CN107097722A - Multi-screen ganged display methods and vehicle-mounted central control system for vehicle - Google Patents
Multi-screen ganged display methods and vehicle-mounted central control system for vehicle Download PDFInfo
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- CN107097722A CN107097722A CN201710208113.4A CN201710208113A CN107097722A CN 107097722 A CN107097722 A CN 107097722A CN 201710208113 A CN201710208113 A CN 201710208113A CN 107097722 A CN107097722 A CN 107097722A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R1/00—Optical viewing arrangements; Real-time viewing arrangements for drivers or passengers using optical image capturing systems, e.g. cameras or video systems specially adapted for use in or on vehicles
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R2300/00—Details of viewing arrangements using cameras and displays, specially adapted for use in a vehicle
- B60R2300/30—Details of viewing arrangements using cameras and displays, specially adapted for use in a vehicle characterised by the type of image processing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R2300/00—Details of viewing arrangements using cameras and displays, specially adapted for use in a vehicle
- B60R2300/80—Details of viewing arrangements using cameras and displays, specially adapted for use in a vehicle characterised by the intended use of the viewing arrangement
- B60R2300/804—Details of viewing arrangements using cameras and displays, specially adapted for use in a vehicle characterised by the intended use of the viewing arrangement for lane monitoring
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R2300/00—Details of viewing arrangements using cameras and displays, specially adapted for use in a vehicle
- B60R2300/80—Details of viewing arrangements using cameras and displays, specially adapted for use in a vehicle characterised by the intended use of the viewing arrangement
- B60R2300/8073—Details of viewing arrangements using cameras and displays, specially adapted for use in a vehicle characterised by the intended use of the viewing arrangement for vehicle security, e.g. parked vehicle surveillance, burglar detection
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- Engineering & Computer Science (AREA)
- Multimedia (AREA)
- Mechanical Engineering (AREA)
- Fittings On The Vehicle Exterior For Carrying Loads, And Devices For Holding Or Mounting Articles (AREA)
Abstract
The present invention provides a multi-screen ganged display methods, and for a vehicle, the multi-screen ganged display methods comprises the following steps：Communicate to connect the screen in vehicle；Content to each screen capture is integrated；Determine the scene residing for the vehicle；Content to each screen capture is sorted out；Select optimal display mode and shown by each screen.
Description
Technical field
The invention belongs to automation field, and in particular to a kind of multi-screen ganged display methods for vehicle and its vehicle-mounted
Central control system.
Background technology
With continuing to develop and progressive for society, vehicle is increasingly being applied in daily life, including
The popularization of private car and the use of engineering truck, relative to traditional trip mode, such as walking, ride or take pubic transport
Deng, private car is not only quick, and can meet the demand of occupant to the full extent, such as the comfort level requirement taken and
Stop the demand in place etc..And in terms of engineering transportation, the benefit transported to article using engineering truck is many years ago
Advantageously, it has been found that being continuing to develop, it is necessary to use the local more and more of haulage vehicle, such as express delivery with social construction
Transport etc..Therefore, there are increasing people or will contact and control various types of vehicles.
And in recent years electron controls technology develop rapidly so that in-car realized in the past by mechanically operated plurality of devices
Electric drive is to facilitate driver, traffic safety etc..Therefore, Vehicular system progressively develops, and becomes increasingly advanced.
Automobile has been a part indispensable in modern's daily life as the easily vehicles.In the market
The back vision function of automobile is to combine complete by the left and right rearview mirror of vehicle body both sides and the rearview mirror in driver's cabin centre position mostly, this
There is tailstock rear portion vision dead zone in device, easily occur reversing scraping accident.
Chinese patent automotive rear-viewing monitor (Patent No. 02256665) Gong Kai ー kind automotive rear-viewing monitors,
The device includes the camera device CCD installed in the tailstock, the monitor TV/AV in driver's cabin, and for controlling
One-chip computer PC, the IC-card for recognizing car owner's identity of whole device work, carry out the automobile flameout signal of automobile monitoring
Collector XH and ignition controller JT, warning device BJ.After IC card information is correctly recognized by one-chip computer PC, ignition controller
JT is connected, and ignition signal is transferred to one-chip computer PC by automobile flameout signal picker XH, and order camera device CCD works,
And rearview picture is transferred to monitor TV/AV by one-chip computer PC.This automobile backsight device Gong Neng Unit mono-, it is cumbersome
Deng deficiency.
