WO2019011122A1

WO2019011122A1 - Drive record system for police supervision management of bicycles and intelligent city management

Info

Publication number: WO2019011122A1
Application number: PCT/CN2018/092757
Authority: WO
Inventors: 李公健
Original assignee: 李公健
Priority date: 2017-07-10
Filing date: 2018-06-26
Publication date: 2019-01-17
Also published as: CN109229253A; CN109243004A; CN109243005A8; WO2019011121A1; CN109243005A; CN109243169A; CN111653083B; CN111238445A; CN107792261B; WO2019011119A1; CN111169573A; CN111460922A; CN109238276A; CN111653083A; CN109544906A; CN109229252A; WO2019011120A1; WO2019011197A1; CN107792261A; CN109243170A

Abstract

Provided in the present invention is a drive record system for police supervision management of bicycles and intelligent city management, relating to an intelligent shared bicycle or shared electric vehicle and a management method for parking and using the same. Existing shared bicycles or shared electric vehicles are parked in a disorderly manner, being scattered haphazardly around a city, and becoming a significant problem that affects the appearance of a city. An effective method for solving the foregoing problem does not exist among existing technology, no method existing for finding out about bicycles and the state of the surroundings thereof, and no method existing for linking the intelligent management of a city. Provided in the present invention are a vehicle and method for vehicle management by using remote intelligent recognition and for remotely finding out about objects surrounding a vehicle, and a method and apparatus for performing image recognition on a vehicle and objects surrounding the vehicle by using a camera recording processor module. The present invention solves the problem in existing technology wherein bicycles or electric vehicles are scattered haphazardly and parked in a disorderly manner, while providing a method for the intelligent city management department for solving the problem of intelligently finding out about surrounding objects while a vehicle is in use.

Description

Bicycle police supervision and management and intelligent city management driving record system

Technical field:

The invention belongs to the field of shared bicycles or shared electric vehicles, and in particular relates to a smart shared bicycle or a shared electric vehicle and a management method thereof for parking and using.

Background technique:

Existing shared bicycles or shared electric vehicles have been arbitrarily stopped in the city and have become an important issue affecting the city. There is no effective solution to the prior art, no method of understanding the state of the bicycle and its surroundings, and no method of combining urban intelligent management.

Summary of the invention:

The invention provides a driving record system for bicycle police supervision and management and intelligent city management, a vehicle for remotely intelligently recognizing vehicle management, a vehicle and a method for remotely understanding things around the vehicle, and a camera recording processor module for image recognition of vehicles and vehicles. The method and device aiming at solving the problem that the bicycle or electric vehicle in the prior art is used in the management of the smart city to provide intelligent understanding of the surrounding things.

The embodiment of the present invention is implemented by: including the bicycle or electric vehicle with a camera recording processor module and a smart lock; the camera recording processor module and the communication device are electrically connected and installed on a bicycle or an electric vehicle. The information recorded by the camera is transmitted to the management department system through the communication device network; and the following steps are included;

Step 1. The bicycle or electric vehicle with the camera recording processor module and the smart lock is parked at the side of the road;

Step 2: The camera captures or records a bicycle or an electric vehicle and surrounding objects, and collects images of bicycles or electric vehicles and surrounding objects;

Step 3: the image of the photographed bicycle or electric vehicle and surrounding objects is converted into an electrical signal by an image sensor and output to an processor for image information storage or image recognition, analysis, and processing;

Step 4: The management department system remotely commands the control module on the bicycle or the electric vehicle to control the shooting or recording information of the on-vehicle camera recording processor module through the communication device network, or controls the image information of the on-board communication device network transmission recording. Transfer to the management department system;

Step 5: The recorded image information is transmitted to the management department system through the network of the communication device, and the management department remotely supervises and manages the vehicle or manages the things around the vehicle according to the recorded image information.

