JP3207565U - Static control system - Google Patents

Abstract

A static electricity management system that stores and manages a static electricity inspection history of an operator and makes it easy to enter a specific area and manage an environment in the specific area. A static electricity management system includes a static electricity measuring device that measures a charged state of a person to be inspected wearing an antistatic device, a first authentication information reader that reads personal authentication information, and a static electricity measuring device. The electrostatic test apparatus 10 having a display unit for displaying a result of determining whether the result of measuring the electrical resistance value of the tool is within a preset range of the electrical resistance value, and reading the personal authentication information of the person to be inspected Entrance gate comprising a second authentication information reader, a gate unit that opens and closes an entrance to a specific area, and a gate control unit that acquires a determination result and controls the opening and closing of the gate unit based on the determination result The apparatus 20 includes a data management device 45 including a server 30 that stores determination results and personal authentication information for each inspection date and time, and an operation unit 40 that manages the inspection target and / or the determination results. . [Selection] Figure 1

Description

  The present invention relates to a static electricity management system.

  In the manufacturing process of various electronic parts, electronic products, etc., the static electricity generated by the worker may adversely affect the product, for example, leading to product damage. Therefore, an operator wears an electrostatic shoe, an electrostatic wrist strap, or the like in order to suppress static electricity. Such an electrostatic shoe or wrist strap discharges static electricity caused by an operator and keeps the operator from being charged by setting the electric resistance value within a predetermined range.

  However, electrostatic shoes and wrist straps may not be able to reliably discharge static electricity due to deterioration or disconnection. Therefore, conventionally, an entrance management device such as a clean room is provided so that an operator can inspect the electrical resistance value of an electrostatic shoe or a wrist strap before entering a specific area such as a site of a manufacturing process (for example, the following) Patent Document 1).

  Patent Document 1 discloses a clean room entrance management device that measures the electrical resistance value of an electrostatic shoe and allows entry into an air shower room or a clean room only when the measured electrical resistance value is less than or equal to a specified value. A configuration is disclosed.

JP 2001-29105 A

However, the conventional clean room admission management device as described above has a door connected to the air shower room and the clean room according to the electrical resistance value of the electrostatic shoe based on the inspection by interlocking the electrostatic shoe evaluation device and the door opening / closing device. It only controlled the switchgear. That is, the conventional clean room admission management device did not grasp the inspection history of the person to be inspected, the entrance / exit status, the number of workers in the specific area, etc., so the management of the workers in the clean room and the clean room is not sufficient. There wasn't.
Therefore, the present invention memorizes and manages the static electricity inspection history, entrance / exit status of workers entering the specific area, the number of workers in the specific area, etc., and enters the specific area and manages the environment within the specific area. To provide a static electricity management system that can facilitate

The static electricity management system according to the present invention includes a static electricity measuring device that measures a charged state of a person to be inspected wearing an antistatic tool, a first authentication information reader that reads personal authentication information, and the static electricity measuring device that prevents the static electricity from being charged. An electrostatic test apparatus having a display unit for displaying a result of determining whether the result of measuring the electrical resistance value of the tool is within a preset range of the electrical resistance value, and reading the personal authentication information of the person to be inspected A second authentication information reader; a gate unit that opens and closes an entrance to the specific area; and a gate control unit that acquires the determination result and controls the opening and closing of the gate unit based on the determination result. Data including an entrance gate device, a server that stores the determination result and the personal authentication information for each inspection date and time, and an operation unit that manages the determination result of the inspection subject and / or the inspection subject. Characterized in that it has a management device.
According to the present invention, it is possible to efficiently and surely check the antistatic device for suppressing the generation of static electricity and manage the entrance based on the personal authentication information by managing the information.

The data management device of the static electricity management system according to the present invention is characterized in that the gate unit opening / closing result of the subject to be inspected having the personal authentication information read by the second authentication information reader is further stored.
According to the present invention, it is possible to grasp in more detail the behavior of the subject to be inspected and the accuracy of the operation of the electrostatic inspection device and the entrance gate device by storing the opening / closing result at the gate portion.

