JP2012012143A - Security workbench for opening and closing box, security system when opening and closing box, and method for opening and closing box using the security system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To reduce a work load on a customer side while keeping security.SOLUTION: The security workbench includes: a table 41 having a box body installation part 42 for installing a body box B unpacked from an upper surface; a digital camera 43 arranged above the box body installation part 42 and photographing a moving picture and a still picture of the box body installation part 42; and a film camera 44 arranged above the box body installation part 42 and photographing the still picture of the box body installation part 42. The digital camera 43 starts photographing before the box body B is unpacked after it is installed on the box body installation part 42, and finishes photographing before the box body B is removed from the box body installation part 42 after it is repacked. The film camera 44 performs photographing once or two or more times in a period in which the digital camera 43 photographs the moving picture.

Description

  The present invention relates to a box opening / closing security work table, a box opening / closing security system, and a box opening / closing method using the security system.

2. Description of the Related Art Conventionally, an article storage system that provides only a storage space for articles such as a warehouse to customers is known.
When a customer puts an item such as a confidential document in a cardboard box and seals it and deposits it in a warehouse management company, the management company puts the stored cardboard box in the warehouse in units of boxes without unpacking it. Store and manage. At this time, generally, an authentication key or the like is provided at the entrance of the warehouse, and entrance / exit management of people is performed, and security is ensured by monitoring and recording the inside of the warehouse with a digital camera (for example, Patent Document 1).
And when there is an inquiry from a customer, the management company returns it to the customer in units of boxes without unpacking the boxes, and the customer unpacks the boxes and searches for a desired document.
This system has the advantage that the risk of document loss and information leakage is low because the management company does not unpack the cardboard box.

JP 2006-176234 A

However, for the above system, the customer wants to reduce the time it takes to check the document from the inquiry, to simplify complicated processing such as sending back the box again after checking the document, There is a demand to reduce the risks associated with transporting boxes.
In response to this demand, for example, a method is conceivable in which a management company unpacks a box, searches for a desired document, and transmits it to a customer by facsimile or the like.
However, when the management company unpacks the box and searches for the document, there is a problem that the risk of loss or the like inevitably increases. In this regard, even if there is a record of a digital image captured in the warehouse by a digital camera, the digital image may be tampered with, and even if the digital image is submitted as evidence in a trial, it is adopted as evidence in the court There is a fact that it is difficult to be done, and it cannot be said that it is a good solution as a realistic countermeasure.
As described above, an article storage system that can meet the demands of customers as described above has not yet been proposed.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a box opening / closing security work table, a security system for opening / closing a box, and a box opening / closing method using the security system, which can reduce the workload on the customer side while maintaining security. That is.

In order to solve the above problems, the invention according to claim 1 is a security work table for opening and closing a box.
A table having a box installation unit for installing a box to be unpacked from the upper surface;
A digital camera that is arranged above the box body setting unit and shoots a moving image and a still image of the box setting unit;
A film camera that is arranged above the box installation unit and shoots a still image of the box installation unit;
The digital camera starts shooting after the box is installed in the box installation unit until it is unpacked, and is removed from the box installation unit after the box is repacked. Until the end of shooting,
The film camera shoots one or more times within a period during which the digital camera shoots a moving image.

The invention according to claim 2 is the security work table for opening and closing the box according to claim 1,
Detection means for detecting the shooting start timing of the digital camera and the film camera;
Start control means for starting photographing by the digital camera and the film camera based on detection of photographing start timing by the detecting means;
It is characterized by providing.

The invention according to claim 3 is the security work table for opening and closing the box according to claim 2,
The box is sealed by a locking mechanism with an IC (Integrated Circuits) tag,
The detection means includes release means for the locking mechanism,
The start control means starts shooting with the digital camera and the film camera with the release timing of the locking mechanism by the release means as the shooting start timing.

