TWM623950U - Access control management and industrial safety inspection system - Google Patents

Abstract

This new model is an access control management and industrial safety inspection system, which mainly sets a plurality of first external access control devices in a plurality of inward-facing external passages in a factory area, and sets up an inner channel at the entrance of each operation area in the factory area. The access control equipment cooperates with a management platform for the identification information of the contractors and their operators who have been pre-registered in the factory, so that the pre-registered operators can enter the factory through the first external access control device, but when they enter the factory Before entering the area, the work permit certified by the management platform must pass through the internal access control equipment before being allowed to enter; therefore, this new model allows operators to pass the first access control set in the external communication channel of the factory area, and is more controlled at Enter the right operation area at the right operation time, thereby greatly reducing industrial safety accidents caused by loopholes in human operation and control.

Description

Access control management and industrial safety inspection system

The new model is an access control management system, especially an access control management and industrial safety inspection system.

Large-scale factories with multiple access channels and multiple work areas have always been difficult to manage due to the large number of staff and the diversity of identities, resulting in management negligence problems such as industrial safety incidents.

For example, the new patent No. M584952 of the domestic announcement proposes a "contractor access control management system", which is specially designed for the access control management of the factory area with special engineering cases, and reduces the industrial safety caused by the entry and exit of the special work factory area by the field personnel without professional skills and knowledge. Accidentally, it mainly opens a special area for contractors in the system, so that contractors with professional licenses can apply for a work permit from the headquarters area of the system after completing the work safety education and training course, so as to enter the factory area through the access control area of the system to achieve outsourcing. The purpose of the contractor's smooth implementation, maintenance and personnel safety.

The access control area of the above-mentioned new patent is mainly to set the access control card swiping module in the entrance passage of the factory area, and use RFID identification or image recognition of photographing and photography to confirm the entry and exit of personnel; contractors who are allowed to enter the factory can further use the GPS and RFID of mobile phones. Or NFC, etc. for testing, and the factory security personnel will confirm and sign to prevent entering other factories by mistake.

From the above description, it can be seen that the access control area of the contractor's access control management system still only has a single access control. Afterwards, the construction site confirmation of the contractor is still carried out by the factory safety personnel, but in fact, since the number of full-time safety personnel in the factory area is far lower than the number of contractors who enter the factory for construction, it is necessary to manually check whether the incoming contractor is correcting The way of construction in the factory area is not urgent, and it cannot comprehensively prevent the accident of industrial safety from entering the factory area by mistake, and it needs to be further improved.

In view of the above-mentioned lack of access control management system set up for contractors, the main purpose of this new model is to propose an access control management and industrial safety inspection system.

The main technical means used to achieve the above purpose is to make the access control management and industrial safety inspection system include: a plurality of first external access control devices, each of the first external access control devices includes a face-swiping unit or a first card-swiping unit, these The first external access control device is used to respectively set up the internal channels of a plurality of external channels in a factory area; a plurality of internal access control devices, each of which includes a second card swiping unit, and these internal access control devices are used for Set up the entrances of different operating areas in the factory area; and a management platform, which is bidirectionally connected with the first external access control equipment and the internal access control equipment, and is provided with a face recognition database, a card number database and A contractor management database; the face recognition database stores the names of registered personnel and their facial images or facial features, the card number database stores the names of registered personnel and the card number of their work permit, and the contractor manages the database It stores multiple project names, construction dates, construction areas, names of construction personnel, corresponding card numbers encoded on their work certificates and their contractors; and the management platform includes: A face recognition module, which obtains the facial image or facial feature returned by the at least one first external access control device, reads from the facial recognition database and judges whether it matches the facial image or facial feature ; If there is, according to the setting, send back an instruction to allow entering the factory to the at least one first external access control device; and a card number identification module, which obtains the returned information from the at least one first external access control device or the at least one internal access control device. The card number of the work permit, among which: when the card number identification module reads from the card number database and judges whether it matches the card number of the work permit returned by the at least one internal access control device; if so, then further from the contractor The management database confirms whether the operation area of the operator of the card number is consistent with the operation area where the at least one internal access control equipment is located; The group reads the card number from the card number database and determines whether it is the card number of the card number of the work permit returned by the first external access control device;

