CN208007157U - A kind of Vehicular intelligent burglary-resisting system and intelligent anti-theft bicycle - Google Patents

Abstract

The utility model discloses a kind of Vehicular intelligent burglary-resisting system and intelligent anti-theft bicycles, belong to intelligent transportation field of tool.Intelligent anti-theft system provided by the utility model allows user to be unlocked to bicycle by fingerprint recognition, securely and reliably；Processor monitors that the status information of bicycle judges whether to need to alarm according to status monitoring control module, while sending out alarm, the video information and audio-frequency information of camera and phonographic recorder record scene in intelligent helmet, and be uploaded to server platform and stay shelves.Further, server platform is capable of providing trip information and feeds back on display screen and earphone in intelligent helmet, keeps user's trip more convenient.

Description

A vehicle intelligent anti-theft system and an intelligent anti-theft bicycle

technical field

The utility model relates to an intelligent anti-theft system for vehicles and an intelligent anti-theft bicycle, belonging to the field of intelligent vehicles.

Background technique

Today, with the development of science and technology, it is more and more convenient for people to travel. Bicycles have unique advantages in environmental protection and green travel. Most of the bicycles currently in use have a low safety factor, and there is no personal safety for riders. Protection, and some mechanical locks are used. These mechanical locks are easy to be vandalized maliciously, the security protection level is too low, and the phenomenon of theft is not uncommon. And traditional mechanical lock unlocks and locks more loaded down with trivial details, not very convenient.

In this era when the Internet of Vehicles is becoming more and more popular, smart travel has become something that people urgently need. Bicycles are also an important part of the Internet of Vehicles. However, these bicycles cannot provide users with road condition information very conveniently, which brings some inconvenience to traffic management.

Therefore, in today's increasingly popular bicycles, it is necessary to provide a safe and anti-theft smart bicycle.

Utility model content

In order to solve the above problems, the utility model provides a bicycle intelligent anti-theft system and an intelligent anti-theft bicycle.

The utility model firstly provides a vehicle intelligent anti-theft system, including a remote server platform, a fingerprint recognition sensor, a car lock, a vibration sensor, a state monitoring control module set on the vehicle, a first communication module, an alarm module, a first processing device, and a camera, a recorder, a second communication module and a second processor arranged on the vehicle;

The first processor is wirelessly connected to the server platform through the first communication module, the state monitoring control module and the alarm module are both connected to the first processor, and the first processor processes and analyzes the The state information monitored by the state monitoring control module determines whether an alarm is required, and controls whether the alarm module sends an alarm;

The second communication module is wirelessly connected to the first processor. When the alarm module sends out an alarm, the camera records live video information, and the recorder records live audio information and uploads them to the server platform;

The fingerprint recognition sensor and the car lock are connected to the first processor, the fingerprint recognition sensor receives the user's fingerprint information and sends it to the first processor, and the first processor processes the fingerprint information and Determine whether it is correct, and control the switch of the car lock; if the first processor determines that the fingerprint information is wrong for many times, the first processor controls the alarm module to issue an alarm;

The vibration sensor is connected to the first processor; the vibration sensor module works when the lock is closed, and monitors the vibration of the vehicle body.

In one embodiment of the present utility model, the state monitoring control module includes a speed sensor, a GPS sensor, a temperature sensor and a humidity sensor, which are respectively used to monitor vehicle speed, position, temperature and air humidity information.

In one embodiment of the present invention, when the vehicle is locked and the vibration sensor detects that the vehicle body vibrates for more than 8 seconds, the alarm module starts to work and sends out an alarm. The vibration sensor can adopt common automobile vibration sensor.

In one embodiment of the present invention, the vehicle intelligent anti-theft system further includes a display screen and earphones, the display screen is used to display travel information including navigation routes and traffic conditions, and the earphones are used to listen to Voice broadcast.

In one embodiment of the present utility model, the first communication module adopts the GPRS communication protocol to upload the processing information of the first processor to the server platform, or receive the information sent back by the server platform; The second communication module uses WIFI or Zigbee communication protocol to perform short-distance communication with the first processor on the vehicle.

In one embodiment of the present invention, the vehicle intelligent anti-theft system further includes a client connected to the server platform, and the client is used to read the information of the server platform and present it to the user; Users can also upload information to the server platform through the client.

The utility model also provides an intelligent anti-theft bicycle applying the vehicle intelligent anti-theft system, including a bicycle body, an intelligent helmet, a helmet lock, a fingerprint recognition sensor, a vehicle lock, a vibration sensor, a state monitoring control module, and a first communication module , an alarm module, and a first processor are installed on the bicycle body, and a camera, a recorder, a second communication module and a second processor are installed on the smart helmet, and the helmet lock is used to lock the smart helmet on the bicycle body. body backseat.