The invention according to claim 4 is a security system when opening and closing a box.
A security work table for opening and closing the box according to any one of claims 1 to 3,
A work room in which access to persons other than authorized persons is restricted, and the box opening / closing security worktable is installed,
An indoor surveillance camera that is arranged in the work room and shoots a moving image and a still image of the work room from the time of entering the room to the time of leaving,
Document data transmitting means that is arranged in the working chamber and transmits the data of the predetermined document to the customer when the box is opened and a predetermined document is acquired;
A time stamp issuance requesting unit for requesting an issuance of a time stamp to an external certification authority for image data of a still image taken by the indoor monitoring camera and the digital camera, and acquiring the time stamp from the external certification authority,
It is characterized by providing.

The invention according to claim 5
A box opening and closing method using the security system at the time of opening and closing the box according to claim 4,
When a room entrant with a box enters the working room, an indoor shooting start step for starting shooting with the indoor monitoring camera;
From the time when the box is installed in the box setting part of the table until it is unpacked, a work shooting start step for starting shooting with the digital camera and the film camera,
A document data transmission step of transmitting the predetermined document acquired from the box to a customer by the document data transmission means;
The work document is stopped when the predetermined document is stored in the box and the digital camera and the film camera are stopped from the repacking until the box is removed from the box installation unit. Process,
When the occupant with the box leaves the work room, an indoor shooting stop process for stopping shooting by the indoor monitoring camera;
A time stamp acquisition step of acquiring the time stamp issued from the external certification body based on a request from the time stamp issuance requesting unit for image data of a still image taken by the indoor monitoring camera and the digital camera; ,
The time-stamped image data obtained by sending the time-stamped image data obtained by the time stamp obtaining step to the customer;
It is characterized by providing.

According to the present invention, since all the operations for opening and closing the packaging are simultaneously photographed by the digital camera and the film camera, all operations when opening the box and searching for the document are performed with the digital camera and image alteration. With an impossible film camera, you can leave a record. Thereby, by submitting both the digital camera image and the film camera image as evidence in a trial, the evidence capability of the digital camera image can be enhanced, and it becomes easier to be adopted as evidence in the court.
For this reason, when there is an inquiry from a customer, the box body can be opened and closed while maintaining security. Therefore, the customer can confirm only the desired document in a short time without incurring complicated processing and transport risk simply by making an inquiry.
Therefore, it is possible to reduce the workload on the customer side while maintaining security.

1 is a schematic diagram illustrating an overall configuration of a security system according to a first embodiment. It is a schematic diagram which shows the structure of the worktable in the security system of FIG. It is a control block diagram of the security system of FIG. It is a figure for demonstrating the connection state of the control apparatus of the security system of FIG. 1, and an external certification authority. It is a flowchart for demonstrating a worker's movement in the opening / closing operation | work of a box. It is a flowchart which shows the process of the security system in the opening / closing operation | work of a box. It is a schematic diagram which shows the structure of the work bench | platform in the security system of 2nd Embodiment. It is a control block diagram of the security system of FIG.

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

(First embodiment)
The security system (security system at the time of opening and closing the box) 100 according to the present embodiment is configured so that the management company responds to a request from the customer for the box B such as a cardboard box that is stored in the warehouse by the management company. It is a system used when searching for an article that has been unpacked and accommodated in the box B.
Box B contains important documents such as various confidential information that are stored at the customer's side and are not used for the time being but will be needed later. The customer name, box number, document name, etc. are clearly stated on the outside.
When the management company receives a request for searching for a document from a customer, the management company selects a number of boxes B stored in the warehouse based on the request information such as the box number and the target document described in the request. The corresponding box B is picked up and carried into the work chamber 10 (described later) to open and close the box B.

  Specifically, as shown in FIG. 1, the security system 100 includes a work room 10, a card reader 20, an indoor monitoring camera 30, a work table (a security work table for opening and closing the box) 40, and a transmission device (document data). Transmission means) 50, a display unit 60, an operation unit 70, a control device 80, and the like.