From the above description, it can be seen that the new access control management and industrial safety inspection system mainly sets a plurality of first external access control devices in a plurality of inward and external channels in a factory area, and then installs them at the entrance of each work area in the factory area. An internal access control device, together with a management platform that has pre-stored the identity information of the contractors and their operators who have logged in to the factory in advance, so that the operators who have logged in in advance can enter the factory through the first external access control device smoothly. The factory area, but before entering its operation area, the operator must pass the internal access control equipment with his work permit certified by the management platform, and confirm that the operator is allowed to enter the operation area at this time. It allows operators to enter the right operation area at the right operation time through the first external access control equipment set up in the external communication channel of the factory area, so as to greatly reduce the safety accidents caused by the loopholes in human operation and control.

10: The first outside access control equipment

10’: Second external access control equipment

11: Box

111: Ontology

112: upper cover

113: upper opening

114: Translucent area

115: Display area

12: Face recognition camera

13: Screen host

14: Processing and communication host

15: Output device

16: The first credit card unit

20: Internal access control equipment

21: Processing and communication host

22: The second credit card unit

23: Screen host

24: Input device

30: Management Platform

301: Face Recognition Database

302: Card Number Database

303: Contractor Management Database

31: Face recognition module

32: Card number identification module

33: Point work interface

34: Industrial Security Check Module

35: Statistical analysis interface

40: Portable industrial security checker

50: Factory

51: Operation area

511: Entrance

60: External channel

61: Internal channel

62: External channel

70: Work permit

71: Card number

72:Number

Figure 1: A schematic diagram of the configuration of the new access control management and industrial safety inspection system in a factory area.

Figure 2: A system structure diagram of the first embodiment of the new access control management and industrial safety inspection system.

Fig. 3A: A three-dimensional appearance view of the door-outside access control device of the present invention.

Figure 3B: A side-view development plan view of the access control device outside the door of the present new type.

Figure 4: A system structure diagram of the second embodiment of the new access control management and industrial safety inspection system.

Figure 5: A system architecture diagram of the third embodiment of the new access control management and industrial safety inspection system.

Figure 6A: A schematic diagram of the work permit of the new access control management and industrial safety inspection system.

FIG. 6B : a schematic diagram of a screen of the portable industrial security checker of the new access control management and industrial security verification system.

FIG. 7A : a schematic diagram of the first external access control device of the new access control management and industrial safety inspection system.

Figure 7B: Another schematic view of the first external access control device of the new access control management and industrial safety inspection system.

The new system provides an access control management and industrial safety inspection system for contractors, and the technical content of the new model is described in detail with examples and drawings.

First of all, please refer to Figure 1, which is a schematic diagram of the location of the new access control management and industrial safety inspection system in a factory area. In conjunction with Figure 2, the access control management and industrial safety inspection system mainly includes a number of first An external access control device 10, a plurality of internal access control devices 20 and a management platform 30; The management platform 30 is bidirectionally connected with the first external access control devices 10 and the internal access control devices 20, and the connection method is not limited here.

The above-mentioned plurality of first external access control devices 10 are used to respectively set the inward channels 61 of a plurality of external channels 60 in a factory area 50. As shown in FIG. 3A and FIG. 3B , each of the first external access control devices 10 at least includes: There is a face-scanning unit; preferably, the face-scanning unit is a face recognition camera 12; in this embodiment, each of the first external access control devices 10 includes a box 11, the face recognition camera 12, and a screen host 13. An output device 15 and a processing and communication host 14. The box body 11 includes a main body 111 and an upper cover 112 , an upper opening 113 is formed on the upper front side of the main body 111 , and the upper cover 112 is pivotally connected to the upper edge of the upper opening 113 to selectively cover the main body 111 The upper opening 113 of the upper cover 112 includes a light-transmitting area 114 and a display area 115 . The face recognition camera 12 is fixed in the main body 111 of the box body 11 and corresponds to the light-transmitting area 114 of the upper cover 112 . The screen host 13 is fixed on the display area 115 of the upper cover 112 . The output device 15 is used to display the identification result. The processing and communication host 14 is arranged in the main body 111 of the box 11, and as shown in FIG. 4, it is electrically connected with the face recognition camera 12, the screen host 13 and the output device 15, and the processing The cum communication host 14 will display the identity recognition operation flow screen on the screen host 13, and after receiving the facial image from the face recognition camera 12, it will send the facial image or/and facial features back to the management platform 30. In addition, in another embodiment, each of the first external access control devices 10 may further include a first card swiping unit 16 to read the card number 71 of a work permit 70 as shown in FIG. 6A , and pass the processing and communication host 14 It is sent back to the management platform 30 . Therefore, according to the needs of the inner channel 61 , the order in which the first outer access control device 10 activates the face-scanning unit or the first card-swiping unit can be set first, or only the face-scanning unit or the first card-swiping unit is simply activated, so as to meet the needs of any situation occurs. Furthermore, a monitoring platform can also be set up beside the first external access control device 10 in the internal passage 61 to fully grasp the possible situation.