BRIEF DESCRIPTION OF THE DRAWINGS:

Figure 1 is a schematic diagram of a vehicle with a camera recording processor module;

Figure 2 is a schematic diagram of a plurality of vehicles constituting a regional network;

Figure 3 is a schematic view of a vehicle with a tilt sensor;

Figure 4 is a schematic view of parking of a vehicle with a detection and identification device;

Figure 5 is a diagram of an embodiment of a smart identification prohibition identifier;

Figure 6 is a schematic view of the correct driving of the vehicle;

Figure 7 is a schematic diagram of reverse driving of a vehicle violation;

Detailed ways:

The invention is further described in the following with reference to the accompanying drawings and embodiments;

As shown in FIG. 1 and FIG. 2, in the embodiment of the present invention, the smart lock 7 is connected with the communication device 9, the satellite positioning module 604, and the control module 26 in combination with the integrated circuit 8, the smart lock 7 and the camera recording processor. The module 601 circuit 8 is connected and mounted on the bicycle or the electric vehicle 1. The plurality of bicycles or electric vehicles 1 with the camera recording processor module 601 and the smart lock 7 are transmitted through the network of the communication device 9 to form an area. Net; includes the following steps to achieve;

Step 1. The plurality of bicycles or electric vehicles 1 with the camera recording processor module 601 and the smart lock 7 are parked at different positions, and the network is transmitted through the network of the communication device 9 to form a regional network;

Step 2: The police system 14 determines a plurality of bicycles or electric vehicles 1 in the area network according to the satellite positioning module on the plurality of bicycles or electric vehicles 1, and the police system 14 sends instructions to the bicycles or electric vehicles. The control module 26 on the car 1, the control module 26 controls to turn on these vehicle cameras to capture or record images of things around, or control the communication device 9 to transmit images of surrounding things to the police system 14;

Step 3: The police system 14 remotely supervises and manages the things in this area through the images of surrounding objects captured or recorded by the vehicle at multiple locations through the regional network.

As shown in FIG. 1 , in the embodiment of the present invention, the camera recording processor module 601 mounted on the bicycle or the electric vehicle 1 has a face capture function; the police system 14 satellite positioning determines the location of the alarm. All bicycles or electric vehicles 1 issue an opening command for opening the camera on all bicycles or electric vehicles 1 within the range of the occurrence of the alarm position, transmitted through the network of the communication device 9, and the opening command is transmitted to the bicycle or electric vehicle in the police position 1 The camera control module 26 opens the camera. The open camera recording processor module 601 starts capturing the facial feature photos passing by the person, and captures the facial feature photos, which are transmitted through the network of the communication device 9 and transmitted to the police system 14 . The massive photo data stored in the cloud is processed, calculated, compared, and identified by the cloud computer to identify the facial features of the suspect, and identify the suspects who have recorded the camera in the alert area. The bicycle or electric vehicle is used. The camera camcorder processor module 601 face recognition device technology helps the police handle the case handling method.

As shown in FIG. 1 , in the embodiment of the present invention, the bicycle or electric vehicle 1 with the camera recording processor module 601 and the smart lock 7 and the communication device 9 , the camera recording processor module 601 and the communication The device 9 is electrically connected, and the image information recorded by the camera is transmitted to the management department 14 system through the network of the communication device 9, and the management department 14 performs remote supervision and management of the vehicle or management of the surroundings of the vehicle according to the recorded image information; 14 includes the company's service desk system, police system, urban management system, environmental protection management system, scenic area management system, urban construction management system and other departments that need image information.

As shown in FIG. 1 and FIG. 4, in the embodiment of the present invention, the bicycle or electric vehicle 1 with the camera recording processor module 601, the smart lock 7 and the communication device 9, the camera recording processor module 601 The satellite positioning module 604, the communication device 9, the processor 10, and the smart lock 7 are electrically connected and mounted on the bicycle or the electric vehicle 1; the bicycle or electric vehicle 1 is parked on the road 2, the blind road 3, and the parking marking line 4, between the fence 5, the building body 20; the identification information on the bicycle or electric vehicle 1 through the network transmission and management department 14 of the communication device 9 through the network of communication equipment 9 to transmit information; through the following steps;

Step 1. The bicycle or electric vehicle 1 is parked between the road 2 and the parking marking 4; or parked between the road 2 and the blind road 3; or parked between the roadside fence 5 and the parking marking 4; or parked Between the roadside fence 5 and the blind road 3; or parked between the road 2 and the roadside fence 5; or parked on the side of the building body 20; sufficient to park the bicycle or the length of the electric vehicle 1 including at least one parking mode;

