CN217360854U

CN217360854U - School's access & exit electric motor car management and control swing gate system

Info

Publication number: CN217360854U
Application number: CN202122712107.7U
Authority: CN
Inventors: 余秋燕; 江志文; 吴谦标; 林俊良
Original assignee: Fujian Hengzhi Information Technology Co ltd
Current assignee: Fujian Hengzhi Information Technology Co ltd
Priority date: 2021-11-08
Filing date: 2021-11-08
Publication date: 2022-09-02
Anticipated expiration: 2031-11-08

Abstract

The utility model relates to an access & exit electric motor car management and control technical field specifically is a school's access & exit electric motor car management and control pendulum floodgate system, including access control machine and car detector module, the access control machine includes face identification module, the module of punching the card and two-dimensional code scanning module. The utility model has the advantages that: the existing or newly-added swing brake system can be combined, the in-and-out management of personnel and the electric bicycle is realized on the premise of not influencing the operation of the original swing brake system, the passing speed of the electric bicycle at a school gate is improved, manual core removal, check and registration are not needed, and the gate congestion is prevented; the electric bicycles which are not registered and outside the school are prevented from entering and exiting the campus; the working mode of the system is as follows: when the electric bicycle drives into the swing brake, the vehicle detector detects the vehicle, the RFID all-in-one machine is triggered to read the RFID tag of the vehicle, the read system checks whether the tag is an authorized tag, the RFID all-in-one machine gives a signal to the swing brake after the check is passed, the swing brake is opened, and the tag which is not read or is not authorized does not pass.

Description

School's access & exit electric motor car management and control swing gate system

Technical Field

The utility model relates to an access & exit electric motor car management and control technical field, especially a school's access & exit electric motor car management and control pendulum floodgate system.

Background

The swing gate is generally called as a flap gate in the rail transit industry, and a blocking body (gate swing) of the swing gate is in a plane with a certain area and is vertical to the ground, so that blocking and releasing are realized through rotary swing. The material of the barrier body is usually stainless steel, organic glass and toughened glass, and some adopt a metal plate to be wrapped by special flexible materials (reducing the injury of impacting pedestrians). At present, too many electric vehicles are placed in schools, particularly high schools, the electric vehicles outside the schools often enter and exit randomly, the swing brake at the school gate is generally in a card swiping mode, a human face recognition mode or a two-dimensional code recognition mode, when the personnel ride the electric vehicles through the gate, only the riding personnel are verified, and the electric vehicles are not controlled correspondingly. At present, the electric vehicle is controlled mainly by a manual registration mode, the speed is low, the flow of people is large during the peak period of a school gate, the school gate is easy to jam, and certain potential safety hazards exist.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome prior art's shortcoming, provide a school's access & exit electric motor car management and control pendulum floodgate system.

The purpose of the utility model is realized through the following technical scheme: the utility model provides a school's access & exit electric motor car management and control pendulum floodgate system, includes entrance guard's machine and car inspection machine module, the entrance guard's machine includes face identification module, the module of punching the card and two-dimensional code scanning module, entrance guard's machine electric connection has pendulum floodgate control mainboard, pendulum floodgate control mainboard electric connection has pendulum floodgate machine, car inspection machine module electric connection has the RFID all-in-one, car inspection machine module and RFID all-in-one electric connection intelligence switch KM.

Optionally, the access control machine is networked through a wired network, and the swing gate control mainboard controls the opening and closing of the swing gate machine.

Optionally, the vehicle inspection module is a ground induction coil type vehicle inspection device installed near the ground to identify the electric bicycle.

Optionally, the identification range of the RFID all-in-one machine is 1.2-2 meters, the RFID all-in-one machine is adapted to the size of most electric bicycles, and the RFID all-in-one machine is used for identifying an RFID tag on a license plate of the electric bicycle.

Optionally, the RFID all-in-one machine does not work when the vehicle detector module does not recognize the electric bicycle, and the access controller, the swing gate control mainboard and the swing gate machine work normally at the moment.