The above-mentioned plurality of internal access control devices 20 are used to be respectively disposed at the entrances 511 of different operating areas 51 in the factory area 50, and as shown in FIG. 4, each of the internal access control devices 20 mainly includes a second card swiping unit 22, For the operator to obtain the work pass certified by the management platform 30 in advance, after swiping the card through the second card swiping unit to read it, the card number 71 of the work pass 70 (as shown in FIG. 6A ) is returned to the management platform 30 . In one embodiment, each of the inner access control devices 20 may be substantially the same as the first outer access control device 10 shown in FIG. 3A , but the second card swiping unit 22 is fixed in the main body 111 of the box 11 and should be covered accordingly. the light-transmitting area 114 . Similarly, a monitoring platform can be set up beside the inner access control device 20 at the entrance 511 of the working area 51 to fully grasp the possible situation of strain.

As shown in FIG. 2, the above-mentioned management platform 30 is provided with a face recognition database 301, a card number database 302 and a contractor management database 303; wherein the face recognition database 301 stores the names of registered personnel and their facial images or images. Its facial features, the card number database 302 stores the names of registered personnel and the card numbers of their work permits, and the contractor management database stores multiple project names, construction dates, construction areas, names of construction personnel, and their work permits. The corresponding card number coded above and its contractor. In addition, the management platform 30 includes a face recognition module 31 and a card number recognition module 32 .

As shown in FIG. 2 , the facial recognition module 31 obtains the facial image or facial features returned by the at least one first external access control device 10 , reads the facial recognition database 301 and judges whether it is consistent with it. the facial image or facial features; if there is, return the permission to enter the factory instruction to the first outside access control device 10, and the screen host 13 of the first outside access control device 10 displays the permission to enter the factory instruction; otherwise, Then, a prohibition of entering the factory indication (for example: failed) is returned, as shown in FIG. 7A . In another embodiment, as shown in FIG. 2 , the output device 15 of the first external access control device 10 may be a multi-color light bar 151 , according to which the processing and communication host 14 receives the returned information from the management platform 30 . The approval or prohibition of entry into the factory further controls the multi-color development The rod 151 emits light of different colors to display; preferably, the green light is used to display the entry permission indication, and the red light is used to display the entry prohibition indication.

As shown in FIG. 2 and FIG. 6A , the above-mentioned card number identification module 32 obtains the card number 71 of the work permit 70 returned by the at least one internal access control device 20 , reads the card number database 302 and determines whether it matches the card number. ; If yes, further confirm from the contractor management database 303 whether the operation area of the operator of the card number is consistent with the operation area 51 where the at least one internal access control device 20 is located. In another embodiment, the card number identification module 32 can also obtain the card number 71 of the work permit 70 returned by the at least one first external access control device 10, read it from the card number database 302, and determine whether it matches the card number 71. Card number; the management platform 30 determines that the facial image or facial features returned by the same first external access control device 10 and the card number 71 of the work permit 70 have the same facial image or facial features and card number according to the settings. , before returning the approval to enter the factory.