Step 2, the camera recording processor module 601, photographing the vehicle and surrounding images;

Step 3: The obtained bicycle or electric vehicle 1 frame and the image of the road 2, the blind road 3, the parking marking 4, the fence 5, and the building body 20 are image-recognized, and the acquired image is converted into an electrical signal output by the image sensor. After the processor 10 performs calculation, analysis and understanding, it converts into useful information output, compares the stored information with the current parking information, recognizes the image, and recognizes the currently parked bicycle or electric vehicle 1 and the road 2, the blind road 3, The parking marking line 4, the fence 5, the angle, position and distance data of the building body 20 are reasonably parked in the data range of the correctly parked bicycle or electric vehicle 1 stored in advance, and the parking in the range of the correct parking data is unreasonable;

Step 4: The satellite positioning module 604 collects geographic location data of the bicycle or the electric vehicle 1 parked;

Step 5: The bicycle or the electric vehicle 1 is parked for reasonable information and satellite positioning data information, and transmitted to the computer system or the mobile communication device of the management department 14 through the network of the communication device 9, the information prompt or the information display, and the management department 14 according to the information A method of remote monitoring and management of a bicycle or an electric vehicle 1.

As shown in FIG. 1 , in the embodiment of the present invention, the bicycle or electric vehicle 1 with the camera recording processor module 601 and the satellite positioning module 604 is tilted, rolled over, and fallen to the ground. Automatically capture 11 images for a period of time, and capture the image of the surrounding objects when the vehicle is tilted, rolled over, and fell to the ground. The image captures the angle between the object in the captured image and the object captured when the vehicle is parked normally. After calculation, comparison, and processing by the processor, The image identifies information of the vehicle tilting, rollover, and grounding; the satellite positioning module 604 collects geographic location information of the bicycle or the electric vehicle 1; the identified vehicle attitude information and geographic location information are transmitted through the network of the communication device 9 To the management department 14 system or the mobile device system, information prompts or information displays, the management department 14 performs corrective vehicle management based on the obtained information.

As shown in FIG. 3, in the embodiment of the present invention, the bicycle or electric vehicle 1 with the tilt sensor 603 is connected to the communication device 9, the satellite positioning module 604 circuit 8, and mounted on the bicycle. Or the electric vehicle 1; the inclination sensor 603 senses that the vehicle attitude information is transmitted through the network of the communication device 9 and communicates with the management department 14; detects and measures various parameters of the inclination angle of the bicycle or the electric vehicle 1 and converts them into electrical signals. Outputting to the processor 10 for calculating processing, measuring the angle data for performing vehicle attitude recognition, determining a vehicle attitude or a bicycle or electric vehicle 1 and method;

Step 1. The bicycle or electric vehicle 1 with the tilt sensor 603, the satellite positioning module 604, and the communication device 9 is parked on the roadside 2, and the bicycle or electric vehicle 1 is tilted, rolled over, and fallen to the ground. ;

Step 2: The tilt sensor 603 detects and measures various parameters of the angle of the bicycle, the electric vehicle 1 for tilting, rolling, and falling, and converts the electrical signal into an electrical signal for output to the processor 10 for calculation and processing to obtain the bicycle or Electric vehicle 1 parking posture information;

Step 3: The satellite positioning module 604 collects geographic location information of the bicycle or the electric vehicle 1;

Step 4: Obtaining the posture information of the bicycle or the electric vehicle 1 for tilting, rolling, and falling, and the geographical location information of the bicycle or the electric vehicle 1 are transmitted to the computer system or the mobile communication device of the management department 14 through the network of the communication device 9 The information presentation or the information display, the management department 14 performs a management method of correcting the tilt, rollover, and downside bicycle or electric vehicle 1 based on the information.