The smart helmet is wirelessly connected to the first processor through the second communication module. When the alarm module sends out an alarm, the camera records live video information, and the recorder records live audio information and uploads to The server platform.

The fingerprint recognition sensor, the car lock and the helmet lock are all connected to the first processor, and the fingerprint recognition sensor receives fingerprint information and sends it to the first processor, and the first processor controls The switch of the car lock and the helmet lock.

The smart helmet also includes a display screen and earphones, the display screen is connected to the smart helmet through a retractable connector, and is used to display travel information including navigation routes and traffic conditions, and the earphones are used for Listen to the audio announcement.

The outstanding advantages of the present utility model are:

1. The utility model combines the helmet with a lock, which can be locked on the car. Using the panoramic camera of the helmet, it can record video information in real time and provide safer anti-theft measures.

2. It can exchange data with the cloud, upload the information collected by the helmet, and analyze and process the data in the cloud, provide travel suggestions, promote the construction of smart cities, provide big data data source interfaces, and provide more timely and timely information for road safety management departments. Rich road information.

Description of drawings

Fig. 1 is the structural block diagram of the bicycle intelligent anti-theft system provided by Embodiment 1 of the utility model;

Fig. 2 is a schematic flowchart of the intelligent anti-theft method for bicycles provided by Embodiment 3 of the present invention.

Detailed ways

A bicycle intelligent anti-theft system and method proposed by the utility model will be further described in detail below in conjunction with the accompanying drawings and specific embodiments. According to the following description and claims, the advantages and features of the utility model will be more clear. It should be noted that all the drawings are in very simplified form and use inaccurate scales, which are only used to facilitate and clearly illustrate the purpose of the embodiment of the present utility model.

Embodiment one

Embodiment 1 provides a vehicle intelligent anti-theft system, including a server platform, a state monitoring control module arranged on the vehicle, a first communication module, an alarm module, and a first processor; and a camera and a recorder arranged on the vehicle , a second communication module and a second processor. The first processor is wirelessly connected to the server platform through the first communication module, the state monitoring control module and the alarm module are both connected to the first processor, and the first processor processes and analyzes the The status information monitored by the status monitoring control module determines whether an alarm is required, and controls whether the alarm module issues an alarm. The state monitoring control module has a speed sensor, a GPS sensor, a temperature sensor and a humidity sensor, which are used to monitor vehicle speed, position, temperature and air humidity information respectively. The second communication module is wirelessly connected to the first processor. When the alarm module sends out an alarm, the camera records live video information, and the recorder records live audio information and uploads them to the server platform.

The vehicle intelligent anti-theft system also includes a fingerprint recognition sensor and a car lock, the fingerprint recognition sensor and the car lock are connected to the first processor, and the fingerprint recognition sensor receives the user's fingerprint information and sends it to the The first processor processes the fingerprint information and judges whether it is correct, and controls the switch of the car lock. If the first processor determines that the fingerprint information is wrong for many times, the first processor controls the alarm module to issue an alarm.

The vehicle intelligent anti-theft system further includes a vibration sensor connected to the first processor; the vibration sensor module works when the lock is closed to monitor the vibration of the vehicle body. When the car is locked and the vibration sensor detects that the car body vibrates and lasts for more than 8s, the alarm system starts to work and sends out an alarm. The vibration sensor here can adopt common automobile vibration sensor.

The vehicle intelligent anti-theft system also includes a display screen and earphones, the display screen is used to display travel information including navigation routes and traffic conditions, and the earphones is used to listen to voice broadcasts.

The first communication module adopts the GPRS communication protocol to upload the processing information of the first processor to the server platform, or receive the information sent back by the server platform; the second communication module adopts WIFI or Zigbee communication protocol, and perform short-distance communication with the first processor on the bicycle body.

The vehicle intelligent anti-theft system also includes a client connected to the server platform, the client is used to read the information of the server platform and present it to the user; the user can also upload the information through the client to the server platform.

Embodiment two

The first embodiment provides an intelligent anti-theft bicycle applying the vehicle intelligent anti-theft system described in the first embodiment, including a bicycle body and a smart helmet that can be locked on the bicycle body (such as the rear seat) through a helmet lock. Wherein, the bicycle body is provided with a state monitoring control module, a first communication module, an alarm module, and a first processor.