The work room 10 is a dedicated floor for opening and closing the box B (searching for documents), and is installed, for example, in a warehouse that manages the box B and separated from the outside.
The work room 10 is physically cut off from the outside, except that the entrance door 11 is installed as an entrance / exit at only one place, and only a limited number of persons having the right to enter the room can submit documents based on pre-registration. You can enter the room for the purpose of searching.

The entrance door 11 is provided with a card reader 20 on the outside and inside thereof.
A person who enters the work room 10 (worker) causes the card reader 20 installed in the closed entrance door 11 to contact the ID card unique to the card reader 20 and read the ID information. If the ID information matches the registered information, the entrance door 11 is opened and entry is possible.
When the card reader 20 reads the ID information of the worker, the card reader 20 outputs a room entry detection signal to the control device 80. Then, based on the room entry detection signal from the card reader 20, the control device 80 outputs a start instruction signal for starting the photographing of the room monitoring camera 30.
Similarly, when leaving the work room 10, the procedure for causing the card reader 20 to read ID information is executed, and when the exit detection signal is output from the card reader 20, the control device 80 captures the image of the indoor monitoring camera 30. A stop instruction signal is output to stop the operation.

An indoor surveillance camera 30 is installed on the ceiling inside the work room 10.
The indoor monitoring camera 30 is attached so that the whole room of the work room 10 including the entrance door 11 can be monitored. When an operator enters the work room 10, the whole room is kept until the person leaves the room. Movie shooting and still image shooting.
Specifically, the indoor monitoring camera 30 starts moving image shooting in response to a start instruction signal output from the control device 80 when an operator enters the work room 10, and the worker leaves the work room 10. In this case, the moving image shooting is stopped according to the stop instruction signal output from the control device 80. The stop of moving image shooting is set to be several seconds after the worker leaves the work room 10 and the entrance door 11 is closed (for example, 15 seconds later).
In addition, the indoor monitoring camera 30 executes still image shooting at a predetermined timing, for example, when the worker enters or leaves the room, in response to the start instruction signal from the control device 80.
Note that, in addition to the time of entering and leaving the room, still image shooting may be executed continuously at regular intervals (for example, every 2 seconds) within a period during which moving image shooting is executed.
A moving image and a still image captured by the indoor monitoring camera 30 are stored in an indoor image storage unit 83A (described later) of the control device 80.
The work room 10 is equipped with such a card reader 20 and the indoor monitoring camera 30 so that entrance / exit management is thoroughly performed, so that a person staying indoors can always be grasped reliably.
The number of indoor monitoring cameras 30 is not particularly limited, and a plurality of indoor monitoring cameras 30 may be installed. Further, the indoor monitoring camera 30 may be provided with a mechanism for recognizing and tracking an operator.

The work table 40 is a dedicated table for performing an opening / closing operation of the box B carried by the worker from the outside.
When the box body B is opened and closed in the work chamber 10, all the box bodies B are installed on the work table 40 and opened and closed from the upper surface. At this time, a series of opening and closing operations are photographed. ing.

  Specifically, the work table 40 includes a table 41, a digital camera 43, and a film camera 44.

As shown in FIG. 2, the table 41 includes a concave box body installation portion 42 for installing the box body B.
A box sensor (detection means) 42 a is installed inside the box body installation unit 42.
The box sensor 42a is constituted by, for example, an optical sensor, and detects when the box B is installed in the box installation unit 42 and detects the timing of the start of shooting of the digital camera 43 and the film camera 44 as a control device 80. The first detection signal is output to Then, the control device 80 outputs a start instruction signal for starting photographing with the digital camera 43 and the film camera 44, and photographing with the digital camera 43 and the film camera 44 is started.
Further, the box sensor 42 a detects when the box B is removed from the box setting unit 42, and outputs a second detection signal to the control device 80 as shooting stop timing of the digital camera 43 and the film camera 44. . Then, the control device 80 outputs a stop instruction signal for stopping the photographing of the digital camera 43 and the film camera 44, and the photographing of the digital camera 43 and the film camera 44 is stopped.
That is, in the present embodiment, the digital camera 43 and the film camera 44 are photographed from the time when the box B is installed in the box setting unit 42 to the time when the box B is removed.

