JP2020090889A - Important object management device - Google Patents

Abstract

To provide an important object management device that can reduce time-consuming work when taking out stored objects.SOLUTION: The important object management device has a plurality of compartments 31 that can be locked and keep stored objects. The important object management device includes input means 71, to which a purpose of use is input when the compartments 31 are unlocked. This facilitates the input of the purpose of use compared to cases of writing the purpose of use on paper such as a notebook by hand or inputting it in another management PC manually. Therefore, it is possible to reduce time-consuming work when unlocking the compartments in order to take out stored objects.SELECTED DRAWING: Figure 1

Description

The present invention relates to an important item management device that manages important items.

Traditionally, financial institutions have been equipped with compartments for storing important items such as currency, checks, vouchers, document files, and passbooks as objects to be stored, and record the usage history of which user used which compartment and when. There is a controllable important object management device (see Patent Document 1).

JP, 2013-097612, A

In addition to the usage history, some users manage the purpose of use such as what to use when unlocking the compartments and taking out the items to be stored, in addition to the usage history. At present, such a user manages the purpose of use separately from the use history by manually writing the purpose of use on a paper such as a notebook or manually inputting the purpose of use in a PC file. Therefore, in addition to the operation of the important matter management device, it is necessary to input the purpose of use, which is troublesome.

Therefore, it is an object of the present invention to provide an important object management device capable of reducing the time and effort required for taking out a stored object.

In order to achieve the above-mentioned object, the first aspect of the present invention is an important object management device having a plurality of lockable compartments for storing objects to be stored, wherein the purpose of use is input when unlocking the compartments. It is characterized in that it comprises an input means.

According to the first aspect, since the input means is provided for inputting the purpose of use when unlocking the compartment, it is possible to reduce the time and effort required for unlocking the compartment and taking out the object to be stored.

According to a second aspect of the present invention, in the first aspect, a selection means is provided for selectively inputting a division to be used from among the plurality of divisions, and the input means corresponds to the division selected by the selection means. It is characterized in that the purpose of use is entered.

According to the second aspect, when a section to be used is selected and input from the plurality of sections to the selection unit, the purpose of use for the selected section is input to the input unit, and thus the section is selected. However, it is possible to reduce the labor required for unlocking and taking out the stored object.

According to a third aspect of the present invention, in the above-mentioned second aspect, a plurality of sections to be used can be selected and input from the plurality of sections to the selecting means, and the input means selects by the selecting means. It is characterized in that a common purpose of use for a plurality of created partitions is input.

According to the third aspect, when a plurality of sections to be used are selected and input from the plurality of sections to the selection unit, the common purpose of use for the selected plurality of sections is input to the input unit. Therefore, it is possible to reduce the time and effort required to select a plurality of compartments, unlock the compartments, and take out the objects to be stored.

According to a fourth aspect of the present invention, in the above-mentioned second aspect, a plurality of sections to be used can be selected and input from the plurality of sections to the selecting means, and the input means selects by the selecting means. It is characterized in that the purpose of use for each of the created plurality of sections is input.

According to the fourth aspect, when a plurality of sections to be used are selected and input from the plurality of sections to the selection unit, the purpose of use for each of the selected plurality of sections is input to the input unit. Therefore, it is possible to reduce the time and effort required to select a plurality of compartments, unlock the compartments, and take out the objects to be stored.

A fifth aspect of the present invention is characterized in that, in any one of the first to fourth aspects described above, a compartment integrally having a key management unit for storing a key as an object to be stored is provided.

According to the fifth aspect, since the compartment having the key management unit that stores the key as the object to be stored is integrally provided, it is possible to reduce the time and effort for taking out the key.

According to a sixth aspect of the present invention, in the fifth aspect, the input means is at least any one of when a partition integrally including the key management unit is unlocked and when a key is taken out from the key management unit. One of the features is that the purpose of use is input.

According to the sixth aspect, the input means inputs the purpose of use at least one of when the partition having the key management unit is unlocked and when the key is taken out from the key management unit. It is possible to reduce the time and effort required for taking out the key in at least one of unlocking the compartment integrally including the key managing unit and taking out the key from the key managing unit.

A seventh aspect of the present invention is characterized in that, in the fifth or sixth aspect, whether or not to input the purpose of use can be set for each key.

According to the seventh aspect, since it is possible to set whether or not to input the purpose of use for each key, it is possible to omit the input of the purpose of use for a key that does not need to input the purpose of use. It is possible to reduce the time and effort required to take out the key.

An eighth aspect of the present invention is characterized in that, in any one of the first to seventh aspects, whether or not the purpose of use is input can be set for each section.

According to the eighth aspect, since it is possible to set whether or not to input the purpose of use for each section, it is possible to omit the input of the purpose of use for a section that does not need to input the purpose of use, It is possible to reduce the time and effort required to take out the stored object.

According to a ninth aspect of the present invention, in any one of the first to eighth aspects, each compartment is automatically locked when it is in a closed state or is unlocked without being locked. The feature is that it can be set.

According to the ninth aspect, it is possible to set, for each compartment, whether the locked state is automatically locked when it is closed or the unlocked state is maintained without being locked. It is possible to reduce the time and effort required for returning.

ADVANTAGE OF THE INVENTION According to this invention, the important substance management apparatus which can reduce the effort at the time of taking out a to-be-stored object can be provided.

It is a perspective view showing the important thing management device of a 1st embodiment concerning the present invention. It is a block diagram showing an important thing management device of a 1st embodiment concerning the present invention. It is a front view showing the key management unit of the important matter management device of a 1st embodiment concerning the present invention. It is a perspective view which shows the principal part and key of the key management unit of the important matter management apparatus of 1st Embodiment which concerns on this invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention. It is a front view showing a display example of a display operation part of the important thing management device of a 1st embodiment concerning the present invention.

[First Embodiment]
The important object management device according to the first embodiment of the present invention will be described.

<1. Composition>
First, the configuration of the important matter management device 11 of the first embodiment will be described.
As shown in FIG. 1, the important object management device 11 of the first embodiment is a single device in which a plurality of storage units 12 to 19 and one operation unit 21 are integrally combined. Here, in the following description, "front" is the user side of the important matter management device 11, "rear" is the opposite side to the user of the important matter management device 11, and "left" is the important matter management device 11 side. The left as seen from the user, and "right" is the right as seen from the user of the important matter management device 11. The important matter management device 11 is installed in, for example, a store of a financial institution to store and manage important matters. The important matter management device 11 is configured as a single device by appropriately combining a storage unit according to the form of the installed store and the customer's request with the operation unit 21. The important matter management device 11 can be installed in the safe room of the store, but can also be installed in the business office of the store.

The important matter management device 11 includes a first upper storage unit 12 provided on the upper left end, a first lower storage unit 13 provided on the lower left end below the first upper storage unit 12, and a left end. A second upper storage unit 14 provided at the second upper stage from the second upper stage, and a second lower storage unit 15 provided at the second lower stage from the left end, which is the lower side of the second upper storage unit 14. There is. Further, the important object management device 11 includes a third upper storage unit 16 provided at the third upper stage from the left end and an operation unit provided at the third middle stage from the left end below the third upper storage unit 16. 21, a third lower storage unit 17 provided on the third lower side from the left end on the lower side of the operation unit 21, a fourth upper storage unit 18 provided on the upper right end, and a fourth upper storage unit. It has a fourth lower stage storage unit 19 provided at the lower stage of the right end which is the lower side of 18.

The first upper storage unit 12 has a first compartment 31(A) for storing the objects to be stored. The first compartment 31(A) has a door 32(A) with a window which constitutes the left side of the front surface in the closed state, and a windowless door 33(A) which constitutes the right side of the front surface in the closed state. Have The left end 32A of the left door is rotatable around the vertical axis in the closed state, and the right end edge in the closed state opens so as to move to the left front. The door 33 (A) on the right side has its right end edge in the closed state rotatable around the vertical axis, and opens so that the left end edge in the closed state moves to the right front. That is, the doors 32(A) and 33(A) are double doors that swing and open toward the front side.

In the first compartment 31(A), office equipment such as a monitor, an HDD, a printer, etc. are stored as objects to be stored. When the doors 32(A) and 33(A) are opened in the first section 31(A), the monitor becomes visible and the paper printed by the printer can be taken out. When (A) is closed, these are disabled. The first compartment 31(A) is in an open state when the doors 32(A) and 33(A) are open, and is in a closed state when the doors 32(A) and 33(A) are closed. is there. The first section 31(A) includes a first opening/closing detection sensor 35(A) shown in FIG. 2 for detecting whether the first section 31(A) is in the open state or the closed state, and The first lock mechanism 36(A) locks the first section 31(A) in the closed state.

The first compartment 31(A) is in a locked state when the doors 32(A) and 33(A) are closed and locked by the first lock mechanism 36(A). In this locked state, the door is closed. The opening operation of 32(A) and 33(A) is restricted. The first compartment 31(A) is in an unlocked state when the doors 32(A) and 33(A) are unlocked by the first lock mechanism 36(A). In the locked state, the doors 32(A) and 33(A) can be opened. The first lock mechanism 36(A) is controlled by the control unit 41 to switch between the locked state and the unlocked state of the first section 31(A).

The first lower storage unit 13 has a second compartment 31(B) for storing the objects to be stored. The second compartment 31(B) has the same structure as the first compartment 31(A), and the left and right doors 32(B) and 33(B) that form the front surface in the closed state and the door 32( B) and 33(B) are in the open state or the closed state, that is, the second open/close detection sensor 35 (which detects whether the second section 31(B) is in the open state or the closed state. B) and the second lock mechanism 36 (B) that locks the doors 32 (B) and 33 (B), that is, the second compartment 31 (B) in the closed state.

In the second section 31(B), for example, passbooks, checks, etc. are classified and stored as the objects to be stored. Therefore, a plurality of drawer-type cases for separately storing passbooks, checks, etc. are provided in the second compartment 31(B). The second compartment 31(B) is in a locked state when the doors 32(B) and 33(B) are closed and locked by the second lock mechanism 36(B). In this locked state, the door is closed. The opening operation of 32(B) and 33(B) is restricted. The second compartment 31(B) is in an unlocked state when the doors 32(B) and 33(B) are unlocked by the second lock mechanism 36(B). In the locked state, the doors 32(B) and 33(B) can be opened. The second lock mechanism 36(B) is controlled by the control unit 41 to switch between the locked state and the unlocked state of the second section 31(B).

The second upper storage unit 14 has a third compartment 31(C) for storing the objects to be stored. The third compartment 31(C) is smaller than the second compartment 31(B). The third compartment 31(C) has a structure similar to that of the first compartment 31(A), and the left and right doors 32(C), 33(C), which form the front surface in the closed state, and the door 32( C) and 33(C) are in the open state or the closed state, that is, the third open/close detection sensor 35( which detects whether the third section 31(C) is in the open state or the closed state. C) and the doors 32(C) and 33(C), that is, the third lock mechanism 36(C) that locks the third compartment 31(C) in the closed state.

Documents and the like, for example, will be stored as objects to be stored in the third section 31(C). The third compartment 31(C) is in a locked state when the doors 32(C) and 33(C) are closed and locked by the third lock mechanism 36(C). In this locked state, the door is closed. The opening operation of 32(C) and 33(C) is restricted. The third compartment 31(C) is in the unlocked state when the doors 32(C) and 33(C) are unlocked by the third lock mechanism 36(C). In the locked state, the doors 32(C) and 33(C) can be opened. The third lock mechanism 36(C) is controlled by the control unit 41 to switch the locked state and the unlocked state of the third section 31(C).

