CN114241850A - Virtual reality all-in-one machine for driving training - Google Patents
Virtual reality all-in-one machine for driving training Download PDFInfo
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- 230000003993 interaction Effects 0.000 claims description 27
- 238000004088 simulation Methods 0.000 claims description 13
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Abstract
The utility model provides a virtual reality all-in-one for driving training, including driving training device body and VR display device, VR display device's video signal input and control circuit board's video output electric connection still have the process control unit, the data acquisition unit, the data analysis unit, the database unit, the scoring unit, the suggestion unit of correcting, first interactive unit, first data transmission unit, first data receiving unit, second data transmission unit, the interactive unit of second. The invention adopts AI technology as the basis, and students wear VR equipment or directly watch the display screen picture for training in the application, so that the application is more flexible, the specific scores of the students in simulated driving can be obtained under the action of related units, the specific deficiencies can be provided for improvement, and the progressive training effect can be achieved; the trainer can supervise the simulated driving condition of the student in real time without being on site, and further can improve the driving training effect.
Description
Technical Field
The invention relates to the technical field of driving training equipment, in particular to a virtual reality all-in-one machine for driving training.
Background
In driving training, a trainee generally performs a driving training program by actually operating a vehicle and operating a simulated vehicle device. The driving operation simulation vehicle device is a necessary training item before a student actually drives the vehicle because the driving operation simulation vehicle device does not consume oil and basically has no cost investment. The existing vehicle simulating device generally comprises a display screen and necessary simulated accelerator, clutch, brake pedal, gearbox, control circuit board, steering wheel and the like. During training, a student sits in front of the vehicle simulating device, then operates an accelerator, a clutch, a brake pedal, a steering wheel or a gearbox and the like according to real-time pictures displayed by a display screen, and further judges the simulated driving condition of the student by software built in a control circuit board, so that the specific driving skill condition of the student is obtained.
Although the existing vehicle simulating device can realize the skill of a student in driving a vehicle to a certain degree, the vehicle simulating device is limited by a structure, the vehicle simulating device cannot interact with a coach during driving simulation, namely cannot obtain the guidance of the coach during driving simulation, so that the coach cannot arrive at the scene, cannot provide suggestions for the student in a targeted manner due to the fact that the specific driving condition of the student cannot be known, the driving training technology of the student cannot be effectively improved, and certain technical restrictions are caused for effective popularization and use of the driving simulation training. In summary, it is desirable to provide a virtual driving training device that can realize real-time interaction between trainees and coaches.
Disclosure of Invention
In order to overcome the defects that the interaction between a student and a coach cannot be realized and the driving training effect is not beneficial to be improved due to limited functions of the conventional simulated vehicle device, the invention provides a driving training device body and VR display equipment which are based on a display screen and necessary simulated throttle, a clutch, a brake pedal, a steering wheel, a gearbox and a control circuit board, wherein under the combined action of related unit modules, the driving training device body and the VR display equipment can acquire video information of the student respectively operating the throttle, the clutch, the brake pedal, the steering wheel and the gearbox gear lever according to a picture displayed by the display screen in real time and compare the video information with related data in a database unit to obtain specific scores of the student in simulated driving and specific suggestions of which deficiencies need to be improved, and can transmit training information to remote coaches in real time, and the coaches can master the specific conditions of the student in simulated driving in real time, and give real-time guidance, thereby effectively improving the driving training effect of the trainees.
The technical scheme adopted by the invention for solving the technical problems is as follows:
a virtual reality all-in-one machine for driving training comprises a driving training device body and VR display equipment, wherein a video signal input end of the VR display equipment is electrically connected with a video output end of a control circuit board; the process control unit can display the process of the simulated driving picture step by step from a simple to a difficult-to-control display screen, the data acquisition unit acquires the driving data corresponding to the display picture of the display screen by a student through a camera at the front end of the display screen and outputs the data to the data analysis unit when working, and the data analysis unit calls the relevant data in the database unit to analyze the condition of the simulated driving vehicle of the student and outputs the analyzed data to the evaluation unit; the scoring unit can score and display the driving picture displayed by the student according to the screen corresponding to the operation condition based on the data input by the database analysis unit to prompt the student, and the prompt correction unit can carry out error prompt on a plurality of actions simulated by the student based on the condition analyzed by the database analysis unit; the first data sending unit can remotely transmit video information, score information and error information of real-time driving simulation of a student through a wireless mobile network, the first data receiving unit can receive video and voice information given by a remote coach, the second data receiving unit can receive various data information sent by the first data sending unit, and the second data sending unit can transmit the video and voice information of the coach for teaching of the student to the first data receiving unit; the first interaction unit and the second interaction unit can realize information interaction between a coach and a student, the coach can give a prompt to the student in real time according to various operation actions in the driving simulation training of the student, and various error actions generated in the driving of the student can be corrected in time.