The digital camera 43 is arranged above the box installation unit 42 so that the entire box installation unit 42 can be photographed, and photographs the opening and closing operation of the box B with moving images and still images.
Specifically, the digital camera 43 starts video recording when the box B is installed in the box installation unit 42 based on the start instruction signal output from the control device 80, and the box B is installed in the box. When it is removed from the unit 42, the video shooting is stopped.
Further, the digital camera 43 performs still image shooting one or more times at a predetermined timing within the above-described moving image shooting period based on the start instruction signal output from the control device 80. The predetermined timing is a timing set in advance by an operator, for example, every 2 seconds from the start of moving image shooting.
A moving image and a still image captured by the digital camera 43 are stored in a work image storage unit 83B (described later) of the control device 80.

The film camera 44 is juxtaposed with the digital camera 43 above the box installation unit 42. The film camera 44 is also arranged so as to be able to photograph the entire box body setting unit 42, and records an image of the unpacking operation of the box body B by taking a still image on a silver salt film.
Specifically, based on the start instruction signal output from the control device 80, the film camera 44 performs still image shooting one or more times at a predetermined timing within a period during which the digital camera 43 is shooting a moving image.
Here, the predetermined timing is the same as the timing at which the digital camera 43 captures a still image.
Therefore, the same still image is taken by the digital camera 43 and the film camera 44, and two types of still images can be collated in case of an emergency.

The transmission device 50 is a device that transfers a document or image on a paper medium to the outside through a telephone line, such as a facsimile.
The transmission device 50 is disposed in the work room 10, and therefore, when the operator obtains a predetermined document from the inside of the box B, the transmission device 50 is in place (without leaving the work room 10). A predetermined document can be transmitted to the customer.
Note that after the predetermined document is transmitted to the customer, the information related to the predetermined document in the transmission device 50 is deleted.
In addition, it is preferable to use a transmitter having a telephone call function such as a telephone, and confirm receipt to a customer after transmission of a predetermined document is completed.

  The display unit 60 is, for example, a liquid crystal display panel, and performs display processing of various condition setting screens according to display signals input from the control device 80.

The operation unit 70 is a group of operation keys such as a keyboard, for example, and outputs an operation signal associated with the operation to the control device 80 when operated by the user. Note that the operation unit 70 may include other operation devices such as a pointing device such as a mouse and a touch panel, a remote controller, and the like as necessary.
The operation unit 70 is operated, for example, when an operator sets a still image shooting span by the indoor monitoring camera 30, the digital camera 43, and the film camera 44.

  As shown in FIG. 3, for example, the control device 80 includes a CPU (Central Processing Unit) 81, a RAM (Random Access Memory) 82, a storage unit 83, and the like, and includes a card reader 20, an indoor monitoring camera 30, a box The sensor 42a, the digital camera 43, the film camera 44, the display unit 60, the operation unit 70, and the like are connected.

  The CPU 81 performs various control processes according to various processing programs stored in the storage unit 83, for example.

  The RAM 82 forms a work memory area for storing data calculated by the CPU 81.

  The storage unit 83 is, for example, a system program that can be executed by the CPU 81, various processing programs that can be executed by the system program, data that is used when these various processing programs are executed, and various processing results that are arithmetically processed by the CPU 81. The data etc. are memorized. The program is stored in the storage unit 83 in the form of a computer readable program code.

  Specifically, the storage unit 83 includes, for example, an indoor image storage unit 83A, a work image storage unit 83B, an indoor shooting start control program 831, a work shooting start control program 832, a work shooting stop control program 833, and an indoor shooting stop control program. 834, a time stamp issue request program 835, a data transmission program 836, and the like are stored.

  The indoor image storage unit 83A records, for example, moving images and still images captured by the indoor monitoring camera 30.

  The work image storage unit 83B records, for example, moving images and still images taken by the digital camera 43.

