CN106205273A - A kind of Vehicle driving simulator based on VR analogue technique and method - Google Patents
A kind of Vehicle driving simulator based on VR analogue technique and method Download PDFInfo
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- CN106205273A CN106205273A CN201610836599.1A CN201610836599A CN106205273A CN 106205273 A CN106205273 A CN 106205273A CN 201610836599 A CN201610836599 A CN 201610836599A CN 106205273 A CN106205273 A CN 106205273A
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B9/00—Simulators for teaching or training purposes
- G09B9/02—Simulators for teaching or training purposes for teaching control of vehicles or other craft
- G09B9/04—Simulators for teaching or training purposes for teaching control of vehicles or other craft for teaching control of land vehicles
- G09B9/05—Simulators for teaching or training purposes for teaching control of vehicles or other craft for teaching control of land vehicles the view from a vehicle being simulated
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B9/00—Simulators for teaching or training purposes
- G09B9/02—Simulators for teaching or training purposes for teaching control of vehicles or other craft
- G09B9/04—Simulators for teaching or training purposes for teaching control of vehicles or other craft for teaching control of land vehicles
- G09B9/052—Simulators for teaching or training purposes for teaching control of vehicles or other craft for teaching control of land vehicles characterised by provision for recording or measuring trainee's performance
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Abstract
The present invention relates to a kind of Vehicle driving simulator based on VR analogue technique and method, compared with prior art, the present invention in simulating driving procedure not only driver behavior to driver have feedback but also produce vehicle body action corresponding when driving in real time, driver status in dynamic monitoring simulating driving procedure is as the reference of driving behavior analysis result simultaneously, additionally, VR analogue technique is used to replace plane display drive simulation scene, and virtual scene and the road conditions of corresponding angle are generated in real time according to the sight line of driver, allow driver have experience more really, thus can reflect the operation intention of driver and the actual response under different road conditions more realistically, improve in simulating driving procedure the accuracy gathering data to a great extent, driving behavior to detection and research driver has the highest reference value.
Description
Technical field
The invention belongs to drive simulation field, it particularly relates to a kind of driving simulation based on VR analogue technique
System and method.
Background technology
Along with the development of auto industry, automobile progresses into the life of people and popularity rate improves, year by year in order to detect
With the driving behavior of research driver, driving simulator also arises at the historic moment, and current driving simulator has simply installed several driving additional
Sail the important component of operation, then record the operation of driver in simulation process with computer, so only have simple operation,
Feedback to operator when not operating, does not has the vehicle body action of correspondence yet, then has the simulation to Driving Scene
Being based only on the display of plane, such driving experience is the most untrue, nor can reflect the operation of driver truly
It is intended to and actual response under different road conditions, the data accuracy gathered in simulating driving procedure so will certainly be allowed to beat greatly
Discount, the driving behavior to detection and research driver is the most unfavorable.
Therefore, how more real pseudo-experience environment can be provided for driver, it has also become be badly in need of now asking of solution
Topic.
Summary of the invention
The technical problem to be solved is that the experience environment that current drive simulating provides is the most true to nature.
In order to solve above-mentioned technical problem, the technical solution adopted in the present invention is to provide a kind of based on VR analogue technique
Vehicle driving simulator, including the wear-type VR equipment being all connected with control unit with data process, touching display screen, driving
Action collecting unit, driver status collecting unit, driver behavior feedback unit, vehicle body action feedback unit, memory module, report
Alert module and supply module:
Described wear-type VR equipment, the virtual driving scene produced for display system, and follow the tracks of the sight line rail of driver
The Driving Scene of mark display respective angles, the virtual driving scene that system produces includes whole car steering position and corresponding instrument
Dish, console, also have the road scene seen through front windshield, door and window, rearview mirror, side mirror etc.;
Described touching display screen, has system input/output function and human-computer interaction interface concurrently, for selecting system to prestore
Collection data during all kinds of Driving Scenes, self-editing combination Driving Scene, in real time display drive simulation and feedback data, playback
Driver's perspective images and driving locus, display system analysis result;
Described driver behavior collecting unit, for gathering the driver behavior of driver;
Described driver status acquisition module, including rhythm of the heart sensor, respiratory frequen and body temperature trans, respectively
The rhythm of the heart, respiratory frequency and temperature data during collection driver;
Described driver behavior feedback unit, for producing the driver behavior feedback force of simulation;
Described vehicle body action feedback unit, for producing the vehicle body action of simulation;
Described memory module, for storing the real time record number of system runs program, drive simulation scene, simulation process
According to, generate driving locus data;
Described alarm module, reports to the police for the system failure and abnormal conditions;
Described supply module, for the power supply of whole system each electricity consumption part;
Described data process and control unit, each several part coupled in control system, including receiving data, place
Reason data, transmission data, transmission control signal, to ensure system components work normally and efficiently;
Described driver behavior collecting unit, including steering wheel sensor, clutch pedal sensor, gear position sensor, acceleration
Pedal sensor and brake pedal sensor, gather turning to during driver respectively, hang shelves, accelerate, brake driving
Operation related data.
