CN210199987U - Intelligent traffic control system - Google Patents
Intelligent traffic control system Download PDFInfo
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- CN210199987U CN210199987U CN201921499511.7U CN201921499511U CN210199987U CN 210199987 U CN210199987 U CN 210199987U CN 201921499511 U CN201921499511 U CN 201921499511U CN 210199987 U CN210199987 U CN 210199987U
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Abstract
The utility model provides a wisdom traffic management and control system, including PC customer end, mobile client, management and control end, wide area network, power terminal, core terminal and subentry control end. The PC client and the mobile client are used for manual control and transmitting control instructions to the control end, the control end receives the instructions and sends the instructions to the wide area network, and the core terminal receives, analyzes and transmits the instructions to the subentry control end for control. Wisdom traffic management and control system front end equipment mainly comprises variable information board, alert five main release units of flashing light, high frequency loudspeaker, warning sign, camera, but loudspeaker real-time broadcast pronunciation, recording or warning whistle sound. The flashing light stimulates the prompt by flashing at a high frequency. The camera belongs to real-time video recording, can be adjusted and taken, can check road conditions in real time, and is convenient for a controller to make better control judgment and intervene in the road to the current road conditions. Through the mode of the acousto-optic words, the attention of the passing drivers is attracted in three aspects, and the effect of management and control is achieved.
Description
Technical Field
The utility model relates to a road vehicle's traffic control system, specifically speaking are wisdom traffic management and control system.
Background
The secondary accidents on the highway frequently occur for years, particularly the secondary accidents on long downhill and curve road sections are very obvious in risk, the reasons are corrected, 90% of the secondary accidents are caused by the fact that the following vehicles do not know the traffic jam and the accident ahead and do not take measures and psychological preparation in advance, the traditional shunting and intercepting modes need to be in place for a long time and control the traffic flow, and an emergency blank period of 10-30 minutes exists. In the emergency blank period, the risk of secondary accidents is huge but difficult to solve.
Some information issuing and reminding supporting facilities are established on the expressway at present, but the traditional information issuing and reminding facilities belong to, and the traditional facilities have single reminding, channel, induction, function and mode and cannot arouse the attention and the alertness of drivers and passengers. In addition, through years of management experience of the high-speed traffic police, analysis shows that only the urgency, importance, excitement and authority of strengthening issued information from the aspects of hearing, vision and sense of a driver can be effectively controlled, and the control equipment can remotely intervene and control vehicles in the coming and going directions by combining with an alarm lamp, a loudspeaker, a variable information board, a camera and an auxiliary instruction mark.
Disclosure of Invention
For scientific nature, the accuracy of further improvement law enforcement and supervision, the utility model provides a receive behind the warning phone ability very first time start-up system, can be at the wisdom traffic management and control system of long-range intervention and management and control incoming and outgoing vehicle.
The utility model aims at realizing through the following technical scheme: a smart traffic control system comprises a PC client, a mobile client, a control end, a wide area network, a power supply terminal, a core terminal and a subentry control end. The PC client and the mobile client are used for manual control and transmitting control instructions to the control end, the control end receives the instructions and sends the instructions to the wide area network, and the core terminal receives, analyzes and transmits the instructions to the subentry control end for control.
The core terminal comprises a CPU main controller, a three-network-communication 4G module, a wired/wireless network interface, a storage battery, an encryption/decryption device, a storage device, an image processor, a positioning module and a box body temperature sensor.
The control command is transmitted to the encryption/decryption device through the three-network-through 4G or wired wireless network interface of the core terminal, the command is encrypted and transmitted to the memory, the corresponding command is stored and backed up conveniently and then checked, the corresponding command is transmitted to the image processor and finally transmitted to the CPU main controller, the CPU main controller performs command issuing control, and the operation of the whole device is achieved. The storage battery is respectively connected with the CPU main controller, the three-way 4G and the encryption/decryption device, and under the condition of power failure, the CPU main controller sends an instruction to maintain the running of the equipment by starting the electric quantity of the storage battery.
