JP2017199132A - Storage object management device and storage pocket for storage object management device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a storage object management device and a storage pocket for the storage object management device capable of managing storage objects in a plurality of classifications.SOLUTION: The storage object management device includes a storage object management device body, and a closet disposed in the storage object management device body so as to be drawable. A plurality of storage pockets 202 each having an individually openable/closable lid body 213 are attached to the closet. Each of the plurality of storage pockets 202 has a lid lock portion 238 capable of locking and unlocking the lid body 213.SELECTED DRAWING: Figure 9

Description

  The present invention relates to a stored item management device and a storage pocket for a stored item management device.

  There is a cash management device that stores and manages bar metal coins and bundled banknotes (see, for example, Patent Document 1). This cash management device has a plurality of storages that can be pulled out from the cash management device body. Among the multi-level storages, the top level is a preliminary storage, which can store unbound rose banknotes, unwrapped rose coins, damaged banknotes, damaged coins, new tickets, checks, etc. . The remaining storages are a bill storage for storing small bundles of bills and a coin storage for storing bar metal coins.

JP, 2015-191486, A

  In the reserve storage as described above, rose banknotes, rose coins, damaged banknotes, damaged coins, new tickets, checks, etc. can be stored. It is desired to realize a device that can be managed strictly according to classification.

  The present invention has been made in view of the above points, and an object of the present invention is to provide a storage management device and a storage pocket for storage management device capable of strictly managing the storage by dividing the storage into a plurality of categories.

  In order to achieve the above object, a first aspect according to the present invention includes a stored item management apparatus main body, and a storage provided so as to be able to be pulled out from the stored object management apparatus main body. A plurality of storage pockets each having a lid that can be individually opened and closed are attached, and each of the plurality of storage pockets is provided with a lid lock portion that can lock and unlock the lid. And

  According to the first aspect, a plurality of storage pockets each having a lid that can be opened and closed individually are attached to a storage provided so as to be capable of being pulled out from the main body of the stored item management apparatus. The stored items can be stored in a plurality of categories. Moreover, since each cover body of a some storage pocket is locked by each cover lock part, it can suppress that each cover body of a some storage pocket opens carelessly.

  According to a second aspect of the present invention, in the first aspect, each of the plurality of storage pockets is detachable from the storage.

  According to the second aspect of the present invention, since each of the plurality of storage pockets can be attached to and detached from the storage, the combination and arrangement of the storage pockets can be changed, and convenience is improved. .

  According to a third aspect of the present invention, in the first or second aspect, the storage can attach a plurality of storage pockets of the same size, and can attach a plurality of storage pockets of different sizes. It is characterized by being.

  According to the third aspect, a plurality of storage pockets of the same size or a plurality of storage pockets of different sizes can be attached to the storage. It is possible to divide and store items of different sizes or store items of different sizes in a plurality of categories.

  According to a fourth aspect of the present invention, in any one of the first to third aspects, each of the plurality of storage pockets is provided with a storage status notifying unit that notifies the storage status of stored items. It is characterized by.

  According to the fourth aspect, for example, when the notification state of the storage condition notification lamp provided in each of the plurality of storage pockets is seen, the storage pocket in the use state in which the stored item is stored and the stored item are stored. It is possible to easily distinguish an empty storage pocket that is not used.

  According to a fifth aspect of the present invention, in any one of the first to fourth aspects, each of the plurality of storage pockets is provided with a storage state detection means for detecting a storage state of stored items. It is characterized by.

  According to the fifth aspect, for example, the storage state detection sensor provided in each of the plurality of storage pockets detects the storage state of the storage item, so that the storage pocket of the storage state in which the storage item is stored It is possible to detect an empty storage pocket in which no stored item is stored. Therefore, it is possible to detect forgetting to put in and storing items in the storage pocket.

  According to a sixth aspect of the present invention, in any one of the first to fifth aspects, the lid body is capable of visually observing a stored item in the storage pocket closed by the lid body. To do.

  According to the sixth aspect, since the stored items in the storage pocket closed by the lid are visible, the storage pocket in the used state in which the stored items are stored, and the empty state in which the stored items are not stored Can easily be distinguished from the storage pocket.

  According to a seventh aspect of the present invention, in any one of the first to sixth aspects, a plurality of the storages are provided, and at least one of the bundle of bills and the bar is at least one of them. It is characterized in that a money storage unit for storing either one is provided.

  According to the seventh aspect, since at least one of a bundle of banknotes and a bar can be stored in the money storage part provided in at least one of the plurality of storages, a plurality of storages Cash that can be classified and managed in detail by storing multiple types of rose banknotes, rose coins, damaged banknotes, damaged coins, new tickets, and checks in multiple categories. It becomes a management device.

  According to an eighth aspect of the present invention, there is provided a storage pocket for a storage management device provided in a storage provided so as to be capable of being pulled out from the storage management device main body, the pocket main body forming a storage space, and the storage space And a lid lock portion capable of locking and unlocking the lid body.

  According to the eighth aspect, for example, a plurality of items can be stored in a plurality of categories by being attached to a storage provided so as to be able to be pulled out from the main body of the stored item management apparatus. Moreover, since the lid is locked by the lid lock portion, it is possible to prevent the lid from being opened carelessly.

  According to a ninth aspect of the present invention, in the eighth aspect, at least the identification information of the storage pocket is attached to the pocket body so as to be readable by a predetermined reading means.

  According to the ninth aspect, for example, when the removed storage pocket is attached to another storage or stored separately, the identification information is read by a predetermined reading means, so that the attachment destination and the storage destination are read. But you can easily identify the storage pocket.

  According to the present invention, it is possible to provide a storage management device and a storage pocket for a storage management device capable of strictly managing the storage by dividing the storage into a plurality of categories.

It is a perspective view which shows the stored item management apparatus which concerns on 1st Embodiment of this invention. 1 is a block diagram of a stored item management apparatus and an important item management safe according to a first embodiment of the present invention. FIG. It is a perspective view which shows an example of the separate management storage of the stored item management apparatus which concerns on 1st Embodiment of this invention. It is a top view which shows an example of the separate management storage of the stored item management apparatus which concerns on 1st Embodiment of this invention. It is a top view which shows another example of the separate management storage of the storage management apparatus which concerns on 1st Embodiment of this invention. It is a top view which shows another example of the separate management storage of the stored item management apparatus which concerns on 1st Embodiment of this invention. It is a top view which shows another example of the separate management storage of the stored item management apparatus which concerns on 1st Embodiment of this invention. It is a top view which shows another example of the separate management storage of the stored item management apparatus which concerns on 1st Embodiment of this invention. It is sectional drawing which shows the storage pocket of the stored item management apparatus which concerns on 1st Embodiment of this invention. It is a top view which shows the storage pocket of the stored thing management apparatus which concerns on 1st Embodiment of this invention. FIGS. 9A and 9B are cross-sectional views taken along the line XX of FIG. 9 showing the storage pocket of the stored item management apparatus according to the first embodiment of the present invention, wherein FIG. 9A is a closed state of the lid body, and FIG. Are shown respectively. It is a perspective view which shows the bundle banknote storage of the stored thing management apparatus which concerns on 1st Embodiment of this invention. It is a perspective view which shows the bar metal storage of the stored item management apparatus which concerns on 1st Embodiment of this invention. It is a front view which shows the important material management safe which accommodates the stored material management apparatus which concerns on 1st Embodiment of this invention. It is a front view which shows the state which inserted the storage thing management apparatus which concerns on 1st Embodiment of this invention in the important thing management safe. It is sectional drawing which shows the storage pocket of the stored item management apparatus which concerns on 2nd Embodiment of this invention. It is a top view which shows the storage pocket of the stored item management apparatus which concerns on 2nd Embodiment of this invention. It is a front sectional view which shows the open state of the cover body of the storage pocket of the stored item management apparatus according to the second embodiment of the present invention. It is sectional drawing which shows the storage pocket of the stored item management apparatus which concerns on 3rd Embodiment of this invention.

[First Embodiment]
The stored item management apparatus according to the first embodiment of the present invention will be described below with reference to FIGS. The stored item management apparatus 1 according to the first embodiment shown in FIG. 1 is a partial improvement of a cash management apparatus that manages cash and the like, and is used at a store of a financial institution such as a bank. The stored item management apparatus 1 is capable of traveling on the floor in the store, but may be used by being installed at a predetermined position.

  The stored item management apparatus 1 includes a box-shaped stored item management apparatus main body 11 and a storage 12 provided in the stored item management apparatus main body 11 in a plurality of levels, specifically five levels in the vertical direction. These storages 12 can be opened / closed in the horizontal front-rear direction, that is, can be pulled out and pushed in, with respect to the storage object management apparatus main body 11 via slide rails (not shown) provided on the left and right side walls. These storage boxes 12 are pulled out from the stored article management apparatus main body 11 and are in an open state, and are pushed into the stored article management apparatus main body 11 to be in a closed state. All the storage boxes 12 are connected to the stored item management apparatus main body 11 so as to be movable within a predetermined range only in the front-rear direction as described above. While these storage boxes 12 are open, cash and the like can be taken in and out, while in the closed state, cash and the like cannot be taken in and out. In the stored item management apparatus 1, the front side of the storage 12 in the pulling direction is the front side of the apparatus on the user side.

  Of the multiple-tier storage boxes 12, the uppermost one is an individual management storage box 12 (a), and the second-tier storage box 12 is also an individual management storage box 12 (b). These individually managed storages 12 (a) and 12 (b) are not bundled rose banknotes, unwrapped rose coins, damaged banknotes, damaged coins, new ticket banknotes, checks, passbooks, receipts, receipts, Keys, operator cards, seal books, etc. can be individually managed and stored as stored items.

