CN111415484A - Anti-theft oil operating system - Google Patents

Abstract

The invention relates to the technical field of oil theft prevention, and discloses an oil theft prevention operating system which comprises a processor, wherein an output end and an input end of the processor are bidirectionally connected with an AR algorithm system, the output end and the input end of the processor are also bidirectionally connected with a display system, the output end and the input end of the processor are also bidirectionally connected with a control system, the output end and the input end of the processor are also bidirectionally connected with a remote control system, the output end and the input end of the AR algorithm system are also bidirectionally connected with an oil level detection system and an induction system, the induction system compares a data signal of an actual condition with a data signal in big data by controlling a real-time camera device and an induction vibration device, then compares the big data signals for multiple times, obtains the problem of actual condition reflection of the data signal reflection of the actual condition from the comparison, and puts an example into the big data, so as to avoid the occurrence of exceptional condition caused by the, the data signal obtained in the operating system is judged more accurately by the processor.

Description

Anti-theft oil operating system

technical field

The invention relates to the technical field of anti-theft oil, in particular to an operating system for anti-theft oil.

Background technique

The phenomenon of fuel theft is more common, and the technology of robbery is getting higher and higher. The methods of stealing fuel in the fuel tank are generally as follows: 1. Use tools to pry open the fuel tank cover of the motor vehicle, and then use tools such as oil suction pipes to extract the fuel in the fuel tank to the previous level. In the prepared oil drum; 2. Drilling holes on the top of the fuel tank cover to extract the fuel, this method can pump the oil from the fuel tank to other containers in a very short time; 3. Use an electric drill to install a drill to drill the fuel tank Through, use the oil suction pipe to pump out the oil.

The existing anti-theft technology often adopts radar monitoring and infrared control, but because the oil stealing speed is very fast, the thieves often have stolen the oil within 1 to 2 minutes after receiving the alarm, and the alarm sound has no effect on repeat offenders.

SUMMARY OF THE INVENTION

(1) Technical problems solved

Aiming at the deficiencies of the prior art, the present invention provides an anti-theft oil operating system, which has the advantages of more accurate judgment of the obtained data signals, and solves radar monitoring and infrared control. In 1-2 minutes, the thieves have already stolen the oil, and the alarm sound has no effect on repeat offenders.

(2) Technical solutions

In order to realize the more accurate purpose of judging the obtained data signal, the present invention provides the following technical solution: an operating system for anti-theft oil, including a processor, the output end and the input end of the processor are bidirectionally connected with an AR algorithm system, and the The output end and the input end of the processor are also bidirectionally connected with a display system, the output end and the input end of the processor are also bidirectionally connected with a control system, and the output end and the input end on the processor are also bidirectionally connected with a remote control system, the output end and input end of the AR algorithm system are bidirectionally connected with an oil level detection system and an induction system, the induction system controls the real-time camera device and the induction vibration device, and the output of the induction system and the oil level detection system An alarm system is connected bidirectionally between the terminal and the input terminal.

Preferably, the output end and the input end of the alarm system are bidirectionally connected with a sound system, the output end and the input end of the sound system are bidirectionally connected with a lighting system, and the output end and the input end of the lighting system are bidirectionally connected with a valve control system, The output end and the input end of the valve control system are bidirectionally connected with a conveying system, and the output end and the input end of the conveying system are bidirectionally connected with a telephone alarm system.

Preferably, the oil level detection system controls the oil level detection device installed inside the fuel tank, detects the actual situation of the oil level in real time, and transmits the data model of the detection result to the AR algorithm system. When the actual situation reflected by the oil level change occurs under certain circumstances, the change of the oil level can be quickly judged, so that the processor can judge whether someone steals the oil.

Preferably, when someone steals oil near and when someone steals oil, the real-time camera device can take pictures of the whole process, and transmit the image signal to the processor. After storage and conversion by the processor, the converted The signal is transmitted to the display system and displayed on the display device in real time, which can provide convenience for the driver to observe the situation near the fuel tank in real time. At the same time, the stored video can be used as later video evidence. The vibration sensing device controlled in the sensing system , It can sense the abnormal vibration of the fuel tank, timely sense the vibration caused by the abnormal opening of the fuel tank when the oil is stolen, and compare the sensed vibration signal with the big data in the AR algorithm system to quickly reflect whether there is someone. Oil theft, by detecting vibrations and real-time cameras, it can sense whether someone steals oil from multiple aspects.

Preferably, when the induction system and the oil level detection system sense and detect that someone steals oil, the induction system and the oil level detection system transmit the signal to the processor while transmitting the signal to the alarm system, and the alarm system will alarm Deal with it to scare off oil thieves.