The data management device of the static electricity management system according to the present invention provides attribute information about whether or not the inspection subject needs to be subjected to electrostatic inspection and what kind of antistatic device should be inspected when electrostatic inspection is necessary. , And the display unit of the electrostatic inspection apparatus displays the attribute information.
The present invention makes it possible to appropriately manage and execute the contents of the inspection necessary for the person to be inspected, and to make the person to be inspected easily recognize the necessary inspection contents.

The electrostatic inspection apparatus according to the present invention detects, as the antistatic device, an electrical resistance value of at least one of an electrostatic shoe worn by the person to be inspected and a wrist strap worn by the person to be inspected. .
The present invention can perform electrostatic inspection of a plurality of antistatic tools.

The gate controller of the present invention, when the personal authentication information is obtained by the second authentication information reader after a predetermined time from the latest inspection date and time recorded in the data management device, The entrance gate cannot be opened.
The present invention invalidates the judgment result when the latest detection of the electrical resistance value by the electrostatic inspection device is performed before a predetermined time, and performs entrance management while ensuring the validity of the judgment result. Can do.

The first authentication information reader and the second authentication information reader of the static electricity management system of the present invention read at least one of a recording medium carried by the test subject and biometric authentication information of the test subject. It is characterized by.
The present invention can more accurately identify the person to be inspected as the personal authentication information.

The data management device of the static electricity management system of the present invention calculates the number of people staying in the specific area by counting the number of persons to be inspected who enter and leave the specific area from the entrance gate device, When the number of visitors calculated by the data management device reaches a preset upper limit value, the gate control unit is characterized in that the gate unit is kept closed for a new inspection subject.
The present invention can limit the number of people staying in a specific area by keeping the entrance gate closed regardless of the determination result when the number of people staying in the specific area has reached a predetermined upper limit. it can.

The present invention is characterized by comprising a staying number indicator for displaying whether or not the number of staying persons calculated by the data management device has reached a preset upper limit value.
The static electricity management system of the present invention cannot be entered regardless of the judgment result when the number of workers in a specific area has reached the upper limit. This makes it easier for an operator who is scheduled to enter to adjust the timing of the inspection.

The display unit of the electrostatic inspection apparatus according to the present invention is capable of displaying at least a part of personal authentication information of a person staying in the specific area.
According to the present invention, it is possible to check an operator in a specific area outside the specific area.

  The present invention memorizes and manages the static electricity inspection history of workers entering a specific area, the entrance / exit status, the number of workers in the specific area, etc., and manages the entrance to the specific area and the environment within the specific area. There is an effect that it can be easily performed.

It is a figure which shows schematic structure of the static electricity management system shown as embodiment of this invention. It is the perspective view which showed the electrostatic inspection apparatus of this invention. It is the perspective view which showed the entrance gate apparatus of this invention. It is a figure which shows each process of the static electricity management method of this invention.

Embodiments of the static electricity management system and admission management method of the present invention will be described with reference to the drawings.
As shown in FIG. 1, the static electricity management system 1 according to the embodiment can enter a specific area such as a clean room or a work place only among workers (inspectors) entering the specific area who have passed the electrostatic inspection. The entrance gate is controlled.

  The static electricity management system 1 includes a static electricity inspection device 10, an entrance gate device 20, and a data management device 45 including a server 30 and a client terminal 40. The static electricity inspection device 10, the entrance gate device 20, the server 30, and the client terminal 40 are connected via a network 50 such as a wireless or wired LAN (Local Area Network).

  The electrostatic inspection apparatus 10 detects an electrical resistance value of a part of the worker's body and / or an antistatic device (not shown; the same applies hereinafter) attached to the body as an electrostatic inspection target. Examples of the antistatic device include electrostatic shoes and wrist straps. The electrostatic inspection apparatus 10 measures the electrical resistance value of at least one of the electrostatic shoes and the wrist strap worn by the operator, and whether or not the measured electrical resistance value is within a specified electrical resistance value range. Measure. Thereby, it is checked whether or not the electrostatic shoe and the wrist strap have a performance of appropriately discharging.