As shown in FIG. 1 , in the embodiment of the present invention, the bicycle or electric vehicle 1 with the camera recording processor module 601 needs the face to be collected when the user uses the vehicle for face recognition for the first time. There is a handheld communication device, enter the user APP client, input confirmation user identity information, use the self-timer device self-timer camera function, take several angle photos, save the photo to the user APP client, transfer the user confirmed information to the company The service desk system 14 stores therein; or photographs a face by a camera on a bicycle or an electric vehicle 1, a photographing button is provided at a portion where the camera is installed, a face image of a plurality of orientations is pressed by a button, a facial image of the photograph is taken, and The user identity information is input and transmitted to the service platform through the network transmission of the communication device 9; when the user uses the bicycle, the user shakes the bicycle, and the camera camera processor module of the bicycle in the sleep state is passively awakened, and the user faces Align the camera with the camera button, press the camera button to install the camera, take a photo, take a photo of the face, pass The device 9 network transmits and transmits to the company service desk system 14, and the massive photo data in the system is processed, calculated, compared, and identified to determine the face image data just transmitted, which is consistent with the face image data stored in the system. The company service desk system 14 issues an unlock command, which is transmitted through the network of the communication device 9, and transmitted to the electronic control module of the smart lock 7 of the bicycle, and the smart lock 7 is opened, and the user can normally use the bicycle or the electric vehicle 1.

As shown in FIG. 4, in the embodiment of the present invention, the tilt sensor 603, the gyro sensor 603, the processor 10, the camera recording processor module 601, the satellite positioning module 604, and the communication device 9 are combined with the detection and recognition device 6 The detection and identification device 6 is connected to the smart lock 7 circuit 8 and mounted on the bicycle or electric vehicle 1; the bicycle or electric vehicle 1 is parked on the road 2, the blind road 3, the parking marking 4, the fence 5, Between the building objects 20; the management department 14 transmits via the network of the communication device 9 and transmits information to and from the network of the communication devices 9 on the bicycle or the electric vehicle 1;

Step 1, the bicycle or electric vehicle 1 with the detection and identification device 6 and the smart lock 7; the bicycle or electric vehicle 1 is parked between the road 2 and the parking marking 4; or parked in the road 2 and the blind road 3 Or parked between the roadside fence 5 and the parking marking 4; or parked between the roadside fence 5 and the blind road 3; or parked between the road 2 and the roadside fence 5; or parked in the building body 20 Side; sufficient to park the length of the bicycle or electric vehicle 1 including at least one parking mode;

Step 2: The smart lock 7 is provided with a switch for controlling the detection and identification device 6 to be turned on. When the smart lock 7 locks the lock, the detection and recognition device 6 is turned on, and the camera recording processor module of the detection and recognition device 6 is opened. 601, photographing the vehicle and surrounding images;

Step 5: The tilt sensor 603 and the gyro sensor 603 in the detection and identification device detect and measure the attitude of the bicycle or the electric vehicle 1 into a plurality of angles and convert them into electrical signal outputs, and process the processor 10 to identify the bicycle or the electric vehicle 1 Gesture information

Step 6, the bicycle or electric vehicle 1 parking posture reasonable information and satellite positioning data information, transmitted to the computer system or mobile communication device of the management department 14 through the network of the communication device 9, information prompt or information display, the management department 14 according to Information on the method of remote monitoring and management of bicycles or electric vehicles 1.

As shown in FIG. 5, in the embodiment of the present invention, the forbidden identifier 21 includes a bus stop, a subway station, a stop sign, a building, and a special logo, and the special logo includes a road shoulder painted with different colors. And a color marking 21; the bicycle or electric vehicle 1 with the camera recording processor module 601 is parked between the road 2 and the blind road 3, the camera recording processor module 601, shooting 11 bicycles or electric vehicles 1 and the surrounding image, the image identifies the building around the bicycle or electric vehicle 1, and recognizes that the bicycle or electric vehicle 1 is parked at the position of the banned marker 21, the user parks the bicycle or the electric vehicle 1 does not comply with the regulations, and the user must leave the banned logo At the bus stop, subway station, intersection of the object 21, when the parking lock is locked, the bicycle or the electric vehicle 1 is identified, and the bicycle or the electric vehicle 1 is parked by restraining the user from avoiding the forbidden identifiers 21, which is to manage the bicycle or the electric vehicle 1 The management method of chaos and disorder.