The CPU main controller is respectively connected with the positioning module, the box body temperature sensor, the box opening alarm, the memory, the video analysis module, the multi-picture processor, the audio module, the I/O module, the digital analyzer, the automatic detection restarting device, the itemized circuit module and the fault detection module, so as to achieve feedback transmission of positions, and the temperature feedback of the external box body facilitates real-time monitoring of equipment safety, information feedback of non-working personnel box opening alarm, data calling and storage, feedback and processing of field pictures, feedback and processing of receiving and sending audio information, when the equipment finds problems by self-checking, the equipment can automatically detect, restart and feed back information to the CPU main controller, current shunting and use distribution, and a fault self-checking function and an information feedback function.
On the other hand, the CPU main controller is also respectively connected with a caption controller, a picture acquisition controller, a multimedia controller, an audio controller, a video acquisition controller, a picture acquisition controller, a sound acquisition device, a digital debugging controller, a weather data acquisition controller, an acquisition controller and a mobile temperature acquisition controller of the subentry control end.
The caption controller, the picture collection controller and the multimedia controller are electrically connected with the variable information board, the CPU main controller transmits control information, and then the control information is transmitted to the caption controller, the picture collection controller and the multimedia controller and finally transmitted to the variable information board, and the information is reversely fed back.
The audio controller is sequentially electrically connected with the audio amplifier and the tweeter, receives the control information, transmits the audio information, processes the audio information by the audio amplifier, and finally plays the audio information by the tweeter, and reversely feeds back the information.
The video acquisition controller and the picture acquisition controller are connected with the camera, and after the CPU main controller sends an instruction, video or picture information in the camera can be acquired, paid attention in real time and fed back reversely.
The sound collector is connected with the sound pick-up to realize on-site sound collection and reversely feed back information.
The digital debugging controller is connected with the flashing light, and after receiving the information, the flashing light is started through the controller and the information is fed back reversely.
The weather data acquisition controller is respectively connected with the temperature and humidity sensor, the heavy rain sensor and the visibility sensor, can monitor the on-site weather condition in real time and feeds back the on-site weather condition to the CPU main controller.
The acquisition controller is respectively connected with the metal controller and the infrared sensor and reversely feeds back information.
The mobile temperature acquisition controller is respectively connected with the non-contact sensor and the area image sensor and reversely feeds back information.
All the reverse feedback information can feed back the information of the reverse feedback information to the CPU main controller to carry out self-overhaul in the modes of self-checking, restarting and the like.
The power supply terminal comprises a power supply terminal CPU, a commercial power, lightning protection, a power protector, a voltage stabilizing and current supplementing device, a transformer, a voltage stabilizer, a solar panel, lightning protection, a solar controller, a battery pack, an intelligent switching power supply controller and an electric quantity server. The electric quantity server comprises a conversion power supply monitor, an electric quantity server CPU, an electric quantity monitor, a power supply module 5V, a power supply module 12V, a power supply module 24V, a power supply module 96V, a power supply module 110V and a power supply module 220V.
The power terminal is externally connected with a mains supply and a solar panel. The first power supply method: the mains supply is connected with lightning protection, then is shunted to a voltage stabilizing and current supplementing device converting transformer by the power supply protector, is transmitted to the voltage stabilizer, finally transmits current control to the power supply terminal CPU, and is shunted to the core terminal CPU main controller and the electric quantity server by the power supply terminal CPU 90; the solar panel in the second power supply mode is connected with the lightning protection and transmitted to the solar controller, stores electric quantity to the battery pack, then is connected with the voltage stabilizing and current supplementing device, passes through the transformer and the voltage stabilizer and finally is connected with the power terminal CPU. Meanwhile, the solar controller is connected with the power protector, the power terminal CUP is connected with the intelligent switching power supply controller, the intelligent switching power supply controller transmits which power supply mode is used for the power terminal CPU when the power supply mode is used, and the power terminal CPU transmits the power supply mode back to the CUP main controller.