Optionally, when the vehicle detector module identifies the electric bicycle, the RFID all-in-one machine works, the swing brake control main board and the swing brake machine work at the moment are controlled by the intelligent switch KM, the system is complete in function, multiple working modes are provided after the swing brake system is combined, effective electric bicycles are provided to be controlled on the premise of guaranteeing personnel management and control, and unregistered electric bicycles and school buses are prevented from entering and exiting the school.

The utility model has the advantages of it is following:

1. the electric vehicle management and control swing gate system at the entrance and exit of the school comprises a face recognition module, a card swiping module and a two-dimensional code scanning module, wherein the entrance guard is electrically connected with a swing gate control mainboard, the swing gate control mainboard is electrically connected with a swing gate machine, a vehicle detector module is electrically connected with an RFID all-in-one machine, the vehicle detector module and the RFID all-in-one machine are electrically connected with an intelligent switch KM, an RFID tag is arranged on a license plate of an electric vehicle which is registered in the school in advance, when a user of the system rides through a school gate, the user can be detected by the vehicle detector module, the RFID all-in-one machine is started to identify the RFID tag on the license plate of the electric vehicle, after identification is successful and no problem exists, the vehicle detector module and the RFID all-in-one machine provide a signal to the intelligent switch KM to ensure that the switch KM is unblocked, and a cyclist opens the swing gate machine after the identification is carried out by the bike, so that the personnel management and control are under the premise of ensuring the personnel management and control, the method has the advantages that the effective electric bicycle management and control capacity is provided, the passing speed of the electric bicycle at a school gate is improved, manual re-registration is not needed, and the gate congestion is prevented.

2. The system has three working modes, the first mode is that when only pedestrians come in and go out without accompanying electric vehicles, the pedestrians start the swing brake control main board to control the swing brake to be opened and pass through modes such as face verification, two-dimensional code or card swiping through the access control machine, the vehicle inspection module does not detect the electric bicycle at the moment, the RFID integrated machine does not work at the moment, the intelligent switch KM is in a unblocked state at the moment, and signals of the access control machine are not blocked; secondly, when a person who rides a bicycle comes in and goes out, but the bicycle is not provided with a label or the label is not authorized, the bicycle detector module detects the electric bicycle, at the moment, the RFID all-in-one machine works, but the RFID label or the RFID label is not successfully verified, the intelligent switch KM is in an off state, the signal of the access control machine cannot pass, the person who rides the bicycle cannot start the swing gate control mainboard to open the swing gate machine through the corresponding face recognition module, card swiping module and two-dimensional code scanning module on the access control machine, and the swing gate machine keeps closed and does not pass; and thirdly, people enter and exit by bike, when an authorized tag is arranged on an electric bicycle, the electric bicycle is detected by the car detector module, the RFID all-in-one machine works at the moment, the RFID tag on the electric bicycle is identified and the tag information is verified, the intelligent switch KM recovers the unblocked state after the verification is passed, the signal of the access control machine is not blocked, and the people by bike start the swing gate control mainboard to open the swing gate machine to pass through the corresponding face identification module, the card swiping module and the two-dimensional code scanning module on the access control machine. This system function is complete, has multiple mode, and is effectual to personnel and electric bicycle management and control, prevents that unregistered and electric bicycle who goes up the label from getting into the campus, support personnel's safety, and the better condition that prevents external vehicle and get into the campus takes place.

Drawings

Fig. 1 is a schematic structural view of the present invention;

FIG. 2 is a logic flow chart of the system when the person goes in and out without the electric vehicle according to the present invention;

FIG. 3 is a logic flow diagram of the system when the present invention is labeled with or without a car;

FIG. 4 is a logic flow diagram of the system when the present invention is on board and labeled;

fig. 5 is the schematic structural diagram of the door access device of the present invention.

In the figure: the system comprises an access control machine 1, a face recognition module 101, a card swiping module 102, a two-dimensional code scanning module 103, a 2-swing gate control mainboard, a 3-vehicle detector module, a 4-RFID all-in-one machine and a 5-swing gate machine.

