CN115233515A

CN115233515A - Intelligent security system

Info

Publication number: CN115233515A
Application number: CN202210869645.3A
Authority: CN
Inventors: 李涛
Original assignee: Individual
Current assignee: Shenzhen Jiecheng Tianrui Technology Co ltd
Priority date: 2022-07-22
Filing date: 2022-07-22
Publication date: 2022-10-25
Anticipated expiration: 2042-07-22
Also published as: CN115233515B

Abstract

The invention relates to the field of security protection, in particular to an intelligent security protection system, which comprises a main frame transversely arranged on a driving road surface, bottom plates respectively fixed at the front end and the rear end of the main frame, guide slope blocks arranged on the two bottom plates, an intercepting column penetrating through the upper end surface of the main frame and sliding in a telescopic manner, a lifting mechanism connected in the main frame and used for driving the intercepting column to stretch, a scanning device used for scanning license plates of vehicles, and a control module for receiving scanning information of the scanning device, wherein the lifting mechanism is controlled according to an instruction sent by the scanning information to enable the intercepting column to slide in a telescopic manner; the invention can better and stably carry out interception prevention and control on the vehicle.

Description

Intelligent security system

Technical Field

The invention relates to the field of security, in particular to an intelligent security system.

Background

Enterprises, factories, scenic spots, communities and communities need to limit the access of vehicles, license plate information of the vehicles often needs to be verified to be released, so that the vehicles are prevented from entering, and then the safety of the enterprises, the factories, the scenic spots, the communities and the communities is affected.

At present, a traditional mode for intercepting vehicles is to set a rotating rail or a rotating fence, but the rotating rail is generally a single rod, the rod body is thin and easy to be broken by people, and interception prevention and control cannot be continuously performed, and the rotating fence is thin and easy to be broken by people, and is easy to be broken by wind when wind is large, so that interception prevention and control are affected.

Disclosure of Invention

The invention aims to provide an intelligent security system which can better and stably intercept, prevent and control vehicles.

The purpose of the invention is realized by the following technical scheme:

the utility model provides an intelligent security system, including transversely setting up the main frame on the driving road surface, and fix the bottom plate at both ends around the main frame respectively, and set up the direction sloping piece on two bottom plates, and run through the up end of main frame and carry out the gliding interception post that stretches out and draws back, and connect and be used for the flexible elevating system of transmission interception post in the main frame, and be used for scanning vehicle license plate's scanning device, and receive scanning device's scanning information's control module, send out the instruction according to scanning information, control elevating system, make and intercept the flexible slip of post.

The lifting mechanism comprises a transverse plate fixed in the main frame, a screw rod is rotated on the transverse plate, a threaded plate is connected to the screw rod in a threaded mode and fixedly connected with the two intercepting columns, a motor is installed on the transverse plate, and the motor is in transmission connection with the screw rod.

The device is characterized by further comprising a transmission pipe which rotates on the side face of the main frame, the transmission pipe is in transmission connection with the screw rod, and a transmission shaft is connected in the transmission pipe, a supporting arm plate is fixed at the outer end of the transmission shaft, and a holding rod is connected to the supporting arm plate.

Drawings

FIG. 1 is a first schematic structural diagram of an intelligent security system;

FIG. 2 is a schematic structural diagram II of the intelligent security system;

FIG. 3 is a schematic diagram of a partial structure of the intelligent security system I;

FIG. 4 is a schematic diagram of a partial structure of the intelligent security system;

FIG. 5 is a schematic diagram of a partial structure of the intelligent security system;

FIG. 6 is a schematic diagram of explosion of a local structure of the intelligent security system;

FIG. 7 is a schematic diagram of a partial structure of the intelligent security system;

FIG. 8 is a schematic diagram six of a partial structure of the intelligent security system;

FIG. 9 is a seventh schematic view of a local structure of the intelligent security system;

FIG. 10 is a schematic diagram eight of a partial structure of the intelligent security system;

FIG. 11 is a schematic flow chart of the smart security system.

In the figure:

a main frame 101; a mounting groove 102; a bottom plate 103; a guide ramp block 104; a connecting frame 105; a mast head 106; a transverse plate 107;

a interception post 201; a thread plate 202; a screw 203; a motor 204; a drive tube 205; a grip 206; a limit key 207; a spline shaft 208; a drive shaft 209; a support arm plate 210;

a transverse roller I301; a guide plate 302; a mounting hole 303; a support frame 304; a limit elastic mechanism 305; an escape aperture 306;

an extension plate 401; an indicator light 402; a horizontal roller II 403; a tension spring 404;

a scanning camera 501; mounting a shaft 502; arc plate teeth 503; a carriage 504; a sled 505; a spring I506; a crossbar frame 507; and a spring II 508.