It can be seen from the above embodiment that the contractor must provide the construction personnel and the number of workers for each contracted project in advance for one or more projects in the factory, and bring the workers to the factory for facial images and identity information before construction. After the establishment of files and completion of the work safety teaching course, etc., after being confirmed by the factory's standard contracting operation process, the work permit 70 as shown in Figure 6A will be issued to each operator. The card number 71 on each work permit 70 and its face image and identity information Therefore, within the permitted operation date, when one of the contractors leads his operation personnel to enter the operation area, all the operation personnel must pass through the inner channel 60 of the external channel 60 set in the factory area. The first external access control device 10 on the channel 61, and perform a face-swiping procedure, the first external access control device 10 uses its face recognition camera 12 to capture the face image of each operator or/and The facial features are then sent back to the facial recognition module 31 of the management platform 30, and the facial recognition module 31 reads from the facial recognition database 301 and judges whether there is a matching facial image or face external feature; if there is, return the permission to enter the factory to the first external access control device 10, and the first external access control device 10 The access control device 10 displays the admission admission indication. If there are operators who have not logged in in advance and want to enter the factory area, they will not be able to pass the face-swiping procedure of the first external access control device 10, so as to avoid contractors who have not been authenticated by the management platform (one of the approved login conditions must pass the industrial safety inspection). education and training) operators.

When the operators who have passed the face-scanning procedure led by the contractor arrive at the specific operation area 51 in the factory area 50, these operators must be assembled first, and then each operator will use the work permit 70 that he has received. The second card swiping unit 22 of the inner access control device 20 at the entrance 511 of the operation area 51 is swiped, and then the card number 71 of the work permit 70 is sent back to the management platform 30, and the card number recognition module 32 of the management platform 30 obtains the card number. At least one card number 71 of the work permit 70 returned by the internal access control device 20, and read from the card number database 302 to determine whether it matches the card number; if so, further confirm whether the construction worker with the card number belongs to the internal access control The operation is performed in the operation area where the equipment 20 is located; if it is, the entry permission instruction is sent back to the inner access control equipment 20, and the inner access control equipment 20 prompts the operator to be allowed to enter the operation area.

Therefore, the new access control management and industrial safety inspection system not only allows operators to enter the right operation area at the right operation time through the first external access control equipment 10 set in the external communication channel of the factory area 50, thereby greatly reducing the Reduce industrial safety accidents caused by loopholes in human operation and control.

Please refer to FIG. 4 , which is a schematic diagram of a system structure of a second embodiment of the new access control management and industrial safety inspection system, which is substantially the same as the access control management and industrial safety inspection system shown in FIG. The internal access control device 20 further includes a screen host 23 and an input device 24, and is electrically connected with the processing and communication host 21, and the management platform 30 can control the screen host of the at least one internal access control device 20 according to the settings 23 shows a little work interface 33, the little work interface 33 includes a contractor menu, the management platform 30 has a built-in little work program, which includes the following steps (a1) to (a3):

In step (a1), the management platform 30 receives the menu content returned by the at least one internal access control device 20; that is, the internal access control device 20 displays the point-of-care interface 33. Since the point-of-care interface 33 provides a contractor menu, it can be It is for the contractor to select its name or company through the input device, and then the internal access control device 20 returns the input menu content to the management platform 30 .

In step (a2), after receiving the menu content, the management platform 30 reads the name of the project contracted by the contractor, the construction date, the construction area and its belonging from the contractor management database 303 according to the menu content. The name of the operator is then sent back to the on-demand interface 33 of the screen host 23 of the internal access control device 20 for the contractor to confirm. At this time, the contractor will check the construction personnel brought by it with the construction personnel displayed on the construction point interface 33; preferably, in order to retain the flexibility of construction, a specific contractor or a specific project can be provided according to the setting The operator is temporarily mobilized through the input device 24 to smoothly enter the operation area 51 for operation, so that the overall operation in the factory area 50 can be carried out smoothly.

In step (a3), the management platform 30 receives the confirmed project name, construction date, construction area and the name of the corresponding construction personnel returned by the at least one internal access control device 20, and checks the default project name under the project name. The name of the operator who is confirmed is marked as valid manpower, and the operator who has not been confirmed but has passed the first external access control device 10 is marked as invalid manpower.