Further, described wear-type VR equipment, also include eye tracking sensor, for tracking and monitoring driver
During eye motion and sight line track;
Described driver behavior feedback unit, including steering wheel feedback device, clutch pedal device for force feedback, accelerator pedal
Device for force feedback and brake pedal device for force feedback, produce the analog feedback power of appropriate section respectively;
Described vehicle body action feedback unit, hangs down including vehicle body crosswise movement executor, vehicle body longitudinal direction actuator, vehicle body
Hanging actuator and driver's seat vibrations generator to actuator, vehicle body, the vehicle body producing simulation respectively laterally moves
Make the seismaesthesia under power, longitudinal action force, vertical action force, suspension action and the various state of automobile.
The present invention is also claimed a kind of control method being applied to said system, peculiar is, the method includes following
Step:
S101, system start-up, bring into operation self-check program and initialization, and as self-inspection is passed through, whole system is opened after initializing
Beginning to run, as self-inspection is not passed through, the trouble light of alarm module lights, and voice message trouble unit and type, and touch-control shows simultaneously
Display screen shows concrete trouble location and releases the concrete steps of fault, pending fault release after system initialization bringing into operation;
S102, by the human-computer interaction interface of touching display screen, selects this from all kinds of Driving Scenes that system prestores
The concrete scene of drive simulation, it is possible to the most freely revise design parameter or combination Driving Scene, generate self-defining mould
Intending scene, after determining selection, system starts to load drive simulation program;
S103, after system detects that driver enters analog systems and is ready to, each several part is started working, wear-type VR
Equipment starts the virtual driving scene that display system produces, and follows the tracks of the driver training ground of the sight line track display respective angles of driver
Scape, driver behavior collecting unit and driver status collecting unit start the concrete driver behavior gathering driver with in real time simultaneously
Status information, the information real-time Transmission of collection to data processes and control unit;
S104, data process and control unit receive the driver of driver behavior collecting unit transmission and turn to, accelerate, subtract
After the operation data such as speed, gearshift, after the calculation process of drive simulation program, generate three part control signals simultaneously, and divide
Supplementary biography transports to driver behavior feedback unit, vehicle body action feedback unit and wear-type VR equipment;
S105, driver behavior feedback unit produces the analog feedback power of each operation part, car by control signal requirement simulation
Body action feedback unit produces vehicle body crosswise movement power, longitudinal action force, vertical action force, suspension by control signal requirement simulation
Seismaesthesia under action and the various state of automobile, wear-type VR equipment is by control signal requirement and combines pilot's line of vision track mould
Intend producing start, turn to, accelerate, slow down, jolt, roll, break away, the road scene such as collision, driver behavior feedback now
Unit, vehicle body action feedback unit and wear-type VR equipment accept control signal simultaneously, and synchronization produces respective feedback force, vehicle body moves
Make and road scene;
S106, whole drive simulation process repeats step S103 to S105 always, adopts in real time during drive simulation meanwhile
The driver operational data of collection, driver status information, driver behavior feedback data, the driving locus data of generation all store
In system memory module, and shown in real time, until simulation process terminates by touching display screen;
S107, after drive simulation terminates, system is that driver carries out comprehensive grading according to each item data in driving procedure,
Appraisal result and analysis result are shown in touching display screen, by operation touching display screen, can check drive simulation mistake in detail
The operations of driver and specifically marking, also by playback driver's perspective images and driving locus labor in journey
This time driving behavior of simulation;
S108, sends the instruction of " pass closed system " by operation touching display screen to system, and system performs system and closes journey
Sequence, substep closes modules, unit, unit, last supply module power-off, whole system closedown.