Detailed Description

As shown in fig. 1-11:

the utility model provides an intelligent security system, including main frame 101, bottom plate 103, direction sloping piece 104, interception post 201, elevating system, scanning device and control module, main frame 101 transversely sets up on the driving road surface, two bottom plates 103 are fixed respectively at main frame 101 front and back both ends, two direction sloping pieces 104 set up respectively on two bottom plates 103, two interception posts 201 run through the up end of main frame 101 and slide that stretches out and draws back, elevating system connects and is used for the transmission to intercept post 201 flexible in main frame 101, scanning device is used for scanning vehicle license plate, control module is used for receiving scanning device's scanning information, and send out the order according to scanning information, control elevating system, make interception post 201 slide that stretches out and draws back.

When the vehicle intercepting device is used, the main frame 101 and the two bottom plates 103 are installed on a driving road surface along the road surface direction to form interception of vehicles on the road surface, when the vehicles travel to the guide slope block 104, the license plates of the vehicles are scanned through the scanning device, scanning information is transmitted to the control module, the scanning information is analyzed and compared through the control module, whether the license plates are registered license plates or not is judged, and when the license plates are not registered, the control module does not send an instruction, so that the intercepting column 201 is kept in a state of extending out of the upper end surface of the main frame 101, and the vehicles are intercepted; when the license plate of the vehicle is a registered license plate, the control module sends an instruction to control the lifting mechanism to start, the lifting mechanism drives the intercepting column 201 to retract into the main frame 101, so that the vehicle moves onto the main frame 101 along the guide slope block 104, the guide slope block 104 on the other side moves downwards to the road surface to advance after passing through the main frame 101, and the control module sends an instruction to control the lifting mechanism to enable the intercepting column 201 to extend out of the main frame 101 after the vehicle leaves the main frame 101; therefore, intelligent interception of vehicles is formed, and security control of an installation road is achieved;

the interception is carried out by the expansion and contraction of the interception column 201, so that the wind-resistant interception device is not influenced by strong wind and is not easy to be damaged manually; meanwhile, the main frame 101 is matched with the two guide slope blocks 104, so that the intercepting position is higher than the road surface, and pedestrians cannot conveniently pass through the intercepting position, and therefore the phenomenon that the blocking column 201 accidentally injures the pedestrians when stretching is effectively avoided.

As shown in fig. 4-5:

the lifting mechanism comprises a transverse plate 107, a threaded plate 202, a screw rod 203 and a motor 204, wherein the transverse plate 107 is fixed in the main frame 101, the screw rod 203 rotates on the transverse plate 107, the threaded plate 202 is in threaded connection with the screw rod 203, the two intercepting columns 201 are fixed on the threaded plate 202, the motor 204 is installed and fixed on the transverse plate 107, and the motor 204 is in transmission connection with the screw rod 203.

The control module controls the motor 204, the motor 204 is started, the transmission screw 203 rotates, then the screw 203 performs thread transmission on the threaded plate 202 through threads, the threaded plate 202 goes up and down along the screw 203, and then the two interception posts 201 are driven to move up and down in the main frame 101, so that the two interception posts 201 move in a telescopic manner on the upper end face of the main frame 101.

As shown in fig. 5-6:

the novel electric welding machine further comprises a transmission pipe 205, a transmission shaft 209, a support arm plate 210 and a holding rod 206, wherein the transmission pipe 205 rotates on the side face of the main frame 101, the transmission pipe 205 is in transmission connection with the screw rod 203, the transmission shaft 209 is connected into the transmission pipe 205, the support arm plate 210 is fixed at the outer end of the transmission shaft 209, and the holding rod 206 is connected onto the support arm plate 210.

When power is off, the motor 204 cannot be started, the holding rod 206 can be rotated, the holding rod 206 drives the transmission shaft 209 to rotate by taking the axis of the holding rod as a shaft through the supporting arm plate 210, and then the transmission pipe 205 is driven to rotate, so that transmission to the screw rod 203 is formed, the screw rod 203 is rotated, and manual telescopic control of the two intercepting columns 201 is completed.

Further:

the limiting key 207 is arranged at the end of the inner wall of the transmission tube 205 far away from the screw 203, the key groove shaft 208 is arranged at the inner end of the transmission shaft 209, and the key groove shaft 208 slides in the transmission tube 205.

