TWM603165U - Intelligent entrance guard management system - Google Patents

Abstract

An intelligent access control management system is suitable for identifying a user, and includes a housing unit and an access control unit. The housing unit includes a first surrounding wall defining a first space. The access control unit is arranged in the first space, and includes an image capturing module suitable for shooting an image of the user's face, and a temperature measuring module for outputting a temperature signal containing the body temperature value , A screen, and a central control module. The central control module is used for receiving the image and the temperature signal, and identifying the user's identity information according to the image. Through the image capture module, the central control module, and the temperature measurement module that are all installed in the first space, the user can simultaneously obtain the corresponding identity information through the central control module to complete check-in, and Through the temperature measurement module, the action of measuring the body temperature is completed, thereby achieving the effect of increasing the measurement rate of the personnel.

Description

Intelligent access control management system

The new model relates to an access control system, especially an intelligent access control management system.

Due to the impact of the new crown pneumonia epidemic, body temperature must be measured when entering and exiting office buildings or factories. Generally speaking, one person is required to measure the incoming and outgoing personnel, but this will increase the workload of the original manpower and also increase the risk of illness of the measuring personnel. If an inductive body temperature measuring device is used, it will be non-compulsive and non-comprehensive, that is, the personnel measurement rate is less than 100%, and there is a chance that some personnel will enter the control area without measuring their body temperature. Create loopholes in epidemic prevention.

Therefore, the purpose of the present invention is to provide an intelligent access control management system that improves the personnel measurement rate.

Therefore, the new intelligent access control management system is suitable for identifying a user, and includes a housing unit, an access control unit, and a warning unit.

The housing unit includes a first surrounding wall defining a first space, and the first surrounding wall has two first openings spaced apart along a forward direction and suitable for the user to enter and exit the first space, respectively .

The access control unit is arranged in the first space, and includes an image capturing module suitable for shooting an image of the user's face and outputting the image, and a device for measuring the user's body temperature and outputting an image A temperature measurement module including a temperature signal of the body temperature value, a screen, and a signal connection with the image capturing module, the temperature measurement module and the central control module of the screen. The central control module is used to receive the image and the temperature signal, and identify the user’s identity information based on the image, and according to a preset normal body temperature and the temperature signal, the user’s body temperature is greater than the When the body temperature is normal, a warning signal is output, and a control signal including at least the image and the temperature value is output to the screen, so that the screen displays the image and the user's body temperature according to the control signal.

The warning unit signal is connected to the central control module, and receives and generates a warning message according to the warning signal.

The effect of the present invention is: through the image capturing module, the central control module and the temperature measurement module which are all arranged in the first space, the user can obtain the corresponding information through the central control module at the same time The identity information completes the check-in, and the temperature measurement module is used to complete the action of measuring the body temperature, so that the user can complete the measurement through the usual check-in habit, and there is also an abnormality when attending work without measuring the body temperature The warning function, by this, achieves the effect of increasing the personnel measurement rate.

Referring to Figures 1, 2 and 3, a first embodiment of the new intelligent access control management system is suitable for identifying a user and includes a housing unit 1, an access control unit 2, and a warning unit 3 .

The housing unit 1 includes a first surrounding wall 11 that defines a first space 110, a second surrounding wall 12 that defines a second space 120, and a second surrounding wall 12 disposed on the first surrounding wall 11 and the second surrounding wall. The first partition 13 between the walls 12, one second partition 14 arranged on the second surrounding wall 12, and two second partitions 14 respectively arranged on the inclined walkway 15 of the first surrounding wall 11 and the second surrounding wall 12, And count the bumpers 16 arranged at the bottom of the first surrounding wall 11 and the second surrounding wall 12.

The first surrounding wall 11 has two first openings 111A, 111B spaced apart along a forward direction X and suitable for the user to enter and exit the first space 110 respectively. It is further illustrated that the user enters the first space 110 through the first opening 111A, and leaves the first space 110 through the first opening 111B.

The second surrounding wall 12 is assembleably connected to the first surrounding wall 11, and has two second openings 121A, 121B spaced apart along the advancing direction X and respectively suitable for the user to enter and exit the second space 120 , A bottom wall 122, and a number of drainage ports 123 provided on the bottom wall 122.

It is further explained that the second opening 121B is farther from the first openings 111A, 111B than the second opening 121A, and the user enters the second space 120 through the second opening 121A, and passes through the second opening 121A. The opening 121B leaves the second space 120.

It is worth noting that in this embodiment, there are several water outlets 123. In other variations of this embodiment, the aforementioned water outlet 123 may also have only one, but its diameter is larger.