Furthermore, the display frames and the voice of the VR equipment and the display screen are synchronous.
Further, the prompt correction unit can give specific error types, error time and error frequency data in the simulated driving of the trainee.
Furthermore, the data collected by the camera when the data collecting unit works comprise data of the actions of a student simulating the driving of a vehicle to operate an accelerator, a brake, a clutch, a gear lever of a gearbox and a steering wheel. The data analysis unit can classify the actions of operating an accelerator, a brake, a clutch, a gear lever of a gearbox and a steering wheel during the simulated driving of a student when working.
Furthermore, the database unit stores data values corresponding to the specific operation of the accelerator, the brake, the clutch, the gear lever of the gearbox, the direction and the angle of the steering wheel and the like by the student according to the corresponding picture data displayed by the display screen and the data values, and carries out classification and scoring according to the data values.
Further, when the process control unit controls the display screen to display the process of the simulated driving picture, when the score in the subsequent training of the trainee is too low, the trainee returns to the previous display interface to continue the simulated driving training, and when the score is high, the trainee directly enters the next relatively complex driving training interface to perform the simulated driving training.
Furthermore, the signal prompted by the prompt correction unit comprises display screen display interface text prompt and voice broadcast display.
Further, the first interaction unit and the second interaction unit realize information interaction between the coach and the student, and the interactive information comprises voice data and video data.
The invention has the beneficial effects that: the invention adopts AI technology as the basis, and based on the driving training device body with a display screen and necessary simulated accelerator, clutch, brake pedal, steering wheel, gearbox and control circuit board and VR display equipment, in the application, a student wears the VR equipment to carry out simulated driving training (on the premise of knowing the positions of the accelerator, the clutch, the brake pedal, the steering wheel and the gearbox lever) or directly watches the picture of the display screen to carry out training, the application is more flexible, the VR equipment can bring an on-the-spot training effect to the student, under the common action of related unit modules, the video information of the student respectively operating the accelerator, the clutch, the brake pedal, the steering wheel and the gearbox lever according to the picture displayed by the display screen can be collected in real time, and compared with related data in a database unit, the concrete score of the student in simulated driving and the concrete suggestions that the deficiency needs to be improved can be given, therefore, the student can specifically know the situation of deficiency, and can correct the previous operation error when returning to the training next time; in the invention, the interface can return to the previous training when the current training is unqualified, and the interface can enter the next difficult training interface from simple to difficult when the training is qualified, thus achieving the progressive training effect; in the simulated driving of the student, various data can be transmitted to the mobile phone of a remote coach in real time and the like, the coach can supervise the simulated driving condition of the student in real time without being on site, and can realize voice and video communication with the student in real time, so that specific problems existing in the current driving of the student can be visually pointed out, the student can further obtain driving instruction, and the driving training effect can be further improved. Based on the above, the invention has good application prospect.
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The invention is further illustrated below with reference to the figures and examples.
Fig. 1 is a schematic view of the overall structure of the present invention.
FIG. 2 is a block diagram illustration of the software architecture of the present invention.
Detailed Description
As shown in fig. 1 and 2, a virtual reality all-in-one machine for driving training comprises a driving training device body with a display screen 7, a necessary simulated accelerator 1, a clutch 2, a brake pedal 3, a steering wheel 4, a gearbox 5 and a control circuit board 6, and a VR display device (not shown in the figure), wherein a video signal input end of the VR display device is connected with a video output end of the control circuit board through a video cable, and the virtual reality all-in-one machine also comprises a process control unit, a data acquisition unit, a data analysis unit, a database unit, a scoring unit, a prompt correction unit, a first interaction unit, a first data transmission unit, a first data reception unit, a second data transmission unit and a second interaction unit; the process control unit, the data acquisition unit, the data analysis unit, the database unit, the scoring unit, the prompt correction unit, the first interaction unit, the first data sending unit and the first data receiving unit are application software installed in a control circuit board, and the second data receiving unit, the second data sending unit and the second interaction unit are application software installed in a smart phone or a Personal Computer (PC) beside a coach; the process control unit can display the process of the simulated driving picture step by step from a simple to hard control display screen, the data acquisition unit acquires the driving data corresponding to the display picture of the display screen by a student through a camera 7 at the front end of the display screen and outputs the data to the data analysis unit, and the data analysis unit calls the relevant data in the database unit to analyze the condition of the simulated driving vehicle of the student and outputs the analyzed data to the evaluation unit; the scoring unit can score and display conditions of correspondingly operating an accelerator, a steering wheel, a brake, a clutch and a gear lever of a gearbox for the student according to a driving picture displayed on a screen based on the data input by the database analysis unit to prompt the student, and the prompt correction unit can carry out error prompt on a plurality of actions respectively simulated and operated by the student based on the conditions analyzed by the database analysis unit; the first data sending unit can remotely transmit video information, score information and error information of real-time driving simulation of a student through a wireless mobile network, the first data receiving unit can receive video and voice information given by a remote coach, the second data receiving unit can receive various data information sent by the first data sending unit, and the second data sending unit can transmit the video and voice information of the coach for teaching of the student to the first data receiving unit; the first interaction unit and the second interaction unit can realize information interaction between a coach and a student, the coach can give a prompt to the student in real time according to various operation actions in the driving simulation training of the student, and various error actions generated in the driving of the student can be corrected in time.