As shown in FIG. 2, the static electricity testing apparatus 10 includes a static electricity measuring device 11, a controller 12, a card reader (first authentication information reader) 13, and a display (display unit) 14. It is connected to the data management device 45 shown in FIG.
The static electricity measuring device 11 includes a wrist strap insertion port 11a, foot electrodes 11b and 11c for left and right feet wearing electrostatic shoes, and a contact panel 11d serving as a main electrode.

  When inspecting the performance of an electrostatic shoe (not shown; the same applies hereinafter), the foot electrodes 11b and 11c and the contact panel 11d are used. Specifically, an operator puts on the left and right foot electrodes 11b and 11c while wearing electrostatic shoes, and a voltage is applied by bringing the palm into contact with the contact panel 11d of the main electrode, thereby forming a circuit. The electrical resistance values of the left and right electrostatic shoes are measured.

  Further, when the performance of a wrist strap (not shown; the same applies hereinafter) is inspected, the wrist strap insertion port 11a and the contact panel 11d of the static electricity measuring device 11 are used. Specifically, a wrist strap plug wound around one wrist is inserted into the insertion slot 11a by an operator, and a palm is brought into contact with the main electrode contact panel 11d, whereby a voltage is applied and a circuit is formed as a result. The electrical resistance value of the wrist strap is measured.

  It is determined whether or not the electrical resistance value measured by the static electricity measuring device 11 is within a preset value range. If the electrical resistance value is within the range, the determination result of “OK (passed)” is out of the range. At that time, a determination result of “NG (failure)” is made, and the result is transmitted to the server 30 shown in FIG.

  The controller 12 is built in the housing 10a of the electrostatic inspection apparatus 10, and controls the operation of the electrostatic inspection apparatus 10 based on a dedicated computer program.

  The controller 12 may confirm the existence of the personal authentication information of the worker registered in the entry permitter list in the server 30 and allow the electrostatic inspection based on this as a precondition.

  The card reader 13 reads information stored in an IC card (recording medium) (not shown) carried by the worker. The IC card stores at least the worker's affiliation, name, card number, etc., as at least the worker's personal authentication information. Information read by the card reader 13 is displayed on the display 14 of the electrostatic inspection apparatus 10 and transmitted to the server 30.

The entrance gate device 20 opens and closes the entrance to the specific area. As shown in FIG. 3, the entrance gate device 20 includes a main body 21, a tripod rotation bar (gate portion) 22, and a card reader (second authentication information reader) 23.
The main body 21 includes a gate control unit 21a, and is connected to the data management device 45 illustrated in FIG. 1 in a wired or wireless manner while being installed on the floor surface.

The tripod rotating bar 22 has a bar 22b protruding in three directions at equal intervals from the central portion 22a, is provided so as to be rotatable with respect to the main body 21, and opens and closes the entrance.
The card reader 23 reads the personal authentication information stored in the worker's IC card. Information read by the card reader 13 is transmitted to the server 30.

The gate control unit 21 a switches between locking and unlocking the tripod rotation bar 22.
The gate control unit 21 a calls the determination result of the worker who performed the static electricity inspection from the server 30 when the worker's IC card is held over the card reader 23, and instructs the rotation of the tripod rotation bar 22. Specifically, the gate control unit 21a determines that the entry gate device 20 when the determination result of the electrostatic inspection is “OK”, that is, the electrical resistance value measured by the electrostatic inspection device 10 is within a predetermined reference value range. The tripod rotating bar 22 can be rotated in an unlocked state to allow the operator to pass therethrough.

As shown in FIG. 1, the data management device 45 includes a server 30 that can store data, and a client terminal (operation unit) 40 such as a PC.
The server 30 includes information such as a list of workers that need to enter a specific area (sometimes referred to as an admission authorized person list), history information of static electricity inspection by the electrostatic inspection device 10, opening / closing history information of the entrance gate device 20, and exit. Various information such as history information is stored.

  Specifically, the history information of the electrostatic test includes the personal authentication information of the person who performed the electrostatic test, the date and time of the test, the necessity of the electrostatic test, and which antistatic device needs to be tested. Type, inspection result regarding each inspection type, determination result of admission permission based on inspection result regarding each inspection type, and the like. Test results for each test type include left foot test results (OK / NG and electrical resistance values), right foot test results (OK / NG and electrical resistance values), wrist strap test results (OK / NG and electrical resistance values), etc. Can be mentioned.