The electric quantity server is integrally connected with the power supply terminal CPU and the CPU main controller, the switching power supply monitor is mutually connected with the electric quantity server CPU, and the voltage switching of the power supply module is controlled through the switching power supply detector. The electric quantity monitor and the current inductor are respectively connected with the CPU of the electric quantity server, and the electric quantity server detects the residual condition of the electric quantity and feeds back the CUP.
① its beneficial effect is that wisdom traffic management and control system front end equipment mainly comprises variable information board, alert flashing light, high frequency loudspeaker, warning sign, five main release units of camera, loudspeaker broadcast pronunciation in real time, recording or warning flute sound.
② the wisdom traffic control system can indicate the accident frequently-occurring road section in daily life, and carry out remote monitoring, can shoot the accident process through the camera after the accident, and send the accident information of shooing to mobile client and management and control end through the wide area network, just can in time know the condition at the scene of accident under the condition of no traffic police arrival, and through remote control's mode, the accident management and control is made the very first time, give the management and control suggestion of coming the car in the rear through the management and control mode of multichannel, avoid secondary accident after an accident, and accomplish the basic work of traffic management and control, induction, reposition of redundant personnel according to the preliminary plan in the management and control suggestion, the flashing light and the loudspeaker alarm can adjust alarm sound and flashing frequency according to the degree of danger far and near from the scene of accident, this system accomplishes management and control, induction, reposition of redundant personnel work when accomplishing the accident and control work again, traffic management and control treatment efficiency has been improved.
③ the variable information board can receive the display instruction sent by the computer of the monitoring center and send a response signal to confirm whether the sent information is accurate and effective or not and whether the display is successful or not, and when the computer of the monitoring center polls, the working state information of the information board can be returned.
④ the system has the function of one-key single-point starting and one-key batch starting, the function of one-key single-point starting single equipment or one-key batch starting single equipment, the issued management and control information distributes default information and selection information, the system can rapidly add the management and control information, the alarm point and the system can operate the equipment forming management and control according to the requirement, the system can accurately report the equipment fault by collecting the front-end information, and the monitoring video is remotely called.
Drawings
The present invention will be further explained with reference to the drawings and the embodiments.
Fig. 1 the utility model discloses traffic management and control system functional structure schematic diagram.
Detailed Description
As shown in fig. 1, an intelligent traffic control system includes a PC client 1, a mobile client 2, a control terminal 3, a wide area network 4, a power terminal 9, a core terminal 5, and a branch control terminal 6. The PC client 1 and the mobile client 2 are used for manual control, transmitting control instructions to the control end 3, the control end 3 receiving the instructions and sending the instructions to the wide area network 4, and the core terminal 5 receiving, analyzing and transmitting the instructions to the item control end 6 for control.
The core terminal 5 comprises a CPU main controller 50, a three-network-communication 4G module 51, a wired/wireless network interface 52, a storage battery 53, an encryption/decryption device 54, a storage 55, an image processor 56, a positioning module 57 and a box body temperature sensor 58.
The control command is transmitted to the encryption/decryption device 54 through the three-network-through 4G module 51 or the wired wireless network interface 52 of the core terminal 5, the command is encrypted and transmitted to the memory 55, the corresponding command is stored and backed up for convenient later viewing, and then transmitted to the image processor 56 and finally transmitted to the CPU main controller 50, and the CPU main controller 50 performs command issuing control, so as to achieve the operation of the whole device. The storage battery is respectively connected with the CPU main controller, the three-way 4G and the encryption/decryption device, and under the condition of power failure, the CPU main controller sends an instruction to maintain the running of the equipment by starting the electric quantity of the storage battery.
The CPU main controller 50 is connected to the positioning module 57, the box body temperature sensor 58, the box opening alarm 59, the memory 60, the video analysis module 72, the multi-picture processor 73, the audio module 74, the I/O module 75, the digital analyzer 76, the automatic detection restart device 77, the item circuit module 78, and the fault detection module, respectively.