Preferably, the sounding system controls the sounding device to scare off the person who steals oil while sounding an alarm, and reminds the driver that someone steals the oil. At the same time, the sounding device can also warn other cars.

Through the light-emitting device controlled by the light-emitting system, when the oil is stolen, the car's alarm sound and the alarm light can not only illuminate the vicinity of the car, it is convenient for the real-time camera device to perform real-time video recording, and at the same time, the video results can be better transmitted to the On the display device, it is convenient for car drivers to judge the number of stolen oil, to avoid misjudgment of the number of stolen oil, and the driver and the person who steal oil will cause injury after conflict. At the same time, the light-emitting device can also warn other cars.

Preferably, the valve control system controls the valve between the oil tank and the auxiliary oil tank. When the alarm system gives an alarm, the processor transmits the processed signal to the valve control system, and then opens the valve between the main oil tank and the auxiliary oil tank. , which can transfer the oil in the main fuel tank to the auxiliary fuel tank, reduce the amount of stolen oil in the main fuel tank, and minimize the loss caused by the stolen oil of the car.

Preferably, the conveying system controls the conveying device installed between the main fuel tank and the auxiliary fuel tank. When the alarm system issues an alarm, the electrical signal sent by the processor controls the conveying system to operate, and the conveying system controls the conveying device to accelerate the The oil in the main fuel tank is transported to the auxiliary fuel tank, which further reduces the loss caused by the stolen oil. At the same time, when the alarm is cancelled, the conveying system controls the conveying device to re-inject the oil in the auxiliary fuel tank into the main fuel tank, which is convenient for the normal operation of the car.

Preferably, when the alarm system alarms, the processor sends an electrical signal to control the telephone alarm system to make a telephone alarm, so as to prevent the person who steals oil from causing personal injury to the driver. The information is provided to the police officers, so that the police officers can apprehend the person who steals the oil.

Preferably, the control system is associated with the key switch of the car. When the car is started, the control system controls the entire operating system to be in a closed state. When the car is in a keyless state, the control system controls the entire operating system to be in a default state. In the open state, the control mode of the control system can also be set from the processor, which is convenient for the car driver to use the operating system and makes the operating system more applicable.

Preferably, the remote monitoring system is connected to the mobile APP, and the remote control system can convert the data and images processed by the processor into electrical signals and then transmit them to the mobile APP, and display the corresponding data and images on the mobile APP. At the same time, it can also perform alarm, control settings and real-time observation of the car fuel tank on the mobile APP.

(3) Beneficial effects

Compared with the prior art, the present invention provides an operating system for anti-theft oil, which has the following beneficial effects:

1. The operating system of the anti-theft oil is equipped with an AR algorithm system. Through the data reference provided by the big data system, the actual data signal is compared with the data signal in the big data, and then the big data is carried out for many times. Signal comparison, obtain the data of the actual situation from the comparison and the problems reflected by the actual situation. Putting individual cases into big data can avoid exceptions caused by individual cases, and make the processor understand the data obtained in the operating system. The signal judgment is more accurate.

2. The anti-theft oil operating system, the induction system controls the real-time camera device and the induction vibration device. When someone steals oil near and when someone steals the oil, the real-time camera device can take pictures of the whole process and send the image signal. It is sent to the processor, and after the storage and conversion of the processor, the converted signal is sent to the display system, and displayed on the display device in real time, which can provide convenience for the driver to observe the situation near the fuel tank in real time, and store it at the same time. The recorded video can be used as video evidence in the later stage. The vibration sensing device controlled in the sensing system can sense the abnormal vibration of the fuel tank, and timely sense the vibration caused by the abnormal opening of the fuel tank when the oil is stolen. The vibration signal of the device is compared with the big data in the AR algorithm system to quickly reflect whether someone has stolen oil. By detecting vibration and real-time video, it can sense whether someone has stolen oil from multiple aspects.

3. The operating system of the anti-theft oil, the door control system controls the valve between the fuel tank and the auxiliary fuel tank. When the alarm system gives an alarm, the processor transmits the processed signal to the valve control system, and then opens the main fuel tank and the auxiliary fuel tank. The valve between the main fuel tank can transfer the oil in the main fuel tank to the auxiliary fuel tank, reduce the amount of stolen oil in the main fuel tank, and minimize the loss caused by the stolen fuel of the car.

4. The operating system of the anti-theft oil, the conveying system controls the conveying device installed between the main fuel tank and the auxiliary fuel tank. When the alarm system issues an alarm, the electrical signal sent by the processor controls the conveying system to operate, and the conveying system controls The conveying device accelerates the transfer of the oil in the main fuel tank to the auxiliary fuel tank, further reducing the loss caused by the stolen oil. At the same time, when the alarm is cancelled, the conveying system controls the conveying device to re-inject the oil in the auxiliary fuel tank into the main fuel tank, which is convenient for the normal operation of the car .