  Further, the third and fourth tiers from the top are bundled bill storages 12 (c) for storing small bundles and large bundles, and the bottom tier is a bar storage 12 (d) for storing a bar. It has become. Of course, the total number of storage boxes 12, the individual management storage boxes 12 (a) and 12 (b), the individual number of bill banknote storage boxes 12 (c) and the bar metal storage boxes 12 (d), the layout Etc. can be arbitrarily set. For example, all the storages 12 are individually managed storages, only one of the individual management storages 12 (a) and 12 (b) is provided, or the individual management storages 12 (a) and 12 (b) Of course, it is possible to make everything except the bill banknote storage 12 (c), or all the parts other than the individual management storage 12 (a) and 12 (b) into the bar metal storage 12 (d).

  A handlebar 15 that is gripped by the user when moving the stored item management apparatus 1 is attached to the rear side of the upper part of the stored item management apparatus main body 11 so as to extend in the left-right direction. A swingable touch panel type management device operation display unit 16 is provided on the upper side of the stored matter management device main body 11 on the front side of the device with respect to the handle bar 15, and the front side of the device with respect to the management device operation display unit 16. On the side, a management device card reader 17 and a removable management device key operation unit 18 including a numeric keypad are provided. The management device operation display unit 16 is used for operation input by the user and displayed to the user. The management device key operation unit 18 is used for operation input by the user. The management device card reader 17 reads stored data from an operator card such as a magnetic card or IC card passed by the user, in other words, the stored data is input from the operator card.

  A caster 38 having rollers 37 that roll on the floor is provided at the four corners of the lower part of the stored article management apparatus main body 11. In all the casters 38, the roller 37 is horizontally rotatable about a vertical axis, and the roller 37 is rotatable about the horizontal axis.

  The storage object management apparatus main body 11 is provided with a storage lock mechanism 22 shown in FIG. 2 that individually locks the storage 12 in a closed state with respect to each of all storages 12. Each of the storage lock mechanisms 22 is in a state where the lock is released and the corresponding storage 12 can be pulled out and the opening operation is allowed when power is supplied. In addition, the storage lock mechanism 22 stops power supply after the corresponding storage 12 is pulled out, and thereafter the storage 12 cannot be pulled out when the corresponding storage 12 is returned to the fully closed position. Lock automatically and mechanically. As shown in FIG. 1, the stored matter management apparatus main body 11 is provided with a guide lamp 23 on each side of the plurality of storages 12 to indicate the state of each storage 12 by a lighting state. The guide lamp 23 is turned on when a selection operation of the corresponding storage 12 is input, and guides the drawer operation of the storage 12.

  The storage management device main body 11 is connected to the management device operation display unit 16, the management device card reader 17, the management device key operation unit 18, the guide lamp 23, and the storage lock mechanism 22 shown in FIG. A management device control unit 25 and a management device storage unit 26 that stores processing-related data and the like are provided. The management device control unit 25 can individually unlock the plurality of storage lock mechanisms 22.

  Between each storage 12 and the stored matter management apparatus main body 11, a pull-out position detection mechanism 35 that detects a pull-out position of each storage 12 with respect to the stored article management apparatus main body 11 is provided. The drawer position detection mechanism 35 is in the fully closed position where each storage 12 is pushed most into the storage management device main body 11, and in the fully open position where the storage 12 is most pulled out from the storage management device main body 11. Including something, the drawer position of each storage 12 is detected.

  Each storage 12 extends rearward from the front plate portion 31 provided with a handle 30 at the center and the left and right sides of the front plate portion 31, for example, as in the individually managed storage 12 (b) shown in FIG. 3. The frame body 34 has a pair of side plate portions 32 and a rear plate portion 33 that connects the rear end portions of the pair of side plate portions 32. This frame 34 is common to the individual management storage 12 (b), the bundled bill storage 12 (c) and the bar metal storage 12 (d) shown in FIG. The frame 34 of (a) has a narrow width in the left-right direction. A pair of side plate portions 32 shown in FIG. 3 is connected to one side of a slide rail (not shown), and the other side of the slide rail is connected to the stored article management apparatus main body 11 shown in FIG. Thereby, it can be pulled out with respect to the stored matter management apparatus main body 11.

  As shown in FIG. 3, the individually managed storage 12 (b) includes a rectangular box-shaped mounting base 201 with an upper opening fixed to the frame body 34, and a plurality of rectangular parallelepiped-shaped storage pockets 202 mounted on the mounting base 201. (Storage pocket for stored item management device). For example, in the storage pocket 202, as shown in FIG. 3 and FIG. 4, the first storage pocket 202 (a) that is the smallest and the second storage that is twice the width of the first storage pocket 202 (a) and has the same depth. A pocket 202 (b), a third storage pocket 202 (c) that is twice as wide and twice as deep as the first storage pocket 202 (a), and a first storage pocket 202 (a) as shown in FIG. ) And a fifth storage pocket 202 (e) having a width three times that of the first storage pocket 202 (a) and a fifth storage pocket 202 (e) having a depth three times that of the first storage pocket 202 (a). . In each of the plurality of storage pockets 202, storage pocket identification information for identifying each other is set and stored in the management device storage unit 26.

  A plurality of the first storage pocket 202 (a) to the fifth storage pocket 202 (e) can be appropriately selected and attached to the mounting base 201 so as to be a combination that fits inside without any gap. It has become. Here, although not shown, through holes are formed in the mounting base 201 at predetermined equal intervals in the side wall 203 and the bottom, and the first storage pocket 202 (a) to the fifth storage pocket 202 (e) are formed. Is formed with a screw hole for screwing a screw inserted into an appropriate one of these through holes when arranged in a combination that fits inside the mounting base without a gap. Cables not shown are connected to the first storage pocket 202 (a) to the fifth storage pocket 202 (e) so that they can communicate with the management device control unit 25 of the stored matter management device main body 11. A connector is provided on each bottom surface.

  The mounting base 201 can be mounted with a plurality of storage pockets 202 having different sizes as shown in FIGS. 3 to 5, for example, and a plurality of storages with the same size as shown in FIG. The pocket 202 can be attached. The size of the storage pocket 202 is not limited to the first storage pocket 202 (a) to the fifth storage pocket 202 (e), and can be arbitrarily selected.

  Specifically, in the illustrated examples of FIGS. 3 and 4, four first storage pockets 202 (a) are attached to the attachment base 201 in a line in the front-rear direction on the left side, The second storage pocket 202 (b) is attached second from the front and front, and the third storage pocket 202 (c) is attached to the remaining portion. In the illustrated example of FIG. 5, a fourth storage pocket 202 (d) is attached to the front side and a fifth storage pocket 202 (e) is attached to the rear side of the attachment base 201. In the illustrated example of FIG. 6, four fourth storage pockets 202 (d) are attached to the attachment base 201 in a line in the front-rear direction.

  Further, in the individually managed storage 12 (a), which is narrower than the individually managed storage 12 (b), as shown in FIG. 7, four second storages are arranged on the mounting base 201 in a line in the front-rear direction. Attach the pocket 202 (b) or, as shown in FIG. 8, two first storage pockets 202 (a) are arranged side by side on the front side, the second storage pocket 202 (b) on the rear side, and the rear side. The third storage pockets 202 (c) can be respectively attached.

  Next, the configuration of the storage pocket 202 will be described with reference to FIGS. The first storage pocket 202 (a) to the fifth storage pocket 202 (e) are different in size, but are otherwise in a common configuration. As shown in FIG. 9, the storage pocket 202 has a rectangular box shape with an upper opening and a pocket main body 211 whose inside is a storage space 210, and a support shaft 212 provided horizontally on the rear end side of the upper portion of the pocket main body 211. And a rectangular plate-like lid 213 that is rotatably supported.

  The lid 213 is placed horizontally to be in a closed state in which the storage pocket 202 is closed, and is turned upward about the support shaft 212 to be in an open state in which the storage pocket 202 is opened. That is, the storage pocket 202 has a dedicated lid 213 that can be opened and closed. The lid 213 is transparent, such as an acrylic plate, or is translucent with a light color, and is made of a plate material that allows the inside of the storage pocket 202 closed by the lid 213, that is, the stored items in the storage pocket 202 to be visually observed. Alternatively, the lid body 213 can be inserted into the back of the pocket body 211 by forming it with a bellows-like expandable member or by sliding the lid body 213 with a bendable member. The pocket 202 may be opened and closed.

  The lid 213 is provided with a handle 215 protruding upward on the upper surface in the closed state and in the center in the left-right direction toward the side opposite to the support shaft 212. In addition, an engagement recess 216 that is recessed toward the support shaft 212 and a chamfer 217 that is below the engagement recess 216 are formed at the edge of the lid 213 opposite to the support shaft 212.

  The pocket main body 211 is provided with a mounting step 221 on which the closed lid 213 is placed on the opposite side of the support shaft 212, and the lid 213 is opened on the mounting step 221. A lid opening / closing detection sensor 222 that detects whether the state is in a closed state or a closed state is provided. Furthermore, as an option, the pocket main body 211 is provided with a storage state detection sensor 223 for detecting the storage state of the storage items inside the storage pocket 202. The storage state detection sensor 223 is a weight sensor that detects the weight of the stored item stored in the storage space 210 and detects whether the stored item is stored in the storage space 210. In addition to the weight sensor, it is also possible to use a transmissive or reflective optical sensor, which detects that the stored item is stored by being shielded (reflected) by the stored item stored in the storage space 210 of the pocket body 211. In the state where light is not shielded (reflected), it is detected that the stored item is not stored.

  Further, the pocket main body 211 has a lock member 231 provided on the front side of the mounting step portion 221 so as to be movable back and forth, a lock member pressing spring 232 for pressing the lock member 231 in the direction of the support shaft 212, An unlocking knob 233 (unlocking operation portion) that is movable and the upper releasing button 239 protrudes upward from the pocket body 211, a knob pressing spring 234 that presses the unlocking knob 233 upward, and a plunger 240 is advanced and retracted. And a knob operation restricting solenoid 235 capable of restricting and releasing the lowering of the unlocking knob 233.

  When the lid 213 is changed from the open state shown in FIG. 11B to the closed state shown in FIG. 11A, the lock member 231 shown in FIG. 9 is pressed by the chamfer 217 of the lid 213 to press the lock member. After moving to the opposite side of the support shaft 212 against the urging force of the spring 232, the urging force of the lock member pressing spring 232 is engaged with the engagement recess 216 to maintain the lid 213 in the closed state. In this state, when the knob operation restriction solenoid 235 is on the “locking side” where the plunger 240 protrudes and the lowering of the unlocking knob 233 is restricted, the lid 213 is locked so as not to be opened.