Compared with prior art, the present invention in simulating driving procedure not only driver behavior to driver have feedback but also
Producing vehicle body action corresponding when driving also in real time, the driver status in dynamic monitoring simulating driving procedure is as driving simultaneously
The reference of behavior analysis result, it addition, use VR analogue technique to replace plane display drive simulation scene, and in real time according to driving
The sight line of member generates virtual scene and the road conditions of corresponding angle, allows driver have and experiences more really, thus can be truer
The operation intention of ground reflection driver and the actual response under different road conditions, improve drive simulating mistake to a great extent
Gathering the accuracy of data in journey, the driving behavior to detection and research driver has the highest reference value.
Accompanying drawing explanation
Fig. 1: the structural representation of a kind of Vehicle driving simulator based on VR analogue technique;
Fig. 2: the control method flow chart of a kind of Vehicle driving simulator based on VR analogue technique.
Detailed description of the invention
Below by specific embodiment, the invention will be further described, and following example are illustrative, is not limit
Qualitatively, it is impossible to limit protection scope of the present invention with this.
As it is shown in figure 1, the present invention is claimed a kind of Vehicle driving simulator based on VR analogue technique, including all with
Data process the wear-type VR equipment that is connected with control unit, touching display screen, driver behavior collecting unit, driver status are adopted
Collection unit, driver behavior feedback unit, vehicle body action feedback unit, memory module, alarm module and supply module;
The virtual driving scene that described wear-type VR equipment produces for display system, and follow the tracks of the sight line track of driver
The Driving Scene of display respective angles, the virtual driving scene that system produces includes whole car steering position and corresponding instrument
Dish, console etc., also have the road scene seen through front windshield, door and window, rearview mirror, side mirror etc.;
Described touching display screen has system input/output function and human-computer interaction interface concurrently, each for select system to prestore
Collection data and feedback data, playback during class Driving Scene, self-editing combination Driving Scene, in real time display drive simulation are driven
The person's of sailing perspective images and driving locus, display system analysis result etc.;
Described driver behavior collecting unit is for gathering the driver behavior of driver;
Described driver status acquisition module, including rhythm of the heart sensor, respiratory frequen and body temperature trans, respectively
The rhythm of the heart, respiratory frequency and temperature data during collection driver;
Described driver behavior feedback unit is for producing the driver behavior feedback force of simulation;
Described vehicle body action feedback unit is for producing the vehicle body action of simulation;
Described memory module for store system runs program, drive simulation scene, the real-time recorded data of simulation process,
The data such as the driving locus generated;
Described alarm module is reported to the police for the system failure and abnormal conditions;
Described supply module is for the power supply of whole system each electricity consumption part;
Described data process each several part coupled in control system with control unit, including receiving data, place
Reason data, transmission data, transmission control signal etc., to ensure system components work normally and efficiently;
Described driver behavior collecting unit includes that steering wheel sensor, clutch pedal sensor, gear position sensor, acceleration are stepped on
Plate sensor and brake pedal sensor, gather respectively turning to during driver, hang shelves, accelerate, braking etc. is driven
Operation related data, such as operating force, actuating length, angular displacement, angular velocity, acceleration etc..
Described wear-type VR equipment also includes eye tracking sensor, the eye during tracking and monitoring driver
Portion's action and sight line track.
Described driver behavior feedback unit includes steering wheel feedback device, clutch pedal device for force feedback, accelerator pedal
Device for force feedback and brake pedal device for force feedback, produce the analog feedback power of appropriate section respectively.
Described vehicle body action feedback unit includes that vehicle body crosswise movement executor, vehicle body longitudinal direction actuator, vehicle body hang down
Hanging actuator and driver's seat vibrations generator to actuator, vehicle body, the vehicle body producing simulation respectively laterally moves
Make the seismaesthesia under power, longitudinal action force, vertical action force, suspension action and the various state of automobile.