In addition, vehicle most on the market also has the screens such as middle control screen, instrument panel or HUD (come back display) screen at present
Curtain, each screen has respective function respectively, and respective function is shown respectively by each screen respectively.Therefore, one
Aspect, each transient copy is more scattered, and personnel tell important information and compare consuming in time in so multi-screen
Energy, on the other hand, the information shown in each screen are not all useful, and some unnecessary information can also shield accordingly
Shown in curtain, in this way, the time for not only taking up personnel goes to distinguish, and vehicle-mounted internal memory can be taken.And these phenomenons are directed to, with
Technology of the prior art, personnel be difficult when needed, real-time multiple screen synch operations are reached one preferably effect
Really, in other words, in the prior art personnel can not by the information shown in multiple screens carry out it is comprehensive show, or
It is that selective display is carried out to the information in each screen by comprehensive manipulation.
The content of the invention
It is described multi-screen ganged for a vehicle it is an object of the present invention to provide a kind of multi-screen ganged display methods
Multiple screens in the vehicle can be realized simultaneously operating by display methods, so that each screen reaches good display effect
Really.
It is an object of the present invention to provide a kind of multi-screen ganged display methods, the multi-screen ganged display methods can
The simultaneous display of real-time is carried out according to demand under synchronous manipulation, so that the function of each screen be maximized.
It is an object of the present invention to provide a kind of multi-screen ganged display methods, the multi-screen ganged display methods, institute
Stating multi-screen ganged display methods as needed can be integrated multi-screen, so that the content that each screen display needs.
It is an object of the present invention to provide a kind of multi-screen ganged display methods, the multi-screen ganged display methods can
By each screen repeated acquisition to picture material deleted, so as to improve the operating efficiency of each screen.
It is an object of the present invention to provide a kind of multi-screen ganged display methods, the multi-screen ganged display methods can
Selection communicates to connect the number of screen in the vehicle according to demand, so as to improve the effect of the multihead display in the vehicle.
It is an object of the present invention to provide a kind of multi-screen ganged display methods, the multi-screen ganged display methods is not only
It can be shown with traditional screen, and the image letter that the screens such as the reflective mirror in vehicle, rearview mirror can be obtained
Breath carries out integration utilization.
It is an object of the present invention to provide a kind of multi-screen ganged display methods, the multi-screen ganged display methods can
Support staff is driven under special circumstances, so as to improve the intelligence degree of the vehicle.
It is an object of the present invention to provide a kind of multi-screen ganged display methods, the multi-screen ganged display methods can be with
It is selective that special situation is shown in some screen according to the instant scene of the vehicle, so as to be conducive to personnel couple
The processing of special circumstances.
In other words, the present invention provides a multi-screen ganged display methods, for a vehicle, the multi-screen ganged display methods bag
Include following steps：
1001：Communicate to connect the screen in vehicle；
1002：Content to each screen capture is integrated；
1003：Determine the scene residing for the vehicle；
1004：Content to each screen capture is sorted out；
1005：Select optimal display mode and shown by each screen.
In wherein some embodiments, wherein the screen includes one or more in all screens in the vehicle.
In wherein some embodiments, wherein the screen includes all screens that can be imaged.
In wherein some embodiments, wherein the multi-screen ganged display methods is completed by a vehicle-mounted central control system, institute
State vehicle-mounted central control system and be fixedly installed on the vehicle, the vehicle-mounted central control system includes a master control system, the main control
System communications setting realizes the multi-screen in the vehicle-mounted central control system, the vehicle-mounted central control system by the master control system
Interlocked display method.
In wherein some embodiments, wherein the master control system includes a communication module and a link block, it is described
Communication module and link block distinguish communications setting in the master control system, in the step 1001, the vehicle-mounted middle control
System communicates to connect the screen in the vehicle by the communication module and the link block.
In wherein some embodiments, wherein the master control system further comprises an integration module and a sensing mould
Block, the integration module and the induction module distinguish communications setting in the master control system, in the step 1002, institute
Vehicle-mounted central control system is stated to integrate the content on each screen by the integration module and in the step 1003 lead to
Cross the induction module and determine scene residing for the vehicle.
In wherein some embodiments, wherein the master control system further comprises a classifying module and a selection mould
Block, the classifying module and selecting module distinguish communications setting in the master control system, the car described in the step 1004
Central control system is carried to sort out the content of each screen capture by the classifying module and in the step 1005
The optimal display mode is selected by the selecting module and shown.