Please refer to FIG. 5 , FIG. 6B and FIG. 6A , which are schematic diagrams of a system structure of a third embodiment of the new access control management and industrial safety inspection system, which are similar to the access control management and industrial safety inspection system shown in FIG. 1 . It is basically the same, but further includes a plurality of portable industrial security checkers 40 (eg, tablet computers), and the management platform 30 further includes an industrial security check module 34 . In this embodiment, as shown in FIG. 6A , in addition to the unique card number 71 stored in each work pass 70 during production, an unreadable code 72 (for example, a two-dimensional barcode) can be further formed on the work pass 70 , Each of the portable industrial security checkers 40 is bidirectionally connected to the management platform to read the work permits 70 of the personnel working in the factory area 50, and send the The code 72 of the work permit 70 is sent back to the management platform 30, and the industrial security check module 34 of the management platform 30 executes the following steps (b1) to (b3):

In step (b1), the industrial security check module 34 receives the code 72 of the work permit 70 obtained by scanning from the portable industrial security checker 40, decodes it to obtain the corresponding card number, and then manages the data from the contractor. The card number in the library 303 is read and judged whether it matches with it.

In step (b2), the industrial security check module 34 reads the corresponding project name, construction item, construction date and construction area from the contractor management database 303 with the identified card number, and returns Go to the portable industrial security checker 40 for the on-site management personnel who use the portable industrial security checker 40 to check the current time, the work area and the work content of the inspected construction worker, and confirm Whether it is consistent with the data returned by the management platform 30 , if so, confirm and report to the management platform 30 through the portable industrial security checker 40 .

In step (b3), the industrial safety inspection module 34 receives the confirmation result returned by the at least one portable industrial safety inspector 40. If the confirmation fails, it will be marked that the operator does not meet the industrial safety inspection, and the operator will be cancelled. Work permit 70.

In addition, the management platform 30 can further provide a statistical analysis interface 35 according to the historical records of the face recognition database 301, the card number database 302 and the contractor management database 303, and the statistical analysis interface 35 at least includes : The number of construction personnel required by each project, the actual construction hours of each project, the actual number of construction personnel in each construction area, and the number of specific construction personnel dispatched by each contractor The number of engineering projects that can be implemented, the number of operators reported by each contractor, the number of effective and ineffective human resources in the plant, the number of overtime hours of operators required for each project, and the number of operators. Statistics of the recognition rate of the face swiping unit of the first external access control device entering and leaving the factory, statistics of the recognition rate of entering and leaving the factory of the first card swiping unit of each of the first external access control equipment; Statistics on the recognition rate of entry and exit of the second card swiping unit of the access control device. due to the The management platform 30 can obtain the most detailed information on the person, time, and place of the actual construction. Through analyzing the historical data, it can be known whether the process of contracting the project by each contractor and whether the dispatched construction personnel are true, which can effectively prevent a single contractor from contracting multiple projects at the same time. A project, but only a limited number of construction personnel are dispatched to the factory for construction. After entering the factory, the construction personnel are arbitrarily transferred to the construction area of different projects to conceal the inspectors, which results in delays in construction, The construction quality is low, the overtime work hours are reported falsely, and even the construction personnel are overworked or unfamiliar with the construction content, resulting in accidental injury or death, and many other bad habits. In addition, contractors and their operators can be scored through big data analysis of historical data, and weekly and monthly reports can be produced to facilitate management.