5. The operating system of the anti-theft oil, when the alarm system alarms, the processor sends an electrical signal to control the telephone alarm system to make a telephone alarm, so as to prevent the person who steals the oil from causing personal injury to the driver, and the processor can obtain the information after the telephone alarm. The information of the person who steals the oil is provided to the police officers, so that the police officers can arrest the person who steals the oil.

6. The operating system of the anti-theft oil, the control system is associated with the key switch of the car. When the car is started, the control system controls the entire operating system to be in a closed state. When the car is in a keyless state, the control system controls the entire operating system. The operating system is in an open state by default, and the control mode of the control system can also be set from the processor, which is convenient for the driver of the car to use the operating system and makes the operating system more applicable.

Description of drawings

FIG. 1 is a schematic structural diagram of the operating system of the anti-theft oil of the present invention.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Please refer to Figure 1. The anti-theft oil operating system includes a processor. The processor is a computer and is used to process various signals fed back by the operating system. The cooperative operation between the subsystems, the processor mainly talks about the mutual conversion between the data signal and the operation signal.

The output end and the input end of the processor are bidirectionally connected with the AR algorithm system. The AR algorithm system uses the data reference provided by the big data system to compare the actual data signal with the data signal in the big data, and then conduct multiple big data Signal comparison, obtain the data of the actual situation from the comparison and the problems reflected by the actual situation. Putting individual cases into big data can avoid exceptions caused by individual cases, and make the processor understand the data obtained in the operating system. The signal judgment is more accurate.

The output end and input end of the processor are also bidirectionally connected with a display system. The display system can convert the data signals and electrical signals processed by the processor into image signals, and then display images and animations on the display device on the display device. Each signal is reflected, and the operation signal on the display system is converted into an electrical signal by the processor and then sent to each subsystem of the operating system, so as to facilitate real-time feedback with the driver of the car.

The output end and input end of the AR algorithm system are bidirectionally connected with an oil level detection system and an induction system. The oil level detection system controls the oil level detection device installed inside the fuel tank, detects the actual situation of the oil level in real time, and stores the data of the detection results. The model is sent to the AR algorithm system, and through big data, the actual situation reflected by the oil level change in the current situation can be obtained, and the change in the oil level can be quickly determined, so that the processor can determine whether someone steals oil. .

The induction system controls the real-time camera device and the induction vibration device. When someone steals oil near and when someone steals the oil, the real-time camera device, and the camera device is designed to be hidden, which can prevent the oil stealer from covering the camera device before To steal oil to ensure the normal operation of the camera device, the whole process can be photographed, and the image signal can be sent to the processor. The real-time display on the display device can provide convenience for the driver to observe the situation near the fuel tank in real time. At the same time, the stored video can be used as later video evidence. The vibration sensing device controlled in the sensing system can sense the abnormal vibration of the fuel tank. , timely sense the vibration caused by the abnormal opening of the fuel tank when the oil is stolen, and compare the sensed vibration signal with the big data in the AR algorithm system to quickly reflect whether someone has stolen the oil. way to sense whether someone steals oil from multiple aspects.

The output end and the input end of the sensing system and the oil level detection system are bidirectionally connected with an alarm system. When the sensing system and the oil level detection system sense and detect someone stealing oil, the sensing system and the oil level detection system transmit the signal to the processor at the same time. On the other hand, the signal is sent to the alarm system, and the alarm system will carry out the alarm processing to scare away the people who steal the oil.

The output end and the input end of the alarm system are connected with a sounding system in both directions. The sounding system controls the sounding device to send out an alarm sound to scare off the person who steals oil, while reminding the driver that someone steals the oil. At the same time, the sounding device can also control other cars. Warning effect.

The output end and the input end of the sounding system are bidirectionally connected with a light-emitting system, and the light-emitting device controlled by the light-emitting system, when the oil is stolen, the car will sound an alarm and emit an alarm light, which can not only illuminate the vicinity of the car, but also facilitate the real-time camera device. Real-time video recording, and at the same time, the video results can be better transmitted to the display device, which is convenient for the driver to judge the number of stolen oil, and avoids misjudgment of the number of stolen oil, and the driver and the person who steals oil. At the same time, the light-emitting device can also warn other cars.

The output end and the input end of the lighting system are bidirectionally connected with a valve control system. The valve control system controls the valve between the fuel tank and the auxiliary fuel tank. When the alarm system gives an alarm, the processor transmits the processed signal to the valve control system. When opening the valve between the main fuel tank and the auxiliary fuel tank, the oil in the main fuel tank can be transported to the auxiliary fuel tank, reducing the amount of stolen oil in the main fuel tank and minimizing the loss caused by the stolen fuel of the car.