In the middle of an alternative embodiment of the invention, a kind of control method that be applied to said system, the party are claimed
Method comprises the following steps:
S101, system start-up, bring into operation self-check program and initialization, and as self-inspection is passed through, whole system is opened after initializing
Beginning to run, as self-inspection is not passed through, the trouble light of alarm module lights, and voice message trouble unit and type, and touch-control shows simultaneously
Display screen shows concrete trouble location and releases the concrete steps of fault, pending fault release after system initialization bringing into operation;
S102, by the human-computer interaction interface of touching display screen, selects this from all kinds of Driving Scenes that system prestores
The concrete scene of drive simulation, it is possible to the most freely editing (amendment design parameter) or combination Driving Scene, generation is made by oneself
The simulated scenario of justice, after determining selection, system starts to load drive simulation program;
S103, after system detects that driver enters analog systems and is ready to, each several part is started working, wear-type VR
Equipment starts the virtual driving scene that display system produces, and follows the tracks of the driver training ground of the sight line track display respective angles of driver
Scape, simultaneously driver behavior collecting unit and driver status collecting unit start to gather driver concrete driver behavior (start,
Turn to, accelerate, slow down, gearshift etc.) and real-time status (rhythm of the heart, body temperature, respiratory frequency etc.) information, the information real-time Transmission of collection
Process and control unit to data;
S104, data process and control unit receive the driver of driver behavior collecting unit transmission and turn to, accelerate, subtract
After operation data such as speed, gearshift (such as operating force, actuating length, angular displacement, angular velocity, acceleration etc.), through drive simulation
After the calculation process of program, generate three part control signals simultaneously, and be transmitted separately to driver behavior feedback unit, vehicle body action
Feedback unit and wear-type VR equipment;
S105, driver behavior feedback unit produces the analog feedback power of each operation part, car by control signal requirement simulation
Body action feedback unit produces vehicle body crosswise movement power, longitudinal action force, vertical action force, suspension by control signal requirement simulation
Seismaesthesia under action and the various state of automobile, wear-type VR equipment is by control signal requirement and combines pilot's line of vision track mould
Intend producing start, turn to, accelerate, slow down, jolt, roll, break away, the road scene such as collision, driver behavior feedback now
Unit, vehicle body action feedback unit and wear-type VR equipment accept control signal simultaneously, and synchronization produces respective feedback force, vehicle body moves
Make and road scene;
S106, whole drive simulation process repeats step S103 to S105 always, adopts in real time during drive simulation meanwhile
The driver operational data of collection, driver status information, driver behavior feedback data, the data such as driving locus of generation are all deposited
Store up in system memory module, and shown in real time, until simulation process terminates by touching display screen;
S107, after drive simulation terminates, system is that driver carries out comprehensive grading according to each item data in driving procedure,
Appraisal result and analysis result are shown in touching display screen, by operation touching display screen, can check drive simulation mistake in detail
The operations of driver and specifically marking, also by playback driver's perspective images and driving locus labor in journey
This time driving behavior of simulation;
S108, sends the instruction of " pass closed system " by operation touching display screen to system, and system performs system and closes journey
Sequence, substep closes modules, unit, unit, last supply module power-off, whole system closedown.
The present invention apply specific embodiment principle and the embodiment of the present invention are set forth, above example
Method and the core concept thereof being only intended to help to understand the present invention is described, one of ordinary skill in the art is not being done
Go out the every other embodiment obtained under creative work premise, broadly fall into the scope of the protection of the present invention.
Claims (3)
1. a Vehicle driving simulator based on VR analogue technique, including all processing, with data, the head being connected with control unit
Wear Formula V R equipment, touching display screen, driver behavior collecting unit, driver status collecting unit, driver behavior feedback unit, car
Body action feedback unit, memory module, alarm module and supply module, it is characterised in that:
Described wear-type VR equipment, the virtual driving scene produced for display system, and the sight line track following the tracks of driver show
Show the Driving Scene of respective angles, the virtual driving scene that system produces include whole car steering position and corresponding instrumental panel,
Console, also has the road scene seen through front windshield, door and window, rearview mirror, side mirror etc.;
Described touching display screen, has system input/output function and human-computer interaction interface concurrently, all kinds of for select system to prestore
Collection data and feedback data, playback during Driving Scene, self-editing combination Driving Scene, in real time display drive simulation are driven
Member's perspective images and driving locus, display system analysis result;
Described driver behavior collecting unit, for gathering the driver behavior of driver;
Described driver status acquisition module, including rhythm of the heart sensor, respiratory frequen and body temperature trans, gathers respectively
The rhythm of the heart, respiratory frequency and temperature data during driver;
Described driver behavior feedback unit, for producing the driver behavior feedback force of simulation;
Described vehicle body action feedback unit, for producing the vehicle body action of simulation;
Described memory module, for storing system runs program, drive simulation scene, the real-time recorded data of simulation process, life
The driving locus data become;
Described alarm module, reports to the police for the system failure and abnormal conditions;
Described supply module, for the power supply of whole system each electricity consumption part;
Described data process and control unit, each several part coupled in control system, including receiving data, processing number
According to, transmission data, send control signal, to ensure system components work normally and efficiently;
Described driver behavior collecting unit, including steering wheel sensor, clutch pedal sensor, gear position sensor, accelerator pedal
Sensor and brake pedal sensor, gather turning to during driver respectively, hang shelves, accelerate, brake driver behavior
Related data.