The indoor photographing start control program 831 is a program for causing the CPU 81 to realize a function of starting photographing by the indoor monitoring camera 30 when an operator having the box B enters the working room 10, for example.
Specifically, when an entrance detection signal is output from the card reader 20 installed outside the entrance door 11, the CPU 81 outputs a start instruction signal for starting shooting to the indoor monitoring camera 30 accordingly. .
The indoor monitoring camera 30 starts moving image shooting in response to the start instruction signal, and also takes a still image at a predetermined timing during moving image shooting.

The work shooting start control program 832 is a program that causes the CPU 81 to realize a function of starting shooting by the digital camera 43 and the film camera 44 based on, for example, detection of shooting start timing by the box sensor 42a.
Specifically, when the first detection signal is output from the box sensor 42 a, the CPU 81 determines that it is the shooting start timing, executes the work shooting start control program 832, and performs shooting on the digital camera 43 and the film camera 44. A start instruction signal for starting is output.
The digital camera 43 starts moving image shooting in response to the start instruction signal, and takes a still image one or more times at a predetermined timing during moving image shooting.
Further, the film camera 44 captures a still image at a predetermined timing when the digital camera 43 captures a moving image in response to the start instruction signal.
The CPU 81 functions as a start control unit by executing the work shooting start control program 832.

For example, the work shooting stop control program 833 causes the CPU 81 to realize a function of stopping shooting by the digital camera 43 and the film camera 44 after the box B is repackaged and removed from the box setting unit 42. It is a program.
Specifically, when the second detection signal is output from the box sensor 42 a provided in the box body setting unit 42, the CPU 81 determines that it is the shooting stop timing, and executes the work shooting stop control program 833. Then, a stop instruction signal for stopping shooting is output to the digital camera 43 and the film camera 44.
The digital camera 43 and the film camera 44 stop moving image shooting in response to the stop instruction signal.

The indoor photographing stop control program 834 is a program for causing the CPU 81 to realize a function of stopping photographing by the indoor monitoring camera 30 when an operator having the box B leaves the working room 10, for example.
Specifically, when an exit detection signal is output from the card reader 20 installed inside the entrance door 11, the CPU 81 outputs a stop instruction signal to stop shooting to the indoor monitoring camera 30 in response thereto. The stop instruction signal is received after the exit detection signal so that the photographing is stopped several seconds after the worker leaves the work room 10 and the entrance door 11 is closed (for example, 15 seconds later). It is output after a predetermined time has elapsed.
The indoor surveillance camera 30 stops moving image shooting in response to the stop instruction signal.

The time stamp issuance request program 835 requests the external certification authority T to issue a time stamp for the image data of the still image captured by the indoor monitoring camera 30 and the digital camera 43, and acquires the time stamp from the external certification authority T. This is a program for causing the CPU 81 to realize the function to perform.
Specifically, the CPU 81 requests the external certification authority T to issue a time stamp for image data of still images taken by the room monitoring camera 30 and the digital camera 43 in accordance with a user operation.
As shown in FIG. 4, the external authentication authority T is a general authentication authority that is network-connected to the control device 80 via the communication interface N, and issues a time stamp for image data of a still image. At this time, the network connection is performed using a secure communication protocol such as SSL (Secure Socket Layer) communication.
By this time stamp, the external certification authority T has authenticated that the image data of the still image existed at a certain date and time.
The CPU 81 functions as a time stamp issue request unit by executing the time stamp issue request program 835.

The data transmission program 836 is a program that causes the CPU 81 to realize the function of transmitting the time-stamped image data acquired with the time stamp to the customer by executing the time stamp issuance request program 835 described above.
Specifically, the CPU 81 transmits image data with a time stamp to the customer by, for example, a mail function (not shown) according to a user operation.

  Next, a box opening / closing method using the security system 100 in the present embodiment will be described.