The opening / closing history information of the entrance gate device 20 includes the date and time when the IC card is held over the card reader 23 of the entrance gate device 20, personal authentication information of the held operator, presence / absence of rotation of the tripod rotation bar 22, and the like. .
As the exit history information, the individual authentication information of the exit, the exit time, the presence / absence of passing of the worker, and the like can be mentioned.

  The client terminal 40 retrieves various information such as the history information of the static electricity inspection by the electrostatic inspection device 10 and the opening / closing history information of the entrance gate device 20 stored in the server 30 by the operation of the manager or the like. It is possible to browse or set necessary inspection conditions.

  Specifically, in the client terminal 40, for example, the personal authentication information of the worker, the frequency with which a specific worker performs a static electricity inspection, the time from when the static electricity inspection is performed until an attempt is made to pass through the entrance gate device 20, The presence or absence of rotation of the tripod rotation bar 22 (passage permission) and the staying time zone can be investigated.

  In addition, the client terminal 40 can manage the admission permit list and the number of visitors (for example, information addition, change, deletion, etc.).

In the static electricity management system 1 as described above, the static electricity inspection apparatus 10, the entrance gate apparatus 20, and the client terminal 40 may each include a plurality of units.
For example, a plurality of entrance gate devices 20 can be provided for one specific area. By installing a plurality of entrance gate devices 20, it is possible to efficiently enter and exit workers during times when entry and exit are likely to concentrate, such as at the start of work or at the end of work.

Also, a plurality of electrostatic inspection devices 10 may be installed around one entrance gate device 20. The electrostatic inspection by the electrostatic inspection apparatus 10 takes about 10 seconds, but by installing a plurality of electrostatic inspection apparatuses 10 for one entrance gate apparatus 20, the installation of the entrance gate apparatus 20 is suppressed and the operator It is possible to efficiently proceed with static electricity inspection and entrance / exit.
Of course, a plurality of entrance gate devices 20 can be arranged in the vicinity of one electrostatic inspection device 10.

Next, a static electricity management method in the static electricity management system 1 will be described.
In order for an operator to enter a specific area, first, an electrostatic inspection is performed by the electrostatic inspection apparatus 10.

<First Authentication Information Reading Step>
First, the worker holds his IC card over the card reader 13 shown in FIG. Then, the personal authentication information is read from the IC card (step S101 shown in FIG. 4: first authentication information reading step), and the controller 12 makes an inquiry to the server 30.
Based on the card number, the controller 12 collates with an admission authorized person list registered in advance in the database of the server 30. When an operator of the card number exists in the list, the controller 12 It is determined that the person is a qualified person. In that case, the controller 12 displays the name of the worker on the display 14.

  If the read card number does not exist in the admission permit list, it is determined that the card holder is a person who does not have admission qualification, a message to that effect is displayed on the display 14, and the subsequent steps Do not proceed to.

<Static inspection process>
The electrical resistance value of the antistatic tool worn by the operator is measured (step S102 shown in FIG. 4: static electricity inspection step). For measurement, the operator rides on the left and right foot electrodes 11b and 11c of the static electricity measuring machine 11 shown in FIG. When the wrist strap needs to be inspected, the wrist strap plug wound around the operator's wrist is inserted into the insertion slot 11a.

  Further, when an operator who is determined to be eligible for admission touches the palm with the contact panel 11d of the main electrode of the static electricity measuring machine 11 shown in FIG. 2, a voltage is applied and a result circuit is formed. The electrical resistance values of the left and right electrostatic shoes and wrist strap are measured.

  The measured electric resistance value is output to the controller 12. The controller 12 determines whether or not the measured electrical resistance value is within a predetermined reference value range (step S102 shown in FIG. 4: electrostatic inspection process). The controller 12 displays the determination result on the display 14 shown in FIG. The determination result can be displayed separately for each of the left and right electrostatic shoes and the wrist strap. However, as a comprehensive determination, the controller 12 determines whether the measured electrical resistance values are all “pass” or any one of them. When one or more of them are rejected, it is determined as “failed”.