Please refer to Fig. 1, the first processor is wirelessly connected to the server platform through the first communication module, the state monitoring control module and the alarm module are both connected to the first processor, and the first processing The processor processes and analyzes the status information monitored by the status monitoring control module, determines whether an alarm is required, and controls whether the alarm module issues an alarm. The state monitoring control module has a speed sensor, a GPS sensor, a temperature sensor and a humidity sensor, which are used to monitor vehicle speed, position, temperature and air humidity information respectively.

The smart helmet is equipped with a camera, a recorder, a second communication module, and a second processor; specifically, the smart helmet is wirelessly connected to the first processor through the second communication module, and the alarm When the module sends out an alarm, the camera records live video information, and the recorder records live audio information and uploads them to the server platform.

The bicycle body is also provided with a fingerprint recognition sensor and a car lock, and the fingerprint recognition sensor, the car lock and the helmet lock are all connected to the first processor, and the fingerprint recognition sensor receives the user's fingerprint information, and send it to the first processor, the first processor processes the fingerprint information and judges whether it is correct, and controls the switch of the car lock and the helmet lock. If the first processor determines that the fingerprint information is wrong for many times, the first processor controls the alarm module to issue an alarm.

The bicycle body is also provided with a vibration sensor, and the vibration sensor is connected to the first processor; the vibration sensor module works when the lock is closed to monitor the vibration of the vehicle body. When the car is locked and the vibration sensor detects that the car body vibrates and lasts for more than 8s, the alarm system starts to work and sends out an alarm. The vibration sensor here can adopt common automobile vibration sensor.

The smart helmet also includes a display screen and earphones, the display screen is connected to the smart helmet through a retractable connector, and is used to display travel information including navigation routes and traffic conditions, and the earphones are used for Listen to the audio announcement.

The first communication module adopts the GPRS communication protocol to upload the processing information of the first processor to the server platform, or receive the information sent back by the server platform; the second communication module adopts WIFI or Zigbee communication protocol, and perform short-distance communication with the first processor on the bicycle body.

The intelligent anti-theft bicycle also includes a client connected to the server platform, and the client is used to read the information of the server platform and present it to the user; the user can also upload the information to the server through the client. The server platform described above.

The smart anti-theft bicycle has the following two usage states:

(1) Anti-theft mode:

Step 1: In the anti-theft mode, most of the bicycle’s sensors are in a dormant state to reduce power consumption, and the vibration sensor is turned on to monitor the bicycle’s status information in real time and feed the information back to the microchip processor. If the vibration sensor detects that the vehicle body vibrates and lasts for more than 8 seconds, it is determined that there is a risk of theft and skip to step 2. If the microchip processor judges that there is no danger of being stolen, the original state will continue.

Step 2: When the stolen car is found, the microchip processor will send an alarm signal to the alarm module, and the alarm module will start alarm devices such as buzzers to deter car theft personnel and warn the car owner. At the same time, the miniature recorder and miniature camera on the smart helmet start to work, recording the video and audio information of the current location. If the processor determines that it has been stolen, it will keep recording the current information for a maximum of 30 minutes, and automatically lock it after 30 minutes until the maintenance personnel open it. If it is determined that the situation is not stolen and lasts for 3 minutes, stop recording and skip to step 1 again.

(2) Normal mode:

Step 1: When starting to ride, the user puts his finger on the fingerprint recognition sensor 101 located on the body of the smart bicycle. The fingerprint recognition sensor recognizes the user's fingerprint and sends the result to the microchip processor. If it is not recognized, skip to step 2; if it is judged to be recognized, skip to step 3.

Step 2: If the user's fingerprint is not recognized, record the number of fingerprint recognition times, and jump to the anti-theft mode after a certain number of times.

Embodiment Three

This embodiment provides the intelligent anti-theft process of the bicycle described in Embodiment 2. The flow diagram is shown in Figure 2, including the following steps:

Step 1: The user presses the finger on the fingerprint recognition sensor to verify the fingerprint information; if the fingerprints match within three times, skip to step 2, otherwise skip to step 3;

Step 2: The car lock and helmet lock are unlocked, the user puts on the helmet, the GPS sensor sends the location information to the server platform, the server platform gives travel advice and displays the travel information on the display screen, and broadcasts voice travel advice in the earphone;

Step 3: If the fingerprints do not match for three times, the first processor sends an alarm command to the alarm module, and an alarm sounds.

When the car is locked, if the shock sensor on the bicycle body receives the shock and lasts for more than 8s, the alarm system starts to work and sends out an alarm. When the alarm module sends out an alarm sound, the camera in the smart helmet records video information, and the recorder records audio information, and uploads to the server platform for archiving.