First, FIG. 5 shows an operator's work process.
When the worker receives the request from the customer (step S1), the worker picks up the box B corresponding to the contents described in the request (step S2).
Next, the worker enters the work room 10 with the picked up box B (step S3), and when the box B is installed in the box setting part 42 of the table 41 (step S4), the box is opened. Package (step S5).
Next, the operator acquires a predetermined document requested by the request from the box B (step S6), and transmits the predetermined document to the customer by the transmission device 50 (step S7: document data). Transmission process).
Next, the operator stores the predetermined document in the box B, repacks the box B (step S8), and removes the box B from the box installation unit 42 (step S9).
Next, the worker leaves the work room 10 with the box B (step S10), and returns the box B to the original location (step S11).
After this, the worker performs an instruction operation in steps S112 and S113 described later.

Next, FIG. 6 shows processing steps of the security system 100.
First, the CPU 81 determines whether or not an entry detection signal from the card reader 20 has been input (step S101). If not input (step S101: NO), the process of step S101 is repeated while the entry detection signal is not received. When it is determined that the input has been made (step S101: YES), the CPU 81 starts shooting in the work room 10 by the indoor monitoring camera 30 (step S102: indoor shooting start process).
Next, the CPU 81 determines whether or not the first detection signal from the box sensor 42a has been input (step S103). If not input (step S103: NO), the process of step S103 is repeated.
On the other hand, if it is determined that the first detection signal has been input (step S103: YES), the CPU 81 starts shooting by the digital camera 43 and the film camera 44 as the shooting start timing (step S104: work shooting start step). ).
Next, the CPU 81 determines whether or not a predetermined timing (predetermined shooting timing) from the start of shooting by the digital camera 43 has been reached (step S105). If the predetermined timing has not been reached (step S105). (S105: NO), the process of step S105 is repeated.
On the other hand, if it is determined that the predetermined timing has come (step S105: YES), the CPU 81 takes a still image with the digital camera 43 and the film camera 44 (step S106).
Next, the CPU 81 determines whether or not the second detection signal from the box sensor 42a has been input (step S107). If not input (step S107: NO), the CPU 81 returns to step S105 and repeats the subsequent processing.
On the other hand, when it is determined that the second detection signal has been input (step S107: YES), the CPU 81 stops shooting by the digital camera 43 and the film camera 44 as the shooting stop timing (step S108: stop working shooting). Process).
Next, the CPU 81 determines whether or not an exit detection signal is input from the card reader 20 (step S109). If not input (step S109: NO), the process of step S109 is repeated while the exit detection signal is not received. If it is determined that the input has been made (step S109: YES), the CPU 81 further determines whether or not a predetermined time has elapsed since the input (step S110). If the predetermined time has not elapsed (step S110: NO), the process of step S110 is repeated.
On the other hand, when the predetermined time has elapsed (step S110: YES), the CPU 81 stops the shooting in the work room 10 by the indoor monitoring camera 30 (step S111: indoor shooting stop process).
Next, the CPU 81 obtains a time stamp from the external authentication organization T for still image data captured by the indoor monitoring camera 30 and the digital camera 43 in accordance with an instruction operation by the worker (step S112: time). Stamp acquisition process).
Next, the CPU 81 transmits the image data with time stamp to the customer according to the instruction operation by the worker (step S113: data transmission process with time stamp).

As described above, according to the present embodiment, since all the operations when the box B is opened and closed are simultaneously photographed by the digital camera 43 and the film camera 44, the case where the box B is opened and the document is searched for. All work can be recorded by the digital camera 43 and the film camera 44, which cannot alter the image recording. For this reason, when performing the opening and closing operation of the box B, by submitting both the image of the digital camera 43 and the image of the film camera 44 as evidence in a trial, the evidence ability of the image of the digital camera 43 can be enhanced. Easier to be adopted as evidence in court.
In addition, the opening and closing operation of the box B is performed only in the work chamber 10, and all the operations in the work chamber 10 are recorded by the indoor monitoring camera 30, so that the risk of loss of documents and the like can be extremely reduced.
In addition, since a time stamp is given to the still image captured by the digital camera 43 and the indoor monitoring camera 30 via the external authentication organization T, it is possible to make the recording more reliable.
For this reason, when a customer makes an inquiry, the box B can be opened and closed while maintaining security. Therefore, the customer can confirm only the desired document in a short time without incurring complicated processing and transport risk simply by making an inquiry.
Therefore, it is possible to reduce the workload on the customer side while maintaining security.

