RU2746667C1 - Complex and method for remote pre-trip inspection and waybill formation - Google Patents

Abstract

FIELD: passenger traffic; trailer truck.

SUBSTANCE: claimed solution provides a module for driver diagnostics, equipped with medical devices, a module for vehicle diagnostics with the ability to connect to a CAN bus or tachograph, and a device for printing a waybill. Each module contains software for synchronizing parts of the complex; each module is made with ability to connect via a secure communication channel with the server to transmit the received encrypted data.

EFFECT: possibility of remotely conducting a comprehensive technical inspection of the car and medical examination of the driver, as well as ensuring transport safety on highways.

8 cl

Description

The invention can be applied in the field of passenger and freight road transport.

A comprehensive device for testing the physical fitness of a driver by measuring pulse, blood pressure, body temperature, body weight, alcohol concentration is known from the prior art (patent CN201147302Y).

It is also known a device containing a peripheral power control circuit having an input adapted to connect with CAN H and L signals for a vehicle via an OBD interface, a peripheral power control circuit connected to the controller, a peripheral power circuit configured to provide power to the controller (patent US2013246135A1 ).

However, the devices listed above do not allow remotely synchronized vehicle and driver checks. Such a check may be necessary when the driver is at a distant distance from the nearest stationary service point or doctor's office.

The problem solved by the claimed invention is the possibility of obtaining a waybill and ensuring the admission of the driver, with positive indications of physical health, to drive a technically sound car.

The technical result consists in obtaining the possibility of remotely conducting a comprehensive technical inspection of the vehicle and medical examination of the driver.

Also, the technical result is to ensure transport safety on highways.

Waybill - an electronic or printed document containing a specialist's opinion based on the information received about the results of a medical examination of the driver and the technical condition of his vehicle.

Driver - a person driving a vehicle.

The client software is a program that allows you to initiate and manage complex diagnostics.

The complex consists of a driver diagnostic module, a vehicle diagnostic module, and a printing device. Modules for vehicle and driver diagnostics can be combined into one module. The complex is installed inside the car. The modules and the printer are interconnected and can be located in one common housing. Both modules are made in the form of a computer (computer architecture). The complex is designed with the ability to connect (receive / transmit data and commands) with a device for controlling the diagnostic process.

The module for driver diagnostics contains the installed software, Bluetooth, Wi-Fi and USB ports for receiving / transmitting data. Also, these ports are used to connect medical diagnostic devices, for example: breathalyzer (breathalyzer), tonometer, pyrometer and other certified medical diagnostic devices known in the prior art. The module is configured to connect a device for printing.

The module connects to a remote server and transmits the received data about the driver's physical condition in the form of encrypted packets over a secure communication channel. The connection to the server is carried out via the Internet. In addition, the module is configured to store the received data.

The module for vehicle diagnostics contains the installed software, has the ability to connect to the CAN-bus of the vehicle, tachograph and other devices that control, diagnose vehicle parameters. The module also has the ability to transfer encrypted data to these devices. Also, this module is made with the ability to connect a device for printing.

The module is designed to diagnose the vehicle, for example, via the OBD port. The module connects to a remote server and transmits the received data about the technical condition of the vehicle in the form of encrypted packets via a secure communication channel (for example, API). The connection to the server can be carried out, for example, via the Internet or via other cable or wireless communication channels. In addition, the module is configured to store the received data.

A printing device is necessary to create a waybill, and is designed to be connected to the module (s). Any printer known in the art, for example a sublimation printer, can be used as the printing device.

The device for controlling the diagnostic process contains the installed client software and serves to initiate diagnostics, inspection, collecting and receiving / transmitting data to the server. A mobile phone, smartphone, tablet, laptop, personal computer or any other adapted gadget can be used as a device for controlling the diagnostic process.

The software installed on the modules, a device for controlling the diagnostic process and a server are necessary for the interaction and synchronization of all parts of the complex.