<Inspection history accumulation process>
The controller 12 transfers information such as the determination result of the comprehensive determination, the inspection date and time, and the name of the worker to the server 30 illustrated in FIG. 3 via the network 50. The server 30 writes the transferred information in the static electricity inspection history information table in the database, and accumulates the information as needed (step S103 shown in FIG. 4: inspection history accumulation step).

<Gate opening and closing process>
The worker whose determination result “pass” is displayed on the display 14 of the electrostatic inspection apparatus 10 moves to the entrance gate apparatus 20 provided at the entrance of the specific area after receiving the electrostatic inspection, and enters the specific area. Perform confirmation work when entering.
In this process, the operator holds his IC card over the card reader 23 of the entrance gate device 20 shown in FIG. The card reader 23 reads the personal authentication information of the worker from the IC card (step S104 shown in FIG. 4: gate opening / closing process). The gate control unit 21 a inquires of the server 30 via the network 50 about the card number read by the card reader 23.

  The server 30 confirms whether or not the latest determination result of the comprehensive determination of the static electricity inspection is “pass” for the worker of the card number, and returns the confirmation result to the gate control unit 21a.

  Based on the answer from the server 30, the gate control unit 21a instructs whether or not the tripod rotation bar 22 can be rotated (step S104 shown in FIG. 4: gate opening / closing step). When the latest determination result of the worker is “pass”, the gate control unit 21a permits the worker to enter the specific area and sets the tripod rotation bar 22 in the unlocked state (step shown in FIG. 4). S104: Gate opening / closing step). Then, the tripod rotation bar 22 can rotate, and the operator can enter the specific area.

  On the other hand, an operator whose determination result of “fail” is displayed on the display 14 of the electrostatic inspection apparatus 10 changes the electrostatic shoes or the wrist strap to an appropriate object, and performs the electrostatic measurement again with the electrostatic inspection apparatus 10. Even if an operator whose determination result of “Fail” is displayed on the display 14 shown in FIG. 2 proceeds to the entrance gate device 20 shown in FIG. 3 and holds the IC card over the card reader 23, the gate controller 21a Since a “pass” result cannot be obtained as the latest determination result, the tripod rotation bar 22 is not unlocked and the operator cannot enter.

  The gate control unit 21 a transfers the opening / closing result of the entrance gate device 20, the IC card scan date / time, the information such as the name of the operator, and the presence / absence of rotation of the tripod rotation bar 22 to the server 30 via the network 50. . The server 30 writes the transferred information in the opening / closing history information table of the entrance gate device 20 in the database.

  When the worker leaves the specific area, the worker leaves the IC card with the entrance gate device 20 or a separate exit gate. In this case, you can leave without condition. The entrance gate device 20 may be provided with a card reader (not shown) for exit on the opposite side to the card reader 23 and also serve as an exit gate.

  Further, the entry permitter list stored in the server 30 includes, as the attribute information of the worker, “inspection of only electrostatic shoes”, “inspection of only wrist straps”, “inspection of both electrostatic shoes and wrist straps”. Inspection type such as “necessary” can be set. In the electrostatic inspection apparatus 10, when the operator holds the IC card over the card reader 13 and makes an inquiry to the server 30, the inspection type is also acquired from the server 30. Based on the acquired inspection type, the electrostatic inspection apparatus 10 can perform any one of inspections of only electrostatic shoes, only wrist straps, and both electrostatic shoes and wrist straps.

  Furthermore, an inspection type such as “no inspection required” can be set in the server 30. For example, if an electrician or the like wears shoes that fail in electrostatic inspection and must enter a specific area, the card number for which the inspection type is set to “inspection unnecessary” in the server 30 in advance. Are set in association with each other. Then, the electric construction worker or the like carries the IC card storing the card number. By doing so, an electrician or the like can enter a specific area from the entrance gate device 20 without performing an inspection in the electrostatic inspection device 10.

  As described above, the static electricity management system 1 allows the entrance permitter in which the electrical resistance value of the antistatic device worn by the person to be inspected is within the predetermined reference value range and the personal authentication information is preset. Since the entrance gate device 20 is opened when it is registered in the list, it is possible to perform the check of the antistatic device for suppressing the generation of static electricity and the entrance management based on the personal authentication information with one static electricity management system 1. It becomes possible.