In wherein some embodiments, wherein the step 1001 further comprises the steps：
10011：Select the screen in the vehicle；
10012：Selected screen in the vehicle is communicated to connect respectively；
10013：It will be communicatively coupled between each screen after connection.
In wherein some embodiments, wherein the master control system further comprises a link block, the connection mould
Block communications setting is in the main control module, and vehicle-mounted central control system passes through the link block described in the step 10012
Selected screen in the vehicle is communicated to connect respectively.
In wherein some embodiments, wherein the step 1002 further comprises the steps：
10021：The extraneous corresponding information of each screen capture；
10022：Receive the information gathered on each screen；
10023：The information gathered on each screen is integrated.
In wherein some embodiments, wherein the master control system further comprises a receiving module, the reception mould
Block communications setting is in the master control system, in the step 10022, and the vehicle-mounted central control system passes through the receiving module
Receive the information gathered on each screen.
In wherein some embodiments, wherein the step 1003 further comprises the steps：
10031：The vehicle receives the environmental information around it；
10032：The vehicle sends the environmental information received to the vehicle-mounted central control system；
10033：The vehicle-mounted central control system is determined to the scene of the vehicle periphery.
In wherein some embodiments, wherein the master control system further comprises a determining module, the determination mould
Block communications setting is in the master control system, in the step 10033, and the vehicle-mounted central control system passes through the determining module
Determine the scene of the vehicle periphery.
In wherein some embodiments, wherein the step 1004 further comprises the steps：
10041：Default different information module；
10042：Distinguish the information that each screen capture is arrived；
10043：The information of each screen capture is sorted out according to the default information module；
10044：Scene by the information after classification with reference to the vehicle is combined.
In wherein some embodiments, wherein the master control system further comprises a presetting module, a discriminating module
And a composite module, the presetting module, discriminating module and the composite module distinguish communications setting in the master control system,
In the step 10041, the vehicle-mounted central control system presets different information modules and described by the presetting module
The information that each screen capture is arrived is distinguished by the discriminating module in step 10042, it is described in the step 10044
Information after classification is combined by vehicle-mounted central control system by the composite module.
In wherein some embodiments, wherein the step 10044 further comprises step：
100441：Import the contextual data of the vehicle；
100442：Information after classification is calculated according to the contextual data；
100443：The information after classification is combined according to result of calculation.
In wherein some embodiments, wherein the master control system further comprises that an import modul and one calculates mould
Block, the import modul and computing module distinguish communications setting in the master control system, described in the step 100441
Vehicle-mounted central control system imports the contextual data of the vehicle by the import modul and passes through institute in the step 100442
Computing module is stated to be calculated the information after classification.
In wherein some embodiments, wherein the step 1005 further comprises the steps：
10051：Import the information of each screen；
10052：Calculate the weight of the information of each screen capture；
10053：Optimal display mode is determined according to the screen message of importing and shown by the screen.
In wherein some embodiments, wherein the multi-screen ganged display mode is in the step 1004 and the step
Further comprise a step between 1005：
A：Delete redundant information.
In wherein some embodiments, wherein the step A further comprises the steps：
A1：Find the duplicate message in the information collected；
A2：Weight most light part is found out according to the weight of the information collected；
A3：The duplicate message and the weight most light part are deleted；
A4：Weight most heavy part and sign are found out according to information.
In wherein some embodiments, wherein the step A2 further comprises the steps：
A21：The weight of the information collected is ranked up；
A22：Select weight most light part.
Brief description of the drawings
Fig. 1 is the step schematic diagram of an embodiment of multi-screen ganged display methods of the present invention.
Fig. 2 is vehicle-mounted central control system module diagram corresponding with Fig. 1.
Fig. 3 is the step schematic diagram of a preferred embodiment of the above embodiment of the present invention.
Fig. 4 is the module diagram of the preferred embodiment of vehicle-mounted central control system corresponding with Fig. 3.
Fig. 5 is the step schematic diagram of another preferred embodiment of the above embodiment of the present invention.
Fig. 6 is the module diagram of the preferred embodiment of vehicle-mounted central control system corresponding with Fig. 5.
Fig. 7 is the step schematic diagram of the further embodiment of the above embodiment of the present invention..
Fig. 8 is the module diagram of vehicle-mounted central control system corresponding with Fig. 7.