  When the lid 213 is in the closed state, when the knob operation restricting solenoid 235 pulls the plunger 240 to the “release side” that allows the lock release knob 233 to descend, the upper release button 239 is pressed to release the lock. When the knob 233 is lowered, the lock member 231 moves to the side opposite to the support shaft 212 against the urging force of the lock member pressing spring 232 when the cam follower 237 is pressed by the cam surface 236 of the unlocking knob 233. , Is pulled out from the engaging recess 216. In this state, when the handle 215 is picked and the lid 213 is pulled upward, the lid 213 rotates about the support shaft 212 to open the storage space 210 of the pocket main body 211, that is, the storage pocket 202. Opened open state. Here, when the lid body 213 is in the closed state, the knob release restriction solenoid 235 protrudes the plunger 240 to restrict the lowering of the lock release knob 233, so that the lock release knob 233 cannot be pressed down. The body 213 is restricted from being opened. The knob operation restriction solenoid 235 is in a standby state in which the plunger 240 protrudes to restrict the lowering of the lock release knob 233.

  The engagement recess 216 and the chamfer 217 of the lid 213, the lock member 231 of the pocket body 211, the lock member pressing spring 232, the unlocking knob 233, the knob pressing spring 234, and the knob operation restriction solenoid 235 are closed. The lid lock portion 238 that can be locked and unlocked is configured. That is, the storage pocket 202 has a dedicated lid lock portion 238 that can lock and unlock the lid 213 provided on the storage pocket 202 in a closed state. In the lid lock portion 238, the unlocking knob 233 is a part that is operated by the user when unlocking the lid 213, and the knob operation restriction solenoid 235 electromagnetically switches between restriction and allowance of this operation. The lid 213 is controlled to open and close.

  As shown in FIG. 10, the lock release knob 233 is located at the center in the left-right direction, the storage button 241 is located on the left side, and the lock release knob 233 is located on the upper surface of the front end of the pocket body 211 opposite to the support shaft 212. An extraction button 242 is provided on the right side, a guide lamp 243 (storage status notification lamp) is provided on the left side of the storage button 241, and a completion button 244 is provided on the right side of the extraction button 242, respectively. These unlocking knob 233, storage button 241, take-out button 242, guide lamp 243 and completion button 244 are dedicated to the storage pocket 202 provided with these.

  The storage button 241 is pressed when starting storage processing for storing the stored items in the storage pocket 202 provided with the storage button 241. The take-out button 242 is pressed when starting the take-out process for taking out the stored item from the storage pocket 202 provided with the take-out button 242. The completion button 244 is pressed to end the storage process and the removal process of the storage pocket 202 provided with the completion button 244.

  The guide lamp 243 notifies the storage status of the storage items in the storage pocket 202 provided with the guide lamp 243 based on the detection result of the storage status detection sensor 223 provided in the storage pocket 202. The induction lamp 243 is made of, for example, a single color LED. The guide lamp 243 is lit when the storage pocket 202 is storing a stored item, and flashes at a low speed when the storage pocket 202 is requested to open, and the cover 213 of the storage pocket 202 is opened. When the alarm is generated, it flashes at high speed, and the storage pocket 202 is turned off when the storage pocket 202 is not storing any stored items. Of course, this is an example of display, and other displays are possible.

  Here, the induction lamp 243 may be a multicolor LED. In this case, the guide lamp 243 lights in red when the storage pocket 202 is storing the stored items, and flashes in red when the storage pocket 202 is requested to open the lid. When the lid 213 of the 202 is opened, it blinks orange and slowly, blinks red when the alarm occurs, and blinks green when the storage pocket 202 is not in use and does not store anything. Can be displayed.

  Since the lid 213 is made of a material that allows the storage space 210 inside the closed storage pocket 202 to be visually confirmed, the guide lamp 243 may be provided inside the storage space 210 of the storage pocket 202. It may be provided in both the inside and outside of 210 to be interlocked. In these cases, either the single color LED or the multicolor LED can be provided as the induction lamp 243.

  Since the first storage pocket 202 (a) to the fifth storage pocket 202 (e) have the same configuration except for the size, the first storage pocket 202 (a) to the fifth storage pocket 202 ( e) has lids 213 that can be individually opened and closed. Thereby, the 1st storage pocket 202 (a)-the 5th storage pocket 202 (e) can manage a stored item individually. In addition, a lid lock portion 238 capable of locking and unlocking the lid 213 in a closed state is provided in each of the first storage pocket 202 (a) to the fifth storage pocket 202 (e). Each of the first storage pocket 202 (a) to the fifth storage pocket 202 (e) is provided with a storage button 241, an extraction button 242, a guide lamp 243, a completion button 244, and a storage state detection sensor 223. .

  Items stored in the individually managed storage 12 (a), 12 (b) are articles generally considered in financial institutions, and should be stored and stored in the business. Rose coins, fouled coins, bankbooks, receipts, receipts and receipts, keys, operator cards, seal books, commemorative coins, A4 size paper, etc. It is also possible to store the money loaded into the money changer, the change money for the change machine, and the money collected from these devices in the storage pocket 202 for each device.

  The first storage pocket 202 (a), which is the smallest among the first storage pocket 202 (a) to the fifth storage pocket 202 (e), can store, for example, loose coins, fouled coins, cashiers, keys, and the like. ing. Among the first storage pocket 202 (a) to the fifth storage pocket 202 (e), the second smallest storage pocket 202 (b) and the third smallest third storage pocket 202 (c) include, for example, It can store loose banknotes, damaged banknotes, new banknotes, checks, bankbooks, receipts, operator cards, and the like. The fourth storage pocket 202 (d), which is the second largest among the first storage pocket 202 (a) to the fifth storage pocket 202 (e), can store, for example, a seal book. The fifth storage pocket 202 (e), which is the largest among the first storage pocket 202 (a) to the fifth storage pocket 202 (e), can store, for example, an A4 size document without being folded.

  Next, a storage process for storing the stored items in the individual management storage units 12 (a) and 12 (b) and an extraction process for taking out the stored items from the individual management storage units 12 (a) and 12 (b) will be described. . Here, as shown in FIGS. 3 and 4, four first storage pockets 202 (a), two second storage pockets 202 (b), and one third storage are stored in the individually managed storage 12 (b). The case where the pocket 202 (c) is provided and the individual management storage 12 (a) is provided with four second storage pockets 202 (b) as shown in FIG. 7 will be described as an example.

"Storage"
When the user scans the operator card with the management device card reader 17 in performing the storing process, the management device card reader 17 reads the user identification information (operator ID) of the user stored in the operator card. When the user identification information is input from the operator card to the management device card reader 17 as described above, the management device control unit 25 compares the user identification information with the stored information in the management device storage unit 26 and uses the user identification information. The operation authority of the user identification information is determined, and a menu screen that can be executed with this operation authority is displayed on the management apparatus operation display unit 16. The user identification information may be input by biometric authentication performed by inputting biometric information such as an operator's fingerprint or vein, or these may be used in combination.

  When an operation for selecting storage processing for storing the stored items in the individual management storage 12 (a), 12 (b) is input to the management device operation display unit 16 or the management device key operation unit 18 from the operation menu. The management device control unit 25 releases the lock by the storage lock mechanism 22 that locks the individual management storage 12 (a) in the closed state, and guides the lamp 23 corresponding to the individual management storage 12 (a). In addition, a lighting display indicating that “withdrawal is being requested” is performed. At the same time, the management device control unit 25 releases the lock by the storage lock mechanism 22 that locks the individual management storage 12 (b) in the closed state, and guides corresponding to the individual management storage 12 (b). The lamp 23 is lit to indicate that “drawing is being requested”. At this time, only the guide lamp 23 corresponding to the individually managed storage having the unused storage pocket 202 may be turned on. In addition, the user is allowed to select one of the individual management storages 12 (a) and 12 (b) on the operation menu, and the guide lamp 23 corresponding to the selected individual management storage is displayed as “Drawing requested”. May be turned on to indicate that the Further, the management device control unit 25 allows the user to input information related to stored items such as the quantity and type of stored items on the operation menu, and the unused storage pockets of the number and size according to the input information. An individual management storage having 202 may be selected.

  The user pulls out one of the individual management storages 12 (a) and 12 (b) from the stored item management apparatus main body 11 according to the lighting display of the guide lamp 23. Here, the individual management storages 12 (a) and 12 (b) are simultaneously controlled to be pulled out from the stored item management apparatus main body 11 by a restriction mechanism (not shown). When either one of the individual management storages 12 (a) and 12 (b) is pulled out, the management device control unit 25 detects that it has been pulled out from the detection result of the pull-out position detection mechanism 35 provided therein. In this case, the guide lamps 23 of the individual management storages 12 (a) and 12 (b) may be blinked or turned off.

  For example, when the user pulls out the individual management storage 12 (b) from the stored item management apparatus main body 11, the management device control unit 25 detects the detection result of the drawer position detection mechanism 35 for the individual management storage 12 (b). It is detected that the individual management storage 12 (b) is pulled out from the stored item management apparatus main body 11. Then, the management device control unit 25 includes four first storage pockets 202 (a), two second storage pockets 202 (b), and one third storage pocket 202 provided in the individual management storage 12 (b). The storage status, that is, the usage status of each stored item in (c) is read from the management device storage unit 26 and is notified by each guide lamp 243. That is, the management device control unit 25 turns on the guide lamp 243 made of a single color LED when the storage pocket 202 provided with the storage lamp 202 is in use and stores the stored item, and the storage pocket 202 provided with the guide lamp 243 stores the storage lamp 202. Turn off the lights when not in use.