  In addition, the static electricity management system 1 can perform entrance management of an inspection subject wearing at least one of an electrostatic shoe and a wrist strap as an antistatic device.

  In addition, the entrance gate device 20 of the static electricity management system 1 is concerned with the latest judgment result when the date and time when the latest judgment result by the static electricity inspection device 10 is obtained is before a predetermined time. Do not open the tripod rotating bar 22. Thereby, reliability can be given to the latest detection result of the electrical resistance value in the electrostatic inspection apparatus 10.

In addition, the static electricity management system 1 can perform admission management using an IC card such as an IC card that is individually carried by the person to be inspected.
Therefore, there is an effect that it is possible to increase the functionality of entrance management to a specific area at a low cost.

In addition, the static electricity management system 1 grasps in more detail the behavior of the person to be inspected and the appropriateness of the operation of the static electricity inspection device and the entrance gate device by recording in the server 30 the opening / closing results of the rotation of the tripod rotation bar 22. can do.
In addition, the static electricity management system 1 can be managed and executed by the data management device 45 accurately for the contents of the inspection necessary for each worker, and can be displayed on the display 14 to be necessary for each worker. It is possible to easily recognize the details of inspection.

  Further, the static electricity management system 1 accumulates the static electricity inspection results of the person to be inspected and the entrance / exit information of the entrance gate device 20 at any time by the data management device 45, and searches and browses them on the client terminal 40. Can do. In addition, the client terminal 40 can add and delete workers who can enter, and can change necessary inspection items of workers who can enter. That is, the static electricity management system 1 efficiently and accurately manages and controls a person who needs to enter a specific area by connecting the data management device 45 to the static electricity inspection device 10 and the entrance gate device 20. There is an effect that can be done.

  In the above embodiment, the determination result in the static electricity inspection apparatus 10 is transferred to the server 30 and the entrance gate apparatus 20 inquires the server 30 about the determination result. However, the present invention is not limited to this.

  For example, in the static electricity management system and static electricity management method of the present invention, the determination result such as the electrical resistance value detected by the static electricity inspection device 10 is stored in the IC card, and the card reader 23 of the entrance gate device 20 uses the personal authentication of the IC card. The gate control unit 21a reads the determination result such as the electric resistance value together with the information, and the gate control unit 21a enters the gate device when the electric resistance value read from the IC card is within the range of the reference value (when the determination result is “pass”). 20 may be opened.

  According to such a configuration, the determination result of the electrostatic test is stored in the IC card, so that the system configuration can be simplified by using only the client terminal 40 without providing the server 30 or the like. Further, for example, entrance management can be appropriately executed while suppressing the risk of occurrence of a network failure or the like.

  In addition, the IC card is used as the worker personal authentication information, but the present invention is not limited to this. For example, code identification information using a one-dimensional or two-dimensional barcode or biometric authentication information using an operator's fingerprint or face may be used. In this case, it can be realized by changing the card reader 13 of the electrostatic inspection apparatus 10 and the card reader 23 of the entrance gate apparatus 20 to a bar code reader, a fingerprint reader, a face reader or the like.

  When biometric authentication information is used as personal authentication information, it is possible to prevent inappropriate entry / exit to a specific area due to inappropriate use of an IC card (for example, lending / borrowing of an IC card). In this case, for example, by embedding a tag such as an IC chip in the antistatic device, it becomes possible to link the biometric authentication information of the person to be inspected with the antistatic device subjected to the electrostatic inspection, and a more accurate electrostatic inspection. The effect that it becomes possible to manage is obtained.

In addition, when the specific area is a clean room, there is a case where the number of workers present in the specific area is required to be reduced in order to reduce internal dust generation. For such a case, the server 30 and the client terminal 40 count the number of workers entering the specific area by counting the number of workers who have entered from the entrance gate device 20 and the number of workers who have left the specific area, respectively. May be calculated. The gate control unit 21a of the entrance gate device 20 rotates the tripod regardless of the determination result when the number of visitors reaches a predetermined upper limit when the operator makes an inquiry to the server 30 to enter. The bar 22 remains locked.
According to such a configuration, it is possible to limit the number of people staying in the specific area and to restrict the worker from entering the specific area beyond the predetermined number.

