CN217477196U - Drunk driving management system based on remote monitoring data - Google Patents
Drunk driving management system based on remote monitoring data Download PDFInfo
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- CN217477196U CN217477196U CN202221487504.7U CN202221487504U CN217477196U CN 217477196 U CN217477196 U CN 217477196U CN 202221487504 U CN202221487504 U CN 202221487504U CN 217477196 U CN217477196 U CN 217477196U
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Abstract
The utility model discloses a management system is driven to wine based on remote monitoring data, including the ECU treater, sign measuring unit, the signal emission unit, the warning unit, remote monitoring data management unit, sign measuring unit is connected to the input of ECU treater, signal emission unit and warning unit are connected to the output of ECU treater, the ECU treater passes through signal emission unit and remote monitoring data management unit intercommunications, both can let car owner and traffic law enforcement department real-time supervision driver's wine drive relevant information, can also let its inquiry and derive the historical data that driver drives relevant information in the period of driving each time, it provides data support and convenience to the macroscopic control and the statistical analysis that wine was driven to driving operation condition and traffic law enforcement department of vehicle to know the car owner.
Description
Technical Field
The utility model belongs to the technical field of the car driving safety, in particular to car driving prevents wine and drives management system with remote monitoring and data management.
Background
In the current society, automobiles become an important traffic mode for people to go out daily, and with the continuous improvement of the development level of social economy, the total amount of automobiles in China is also rapidly increased, and the problem of drunk driving becomes an important problem which is commonly concerned by the society. Statistics show that China has millions of drunk driving every year, has tens of thousands of traffic accidents caused by drunk driving, and is still increasing year by year. Although China already carries out legal constraints on drunk driving behaviors and punishment is increased continuously, drunk driving conditions still occur frequently, and the situations are still severe without stopping and monitoring in real time.
At present, the conventional method is still used in the drunk driving enforcement process in China, namely, a portable handheld breath alcohol tester is used by a traffic police to carry out on-site parking test on a driver, or blood alcohol detection is carried out through a gas chromatograph, but the passive detection mode has great problems, such as police force waste, large workload, low efficiency, narrow coverage, influence on normal traffic and the like. In order to solve the problems, a remote drunk driving detection and monitoring method is imperative.
In response to the above-mentioned needs, a number of related solutions have been proposed. According to whether the driver is required to actively operate, the existing drunk driving detection device can be divided into a non-automatic drunk driving detection device and an automatic drunk driving detection device. The non-automatic drunk driving detection device is a device which requires a driver to blow air into a detection air blowing port within a specified time after starting a vehicle and completes drunk driving detection of the driver through a built-in alcohol tester, such as drunk driving detection devices proposed in patent documents with application numbers of 202120461377.2 and 202120901038.1. For a non-automatic drunk driving detection device, although the technical scheme provided at present can accurately detect the alcohol content in the body of a driver, the driver is required to actively perform blowing detection, and the driver is easy to feel troublesome, so that the detection device is poor in convenience and low in automation degree.
The automatic drunk driving detection device is a device for automatically identifying drunk driving of a driver by arranging driver sign measurement sensors such as an alcohol concentration sensor, a heart rate sensor and a body temperature sensor in a vehicle and assisting means such as a high-definition camera or a camera to identify and analyze the face of the driver, and is provided in patent documents with application numbers of 201910447744.0 and 202110617178.0. For the automatic drunk driving detection device, although the troublesome operation of air blowing detection before driving a vehicle every time is omitted, the alcohol concentration sensor in the detection device is arranged in the vehicle, so that the data result acquired by the sensor is easily influenced by environmental changes, and compared with an air blowing mode, the accuracy and reliability of the data are reduced; the human face recognition and analysis and other means adopted for improving the drunk driving recognition rate of the device need to be matched with high-definition cameras or cameras and other equipment, so that the technical implementation difficulty of the detection device is high and the price is high.
In a word, no matter whether the detection device is driven by non-automatic drunk driving or automatic drunk driving, the functions of monitoring sign information of a driver in real time and recording and inquiring data are lacked. In the prior art, although the driver sign data such as alcohol content, heart rate, body temperature and the like can be collected in real time, the collected data is only used as input data required by a detection device for identifying drunk driving, and finally the detection device only outputs a judgment result of whether the driver is drunk driving or not and sends the result to a designated mobile phone or a traffic law enforcement department, but ignores the importance of the change data of the sign information of the driver in the driving process on drunk driving prevention and control.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem that a wine based on remote monitoring data drives management system is provided, can realize driving the long-range real time monitoring and the historical data management of relevant information to the wine of driver in driving the period when automatic accurate discernment driver drives.