To generate a waybill, the driver initiates, using a device for controlling the diagnostic process, a pre-trip examination, which includes a remote medical examination and a technical inspection of the car. Simultaneously with the initiation of due diligence, video recording of this process begins. The driver, through the device for controlling the diagnostic process, begins to undergo a medical examination, using medical diagnostic devices under the guidance of a doctor who controls the diagnosis through the camera. Further, the medical worker (specialist), on the basis of the data received, makes a decision on admitting / not admitting the driver to drive the vehicle, and fixes the decision in the information system, then signs the result with an electronic signature. A medical examination can be carried out online - when there is live communication with the driver and the doctor controls the diagnosis through the camera or offline, when the medical worker, without taking part in the diagnosis, after carrying out it, based on the video watched and the results obtained, makes a decision on driver's admission.

After the inspection, the person authorized to conduct a technical inspection or the driver himself initiates a technical inspection through the device for controlling the diagnostic process, which includes: visual inspection of the car with filling in the Check-list in the system and automatic technical diagnostics of the car, collecting information from the CAN bus and third-party devices installed on the car.

The data obtained during the car diagnostics and medical examination of the driver are transferred to the modules corresponding to the functional purpose. Further, each module transmits the received information to the server, which records and stores data. In the case of a successfully passed medical examination and technical examination, the data is sent to the person who controls the access to the flight. The person in charge of access control to the flight, on the basis of a comprehensive check and the data received, makes a decision on admitting / not admitting the driver to the flight. In case of a positive decision, the data is transferred from the server to the module with a connected printer and a waybill is printed. The created waybill can also be signed with an electronic signature of the person in charge of access control to the flight.

A method for remote diagnostics of a vehicle and a medical examination of a driver consists in initiating a comprehensive check using a device for controlling the diagnostic process. With the help of the driver diagnostics module, a medical examination of the driver is carried out and the obtained data is transmitted to the server. With the help of the module for diagnosing a vehicle, the vehicle is diagnosed and the data obtained is transmitted to the server. With the help of the server, a decision is received on the device for controlling the diagnostic process on the admission or non-admission to driving. Then, using the device for controlling the diagnostic process, a command (signal) is sent to the module with the printer and a document is printed.

Claims (8)

1. A complex for remote diagnostics of a vehicle and a driver, consisting of a module for diagnosing a driver, a module for diagnosing a vehicle, a device for printing a waybill; each module is equipped with ports for receiving / transmitting data and is made with the ability to connect a device for printing, while the module for driver diagnostics is equipped with medical devices; the module for diagnosing a vehicle is made with the ability to connect to a CAN bus or a tachograph; in addition, each module contains software for synchronizing parts of the complex and is configured to connect via a secure communication channel to the server for transferring the received encrypted data; the complex is designed to be connected to a device for controlling the diagnostic process. 2. A complex for remote diagnostics of a vehicle and a driver according to claim 1, characterized in that each module is configured to store the received data. 3. A complex for remote diagnostics of a vehicle and a driver according to claim 1, characterized in that a smartphone or a personal computer is used as a device for controlling the diagnostic process. 4. The complex for remote diagnostics of a vehicle and a driver according to claim 1, characterized in that a printer is used as a printing device. 5. The complex for remote diagnostics of a vehicle and a driver according to claim 1, characterized in that the following are used as medical devices: breathalyzer, tonometer, pyrometer. 6. A complex for remote diagnostics of a vehicle and a driver according to claim 1, characterized in that the modules for diagnosing a vehicle and a driver can be combined into one module. 7. A method for remote diagnostics of a vehicle and a driver using a complex according to claim 1, comprising: initiating a comprehensive check using a device for controlling the diagnostic process; video recording of the diagnostic process; using the driver diagnostic module, a medical examination of the driver is carried out; using a module for diagnosing a vehicle, a vehicle is diagnosed; the encrypted data is transmitted to the server from both modules via a secure communication channel; then the decision made based on the results of the check is sent to the module for diagnosing the driver or the module for diagnosing the vehicle, then the waybill is printed. 8. The method according to claim 7, characterized in that the video is sent to the server.