  Also, the client terminal 40 may be able to refer to the information of the worker currently staying in the specific area and display the fact when the client terminal 40 is full, based on the above-described table of the server 30. Then, the client terminal 40 is connected to the display in the vicinity of the entrance of the specific area, inside or outside the specific area, or the display 14 of the static electricity inspection apparatus 10, and the entrance status of the worker to the specific area is disclosed to the parties concerned. It is also possible.

Specifically, either or both of the static electricity inspection device 10 and the entrance gate device 20 are provided with a staying number indicator (for example, a display lamp) for displaying whether or not the upper limit of the number of staying has been reached. In addition to the inspection device 10 and the entrance gate device 20, a visitor number indicator (for example, a display display) may be provided. By providing such a staying number indicator, an operator who wants to enter a specific area immediately knows whether or not it is in an enterable state, and when the specific area has reached the upper limit of the number of staying There is an effect that it is possible to avoid performing unnecessary electrostatic inspection.
In addition to this, the configuration described in the above embodiment can be selected or changed to another configuration as appropriate without departing from the gist of the present invention.

DESCRIPTION OF SYMBOLS 1 Static electricity management system 10 Static electricity inspection apparatus 11 Static electricity measuring machine 11a Insertion port 11b Foot electrode 11c Foot electrode 11d Contact panel 12 Controller 13 Card reader 14 Display 20 Entrance gate apparatus 21 Main body 21a Gate control part 22 Tripod rotation bar 23 Card reader ( Second authentication information reader)
30 server 40 client terminal 50 network

Claims (9)

The electrical resistance value of the antistatic device was measured by a static electricity measuring device for measuring the charged state of the subject to be inspected wearing the antistatic device, a first authentication information reader for reading personal authentication information, and the static electricity measuring device. An electrostatic inspection apparatus comprising a display unit for displaying a determination result as to whether the result is within a preset electric resistance value range;
A second authentication information reader that reads the personal authentication information of the person to be inspected, a gate unit that opens and closes an entrance to a specific area, and obtains the determination result, and opens and closes the gate unit based on the determination result An entrance gate device comprising a gate control unit for controlling
A data management device including a server that stores the determination result and the personal authentication information for each inspection date and time, and an operation unit that manages the determination result of the inspection subject and / or the inspection subject. A static electricity management system characterized by that.   2. The static electricity according to claim 1, wherein the data management device further stores an opening / closing result of the gate unit for an inspection subject having personal authentication information read by the second authentication information reader. Management system. The data management device stores attribute information about whether or not the person to be inspected needs to be inspected for static electricity and what kind of antistatic device should be inspected when static electricity inspection is necessary,
The static electricity management system according to claim 1, wherein the display unit of the static electricity inspection apparatus displays the attribute information.   The electrostatic inspection apparatus detects, as the antistatic device, an electrical resistance value of at least one of an electrostatic shoe worn by the person to be inspected and a wrist strap worn by the person to be inspected. 4. The static electricity management system according to any one of items 1 to 3.   The gate control unit, when the personal authentication information is obtained by the second authentication information reader after a predetermined time from the latest inspection date and time recorded in the data management device, the gate control unit It cannot open, The static electricity management system as described in any one of Claim 1 to 4 characterized by the above-mentioned.   The first authentication information reader and the second authentication information reader read at least one of a recording medium carried by the test subject and biometric authentication information of the test subject. The static electricity management system according to any one of 1 to 5. The data management device calculates the number of people staying in the specific area by counting the number of persons to be inspected entering and leaving the specific area from the entrance gate device,
The gate control unit is configured to keep the gate unit closed for a new inspection subject when the number of visitors calculated by the data management device reaches a preset upper limit value. The static electricity management system according to any one of claims 1 to 6.   The static electricity management system according to claim 7, further comprising a staying number indicator that displays whether or not the staying number calculated by the data management device has reached a preset upper limit value.   The static electricity according to any one of claims 1 to 8, wherein the display unit of the static electricity inspection apparatus can display at least a part of personal authentication information of a person staying in the specific area. Management system.