As shown in FIG. 6 and FIG. 7 , in the embodiment of the present invention, some countries stipulate that the left side driving of the right side of the traffic vehicle is illegally driving in reverse, and some countries stipulate that the left side of the traffic vehicle driving on the right side is illegally driving in reverse. In the embodiment, the bicycle or the electric vehicle 1 runs on the right side in compliance with the regulations, and the left side travels in violation of the reverse direction, and the bicycle or electric vehicle 1 with the camera recording processor module 601 is correctly driven on the road 2 Above, the road shoulder of the road 2 or the green trees and the blind road 3 on the road trail, on the right side of the bicycle or electric vehicle 1, the motor vehicle or the motor vehicle lane 27 on the left side of the bicycle or electric vehicle 1 The camera camcorder processor module 601 on the bicycle or electric vehicle 1 photographs 11 photos at intervals, the image identifies the user's use, and records storage. When the user drives in reverse, the image recognition system automatically recognizes The road shoulder of the road 2 or the green trees and the blind road 3 on the road trail, on the left side of the bicycle or electric vehicle 1, the motor vehicle or motor vehicle lane 27 is in the self The right side of the vehicle or the electric vehicle 1; the image information is identified to determine that the user is traveling in reverse, and the system automatically prompts the user to illegally use the bicycle or the electric vehicle 1 and records in real time through the network of the communication device 9 on the bicycle or electric vehicle 1 Transferred to the management department 14 system, the management department 14 manages user violations.

In the embodiment of the present invention, the smart lock 7: the smart lock 7 is provided with a two-dimensional code scan code recognition and link module, the computer processor 10, the timing and settlement module, and the transmitting satellite positioning module 604, and receiving the user information confirmation. Module, record user usage module, and send all information to service desk module, receive service desk information module, smart lock customer data storage system module, smart lock information transmission and receiving system module, smart lock mechanical open and close car lock system module ; In-lock mechanical and electronic control system module, intelligent lock motor, mechanical lock, energy storage system and storage battery, sounder.

In the embodiment of the present invention, the camera recording processor module is provided with a camera sensor, a control module, a processor, and a sleep wake-up module.

The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention. Any modifications made within the spirit and principles of the present invention, equivalent to substitutions and improvements, etc., should be included in the present invention. Within the scope of protection.

Claims

A bicycle recording supervision system and a smart city management driving record system, wherein the camera recording processor module, a smart lock, a bicycle or an electric vehicle, a communication device, a control module, and a management department system are characterized in that: a bicycle or electric vehicle with a camera camcorder processor module and a smart lock; the camera camcorder processor module and the communication device are electrically connected and mounted on a bicycle or an electric car, and the information recorded by the camera passes through a network of communication devices Transfer to the management department system.
A working method of a driving record system based on bicycle police supervision management and intelligent city management as claimed in claim 1, characterized in that it comprises the following steps;

Step 1. The bicycle or electric vehicle with the camera recording processor module and the smart lock is parked at the side of the road;

Step 2: The camera captures or records a bicycle or an electric vehicle and surrounding objects, and collects images of bicycles or electric vehicles and surrounding objects;

Step 3: the image of the photographed bicycle or electric vehicle and surrounding objects is converted into an electrical signal by an image sensor and output to an processor for image information storage or image recognition, analysis, and processing;

Step 4: The management department system remotely commands the control module on the bicycle or the electric vehicle to control the shooting or recording information of the on-vehicle camera recording processor module through the communication device network, or controls the image information of the on-board communication device network transmission recording. Transfer to the management department system;

Step 5: The recorded image information is transmitted to the management department system through the communication device network, and the management department remotely supervises and manages the vehicle or manages the things around the vehicle according to the recorded image information.
A driving record system for bicycle police supervision and intelligent city management according to claims 1 and 2, wherein said camera recording processor module, smart lock, bicycle or electric vehicle, communication device, satellite positioning module, control module, The utility model is characterized in that: the smart lock is connected with a communication device, a satellite positioning module and a control module integrated circuit, and the smart lock is connected with a camera recording processor module circuit and is mounted on a bicycle or an electric vehicle, the plurality of belts a bicycle or an electric vehicle having a camera recording processor module and a smart lock, which is formed by a network of communication equipment to form a regional network; the following steps are implemented;