The new out-of-factory control and management method of the present invention is further described below. As shown in FIG. 1 and FIG. 5 , the third embodiment of the new access control management and industrial safety inspection system is further connected to a plurality of external channels 60 in the factory area 50 . The external passages 62 are respectively provided with a plurality of second external access control devices 10', that is, each of the second external access control devices 10' is the same as the first external access control device 10, and will not be repeated here; the management platform 30 is related to these The second external access control device 10' is connected bidirectionally; in addition, the monitoring platform provided in the inner channel 61 can monitor the second external access control device 10' at the same time, so as to fully grasp the possible situation of emergency. When any operator who has obtained a work permit 70 and wants to leave the factory, he must first go to the inner access control device 20 in the work area 51 to leave the factory with the work permit 70. At this time, the inner access control device 20 will soon contain The card number 71 of the work permit 70 that is required to leave the factory is sent to the management platform 30, and the management platform 30 reads the card number from the card number database 302 and judges whether it matches the card number; The time of leaving the factory is set and returned. At this time, the internal access control device 20 locks the work permit 70 , that is, cancels the re-entry qualification, and cannot return to the working area 51 again. Next, when the operator who has completed the setting from the factory goes to the external channel 62 of one of the external channels 60 in the factory area 50 , and also goes through the face-swiping procedure of the second external access control device 10 ′ on the external channel 62 , That is, the management platform 30 will receive the facial image or facial features returned by the second external access control device 10', and identify the facial features from the facial information. Read and judge whether it matches the facial image or facial features in the database 301; if so, then further judge from the card number database 302 whether the corresponding card number has been set to leave the factory. During the time of leaving the factory, return an instruction of permission to leave the factory to the at least one second external access control device 10', and update the contractor management database 303, and the operator who set the card number has left the factory, and his work permit 70 is cancelled, Avoid staying in the field after the work, or returning to the field with the work permit 70 during the non-work time, that is, as shown in Figure 7B, a warning message that the work permit is overdue and cannot enter the factory will appear, so as to achieve safety control. Therefore, the management platform 30 can further conduct statistics and analysis in the statistical analysis interface 35 according to the historical records of the face recognition database 301, the card number database 302 and the contractor management database 303: Statistics on the recognition rate of the face swiping unit of the access control equipment entering and leaving the factory, and statistics of the recognition rate of the first card swiping unit of the second external access control equipment.

To sum up, the new access control management and industrial safety inspection system mainly sets a plurality of first external access control devices in a plurality of inward and external channels in a factory area, and then installs them at the entrance of each operation area in the factory area. An internal access control device, together with a management platform that has pre-stored the identity information of the contractors and their operators who have logged in to the factory in advance, so that the operators who have logged in in advance can enter the factory through the first external access control device smoothly. The factory area, but before entering its operation area, the operator must pass the internal access control equipment with his work permit certified by the management platform, and confirm that the operator is allowed to enter the operation area at this time. It allows operators to enter the right operation area at the right operation time through the first external access control equipment set up in the external communication channel of the factory area, so as to greatly reduce the safety accidents caused by the loopholes in human operation and control.

The above is only an embodiment of the creation, and does not limit the creation in any form. Although the creation has been disclosed as above in the embodiment, it is not intended to limit the creation. Anyone with ordinary knowledge in the technical field, Without departing from the scope of this creative technical solution, when available The technical contents disclosed above are slightly modified or modified as equivalent embodiments of equivalent changes, but any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present creation without departing from the content of the technical solution of the present creation , all still fall within the scope of this creative technical solution.

10: The first outside access control equipment

10’: Second external access control equipment

20: Internal access control equipment

30: Management Platform

50: Factory

51: Operation area

511: Entrance

60: External channel

61: Internal channel

62: External channel

Claims (13)