The second upper storage unit 14 has a fourth compartment 31(D) on the left side and a fifth compartment 31(E) on the right side, which store the objects to be stored, below the third compartment 31(C). And have. The fourth section 31(D) is half the width of the third section 31(C) and has a door 32(D) that constitutes the front surface thereof in the closed state. The door 32(D) has a right end edge in a closed state rotatable about a vertical axis, and opens in a closed state so that a left end edge moves to the front right. That is, the door 32(D) is a single-opening door that swings and opens toward the front side. As shown in FIG. 3, a key management unit 61(D) is fixed to the fourth compartment 31(D) whose front side is opened/closed by the door 32(D), and the key management unit 61(D). Stores the key 51 as the object to be stored, as shown in FIG. In other words, the fourth section 31(D) integrally includes the key management unit 61(D) that stores the key 51 as the object to be stored.

When the door 32 (D) is opened and opened in the fourth section 31 (D), the key management unit 61 (D) is exposed, and the key 51 can be removed and attached. When the key is closed and is closed, the key management unit 61(D) is covered and the key 51 cannot be removed or attached. The fourth compartment 31(D) is in an open state when the door 32(D) is open, and is in a closed state when the door 32(D) is closed. The fourth section 31(D) includes a fourth section 31(D) that detects whether the fourth section 31(D) is in the open state or the closed state, and the fourth section 31(D). And a fourth lock mechanism 36 (D) that locks D) in the closed state.

The fourth compartment 31(D) is in the locked state when the door 32(D) is closed and locked by the fourth lock mechanism 36(D). In this locked state, the door 32(D) is closed. The opening operation is restricted. The fourth compartment 31(D) is in the unlocked state when the fourth lock mechanism 36(D) unlocks the door 32(D) in the closed state. In this unlocked state, the door is in the unlocked state. 32(D) can be opened. The fourth lock mechanism 36(D) is controlled by the control unit 41 to switch the locked state and the unlocked state of the fourth section 31(D).

The fifth section 31(E) is half the width of the third section 31(C) and has the same structure as the fourth section 31(D). The fifth compartment 31(E) also has a door 32(E) that constitutes its front surface in the closed state, and whether the door 32(E) is in the open or closed state, that is, the fifth compartment 31(E). ) Is in an open state or a closed state, a fifth opening/closing detection sensor 35(E) and a fifth door 31(E), that is, a fifth compartment 31(E) are locked in a closed state. Locking mechanism 36(E).

A key management unit 61(E) that stores a key 51 as an object to be stored is fixed to the fifth section 31(E). In other words, the fifth compartment 31(E) integrally includes the key management unit 61(E) that stores the key 51 as the object to be stored. The fifth compartment 31(E) is in a locked state when the door 32(E) is closed and locked by the fifth lock mechanism 36(E). In this locked state, the door 32(E) is closed. The opening operation is restricted. The fifth compartment 31(E) is in the unlocked state when the door 32(E) is unlocked by the fifth lock mechanism 36(E) in the closed state. 32(E) can be opened. The fifth lock mechanism 36(E) is controlled by the control unit 41 to switch the locked state and the unlocked state of the fifth section 31(E).

The second lower storage unit 15 has a sixth compartment 31(F) for storing the objects to be stored. The sixth compartment 31(F) has a structure similar to that of the first compartment 31(A), and the left and right doors 32(F) and 33(F) that form the front surface in the closed state and the door 32( F) and 33(F) are in the open state or the closed state, that is, the sixth open/close detection sensor 35( which detects whether the sixth section 31(F) is in the open state or the closed state. F) and the doors 32(F) and 33(F), that is, the sixth lock mechanism 36(F) that locks the sixth compartment 31(F) in the closed state.

The sixth section 31(F) is a fireproof safe, and as the objects to be stored, for example, documents, hemp bags containing cash, etc. will be stored. The sixth compartment 31(F) is in a locked state when the doors 32(F) and 33(F) are closed and locked by the sixth lock mechanism 36(F). In this locked state, the door is closed. The opening operation of 32(F) and 33(F) is restricted. The sixth compartment 31(F) is in an unlocked state when the sixth lock mechanism 36(F) unlocks the doors 32(F) and 33(F) in the closed state. In the locked state, the doors 32(F) and 33(F) can be opened. The sixth lock mechanism 36(F) is controlled by the control unit 41 to switch the locked state and the unlocked state of the sixth section 31(F).

The third upper storage unit 16 has a seventh compartment 31(G) for storing the objects to be stored. The seventh compartment 31(G) is smaller than the second compartment 31(B) and larger than the third compartment 31(C). The seventh compartment 31(G) has the same structure as the first compartment 31(A), and the left and right doors 32(G) and 33(G) that form the front surface in the closed state and the door 32( G), 33(G) are in the open state or the closed state, that is, the seventh compartment 31(G) is in the open state or the closed state. G) and the doors 32 (G) and 33 (G), that is, the seventh lock mechanism 36 (G) that locks the seventh compartment 31 (G) in the closed state.

In the seventh section 31(G), for example, documents and the like will be stored as objects to be stored. The seventh compartment 31(G) is in a locked state when the doors 32(G) and 33(G) are closed and locked by the seventh lock mechanism 36(G). In this locked state, the door is closed. The opening operation of 32(G) and 33(G) is restricted. The seventh compartment 31(G) is in the unlocked state when the doors 32(G) and 33(G) are unlocked by the seventh lock mechanism 36(G). In the locked state, the doors 32(G) and 33(G) can be opened. The seventh lock mechanism 36(G) is controlled by the control unit 41 to switch between the locked state and the unlocked state of the seventh section 31(G).

The third lower storage unit 17 has an eighth section 31(H), a ninth section 31(I), and a tenth section 31(J), which store the objects to be stored, in order from the top. There is. The third lower storage unit 17 is a fire-resistant lateral having three upper and lower stages.

The upper eighth section 31(H) has a pull-out slide part 32(H) that is pulled forward to be in an open state and is pushed backward to be in a closed state. Documents and the like, for example, will be stored as objects to be stored in the slide portion 32(H) of the eighth section 31(H).

When the sliding portion 32(H) is pulled out and opened, the eighth compartment 31(H) can be loaded and unloaded, and when the sliding portion 32(H) is pushed in and closed, It is impossible to take in and out stored items. The eighth section 31(H) is in an open state when the slide portion 32(H) is pulled out, and is in a closed state when the slide portion 32(H) is pushed in. The eighth compartment 31(H) includes an eighth opening/closing detection sensor 35(H) that detects whether the eighth compartment 31(H) is in the open state or the closed state, and the eighth compartment 31(H). An eighth lock mechanism 36 (H) for locking (H) in the closed state is provided.

The eighth section 31(H) is in the locked state when the slide portion 32(H) is pushed in and locked by the eighth lock mechanism 36(H). In this locked state, the slide portion 32(H) is ) Opening operation is restricted. The eighth section 31 (H) is in the unlocked state when the slide portion 32 (H) is unlocked by the eighth lock mechanism 36 (H). In this unlocked state, the slide portion 32 ( H) can be pulled out and opened. The eighth lock mechanism 36(H) is controlled by the controller 41 to switch between the locked state and the unlocked state of the eighth section 31(H).

The ninth section 31(I) in the middle stage has the same structure as the eighth section 31(H), and is the pull-out slide part 32(I) and the slide part 32(I) in the open state? A ninth open/closed detection sensor 35(I) for detecting whether it is in the closed state, that is, whether the ninth section 31(I) is in the open state or the closed state, and the slide portion 32(I), that is, the first section. It has a ninth lock mechanism 36(I) for locking the nine compartments 31(I) in the closed state. In the slide section 32(I) of the ninth section 31(I), for example, documents and the like will be stored as objects to be stored.

The ninth section 31(I) is in the locked state when the slide portion 32(I) is pushed in and locked by the ninth lock mechanism 36(I). In this locked state, the slide portion 32(I) is ) Opening operation is restricted. The ninth section 31(I) is in an unlocked state when the slide portion 32(I) is unlocked by the ninth lock mechanism 36(I). In this unlocked state, the slide portion 32(I I) can be pulled out and opened. The ninth lock mechanism 36(I) is controlled by the control unit 41 to switch between the locked state and the unlocked state of the ninth section 31(I).

The lower tenth section 31(J) has the same structure as the eighth section 31(H), and is the pull-out slide part 32(J) and the slide part 32(J) in the open state? A tenth open/closed detection sensor 35(J) for detecting whether it is in the closed state, that is, whether the tenth section 31(J) is in the open state or the closed state, and the slide portion 32(J), that is, the It has a tenth lock mechanism 36 (J) that locks 10 compartments 31 (J) in a closed state. Documents and the like, for example, are stored as objects to be stored in the slide portion 32(J) of the tenth section 31(J).

The tenth section 31(J) is in the locked state when the slide portion 32(J) is pushed in and locked by the tenth lock mechanism 36(J). In this locked state, the slide portion 32(J) is in the locked state. ) Opening operation is restricted. The tenth section 31(J) is in the unlocked state when the slide part 32(J) is unlocked by the tenth lock mechanism 36(J). In this unlocked state, the slide part 32(J J) can be pulled out and opened. The tenth lock mechanism 36(J) is controlled by the control unit 41 to switch between the locked state and the unlocked state of the tenth section 31(J).

The fourth upper storage unit 18 has an eleventh section 31(K) for storing the objects to be stored. The eleventh compartment 31(K) is smaller than the third compartment 31(C), has the same structure as the first compartment 31(A), and has the left and right sides that form the front surface in the closed state. Doors 32(K) and 33(K) and doors 32(K) and 33(K) are in an open state or a closed state, that is, the eleventh section 31(K) is in an open state or closed. Eleventh opening/closing detection sensor 35(K) for detecting whether or not it is in the state, and eleventh locking mechanism for locking the doors 32(K), 33(K), that is, the eleventh compartment 31(K) in the closed state. 36 (K) is provided.

In the eleventh section 31(K), for example, documents and the like will be stored as objects to be stored. The eleventh section 31(K) is in a locked state when the doors 32(K) and 33(K) are closed and locked by the eleventh lock mechanism 36(K). In this locked state, the door is closed. The opening operation of 32(K) and 33(K) is restricted. The eleventh section 31(K) is in the unlocked state when the doors 32(K) and 33(K) are unlocked by the eleventh lock mechanism 36(K). In the locked state, the doors 32(K) and 33(K) can be opened. The eleventh lock mechanism 36(K) is controlled by the control unit 41 to switch the locked state and the unlocked state of the eleventh section 31(K).

The fourth upper-stage storage unit 18 has a twelfth compartment 31 (L) and a thirteenth compartment 31 in the upper and lower three tiers on the left side for storing the objects to be stored, below the eleventh compartment 31 (K). (M) and a fourteenth section 31(N), and a right and lower three-stage fifteenth section 31(O), a sixteenth section 31(P) and a seventeenth section 31(Q). ing. Twelfth partition 31(L), Thirteenth partition 31(M), Fourteenth partition 31(N), Fifteenth partition 31(O), Sixteenth partition 31(P) and Seventeenth partition 31 (Q) is half the width of the eleventh section 31(K), and has the same structure as the fourth section 31(D).

The twelfth section 31(L) is in the closed state and the door 32(L) forming the front surface thereof, and whether the door 32(L) is in the open state or the closed state, that is, the twelfth section 31(L). ) Is in the open state or the closed state, the twelfth open/closed detection sensor 35(L) and the door 32(L), that is, the twelfth compartment 31(L) are locked in the closed state. Locking mechanism 36 (L).

In the twelfth section 31(L), for example, documents and the like will be stored as objects to be stored. The twelfth compartment 31(L) is in a locked state when the door 32(L) is closed and locked by the twelfth lock mechanism 36(L). In this locked state, the door 32(L) is closed. The opening operation is restricted. The twelfth compartment 31(L) is in the unlocked state when the door 32(L) is unlocked by the twelfth lock mechanism 36(L). In this unlocked state, the door is unlocked. 32(L) can be opened. The twelfth lock mechanism 36(L) is controlled by the control unit 41 to switch the locked state and the unlocked state of the twelfth section 31(L).

The thirteenth section 31(M) is in the closed state and the door 32(M) constituting the front surface thereof and whether the door 32(M) is in the open state or the closed state, that is, the thirteenth section 31(M). ) Is in the open state or the closed state, the thirteenth opening/closing detection sensor 35(M) and the thirteenth compartment 31(M) are locked in the closed state. Locking mechanism 36 (M).