Detailed Description

The invention will be further described with reference to the accompanying drawings, but the scope of the invention is not limited to the following description.

As shown in fig. 1-5, an electric vehicle management and control swing gate system at school's access & exit, it includes access control machine 1 and car inspection device module 3, access control machine 1 includes face identification module 101, card swiping module 102 and two-dimensional

code scanning module

103, 1 electric connection of access control machine has swing

gate control mainboard

2, 2 electric connection of swing gate control mainboard have

swing gate machine

5, 3 electric connection of car inspection device module has RFID all-in-one 4, car

inspection device module

3 and 4 electric connection intelligent switch KM of RFID all-in-one.

As an optimal technical solution of the utility model: the access control machine 1 is networked through a wired network, the swing gate control mainboard 2 controls the opening and closing of the swing gate machine 5, the vehicle inspection device module 3 is a ground induction coil type vehicle inspection device which is arranged near the ground and used for identifying the electric bicycle, and the identification range of the RFID integrated machine 4 is 1.2-2 meters and is matched with the sizes of most electric bicycles;

RFID all-in-one 4 is used for discerning the RFID label on the license plate on the electric bicycle, RFID all-in-one 4 is out of work when the electric bicycle is not discerned to car inspection ware module 3, access control machine 1 this moment, pendulum floodgate control mainboard 2 and pendulum floodgate machine 5 normally work, RFID all-in-one 4 work when car inspection ware module 3 discerns the electric bicycle, pendulum floodgate control mainboard 2 and pendulum floodgate machine 5 work are controlled by intelligence switch KM this moment, this system function is complete, multiple mode has behind the combination pendulum floodgate system, provide effectual electric bicycle under the prerequisite of the personnel's of guaranteeing management and control and carry out the management and control, prevent unregistering and school outer electric bicycle business turn over campus.

The working process of the utility model is as follows:

s1, when no electric bicycle exists, only when a person goes in and out, the person starts the swing gate control main board 2 through a face, a two-dimensional code or a card swiping through the face recognition module 101, the card swiping module 102 and the two-dimensional code scanning module 103 which correspond to the entrance guard 1 to open the swing gate, the car inspection module 3 does not detect the electric bicycle, and the RFID all-in-one machine 4 does not work;

s2, when people come in and go out, but the car is not tagged or the tag is not authorized, the car inspection module 3 detects the electric bicycle, at the moment, the RFID integrated machine 4 works, but the RFID tag is not recognized or the RFID tag verification is unsuccessful, the intelligent switch KM is in a disconnected state, and at the moment, the door access controller 1 cannot control the swing gate 5 to open the door;

s3, when a person comes in and goes out, when an authorization tag is arranged on the electric bicycle, the automobile inspection device module 3 detects the electric bicycle, the RFID all-in-one machine 4 works to identify the RFID tag on the electric bicycle, after no problem exists, the automobile inspection device module 3 and the RFID all-in-one machine 4 give a signal to the intelligent switch KM, the intelligent switch KM is in a smooth state, and the door control machine 1 can control the swing gate machine 5 to open the door.