Step 1. The plurality of bicycles or electric vehicles with a camera recording processor module and a smart lock are parked at different locations, and the network is transmitted through the communication device network to form a regional network;

Step 2: The police system determines a plurality of bicycles or electric vehicles in the area network according to the satellite positioning module on the plurality of bicycles or electric vehicles, and the police system sends instructions to the control of the bicycles or the electric vehicles. Module, the control module controls to turn on the camera of these vehicles to take or record images of surrounding objects, or control the communication device to transmit images of surrounding things to the police system;

Step 3: The police system remotely supervises and manages the affairs of the area through images of surrounding objects captured or recorded by the vehicle at multiple locations through the regional network.
A driving record system for bicycle police supervision and management and smart city management according to claim 1, wherein: said camera recording processor module mounted on a bicycle or an electric vehicle has a face capture function; said police use The system satellite locates all bicycles or electric vehicles that determine the location of the alarm, issues an opening command to open the camera on all bicycles or electric vehicles within the range of the occurrence of the alarm, and transmits the transmission command through the network of the communication device, and the opening command is transmitted to the alarm position. The control module of the bicycle or electric vehicle camera, open the camera, these open camera recording processor modules, start to capture the facial features photos of the passing person, capture the facial feature photos, transmit through the communication device network, and transmit to the police system The massive photo data stored in the cloud is processed, calculated, compared, and identified by the cloud computer to identify the facial features of the suspect, and identify the suspects who have recorded the camera in the police area, which is used on a bicycle or an electric vehicle. Camera recording processor module face recognition device technology, Treatment methods to help police investigation of the case.
A travel recording system for bicycle police supervision and management and smart city management according to claim 1, wherein said camera recording processor module, smart lock, bicycle or electric vehicle, communication device, data storage module, management department system, The utility model is characterized in that: the bicycle or the electric vehicle with the camera recording processor module and the smart lock and the communication device, the camera recording processor module and the communication device are electrically connected, and the image information recorded by the camera is transmitted through the communication device network. Transferred to the management department system, the management department remotely supervises and manages the vehicle or manages the surroundings of the vehicle according to the recorded image information; the management department includes a company service desk system, a police management system, a city management system, and an environmental protection management system. Departments that require image information, such as scenic area management systems and urban construction management systems.
A driving record system for bicycle police supervision and management and smart city management according to claim 1, wherein: said bicycle or electric vehicle with a camera recording processor module and a smart lock and communication device, said camera Recording processor module, satellite positioning module, communication device, processor, smart lock electrical connection, installed on the bicycle or electric vehicle; the bicycle or electric vehicle parked on roads, trails, parking lanes, fences, buildings Between the objects; the identification information on the bicycle or the electric vehicle is transmitted through the network of the communication device through the network transmission and management department of the communication device; the following steps are implemented;

Step 1. The bicycle or electric vehicle is parked between the road and the parking marking; or parked between the road and the blind road; or parked between the roadside fence and the parking marking; or parked in the roadside fence and the blind road Between; or parked between roads and roadside fences; or parked on the side of the building; at least one or more parking modes sufficient to park bicycles or electric vehicles;

Step 2, the camera captures a processor module, and captures a vehicle and surrounding images;

Step 3: The obtained bicycle or electric vehicle frame and the image of the road, the blind road, the parking marking, the fence, and the building body are image-recognized, and the acquired image is converted into an electrical signal output by the image sensor, and is calculated by the processor. Analysis and understanding, conversion into useful information output, comparison of the stored information with the current parking information, recognition of the image, identification of the current parking bicycle or electric vehicle and road, blind road, parking marking, fence, building body angle , location and distance data, parking within the range of pre-stored correctly parked bicycles or electric vehicles is reasonable, and parking in the correct parking data range is unreasonable;

Step 4: The satellite positioning module collects geographic location data of a bicycle or an electric vehicle parking;