In the thirteenth section 31(M), for example, documents and the like will be stored as objects to be stored. The thirteenth section 31(M) is in a locked state when the door 32(M) is closed and locked by the thirteenth locking mechanism 36(M). In this locked state, the door 32(M) is closed. The opening operation is restricted. The thirteenth section 31(M) is in the unlocked state when the door 32(M) is unlocked by the thirteenth lock mechanism 36(M). In this unlocked state, the door is unlocked. 32(M) can be opened. The thirteenth lock mechanism 36(M) is controlled by the control unit 41 to switch the locked state and the unlocked state of the thirteenth section 31(M).

The fourteenth section 31(N) is in the closed state and the door 32(N) that constitutes the front surface thereof and whether the door 32(N) is in the open state or the closed state, that is, the fourteenth section 31(N). ) Is in the open state or the closed state, the fourteenth opening/closing detection sensor 35(N) and the door 32(N), that is, the fourteenth section 31(N) are locked in the closed state. Locking mechanism 36(N).

In the fourteenth section 31(N), for example, documents and the like will be stored as objects to be stored. The fourteenth section 31(N) is in a locked state when the door 32(N) is closed and locked by the fourteenth locking mechanism 36(N). In this locked state, the door 32(N) is closed. The opening operation is restricted. The fourteenth section 31(N) is in the unlocked state when the door 32(N) is unlocked by the fourteenth lock mechanism 36(N). In this unlocked state, the door is unlocked. 32(N) can be opened. The fourteenth lock mechanism 36(N) is controlled by the control unit 41 to switch the locked state and the unlocked state of the fourteenth section 31(N).

The fifteenth section 31(O) is in a closed state and constitutes a front surface of the door 32(O), and whether the door 32(O) is in an open state or a closed state, that is, the fifteenth section 31(O). ) Is in the open state or the closed state, the fifteenth open/closed detection sensor 35(O) and the door 32(O), that is, the fifteenth section 31(O), is locked in the closed state. Locking mechanism 36 (O).

In the fifteenth section 31(O), for example, documents and the like will be stored as objects to be stored. The fifteenth section 31(O) is in a locked state when the door 32(O) is closed and locked by the fifteenth lock mechanism 36(O). In this locked state, the door 32(O) is closed. The opening operation is restricted. The fifteenth section 31(O) is in the unlocked state when the door 32(O) is unlocked by the fifteenth lock mechanism 36(O) in the closed state. 32(O) can be opened. The fifteenth lock mechanism 36(O) is controlled by the control unit 41 to switch the locked state and the unlocked state of the fifteenth section 31(O).

The sixteenth section 31(P) is in the closed state and the door 32(P) that constitutes the front surface thereof and whether the door 32(P) is in the open state or the closed state, that is, the sixteenth section 31(P). ) Is in the open state or the closed state, the sixteenth opening/closing detection sensor 35(P) and the door 32(P), that is, the sixteenth section 31(P), are locked in the closed state. Locking mechanism 36 (P).

In the 16th section 31(P), for example, documents and the like will be stored as objects to be stored. The 16th compartment 31(P) is in a locked state when the door 32(P) is closed and locked by the 16th locking mechanism 36(P). In this locked state, the door 32(P) is closed. The opening operation is restricted. The 16th compartment 31(P) is in the unlocked state when the door 32(P) is unlocked by the 16th lock mechanism 36(P). In this unlocked state, the door is unlocked. 32(P) can be opened. The 16th lock mechanism 36(P) is controlled by the control unit 41 to switch between the locked state and the unlocked state of the 16th section 31(P).

The seventeenth section 31(Q) is in the closed state, and the door 32(Q) that constitutes the front surface thereof and whether the door 32(Q) is in the open state or the closed state, that is, the seventeenth section 31(Q). ) Is in the open state or the closed state, the seventeenth opening/closing detection sensor 35(Q) and the seventeenth section 31(Q) are locked in the closed state. Locking mechanism 36 (Q).

In the 17th section 31(Q), for example, documents and the like will be stored as objects to be stored. The 17th compartment 31(Q) is in a locked state when the door 32(Q) is closed and locked by the 17th lock mechanism 36(Q). In this locked state, the door 32(Q) is closed. The opening operation is restricted. The 17th compartment 31(Q) is in the unlocked state when the door 32(Q) is unlocked by the 17th lock mechanism 36(Q) in the closed state. 32(Q) can be opened. The seventeenth lock mechanism 36(Q) is controlled by the control unit 41 to switch the locked state and the unlocked state of the seventeenth section 31(Q).

The fourth lower storage unit 19 has an eighteenth section 31(R) for storing the objects to be stored. The eighteenth section 31(R) has a structure similar to that of the first section 31(A), and includes the left and right doors 32(R) and 33(R) that form the front surface in the closed state, and the door 32( R) and 33(R) are in the open state or the closed state, that is, whether the eighteenth section 31(R) is in the open state or the closed state. R) and the doors 32(R) and 33(R), that is, the eighteenth locking mechanism 36(R) that locks the eighteenth compartment 31(R) in the closed state.

The eighteenth section 31(R) has a fireproof structure, and for example, a traveling and movable cash management device is stored in the eighteenth section 31(R) as a storage object. The eighteenth section 31(R) is in a locked state when the doors 32(R) and 33(R) are closed and locked by the eighteenth lock mechanism 36(R). In this locked state, the door is closed. The opening operation of 32(R) and 33(R) is restricted. The eighteenth section 31(R) is in the unlocked state when the doors 32(R) and 33(R) are unlocked by the eighteenth locking mechanism 36(R) in the closed state. In the locked state, the doors 32(R) and 33(R) can be opened. The eighteenth locking mechanism 36(R) is controlled by the control unit 41 to switch the locked state and the unlocked state of the eighteenth section 31(R).

The key 51 managed by the key management unit 61(D) of the fourth section 31(D) and the key management unit 61(E) of the fifth section 31(E) has a key body as shown in FIG. 52 and a key holder 53 connected to the key body 52.

The key management unit 61(D) has a plurality of key holding units 62(D), as shown in FIG. As shown in FIG. 4, the corresponding key holder 53 can be inserted into and removed from the key holding portion 62(D). Each of the plurality of key holding units 62(D) is pressed by a user and a key detecting unit 63(D) that detects whether or not the inserted key holder 53 is the key holder 53 to be held. It has a holder button 64 (D) integrated with a display lamp and a key lock mechanism 65 (D) that locks the inserted key holder 53 to be held irremovably. The key lock mechanism 65(D) locks and unlocks the key holder 53 inserted in the key holding unit 62(D) under the control of the control unit 41. The key holder 53 locked by the key lock mechanism 65(D) cannot be pulled out from the key holding portion 62, that is, cannot be taken out, and the key holder 53 with the key lock mechanism 65(D) unlocked is removed from the key holding portion 62. It can be pulled out.

The key management unit 61(E) also has a similar structure, and has a plurality of key holding units 62(E) having a key detection unit 63(E), a holder button 64(E), and a key lock mechanism 65(E). ) Is provided.

The operation unit 21 displays a screen for the user and performs a touch panel type display operation unit 71 (input means, selection means, display means) for receiving an operation input by the user, and outputs a voice for the user. A voice output unit 72, a card reader 73 that reads user identification information from an IC chip embedded in the ID card when the user's ID card is held over, a storage unit 74 that stores data, and a control unit 41 are provided. is doing.

<2. Operation>
Next, the operation of the important matter management device 11 of the first embodiment will be described.

When in the standby state before accepting various operations by the user, the important object management apparatus 11 accepts “setting operation” for performing various settings and “unlocking/locking operation” for unlocking and locking the compartment. It is possible. All of these operations are accepted by the operation unit 21.

The basic operation of the important matter management apparatus 11 is that the card reader 73 of the operation unit 21 reads the user identification information stored in the user's ID card, and the user identification information of the ID card can use the important matter management apparatus 11. If the user identification information is valid, the section 31 that is authorized for the read user identification information can be selected from the first to eighteenth sections 31(A) to 31(R). . Then, when one or a plurality of selected partitions 31 are selected and the partition usage purpose which is the usage purpose thereof is input, the lock of the selected partition 31 in the closed state is released and the partition 31 can be opened. . As a result, the user manually opens the selected compartment 31 to take out and/or store the object to be stored.

Here, when the first to third, sixth to eighteenth sections 31(A) to 31(C) and 31(F) to 31(R) are in the unlocked state and are changed from the open state to the closed state. It is set to be automatically locked by the control of the control unit 41. On the other hand, whether the fourth and fifth compartments 31(D) and 31(E) having the key management unit 61 built therein are automatically locked even if the locked state is changed from the open state to the closed state. It can be switched depending on the setting.

The important matter management device 11 has a state in which the key mode is valid and a state in which the key mode is invalid, and the fourth and fifth sections 31(D) and 31(E) are When the key mode is invalid, the unlocked state is maintained without being locked even when the open state is changed to the closed state. When the key mode is invalid, the first to third and sixth to eighteenth sections 31(A) to 31( Similar to C) and 31(F) to 31(R), when the open state is changed to the closed state, the locked state is automatically set.

{Valid switching operation to switch the key mode from invalid to valid}
When the {1} key mode is inactive and in the standby state before accepting various operations, the control unit 41 causes the display operation unit 71 of the operation unit 21 to display the first reception screen 101 as shown in FIG. Is displayed. The first reception screen 101 includes a guide display unit 102 including the text "please accept the card" and an illustration for prompting the user to read the ID card, and "20XX/06/16" showing the current date and time. It includes a date and time display unit 103 composed of the text "13:51" and a key permission operation button display unit 104 including the text "Key permission operation" at the upper right of the screen.

In this state, when the user switches the key mode from invalid to valid, a touch operation for touching the key permission operation button display unit 104 is performed. When the key permission operation button display unit 104 detects the user's touch operation, the control unit 41 causes the display operation unit 71 to display the key permission operation reception screen 111 as shown in FIG. The key permission operation reception screen 111 includes a guide display unit 102 and a date/time display unit 103, which are similar to those of the first reception screen 101, and a key permission display unit 114 including the text "key permission" at the upper left of the screen. ..

{2} In this state, when the user holds the ID card over the card reader 73 according to the display of the guide display unit 102, the card reader 73 reads the user identification information from the ID card. Then, the control unit 41 causes the display operation unit 71 to display the personal identification number input screen 131 as shown in FIG. 7. On the personal identification number input screen 131, a guide display unit 132 made up of the text "Please input your personal identification number", a number display unit 133 that displays "*" or the like according to the number of times the number is input, and "0". The numeric keypad button display section 134 including the texts up to "9" and the input button display section 136 including the text "input" are displayed.

On the {3} secret code input screen 131, the user inputs the secret code by touching the ten-key button display section 134, and confirms the secret code by touching the input button display section 136. When the input button display unit 136 detects a touch operation by the user after the number is input on the ten-key button display unit 134, the control unit 41 combines the user identification information read from the ID card and the input personal identification number. However, it is determined whether or not there is a combination of the user identification information and the personal identification number, which is allowed to switch the key mode from invalid to valid, which is stored in the storage unit 74.

If the combination of the read user identification information and the input personal identification number is in the combination of the user identification information and the personal identification number that is permitted to switch the key mode from invalid to valid, the control unit 41 reads the combination. The user identification information is approved, the fourth lock mechanism 36(D) and the fifth lock mechanism 36(E) are unlocked, and the fourth section 31(D) and the fifth section 31( E) is unlocked. In this state, the key mode is valid. These {1} to {3} are effective switching operations.

