TWM628673U - Car body and engine number location intelligent search system - Google Patents

Abstract

This creation provides an intelligent search system for vehicle body and engine number positions, which is applied to the inspection of vehicle engine numbers and body numbers. The intelligent search system is used in at least one lane for vehicles to pass through; the system includes: a computer The computer unit includes a processing unit, which executes the vehicle inspection mode; an input unit, which is used for the inspection personnel to operate and input data, and the input unit is connected to the processing unit; unit; a database, which stores vehicle registration data, and the database is connected to the processing unit. In view of the large number of vehicles under inspection, it takes a long time for inspectors to inspect the engine numbers and body numbers of different brands and models, resulting in poor inspection efficiency. By capturing the parameters of the vehicle under inspection through this creation, the inspector can quickly find the location of the vehicle engine and the vehicle body number. Furthermore, when there is no new model recorded in the database, the system can store it to update the database, and can quickly check when the same model appears in the future.

Description

Body and engine number location intelligent search system

This creation belongs to a vehicle inspection equipment, especially a smart search system for the location of the vehicle body and engine number that uses big data to provide information on the year, brand and model of the vehicle, so as to greatly improve the efficiency of vehicle inspection.

Vehicles are an indispensable means of transportation in modern society, providing people with a convenient and fast way of moving. Whether it is for leisure or work, vehicles have become a necessity in daily life.

Since vehicles play such an important role, vehicle safety is more critical to public safety and cannot be ignored. Therefore, the government has set appropriate inspection standards for vehicles in accordance with the law, and regularly or irregularly inspects the condition and source of vehicles, while ensuring traffic safety. Safety.

In the current vehicle inspection procedure, when the vehicle to be inspected enters the lane for inspection, the hood is opened after stopping at a certain point. At this time, the inspector must find the vehicle engine number and body number, and check with the vehicle registration information of the vehicle under inspection. right. In view of the ever-changing types of new cars, the numerous and varied brands and types of vehicles, and there is no fixed engraving position for the body and engine numbers, the replacement rate of inspectors is high, and the new inspectors are inexperienced, so it is difficult to quickly check the location of their numbers, which leads to delays. Delayed inspection period.

In particular, the components in the engine room are very closely arranged. It is usually the most time-consuming and labor-intensive inspection step to find the engine number and the body number. The impatience of the people.

In view of this, in order to improve the service efficiency and service quality of the inspection operation, the creators of this case have accumulated many years of practical experience, and started to carry out research and development improvements, so they proposed this creation of a smart vehicle inspection system for vehicle inspection equipment.

In order to improve the above shortcomings, the purpose of this creation is to provide an intelligent search system for the position of the body and engine number, which can be used for inspection in a dedicated vehicle inspection lane, using inspection equipment, which can greatly improve the smoothness of the vehicle process and reduce the need for staff. pressure, while avoiding the phenomenon of long queues of inspected vehicles.

Another purpose of this creation is that it has the advantage of being simple to operate, so that even novice inspectors can easily get started with this system and shorten the training time.

Another purpose of the present creation is to provide a graphical interface, so that the inspectors can carry out inspections in a leisurely manner and reduce the work fatigue of the inspectors.

Another purpose of this creation is to use the assistance of cloud big data to make the access and update of vehicle data safer, faster and more accurate.

In order to achieve the above-mentioned creation purpose, the technical solution adopted in this creation is to provide an intelligent search system for the position of vehicle body and engine number, including: a computer unit, including a processing unit, which executes the program of vehicle inspection; an input unit for inspection personnel Operation input data; a display unit, connected to the input unit. A database, storing vehicle registration information, the database is connected to the computer unit. an image capture unit that captures The license plate number of the vehicle to be inspected is obtained, and the image capture unit is connected to the computer unit.

This creation is an auxiliary inspection equipment, which is used in the process of vehicle inspection. First, the vehicle enters the inspection lane. When the vehicle positioning stops, the inspector obtains the vehicle registration information from the computer unit and the database, and according to the inspection The brand, type, and year of manufacture of the vehicle. Screen the engine room diagrams or photos of vehicles with the same conditions in the database. If the database has corresponding vehicle information, the inspector will inspect the engine number according to the location of the engine number in the diagram or photo. The engine number can be quickly checked; if there is no corresponding vehicle data in the database, it means that the vehicle under inspection is a new-type vehicle. At this time, after the inspector finds the location of the engine number of the new-type vehicle, it will be registered in the database at the same time, and then When there are vehicles of the same type for inspection, the corresponding vehicle information will be found from the database.

Regarding the registration method of the engine number: the engine is divided into straight engine, horizontal engine, front and rear engine, etc. The inspector may not be familiar with the structure of various types of automobile engines, so this creation divides the engine position into nine grids (left front, left center) , left rear, front, middle, back, right front, right middle, right rear) is the best way to mark the position, the inspector can quickly find the number by searching in this direction, and the registration of the number position is mainly based on the left and right directions of the driver. In the same way as the general car manufacturer's vehicle specification description method, the left and right orientation of the driver should be used as the basis for annotation.