Because the motor 204 and the transmission pipe 205 are in transmission connection with the screw 203, when the motor 204 transmits the rotation of the screw 203, the screw 203 will drive the arm supporting plate 210 and the holding rod 206 to rotate on the side of the main frame 101;

in order to avoid the danger to the pedestrians passing nearby when the supporting arm plate 210 and the holding rod 206 rotate passively, a limiting key 207 and a key groove shaft 208 are arranged, when electricity is available, the transmission shaft 209 drives the key groove shaft 208 to be inserted into the transmission tube 205, when the screw 203 transmits the rotation of the transmission tube 205, the key groove shaft 208 slides on the inner wall of the transmission tube 205, and transmission is not performed between the key groove shaft 208 and the transmission tube 205; when power is off, the supporting arm plate 210 is pulled outwards, so that the transmission shaft 209 drives the key groove shaft 208 to slide to the position of the limit key 207 and is matched with the limit key 207, and the supporting arm plate 210 is rotated, so that the transmission shaft 209 can drive the transmission pipe 205 to rotate, and transmission of the screw rod 203 is formed;

the end of the transmission pipe 205 is provided with a limiting plate to prevent the key groove shaft 208 from sliding out of the transmission pipe 205.

Further:

the grip 206 is rotatably connected to the arm plate 210, and the grip 206 can be inserted into the side of the main frame 101 when the spline shaft 208 slides into the transmission tube 205.

The side of the main frame 101 is provided with a concave groove, a concave hole is arranged in the concave groove, a connecting shaft is arranged at the end, far away from the transmission shaft 209, of the arm plate 210, the holding rod 206 rotates on the connecting shaft, when the device is used, the holding rod 206 rotates around the connecting shaft, the holding rod 206 is made to extend towards the direction far away from the main frame 101, so that the transmission shaft 209 can be conveniently rotated through the holding rod 206, when the device is not used, the holding rod 206 rotates around the connecting shaft and extends towards the direction close to the main frame 101, then the arm plate 210 is pushed inwards, the keyway shaft 208 slides into the transmission pipe 205, meanwhile, the arm plate 210 enters the concave groove, the holding rod 206 is inserted into the concave hole, so that the arm plate 210 and the holding rod 206 cannot protrude out of the side of the main frame 101, and people or objects passing by the side of the main frame 101 are prevented from being scraped.

As shown in fig. 7-8:

horizontal roller I301 rotates on the direction sloping piece 104, and deflector 302 is fixed on horizontal roller I301, and support frame 304 sets up in the below that deflector 302 is close to main frame 101 end, and both ends around main frame 101 are fixed respectively to two links 105, and spacing elastic mechanism 305 is connected between support frame 304 and the link 105 of corresponding side, and the middle part at deflector 302 is established to mounting hole 303, and scanning device installs in mounting hole 303.

The limiting elastic mechanism 305 consists of a connecting sliding rod, a connecting sliding sleeve and a supporting spring, one end of the connecting sliding rod rotates on the supporting frame 304, the other end of the connecting sliding rod slides in the connecting sliding sleeve, the other end of the connecting sliding sleeve rotates on the connecting frame 105, the supporting spring is arranged between the connecting sliding rod and the connecting sliding sleeve, the connecting sliding rod and the connecting sliding sleeve are far away from each other through the elasticity of the supporting spring, and a limiting block is arranged between the connecting sliding rod and the connecting sliding sleeve, so that the connecting sliding rod and the connecting sliding sleeve cannot be pushed to be separated by the elasticity of the supporting spring;

therefore, the connecting sliding rod and the connecting sliding sleeve slide to the longest length through the elasticity of the supporting spring to form a support for the supporting frame 304, the guide plate 302 rotates on the guide slope block 104 by taking the transverse roller I301 as an axis, and the gradient between the guide plate 302 and the bottom plate 103 is steeper, so that the horizontal position of the scanning device installed in the installation hole 303 is raised, and the license plate of the vehicle can be better scanned;

when a vehicle passes through, the vehicle firstly moves onto the guide slope block 104 to enable the vehicle to have a certain inclination, then moves onto the guide plate 302, the guide plate 302 is pressed by the weight of the vehicle, the guide plate 302 rotates on the guide slope block 104 by taking the transverse roller I301 as an axis until the support frame 304 is tightly pressed on the bottom plate 103, at the moment, the guide plate 302 is kept still, the vehicle can move onto the main frame 101 from the guide plate 302, then descends to the ground through the guide plate 302 on the other side, and continues to move;

after the vehicle passes through the guide plate 302, the elastic force of the supporting spring automatically pushes the guide plate 302 to return to the original position; the arrangement of the transverse roller I301 can facilitate the automobile to stably move to the guide plate 302 on the transverse roller I301 from the guide slope block 104; and the slope of the guiding slope block 104 guides the automobile firstly, so that the automobile has a moving slope degree and then moves onto the guide plate 302, and the problem that some vehicles with lower chassis cannot be directly pressed on the guide plate 302 is avoided.