In the important object management apparatus 11, the fourth section 31(D) and the fifth section 31(E) are always unlocked when the key mode is valid. Therefore, the door 32(D) of the fourth compartment 31(D) and the door 32(E) of the fifth compartment 31(E) can be freely opened and closed. Therefore, the user can manually open the door 32 to expose the key management unit 61. Here, when the key holder 53 of the key 51 is inserted, the key holding unit 62 of the key management unit 61 detects the inserted key holder 53 by the key detection unit 63. As a result, if the key holder 53 inserted into the key detection unit 63 is the holding target, the control unit 41 locks the key holder 53 on the key holding unit 62 by the key lock mechanism 65 and brings it into the locked state. Therefore, if the key mode is enabled, the user does not need to perform the unlocking operation again when returning the key 51, and the key 51 can be inserted into the corresponding key holding unit 62 of the key management unit 61. It can be returned and the labor for unlocking the fourth section 31(D) and the fifth section 31(E) can be omitted.

{Invalid switching operation to switch the key mode from valid to invalid}
When the {1} key mode is valid and in the standby state before receiving various operations, the control unit 41 causes the display operation unit 71 of the operation unit 21 to display the second reception screen 141 as shown in FIG. Is displayed. The second reception screen 141 includes a guide display unit 102 and a date/time display unit 103, which are similar to those of the first reception screen 101, and a key prohibition operation button display unit 144 including the text "key prohibition operation" at the upper right of the screen. Is displayed.

In this state, when the user switches the key mode from the valid mode to the invalid mode, the touch operation for touching the key prohibition operation button display section 144 is performed. When the key prohibition operation button display unit 144 detects the user's contact operation, the control unit 41 causes the display operation unit 71 to display the key prohibition operation reception screen 151 as shown in FIG. 9. On this key prohibition operation acceptance screen 151, the same guide display unit 102 and date/time display unit 103 as the key permission operation acceptance screen 111, and the key prohibition display unit 154 consisting of the text "Key prohibition" at the upper left of the screen are displayed.

{2} In this state, when the user holds the ID card over the card reader 73 according to the display of the guidance display unit 102, and the card reader 73 reads the user identification information from the ID card, the control unit 41 performs a display operation. A personal identification number input screen 131 as shown in FIG. 7 is displayed on the section 71.

{3} When a personal identification number is input on the ten-key button display unit 134 and the input button display unit 136 on the personal identification number input screen 131, the control unit 41 combines the read user identification information and the input personal identification number. However, it is determined whether or not the key mode stored in the storage unit 74 is included in the combination of the user identification information and the personal identification number permitted to switch from the valid mode to the invalid mode.

If the combination of the read user identification information and the input personal identification number is within the combination of the user identification information and the personal identification number that is permitted to switch the key mode from valid to invalid, the control unit 41 reads it. The user identification information that has been obtained, the fourth lock mechanism 36(D) and the fifth lock mechanism 36(E) are driven and locked, and the fourth partition 31(D) and the fifth partition 31 (E) is locked. This state is the state in which the key mode is invalid. These {1} to {3} are invalid switching operations.

In the state in which the key mode is invalid, the important object management device 11 has the fourth section 31(D) and the fifth section 31(E) in the locked state as described above, and thus the fourth section 31( The door 32(D) of D) and the door 32(E) of the fifth compartment 31(E) will be maintained in the closed state. Therefore, the user cannot access the key management unit 61 unless the fourth section 31(D) and the fifth section 31(E) are unlocked. Therefore, if the key mode is disabled, it becomes necessary to perform the unlocking operation again, for example, when the key 51 is returned.

As described above, in the important object management device 11 of the first embodiment, the fourth section 31(D) and the fifth section 31(E) in which the key management unit 61 is built are locked even when they are in the closed state. Instead, it is possible to selectively switch between a state in which the key mode in which the unlocked state is maintained is valid and a state in which the key mode that is automatically locked when the state is closed is invalid. The fourth section 31(D) and the fifth section 31(E) can be individually switched between the valid state and the invalid state of the key mode.

<Setting operation>
The setting operation executed according to the setting operation of the operation unit 21 by the user will be described.

Various settings and settings are changed on the "management menu screen" displayed on the display operation unit 71 of the operation unit 21. Various settings and setting changes can be made only by the upper level administrator among the users.

When in the standby state, the {1} control unit 41 causes the display operation unit 71 of the operation unit 21 to display the first reception screen 101 as shown in FIG. 5 when the key mode is invalid. When the mode is valid, the second reception screen 141 as shown in FIG. 8 is displayed. When the card reader 73 reads the user identification information from the ID card in this state, the control unit 41 causes the display operation unit 71 to display a personal identification number input screen 131 as shown in FIG. 7.

{2} When the personal identification number is input on the ten-key button display unit 134 and the input button display unit 136 on the personal identification number input screen 131, the control unit 41 combines the read user identification information and the input personal identification number. Is in the combination of the user identification information and the personal identification number for which various settings and setting changes stored in the storage unit 74 are permitted, that is, the combination of the user identification information and the personal identification number of the administrator. To judge.

If the combination of the read user identification information and the input personal identification number is in the combination of the user identification information and the personal identification number for which various settings and setting changes are permitted, the control unit 41 causes the read user When the identification information is approved and the key mode is valid, the first partition selection screen 161 as shown in FIG. 10 is displayed on the display operation unit 71, and when the key mode is invalid, the first partition selection screen 161 as shown in FIG. 11 is displayed. The second section selection screen 181 is displayed on the display operation unit 71. At this time, as shown in FIG. 10, on the first section selection screen 161, a management button display portion 162 including the text “management” is displayed at the lower right of the screen, and as shown in FIG. A similar management button display unit 162 is displayed on the second partition selection screen 181.

{3} In this state, when the user makes various settings and changes of the settings, a contact operation of touching the management button display unit 162 is performed. When the management button display unit 162 detects the user's touch operation, the control unit 41 causes the display operation unit 71 to display the management menu screen 201 as shown in FIG. In this management menu screen 201, a title display section 202 composed of the text "management menu", a password change button display section 203 including the text "password change", and a detailed setting button including the text "detailed setting" The display unit 204 is displayed.

When the personal identification number change button display unit 203 detects the user's touch operation on the management menu screen 201, the control unit 41 causes the user to input the personal identification number before and after the change and stores the changed personal identification number in the storage unit. A change setting operation of the personal identification number stored in 74 is performed.

(Detailed setting operation)
When the detailed setting button display unit 204 detects the user's touch operation on the management menu screen 201, the control unit 41 starts the detailed setting operation and displays the detailed setting menu screen 211 as shown in FIG. Display it. The detailed setting menu screen 211 includes a history information list button display unit 212 including the text “History information list”, a personal information list button display unit 213 including the text “Personal information list”, and a text “Current date and time setting”. A current date and time setting button display section 214, a usage right setting button display section 215 including a text of "use right setting", a partition usage purpose setting button display section 216 including a text of "section usage purpose setting", A key usage purpose setting button display section 217 including the text "Key usage purpose setting" and a usage purpose input setting button display section 218 including the text "Key usage purpose setting" are included.

When the history information list button display unit 212 detects the user's touch operation on the detailed setting menu screen 211, the control unit 41 controls the important object management device 11 stored in the storage unit 74 from the storage unit 74. The information related to the processing is read out, and the section history information list screen 221 as shown in FIG. 14 is displayed on the display operation unit 71.

The section history information list screen 221 includes a subject display section 222 formed of the text “section history information list” and a section history information list display section 223 in which the read section history information is arranged in chronological order. The partition history information list display unit 223 is, for example, partition identification information that is the identification information of the partition 31, a user name that is the name of the user, a user identification number that is the identification number of the user, and the unlocking of the partition 31. It includes the time for unlocking the compartment, the purpose for utilizing the compartment 31 for the purpose of utilizing the compartment 31, and the time for locking the compartment 31 for the compartment. The section identification information, the user name, the user identification number, the section unlocking time, the section use purpose and the section locking time correspond to those displayed in the same row of the section history information list display unit 223. This makes it possible to easily understand which user unlocked which partition for what purpose.

The section history information list screen 221 has a print button display section 225 including the text “print” in the lower right part of the screen. When the print button display unit 225 detects the user's touch operation, the control unit 41 prints the section history information by the printer built in the operation unit 21.

In addition, the section history information list screen 221 has a switch button display section 226 including the text “switch” at the lower left of the screen. When the switching button display unit 226 detects the user's touch operation, the control unit 41 displays the key history information list screen 231 as shown in FIG. 15 on the display operation unit 71 from the information read from the storage unit 74. Let

The key history information list screen 231 includes a subject display section 232 composed of the text “key history information list” and a key history information list display section 233 in which the read key history information is arranged in chronological order. The key history information list display unit 233 is, for example, key identification information of a key, a user name, a user identification number, a key extraction time that is a key extraction time, a key usage purpose that is a key usage purpose, and a key return. Includes the key return time, which is time. The key identification information, the user name, the user identification number, the key retrieval time, the key use purpose, and the key return time correspond to those displayed in the same row of the key history information list display unit 233. This makes it possible to easily understand which user unlocked which key for what purpose.

Like the partition history information list screen 221, the key history information list screen 231 has a print button display section 225 for printing the key history information and a switching button display section 226. When the switching button display unit 226 detects the user's touch operation, the control unit 41 switches the display operation unit 71 to the section history information list screen 221.

When the personal information list button display unit 213 detects the user's touch operation on the detailed setting menu screen 211 as shown in FIG. 13, the control unit 41 changes the storage unit 74 from the user's stored in the storage unit 74. The personal information is read and a personal information list screen including the read information is displayed on the display operation unit 71. For example, the user's personal information such as the user's name, the user identification number, and whether or not the user is an administrator is displayed. Further, the user's currently used partition and the partition used in the past, the section unlocking time, the partition usage purpose, the partition locking time, the key currently used and the key used in the past, these keys The individual history information of the user, such as the retrieval time, the purpose of key usage, and the key return time, is displayed. Further, in the display of the personal information list screen, the setting and the change of the personal information of the user are accepted, and the setting and the change of the personal information stored in the storage unit 74 are input to the display operation unit 71. According to. For example, settings such as newly adding Mr. T's personal information and changes such as changing Mr. U's personal information from non-administrator to administrator's personal information are possible.

When the current date and time setting button display unit 214 detects the user's touch operation on the detailed setting menu screen 211, the control unit 41 causes the display operation unit 71 to display the current date and time setting screen for accepting the setting and change of the current date and time, The current date and time is set and changed according to the input to the display operation unit 71.

When the usage right setting button display unit 215 detects the user's touch operation on the detailed setting menu screen 211, the control unit 41 causes the display operation unit 71 to display a usage right setting screen for accepting the setting and change of the usage right for each section 31. The user authority is displayed and the usage authority for each section 31 stored in the storage unit 74 is set and changed according to an input to the display operation unit 71.

For example, setting and changing whether or not the locked state is automatically performed from open to closed for each section 31. Specifically, the first partition 31(A) and the second partition 31(B) are set to have a wide use authority so that the unlocked state is maintained without being locked even when closed. The other sections 31 can be set and changed such that the usage authority is narrowed so that they are automatically locked when they are closed. That is, it is possible to set, for each of the sections 31, whether to automatically lock the door when it is closed or to maintain the unlocked state without locking.

In addition, for example, the setting and change of available users are performed for each section 31. For example, each partition 31 can be set to be used only by some specially registered users, can be used only by an administrator, or can be used by any registered person (administrator and non-administrator). It is possible to set it as possible.

Further, for example, the setting and change of the schedule setting such as changing the available users according to the time for each section 31 are performed. For example, the predetermined section 31 can be used by anyone who is a registrant (administrator and non-administrator) from 9:00 to 18:00 on weekdays, and can be used only by an administrator from 18:00 to 9:00. On Saturdays, Sundays, and holidays, it is possible to set it so that nobody can use it.

Further, for example, for each section 31, settings and changes such as whether two-person authentication (double authentication) is necessary or one-person authentication (single authentication) are required are made.

Of course, it is also possible to appropriately combine these settings and changes.