In order to solve the technical problem, the utility model discloses a technical scheme be: the utility model provides a management system is driven to wine based on remote monitoring data, includes ECU treater, sign measuring unit, signal transmission unit, warning unit, remote monitoring data management unit, and sign measuring unit is connected to the input of ECU treater, and signal transmission unit and warning unit are connected to the output of ECU treater, and the ECU treater passes through signal transmission unit and remote monitoring data management unit intercommunication.
Furthermore, the physical sign measuring unit consists of an alcohol sensor, a heart rate detecting module and a body temperature detecting module and is used for detecting the physical sign data of the alcohol content, the heart rate and the body temperature of the driver in real time; the signal transmitting unit consists of a positioning module, a wireless communication module and a data storage module and is used for transmitting and recording drunk driving related information and data such as vehicle positioning information, vehicle owner information, driver sign data and the like; the warning unit consists of a voice module and a warning lamp and is used for prompting a detection result through voice and the warning lamp when the device detects whether the driver is in a drunk driving state; and the remote monitoring data management unit is used for remotely monitoring and inquiring the drunk driving related information and data of the management driver during each driving by the vehicle owner and the traffic law enforcement department.
Furthermore, the alcohol sensor and the micro air pump form a suction type alcohol detector, the alcohol sensor is installed behind the micro air pump of the same air flow channel, and the breath sample of the driver is automatically sucked through the micro air pump and blown to the alcohol sensor along the air flow channel to be collected.
Furthermore, the remote monitoring data management unit obtains drunk driving monitoring data in a wireless network transmission mode, the remote monitoring data management unit takes a mobile phone end and a computer end as carriers, displays vehicle positioning information and physical sign data of alcohol content, heart rate and body temperature of a driver in real time, has a data management function, and can record, inquire and derive historical data of drunk driving related information of the driver in each driving period.
Implement the technical scheme of the utility model, this kind of management system is driven to wine based on remote monitoring data management unit, the function that has remote real time monitoring and historical data management, the wine that both can let car owner and traffic law enforcement department real-time supervision driver drives relevant information, can also let its inquiry and derive driver in each driving period wine drive relevant information's historical data, it drives the operational aspect and traffic law enforcement department to wine for the car owner knows the vehicle and drives macroscopic control and statistical analysis that the department driven to wine and provide data support and facility.
Drawings
Fig. 1 is a schematic block diagram of a drunk driving management system based on remote monitoring data.
Fig. 2 is a drunk driving monitoring display interface of the remote monitoring data management unit.
Fig. 3 is a drunk driving history data query interface of the remote monitoring data management unit.
Detailed Description
This patent is described in further detail below in conjunction with the attached drawing figures. It should be apparent that the embodiments described below are only examples for explaining the present patent, and not all examples. Other embodiments can be obtained by those skilled in the art without inventive effort, based on the drawings.
Referring to fig. 1, the drunk driving management system based on remote monitoring data mainly comprises an ECU processor, a sign measurement unit, a signal transmission unit, a warning unit, an engine control module, a remote monitoring data management unit and the like. The input end of the ECU processor is connected with the physical sign measuring unit, the output end of the ECU processor is connected with the signal transmitting unit and the warning unit, and the signal transmitting unit is connected with the remote monitoring data management unit through a wireless signal.
Sign measuring unit includes air alcohol sensor, heart rate detection module, body temperature detection module and sweat alcohol sensor, and sign measuring unit passes through alcohol sensor, heart rate detection module, body temperature detection module and gathers driver's physical sign data such as alcohol content, heart rate, body temperature to send data acquisition for ECU treater.
The ECU processor is integrated with a data identification module and a drunk driving judgment module. The data identification module is used for transmitting an identification result of the in-vehicle personnel vital sign data AI to the drunk driving judgment module, if the identification result reaches a preset abnormal value, the drunk driving judgment module judges whether a drunk driving state is established, and if the drunk driving state is established, the ECU processor transmits the in-vehicle personnel vital sign data to the signal transmitting unit. The ECU processor analyzes the collected physical sign data, and sends the analysis result to a voice module and an alarm lamp in the warning unit to prompt the drunk driving detection result.
The signal transmitting unit comprises a positioning module, a wireless communication module and a data storage module and is used for transmitting and recording drunk driving related information and data such as vehicle positioning information, vehicle owner information, driver sign data and the like. And the ECU processor stores the positioning information of the positioning module and the acquired physical sign data in the data storage module together. The ECU processor respectively sends the stored data to a mobile phone end and a computer end in the remote monitoring data management unit through a wireless network through the wireless communication module, and the vehicle owner and the traffic law enforcement department can monitor the positioning information of the vehicle and the sign data of the driver in real time through an APP program and a client program and inquire and derive historical data of drunk driving related information of the driver in each driving period.