As shown in fig. 1 and 2, the display frames and voices of the VR device and the display screen are synchronized. The prompt correction unit can give specific error types, error time and error frequency data in the simulated driving of the trainee. The data acquisition unit is used for acquiring data through the camera during working, and comprises the data of the actions of a student for simulating the operation of an accelerator, a brake, a clutch, a gear lever of a gearbox and a steering wheel of a driving vehicle. The data analysis unit can classify the actions of operating an accelerator, a brake, a clutch, a gear lever of a gearbox and a steering wheel during the simulated driving of a student when working. The database unit stores data values corresponding to the specific operation of the accelerator, the brake, the clutch, the gear lever of the gearbox, the direction and the angle of the steering wheel and the like by a student according to the corresponding picture data displayed by the display screen and the data values, and carries out classification and scoring according to the data values. When the progress control unit controls the display screen to display the progress of the simulated driving picture, when the score in the subsequent training of the trainee is too low, the trainee returns to the previous display interface to continue the simulated driving training, and when the score is high, the trainee directly enters the next relatively complex driving training interface to carry out the simulated driving training. The signal that the suggestion corrected the unit suggestion includes that display screen display interface characters show and voice broadcast shows. The first interaction unit and the second interaction unit realize information interaction between a coach and a student, and interactive information comprises voice data and video data (in videos, one corner of display screens of the student end and the coach end is displayed, and the main training interface is not affected).
As shown in fig. 1 and 2, the present invention uses an AI technology as a basis, and uses a driving training device body having a display screen 1, a necessary simulated accelerator 2, a clutch 3, a brake pedal 4, a steering wheel 5, a transmission 6, and a control circuit board 7, and VR equipment as training equipment. When the invention is used, a student can start simulated driving training by sitting on a seat at the front end of the display screen, the student wears VR equipment to simulate driving training (on the premise of knowing the positions of an accelerator, a clutch, a brake pedal, a steering wheel and a handle of a gearbox) or directly watches pictures of the display screen for training, the application is more flexible, the VR equipment can bring an on-the-spot effect to the student, the learning enthusiasm of the student can be improved, and a correspondingly better training effect can be obtained. The driving training comprises the following procedures: the process control unit is controlled by internal programming when working, can display the process of a simulated driving picture step by step from a simple to difficult control display screen, a student operates the simulated accelerator 2, the clutch 3, the brake pedal 4, the steering wheel 5 and the gearbox 7 by hands or feet according to image data displayed by the picture, and trains synchronously with the picture (for example, the picture displays that a vehicle climbs a steep hill, so the student needs to change gears, increase the accelerator and the like at the moment). B: when the data acquisition unit works, driving data of a student for operating the accelerator 2, the clutch 3, the brake pedal 4, the steering wheel 5 and the gearbox 7 corresponding to a display picture of the display screen are acquired in real time through a camera at the front end of the display screen, and the data are output to the data analysis unit; the data analysis unit calls relevant data in the database unit to analyze the condition of the student simulating driving of the vehicle in real time and outputs the analyzed data to the scoring unit, the scoring column of the scoring unit comprises scoring data of an operation accelerator 2, a clutch 3, a brake pedal 4, a steering wheel 5 and a gearbox 7, and the scoring data are positioned at the upper left end of a display interface of a display screen and cannot interfere with the whole training process picture. C: the prompt correction unit carries out error prompt on a plurality of actions of the student respectively simulating the operation based on the condition analyzed by the database analysis unit, and the student can carry out targeted correction when carrying out the next same driving action operation due to obtaining the simulated driving error prompt in real time, thereby achieving the effect of getting twice the result with half the effort. D: the first data sending unit transmits video information, score information and error information of real-time driving simulation of the trainee through a wireless mobile network, a coach can remotely know the driving simulation condition of the trainee in real time through a second data receiving unit arranged in a smart phone or a Personal Computer (PC) nearby and the like, the coach can send voice and video data through a second interaction unit through the second data sending unit if necessary, after the far-end first data receiving unit receives related data, the trainee can realize voice and video interaction through the first interaction unit and the coach in real time, so that the coach can give guidance according to the content displayed on a picture and the corresponding operation action of the trainee in real time, the wrong action of the trainee can be corrected in time, the trainee can further obtain driving guidance, and the driving training effect can be further improved.
