of p and δ, and a practical numerical value is selected.

  Each support member 12 has a height of one mounting hole 12c at each of the front and rear ends instead of forming a plurality of mounting holes 12c, 12c... Even if a plurality of types formed by varying the positions by α are prepared and one of them is selected and used, the same effect can be realized.

  The present invention can be widely applied to an automatic warehouse-type storage shelf that supports various storage boxes other than the safe deposit box 20 in a multistage manner.

11 ... Vertical material 11a ... Mounting hole 12 ... Support material 12c ... Mounting hole 20 ... Safety box

Patent Applicant Fuji Seiko Head Office
Attorney Tadaaki Matsuda, Attorney

Claims (3)

It comprises a front and rear, left and right vertical members, a support material screwed to the vertical material in multiple stages, and a safe deposit box with a lid supported via the support material, each vertical material having a constant pitch p Mounting holes for the support material are formed in the vertical direction, and each support material has a pitch α ≦ δ <p (where δ is a gap between the safe box adjacent to the top and bottom , and α is p A plurality of mounting holes are formed vertically corresponding to the mounting holes of each longitudinal member, and a fixed position for each integer multiple of p is selected. By finely adjusting α in the vertical direction, a fixed interval of h + δ is realized in order to support the safe deposit box having an arbitrary height h corresponding to an integral multiple of α in multiple stages with a constant gap δ. A storage shelf for a safe deposit box.   Each of the vertical members is provided with a mounting hole for the support material for each pitch p = ma (where m is a natural number of 2 or more, a is a reference pitch), and each support material has a pitch α = δ = a 2. The storage shelf for a safe deposit box according to claim 1, wherein m mounting holes are formed for each.   The support material is selected from a plurality of types formed by changing the height position of one mounting hole by α instead of forming a plurality of mounting holes in the vertical direction for each pitch α. A storage shelf for a safety deposit box device according to claim 1 or 2.

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