The alcohol sensor and the miniature air pump form a suction type alcohol detector, the suction type alcohol detector is fixedly installed on a rotary seat of a steering wheel, the miniature air pump is installed in front of the alcohol sensor of the same airflow channel, the miniature air pump automatically sucks an expired air sample of a driver and blows the sample to the alcohol sensor along the airflow channel, and after the alcohol sensor collects the alcohol content in the expired air sample, the collection result is sent to the ECU processor. The alcohol sensor adopts an MQ-3 semiconductor gas-sensitive alcohol sensor. The sweat alcohol sensor is adsorbed on the rim of the steering wheel and is positioned in the three-point direction and the nine-point direction. Suction-type alcohol detector can prevent effectively that the expiration from being diluted by ambient air when not influencing driving comfort, guarantees to have the expiration of capacity to flow into alcohol sensor, realizes the quick accurate detection of the automatic contactless of driver alcohol content, and this suction-type alcohol detection module has simple structure, with low costs, data reliability height and convenient sanitary advantage.
Referring to fig. 2 and 3, the remote monitoring data management unit can provide a monitoring display interface and a historical data query interface of drunk driving related information of the driver on both the mobile phone terminal and the computer terminal, and is used for a driver and a traffic law enforcement department to remotely monitor, query and manage drunk driving related information and data of the driver during each driving. In the drunk driving monitoring display interface, as shown in fig. 2, after a user logs in an account, the user can monitor vehicle positioning information, driver sign information (including heart rate, body temperature and alcohol content) and real-time data of a drunk driving state of the driver; the drunk driving monitoring display interface is provided with a historical data query button, so that a user can switch to the drunk driving historical data query interface. In the drunk driving historical data query interface, as shown in fig. 3, a user can query vehicle positioning information, driver sign information (including heart rate, body temperature and alcohol content) and historical data of drunk driving state of the driver; a historical data export button is arranged on the drunk driving historical data query interface, so that a user can export the historical data; the drunk driving historical data query interface is provided with a 'monitoring interface switching' button, so that a user can switch to a drunk driving monitoring display interface.
The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the described embodiments. It will be apparent to those skilled in the art that various changes, modifications, substitutions and alterations can be made in the embodiments without departing from the principles and spirit of the invention, and these embodiments are still within the scope of the invention.
Claims (4)
1. The utility model provides a management system is driven to wine based on remote monitoring data which characterized in that includes ECU treater, sign measuring unit, signal transmission unit, warning unit, remote monitoring data management unit, and sign measuring unit is connected to the input of ECU treater, and signal transmission unit and warning unit are connected to the output of ECU treater, and the ECU treater passes through signal transmission unit and remote monitoring data management unit intercommunication.
2. The drunk driving management system based on remote monitoring data as set forth in claim 1, wherein: the physical sign measuring unit consists of an alcohol sensor, a heart rate detecting module and a body temperature detecting module and is used for detecting physical sign data of alcohol content, heart rate and body temperature of a driver in real time;
the signal transmitting unit consists of a positioning module, a wireless communication module and a data storage module and is used for transmitting and recording drunk driving related information and data such as vehicle positioning information, vehicle owner information, driver sign data and the like;
the warning unit consists of a voice module and a warning lamp and is used for prompting a detection result through voice and the warning lamp when the device detects whether the driver is in a drunk driving state;
and the remote monitoring data management unit is used for remotely monitoring and inquiring the drunk driving related information and data of the management driver during each driving by the vehicle owner and the traffic law enforcement department.
3. The drunk driving management system based on remote monitoring data as set forth in claim 2, wherein: the alcohol sensor and the micro air pump form a suction type alcohol detector, the alcohol sensor is installed behind the micro air pump of the same airflow channel, and a breath sample of a driver is automatically sucked through the micro air pump and blown to the alcohol sensor along the airflow channel to be collected.
4. The drunk driving management system based on remote monitoring data as set forth in claim 1, wherein: the drunk driving monitoring system is characterized in that the remote monitoring data management unit obtains drunk driving monitoring data in a wireless network transmission mode, the remote monitoring data management unit takes a mobile phone end and a computer end as carriers, displays vehicle positioning information and physical sign data of alcohol content, heart rate and body temperature of a driver in real time, has a data management function, and can record, inquire and derive historical data of drunk driving related information of the driver in each driving period.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202221487504.7U CN217477196U (en) | 2022-06-14 | 2022-06-14 | Drunk driving management system based on remote monitoring data |
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| CN202221487504.7U CN217477196U (en) | 2022-06-14 | 2022-06-14 | Drunk driving management system based on remote monitoring data |
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| CN217477196U true CN217477196U (en) | 2022-09-23 |
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| CN202221487504.7U Active CN217477196U (en) | 2022-06-14 | 2022-06-14 | Drunk driving management system based on remote monitoring data |
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