Embodiment four

This embodiment provides a method for road monitoring using the bicycle described in Embodiment 2. The public security agency receives the alarm information of a traffic accident in a certain section of the road, and can search for smart anti-theft bicycles near the scene, and connect the bicycle camera to start. Record the on-site information and upload it to the cloud platform, which can be used by the public security organs to monitor the situation of a certain road condition in real time, including the surrounding environment and personnel information.

Although the utility model has been disclosed as above with preferred embodiments, it is not intended to limit the utility model. Any person familiar with this technology can make various changes and modifications without departing from the spirit and scope of the utility model. modification, so the scope of protection of the utility model should be defined by the claims.

Claims (9)

1. A vehicle intelligent anti-theft system is characterized in that it includes a remote server platform, a fingerprint recognition sensor, a car lock, a shock sensor, a state monitoring control module arranged on the vehicle, a first communication module, an alarm module, a first processing device, and a camera, a recorder, a second communication module and a second processor arranged on the vehicle; The first processor is wirelessly connected to the server platform through the first communication module, the state monitoring control module and the alarm module are both connected to the first processor, and the first processor processes and analyzes the The state information monitored by the state monitoring control module determines whether an alarm is required, and controls whether the alarm module sends an alarm; The second communication module is wirelessly connected to the first processor. When the alarm module sends out an alarm, the camera records live video information, and the recorder records live audio information and uploads them to the server platform; The fingerprint recognition sensor and the car lock are connected to the first processor, the fingerprint recognition sensor receives the user's fingerprint information and sends it to the first processor, and the first processor processes the fingerprint information and Determine whether it is correct, and control the switch of the car lock; if the first processor determines that the fingerprint information is wrong for many times, the first processor controls the alarm module to issue an alarm; The vibration sensor is connected to the first processor; the vibration sensor module works when the lock is closed, and monitors the vibration of the vehicle body. 2. A kind of vehicle intelligent anti-theft system according to claim 1, characterized in that, the state monitoring control module includes a speed sensor, a GPS sensor, a temperature sensor and a humidity sensor, which are used to monitor vehicle speed, position, temperature and air temperature respectively. humidity information. 3. A vehicle intelligent anti-theft system according to claim 1 or 2, wherein when the vehicle is in a locked state, the vibration sensor detects that the vehicle body vibrates and lasts for more than 8 seconds, then the alarm module starts to work, Send out a warning. 4. A kind of vehicle intelligent anti-theft system according to claim 1 or 2, is characterized in that, also comprises display screen and earphone, and described display screen is used for displaying travel information including navigation route and traffic condition, and described Headphones are used to listen to voice announcements. 5. A vehicle intelligent anti-theft system according to claim 1 or 2, wherein the first communication module adopts the GPRS communication protocol to upload the processing information of the first processor to the server platform, Or receive the information sent back by the server platform; the second communication module uses WIFI or Zigbee communication protocol to perform short-distance communication with the first processor on the vehicle. 6. A kind of vehicle intelligent anti-theft system according to claim 1, is characterized in that, also comprises the client that is connected with described server platform, and described client is used for reading the information of described server platform, and presents to User; the user can also upload information to the server platform through the client. 7 . The vehicle intelligent anti-theft system according to claim 1 , wherein the vehicle includes bicycles, electric mopeds, and motorcycles. 8. An intelligent anti-theft bicycle applying the vehicle intelligent anti-theft system of claim 1 or 2 or 6 or 7, characterized in that it comprises a bicycle body, a smart helmet, and a helmet lock, wherein the fingerprint recognition sensor, car lock, Vibration sensor, state monitoring control module, first communication module, alarm module, first processor are installed on bicycle body, camera, recorder, second communication module and second processor are installed on smart helmet, and described helmet The lock is used to lock the smart helmet on the rear seat of the bicycle body; the smart helmet is wirelessly connected to the first processor through the second communication module, and when the alarm module sends out an alarm, the camera records On-site video information, the recorder records on-site audio information, and uploads to the server platform; the fingerprint recognition sensor, the car lock and the helmet lock are all connected to the first processor, and the fingerprint recognition The sensor receives the fingerprint information and sends it to the first processor, and the first processor controls the switch of the car lock and the helmet lock. 9. The intelligent anti-theft bicycle according to claim 8, wherein the smart helmet also includes a display screen and earphones, and the display screen is connected to the smart helmet through a retractable connector for displaying Travel information including navigation routes and traffic conditions, the earphone is used to listen to voice announcements.