  The user can store the storage lamp in which the guide lamp 243 is turned off from the four first storage pockets 202 (a), the two second storage pockets 202 (b), and the one third storage pocket 202 (c). One of 202 is selected, and the storage button 241 of the storage pocket 202 selected this time is pressed. When the storage button 241 is pressed, the management device control unit 25 sets the knob operation restriction solenoid 235 provided in the storage pocket 202 selected this time to wait while restricting the lowering of the unlocking knob 233. Then, the switch is switched to the “release side” that allows the lock release knob 233 to be lowered, and the guide lamp 243 provided in the storage pocket 202 selected this time is switched to blinking at a low speed indicating that a lid opening request is displayed. Note that the knob operation restriction solenoid 235 is not switched to the “release side” even when the storage button 241 is pressed for the storage pocket 202 in use that stores the stored items.

  Next, the user presses and lowers the release button 239 of the lock release knob 233 of the storage pocket 202 selected this time when the guide lamp 243 blinks at a low speed. As a result, in the storage pocket 202 selected this time, the lock member 231 is opposed to the support shaft 212 against the urging force of the lock member pressing spring 232 when the cam follower 237 is pressed by the cam surface 236 of the lock release knob 233. To the side and pulled out from the engaging recess 216. In this state, the user picks the handle 215 in the storage pocket 202 selected this time, pulls the lid 213 upward, and rotates the lid 213 about the support shaft 212 to open the storage pocket 202. Then, the lid open / close detection sensor 222 detects this, and as a result, the management device control unit 25 causes the guide lamp 243 of the storage pocket 202 to blink at medium speed. Then, the user puts the stored item into the storage space 210 of the storage pocket 202 selected this time, in which the guide lamp 243 blinks at medium speed.

  When the storage is finished, the user rotates and closes the lid 213 of the storage pocket 202. Then, the lid 213 presses the lock member 231 with the chamfer 217 to engage with the engagement recess 216. Thereby, this cover body 213 is maintained in a closed state. At this time, the knob operation restriction solenoid 235 of the storage pocket 202 provided with the lid 213 is in a state in which the unlocking knob 233 is allowed to descend, so if the release button 239 of the unlocking knob 233 is pressed, The lid 213 can be opened again.

  When the completion button 244 of the storage pocket 202 selected this time is pressed, the management device control unit 25 detects that the lid opening / closing detection sensor 222 provided in the storage pocket 202 is in the closed state. On the condition that the storage state detection sensor 223 provided in the storage pocket 202 detects that there is a stored item, a press operation of the completion button 244 is received and a knob operation restriction solenoid is received. The plunger 240 of the 235 is protruded to switch to the “locking side” standby state in which the lowering of the unlocking knob 233 is restricted, and the guide lamp 243 provided in the storage pocket 202 is turned on to indicate that it is in use. Let

  The management device controller 25 detects that the lid opening / closing detection sensor 222 detects that the lid 213 of the storage pocket 202 is open when the completion button 244 of the storage pocket 202 selected this time is pressed. If not, the management device operation display unit 16 is notified that the lid 213 of the storage pocket 202 has not been closed and the storage pocket 202 is forgotten to be closed without accepting the pressing operation of the completion button 244. 202 guide lamp 243 is blinked at high speed. In addition, when the completion button 244 of the storage pocket 202 selected this time is pressed, the management device control unit 25 detects that the storage status detection sensor 223 provided in the storage pocket 202 has no storage items. In the case where the user presses the completion button 244, the management device operation display unit 16 is informed that the storage pocket 202 has been forgotten to be stored, and the guide lamp 243 of the storage pocket 202 is turned on. Flash at high speed.

  In some cases, the user can select another storage pocket 202 in which the guide lamp 243 is turned off and store the stored items in the same manner as described above.

  When the storage of the stored items is completed, the user pushes the individual management storage 12 (b) into the stored product management apparatus main body 11 to the fully closed position. Then, the storage lock mechanism 22 provided for the individual management storage 12 (b) locks the individual management storage 12 (b) so that it cannot be pulled out. When the management device control unit 25 detects that the individual management storage 12 (b) is located at the fully closed position by the drawer position detection mechanism 35 provided for the individual management storage 12 (b), The user identification information input from the operator card to the management device card reader 17 when the storage process is performed, the storage pocket identification information of the storage pocket 202 in which storage items are stored in the current storage process, and the storage pocket 202 The storage management information is stored in the management device storage unit 26 as storage information in association with the storage identification information of the provided individually managed storage 12 (b), and the storage process is terminated. When the individual management storage 12 (b) is pushed into the stored item management apparatus main body 11 to the fully closed position without the storage pocket being in the completed state, the management apparatus operation display unit 16 or the individual management storage 12 ( An alarm may be generated by the guide lamp 23 corresponding to b) to notify that, and an operation such as performing a drawer operation again may be selected.

  The storage pocket identification information of the storage pocket 202 in which the stored items are stored in the current storage process is thereafter managed as the storage pocket identification information of the storage pocket 202 being used. The storage information may further include information regarding the storage date and time, the type and quantity of stored items, or may be stored as a history or printed. When the storage information includes information on the type and quantity of stored items, the information on the type and quantity of stored items via the management device operation display unit 16 and the management device key operation unit 18 before the completion button 244 is pressed. On the condition that is input, the pressing operation of the completion button 244 is accepted.

"Removal processing"
When the user performs the take-out process, the management device card reader 17 scans the operator card and inputs the user identification information of the user from the operator card to the management device card reader 17 in the same manner as the storage processing. 25 determines the operation authority of the user identification information and causes the management apparatus operation display unit 16 to display a menu screen that can be executed with this operation authority.

  When an operation for selecting a take-out process for taking out stored items from the individual management storage boxes 12 (a) and 12 (b) is input to the management device operation display unit 16 or the management device key operation unit 18 from the operation menu, The management device control unit 25 reads out from the management device storage unit 26 the storage pocket identification information and the storage unit identification information being used that are stored in association with the user identification information input via the management device card reader 17, Among the individually managed storages 12 (a) and 12 (b), the one having the storage identification information that has been read (in some cases) is unlocked by the storage lock mechanism 22 and the corresponding guide lamp 23 is lit to indicate that “drawing is being requested”. If the type of storage item to be taken out on the operation menu can be input, the management apparatus control unit 25 has individual storage identification information associated with the storage pocket identification information associated with the type or the like. You may make it cancel the lock | rock of a management storage.

  The user pulls out one of the individually managed storage boxes 12 (a) and 12 (b) from the stored article management apparatus main body 11 according to the lighting display of the guide lamp 23 as in the storage process.

  For example, when the user pulls out the individual management storage 12 (b) from the stored item management apparatus main body 11, the management device control unit 25 detects the detection result of the drawer position detection mechanism 35 for the individual management storage 12 (b). It is detected that the individual management storage 12 (b) is pulled out from the stored item management apparatus main body 11. Then, the management device control unit 25 includes four first storage pockets 202 (a), two second storage pockets 202 (b), and one third storage pocket 202 provided in the individual management storage 12 (b). Among (c), the storage pocket 202 having the storage pocket identification information stored in the management device storage unit 26 in association with the user identification information input to the management device card reader 17 when performing the current extraction process. The induction lamp 243 is turned on. Here, the guide lamp 243 of the storage pocket 202 having storage pocket identification information other than the storage pocket identification information associated with the user identification information input at the time of the current extraction process is turned off.

  The user can store the storage pocket in which the guide lamp 243 is lit out of the four first storage pockets 202 (a), the two second storage pockets 202 (b), and the one third storage pocket 202 (c). One of 202 is selected, and the eject button 242 of the storage pocket 202 selected this time is pressed. When the take-out button 242 is pressed, the management device control unit 25 moves the knob operation restriction solenoid 235 on the “locking side” provided in the storage pocket 202 selected this time to restrict the lowering of the unlocking knob 233. Then, from the standby state, the lock release knob 233 is switched to “release side” allowing the lowering of the lock release knob 233, and the guide lamp 243 provided in the storage pocket 202 selected this time is blinked at a low speed to indicate that the lid opening request is present. Switch. For the storage pocket 202 having storage pocket identification information other than the storage pocket identification information associated with the user identification information input at the time of the current extraction process, the knob operation is performed even if the extraction button 242 is pressed. The restriction solenoid 235 is not switched to the “release side”. That is, when the management device controller 25 receives the user identification information from the operator card in the management device card reader 17, the storage pocket identification information stored in association with the user identification information from the management device storage unit 26 is stored. , And the locked state of the lid 213 by the lid lock portion 238 of the storage pocket 202 corresponding to the storage pocket identification information can be released.

  Then, the user depresses and releases the release button 239 of the lock release knob 233 of the lid lock portion 238 of the storage pocket 202 selected this time when the guide lamp 243 blinks at a low speed. As a result, the lock member 231 is pulled out from the engagement recess 216 in the currently selected storage pocket 202. In this state, the user picks the handle 215 in the storage pocket 202 selected this time, pulls the lid 213 upward, and rotates the lid 213 about the support shaft 212 to open the storage pocket 202. Then, the lid open / close detection sensor 222 detects this, and as a result, the management device control unit 25 causes the guide lamp 243 of the storage pocket 202 to blink at medium speed. Then, the user takes out the stored item from the storage space 210 of the storage pocket 202 selected this time.

  When the stored item is taken out, the user rotates the lid 213 of the storage pocket 202 to close it. Then, the lid 213 engages the lock member 231 with the engagement recess 216 in the storage pocket 202. Thereby, this cover body 213 is maintained in a closed state. Also at this time, the knob operation restricting solenoid 235 of the storage pocket 202 provided with the lid 213 is in a state of allowing the unlocking knob 233 to be lowered, so that the release button 239 of the unlocking knob 233 is pressed. The lid 213 can be opened again.

  When the completion button 244 of the storage pocket 202 selected this time is pressed, the management device control unit 25 detects that the lid 213 is in the closed state by the lid open / close detection sensor 222 provided in the storage pocket 202. On the condition that the storage state detection sensor 223 provided in the storage pocket 202 detects that there is no storage item, the knob operation restriction solenoid 235 is received by accepting the pressing operation of the completion button 244. While switching to the “locking side” standby state that restricts the lowering of the unlocking knob 233, the guide lamp 243 is turned off to display that it is in an unused state.