As shown in fig. 7-9:

two mounting grooves 102 are respectively arranged at the upper ends of the front side and the rear side of the main frame 101, two horizontal rollers II 403 are respectively rotated in the mounting grooves 102, an extension plate 401 is fixed on the horizontal rollers II 403, and a tension spring 404 is arranged between the extension plate 401 and the connecting frame 105 at the corresponding side, so that the extension plate 401 is overlapped at the upper end of the guide plate 302.

By arranging the extension plate 401, the extension plate 401 is placed at the upper end of the guide plate 302, so that the extension plate 401 extends out of the guide plate 302 in the direction away from the main frame 101, and people or objects which cannot press down the guide plate 302 cannot move onto the main frame 101 along the guide plate 302 due to the obstruction of the extending end of the extension plate 401, thereby effectively avoiding non-vehicles from passing by the guide plate;

when the vehicle passes by, the vehicle presses the guide plate 302 to the supporting frame 304 to be tightly pressed on the bottom plate 103, at the moment, the extension plate 401 loses the support of the guide plate 302 and is influenced by self gravity to rotate around the transverse roller II 403 as an axis to be attached to the guide plate 302, so that the vehicle can move to the extension plate 401 along the guide plate 302 and then move to the main frame 101 through the transverse roller II 403;

by the arrangement of the tension spring 404, the extension plate 401 can better rotate along with the guide plate 302 by taking the horizontal roller II 403 as an axis; the matching of the mounting groove 102 and the horizontal roller II 403 is convenient for the vehicle to smoothly move onto the main frame 101 from the extension plate 401

And through the arrangement of the extension plate 401, when the vehicle moves to the extension plate 401 on the other side after passing through the main frame 101, the guide plate 302 can be rotated directly by pressing the extension plate 401, and then the vehicle can be moved to the ground smoothly.

And further:

an indicator lamp 402 is installed in the middle of the end of the extension plate 401 far away from the transverse roller II 403, and an avoiding hole 306 is formed in the guide plate 302 for avoiding the indicator lamp 402.

Because the guide plate 302 is extended from the end of the extension plate 401, which is far away from the horizontal roller II 403, and an object moving on the guide plate 302 is blocked, the indicator lamp 402 is arranged for indicating, so that dangers are avoided, and the condition that the object is difficult to see at night is particularly avoided;

the position of the avoiding hole 306 is convenient for the indicator 402 to enter the avoiding hole 306 when the extension board 401 is attached to the guide board 302, so that the indicator 402 is prevented from being damaged.

As shown in fig. 10:

the scanning device comprises a scanning camera 501 and two installation shafts 502, wherein the two installation shafts 502 are respectively fixed on two sides of the scanning camera 501, and the two installation shafts 502 rotate on two sides of the installation hole 303.

The scanning camera 501 is mounted in the mounting hole 303 through the mounting shaft 502 and is used for scanning a license plate of a vehicle.

Further:

the vertical rod frame 106 is fixed on the bottom plate 103, the sliding plate 505 vertically slides on the vertical rod frame 106, the cross rod frame 507 is fixed on the sliding plate 505 and is close to the end of the main frame 101, the sliding frame 504 slides on the cross rod frame 507, the two arc plate teeth 503 are respectively fixed at two ends of the sliding frame 504, the two arc plate teeth 503 are respectively meshed with the two mounting shafts 502 for transmission connection, the spring I506 is arranged between the sliding plate 505 and the bottom plate 103, the cross rod frame 507 is provided with the spring II 508 for tightly propping against the sliding frame 504, and the sliding frame 504 is close to the main frame 101.

When the guide plate 302 rotates downwards with the transverse roller I301 as an axis, the two mounting shafts 502 simultaneously press the two arc plate teeth 503 downwards, the two arc plate teeth 503 press the sliding plate 505 downwards through the sliding frame 504 and the transverse rod frame 507, so that the sliding plate 505 presses the spring I506, meanwhile, due to the arc arrangement of the arc plate teeth 503, the two mounting shafts 502 press the arc plate teeth 503 towards the direction away from the main frame 101, so that the arc plate teeth 503 drive the sliding frame 504 to slide on the transverse rod frame 507, and the spring II 508 is pressed, so that the mounting shafts 502 and the arc plate teeth 503 are displaced relatively, transmission on the mounting shafts 502 is formed, the mounting shafts 502 drive the scanning camera 501 to rotate into the mounting hole 303, and protection on the scanning camera 501 is formed;

meanwhile, through the elastic forces of the spring I506 and the spring II 508, when the guide plate 302 is not pressed, the scanning camera 501 can be rotated out from the mounting hole 303, and the scanning of the scanning camera 501 for the vehicle is further facilitated.