Step 5: Whether the bicycle or the electric vehicle is parked with reasonable information and satellite positioning data information, transmitted to the computer system or mobile communication device of the management department through the communication device network, information prompt or information display, and the management department according to the information on the bicycle or the electric device The method of remote monitoring and management of vehicles.
A driving record system for bicycle police supervision and management and smart city management according to claim 1, wherein said bicycle or electric vehicle with a camera recording processor module and a satellite positioning module is tilted and rolled over, Down to the ground, the camera automatically captures an image every time interval, and captures the image of the surrounding object when the vehicle is tilted, rolled over, and fell to the ground. The object in the image captured by the image recognition changes with the angle of the object photographed when the vehicle is normally parked, and is processed. Calculating, comparing, and processing, the image identifies information of vehicle tilt, rollover, and grounding; the satellite positioning module collects geographic location information of the bicycle or electric vehicle; the identified vehicle attitude information and geographic location information are passed The communication device network is transmitted to the management department system or the mobile device system, and the information prompt or information is displayed, and the management department performs the righting vehicle management according to the obtained information.
A driving record system for bicycle police supervision and management and smart city management according to claim 1, wherein the bicycle or electric vehicle with a tilt sensor is connected to a communication device and a satellite positioning module circuit. Mounted on the bicycle or the electric vehicle; the tilt sensor senses and recognizes the vehicle posture information and communicates with the management department system through the communication device network transmission; detects and measures various parameters of the angle of the bicycle or the electric vehicle tilt, and converts into electrical signals Output to processor calculation processing, measured angle data for vehicle attitude recognition, determination of vehicle attitude of bicycle or electric vehicle and method; achieved by the following steps;

Step 1. The bicycle or electric vehicle with the tilt sensor, the satellite positioning module and the communication device is parked on the roadside, and the bicycle or the electric vehicle is tilted, rolled over, fallen to the ground, and the like;

Step 2: The tilt sensor detects and measures various parameters of the angles of tilting, rolling, and falling of the bicycle or the electric vehicle, and converts the electrical signals into electrical signals for calculation and processing, and obtains the bicycle or electric vehicle for parking. Gesture information

Step 3: The satellite positioning module collects geographic location information of the bicycle or the electric vehicle;

Step 4: Obtain the posture information of the bicycle or the electric vehicle parking tilt, rollover, and ground, and the geographical location information of the bicycle or the electric vehicle, and transmit the information to the computer system or the mobile communication device of the management department through the communication device network, and the information prompt or information It shows that the management department manages the righting, tilting, rollover, or downhill bicycle or electric vehicle according to the information.
A travel recording system for bicycle police supervision management and smart city management according to claim 1, wherein said bicycle or electric vehicle with a camera recording processor module uses a vehicle for face recognition for the first time When the face is collected, the user owns the handheld communication device, enters the user APP client, inputs the identity information of the user, uses the self-timer device to take a photo of the camera, takes several angle photos, and saves the photo to the user APP client. Transfer the user-confirmed information to the company's service desk system for storage; or take a photo of the face through a camera on a bicycle or electric vehicle, set a camera button at the location where the camera is installed, and press the button to take a face image of several orientations The photographed facial image and the input user identity information are transmitted to the service platform through the network transmission of the communication device; when the user uses the bicycle, the user shakes the bicycle, and the camera recording processor module of the bicycle in the sleep state, Passive wake-up, the user points the face to the camera, press to install the camera part The photo button, take a photo, take a photo of the face, transmit it through the network of the communication device, transfer it to the company's service desk system, and take a large amount of photo data in the system. After processing, calculating, comparing, and identifying, the face just transmitted is determined. The image data is consistent with the face image data stored in the system. The company service desk system issues an unlock command, which is transmitted through the network of the communication device, transmitted to the electronic control module of the smart lock of the bicycle, and the smart lock is opened, and the user can use the vehicle normally. Bicycle or electric car.
A driving record system for bicycle police supervision management and smart city management according to claim 1, wherein said tilting angle sensor, gyro sensor, processor, camera recording processor module, The satellite positioning module and the communication device combination are integrated with the detection and identification device, and the detection and identification device is connected to the smart lock circuit and installed on the bicycle or the electric vehicle; the bicycle or the electric vehicle is parked on the road, the blind road, the parking marking, Between the fence and the building body; the management department transmits the information through the network of the communication device, and transmits information to the communication device network on the bicycle or the electric vehicle; the following steps are implemented;