Regarding the registration method of the body number: the vehicle is divided into the engine room of Area A, the driving area of Area B, the luggage compartment area of Area C, and the beam/chassis area of Area D. Area location description code, assist inspection personnel to quickly find the car body number engraving location.

Since the places where the vehicle body and engine numbers are engraved are usually the structure of the car body that is not easily damaged, although the location of the engraving is different for each model, the location of the engraving on the vast majority of brand models and vehicles has its own car factory. Because of the logical position of habit, the creator of this creation has compiled the following body and engine numbers and engraved directions after a long period of real car inspection and statistics, and made a description table to compile it into a database.

The aforementioned database is due to the introduction of new car models in the future, and the position of the engine number on the car body may change. For car models without data in the database (with the brand, model, and year as the comparison parameters), when accepting vehicle inspection, the inspection will be conducted by the inspection team. After the actual vehicle inspection and inspection, the personnel enter the body engine number position of the new model, and the system will automatically feed it into the database, so as to improve the coverage rate of the vehicle model in the body engine number position database, and it can achieve the function of one-time input for life-long use. Leave the system with room for updates and expansions.

According to the brand, type and year of manufacture of the vehicle to be inspected, the data of vehicles with the same conditions are screened in the database, and the part about the body number is marked with a text description where it is located. If it is an existing model, you can find the corresponding vehicle information in the database, and indicate the position of the body number, and the inspector can quickly find the position of the body number of the type of vehicle to complete the inspection. If there is no corresponding vehicle data in the database, it means that the vehicle under inspection is a new type vehicle. After the inspector finds the location of the vehicle body number of the new type vehicle, it will be registered in the database at the same time. Find the corresponding vehicle information from the database.

Compared with the prior art, the present invention has the following advantages:

1. The known inspection steps for vehicle engine number and body number are more focused on the work experience of the inspector; if the intelligent vehicle inspection system created by this creation is used, the intelligent database information can be used to cooperate with the inspection equipment. The best aid for vehicle inspection.

2. The smart vehicle inspection system created by this creation is an innovative and first-of-its-kind technology, which fully demonstrates the professional R&D and innovation capabilities of the R&D personnel. The use of this system for vehicle inspection is sufficient to ensure the safety of the vehicle condition and fully reflect the deepening of customers. oriented public service affairs.

100: Intelligent search system for body and engine number location

10: Computer unit

101: Processing unit

102: Input unit

103: Display unit

1031: Display page

1032: Engine Room Diagram/Photo Label

20:Database

201: Brand, type and date of manufacture

30: Image capture unit

40: Vehicle tested

401: license plate number

402: Hood

50: Inspector

L: Lane

A: Engine room in area A

B: Zone B driving area

C: Luggage area in area C

D: D area girder/chassis area

Figure 1 is a schematic diagram of the structure of the intelligent search system for the location of the vehicle body and engine numbers.

FIG. 2 is a schematic diagram of an embodiment of an authoring application.

FIG. 3 is a schematic diagram of the vehicle under test when the hood is opened.

FIG. 4 is a schematic diagram of the engine number inspection of the vehicle under inspection.

FIG. 5 is a schematic diagram of the division marked with the vehicle body number of the tested vehicle.

FIG. 6 is a schematic diagram of the operation flow of the authoring system.

FIG. 7 is a schematic diagram of the display unit displaying the position of the vehicle engine number mark when the present creation is executed.

FIG. 8 is a schematic diagram of the display unit displaying the position of the vehicle body number mark when the present creation is executed.

Hereinafter, a practical application example is given for further description in conjunction with the drawings, so that the technical features of the present creation can be understood by those with ordinary knowledge in the technical field, and can be implemented according to the technical contents disclosed in the present creation.

Please refer to FIGS. 1 and 2 , which are schematic diagrams of the structure of the body and engine number position intelligent search system 100 for use in at least one lane L for the vehicle 40 to pass through; the body and engine number position intelligent search system 100 Including: a computer unit 10, including a processing unit 101, the computer unit 10 executes the vehicle inspection mode; an input unit 102 for the inspection personnel 50 to operate and input data, the input unit 102 is connected to the processing unit 101; a display unit 103 Displays graphics and text screens , the display unit 103 is connected to the processing unit 101 ; a database 20 stores vehicle registration data, and the database 20 is connected to the processing unit 101 .

The present invention further includes an image capture unit 30 for capturing the license plate number 401 of the vehicle 40 under inspection. The image capture unit 30 is connected to the computer unit 10 , and the license plate number obtained by the image capture unit 30 is obtained. Step 401 , after being confirmed by the processing unit 101 , the registration information of the vehicle 40 under inspection with the license plate number 401 can be automatically retrieved and displayed on the display unit 103 , without the need for manual input by the inspector 50 .

The aforementioned input unit 102 is a wired transmission device, and the wired transmission device is a mouse and keyboard set, a touch screen, a stylus, and the like.

The aforementioned display unit 103 uses a liquid crystal screen.