The output end and the input end of the valve control system are bidirectionally connected with the conveying system. The conveying system controls the conveying device installed between the main fuel tank and the auxiliary fuel tank. When the alarm system issues an alarm, the electrical signal sent by the processor controls the conveying system. To operate, the conveying system controls the conveying device to speed up the transfer of the oil in the main fuel tank to the auxiliary fuel tank, further reducing the loss caused by the stolen oil. At the same time, when the alarm is cancelled, the conveying system controls the conveying device to re-inject the oil in the auxiliary fuel tank into the main fuel tank. , to facilitate the normal operation of the car.

The output end and the input end of the conveying system are bidirectionally connected with a telephone alarm system. When the alarm system alarms, the processor sends out an electrical signal to control the telephone alarm system to make a telephone alarm, so as to avoid the person who steals oil from causing personal injury to the driver, and the telephone alarm Afterwards, the information of the person who steals the oil obtained by the processor can be provided to the police officer, so that the police officer can arrest the person who steals the oil.

The output end and input end of the processor are also bidirectionally connected with a control system, which is associated with the key switch of the car. When the car is started, the control system controls the entire operating system to be in a closed state. When the car is in a keyless state When the control system controls the entire operating system, it is in an open state by default, and the control mode of the control system can also be set from the processor, which is convenient for the car driver to use the operating system and makes the operating system more applicable.

The output end and input end of the processor are also bidirectionally connected with a remote control system. The remote monitoring system is connected to the mobile APP. The remote control system can convert the data and images processed by the processor into electrical signals and then transmit them to the mobile APP. On the mobile terminal APP, the corresponding data and signals can be displayed, and at the same time, the mobile terminal APP can be used for alarming, control settings and real-time observation of the car fuel tank.

When in use, the entire operating system is turned on through the control system. When someone steals oil, it is sensed by the oil level detection system and the induction system, and then the AR algorithm system analyzes the data detected by the oil level detection system and the induction system. It is judged whether someone steals oil. When someone steals oil, the processor will output this signal to the alarm system, and the sound system and the lighting system will issue an alarm in two ways: sound and lighting. The oil inside is transported to the auxiliary fuel tank, which reduces the amount of stolen oil in the main fuel tank and reduces the loss. At the same time, the processor sends the signal to the telephone alarm system for telephone alarm processing, and then warns the person who steals the oil. At the same time, the driving of the car is avoided. The employee clashed with the oil thief, causing personal injury.

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

Claims (8)

1. Operating system of theftproof oil, including the treater, its characterized in that: the output and the input both way junction of treater have AR algorithm system, AR algorithm system's output and input both way junction have oil level detecting system and induction system, oil level detecting system and induction system's output and input are connected with alarm system jointly, still be connected with display system on the output of treater and the input, still be connected with remote monitering system on the output of treater and the input, remote monitering system is connected to and removes and holds the APP on.

2. The oil theft prevention operating system of claim 1, wherein: the output end and the input end of the processor are also connected with a control system, the control system is connected with a key switch of the automobile, and the switch of the automobile key controls the control system to be turned off or turned on, so that the running state of the whole system can be selected.

3. The oil theft prevention operating system of claim 1, wherein: the output end and the input end of the alarm system are connected with a sound production system, and the two-way connection of the sound production system is provided with a light emitting system.

4. The oil theft prevention operating system of claim 3, wherein: the light emitting system is connected with a valve control system in a two-way mode, the valve control system is connected with a conveying system in a two-way mode, and the conveying system is connected with a telephone alarm system in a two-way mode.

5. The oil theft prevention operating system of claim 1, wherein: the signal of alarm system advances on the treater is handled and is sent to removal end APP through the remote control system through the signal of telecommunication, and on removing the end, luminous, sound production and phone alarm operation are carried out to the same.

6. The oil theft prevention operating system of claim 1, wherein: the induction system is through detecting vibration and the mode of making a video recording in real time, whether someone steals oil from a plurality of aspects, just the video recording of induction system's real-time shooting can be handled through the treater on the back sends display device, can also convey to removing end APP through remote monitering system, can supply near car driver real-time supervision oil tank's the condition, behind the telephone alarm, the video recording of real-time video recording shooting can also regard as the video recording evidence.

7. The oil theft prevention operating system of claim 3, wherein: the valve control system controls the delivery valve of the oil tank, and the delivery system delivers the oil in the oil tank to the spare oil tank, so that the stolen oil component of the oil tank is reduced.

8. The oil theft prevention operating system of claim 1, wherein: oil level detecting system detects the oil level position in the oil tank through controlling oil level detection device, then converts data signal into the signal of telecommunication through AR algorithm system and carries the treater on, carries display system and remote control system's removal end APP by the treater again.

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