Fig. 9 is the step schematic diagram of another embodiment of multi-screen ganged display methods of the present invention.
Figure 10 is the module diagram of the preferred embodiment of vehicle-mounted central control system corresponding with Fig. 9.
Embodiment
Describe to be used to disclose the present invention below so that those skilled in the art can realize the present invention.It is excellent in describing below
Embodiment is selected to be only used as citing, it may occur to persons skilled in the art that other obvious modifications.Define in the following description
General principle of the invention can apply to other embodiments, deformation program, improvement project, equivalent and do not carry on the back
From the other technologies scheme of the spirit and scope of the present invention.
It will be understood by those skilled in the art that the present invention exposure in, term " longitudinal direction ", " transverse direction ", " on ",
" under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", the orientation of the instruction such as " outer " or position close
System is to be based on orientation shown in the drawings or position relationship, and it is for only for ease of the description present invention and simplifies description, without referring to
Show or imply that the device or element of meaning there must be specific orientation, with specific azimuth configuration and operation, therefore above-mentioned art
Language is not considered as limiting the invention.
It is understood that term " one " be interpreted as " at least one " or " one or more ", i.e., in one embodiment,
The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " one " is no
It is understood that as the limitation to quantity.
As depicted in figs. 1 and 2, the present invention provides a multi-screen ganged display methods, described multi-screen ganged for a vehicle 10
Display methods comprises the following steps：
1001：Communicate to connect the screen 11 in vehicle 10；
1002：The content that each screen 11 is gathered is integrated；
1003：Determine the scene residing for the vehicle 10；
1004：The content that each screen 11 is gathered is sorted out；
1005：Select optimal display mode and shown by the screen 11.
In the step 1001, multiple screens 11, middle control screen, instrument panel, new line display screen are included in the vehicle 10
Deng in multi-screen ganged display methods of the present invention, all screens in the vehicle 10 can be communicated to connect as needed
11 either selection some of which screens 11 are communicatively coupled.
In the step 1002, the content shown on each screen 11 carries out integration and referred on each screen 11
The content integration of display is to together in favor of the classification of subsequent step.
In the step 1003, the residing scene of the vehicle 10 includes the surrounding enviroment residing for the vehicle 10, friendship
Logical situation and weather conditions etc., such as it is to gather around on a highway or on common road that described vehicle 10, which is,
Stifled section is in smooth section, is daytime or night etc..
In the step 1004, above-mentioned car is based on to the preceding summary that the content on each screen 11 sort out combination
10 different scenes, in other words, if the scene residing for the vehicle 10 is different, return to the content on each screen 11
The mode of class combination is also different.
In the step 1005, the optimal display mode is the field based on the vehicle 10 in above-mentioned steps 1004
It is not absolute optimal display mode for scape.In other words, it is when the scene change of the vehicle 10, then described optimal
Display mode can also be converted therewith.
Therefore, operation principle of the invention is, by the way that the content shown in vehicle 10 on each screen 11 is integrated, root
Classification combination is carried out to the content shown on each screen 11 according to the vehicle 10 instantly residing environment, final choice is optimal
Display mode and shown, so as to improve personnel for the receiving efficiency of information occurred on each screen 11 and raising
The security that the vehicle 10 is travelled.
In the present invention, the multi-screen ganged display methods is completed by a vehicle-mounted central control system 20, it is described it is vehicle-mounted in
Control system 20 includes a master control system 21, and the communications setting of master control system 21 is described in the vehicle-mounted central control system 20
Vehicle-mounted central control system 20 controls multiple screens 11 in the vehicle 10 to be linked by the master control system 21.
The master control system 21 includes a communication module 2101, and the communications setting of communication module 2101 is in the master control
System 21 processed, in the step 1001, the vehicle-mounted central control system 20 is communicated to connect described by the communication module 2101
Multiple screens 11 in vehicle 10.
The master control system 21 further comprises a link block 2102, and the communications setting of link block 2102 is in institute
Master control system 21 is stated, in the step 1001, the vehicle-mounted central control system 20 will be described by the link block 2102
It is communicatively coupled between each screen 11.
The master control system 21 further comprises an integration module 2103, and the integration communications setting of module 2103 is in institute
Master control system 21 is stated, in the step 1002, the vehicle-mounted central control system 20 passes through described in 2103 pairs of the module of integration
The content shown on each screen 11 is integrated.