  The management device control unit 25 has the lid 213 opened by the lid open / close detection sensor 222 provided in the storage pocket 202 when the completion button 244 of the storage pocket 202 selected this time is pressed. If this is detected, the management device operation display unit 16 is informed that the lid 213 of the storage pocket 202 has not been closed and is forgotten to close without accepting the pressing operation of the completion button 244, The guide lamp 243 of the storage pocket 202 is flashed at high speed. In addition, when the completion button 244 of the storage pocket 202 selected this time is pressed, the management device control unit 25 detects that the storage state detection sensor 223 provided in the storage pocket 202 has storage items. In the case where the user presses the completion button 244, the management device operation display unit 16 is informed that the storage pocket 202 has forgotten to take out the storage item, and the guide lamp of the storage pocket 202 is not received. Flashes 243 at high speed.

  In some cases, the user can select another storage pocket 202 in which the guide lamp 243 is lit and take out the stored item in the same manner as described above.

  When the user finishes taking out the stored items, the user pushes the individual management storage 12 (b) into the stored item management apparatus main body 11 to the fully closed position. Then, the storage lock mechanism 22 provided for the individual management storage 12 (b) locks the individual management storage 12 (b) so that it cannot be pulled out. When the management device control unit 25 detects that the individual management storage 12 (b) is located at the fully closed position by the drawer position detection mechanism 35 provided for the individual management storage 12 (b), User identification information input at the time of performing the take-out process, storage pocket identification information of the storage pocket 202 from which the stored items have been taken out by the current take-out process, and the individual management storage 12 ( The storage identification information of b) is associated with the information and stored in the management device storage unit 26 as the extraction information, and the extraction process is terminated. When the individual management storage 12 (b) is pushed into the stored item management apparatus main body 11 to the fully closed position without the storage pocket being in the completed state, the management apparatus operation display unit 16 or the individual management storage 12 ( An alarm may be generated by the guide lamp 23 corresponding to b) to notify that, and an operation such as performing a drawer operation again may be selected.

  The storage pocket identification information of the storage pocket 202 from which the stored items have been extracted in the current extraction process is managed as an unused storage pocket 202 thereafter. The take-out information may further include information regarding the date and time of take-out, the type and quantity of removed items, and may be stored as a history or printed.

  When the rank of the user identification information input to the management device card reader 17 at the time of the extraction process is the person-in-charge rank, the storage pocket identification associated with the input user identification information as described above The stored items can be taken out only from the storage pockets 202 having the information. However, if the rank of the user identification information is higher than the manager rank, the stored items are taken out from all the storage pockets 202. It can also be possible.

  As described above, the lock release knob 233, the storage button 241, the extraction button 242, the guide lamp 243, and the completion button 244 are dedicated to the storage pocket 202 provided with these. Therefore, each of the plurality of storage pockets 202 is provided with a dedicated unlocking knob 233, a storage button 241, an extraction button 242, and a completion button 244 that are operated in connection with the storage processing and the extraction processing of the same storage pocket 202. In addition, a dedicated guide lamp 243 for performing display related to the storage process and the extraction process of the same storage pocket 202 is provided.

  The above is, for example, a case in which the stored items are strictly managed, and it is a setting in which additional storage in the storage pocket 202 that is already storing the stored items and a part of the stored items cannot be taken out from the storage pocket 202 are performed. ing. However, it is also possible to set such that at least one of these additional storage and partial removal is possible. At least one of additional storage and partial removal is possible only in the storage pocket 202 associated with the input user identification information, or when the input user identification information is the administrator rank It can only be possible.

  In the above description, the case where the user arbitrarily selects from the unused storage pockets 202 and stores the stored items has been described as an example. However, the storage 12 that manages the stored items depending on the type of stored items and The storage pocket 202 may be set in advance. For example, in the individually managed storage 12 (b), the rose coin is the second first storage pocket 202 from the front in the frontmost first storage pocket 202 (a) of the four first storage pockets 202 (a). (A) Set so that the fouling coin is stored, the key is stored in the third first storage pocket 202 (a) from the front, and the receipt / receipt mark is stored in the fourth storage pocket 202 (a) from the front. Of the two second storage pockets 202 (b), loose banknotes are in the second storage pocket 202 (b) on the front side, dirty banknotes are in the second storage pocket 202 (b) second from the front, The seal book is set to be stored in the third storage pocket 202 (c). Further, for example, in the individually managed storage 12 (a), a new note banknote is stored in the frontmost second storage pocket 202 (b), and a receipt is stored in the second storage pocket 202 (b) second from the front. The third storage pocket 202 (b) is set so that the operator card and the passbook are stored in the rearmost second storage pocket 202 (b).

  In the storing process and the extracting process, a selection menu (a rose coin, a damaged coin, a key, a deposit / departure stamp, a rose banknote, a damaged banknote, a seal book, a new banknote) is displayed on the screen of the management device operation display unit 16. , A receipt, a passbook, etc.), and when the type of the stored item is selected from this selection menu, the storage of the storage 12 provided with the storage pocket 202 for storing the selected type of stored item The lock by the lock mechanism 22 is released, and a notification lamp 23 that matches the height is notified so that the storage 12 is pulled out. In this case, a separate mechanism may be provided, and the storage 12 may be automatically advanced a little by itself or in combination therewith. When the storage 12 is pulled out, the storage pocket 202 for the selected type of storage item is notified by the guide lamp 243, and a pressing operation by the storage button 241 or the take-out button 242 is accepted. In the same manner as described above, the stored items are stored and taken out.

  In the above, the storage button 241 and the extraction button 242 may be combined with one processing start button. Further, the storage button 241, the eject button 242, the release button 239 of the lock release knob 233 and the completion button 244 may be combined into one as a lid lock opening / closing button. In this case, the lid 213 is directly locked and unlocked by a solenoid without using the unlocking knob 233.

  In the above, the lid 213 may be an opaque plate material.

  In the above description, the lid 213 may be a transparent acrylic plate with a light control sheet disposed thereon, and the transparent and opaque may be switched by turning the power on and off. In this case, for example, when the stored item is stored, the cover 213 of the unused storage pocket 202 is made transparent, and the cover 213 of the storage pocket 202 in use is made opaque. Further, when taking out the stored items, the cover 213 of the storage pocket 202 to which the user has the right to take out is made transparent, and the cover 213 of the storage pocket 202 in use and the unused storage to which the user has no right to take out are stored. The lid 213 of the pocket 202 is opaque. By doing so, it is possible to easily check the unused storage pocket 202 during the storage process, and during the extraction process, only a person having the right to take out can visually recognize the storage state, so the storage pocket 202 is intentionally removed. It will be suppressed. Transparent and opaque settings can be arbitrarily set as required. Further, a guide lamp 243 can be provided inside the storage pocket 202, and each state of the storage pocket 202 can be notified by a change in color or lighting state.

  Now, as shown in FIG. 12, the bundled banknote storage 12 (c) stores the bundled small bundled banknotes T so as to be able to be loaded and unloaded. It has a small bundle tray 40 (money storage part) made of resin. The small bundle bill T is formed by accumulating a predetermined number (100) of bills (money) of a single denomination, winding the binding tape t at a specified position, and bonding the binding tape t. is there. Each small bundle tray 40 can store ten bundles of small bills T, and can also accommodate large bundles of bundles of ten bundles of small bundles T. Here, since there is a space S beside the small bundle tray 40, for example, a plurality of first storage pockets 202 (a) can be provided in the space S side by side.

  Each of the small bundle trays 40 has a tray main body 41 having a shape opened upward and recessed downward, a bill holding plate 43 provided on the tray main body 41 so as to be movable back and forth while being parallel to the rear wall portion 42, And a biasing member (not shown) that biases the bill pressing plate 43 toward the rear wall portion 42. A small bundle of bills T is inserted into each small bundle tray 40 from above in a standing state in which the long side direction is left and right, the short side direction is up and down, and the thickness direction is front and back. The bill T is placed on the bottom in this standing state, and is sandwiched and stored between the rear wall portion 42 and the bill presser plate 43. The storage denomination data indicating the set denomination to be stored in each small bundle tray 40 is set in advance and stored in the management device storage unit 26.

  As shown in FIG. 13, the bar metal storage 12 (d) is capable of loading and unloading a bar metal B in which a predetermined number (50) of coins (money) of a single denomination are accumulated and wrapped with wrapping paper. A plurality of, specifically, four or three on the front and rear, depending on the denomination diameter, and three rows of synthetic resin bar trays 50 (money storage units) on the left and right. . Here, for example, the first storage pockets 202 (a) can be arranged side by side in place of one row of the bar metal tray 50.

  The bar metal tray 50 is for storing the bar B in a standing state with the central axis line up and down. The bar metal tray 50 constitutes an upper opening-shaped bar metal storage recess 51 that is recessed downward. In the bar metal storage recess 51 of the bar metal tray 50, for example, a total of ten bar metals B are stored separately by five. The bar B is inserted into the bar storage recess 51 from above through its upper opening. When the ten metal bars B are stored in the metal bar storage recess 51, the ten metal bars B are supported by the bar metal storage recess 51 and the other metal bars B and are in a standing state in which the central axis is vertically arranged. Maintained. Here, the bar metal tray 50 in the foremost row is used for fractions, and a plurality of auxiliary bars 52 for preventing the metal bars B from falling down are erected, and the metal bars B can be used even when the number of stored bars is insufficient. It can be stored without being knocked down. The storage denomination data indicating the set denomination to be stored in each bar tray 50 is preset and stored in the management device storage unit 26.

  At the front end of the upper part of the portion into which each bundled bill storage case 12 (c) of the stored matter management apparatus main body 11 is inserted, the bundled bills are located above the small bundle tray 40 of the bundled bill storage case 12 (c). The left end detection line sensor 61 shown in FIG. 2 detects the left end position of the small bundle banknote T stored in the storage 12 (c), and detects this when there is a binding tape t, that is, a band, on the left side of the small bundle banknote T. A left band detection line sensor 62, a right band detection line sensor 63 for detecting the right end position of the small bundle banknote T, and a right end detection line sensor 64 for detecting the right bundle position T of the small bundle banknote T when the binding tape t is present on the right side of the small bundle banknote T, respectively. The detection elements are fixed in a state where they are arranged in the left-right direction.