It is worth noting that, in this embodiment, the first surrounding wall 11 and the second surrounding wall 12 that can be assembled with each other are included, so that the user can disassemble and reduce the volume when not in use, and facilitate storage or In addition, users can further assemble and connect multiple surrounding walls according to their own needs. In other variations of this embodiment, the first surrounding wall 11 and the second surrounding wall may also be integrally non-detachable.

The first partition 13 can communicate with the first space 110 and the second space 120 in a sealed manner. In this embodiment, the first partition 13 is a manually operated curtain. Other variations in this embodiment In the aspect, the first partition 13 may also be an automatically unfolding curtain, an automatic door, and other structures capable of sealingly connecting the first space 110 and the second space 120.

The second partition 14 can open and close the second opening 121 to allow the user to leave the second space 120.

The inclined walkways 15 are respectively arranged adjacent to the first opening 111 and the second opening 121.

The boosting members 16 are respectively arranged at the bottom of the first surrounding wall 11 and the second surrounding wall 12, and are arranged in cooperation with the inclined walkways 15, so as to lift up the first surrounding wall 11 and the second surrounding wall 11 The two surrounding walls 12 allow a gap between the bottom of the first surrounding wall 11 and the second surrounding wall 12 and the ground.

In this embodiment, each booster 16 is a wheel set. Therefore, in addition to the aforementioned boosting function, it also has the function of enabling the housing unit 1 to move. Therefore, this embodiment also has better Mobility.

Referring to FIGS. 1, 2 and 4, the access control unit 2 is disposed in the first space 110 and includes an image capturing module 21 suitable for capturing an image S2 of the user's face and outputting the image S2 A temperature measurement module 22 for measuring the body temperature of the user and outputting a temperature signal S1 containing the body temperature, a screen 23, and a signal connected to the image capturing module 21, the temperature The test module 22 and the central control module 24 of the screen 23.

The central control module 24 is used to receive the image S2 and the temperature signal S1, identify an identity information of the user according to the image S2, and output a control signal S3 including at least the image S2 and the temperature value to the image S2. The screen 23 outputs a warning signal S4 according to a preset normal body temperature value and the temperature signal S1 when the user's body temperature value is greater than the normal body temperature value, so that the screen 23 displays the image S2 according to the control signal S3 And the user’s body temperature.

For further clarification, the identity information includes but is not limited to the user’s name, service unit, work area, and related permissions.

It is worth noting that the control signal S3 may also include the identity information.

It is further explained that the central control module 24 can also transmit the control signal S3 and the warning signal S4 to the host of a manager, so that the manager can remotely understand the absence and temperature of his employees, and When one of the users has abnormal body temperature, the personal information of the person with abnormal body temperature can be obtained based on the identity information.

The warning unit 3 is signal-connected to the central control module 24, and receives and generates a warning message according to the warning signal S4. The warning message can be at least one of sound (using a buzzer), flashing (using a warning light 31), and text (displaying the screen 23 or the screen or electronic device of the manager). In this embodiment, the warning message is flashing, and the warning message is sent out through a warning light 31 installed on the first wall 11.

The disinfection unit 4 includes a first disinfection module 41 arranged on the first surrounding wall 11 of the housing unit 1, and a second disinfection module 42 arranged on the second surrounding wall 12.

The first disinfection module 41 is used to release a first disinfection medium 410 capable of eliminating bacteria and viruses into the first space 110. In this embodiment, the first disinfection module 41 is a wall-mounted disinfector, and the first disinfection medium 410 is an alcohol solution or a hypochlorous acid solution.

The second disinfection module 42 is used to release a second disinfection medium 420 capable of destroying germs and viruses into the second space 120, and has a disinfection tank arranged in the second space 120 and containing the second disinfection medium 420 421. A pipeline is connected to the disinfection tank 421 and is installed on the second surrounding wall 12 and is suitable for a sprayer 422 for releasing the second disinfection medium 420 to the second space 120, and a sprayer 422 for transporting the second disinfection medium 420 to The motor 423 of the sprayer 422 and a water collection tank 424 connected to the drain port 123 and used for collecting the second disinfection medium 420 discharged from the drain port 123.

It is worth noting that the first disinfection medium 410 and the second disinfection medium 420 can be solutions or aerosols with disinfection functions such as ultraviolet rays, hypochlorous acid solutions, alcohol solutions, dry hands, etc., and the first disinfection medium 410 and The second disinfection medium 420 may be the same or different.