Claims

1. The utility model provides an intelligent security system which characterized in that: including horizontal main frame (101) that sets up on the driving road surface, and fix bottom plate (103) at main frame (101) front and back both ends respectively, and direction sloping block (104) of setting on two bottom plates (103), and run through two interception posts (201) that the up end of main frame (101) carries out flexible slip, and connect and be used for the flexible elevating system of transmission interception post (201) in main frame (101), and be used for the scanning device of scanning vehicle license plate, and receive scanning device's scanning information's control module, control module sends the instruction according to scanning information, control elevating system, make interception post (201) flexible slip.

2. The intelligent security system of claim 1, wherein: the lifting mechanism comprises a transverse plate (107) fixed in the main frame (101), a screw rod (203) is rotated on the transverse plate (107), a threaded plate (202) is connected to the screw rod (203) in a threaded mode, the threaded plate (202) is fixedly connected with the two intercepting columns (201), a motor (204) is installed on the transverse plate (107), and the motor (204) is in transmission connection with the screw rod (203).

3. The intelligent security system of claim 2, wherein: the novel electric wrench is characterized by further comprising a transmission pipe (205) rotating on the side face of the main frame (101), the transmission pipe (205) is in transmission connection with the screw rod (203), the transmission shaft (209) is connected into the transmission pipe (205), a support arm plate (210) is fixed at the outer end of the transmission shaft (209), and a holding rod (206) is connected onto the support arm plate (210).

4. The intelligent security system of claim 3, wherein: the end of the inner wall of the transmission pipe (205), which is far away from the screw rod (203), is provided with a limiting key (207), the inner end of the transmission shaft (209) is provided with a key groove shaft (208), and the key groove shaft (208) slides in the transmission pipe (205).

5. The intelligent security system of claim 4, wherein: the holding rod (206) is rotatably connected with the arm plate (210), and the holding rod (206) can be inserted into the side surface of the main frame (101) when the key groove shaft (208) slides into the transmission pipe (205).

6. The intelligent security system of claim 1, wherein: it has horizontal roller I (301) to rotate on direction sloping piece (104), is fixed with deflector (302) on horizontal roller I (301), and the below that deflector (302) are close to main frame (101) end is equipped with support frame (304), and both ends all are fixed with link (105) around main frame (101), be connected with spacing elastic mechanism (305) between support frame (304) and link (105) that correspond the side, the middle part of deflector (302) is equipped with mounting hole (303), and scanning device installs in mounting hole (303).

7. The intelligent security system of claim 6, wherein: the upper ends of the front side and the rear side of the main frame (101) are provided with mounting grooves (102), transverse rollers II (403) rotate in the mounting grooves (102), extension plates (401) are fixed on the transverse rollers II (403), and tension springs (404) are mounted between the extension plates (401) and the connecting frames (105) on the corresponding sides, so that the extension plates (401) are placed at the upper ends of the guide plates (302).

8. The intelligent security system of claim 7, wherein: the middle part of the extending plate (401) far away from the end of the transverse roller II (403) is provided with an indicator lamp (402), and the guide plate (302) is provided with an avoiding hole (306) for avoiding the indicator lamp (402).

9. The intelligent security system of claim 6, wherein: the scanning device comprises a scanning camera (501) and mounting shafts (502) fixed on two sides of the scanning camera (501), wherein the two mounting shafts (502) rotate on two sides of the mounting hole (303).

10. The intelligent security system of claim 9, wherein: the novel sliding rack is characterized in that a vertical rod frame (106) is fixed on the bottom plate (103), a sliding plate (505) vertically slides on the vertical rod frame (106), a cross rod frame (507) is fixed on the sliding plate (505) close to the main frame (101), a sliding frame (504) slides on the cross rod frame (507), arc plate teeth (503) are fixed at two ends of the sliding frame (504), the two arc plate teeth (503) are respectively connected with two mounting shafts (502) in a meshed transmission mode, a spring I (506) is arranged between the sliding plate (505) and the bottom plate (103), a spring II (508) is arranged on the cross rod frame (507) to tightly support the sliding frame (504), and the sliding frame (504) is close to the main frame (101).