  The bundled bill storage box 12 (c) is pulled out from the stored item management device main body 11 most and is pushed into the stored item management device main body 11 from the front end position where it comes into contact with the front end position stopper (not shown) and stops. When moving to the rear end position where the position stopper contacts and stops, the left end detection line sensor 61, the left side band detection line sensor 62, the right side band detection line sensor 63, and the right end detection line sensor 64 become the bundled bill storage 12 (c). The reflected light data of the upper end part of the small bundle banknote T stored in is acquired.

  The management device control unit 25 bundles based on the detection results of the pull-out position detection mechanism 35 and the detection results of the left end detection line sensor 61, the left band detection line sensor 62, the right band detection line sensor 63, and the right end detection line sensor 64. The quantity and denomination of the small bundle banknote T in the banknote storage 12 (c) are acquired. That is, the management device control unit 25 acquires the number of bands, that is, the number of bundles, from the detection results of the left band detection line sensor 62 and the right band detection line sensor 63, and the detection results of the left end detection line sensor 61 and the right end detection line sensor 64. Get the length or denomination from. In this way, the management device control unit 25 manages the amount of money, the total amount, and the like of each denomination banknote T in the bundle banknote storage 12 (c).

  At the bottom of each bar metal storage position of the bar metal tray 50, a bar metal detection sensor 68 comprising a magnetic sensor for detecting the presence and material of the bar metal B is provided. The management device control unit 25 acquires the quantity and denomination of the bar metal B in the bar metal storage 12 (d) from the detection result of each bar metal detection sensor 68. In this way, the management device control unit 25 manages the amount of each metal type of the metal bars B in each metal bar storage 12 (d), the total amount, etc.

  The stored item management apparatus 1 is small and can be stored in the important item management safe 120 shown in FIG. The important material management safe 120 is configured by integrally combining a plurality of component storages 121 to 125. The storages 121 to 125 store managed objects, and are provided for each management type. The storages 121 to 125 have a plurality of sizes. Moreover, the storages 121-125 are comprised by a fireproof structure as needed.

  The important property management safe 120 includes a plurality of drawers 121 that are pulled out to the front side and that are long in the lateral direction, and a swing door that is pulled in the front side and swings in the vertical direction. Storage 122, Swing open / close type of both doors swinging and swinging by pulling to the front side Vertically short storage 123 and swinging opening / closing type of both doors swinging by pulling to the front side A plurality of storage bins 124 that are long in the vertical direction, and a storage bin 125 having an intermediate length in the vertical direction of the swing opening and closing type of both doors that are pulled and swung to the front side. In the storage boxes 121 to 125, large bundle banknotes, small bundle banknotes, bar metal, rose banknotes, rose coins, passbooks, keys, cards, cash vouchers, and the like are appropriately stored as objects to be managed.

  For example, in a plurality of storage boxes 121 that are drawer open / close type and long in the horizontal direction, a large bundle banknote, a small bundle banknote, a bar metal, and a rose banknote as managed objects are stored in one of the storage boxes 121 (a). Stored and stored. Moreover, the rose coin as a to-be-managed thing is accommodated and stored in the other one storage 121 (b). In addition, the passbook is stored and stored in another storage box 121 (c).

  Further, among the plurality of vertically long storages 124 of the swing opening / closing type of the doors on both sides, one storage 124 (a) provided at the lowermost stage is, as shown in FIG. It is a storage part with a fireproof structure that stores and stores it in a removable manner. Since the storage 124 (a) has a fireproof structure, the cash stored in the storage management apparatus 1 can be safely managed against a disaster such as a fire, even if the storage management apparatus 1 itself does not have a fireproof structure. can do. The storage 124 (a) for storing the storage management device 1 has a user 126 to the storage management device 1 when the door 126 is opened and the storage management device 1 is taken in and out and the door 126 is closed. Disable access. For example, the storage management device 1 is stored in the storage 124 (a) with the posture in which the storage 12 is pulled out toward the door 126. For this reason, when the door 126 is opened, the stored item management apparatus 1 is operated in the operation input to the management apparatus operation display unit 16 and all the storage units 12 are stored even in the state of being stored in the storage unit 124 (a). It is possible to physically pull out forward, and it is possible to store and take out stored items. In preparation for opening the store in the morning, the stored item management device 1 is taken out from the storage 124 (a) of the important item management safe 120, moved to a desired position, and used when closing the store. By storing it in the management safe 120, it is possible to operate with increased security. The storage 124 (a) is provided with a power supply unit (not shown) that supplies power to the stored item management device 1 and charges its built-in battery when the stored item management device 1 is stored.

  Each of the storage cabinets 121 to 125 is provided with an electromagnetic storage lock mechanism 127 shown in FIG. 2 that individually locks the storage cabinets 121 to 125. The storage lock mechanism 127 receives an unlock signal. Then, the locks are released so that the corresponding ones of the storage units 121 to 125 shown in FIG. 14 can be opened, and when the lock signal is input, the corresponding ones of the storage units 121 to 125 are opened in a closed state. Lock impossible. The storage lock mechanism 127 for the storage 124 (a) that stores the stored item management apparatus 1 locks the door 126 in the closed state or releases the lock so that the door 126 can be opened. The door 126 locked to the storage lock mechanism 127 in the closed state regulates the user's access to the stored item management apparatus 1 stored in the storage 124 (a).

  Each of the storages 121 to 125 is provided with an open / close detection sensor 128 shown in FIG. 2 that detects the respective open / close states, and a state display unit 129 that includes LED lamps that indicate the respective states by lighting states. The storage 124 (a) is provided with a storage detection sensor 130 that detects whether or not the storage management device 1 is stored.

  Further, as shown in FIG. 14, the important material management safe 120 is provided with a touch panel type management safe operation display unit 135 where a user inputs an operation and a management safe card reader 136 on the front side. The managed safe operation display unit 135 is used to input an operation by the user and display the operation to the user. The managed safe card reader 136 reads the user identification information as the stored data from the operator card passed by the user, in other words, the user identification information as the stored data is input from the operator card. It is. As the user authentication in the important material management safe 120, various user authentications other than the user identification information input from the operator card can be adopted.

  The important material management safe 120 includes a management safe control unit 137 shown in FIG. 2 that controls each part of the important material management safe 120 inside, and moneys stored in the storage units 121 to 125 of the important material management safe 120. A management safe control unit 140 shown in FIG. 14 is built in which a management safe storage unit 139 for storing stock amount data and the like is incorporated. The management safe control unit 140 is a component that includes a management safe operation display unit 135, a management safe card reader 136, a management safe control unit 137, and a management safe storage unit 139. Is arranged. Based on the input to the managed safe operation display unit 135, the managed safe control unit 137 causes the managed safe storage unit 139 to store money amount data and the like stored in the important material managed safe 120.

  In the important material management safe 120, the management safe control unit 140 and appropriate ones of the plurality of storage units 121 to 125 are connected to each other with a coupling tool (not shown) in a state where the front surfaces are aligned. Thus, it is assembled into a rectangular shape in front view. At that time, the important property management safe 120 is connected to each of the storage units 121 to 125 and the management safe control unit 140 via a communication cable provided on the rear side so that they can communicate with each other. A cover that covers the communication cable is attached to the rear side of the important material management safe 120.

  The important material management safe 120 assembled as described above is installed on the floor of the office, for example, with the rear surface close to the wall. The front surface and the front surfaces of the plurality of storage units 121 to 125 are installed facing the indoor side of the office.

  According to the first embodiment described above, a plurality of individually managed storages 12 (a) and 12 (b) that are provided so as to be able to be pulled out from the stored item management apparatus main body 11 have lids 213 that can be individually opened and closed. Since the storage pockets 202 are attached, the storage items can be stored in a plurality of storage pockets 202 in a plurality of categories. Moreover, the lids 213 of the plurality of storage pockets 202 are locked by the lid lock portions 238, respectively. Therefore, it can suppress that each cover body 213 of the some storage pocket 202 is opened carelessly. Therefore, the stored items can be strictly managed by dividing them into a plurality of categories.

  Further, since each of the plurality of storage pockets 202 is provided with a dedicated unlocking knob 233 for unlocking the lid lock portion 238 of the same storage pocket 202, the operability of the unlocking operation is improved.

  Further, as shown in FIGS. 6 and 7, a plurality of storage pockets 202 having the same size can be attached to the attachment base 201 of the individual management storage 12 (a), 12 (b). Since a plurality of storage pockets 202 of different sizes can be attached as shown in FIG. 8, storage items of the same size are divided into a plurality of categories according to management targets, or storages of different sizes are stored. Items can be stored in a plurality of categories. In addition, storage items can be stored separately for each person in charge such as a person in charge of external affairs or a person in charge of a window.

  In addition, if the notification state of the guide lamps 243 provided in each of the plurality of storage pockets 202 is viewed, the operation is guided and facilitated. For example, the storage pocket 202 in a used state in which stored items are stored, and the stored items Can be easily distinguished from the empty storage pocket 202 in which no is stored. Since the guide lamp 243 is provided in each of the plurality of storage pockets 202, the operability of operations performed by being guided by the guide lamp 243 is improved.

  In addition, since the storage status detection sensor 223 provided in each of the plurality of storage pockets 202 detects the storage status of the storage items, the storage pocket 202 in which the storage items are stored and the storage items are stored. It is possible to detect a storage pocket 202 that is not empty. Accordingly, it is possible to detect and notify that a storage item has been left in the storage pocket 202 during storage processing, and to detect and notify that a storage item has been forgotten from the storage pocket 202 during extraction processing.

  In addition, since the lid 213 can visually check the stored items in the storage pocket 202 that is closed, the cover 213 is in a used state in which the stored items are stored, and in the empty state in which no stored items are stored. The pocket 202 can be easily distinguished.