It is further explained that in this embodiment, the sprayers 422 are arranged on the top of the second surrounding wall 12, and the number is one. In other variations of this embodiment, the number of the sprayers 12 is also There may be more than one, and they are also arranged on both sides of the second surrounding wall 12, so that the second medium 420 can be evenly sprayed to the left and right sides of the user through the sprayer 12.

The water collection tank 424 can be, but is not limited to, a tray provided in the gap between the bottom wall portion 122 of the second surrounding wall 12 and the ground. The water collection tank 424 may also be a tank that can contain a solution, such as a bucket.

It is worth noting that the user can choose the position of the water collection tank 424 by himself, and guide the second disinfection medium 420 discharged from the drain 123 to the water collection tank 424 through a water pipe to collect the second The purpose of the disinfection medium 420.

In use, the user first enters the first space 110 through one of the inclined walkways 15, the first opening 111, and faces the image capturing module 21. At this time, the image capturing module 21 will shoot And output the image S2 of the user’s face, and at the same time the temperature measurement module 22 also measures the user’s body temperature and outputs a temperature signal S1 containing the body temperature. The central control module 24 receives the image S2 is to identify the user’s identity information, and output the control signal S3 to the screen 23 so that the screen 23 displays the image S2 and the user’s body temperature according to the control signal S3. In addition, the user can also The first disinfection medium 410 released by the first disinfection module 41 destroys viruses or bacteria on the body. Then, the user pulls apart the first partition 13 to enter the second space 120 and then pulls on the first partition 13 to close the communication between the first space 110 and the second space 120, and continue The disinfection process through the second disinfection module 42 is performed. Finally, the user pulls apart the second partition 14 to leave the second space 120 and enter the working area.

If the user's body temperature value is greater than the normal body temperature value, the central control module 24 outputs the warning signal S4 to the warning unit 3 so that the warning unit 3 generates the warning message. At this time, the manager can follow the warning message And the identity information, real-time understanding of the information of users with abnormal body temperature, and can respond immediately and continue the corresponding epidemic prevention work.

Since those with ordinary knowledge in the field can deduce the details of the expansion based on the above description, no further description is given.

Based on the above description, the advantages of the foregoing embodiments can be summarized as follows:

1. Through the image capturing module 21, the central control module 24, and the temperature measurement module 22 that are all arranged in the first space 110, the user can obtain the correspondence through the central control module 24 at the same time The user’s identity information completes the check-in, and the temperature measurement module 22 completes the action of measuring the body temperature, so that the user can complete the measurement through the usual check-in habit, and also has the unmeasured body temperature attendance Abnormal warning function, thereby achieving the effect of improving the measurement rate of personnel.

2. In addition, the disinfection unit 4 is also provided so that the user can pre-disinfect before entering the working area (that is, the area after leaving the second space 120 from the second opening 121), which further improves epidemic prevention effect. Among them, the first disinfection module 41 is a wall-mounted disinfection device, which can first locally disinfect the user's hands. If the work area requires a higher sterilization environment, the second disinfection module in the second space 120 can be used. 42, to achieve the effect of systemic sterilization.

3. In addition to the foregoing, the first surrounding wall 11 and the second surrounding wall 12 are assembleably connected. Therefore, when not in use, the user can disassemble and reduce the volume when not in use. Convenient for storage or transportation.

Referring to FIG. 5, a second embodiment of the new intelligent access control management system is substantially the same as the first embodiment, except that the housing unit 1 further includes an assembleable connection between the first surrounding wall 11 and The second surrounding wall 12 is located on the third surrounding wall 17 between the first surrounding wall 11 and the second surrounding wall 12.

The structure of the third surrounding wall 17 is substantially the same as that of the first surrounding wall 11 and the second surrounding wall 12, both of which define a space and an opening for in and out, and are similar to the first surrounding wall 11 and the second surrounding wall 12 The aforementioned spacers are all arranged between them.

The access control unit 2 also includes a metal detection module 25 arranged on the third surrounding wall 17, so that it can scan whether a user is located in the space defined by the third surrounding wall 17 for dangerous goods.

Based on the foregoing, this embodiment illustrates the combination of multiple surrounding walls, which can achieve the effect of metal detection in addition to the effect of the aforementioned embodiment.

However, the above-mentioned are only examples of the present model, and should not be used to limit the scope of implementation of the present model, all simple equivalent changes and modifications made in accordance with the patent scope of the present model application and the contents of the patent specification still belong to This new patent covers the scope.