The master control system 21 further comprises an induction module 2104, and the communications setting of induction module 2104 is in institute
Master control system 21 is stated, in the step 1003, the vehicle-mounted central control system 20 senses institute by the induction module 2104
State the environment residing for vehicle 10.
It is emphasized that being provided with multiple sensors in the vehicle 10, the sensor is fixedly installed on the car
10 are used to sense the environment around the vehicle 10, and the sensing module 2104 passes through the sensor and senses the vehicle 10
The environment of surrounding.
The master control system 21 further comprises a classifying module 2105, and the communications setting of classifying module 2105 is in institute
Master control system 21 is stated, in the step 1004, the vehicle-mounted central control system 21 passes through described in 2105 pairs of the classifying module
The content that each screen 11 is gathered is sorted out.
The master control system 21 further comprises a selecting module 2106, and the communications setting of selecting module 2106 is in institute
Master control system 21 is stated, in the step 1005, the vehicle-mounted central control system 20 is described by described 2106 pieces of choosings of selection mould
Optimal displaying scheme.
Next, one vehicle usage scenario of simulation is carried out to the operation principle of multi-screen ganged display methods of the present invention
Further instruction.
Assuming that the vehicle 10 is just travelled in the street corner of congestion, now driver is except needing to pay close attention to the vehicle 10 itself
Vehicle condition beyond, in addition it is also necessary to all situations of vehicle periphery described in close observation, such as between vehicle 10 and preceding vehicle away from
From, with the speed of the distance between pedestrian, the situation of vehicle back and vehicle 10 etc., and joined by multi-screen of the present invention
Dynamic display methods can show the progress classification of these information, then be shown in the screen on the vehicle 10, such as
There are the distance between above pedestrian, the car on the left of front row in front windshield screen display speed and the spacing between front truck
The distance between display and left pedestrian and object in door glass, display and right pedestrian and thing on the front-seat automobile door glass in right side
The distance between body, the distance etc. between pedestrian and object on rearview mirror after display and car.It must lead to relative to traditional
Cross outside the real-time condition that left and right reflective mirror, rearview mirror etc. observe the vehicle, by of the present invention multi-screen ganged aobvious
Show that method can be more intuitively by vehicle and the presentation of information related to vehicle in the screen observed most useful for personnel
On, so as to improve the form security of the vehicle.
As shown in Figure 3 and Figure 4, it is preferable that the step 1001 further comprises the steps：
10011：Select the screen 11 in the vehicle 10；
10012：Selected screen 11 in the vehicle 10 is communicated to connect respectively；
10013：To respectively it be communicated to connect between each screen 11 after connection；
In the step 10011, personnel can select the part or all of screen 11 in the vehicle 10 according to demand,
The embodiment of the present invention is not limited thereto.
In the step 10012, personnel can select to communicate to connect two in the vehicle 10 or more according to demand
Multiple screens 11.Preferably, each screen 11 can set an independent switch, the vehicle-mounted central control system 20 passes through independence
Switch is communicatively coupled to each screen 11.But the embodiment of the present invention is not limited thereto, as long as in this hair
On the basis of bright above-mentioned exposure, same or analogous technical scheme is employed, same or analogous technical problem is solved, and
Identical or approximate technique effect has been reached, has been belonged within protection scope of the present invention.
In the step 10013, it will realize that being in communication with each other connection is conducive to follow-up institute between each screen 11 after connection
Step 1002 is stated to step 1004, selective carry out display information between each screen 11.
It is that being in communication with each other between each screen 11 is realized by the vehicle-mounted central control system 20 in the preferred embodiment
Connection.Correspondingly, the master control system 21 in the vehicle-mounted central control system 20 further comprises a link block 2107, institute
The communications setting of link block 2107 is stated in the master control system 21.In the step 10012, the vehicle-mounted central control system 20
Two or more screens 11 in the vehicle 10 are communicated to connect and in the step by the link block 2107 respectively
In rapid 10013, it will be communicatively coupled by the communication module 2107 between each screen 11 after connection.
The step 1002 further comprises the steps：
10021：Each screen 11 gathers extraneous corresponding information；
10022：Receive the information gathered on each screen 11；
10023：The information gathered on each screen 11 is integrated.