Step 1. The bicycle or electric vehicle with the detection and identification device and the smart lock; the bicycle or electric vehicle is parked between the road and the parking marking; or parked between the road and the blind road; or parked at the roadside fence Between the parking mark and the roadside fence; or park between the roadside fence and the blind road; or park between the road and the roadside fence; or park on the side of the building; at least one or more of the length of the bicycle or electric vehicle Parking method

Step 2: The smart lock is provided with a switch for controlling the detection and identification device to be turned on, and the smart lock lock lever closes the lock and opens the detection and identification device, and the camera captures the processor module in the detection and identification device to photograph the vehicle and the surroundings. image;

Step 3: The obtained bicycle or electric vehicle frame and the image of the road, the blind road, the parking marking, the fence, and the building body are image-recognized, and the acquired image is converted into an electrical signal output by the image sensor, and is calculated by the processor. Analysis and understanding, conversion into useful information output, comparison of the stored information with the current parking information, recognition of the image, identification of the current parking bicycle or electric vehicle and road, blind road, parking marking, fence, building body angle , location and distance data, parking within the range of pre-stored correctly parked bicycles or electric vehicles is reasonable, and parking in the correct parking data range is unreasonable;

Step 4: The satellite positioning module collects geographic location data of a bicycle or an electric vehicle parking;

Step 5: The tilt sensor and the gyro sensor in the detecting and identifying device detect and measure various angles of the bicycle or the electric vehicle are converted into electric signal output, and are processed by the processor to identify posture information of the bicycle or the electric vehicle;

Step 6, whether the bicycle or electric vehicle parking posture is reasonable information and satellite positioning data information, transmitted to the computer system or mobile communication device of the management department through the communication device network, information prompt or information display, the management department according to the information on the bicycle or The method of remote monitoring and management of electric vehicles.
A driving record system for bicycle police supervision and management and smart city management according to claim 1, wherein said prohibition identifier comprises a bus stop, a subway station, a stop sign of a road junction, and a building. And a special logo comprising a road shoulder and a color marking painted with different colors; the bicycle or electric vehicle with a camera recording processor module being parked between the road and the blind road, the camera taking Record the processor module, take pictures of bicycles or electric vehicles and surrounding images, image recognition bicycles or buildings around electric vehicles, identify bicycles or electric vehicles parked in the position of forbidden signs, users park bicycles or electric vehicles do not meet the regulations, users must Leave the bus stop, subway station, and intersection with the banned signage, and then identify the parked bicycle or electric car when the parking lock is locked. By restricting the user to avoid these banned signs, park the bicycle or electric vehicle, which is to manage the bicycle or electric vehicle. The management method of chaos and disorder.
The invention relates to a bicycle police supervision management and a smart city management driving record system according to claim 1, wherein the bicycle or the electric vehicle is driven on the right side and the left side is illegal. Driving backwards, the bicycle or electric vehicle with the camera camcorder processor module and the smart lock, driving on the road correctly, the road shoulders or the green trees and blind roads on the road trails, in the bicycle or electric vehicle On the right side, the motor vehicle or the motor vehicle lane is on the left side of the bicycle or electric vehicle; the camera camcorder processor module on the bicycle or electric vehicle takes a photo every time interval, and the image identifies the user's use situation. And recording storage, the image recognition system automatically recognizes green roads and blind roads on the road shoulder or road trail of the road when the user is traveling in reverse, on the left side of the bicycle or electric vehicle, the motor vehicle or the motor vehicle lane is The right side of the bicycle or the electric vehicle; the image information is identified to determine that the user is driving in the reverse direction, and the system automatically prompts The household illegally uses the bicycle or the electric vehicle and records it in real time, and transmits it to the management department system through the communication device network on the bicycle or the electric vehicle, and the management department manages the user violation behavior.