1: Housing unit 11: The first enclosure 110: First Space 111: first opening 12: The second enclosure 120: second space 121: second opening 122: bottom wall 123: Drain 13: The first partition 14: Second zone partition 15: Inclined walkway 16: booster 17: The third enclosure 2: Access control unit 21: Image capture module 22: Temperature measurement module 23: screen 24: Central control module 25: Metal detection module 3: Warning unit 31: Warning piece 4: Disinfection unit 41: The first disinfection module 410: The first disinfection medium 42: The second disinfection module 420: Second Disinfection Medium 421: Disinfection tank 422: sprayer 423: Motor 424: Sump X: direction S1: image S2: Temperature signal S3: Control signal S4: Warning signal

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a perspective view illustrating a first embodiment of the new intelligent access control management system; Figure 2 is a cross-sectional view taken along the line II-II in Figure 1; Figure 3 is a cross-sectional view taken along the line III-III in Figure 2; Figure 4 is a signal block diagram of the first embodiment; and Figure 5 is a perspective view illustrating a second embodiment of the new intelligent access control management system.

1: Housing unit

11: The first enclosure

110: First Space

111A: first opening

111B: first opening

12: The second enclosure

120: second space

121A: second opening

121B: second opening

13: The first partition

14: Second zone partition

15: Inclined walkway

16: booster

2: Access control unit

21: Image capture module

22: Temperature measurement module

23: screen

24: Central control module

4: Disinfection unit

41: The first disinfection module

410: The first disinfection medium

42: The second disinfection module

420: Second Disinfection Medium

421: Disinfection tank

422: sprayer

423: Motor

424: Sump

X: direction

Claims (10)

An intelligent access control management system, suitable for identifying a user, and including: A housing unit includes a first surrounding wall defining a first space, and the first surrounding wall has two first surrounding walls spaced along a forward direction and suitable for the user to enter and exit the first space. Opening An access control unit is set in the first space, and includes an image capturing module suitable for taking an image of the user's face and outputting the image, and an image capturing module for measuring the user's body temperature and outputting A temperature measurement module containing a temperature signal of the body temperature, a screen, and a signal connecting the image capture module, the temperature measurement module and the central control module of the screen, the central control module uses When receiving the image and the temperature signal, identifying the user's identity information based on the image, and outputting the user's body temperature value greater than the normal body temperature value according to a preset normal body temperature value and the temperature signal A warning signal, and output a control signal including at least the image and the temperature value to the screen, so that the screen displays the image and the user's body temperature value according to the control signal; and A warning unit, the signal is connected to the central control module, and receives and generates a warning message according to the warning signal. The intelligent access control management system according to claim 1, wherein the housing unit further includes a second surrounding wall assembleably connected to the first surrounding wall, and a second surrounding wall arranged on the first surrounding wall and the second surrounding wall. The first partition between the walls, the second surrounding wall defines a second space, and has two second openings spaced apart along the advancing direction and respectively suitable for the user to enter and exit the second space, The first partition can hermetically communicate with the first space and the second space. The intelligent access control system according to claim 2, wherein the housing unit further includes a second partition that can openably close one of the second openings, and the one of the second openings is compared with the other The second opening is away from the first openings. The intelligent access control management system according to claim 2, further comprising a disinfection unit, the disinfection unit including a first disinfection module arranged on the first wall of the housing unit, the first disinfection module is used to In the first space, a first disinfectant medium capable of eliminating bacteria and viruses is released. The intelligent access control management system according to claim 4, wherein the first disinfection medium may be ultraviolet light, hypochlorous acid solution, or alcohol solution. The intelligent access control management system according to claim 4, wherein the disinfection unit includes a second disinfection module arranged on the second surrounding wall, and the second disinfection module is used to release a receptacle into the second space The second disinfection medium to eliminate germs and viruses. The intelligent access control management system according to claim 6, wherein the second disinfection module has a disinfection tank arranged in the second space and containing the second disinfection medium, and a pipeline is connected to the disinfection tank and installed in the first disinfection tank. The two surrounding walls are also suitable for a sprayer for releasing the second disinfection medium to the second space, and a motor for conveying the second disinfection medium to the sprayer. The intelligent access control management system according to claim 7, wherein the second surrounding wall has a bottom wall and at least one drainage port provided on the bottom wall and used for the disinfection medium to be discharged from the second space. The intelligent access control management system according to claim 8, wherein the second disinfection module further has a water collection tank connected to the drain port and used for collecting the second disinfection medium discharged from the drain port. The intelligent access control management system according to claim 8, wherein the warning message can be at least one of sound, flashing, and text.

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