2. the system as claimed in claim 1, it is characterised in that described wear-type VR equipment, also includes eye tracking sensor,
Eye motion during tracking and monitoring driver and sight line track;
Described driver behavior feedback unit, anti-including steering wheel feedback device, clutch pedal device for force feedback, accelerator pedal power
Feedback device and brake pedal device for force feedback, produce the analog feedback power of appropriate section respectively;
Described vehicle body action feedback unit, vertical dynamic including vehicle body crosswise movement executor, vehicle body longitudinal direction actuator, vehicle body
Make executor, vehicle body hang actuator and driver's seat vibrations generator, produce respectively simulation vehicle body crosswise movement power,
Seismaesthesia under longitudinal action force, vertical action force, suspension action and the various state of automobile.
3. being applied to a control method for system as claimed in claim 1 or 2, peculiar be, the method comprises the following steps:
S101, system start-up, bring into operation self-check program and initialization, and as self-inspection is passed through, whole system starts fortune after initializing
OK, as self-inspection is not passed through, the trouble light of alarm module lights, and voice message trouble unit and type, touching display screen simultaneously
Show concrete trouble location and release the concrete steps of fault, pending fault release after system initialization bringing into operation;
S102, by the human-computer interaction interface of touching display screen, selects this to drive from all kinds of Driving Scenes that system prestores
The concrete scene of simulation, it is possible to the most freely revise design parameter or combination Driving Scene, generate self-defining simulation yard
Scape, after determining selection, system starts to load drive simulation program;
S103, after system detects that driver enters analog systems and is ready to, each several part is started working, wear-type VR equipment
Start the virtual driving scene that display system produces, and the sight line track following the tracks of driver show the Driving Scene of respective angles,
Driver behavior collecting unit and driver status collecting unit start to gather the concrete driver behavior of driver and real-time shape simultaneously
State information, the information real-time Transmission of collection to data processes and control unit;
S104, data process with control unit receive the driver of driver behavior collecting unit transmission turn to, accelerate, slow down,
After the operation data such as gearshift, after the calculation process of drive simulation program, generate three part control signals simultaneously, and pass respectively
Transport to driver behavior feedback unit, vehicle body action feedback unit and wear-type VR equipment;
S105, driver behavior feedback unit produces the analog feedback power of each operation part by control signal requirement simulation, and vehicle body moves
Make feedback unit and produce vehicle body crosswise movement power, longitudinal action force, vertical action force, suspension action by control signal requirement simulation
And the seismaesthesia under the various state of automobile, wear-type VR equipment is by control signal requirement and combines pilot's line of vision trace simulation product
Raw start, turn to, accelerate, slow down, jolt, roll, break away, the road scene such as collision, driver behavior feedback unit now, car
Body action feedback unit and wear-type VR equipment accept control signal simultaneously, synchronize to produce respective feedback force, vehicle body action and
Road scene;
S106, whole drive simulation process repeats step S103 to S105, meanwhile, Real-time Collection during drive simulation always
Driver operational data, driver status information, driver behavior feedback data, the driving locus data of generation all store and are
In system memory module, and shown in real time, until simulation process terminates by touching display screen;
S107, after drive simulation terminates, system is that driver carries out comprehensive grading according to each item data in driving procedure, scoring
Result and analysis result are shown in touching display screen, by operation touching display screen, during can checking drive simulation in detail
The operations of driver and specifically marking, also by playback driver's perspective images and driving locus labor this time
The driving behavior of simulation;
S108, sends the instruction of " pass closed system " by operation touching display screen to system, and system performs system bolt down procedure, point
Step closes modules, unit, unit, last supply module power-off, and whole system is closed.
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