  Moreover, since a small bundle banknote can be accommodated in the small bundle tray 40 of the bundle banknote storage 12 (c), and a bar metal can be stored in the bar metal tray 50 of the bar metal storage 12 (d), In the individually managed storage 12 (a) and 12 (b), a plurality of types of loose banknotes, loose coins, damaged banknotes, damaged coins, new tickets and checks are stored in a plurality of categories. For example, the stored item management device 1 is a cash management device capable of classifying and managing cash in detail. In addition, cash can be classified and managed in detail by storing at least one of a small bundle of bills and a bar in a money storage part provided in at least one of the plurality of storages 12. It becomes a cash management device.

  Further, a plurality of storage pockets 202 are attached to each of the individual management storages 12 (a) and 12 (b) provided so as to be able to be pulled out from the stored item management apparatus main body 11, thereby classifying the stored items into a plurality of categories. Can be stored separately. Moreover, since the cover body 213 is locked by the cover lock part 238, it can suppress that the cover body 213 is opened carelessly.

  In addition, when user identification information is input to the management device card reader 17 in the take-out process, the management device control unit 25 stores the storage pocket identification information stored in association with the user identification information in the management device storage unit. 26, the locked state of the lid 213 by the lid lock portion 238 of the storage pocket 202 corresponding to the storage pocket identification information can be released. Therefore, since the storage pocket 202 that can open the lid 213 can be set according to the user identification information, security can be improved.

  In addition, since the stored item management apparatus 1 can be stored in the important item management safe 120, convenience and security are improved.

[Second Embodiment]
The stored item management apparatus according to the second embodiment of the present invention will be described below mainly with respect to the differences from the first embodiment with reference to FIGS.

  The second embodiment has a storage pocket 202A (a storage pocket for stored item management device) that is partially different from the first embodiment. The storage pocket 202A includes a rectangular box-shaped pocket base 301 having an upper opening, a pocket main body 211A having a rectangular box shape with an upper opening and having an inner storage space 210A, and a support shaft provided on the rear edge side of the upper portion of the pocket main body 211A. And a rectangular plate-like lid 213A that is rotatably supported by 212A. In the storage pocket 202A, the pocket base 301 is attached to the attachment base 201 shown in FIG. The pocket main body 211 </ b> A and the lid 213 </ b> A constitute a pocket box 302, and the pocket box 302 can be attached to and detached from the pocket base 301.

  The lid 213A of the pocket box 302 is placed horizontally to be in a closed state in which the storage pocket 202A provided with the lid 213A is closed, and is turned upward about the support shaft 212A to be in an open state in which the storage pocket 202A is opened. . Similarly to the lid 213, the lid 213A is made of a plate material that allows the inside of the storage pocket 202A to be visually observed, and is provided with a handle 215. The lid 213A is provided with an engagement protrusion 305. Alternatively, the lid body 213A can be inserted into the back of the pocket main body 211A by forming the lid body 213A with a stretchable member such as a bellows or by sliding the lid body 213A with a bendable member. The pocket 202A may be opened and closed.

  The pocket main body 211A is provided with a mounting step 221A on which the closed lid 213A is mounted on the side opposite to the support shaft 212A. A lid release lever 306 that can be engaged and disengaged with respect to 305 is provided. The lid release lever 306 is stored in the recess 307 shown in FIG. 17 of the pocket base 301 and cannot be operated when the pocket box 302 is attached to the pocket base 301. That is, when the pocket box 302 is attached to the pocket base 301, the closed lid 213A cannot be opened. Although it is optional, a storage state detection sensor 223 similar to that of the first embodiment is provided in the pocket main body 211A. In addition, an engagement recess 216 and a chamfer 217 similar to those in the first embodiment are formed on the edge of the pocket body 211A opposite to the support shaft 212A.

  The pocket base 301 is provided with a lock member 231, a lock member pressing spring 232, an unlocking knob 233, a knob pressing spring 234, and a knob operation restriction solenoid 235 similar to those of the first embodiment. The pocket base 301 is provided with a box detection sensor 222A that detects whether or not the pocket box 302 is attached.

  When the pocket box 302 with the lid 213A in the closed state is attached to the pocket base 301 from the removed state, the lock member 231 is engaged with the engagement recess 216 by the chamfer 217 of the pocket body 211A. The pocket box 302 is maintained in the mounted state. In this state, when the knob operation restriction solenoid 235 is on the “locking side” and the lowering of the lock release knob 233 is restricted, the pocket box 302 is locked so as not to be removed. At this time, the lid 213A in the closed state is locked so as not to be opened.

  Further, when the pocket box body 302 is attached to the pocket base 301, if the knob operation restriction solenoid 235 is on the “release side” that allows the lock release knob 233 to be lowered, the upper part of the lock release knob 233 is released. When the button 239 is depressed and lowered, the lock member 231 is opposite to the support shaft 212 </ b> A against the urging force of the lock member pressing spring 232 when the cam follower 237 is pressed by the cam surface 236 of the unlocking knob 233. And is pulled out from the engaging recess 216. In this state, when the handle 215 is picked and the pocket box 302 is pulled upward, the pocket box 302 is taken out from the pocket base 301. When the pocket base 302 is taken out from the pocket base 301 in this way, the lid release lever 306 can be opened by the user, and the user opens the lid release lever 306, picks the handle 215, and moves the lid 213A upward. When the cover body 213A is pulled up, the lid body 213A is rotated about the support shaft 212A, so that the storage space 210A of the pocket body 211A is opened, that is, the storage pocket 202A is opened. Here, in a state where the knob operation restricting solenoid 235 restricts the lowering of the unlocking knob 233, the unlocking knob 233 cannot be pressed, and the pocket box body 302 is detached from the pocket base 301 and is in a closed state. A certain lid 213 is restricted from being opened. The knob operation restriction solenoid 235 is in a standby state in which the lowering of the lock release knob 233 is restricted.

  The engagement recess 216 and chamfer 217 of the pocket main body 211A, the lock member 231 of the pocket base 301, the lock member pressing spring 232, the unlocking knob 233, the knob pressing spring 234, the knob operation restricting solenoid 235, the engaging protrusion 305, and the lid release. The lever 306 constitutes a lid lock portion 238A capable of locking and unlocking the lid 213 in the closed state. The storage pocket 202A has a dedicated lid lock portion 238A that can lock and unlock the lid 213A provided in the storage pocket 202A in a closed state. In the lid lock portion 238A, the unlocking knob 233 is a part that is operated by the user when unlocking the lid 213A, and the knob operation restriction solenoid 235 electromagnetically switches between restriction and allowance of this operation. The lid 213A is controlled to open and close.

  At the front part of the upper surface of the pocket base 301, an unlocking knob 233 of the lid locking part 238A, a storage button 241, an extraction button 242, a guide lamp 243, and a completion button 244 similar to those in the first embodiment are provided.

  In such a second embodiment, when storing and taking out the stored items, as shown in FIG. 18, the pocket box 302 is taken out from the pocket base 301, and in this state, the cover of the pocket box 302 is removed. 213A is opened.

  That is, in the storage process, as in the first embodiment, when one of the storage pockets 202A whose guide lamp 243 is turned off is selected and the storage button 241 of the storage pocket 202A selected this time is pressed, the management device In the storage pocket 202A selected this time, the control unit 25 switches the knob operation restriction solenoid 235 from the standby state to the “release side” that allows the lock release knob 233 to descend, and causes the guide lamp 243 to blink at a low speed. . Then, the user presses the release button 239 of the storage pocket 202A selected this time to lower the lock release knob 233. As a result, the lock member 231 is pulled out from the engagement recess 216 in the storage pocket 202A selected this time. In this state, the user picks the handle 215 in the storage pocket 202A selected this time, lifts the pocket box 302 upward and removes it from the pocket base 301, and then depresses the lid release lever 306 of the pocket box 302. Slide the lid 213A into an open state. Then, the user puts the stored item in the storage space 210A of the pocket box 302 of the storage pocket 202A selected this time. When the box detection sensor 222A detects that the pocket box 302 has been removed from the pocket base 301 in the storage pocket 202A selected this time, the management device control unit 25 causes the guide lamp 243 of the storage pocket 202A to move at a medium speed. Blink.

  When the storage is finished, the user rotates the lid 213A of the pocket box 302 to engage the closing lid release lever 306 with the engagement protrusion 305. When the pocket box body 302 is inserted into the pocket base 301 of the storage pocket 202A selected this time, the pocket box body 302 engages the lock member 231 with the engagement recess 216 by the chamfer 217 thereof. Thereby, the pocket box 302 is maintained in a state of being loaded in the pocket base 301. At this time, the knob operation restricting solenoid 235 of the storage pocket 202A provided with the pocket box 302 is in a state in which the unlocking knob 233 is allowed to descend, so that the release button 239 of the unlocking knob 233 is pressed. The pocket box 302 can be taken out again, and the lid 213A can be opened.

  Thereafter, when the completion button 244 of the storage pocket 202A selected this time is pressed, the management device control unit 25 indicates that the pocket box 302 is attached to the pocket base 301 in the same storage pocket 202A. On the condition that the box detection sensor 222A provided is detected and that the storage status detection sensor 223 provided in the storage pocket 202A detects that there is a stored item, the completion button 244 Upon receipt of the pressing operation, the knob operation restricting solenoid 235 provided in the storage pocket 202A is switched to the “locking side” standby state for restricting the lowering of the unlocking knob 233, and the guide lamp provided in the storage pocket 202A is provided. 243 is turned on to indicate that it is in use.

  The management device control unit 25 indicates that the pocket box 302 is not attached to the pocket base 301 when the completion button 244 of the storage pocket 202A selected this time is pressed. If the box detection sensor 222A provided in 202A detects, the pocket box 302 is not attached to the storage pocket 202A on the management device operation display unit 16 without accepting the pressing operation of the completion button 244. While notifying that the user has forgotten to wear it, the guide lamp 243 of the storage pocket 202A blinks at high speed. In addition, when the completion button 244 of the storage pocket 202A selected this time is pressed, the management device control unit 25 detects that the storage status detection sensor 223 provided in the storage pocket 202A has no storage items. In the case where the user presses the completion button 244, the management device operation display unit 16 is informed that the storage pocket 202A is forgotten to contain storage items, and the guide lamp 243 of the storage pocket 202A is displayed. Flash at high speed.