When the partition use purpose setting button display unit 216 detects the user's touch operation on the detailed setting menu screen 211, the control unit 41 causes the display operation unit 71 to display the partition use purpose setting screen 241 as shown in FIG. A partition usage purpose setting change operation is performed in which the partition usage purpose setting in the storage unit 74 and the partition usage purpose stored in the storage unit 74 are changed according to an input to the display operation unit 71. That is, if the desired partition usage purpose is not stored in the storage unit 74, it is set or the already set partition usage purpose is changed.

In the {1} partition usage purpose setting screen 241, a title display section 242 composed of the text "partition usage purpose setting", an item display section 243 of objects 1 to 20, and a partition usage purpose for each item display section 243. The content display section 244 and the selection button display section 245 for each item display section 243 are displayed on the display operation section 71. Then, when one of the selection button display units 245 corresponding to the purposes 1 to 20 detects a user's touch operation, the control unit 41 causes the keyboard screen as shown in FIG. 251 is displayed in an overlapping manner on the partition usage purpose setting screen 241.

{2} Using this keyboard screen 251, the user inputs the text for the purpose of partition use, or changes the text for the purpose of partition use that has already been set and stored in the storage unit 74. For example, when the text of the partition usage purpose corresponding to the purpose 1 is not stored in the storage unit 74, when the selection button display unit 245 corresponding to the purpose 1 detects the user's touch operation, the control unit 41 causes the keyboard screen to be displayed. 251 is displayed on the display operation unit 71. When, for example, a text "for taking out a document" is input on the keyboard screen 251 and the enter button display portion 252 including the text "OK" on the keyboard screen 251 is touch-operated, the control unit 41 deletes the keyboard screen 251 from the partition use purpose setting screen 241, and displays the input text “for document extraction” on the content display unit 244 corresponding to the purpose 1. In this way, after the user inputs or changes the text of the partition usage purpose, the registration button display unit 246 including the text of "registration" at the lower right of the partition usage purpose setting screen 241 shown in FIG. When is touch-operated, the control unit 41 stores the input “use of document” section utilization purpose in association with the purpose 1 in the storage unit 74. For example, when the contact operation of the registration button display unit 246 is detected after the partition use purpose is input corresponding to each of the plurality of purposes 1 to 3, the control unit 41 is input in association with each of the purposes 1 to 3. The partition utilization purpose is stored in the storage unit 74 in association with the objectives 1 to 3, respectively.

When the key use purpose setting button display unit 217 detects the user's touch operation on the detailed setting menu screen 211, the control unit 41 causes the display operation unit 71 to display a key use purpose setting screen (not shown), and the storage unit. Similar to the setting and changing of the partition usage purpose, the setting and changing of the key usage purpose stored in 74 is performed in accordance with the input to the display operation unit 71.

When the usage purpose input setting button display unit 218 detects the user's touch operation on the detailed setting menu screen 211, the control unit 41 causes the display operation unit 71 to display a usage purpose input setting screen (not shown), and the storage unit. A use purpose input setting change operation is performed in which the presence/absence of a section use purpose input for each section 31 stored in 74 is set and changed in accordance with an input to the display operation unit 71. That is, it is possible to set, for each partition 31, whether or not to input the partition usage purpose when unlocking.

For example, the fourth partition 31(D) and the fifth partition 31(E) can be set not to input the partition usage purpose, and the other partitions 31 can be set to input the partition usage purpose. ..

Further, in the use purpose input setting change operation, the presence or absence of the key use purpose input for each key 51 stored in the storage unit 74 is set and changed in accordance with the input to the display operation unit 71. That is, each key 51 can be set to require input of the key usage purpose at the time of removal, or can be set to not require input of the key usage purpose. Therefore, it is possible to set, for each key 51, whether or not to input the purpose of using the key.

For example, the key 51 stored in the fourth section 31(D) is set to require input of the key usage purpose at the time of taking out, and the key 51 stored in the fifth section 31(E) is used at the time of taking out. It is possible to set the purpose so that no input is required. In addition, for example, the key 51 stored in a part of the key holding section 62 of the fourth section 31(D) and a part of the key holding section 62 of the fifth section 31(E) is the key when it is taken out. Regarding the key 51 that is set to require input of the purpose of use and is stored in the remaining key holding unit 62 of the fourth section 31(D) and the remaining key holding section 62 of the fifth section 31(E), It is possible to set the key usage purpose so that it is not required to be input when the key is taken out.

Furthermore, if it is set to require input of the purpose of key use when the key 51 in the fourth section 31(D) and the fifth section 31(E) is taken out, the fourth section 31(D) and the fourth section 31(D) It is possible to set so that the input of the purpose of use of the compartment is not required when unlocking the compartment 31(E) of No. 5. On the contrary, the fourth partition 31(D) and the fifth partition 31(E) are set to be input when unlocking the fourth partition 31(D) and the fifth partition 31(E). It is possible to make a setting that does not require input of the purpose of using the key when the key 51 in (E) is taken out. Alternatively, in the fourth section 31(D) and the fifth section 31(E), it is possible to set so as not to input the section usage purpose and the key usage purpose both when unlocking and when extracting the key. It is possible.

<Unlocking and locking operations>
Next, the unlocking operation executed according to the unlocking operation of the user and the locking operation executed according to the locking operation of the user will be described.

<Unlocking operation and locking operation of the compartment that is automatically locked when closed>
First, the unlocking operation and locking of the first to third sections 31(A) to 31(C) and the sixth to eighteenth sections 31(F) to 31(R) which are sections that are automatically locked when closed The operation will be described.

When in the standby state, the {1} control unit 41 causes the display operation unit 71 of the operation unit 21 to display the second reception screen 141 as shown in FIG. 8 when the key mode is valid. When the mode is invalid, the first reception screen 101 as shown in FIG. 5 is displayed. When the card reader 73 reads the user identification information from the ID card in these states, the control unit 41 starts the authentication operation and displays the personal identification number input screen 131 as shown in FIG. 7 on the display operation unit 71. Let

{2} On the personal identification number input screen 131, when the personal identification number is input on the ten-key button display unit 134 and the input button display unit 136, the control unit 41 inputs the user identification information read by the card reader 73 and the input. The combination of the personal identification numbers is a combination of the user identification information and the personal identification numbers stored in the storage unit 74 that are permitted to perform the unlocking operation and the locking operation, that is, the user identification information and the personal identification number of the administrator and the non-administrator. Determine if it is in the combination.

If the combination of the read user identification information and the input personal identification number is in the combination of the user identification information and the personal identification number that are permitted to perform the unlocking operation and the locking operation, the control unit 41 causes the read user When the identification information is approved and the key mode is valid and the user is the administrator, the first partition selection screen 161 including the management button display unit 162 as shown in FIG. 10 is displayed on the operation unit. 71 will be displayed. Further, when the key mode is valid and the user is a non-administrator, the control unit 41 does not have the management button display unit 162 for the administrator, as shown in FIG. The selection screen 261 will be displayed on the display operation unit 71. Further, when the key mode is invalid and the user is the administrator, as shown in FIG. 11, the display operation unit 71 is caused to display the second partition selection screen 181 including the management button display unit 162. It will be. Further, when the key mode is invalid and the user is a non-administrator, as shown in FIG. 19, the second partition selection screen 281 without the management button display portion 162 is displayed for the administrator. It will be displayed on the operation unit 71.

Further, when the key mode is valid, the control unit 41, as shown in FIGS. 10 and 18, in the candidate partition display unit 163 on the left side of the first partition selection screens 161 and 261 of the display operation unit 71, Of all the compartments 31 of the important matter management apparatus 11 except the fourth compartment 31(D) and the fifth compartment 31(E) containing the key management unit 61, the card reader 73 reads from the ID card at the initial stage of operation. With respect to the user identification information, the partition selection button display portion 164 for selecting all the partitions 31 that are set to be available in the use authority setting of the detailed setting operation described above is displayed in numerical order of the partitions 31.

When the key mode is invalid, the control unit 41 controls the key management in the candidate partition display unit 163 on the left side of the second partition selection screens 181 and 281 of the display operation unit 71, as shown in FIGS. Utilization of the card reader 73 read from the ID card in the initial stage of operation among all the compartments 31 of the important matter management device 11 including the fourth compartment 31(D) and the fifth compartment 31(E) that contain the unit 61 The partition selection button display portions 164 of all the partitions 31 that are set to be usable in the above-described usage authority setting of the detailed setting operation for the person identification information are displayed in numerical order of the partitions 31.

The partition selection button display unit 164 displays partition numbers such as “001” indicating the first partition 31(A) and “002” indicating the second partition 31(B), and the text of the name of each partition 31. It is made up of the designation display. The first section selection screens 161 and 261 and the second section selection screens 181 and 281 have a guide display unit 165 composed of the text "Please select a section" at the top of the screen.

Further, the control unit 41, in the first partition selection screens 161 and 261 and the second partition selection screens 181 and 281 of the display operation unit 71, the partition 31 (for example, the sixth partition 31 (F )) is selected and a partition selection button display portion 164 is operated to be touched, and a partition selection button that is touched to select a partition 31 (for example, other than the sixth partition 31(F)) that requires only one person authentication. The display unit 164 is displayed by, for example, displaying the partition selection button display unit 164 for partition selection that requires two-person authentication in green and the partition selection button display unit 164 for single-user authentication in blue. ..

Note that the unlocking operation and locking of the first to third sections 31(A) to 31(C) and the sixth to eighteenth sections 31(F) to 31(R) that are automatically locked when closed. The operation is the same whether the key mode is valid or invalid. Therefore, the case where the key mode is valid and the user is a non-administrator will be described below as an example.

In the {3} unlocking operation, with the first partition selection screen 261 as shown in FIG. 18 displayed on the display operation unit 71, the partition selection button display unit 164 from the candidate partition display unit 163 on the left side is displayed. When the partition selection button display unit 164(C) for selecting the third partition 31(C) including one, for example, the text "003 double-sided storage (medium size)" detects a touch operation by the user, the control unit 41 , The unlocking target partition selecting operation is started, and the third partition 31(C) corresponding to the partition selection button display unit 164(C) that has detected the touch operation is set as the unlocking target, and as shown in FIG. The post-selection display portion 166(C) composed of the text "003 double-open storage (medium size)" indicating the third division 31(C) is displayed in the right-side selection division display portion 167, and the third division 31(C) is displayed. ) Partition selection button display portion 164(C) is selected. Further, the partition selection button display section 164(C) of the partition selection button display section 164 of the candidate partition display section 163 is changed in color before and after being selected, and the partition selection button display section 164 is displayed. It shows that (C) is selected. For example, when the partition selection button display unit 164(C) detects a touch operation by the user with respect to the partition selection button display unit 164 of the candidate partition display unit 163 that was all green or blue before selection, the partition selection is performed. Only the partition selection button display portion 164(C) of the button display portion 164 is grayed out.

In this state, when the individual unlock button display unit 168 including the text "Individual unlock" at the lower left of the second partition selection screen 281 detects the user's touch operation, the control unit 41 causes the unlock target partition. The selecting operation is ended, and the partition use purpose selecting operation is performed.

In the {4} partition usage purpose selection operation, first, the partition usage purpose selection screen 301 as shown in FIG. 21 is displayed on the display operation unit 71. In this partition usage purpose selection screen 301, each includes a guidance display section 302 which is the text "Please select an object" and the text of the partition usage purpose set and changed by the above-mentioned partition usage purpose setting change operation. , A plurality of partition use purpose selection button display sections 303 are displayed side by side. On this partition usage purpose selection screen 301, one of the partition usage purpose selection button display sections 303, for example, the partition usage purpose selection button display section 303(a) including the text "for taking out a document" is touched by the user. When the operation is detected, the control unit 41 displays a check mark on the partition usage purpose selection button display unit 303(a) to indicate that the partition usage purpose selection button display unit 303(a) is selected.

In this state, when the partition usage purpose selection completion button display unit 304 including the text "SELECT" at the lower left of the partition usage purpose selection screen 301 detects the user's touch operation, the control unit 41 causes the partition usage purpose selection operation. Then, the partition unlocking main operation is performed in which the third partition 31(C) selected as the unlocking target is driven into the unlocked state by driving the third lock mechanism 36(C).