On the other hand, the CPU main controller 50 is also connected to the subtitle controller 61, the picture taking controller 62, the multimedia controller 63, the audio controller 64, the video taking controller 65, the picture taking controller 66, the sound taking device 67, the digital debugging controller 68, the weather data taking controller 69, the taking controller 70, and the mobile temperature taking controller 71 of the itemizing control terminal 6, respectively. The caption controller 61, the picture collection controller 62 and the multimedia controller 63 are electrically connected to the variable information board 110.
The audio controller 64 is electrically connected to the audio amplifier 111 and the tweeter 112 in sequence, receives the control information, transmits the audio information, processes the audio information by the audio amplifier 111, and finally plays the audio information by the tweeter 112, and feeds back the information in the reverse direction. The video acquisition controller 65 and the picture acquisition controller 66 are connected with the camera 113, and after the CPU main controller 50 sends an instruction, video or picture information in the camera 113 can be retrieved, followed by real-time attention and reverse feedback of information.
The sound collector 67 is connected with the sound collector 114 to collect the live sound and feed back the information reversely.
The digital debugging controller 68 is connected with the flashing light 115, and after receiving the information, the controller turns on the flashing light 115 and feeds back the information reversely.
The weather data acquisition controller 69 is connected with a temperature and humidity sensor 116, a heavy rain sensor 117 and a visibility sensor connection 118 respectively, can monitor the on-site weather conditions in real time, and feeds back the conditions to the CPU main controller 50.
The collection controller 70 is connected to the metal controller 119 and the infrared sensor 120, respectively, and feeds back information in the reverse direction.
The mobile temperature acquisition controller 71 is connected to the non-contact sensor 121 and the area image sensor 121, respectively, and feeds back information in reverse.
All the reverse feedback information can feed back whether the information is normal or failure or what condition to the CPU main controller 50, and self-overhaul in the modes of self-checking, restarting and the like is carried out.
The power terminal 9 comprises a power terminal CPU90, a commercial power 91, a lightning protection device 92, a power protector 93, a voltage stabilizing and current supplementing device 94, a transformer 95, a voltage stabilizer 96, a solar panel 97, a lightning protection device 98, a solar controller 99, a battery pack 100, an intelligent switching power controller 101 and an electric quantity server 8. The power server 8 comprises a switching power supply monitor 81, a power server CPU82, a power monitor 83, a power module 5V84, a power module 12V85, a power module 24V86, a power module 96V87, a power module 110V88 and a power module 220V 89.
The power terminal 9 is externally connected with a mains supply 91 and a solar panel 97. The first power supply method: the mains supply 97 is connected with the lightning protection 92, then is shunted to the voltage stabilization current supplementing device 94 through the power supply protector 93 to be converted into a transformer 95, is transmitted to the voltage stabilizer 96, finally is used for controlling and transmitting the current to the power supply terminal CPU90, and is shunted to the core terminal 5 and the electric quantity server 8 through the power supply terminal CPU 90; the second power supply mode solar panel 97 connects lightning protection 98 and transmits to solar control unit 99, save electric quantity to group battery 100, access steady voltage benefit electric current ware 94 again, cross transformer 95 again, stabiliser 96, access power terminal CPU90 at last, simultaneously, solar control unit 99 is connected with power protector 93, power terminal CUP90 connects intelligent switching power supply controller 101, what kind of power supply mode of use when being transferred by intelligent switching power supply controller 101 gives power terminal CPU90, return CUP main control unit by power terminal CPU 90.
The entire power server 8 is connected to the power terminal CPU90 and the CPU main controller, and the switching power supply monitor 81 is connected to the power server CPU82, and the switching power supply detector 81 controls the voltage switching of the power supply module. The power monitor 83 and the current sensor 123 are connected to the power server CPU82, respectively, and the power server 82 detects the remaining power and feeds back the power terminal CUP 90.