  In the take-out process, as in the first embodiment, when one of the storage pockets 202A whose guide lamp 243 is lit is selected and the take-out button 242 of the storage pocket 202A selected this time is pressed, the management device control unit 25, the knob operation restriction solenoid 235 provided in the storage pocket 202A selected this time is switched from the standby state to the “release side” that allows the lock release knob 233 to be lowered, and the guide lamp 243 blinks at a low speed. . Then, the user presses and releases the release button 239 of the lock release knob 233 of the storage pocket 202A selected this time. As a result, the lock member 231 is pulled out from the engagement recess 216 in the storage pocket 202A selected this time. In this state, the user picks the handle 215 in the storage pocket 202A selected this time, lifts the pocket box 302 upward and removes it from the pocket base 301, and then depresses the lid release lever 306 of the pocket box 302. Slide the lid 213A into an open state. Then, the user takes out the stored item from the storage space 210A of the pocket box 302 of the storage pocket 202A selected this time. When the box detection sensor 222A detects that the pocket box 302 has been removed from the pocket base 301 in the storage pocket 202A selected this time, the management device control unit 25 causes the guide lamp 243 of the storage pocket 202A to move at a medium speed. Blink.

  When the stored item has been taken out, the user turns and closes the lid 213A of the pocket box 302, engages the lid release lever 306 with the engagement protrusion 305, and selects the pocket box 302 this time. Insert into the pocket base 301 of the storage pocket 202A. As a result, the lock member 231 is engaged with the engagement recess 216 by the chamfer 217 in the storage pocket 202A selected this time. Thereby, the pocket box 302 is attached to the pocket base 301. Also at this time, the knob operation restricting solenoid 235 of the storage pocket 202A provided with the pocket box 302 is in a state in which the unlocking knob 233 is allowed to descend, and therefore the release button 239 of the unlocking knob 233 is pressed. Then, the pocket box 302 can be taken out again, and the lid 213A can be opened.

  Thereafter, when the completion button 244 of the storage pocket 202A selected this time is pressed, the management device control unit 25 is provided in the same storage pocket 202A that the pocket box 302 is attached to the pocket base 301. An operation of pressing the completion button 244 is performed on the condition that the box detection sensor 222A detects that the storage state detection sensor 223 provided in the pocket box 302 detects that there is no stored item. And the knob operation restriction solenoid 235 is switched to the standby state, and the guide lamp 243 is turned off to display that it is not in use.

  The management device control unit 25 indicates that the pocket box 302 is in the mounted state when the completion button 244 of the storage pocket 202A selected this time is pressed, and the box provided in the same storage pocket 202A. If the detection sensor 222A does not detect, the management device operation display unit 16 is notified that the pocket box 302 of the storage pocket 202A is not attached, and the management device operation display unit 16 is not accepted without accepting the pressing operation of the completion button 244. At the same time, the guide lamp 243 of the storage pocket 202 blinks at high speed. In addition, when the completion button 244 of the storage pocket 202A selected this time is pressed, the management device control unit 25 detects that the storage status detection sensor 223 provided in the storage pocket 202A has storage items. If the storage device is not in the storage pocket 202A, the management device operation display unit 16 is informed that the storage pocket 202A has forgotten to be taken out of the storage pocket 202A. Flashes 243 at high speed.

  According to the second embodiment described above, since the pocket box body 302 can be taken out from the pocket base 301 and the stored items can be taken out from the pocket box body 302, for example, stored items such as loose coins can be easily taken out.

  In the second embodiment, after the pocket box body 302 is removed from the pocket base 301, if the pocket box body 302 is not set again and a predetermined time has passed, an alarm is generated on the management device operation display unit 16, You may make it alert | report to this effect.

[Third Embodiment]
The stored item management apparatus according to the third embodiment of the present invention will be described below mainly with reference to FIG. 19 focusing on the differences from the first embodiment.

  In the third embodiment, insertion holes 311 are provided in the side wall 203 of the mounting base 201 at predetermined equal intervals. The pocket main body 211 of the storage pocket 202 is provided with a detachable solenoid 313 for projecting the plunger 312 to the side and an insertion hole 314 into which the plunger 312 of the other storage pocket 202 can be inserted.

  When the plurality of storage pockets 202 are arranged in a combination that fits inside the mounting base 201 without gaps, the insertion / removal solenoid 313 has the insertion holes 311 in the side wall 203 of the mounting base 201 and the insertion holes 314 in the other storage pockets 202. Either one will always face each other. As a result, with the plunger 312 retracted by the detachable solenoid 313, the plurality of storage pockets 202 are arranged in an appropriate combination so as to fit inside the mounting base 201 without any gap, and then the plunger 312 of the detachable solenoid 313 protrudes. As a result, all of these storage pockets 202 are fixed to the mounting base 201 directly or via another storage pocket 202.

  When the attachment / detachment solenoid 313 pulls out the plunger 312 from the insertion hole 311 of the side wall 203 of the attachment base 201 or the insertion hole 314 of the other storage pocket 202, the attachment pocket 201 is pressed upward from the attachment base 201. An elastic member 315 is provided that floats upward to facilitate removal. Instead of the detachable solenoid 313, the lock of the storage pocket 202 with respect to the mounting base 201 may be released by driving a motor or the like.

  In addition, by setting a physical fitting structure (for example, a combination of the position and the number and shape of pins and holes, etc.) between the storage pocket 202 and the mounting base 201, a predetermined storage at a predetermined position of the mounting base 201 is performed. Only the pocket 202 can be fixed so as to be attachable. This structure may be set for each size of the storage pocket or may be set unique to the storage pocket.

  According to the third embodiment, the combination and arrangement of the storage pockets 202 can be changed. In this case, attachment / detachment of the storage pocket 202 may be restricted so that only authorized persons can perform it. It is also possible to remove the storage pocket 202 and move it to another storage 12. In this case, since the lid 213 is locked in a closed state when the storage pocket 202 is removed, the correspondence between the storage pocket and the stored item can be maintained even when the storage pocket is attached or detached. , You can manage the storage safely. Note that the lid 213 of the storage pocket 202 may be opened and closed with a key (not shown) as necessary. Of course, the storage pocket attaching / detaching mechanism of the third embodiment can also be applied to the storage pocket 202A of the second embodiment. Further, the storage pocket 202 of the first embodiment and the storage pocket 202A of the second embodiment can be mixed in one storage box 12.

  Here, when the combination and arrangement of the storage pockets are changed, it is necessary to update the correspondence between the storage pocket identification information and the storage cabinet identification information stored in the management device storage unit 26. Therefore, for example, an IC tag or barcode including storage pocket identification information is attached to the storage pocket 202 itself, and the management device control unit 25 is stored by a reading means such as an IC tag reader or barcode reader provided on the mounting base 201 or the like. This update process can be automated by reading an IC tag or the like for each cabinet 12. You may make it write in this IC tag the storage pocket identification information, the user identification information, and / or the information regarding the stored item in association with the storage pocket identification information. Alternatively, an individual code corresponding to the storage pocket identification information can be set in the storage pocket 202 with a dip switch or the like so that it does not overlap in the apparatus, so that the management apparatus control unit 25 reads this code and stores it in the storage pocket. The association between the identification information and the storage identification information may be updated.

  In the first to third embodiments, not only the size of the storage pocket 202 but also the storage 12 can be changed in size in the height direction in accordance with the stored items. For example, an A4 size document can be stored and stored in a state where the length direction is set to the horizontal direction.

  Further, the storage pocket 202 according to each of the above embodiments can be applied to a large management device such as the important material management safe 120 shown in FIG. For example, by arranging the storage pocket 202 in the drawer open / close-type storages 121 (a) to 121 (c), the stored items can be managed more strictly individually.

DESCRIPTION OF SYMBOLS 1 Storage management apparatus 11 Storage management apparatus main body 12 Storage 40 Small bundle tray (money storage part)
50 Bar tray (money storage)
201 Mounting base 202, 202A Storage pocket (storage pocket for storage management device)
210, 210A Pocket body 213, 213A Lid 223 Storage condition detection sensor 233 Unlock knob (unlock operation part)
238, 238A Lid lock part 243 Guide lamp (storage status notification lamp)

Claims (9)

The stored matter management device body,
A storage provided so as to be able to be pulled out from the storage management device body;
A plurality of storage pockets each having a lid that can be opened and closed individually are attached to the storage,
A stored item management apparatus, wherein each of the plurality of storage pockets is provided with a lid lock portion capable of locking and unlocking the lid.   The stored item management apparatus according to claim 1, wherein each of the plurality of storage pockets is detachable from the storage.   3. The stored item management apparatus according to claim 1, wherein a plurality of storage pockets having the same size can be attached to the storage case, and a plurality of storage pockets having different sizes can be attached to the storage case.   4. The stored item management apparatus according to claim 1, wherein each of the plurality of storage pockets is provided with a storage status notifying unit that notifies a storage status of stored items.   5. The stored item management apparatus according to claim 1, wherein each of the plurality of storage pockets is provided with a storage state detection unit that detects a storage state of a stored item.   The stored matter management apparatus according to any one of claims 1 to 5, wherein the lid can visually check a stored item in the storage pocket closed by the lid.   2. A plurality of the storages are provided, and at least one of them is provided with a money storage part for storing at least one of a small bundle of bills and a bar. The stored item management apparatus according to claim 6. A storage pocket for storage management device provided in a storage provided so as to be capable of being pulled out from the storage management device body,
A pocket body that forms a storage space;
A lid capable of opening and closing the storage space;
A storage pocket for a stored item management apparatus, comprising: a lid lock portion capable of locking and unlocking the lid body.   9. The storage pocket for storage items management apparatus according to claim 8, wherein at least identification information of the storage pocket is attached to the pocket body so as to be readable by a predetermined reading means.

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