Then, in this partition unlocking main operation, the control unit 41 controls the partition identification information of the partition 31 that has been unlocked this time, the user name of the user who unlocked this partition 31 this time, and unlocks this partition 31 this time. The storage unit 74 stores the user identification number of the locked user, the current partition usage purpose of this partition 31, the current partition unlocking time of this partition 31, and the like as partition history information of one unlock in the storage unit 74. In other words, by storing this one piece of unlock history information, the partition identification information of the partition 31 that has been unlocked this time, and the user name, user identification number, and It is possible to centrally manage the usage history including the partition unlocking time and the partition usage purpose. The user's name and identification number are included in the user identification information which is {1} or {2} and is read and approved by the card reader 73 from the ID card.

As shown in FIG. 14, the partition history information of this one unlocking is, for example, “003” indicating that the partition identifying information of the partition 3 which has been unlocked this time is the third partition. The user name of the user who unlocked the partition 31 this time is "Mr. W", and the user identification number of the user who unlocked this partition 31, that is, Mr. W is "L1111", and this partition 31 This includes that the purpose of use of the partition of this time is “for taking out documents”, and the time of unlocking the partition 31 of this time is “XX:XX”.

As described above, when the partition 31 to be used from the plurality of partitions 31 is selected and input to the display operation unit 71, the partition usage purpose for the selected and input partition 31 is then input to the display operation unit 71. Then, the storage unit 74 stores the selectively input partition 31 and the partition usage purpose for this in association with each other.

The third compartment 31(C) that is selected and unlocked as the unlocking target then becomes the open state and then the storage object is put in and out, and then becomes the closed state. From this open state to the closed state When the third open/close detection sensor 35(C) detects that the state has become, the control unit 41 automatically performs the locking operation to bring the third section 31(C) into the locked state.

Then, the control unit 41 performs, as the locking operation, the partition identification information of the partition 31 that has been locked this time, the user name of the user who unlocked this partition 31 immediately before this locking, and this partition 31 this time. The user identification number of the user who has unlocked immediately before locking and the current partition locking time of this partition 31 are stored in the storage unit 74 as partition history information for one lock. This block history information of one lock is stored in association with the block history information of one unlock including the same block identification information stored immediately before that. The name and identification number of the user at this time are also included in the user identification information that the card reader 73 has read from the ID card and approved by {1} and {2}.

As shown in FIG. 14, the partition history information of this one lock is, for example, “003” indicating that the partition identification information of the partition 31 that has been locked this time is the third partition. The user name of the user who unlocked the lock 31 immediately before this time is "Mr. W", and the user identification number of the user who unlocked this block 31 immediately before the current lock is "L1111". This includes that the partition lock time for this partition is “ΔΔ:ΔΔ”.

Here, in the above-described use purpose input setting changing operation, only the section 31 set to not input the section use purpose, for example, the fourth section 31(D) and the fifth section 31(E), is {3. } When it is selected as an unlocking target in the unlocking target partition selecting operation of {}, the control unit 41 performs the partition unlocking main operation in {4} without performing the partition usage purpose selecting operation. That is, the input of the purpose of using the partition is omitted, and the selected partition 31 is unlocked.

{{A} When a plurality of partitions 31 are selected in the unlocking target partition selection operation}
In the unlocking target partition selection operation of {3}, a plurality of partitions 31 can be selected on the partition selection screen 281 of the display operation unit 71 as shown in FIG. 22, for example, the third partition 31(C) and the third partition 31(C). When two of the eight sections 31 (H) are selected and the individual unlock button display unit 168 is operated, in the section use purpose selecting operation {4}, the section use purpose selection screen 301 as shown in FIG. 21 is displayed. Then, one common partition use purpose is selected and input to the plurality of selected third partitions 31(C) and eighth partition 31(H).

For example, after the division use purpose selection button display unit 303 (a) “for taking out a document” as a common division use purpose detects a user's touch operation, the division use purpose selection completion button display unit 304 displays When the contact operation is detected, the control unit 41 unlocks the third partition 31(C) and the eighth partition 31(H), which are the plurality of selected partitions 31, as the partition unlocking main operation. , Section identification information of the third section 31(C) and the eighth section 31(H), which are the plurality of sections 31 that have been unlocked this time, the user of the user who unlocked these sections 31 this time The name, the user identification number of the user who unlocked these partitions 31 this time, the common purpose of this partition 31 of this partition 31, the current unlocking time of these partitions 31, etc. are related to one solution. It is stored in the storage unit 74 as partition history information of the lock. That is, a plurality of partitions 31 to be used can be selected and input from the plurality of partitions 31 to the display operation unit 71, and a common partition usage purpose for the selected plurality of partitions 31 is input. Thereby, the user can unlock the plurality of partitions 31 at the same time, and the user only needs to input one common partition usage purpose to the plurality of partitions 31, which is excellent in convenience.

In this case, for example, the partition history information of unlocking is that the partition identification information of the partition 31 that has been unlocked this time is “third partition” and “eighth partition”. The name of the user who unlocked this time is “Mr. W”, the identification number of the user who unlocked these partitions 31 this time is “L1111”, and the common purpose of using these partitions 31 for this partition is This is “for taking out documents” and includes that the partition unlocking time of these partitions 31 this time is “XX:XX”.

{Modification when multiple partitions are selected in the unlocking target partition selection operation of {A}}
In the unlocking target partition selecting operation of {3}, a plurality of partitions 31, for example, the third partition 31(C) and the eighth partition 31(H) are displayed on the partition selection screen 281 as shown in FIG. When two are selected and the individual unlock button display unit 168 is operated, in the operation for selecting the purpose of use of the section {4}, the selected third section 31(C) and the eighth section 31(H) are selected. ) Is not limited to selecting a common purpose of use of compartments, and one third purpose of compartment use is provided for each of the third compartment 31(C) and the eighth compartment 31(H). You may make it select one by one.

Specifically, first, the control unit 41 causes the display operation unit 71 to display a partition usage purpose selection screen 311 as shown in FIG. On the partition use purpose selection screen 311, the text "003 double-open storage (medium size)" indicating the one third partition 31(C) selected in the unlocking target partition selection operation is displayed on the partition display unit 312 at the upper left of the screen. To display. On this partition usage purpose selection screen 311, one partition usage purpose of the third partition 31(C), for example, the partition usage purpose selection button display section 303(a) "for taking out documents" is selected, When the partition use purpose selection completion button display unit 304 is operated, the control unit 41 causes the display operation unit 71 to display a partition use purpose selection screen 321 as shown in FIG. On this partition use purpose selection screen 321, the text of "008 3rd step fire-resistant lateral (upper section)" showing the other 8th section 31(H) selected in the unlocking target section selection operation is displayed in the upper left section of the screen. It is displayed on the section 312.

On this partition usage purpose selection screen 321, one partition usage purpose of the eighth partition 31(H), for example, the partition usage purpose selection button display section 303(b) "for returning and storing documents" is selected. When the partition use purpose selection completion button display unit 304 is operated, the control unit 41 causes the third partition 31(C) and the eighth partition 31 which are the plurality of partitions 31 selected as the partition unlocking main operation. The partition 31(H) is unlocked. Along with that, the section identification information of the third section 31(C) and the eighth section 31(H), which are the plurality of sections 31 that have been unlocked this time, and the use of the user who unlocked these sections 31 this time The person's name, the user identification number of the user who unlocked these compartments 31 this time, the purpose of each compartment use of these compartments 31, the time of compartment unlocking of these compartments 31, etc. It is stored in the storage unit 74 as partition history information. That is, a plurality of partitions 31 to be used can be selected and input from the plurality of partitions 31 to the display operation unit 71, and the partition usage purpose for each of the selected partitions 31 is input.

In this case, for example, the partition history information of unlocking is that the partition identification information of the partition 31 that has been unlocked this time is “third partition” and “eighth partition”. The user name of the user who unlocked this time is “Mr. W”, the user identification number of the user who unlocked these blocks 31 this time is “L1111”, and the user name of the “third block” The purpose of use of the compartment is “for taking out documents”, the purpose of use of compartment for this time in the “Eighth compartment” is “for returning and storing of documents”, and the time for unlocking compartments for this time in these compartments 31 Includes "○○:○○".

{{A} When a partition 31 requiring two-person authentication is selected in the unlock target partition selection operation}
In the unlocking target partition selection operation of {3}, as shown in FIG. 25, on the partition selection screen 281, a partition 31 that requires two-person authentication (double authentication), for example, a partition of the sixth partition 31(F). When the selection button display unit 164(F) is selected, the control unit 41 changes the color of the partition selection button display unit 164(F) of the candidate partition display unit 163 from green before selection to gray, and after selection The display unit 166 (F) is displayed in the selected section display unit 167, and further, in the lower left of the screen, the individual unlock button display unit 168 is replaced with the second reception button display unit 282 including the text "Second reception". Is displayed. When the second reception button display section 282 is touch-operated, the control section 41 starts the second authentication operation and causes the display operation section 71 to display the second reception screen 325 as shown in FIG. The second person reception screen 325 has, in addition to the guide display section 102 and the date/time display section 103, a subject display section 322 including the text “second person reception”.

{5} In this state, when the card reader 73 reads the user identification information from the ID card, the control unit 41 causes the display operation unit 71 to display the second personal identification number input screen 331 as shown in FIG. The second person personal identification number input screen 331 has, in addition to the guide display section 132, the number of times display section 133, the ten-key button display section 134, and the input button display section 136, a subject display section 332 composed of the text of “second person reception”. ing.

{6} When the personal identification number is input on the ten-key button display unit 134 and the input button display unit 136 on the second personal identification number input screen 331, the control unit 41 causes the read user identification information and the input personal identification number. It is determined whether or not the combination of is in the combination of the user identification information and the personal identification number that can be authenticated by the second person stored in the storage unit 74, that is, the combination of the user identification information and the personal identification number of the administrator. To do.

If the combination of the read user identification information and the input personal identification number is in the combination of the user identification information and the personal identification number that can be authenticated by the second person, the control unit 41 approves the read user identification information. Then, the second person authentication operation is ended, and the section use purpose selecting operation of {4} is performed.

In the partition use purpose selection operation, first, the display operation unit 71 displays a partition use purpose selection screen 301 as shown in FIG. On this partition usage purpose selection screen 301, one of the partition usage purpose selection button display sections 303, for example, the partition usage purpose selection button display section 303(a) including the text "for taking out documents" is selected and operated. When the partition usage purpose selection completion button display unit 304 is operated, the control unit 41 ends the partition usage purpose selection operation and brings the sixth partition 31(F) selected as the unlocking target into the unlocked state. Completion unlocking This operation is performed.

Then, in this partition unlocking main operation, the control unit 41 controls the partition identification information of the sixth partition 31(F), which is the partition 31 that has been unlocked this time, of the user who unlocked this partition 31 this time. User name, user identification number of the user who unlocked this block 31 this time, administrator name of the administrator who permitted this block 31 to unlock this time, management that allowed this block 31 to unlock this time The manager identification number of the person, the purpose of use of the partition 31 of this time, the current unlocking time of the partition 31 and the like are stored in the storage unit 74 as partition history information of one unlocking.

In the block history information of this one unlock, for example, the block identification information of the block 31 that has been unlocked this time is “sixth block”, and the user name of the user who unlocked this block 31 this time. Is "Mr. W", the user identification number of the user who unlocked this section 31 this time is "L1111", and the administrator name of the administrator who has permitted the unlocking of this section 31 this time is "Mr. U." The administrator identification number of the administrator who has permitted the unlocking of this section 31 this time is "L2222", and the purpose of using this section 31 this time is "for taking out documents". This includes that the current partition unlocking time of 31 is "XX:XX".