In summary, in the school entrance and exit electric vehicle control swing gate system, when in use, the entrance guard machine 1 comprises a face recognition module 101, a card swiping module 102 and a two-dimensional code scanning module 103, the entrance guard machine 1 is electrically connected with a swing gate control mainboard 2, the swing gate control mainboard 2 is electrically connected with a swing gate machine 5, a vehicle detector module 3 is electrically connected with an RFID all-in-one machine 4, the vehicle detector module 3 and the RFID all-in-one machine 4 are electrically connected with an intelligent switch KM, the system needs to install an RFID tag on a license plate of an electric vehicle which is registered in advance in a school and allowed to enter and exit, when a user of the system passes through a school entrance, the user can be detected by the vehicle detector module 3 and starts the RFID all-in-one machine 4 to recognize the RFID tag on the license plate of the electric vehicle, and after the recognition is successful and has no problem, the vehicle detector module 3 and the RFID all-in-one machine 4 give a signal to the intelligent switch KM, and a cyclist opens the swing gate machine 5 after the entrance guard is verified by the entrance guard machine 1, the electric bicycle is released, so that the effective electric bicycle control capability is provided on the premise of ensuring personnel control, the passing speed of the electric bicycle at a school entrance is improved, manual re-registration is not needed, and the entrance congestion is prevented; the system has three working modes, wherein the first mode is that when only pedestrians come in and go out without the accompanying electric vehicle, the pedestrians start the swing gate control main board 2 to control the swing gate machine 5 to be opened for passing through modes such as face verification, two-dimensional code or card swiping and the like through the access control machine 1, the vehicle inspection device module 3 does not detect the electric bicycle, the RFID integrated machine 4 does not work, the intelligent switch KM is in a unblocked state, and signals of the access control machine 1 are not blocked; secondly, when a rider comes in and goes out, but the bicycle is not provided with a tag or the tag is not authorized, the bicycle detector module 3 detects the electric bicycle, at this time, the RFID all-in-one machine 4 works, but the RFID tag is not identified or the RFID tag is not verified successfully, the intelligent switch KM is in an off state, the signal of the access control machine cannot pass, the rider cannot start the swing gate control main board 2 through the corresponding face identification module 101, the card swiping module 102 and the two-dimensional code scanning module 103 on the access control machine 1 to open the swing gate machine 5, and the swing gate machine 5 is kept closed and does not pass; and thirdly, people enter and exit by bike, when an authorized tag is arranged on the electric bicycle, the electric bicycle is detected by the car detector module 3, the RFID all-in-one machine 4 works at the moment, the RFID tag on the electric bicycle is identified and the tag information is verified, the intelligent switch KM recovers the unblocked state after the verification is passed, the signal of the access control machine 1 is not blocked, and the people start the swing gate control mainboard 2 through the corresponding face identification module 101, the card swiping module 102 and the two-dimensional code scanning module 103 on the access control machine 1 to open the swing gate machine 5 for passing. This system function is complete, has multiple mode, and is effectual manages and controls personnel and electric bicycle, prevents not register and go up the electric bicycle of label and get into the campus, ensures personnel's safety, and the better condition that prevents external vehicle and get into the campus takes place.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a school's access & exit electric motor car management and control swing gate system which characterized in that: including access control machine (1) and car inspection module (3), access control machine (1) includes face identification module (101), the module of punching the card (102) and two-dimensional code scanning module (103), access control machine (1) electric connection has pendulum floodgate control mainboard (2), pendulum floodgate control mainboard (2) electric connection has pendulum floodgate machine (5), car inspection module (3) electric connection has RFID all-in-one (4), car inspection module (3) and RFID all-in-one (4) electric connection intelligent switch KM.

2. The school entrance and exit electric vehicle control swing gate system according to claim 1, characterized in that: entrance guard's machine (1) networks through wired network, the opening and shutting of pendulum floodgate machine (5) is controlled in pendulum floodgate control mainboard (2).

3. The school entrance and exit electric vehicle control swing gate system according to claim 1, characterized in that: the vehicle inspection device module (3) is a ground induction coil type vehicle inspection device which is installed near the ground and used for identifying the electric bicycle.

4. The school entrance and exit electric vehicle control swing gate system according to claim 1, characterized in that: the identification range of the RFID integrated machine (4) is 1.2-2 meters, and the RFID integrated machine (4) is used for identifying RFID labels on license plates of electric bicycles.

5. The school entrance and exit electric vehicle control swing gate system according to claim 1, characterized in that: when the vehicle detector module (3) does not recognize the electric bicycle, the RFID all-in-one machine (4) does not work, and at the moment, the access control machine (1), the swing gate control main board (2) and the swing gate machine (5) work normally.

6. The school entrance and exit electric vehicle control swing gate system according to claim 1, characterized in that: the automobile inspection device module (3) identifies that the RFID all-in-one machine (4) works when the electric bicycle is operated, and at the moment, the operation of the swing gate control main board (2) and the swing gate machine (5) is controlled by the intelligent switch KM.