An access control management and industrial safety inspection system, comprising: a plurality of first external access control devices, each of the first external access control devices includes a face swiping unit or a first card swiping unit, and the first external access control devices are used to be respectively arranged in Inward passages of a plurality of external passages in a factory area; a plurality of internal access control devices, each of which includes a second card swiping unit, and these internal access control devices are used to set up in different operating areas in the factory area. The entrance; and a management platform, which is connected with the first external access control equipment and the internal access control equipment in two directions, and is provided with a facial recognition database, a card number database and a contractor management database; wherein the facial recognition database The database stores the names of registered personnel and their facial images or facial features. The card number database stores the names of registered personnel and the card number of their work permit. The contractor management database stores multiple project names, construction dates, The operation area, the name of the operator, the corresponding card number encoded on the work permit and the contractor to which it belongs; and the management platform includes: a face recognition module, which obtains the face returned by the at least one first outside access control device The facial image or facial feature is read from the facial recognition database to determine whether it matches the facial image or facial feature; if there is, a factory-approved instruction will be sent back to the at least one first outsider according to the settings. access control equipment; and a card number identification module for obtaining the card number of the work permit returned by the at least one first outer access control device or the at least one inner access control device, wherein: when the card number identification module is read from the card number database And determine whether it is the same card number as the card number of the work permit returned by the at least one access control device; if so, further confirm from the contractor management database whether the operation area of the operator of the card number is the same as the one in the at least one The operating area where the access control equipment is located is consistent; if so, return the permission to enter the factory to the internal access control equipment; and When the card number identification module reads from the card number database and determines whether it is the card number of the card number of the work permit returned by the first external access control device; An external access control device. The access control management and industrial safety inspection system according to claim 1, wherein: the at least one internal access control device comprises a screen host and an input device; and the management platform controls the screen host of the at least one internal access control device according to the setting A one-point work interface is displayed, and the work-point interface contains a menu of contractors, and the management platform has a built-in one-point work program, which includes: (a1) receiving the content of the menu returned by the at least one internal access control device; (a2) according to the content of the menu, automatically The contractor management database reads the name of the project contracted by the contractor, the construction date, the construction area and the name of the construction personnel, and then sends it back to the point-of-work interface of the screen host of the at least one internal access control device, For the contractor to confirm; and (a3) Receive the at least one internal access control device to return the confirmed project name, construction date, construction area and the name of the corresponding construction personnel, and check the construction under the preset project name. The name of the operator, the name of the operator who has been confirmed is marked as valid manpower, and the operator who has not been confirmed but has passed the first external access control device is marked as invalid manpower. The access control management and industrial safety inspection system according to claim 1 or 2, wherein: each of the first external access control devices includes the face swiping unit and the first card swiping unit; the card number identification module of the management platform obtains The facial image or facial feature returned by the at least one first external access control device and the card number of the work permit, respectively, the facial image or facial feature read from the facial recognition database and judged whether it matches the same are also obtained from the The card number read in the card number database and judged whether it matches with it; among them: According to the setting, the management platform first determines that the facial image or facial features returned by the at least one first external access control device has matching facial images or facial features, and then determines the card number of the work permit returned. Only when there is a matching card number will it return the factory entry approval instruction; or the management platform first judges that the card number of the work permit returned by the at least one first external access control device has a matching card number, and then judges the returned card number according to the setting. Only after the facial image or facial feature has a matching facial image or facial feature and card number, the factory approval instruction will be sent back. The access control management and industrial safety inspection system as described in claim 1 or 2, further comprising: a plurality of portable industrial safety inspection devices for reading the work permits of personnel who are active in the factory; and the management platform further includes: There is an industrial security check module, and the following steps are performed: (b1) Receive the code of the work permit obtained by scanning back from the at least one portable industrial security checker, decode it to obtain the corresponding card number, and then manage the data from the contractor (b2) Read the corresponding project name, the construction date and the construction area from the contractor management database with the identified card number, and return it to the at least A portable industrial safety checker; and (b3) receiving a confirmation result returned by the at least one work safety checker, if the confirmation fails, it is marked that the operator does not meet the industrial safety check, and his work permit is cancelled. The access control management and industrial safety inspection system as described in claim 3, further comprises: a plurality of portable industrial safety inspection devices for reading the work permits of the personnel who are active in the factory; and the management platform further includes an industrial inspection device. Security check the module and perform the following steps: (b1) Receive the code of the work permit obtained by scanning from the at least one security checker, decode it to obtain the corresponding card number, and then read it from the contractor's management database to determine whether it matches the card number; (b2) ) reads the corresponding project name, the construction date and the construction area from the contractor management database with the identified card number, and sends it back to the at least one work security checker; and (b3) receives at least one work security check The nuclear device will return the