When a plurality of partitions 31 are selected in the unlock target partition selection operation of {3}, if these partitions 31 include a partition 31 that requires double authentication, after {5} and {6} , {4} in the partition use purpose selecting operation, as in the above {A}, a common partition use purpose is selectively input to these partitions 31, and partition history information of one unlocking including these is obtained. You may make it memorize|store in the memory|storage part 74. Alternatively, like the modified example of {A}, the partition use purpose is individually selected and input to each of these partitions 31, and the partition history information of one unlocking including these is stored in the storage unit 74. Is also good.

<Unlocking operation and locking operation of the compartment that is not automatically locked when closed>
Next, an unlocking operation and a locking operation of the fourth and fifth sections 31(D) and 31(E) which are sections that are not automatically locked when closed will be described.

{Key lending operation when key mode is enabled}
When in the standby state, the {1} control unit 41 displays the second reception screen 141 as shown in FIG. 8 when the key mode is valid. When the card reader 73 reads the user identification information from the ID card in this state, the control unit 41 causes the display operation unit 71 to display a personal identification number input screen 131 as shown in FIG. 7.

{2} When the personal identification number is input on the ten-key button display unit 134 and the input button display unit 136 on the personal identification number input screen 131, the control unit 41 combines the read user identification information and the input personal identification number. Is performed, and the combination of the read user identification information and the input personal identification number corresponds to the user identification information and the personal identification number that are permitted to take out and return the key 51 stored in the storage unit 74. If it is in the combination, the read user identification information is approved, and when the user is the administrator, the first section selection screen 161 as shown in FIG. When the person is a non-administrator, the display operation unit 71 is caused to display a first section selection screen 261 as shown in FIG.

In any of the {3} first partition selection screens 161, 261, when the key selection button display unit 171 including the text "key" on the upper right of the screen detects a touch operation by the user, the control unit 41 determines that The lock operation is started, and the key storage section selection screen 341 as shown in FIG. 28 is displayed on the display operation unit 71. On the key storage section selection screen 341, in the candidate section display section 163 on the left side, of all the sections 31 in which the key management unit 61 is built, the user identification read by the card reader 73 from the ID card in the initial operation. Section selection for selection of all the sections 31, for example, the fourth section 31(D) and the fifth section 31(E), which are set to be usable in the use authority setting of the detailed setting operation described above for information Button display portions 164(D) and 164(E) are displayed.

{4} From the candidate partition display section 163 on the left side of the key storage partition selection screen 341, one of the partition selection button display sections 164, for example, the fourth partition 31 including the text "004 Key management unit 61(1)" (D) When the partition selection button display unit 164 (D) for selection detects the user's touch operation, the control unit 41 starts the unlocking target key selection operation and detects the touch operation. As shown in FIG. 28, the text of “004 key management unit 61(1)” indicating the fourth partition 31(D) as the unlock target is the fourth partition 31(D) corresponding to 164(D). The post-selection display section 166(D) is displayed in the right selection section display section 167, and the section selection button display section 164(D) for selecting the fourth section 31(D) is selected. Show. Further, the partition selection button display portion 164(D) of the partition selection button display portion 164 of the candidate partition display portion 163 is changed in color before and after being selected, and the partition selection button display portion 164. It shows that (D) is selected.

In this state, when the key use button display unit 342 including the text "Usage" at the lower left of the key storage section selection screen 341 detects a touch operation by the user, the control unit 41 determines that the selected section 31 is the first section. In section 31 (D) of 4, the key holding unit 62 holding the key 51 that can use the user identification information read from the ID card and approved at the start of the lending operation of the key 51 this time is taken out. Can be unlocked. Further, the holder button 64 of the key holding unit 62 holding the key 51 for which the user identification information can be used is turned on.

{5} The user opens the selected fourth section 31(D) and holds the key 51 to be used, for example, the first key 51(a) from among the lit holder buttons 64. The holder button 64(a) of the first key holding portion 62(a) is pressed. Then, the control unit 41 ends the unlocking target key selecting operation and performs the key use purpose selecting operation.

In the {6} key usage purpose selection operation, first, the key operation purpose selection screen 351 as shown in FIG. 29 is displayed on the display operation unit 71. The key usage purpose selection screen 351 includes a guidance display portion 352 which is the text "Please select an object" and a text of the key usage purpose set and changed by the above-described key usage purpose setting change operation. , A plurality of key use purpose selection button display portions 353 are displayed side by side. On this key usage purpose selection screen 351, one of the key usage purpose selection button display areas 353, for example, the key usage purpose selection button display area 353(a) including the text "For taking out the key of the coin processing machine" is displayed. When the key use purpose selection completion button display unit 354 including the text "select" at the lower left of the key use purpose selection screen 351 is selected and the user's touch operation is detected, the control unit 41 performs the key use purpose selecting operation. Upon completion, the key holding unit unlocking main operation for bringing the first key holding unit 62(a) selected as the unlocking target into the unlocked state is performed.

In this key holding unit unlocking main operation, the fact that the first key 51(a) is subsequently taken out from the first key holding unit 62(a) selected as the unlocking target is the first key holding The key detection unit 63(a) of the unit 62(a) detects it. Then, the control unit 41 uses the key identification information of the key 51, which is the first key 51(a) extracted from the key holding unit 62 that has been unlocked this time, and the use of the user who extracted this key 51 this time. The name of the person, the user identification number of the user who took out this key 51 this time, the purpose of using this key 51 this time, the time when this key 51 was taken out, etc. Store in 74. That is, by storing the one key history information of the removal, the key identification information of the key 51 extracted from the key holding unit 62 which is in the unlocked state this time, all of which are related to the unlocked time by the user. It is possible to centrally manage the usage history including the name, the user identification number, and the key retrieval time and the key usage purpose. The user's name and identification number are included in the user identification information which is {1} or {2} and is read and approved by the card reader 73 from the ID card. Since the key mode is valid, the control unit 41 does not lock the fourth section 31(D) and the fifth section 31(E) even if the fourth section 31(D) and the fifth section 31(E) are opened and then closed. Keep unlocked.

As described above, the important matter management device 11 causes the user to retrieve the key 51 to be used.

Note that in {4}, when the key use button display unit 342 including the text "Usage" at the lower left of the screen of the key storage section selection screen 341 detects a touch operation by the user, the control unit 41 causes the screen shown in FIG. It is also possible to perform a partition usage purpose selection operation for displaying the partition usage purpose selection screen 301 on the display operation unit 71 to input the partition usage purpose. In this case, after the partition use purpose selecting operation, the key holding that holds the key 51 in which the user identification information read and approved from the ID card at the start of the current lending operation of the key 51 is available in the selected partition 31 The part 62 is placed in an unlocking waiting state in which the key can be taken out.

Further, in this case, in {5}, after the holder button 64 of the key holding unit 62 holding the key 51 to be used is pressed, the key use purpose selection screen 351 as shown in FIG. 29 is displayed on the display operation unit 71. The key holding unit unlocking main operation for bringing the key holding unit 62 whose holder button 64 is pressed into the unlocked state may be performed without performing the key utilization purpose selecting operation.

That is, at least one of the partition usage purpose selection operation including the display of the partition usage purpose selection screen 301 as shown in FIG. 21 and the key usage purpose selection operation including the display of the key usage purpose selection screen 351 as shown in FIG. You can input the purpose of use in.

{Key return acceptance operation when key mode is enabled}
The {7} user opens the return destination section 31 of the key 51, for example, the fourth return section 31(D) of the first key 51(a) to open the first key 51( The key holder 53(a) of a) is inserted into the first key holding part 62(a) of the fourth section 31(D). The key detection unit 63(a) of the first key holding unit 62(a) detects the first key holding unit 62(a) only when the key holder 53(a) of the first key 51(a) is detected. Perform the return acceptance operation to put a) into the locked state. The key 51 thus returned is held in the key holding unit 62.

Then, at the time of this return acceptance operation, the control unit 41 associates the key identification information of the key 51 returned to the key holding unit 62 that has been locked this time, the current key return time of this key 51, etc. It is stored in the storage unit 74 as the key history information of the return of the. This one piece of returned key history information is stored in association with one piece of extracted key history information including the same key identification information stored immediately before. Since the key mode is valid, the control unit 41 does not lock the fourth section 31(D) and the fifth section 31(E) even if the fourth section 31(D) and the fifth section 31(E) are opened and then closed. Keep unlocked.

As described above, the important matter management device 11 is in a state of storing the key 51 returned by the user.

{Key lending operation when the key mode is invalid}
When in the standby state, the {1} control unit 41 displays the first reception screen 101 as shown in FIG. 5 when the key mode is invalid. When the card reader 73 reads the user identification information from the ID card in this state, the control unit 41 causes the display operation unit 71 to display a personal identification number input screen 131 as shown in FIG. 7.

{2} When the personal identification number is input on the ten-key button display unit 134 and the input button display unit 136 on the personal identification number input screen 131, the control unit 41 combines the read user identification information and the input personal identification number. Authentication operation and the combination of the read user identification information and the input personal identification number is the combination of the user identification information and the personal identification number that are permitted to retrieve and return the key stored in the storage unit 74. If the user is an administrator, the second section selection screen 181 shown in FIG. 11 is displayed if the user identification information is approved, and if the user is a non-administrator, A second partition selection screen 281 as shown in 19 is displayed on the display operation unit 71.

{3} With the second partition selection screens 181 and 281 as shown in FIG. 11 and FIG. 19 displayed on the display operation unit 71, from the candidate partition display unit 163 on the left side to the partition selection button display unit 164. When one, for example, the partition selection button display portion 164(D) for selecting the fourth partition 31(D) including the text "004 Key management unit 61(1)" is selected, the control unit 41 causes The lock target section selecting operation is started, and the fourth section 31(D) corresponding to the selected section selection button display unit 164(D) is set as an unlocking target, as shown in FIGS. The post-selection display portion 166(D) consisting of the text “004 Key Management Unit 61(1)” indicating the partition 31(D) of No. 4 is displayed in the selected partition display unit 167 on the right side, and the fourth partition 31(D) is displayed. This indicates that the section selection button display portion 164 (D) for (D) has been selected. Further, the partition selection button display portion 164(D) of the partition selection button display portion 164 of the candidate partition display portion 163 is changed in color before and after being selected, and the partition selection button display portion 164. It shows that (D) is selected.

In this state, when the individual unlock button display unit 168 including the text “Individual unlock” at the lower left of the second partition selection screens 181 and 281 is touch-operated, the control unit 41 selects the unlock target partition. The operation is terminated and the partition use purpose selecting operation is performed.

In the {4} partition usage purpose selection operation, first, the partition usage purpose selection screen 301 as shown in FIG. 21 is displayed on the display operation unit 71. One of the partition usage purpose selection button display sections 303 displayed on the partition usage purpose selection screen 301, for example, the partition usage purpose selection button display section 303(b) including the text "for key extraction" is selected. Then, when the partition usage purpose selection completion button display unit 304 including the text "SELECT" at the lower left of the partition usage purpose selection screen detects a touch operation by the user, the control unit 41 ends the partition usage purpose selection operation. Then, the partition unlocking main operation is performed in which the fourth partition 31(D) selected as the unlocking target is driven into the unlocked state by driving the fourth lock mechanism 36(D).

Then, in this partition unlocking main operation, the control unit 41 controls the partition identification information of the fourth partition 31(D), which is the partition 31 that has been unlocked this time, of the user who unlocked this partition 31 this time. The user's name, the user identification number of the user who unlocked this section 31 this time, the purpose of this section's use of this section 31, the current section unlock time of this section 31, etc. The history information is stored in the storage unit 74. That is, by storing this one piece of unlocking section history information, the usage history and the section usage purpose can be centrally managed. The user's name and identification number are included in the user identification information which is {1} or {2} and is read and approved by the card reader 73 from the ID card.

In this compartment unlocking main operation, the control unit 41 further reads and approves from the ID card at the start of the lending operation of the key 51 this time, in the fourth compartment 31(D) which is the selected compartment 31. The key holding unit 62 holding the key 51 for which the user identification information can be used is placed in an unlocking waiting state in which the key 51 can be taken out. Further, the holder button 64 of the key holding unit 62 holding the key 51 for which the user identification information can be used is turned on.