  Further, according to the present embodiment, the digital camera is based on the box sensor 42a that detects a predetermined timing after the box B is installed in the box body installation unit 42, and the detection of the predetermined timing by the box sensor 42a. 43 and the work shooting start control program 832 for starting shooting by the film camera 44, it is possible to start shooting of the box installation unit 42 (unpacking work) at an appropriate timing.

(Second Embodiment)
Next, a second embodiment of the present invention will be described with reference to FIGS.
Note that the security system 200 of the second embodiment is different from that of the first embodiment in the configuration of the workbench, so this point will be mainly described.
Moreover, in FIG. 7, 8, the same code | symbol is attached | subjected about the structure similar to 1st Embodiment.

In this embodiment, the box B is sealed by a locking mechanism 8 with an IC (Integrated Circuits) tag.
The IC tag of the locking mechanism 8 is equipped with an IC chip or an antenna having a memory function, and the locking mechanism 8 is unlocked when the IC tag captures a predetermined release key.
When the management company receives a request for searching for a document from a customer, the management company cancels the information on the search target document (such as a release key) based on the request information such as the box number and the target document described in the request. 90 (described later).
Then, the corresponding box B is picked up from a large number of boxes B stored in the warehouse, and is carried into the work chamber 10 to perform the opening / closing operation.

As shown in FIG. 7, the work table 40A of the present embodiment is provided with a release means 90 for the locking mechanism 8 instead of the box sensor 42a.
The releasing means 90 includes an IC tag reading device 91 above the box body setting unit 42 and an IC tag releasing device 92 on the table 41.
When unpacking the box B installed in the box installation unit 42, the IC tag reading device 91 reads the data in the IC tag and outputs it to the IC tag releasing device 92. The IC tag releasing device 92 transmits a release key to the IC tag via the IC tag reading device 91 when the input data matches the pre-registered data. When the IC tag captures the release key, the lock mechanism 8 is unlocked by the release key.
When repacking the box B, the IC tag releasing device 92 re-seals the locking mechanism 8.
A history such as the time when the box B is unpacked and the time when it is resealed is stored in the IC tag.
Here, the release means 90 functions as a detection means, and outputs the first detection signal to the control device 80 using the release timing of the locking mechanism 8 of the box B as the shooting start timing of the digital camera 43 and the film camera 44. It has become. Then, the control device 80 outputs a start instruction signal for starting the shooting of the digital camera 43 and the film camera 44, and the shooting of the digital camera 43 and the film camera 44 is started.
The release means 90 outputs the second detection signal to the control device 80 with the timing at which the box B is resealed as the shooting stop timing of the digital camera 43 and the film camera 44. Then, the control device 80 outputs a stop instruction signal for stopping the photographing of the digital camera 43 and the film camera 44, and the photographing of the digital camera 43 and the film camera 44 is stopped.
That is, in the present embodiment, the digital camera 43 and the film camera 44 are photographed from the time when the box B is unpacked to the time when it is repackaged.

For this reason, in the present embodiment, when the first detection signal is output from the canceling unit 90, the CPU 81 determines that it is the shooting start timing, executes the work shooting start control program 832 and executes the digital camera 43 and A start instruction signal for starting photographing is output to the film camera 44.
Further, when the box B is resealed and the second detection signal is output by the release means 90, the CPU 81 determines that it is the shooting stop timing, executes the work shooting stop control program 833, and executes the digital camera 43. And shooting by the film camera 44 is stopped.

  As described above, according to the present embodiment, the same effects as those of the first embodiment can be obtained, and since the box B is sealed by the locking mechanism 8 with the IC tag, higher security is achieved. Can be secured.