Please refer to FIGS. 1 to 5 , when the vehicle inspection procedure is performed, after the vehicle 40 to be inspected enters the lane L and stops positioning, the inspector 50 opens the hood 402 , the inspector 50 executes the operation through the processing unit 101 of the system, and the data The library 20 obtains the relevant registration information of the vehicle 40 under inspection, displays the function menu on the display unit 103, selects the option of engine and body number position record from the inspection function options, and the processing unit 101 determines the brand and type of the vehicle under inspection 40 according to the The three data 201 including the date of manufacture and the date of manufacture are used as vehicle inspection access parameters, and a display page 1031 is downloaded from the database 20 , and the display page 1031 displays the vehicle registration data of the inspected vehicle 40 .

Please refer to FIGS. 6 to 8 again. If the data 201 corresponding to the inspected vehicle 40 already exists in the database 20, the inspector 50 can quickly check the engine number according to the position of the engine number in the diagram or in the photo: display page 1031 shows the vehicle engine room icon/photo mark 1032. From the engine room icon/photo mark 1032, you can see the mark of the engine number position. Right rear, the location of this embodiment is on the front. Therefore, the inspector 50 can quickly know the location where the engine number/body number of the inspected vehicle 40 is marked, and inspect the vehicle 40 .

If there is no corresponding vehicle 40 data in the database 20, it means that the vehicle 40 to be inspected is a new type of vehicle. At this time, the inspector 50 needs to find the location of the engine number of the new type of vehicle for inspection. It is registered in the database 20 , and when there is another vehicle inspection of the same type, the corresponding vehicle information is found from the database 20 .

Similarly, the location of the vehicle body number is marked not only in the engine room of Area A, but also in the driving area of Area B, the luggage compartment area of Area C, or the frame/chassis area of Area D, depending on the model. There is a code for the location description of each area, for example: A_01 means that the body number is engraved on the firewall, A_02 means that it is engraved on the top of the firewall, B_01 means that it is engraved on the lower beam of the right front seat, etc. Therefore, the marked position of the vehicle body number can be known from the note column of the vehicle body number on the display page 1031 . The marked position in this embodiment is tied to the firewall in the engine room, as shown in FIG. 8 .

As mentioned above, the skills and knowledge of vehicle inspections in the past depended on experienced inspectors imparting skills to new inspectors, or inspectors read and memorized in writing on their own. The manual teaching caused faults and could not be passed on completely. By introducing the assistance of this system, the inspector can quickly find the location of the engine number and the body number marked by one person, which simplifies the accelerated inspection operation. Moreover, the system can be expanded in response to inspection needs. So far, 39,716 data have been created and available for use. It takes about 3 minutes to find the location of the engine and the body number, which is shortened to 1 minute. If the applicant's supervision office accepts about 150,000 vehicles for inspection in one year, a total of 5,000 hours can be saved, which can effectively improve the speed of vehicle inspection and provide more Perfect inspection service quality.

The above-mentioned embodiments are intended to illustrate the technical content and features of this creation, and its purpose is to allow those skilled in the art to understand the content of this creation and implement it, but it does not limit the scope of protection of the rights of this creation. Equivalent changes or modifications made to the substantial technical content of the creation are all covered by the protection scope of this creation.

100: Intelligent search system for body and engine number location

10: Computer unit

101: Processing unit

102: Input unit

103: Display unit

20:Database

Claims (7)

An intelligent search system for the location of body and engine numbers, applied in at least one lane for vehicles to pass through; the system includes: A computer unit for performing the driving test, the computer unit comprising: a processing unit to execute the driving test mode; an input unit for inspection personnel to operate input data, the input unit is connected to the processing unit; a display unit that displays graphics and text images, the display unit is connected to the processing unit; and a database for storing vehicle registration data, the database is connected to the processing unit. The intelligent search system for the position of the vehicle body and the engine number as claimed in claim 1, further comprising: an image capture unit, which is used to capture the license plate number of the inspected vehicle, the image capture unit and the computer unit After being connected, the license plate number obtained by the image capture unit can be automatically retrieved and displayed on the display unit after being confirmed by the processing unit. According to the intelligent search system for the position of the vehicle body and the engine number as described in claim 1 or 2, the method of registering the relevant engine number in the database is to divide the engine position into nine grids, namely, the front left, the middle left, the rear left, the front and the middle. , Back, Right Front, Right Middle, Right Back annotation position. According to the intelligent search system for the position of the body and engine number as described in claim 3, the method of registering the body number in the database is to divide the area of the sheet parts where the body number is engraved into the engine room, the driving area, the luggage compartment area, and the girder. / Chassis area, and each has a location description code for each area. The intelligent search system for vehicle body and engine number and position according to claim 4, wherein the input unit is a wired transmission device. The intelligent search system for the location of vehicle body and engine number as claimed in claim 5, wherein the wired transmission device is a mouse and keyboard group, a touch screen or a stylus. The intelligent search system for vehicle body and engine number positions as claimed in claim 6, wherein the display unit uses a liquid crystal screen.

Images