While there have been shown and described what are at present considered the fundamental principles and essential features of the invention and its advantages, it will be apparent to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, but is capable of other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
Furthermore, it should be understood that although the present description refers to embodiments, the embodiments do not include only one independent technical solution, and such description is only for clarity, and those skilled in the art should take the description as a whole, and the technical solutions in the embodiments may be appropriately combined to form other embodiments that can be understood by those skilled in the art.
Claims (8)
1. A virtual reality all-in-one machine for driving training comprises a driving training device body and VR display equipment, wherein a video signal input end of the VR display equipment is electrically connected with a video output end of a control circuit board; the process control unit can display the process of the simulated driving picture step by step from a simple to a difficult-to-control display screen, the data acquisition unit acquires the driving data corresponding to the display picture of the display screen by a student through a camera at the front end of the display screen and outputs the data to the data analysis unit when working, and the data analysis unit calls the relevant data in the database unit to analyze the condition of the simulated driving vehicle of the student and outputs the analyzed data to the evaluation unit; the scoring unit can score and display the driving picture displayed by the student according to the screen corresponding to the operation condition based on the data input by the database analysis unit to prompt the student, and the prompt correction unit can carry out error prompt on a plurality of actions simulated by the student based on the condition analyzed by the database analysis unit; the first data sending unit can remotely transmit video information, score information and error information of real-time driving simulation of a student through a wireless mobile network, the first data receiving unit can receive video and voice information given by a remote coach, the second data receiving unit can receive various data information sent by the first data sending unit, and the second data sending unit can transmit the video and voice information of the coach for teaching of the student to the first data receiving unit; the first interaction unit and the second interaction unit can realize information interaction between a coach and a student, the coach can give a prompt to the student in real time according to various operation actions in the driving simulation training of the student, and various error actions generated in the driving of the student can be corrected in time.
2. The virtual reality all-in-one machine for driving training of claim 1, wherein the display screens and voices of the VR device and the display screen are synchronized.
3. The virtual reality all-in-one machine for driving training as claimed in claim 1, wherein the prompt correction unit can give specific error type, error time and error frequency data in the simulated driving of the trainee.
4. The virtual reality all-in-one machine for driving training of claim 1, wherein the data collected by the camera when the data collection unit works comprises data of the student simulating the operation of the accelerator, the brake, the clutch, the gear lever of the gearbox and the action of the steering wheel of the driving vehicle. The data analysis unit can classify the actions of operating an accelerator, a brake, a clutch, a gear lever of a gearbox and a steering wheel during the simulated driving of a student when working.
5. The virtual reality all-in-one machine for driving training as claimed in claim 1, wherein the database unit stores data values corresponding to the specific respective operations of the accelerator, the brake, the clutch and the gear lever of the gearbox, the direction and the angle of the steering wheel, etc. by the trainee according to the corresponding picture data displayed by the display screen, and performs classification and scoring according to the data values.
6. The virtual reality all-in-one machine for driving training as claimed in claim 1, wherein when the process control unit controls the display screen to display the process of the simulated driving picture, when the score is too low in the subsequent training of the trainee, the trainee returns to the previous display interface to continue the simulated driving training, and when the score is high, the trainee directly enters the next relatively complex driving training interface to perform the simulated driving training.
7. The virtual reality all-in-one machine for driving training of claim 1, wherein, the signal for prompting the correction unit comprises a display screen display interface text prompt and a voice broadcast display.
8. The virtual reality all-in-one machine for driving training as claimed in claim 1, wherein the first interaction unit and the second interaction unit realize information interaction between the trainer and the trainee, and the interactive information comprises voice and video data.
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