{5} The user opens the selected fourth section 31(D) and holds the key 51 to be used, for example, the first key 51(a) from among the lit holder buttons 64. The holder button 64(a) of the first key holding portion 62(a) is pressed. Then, the control unit 41 ends the unlocking target key selecting operation and performs the key use purpose selecting operation.

In the {6} key usage purpose selection operation, first, the key operation purpose selection screen 351 as shown in FIG. 29 is displayed on the display operation unit 71. On this key usage purpose selection screen 351, one of the key usage purpose selection button display areas 353, for example, the key usage purpose selection button display area 353(a) including the text "For taking out the key of the coin processing machine" is displayed. When the key usage purpose selection completion button display section 354 including the text "SELECT" at the lower left of the key usage purpose selection screen 351 is touched, the control section 41 ends the key usage purpose selection operation. The key holding unit unlocking main operation for bringing the first key holding unit 62(a) selected as the unlocking target into the unlocked state is performed.

In this key holding unit unlocking main operation, thereafter, the control unit 41 detects that the first key 51(a) is taken out from the unlocked first key holding unit 62(a). The unit 63(a) detects it. Then, the control unit 41 identifies the key identification information of the key 51 extracted from the key holding unit 62, the user name of the user who extracted this key 51 this time, and the user identification of the user who extracted this key 51 this time. The number, the purpose of use of the key of this key 51 this time, the time of this key removal of this key 51, and the like are stored in the storage unit 74 as extraction history information. That is, by storing this extraction history information, the usage history and the key usage purpose can be centrally managed. Also at this time, the user's name and identification number are included in the user identification information, which is {1}, {2} and read and approved by the card reader 73 from the ID card.

After that, when the fourth open/close detection sensor 35(D) detects that the fourth compartment 31(D) is in the closed state, the key mode is invalid, and thus the control unit 41 causes the fourth lock mechanism 36 to operate. (D) is driven to perform the locking operation to lock the fourth section 31(D).

Then, the control unit 41 performs, as the locking operation, the partition identification information of the partition 31 that has been locked this time, the user name of the user who unlocked this partition 31 immediately before this locking, and this partition 31 this time. The user identification number of the user who has unlocked immediately before locking and the current partition locking time of this partition 31 are stored in the storage unit 74 as partition history information for one lock. This block history information of one lock is stored in association with the block history information of one unlock including the same block identification information stored immediately before that. Also at this time, the user's name and identification number are included in the user identification information, which is {1}, {2} and read and approved by the card reader 73 from the ID card.

As described above, the important matter management device 11 causes the user to retrieve the key 51 to be used.

In {3}, the individual unlock button display portion 168 including the text "individual unlock" at the lower left of the second partition selection screens 181 and 281 is touched and the unlock target partition selection operation ends. After that, the partition unlocking main operation for bringing the partition 31 selected as the unlocking target into the unlocked state may be performed without performing the partition usage purpose selecting operation.

In {5}, after pressing the holder button 64 of the key holding unit 62 that holds the key 51 to be used to complete the unlocking target key selection operation, the key use purpose selection screen 351 as shown in FIG. 29 is displayed and operated. The key holding unit unlocking main operation for bringing the key holding unit 62 whose holder button 64 is pressed into the unlocked state may be performed without performing the key usage purpose selecting operation displayed on the unit 71.

That is, at least one of the partition usage purpose selection operation including the display of the partition usage purpose selection screen 301 as shown in FIG. 21 and the key usage purpose selection operation including the display of the key usage purpose selection screen 351 as shown in FIG. You can input the purpose of use in.

{Key return acceptance operation when the key mode is invalid}
Similar to the lending operation of the key 51 when the key mode is invalid, {1} and {2} authentication operations, {3} unlock target partition selection operations, and {4} partition usage purpose selection operations and Performs partition unlocking and operation. However, in the partition use purpose selection operation of {4}, for example, on the partition use purpose selection screen 301, the partition use purpose selection button display section 303(c) including the text "for key return" is selected. , The section use purpose selection completion button display section 304 including the text of “selection” is touched.

{5} The user unlocks the partition 31 of the key 51 that is unlocked by the partition unlocking operation, for example, the fourth partition 31(D) that is the return destination of the first key 51(a). ) Is opened and the key holder 53(a) of the first key 51(a) is inserted into the first key holding portion 62(a) of the fourth section 31(D). The key detection unit 63(a) of the first key holding unit 62(a) detects the first key holding unit 62(a) only when the key holder 53(a) of the first key 51(a) is detected. Lock a). The key 51(a) thus returned is held in the key holding unit 62(a).

Then, at this time, the control unit 41 stores the key identification information of the key 51 returned to the key holding unit 62 that has been locked this time, the user name of the user who returned this key 51 this time, and this key 51. The user identification number of the user returned this time, the current key return time of this key 51, and the like are stored in the storage unit 74 as history information in association with each other. Also at this time, the user's name and identification number are included in the user identification information, which is {1}, {2} and read and approved by the card reader 73 from the ID card.

Thereafter, when the fourth open/close detection sensor 35(D) detects that the fourth compartment 31(D) is in the closed state, the control unit 41 drives the fourth lock mechanism 36(D). The fourth section 31 (D) is locked. Along with that, the section identification information of the section 31 that has been locked this time, the user name of the user who unlocked this section 31 immediately before locking, and the user of the user who unlocked this section 31 immediately before locking The identification number and the current partition locking time of the partition 31 are associated and stored in the storage unit 74 as partition history information of one lock. This block history information of one lock is stored in association with the block history information of one unlock including the same block identification information stored immediately before that. Also at this time, the user's name and identification number are included in the user identification information, which is {1}, {2} and read and approved by the card reader 73 from the ID card.

As described above, the important matter management device 11 is in a state of storing the key 51 returned by the user.

The first embodiment described above has a plurality of lockable compartments 31 for storing the objects to be stored, and when the compartments 31 are unlocked, the compartment use purpose is input to the display operation unit 71. The input partition usage purpose is stored in the storage unit 74 as history information in association with the usage history including the partition identification information of the partition 31 to be unlocked. In other words, the partition use purpose is input after the partition 31 to be used is selected. In addition, when the fourth section 31(D) and the fifth section 31(E) integrally having the key management unit 61 are unlocked, the display/operation unit 71 removes the key 51 from the key management unit 61. The purpose of use is input in at least one of the two cases. Further, it is possible to set whether to input the purpose of use for each key 51, and it is possible to set whether to input the purpose of use for each section 31.

According to the above-described first embodiment, when the partition 31 is unlocked, the partition usage purpose is input to the display operation unit 71. Therefore, the partition usage purpose is manually written on a paper such as a notebook or for management. The input is easier than the case of manually inputting to another PC. Therefore, it is possible to reduce the time and effort required to unlock the compartment 31 and take out the object to be stored.

When the partition 31 to be used is selected and input from the plurality of partitions 31 to the display operation unit 71, the partition usage purpose for the selected partition 31 is input to the display operation unit 71. It is possible to reduce the time and effort required when selecting and unlocking and taking out the object to be stored.

Further, when a plurality of partitions 31 to be used are selected and input from the plurality of partitions 31 to the display operation unit 71, the common partition usage purpose for the selected plurality of partitions 31 is input to the display operation unit 71. For this reason, it is possible to reduce the time and effort required to select a plurality of compartments 31 and unlock them to take out the stored object.

Further, when a plurality of partitions 31 to be used are selected and input from the plurality of partitions 31 to the display operation unit 71, the partition usage purpose for each of the selected plurality of partitions 31 is input to the display operation unit 71. For this reason, it is possible to reduce the time and effort required to select a plurality of compartments 31 and unlock them to take out the stored object.

Further, since the partition 21(D) integrally having the key management unit 61(D) for storing the key 51 as the object to be stored and the partition 21(E) integrally having the key management unit 61(E) are provided, When the key 51 is taken out, the purpose of use is input to the display operation unit 71, and it is possible to reduce the time and effort required to take out the key 51. Further, the key management units 61(D) and 61(E) cannot be carried, and more strict management of the key 51 can be performed.

Further, since the display operation unit 71 inputs the purpose of use at least one of when the partition 31 integrally including the key management unit 61 is unlocked and when the key 51 is taken out from the key management unit 61, It is possible to reduce the time and effort required for taking out the key 51 in at least either one of unlocking the compartment 31 integrally including the key managing unit 61 and taking out the key 51 from the key managing unit 61.

Further, since it is possible to set whether or not to input the key usage purpose for each key 51, it is possible to omit the key usage purpose input for the key 51 that does not need to input the key usage purpose. It is possible to reduce the time and effort required to take out.

Further, since it is possible to set whether or not to input the partition usage purpose for each partition 31, it is possible to omit the input of the partition usage purpose for the partition 31 that does not need to input the partition usage purpose, and to be stored. It is possible to reduce the time and effort required to take out the item.

Further, since it is possible to set for each section 31 whether the locked state is automatically locked or the unlocked state is maintained without being locked, it is possible to reduce the time and effort required for returning the stored item. It is possible to reduce.

The above-described first embodiment can be modified as in Modification 1-1 and Modification 1-2 below.

{Modification 1-1}
It is not limited to selecting one partition usage purpose in the partition usage purpose selection operation including the display of the partition usage purpose selection screen 301, and a plurality of partition usage purposes may be selected.
{Modification 1-2}
The key usage purpose selecting operation including the display of the key usage purpose selection screen 351 is not limited to selecting one key usage purpose, but a plurality of key usage purposes may be selected.

{Modification 3}
The ID card that causes the card reader 73 to read the user identification information in the authentication operation is not limited to the IC card that stores the user identification information in the IC chip, but a magnetic card that stores the user identification information in the magnetic stripe. May be Further, it is only necessary that the user can be identified (personal authentication), and biometric authentication such as fingerprint, iris, vein, etc. may be performed instead of or in addition to the card.

{Modification 4}
In the candidate section display section 163, the section selection button display section 164 for selecting all the sections 31 set to be usable for the user identification information is displayed, and the section 31 not set to the usable section is displayed. The present invention is not limited to the non-display of the partition selection button display portion 164 for selection, and the partition selection button display portion 164 for selection of all the partitions 31 of the important object management apparatus 11 may be displayed. good. Further, at this time, the partition selection button display portion 164 for selecting all the partitions 31 set as available is displayed in blue, and the partition selection button display portion for selection of the partitions 31 not set as available is displayed. For example, 164 may be displayed in gray and may be displayed in different colors so as to be distinguishable.

11...Important material management device, 31...compartment, 51...Key, 61...Key management unit, 71...Display operation unit (input means, selection means, display means).

Claims (9)

An important object management device having a plurality of lockable compartments for storing stored objects,
An important object management device comprising an input means for inputting a purpose of use when unlocking a section. It is equipped with a selection unit for selecting and inputting a section to be used from among a plurality of sections,
2. The important matter management device according to claim 1, wherein the purpose of use for the section selected by the selection unit is input to the input unit. In the selection means, a plurality of sections to be used can be selected and input from a plurality of sections,
3. The important matter management apparatus according to claim 2, wherein a common purpose of use for the plurality of sections selected by the selection unit is input to the input unit. In the selection means, a plurality of sections to be used can be selected and input from a plurality of sections,
3. The important matter management apparatus according to claim 2, wherein the purpose of use for each of the plurality of sections selected by the selection unit is input to the input unit. The important matter management device according to any one of claims 1 to 4, further comprising: a compartment integrally provided with a key management unit that stores a key as an object to be stored. The input means inputs the purpose of use at least one of when the compartment integrally including the key management unit is unlocked and when the key is taken out from the key management unit. 5. Important item management device described in 5. 7. The important matter management device according to claim 5, wherein whether or not the purpose of use is input can be set for each key. 8. The important matter management device according to claim 1, wherein it is possible to set whether or not to input the purpose of use for each section. 9. It is possible to set, for each section, whether to be automatically locked when it is closed or to be kept unlocked without being locked. The listed important item management device.

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