  In the first and second embodiments, the facsimile device 50 is exemplified as the document data transmission unit. However, the document data transmission unit may be, for example, a scanner and an e-mail. It is good also as reading the document which comprised and searched with the scanner etc. and transmitting to a customer by mail.

Further, the table 41 may be provided with a weight sensor to measure the weight when the box B is unpacked and when it is repacked, and a warning sound may be generated when the two measured weights are different.
Thereby, it is possible to reduce the risk of forgetting to return the document taken out of the box B and the loss risk associated therewith.

100, 200 Security system (security system when opening and closing the box)
DESCRIPTION OF SYMBOLS 10 Work room 20 Card reader 30 Indoor surveillance camera 40, 40A Work table (security work table for box opening / closing)
41 Table 42 Box installation part 42a Box sensor (detection means)
43 Digital Camera 44 Film Camera 50 Transmission Device (Document Data Transmission Means)
80 control device 81 CPU (start control means, time stamp issue request means)
83 storage unit 83A indoor image storage unit 83B work image storage unit 831 indoor shooting start control program 832 work shooting start control program (start control means)
833 Work shooting stop control program 834 Indoor shooting stop control program 835 Time stamp issue request program (time stamp issue request means)
836 Data transmission program 90 Release means (detection means)
91 IC tag reading device 92 IC tag releasing device 8 Locking mechanism T External certification body B Box

Claims (5)

A table having a box installation unit for installing a box to be unpacked from the upper surface;
A digital camera that is arranged above the box body setting unit and shoots a moving image and a still image of the box setting unit;
A film camera that is arranged above the box installation unit and shoots a still image of the box installation unit;
The digital camera starts shooting after the box is installed in the box installation unit until it is unpacked, and is removed from the box installation unit after the box is repacked. Until the end of shooting,
A box opening and closing security work table, wherein the film camera performs photographing one or more times during a period in which the digital camera is photographing a moving image. Detection means for detecting the shooting start timing of the digital camera and the film camera;
Start control means for starting photographing by the digital camera and the film camera based on detection of photographing start timing by the detecting means;
The security workbench for opening and closing a box according to claim 1. The box is sealed by a locking mechanism with an IC (Integrated Circuits) tag,
The detection means includes release means for the locking mechanism,
The box opening / closing security according to claim 2, wherein the start control means starts shooting by the digital camera and the film camera, with the release timing of the locking mechanism by the release means as the shooting start timing. Workbench. A security work table for opening and closing the box according to any one of claims 1 to 3,
A work room in which access to persons other than authorized persons is restricted, and the box opening / closing security worktable is installed,
An indoor surveillance camera that is arranged in the work room and shoots a moving image and a still image of the work room from the time of entering the room to the time of leaving,
Document data transmitting means that is arranged in the working chamber and transmits the data of the predetermined document to the customer when the box is opened and a predetermined document is acquired;
A time stamp issuance requesting unit for requesting an issuance of a time stamp to an external certification authority for image data of a still image taken by the indoor monitoring camera and the digital camera, and acquiring the time stamp from the external certification authority,
A security system for opening and closing a box, characterized by comprising: A box opening and closing method using the security system at the time of opening and closing the box according to claim 4,
When a room entrant with a box enters the working room, an indoor shooting start step for starting shooting with the indoor monitoring camera;
From the time when the box is installed in the box setting part of the table until it is unpacked, a work shooting start step for starting shooting with the digital camera and the film camera,
A document data transmission step of transmitting the predetermined document acquired from the box to a customer by the document data transmission means;
The work document is stopped when the predetermined document is stored in the box and the digital camera and the film camera are stopped from the repacking until the box is removed from the box installation unit. Process,
When the occupant with the box leaves the work room, an indoor shooting stop process for stopping shooting by the indoor monitoring camera;
A time stamp acquisition step of acquiring the time stamp issued from the external certification body based on a request from the time stamp issuance requesting unit for image data of a still image taken by the indoor monitoring camera and the digital camera; ,
The time-stamped image data obtained by sending the time-stamped image data obtained by the time stamp obtaining step to the customer;
A box opening and closing method comprising:

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