Claims (1)
1. A smart traffic control system comprises a PC client, a mobile client, a control end, a wide area network, a power supply terminal, a core terminal and a subentry control end; the method is characterized in that: the PC client and the mobile client are used for manual control and transmitting a control instruction to the control end, the control end receives the instruction and sends the instruction to the wide area network, and the core terminal receives, analyzes and transmits the instruction to the subentry control end for control;
the core terminal comprises a CPU main controller, a three-network-communication 4G module, a wired/wireless network interface, a storage battery, an encryption/decryption device, a storage device, an image processor, a positioning module and a box body temperature sensor; the control instruction is transmitted to the encryption/decryption device through a three-way 4G or wired wireless network interface of the core terminal, transmitted to the memory, transmitted to the image processor and finally transmitted to the CPU main controller; the storage battery is respectively connected with the CPU main controller, the three-way gateway 4G and the encryption/decryption device;
the CPU main controller is respectively connected with the positioning module, the box body temperature sensor, the box opening alarm, the memory, the video analysis module, the multi-picture processor, the audio module, the I/O module, the digital analyzer, the automatic detection restarting device, the item division circuit module and the fault detection module;
on the other hand, the CPU main controller is also respectively connected with a caption controller, a picture acquisition controller, a multimedia controller, an audio controller, a video acquisition controller, a picture acquisition controller, a sound acquisition device, a digital debugging controller, a weather data acquisition controller, an acquisition controller and a mobile temperature acquisition controller at the subentry control end;
the caption controller, the picture acquisition controller and the multimedia controller are electrically connected with the variable information board; the audio controller is electrically connected with the audio amplifier and the tweeter in sequence; the video acquisition controller and the picture acquisition controller are connected with the camera; the sound collector is connected with the sound pick-up; the digital debugging controller is connected with the flashing light; the weather data acquisition controller is respectively connected with the temperature and humidity sensor, the heavy rain sensor and the visibility sensor; the acquisition controller is respectively connected with the metal controller and the infrared sensor; the mobile temperature acquisition controller is respectively connected with the non-contact sensor and the area image sensor;
the power supply terminal comprises a power supply terminal CPU, commercial power, lightning protection, a power supply protector, a voltage stabilizing and current supplementing device, a transformer, a voltage stabilizer, a solar panel, lightning protection, a solar controller, a battery pack, an intelligent switching power supply controller and an electric quantity server; the electric quantity server comprises a switching power supply monitor, an electric quantity server CPU, an electric quantity monitor, a power supply module 5V, a power supply module 12V, a power supply module 24V, a power supply module 96V, a power supply module 110V and a power supply module 220V;
the external commercial power and solar panel of power terminal, first power supply mode: the mains supply is connected with lightning protection, then is shunted to a voltage stabilizing and current supplementing device converting transformer by the power supply protector, is transmitted to the voltage stabilizer, finally transmits current control to the power supply terminal CPU, and is shunted to the core terminal CPU main controller and the electric quantity server CPU by the power supply terminal CPU 90; the solar panel is connected with lightning protection and transmitted to the solar controller in a second power supply mode, stores electric quantity to the battery pack, then is connected with the voltage stabilizing and current supplementing device, then passes through the transformer and the voltage stabilizer, and finally is connected with the power supply terminal CPU;
the electric quantity server is integrally connected with a power supply terminal CPU and a CPU main controller, a switching power supply monitor is mutually connected with the electric quantity server CPU, and the voltage switching of a power supply module is controlled by a switching power supply detector; the electric quantity monitor and the current inductor are respectively connected with the electric quantity server CPU.
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| CN201921499511.7U CN210199987U (en) | 2019-09-10 | 2019-09-10 | Intelligent traffic control system |
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| CN201921499511.7U CN210199987U (en) | 2019-09-10 | 2019-09-10 | Intelligent traffic control system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115472024A (en) * | 2022-09-02 | 2022-12-13 | 徐州柏通交通设施有限公司 | But remote control's intelligent change traffic sign tablet |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115472024A (en) * | 2022-09-02 | 2022-12-13 | 徐州柏通交通设施有限公司 | But remote control's intelligent change traffic sign tablet |
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