confirmation result. If the confirmation fails, it will be marked that the operator has not met the industrial safety inspection, and the work permit will be cancelled. The access control management and industrial safety inspection system according to claim 4, wherein the code of the work permit is a two-dimensional barcode. The access control management and industrial safety inspection system according to claim 5, wherein the code of the work permit is a two-dimensional barcode. The access control management and industrial safety inspection system according to claim 1 or 2, further comprising: a plurality of second external access control devices, each of the second external access control devices includes a face brushing unit, and the second external access control devices are The external channels for setting the external channels in the factory area respectively; and the management platform is bidirectionally connected with the second external access control devices, wherein: when the at least one internal access control device returns a request for leaving the factory The card number of the work permit is read from the card number database to determine whether it matches the card number. If there is, it will be allowed to leave the factory, and the time of leaving the factory will be set and returned, and the card will be locked; and when the at least one second external The facial image or facial feature returned by the access control device is read from the facial recognition database to determine whether it matches the facial image or facial feature, and if so, the corresponding card number is further determined from the card number database Whether the departure time has been set, if there is a match and the departure time is still Inside, send back an instruction to allow entry to the at least one second outside access control equipment, and update the management database of the contractor, the operator who set the card number has left the factory, and his work permit has been cancelled. The access control management and industrial safety inspection system according to claim 5, further comprising: a plurality of second external access control devices, each of the second external access control devices includes a face swiping unit or a first card swiping unit, the second external access control devices The external access control devices are used to respectively set the external channels of the external channels in the factory area; and the management platform is connected to the second external access control devices in a two-way connection, wherein: when the at least one internal access control device returns a message including If there is a card number of the work permit required to leave the factory, read the card number from the card number database and judge whether it matches the card number. The facial image or facial feature returned by a second external access control device is read from the face recognition database to determine whether it matches the facial image or facial feature, or when the at least one second external access control The card number of the work permit returned by the device is read from the card number database to determine whether it matches the card number; if there is a matching facial image or facial features or a matching card number, it is further determined from the card number database. Whether the corresponding card number has been set to leave the factory, and if so, it is still within the time of leaving the factory. Send back an instruction to allow exit to the at least one second external access control device, and update the contractor management database to set the card number. The staff have left the factory and their work permits have been cancelled. The access control management and industrial safety inspection system according to claim 9, wherein the management platform further provides a statistical analysis interface based on the historical records of the face recognition database, the card number database and the contractor management database, The statistical analysis interface includes: the number of construction personnel required for each project; the actual construction hours of each project; The actual number of operators in each construction area; the number of engineering projects that each contractor can implement with the number of specific operators dispatched by the contractor; the number of operators reported by the contractor; the number of operators in the plant area The number of valid manpower and the number of invalid manpower; the overtime hours of the construction personnel required for each project; the statistics of the recognition rate of entering and leaving the factory of the face-scanning unit of each of the first and second external access control equipment ; Statistics of the recognition rate of entering and leaving the factory of the first card swiping unit of each of the first and second external access control equipment; and statistics of the recognition rate of entering and leaving the second card swiping unit of each of the inner access control equipment. The access control management and industrial safety inspection system according to claim 1, wherein each of the first external access control devices further comprises: a box body, including a main body and an upper cover, an upper opening is formed on the upper front side of the main body, The upper cover is pivotally connected to the upper edge of the upper opening to selectively cover the upper opening of the main body, and the upper cover includes a light-transmitting area and a display area; wherein the face brushing unit is fixed on the main body of the box. inside the body, and corresponding to the light-transmitting area of the upper cover; a screen host, which is fixed on the display area of the upper cover; an output device, which is used to display the identification result; and a processing and communication host, which is arranged in the box. In the main body, in order to be electrically connected with the identity recognition device, the screen host and the output device, the processing and communication host will display the identity recognition operation process screen on the screen host, and after receiving the facial image from the face brushing unit , and send the facial image or/and facial features back to the management platform. The access control management and industrial safety inspection system according to claim 9, wherein each of the second external access control devices further comprises: A box includes a main body and an upper cover, an upper opening is formed on the upper front side of the main body, and the upper cover is pivotally connected to the upper edge of the upper opening to selectively cover the upper opening of the main body, and the upper cover It includes a light-transmitting area and a display area; the face brushing unit is fixed in the body of the box and corresponds to the light-transmitting area of the upper cover; a screen host is fixed on the display area of the upper cover; an output device , which is used to display the identification result; and a processing and communication host, which is arranged in the body of the box to be electrically connected with the identification device, the screen host and the output device. The processing and communication host will be The screen host displays the identity recognition operation flow screen, and after receiving the facial image from the face brushing unit, returns the facial image or/and the facial features to the management platform. The access control management and industrial safety inspection system according to claim 4, wherein each of the portable industrial safety inspection devices is a tablet computer.

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