In the step 10021, any screen 11 includes an imaging sensor 111, described image sensing respectively
The optics that the scenery around each screen 11, the vehicle 10 is generated by camera lens (LENS) is electrically connected in device 111
Image is projected on the surface of imaging sensor 111, then turns to electric signal, then is converted to after digital-to-analogue conversion digital picture
Signal, just corresponding display information can be seen after being handled eventually through computer by each screen 11.
In the step 10022, receive the information that is gathered on each screen 11 and refer to gather on each screen 11
Information is collected.
In the step 10023, integration is carried out to the information gathered on each screen 11 and referred to according to certain mode, than
Such as significance level or how far are integrated the full detail after collecting.
In the present invention, remain and the step 10021 is completed to the step by the vehicle-mounted central control system 20
10023.Correspondingly, the master control system 21 in the vehicle-mounted central control system 20 includes a digital signal processing module
2108, the communications setting of digital signal processing module 2108 is in the master control system 21.In the step 10021, institute
State each screen 11 and the electric signal content that described image sensor 111 is transmitted is handled by the digital signal processing module 2108.
The master control system 21 further comprises a receiving module 2109, and the communications setting of receiving module 2109 is in institute
State master control system 21.In the step 10022, the vehicle-mounted central control system 21 receives institute by the receiving module 2109
The information that is gathered on each screen 11 is stated and in the step 10023, by integration each screen 11 of 2103 pairs of module
The information of collection is integrated.
As shown in Figure 5 and Figure 6, further, the step 1003 is realized simultaneously by the vehicle-mounted central control system 20
And further comprise the steps：
10031：The vehicle 10 receives the environmental information around it；
10032：The vehicle 10 sends the environmental information received to the vehicle-mounted central control system 20；
10033：Scene around 20 pairs of the vehicle-mounted central control system vehicle 10 is determined.
In the step 10031, multiple sensors are fixedly installed on the vehicle 10, such as temperature sensor, bright
Sensor etc. is spent, passes through environment of the multiple sensor sensing around it.
In the step 10032, the vehicle 10 is sent the information received to institute by the multiple sensor
State vehicle-mounted central control system 20.
In the step 10033, the scene includes weather, speed and round the clock etc. all has influence on the vehicle 10
Operation and the factor controlled to the vehicle 10 of personnel.
Correspondingly, in the step 10032, the vehicle-mounted central control system 20 senses institute by the induction module 2104
State the environmental information of the transmission of vehicle 10.
The master control system 21 in the vehicle-mounted central control system 20 further comprises a determining module 2110, described true
The communications setting of cover half block 2110 is in the master control system 21.In the step 10033, the vehicle-mounted central control system 20 passes through
The determining module 2110 determines the scene around the vehicle 10.
Preferably, the step 1004 further comprises the steps：
10041：Default different information module；
10042：Distinguish the information that each screen 11 is collected；
10043：The information that each screen 11 is gathered is sorted out according to the default information module.
Preferably, the step 1004 is also to be completed by the vehicle-mounted central control system 20, the vehicle-mounted central control system 20
In the master control system 21 further comprise a presetting module 2111, the communications setting of presetting module 2111 is in the master
Control system 21, in the step 10041, the vehicle-mounted central control system 20 is by the presetting module 2111 by the screen
11 information collected are preset as different information modules.
The master control system 21 further comprises a discriminating module 2112, and the communications setting of discriminating module 2112 is in institute
Master control system 21 is stated, in the step 10042, the vehicle-mounted central control system 20 distinguishes institute by the discriminating module 2112
Information that each screen 11 collects is stated and in the step 10043, by the classifying module 2105 by each screen
The information of 11 collections carries out different classification.
As shown in Figure 7 and Figure 8, it is preferable that the step 1004 further comprises step：
10044：Scene by the information after classification with reference to the vehicle 10 is combined.
Correspondingly, the master control system 21 in the vehicle-mounted central control system 20 further comprises a composite module
2113, the communications setting of composite module 2113 is in the master control system 21, in the step 10044, it is described it is vehicle-mounted in
Information after classification is combined by control system 20 by the composite module 2113.
As a further improvement on the present invention, the step 10044 comprises the following steps：
100441：Import the contextual data of the vehicle 10；
100442：Information after classification is calculated according to the contextual data；
100443：The information after classification is combined according to result of calculation.
In the step 100441, the contextual data for importing the vehicle 10 refers in step 10043 i.e. described information quilt
After classification, then by the contextual data importing of the vehicle 10, in order to draw optimal show according to the scene of the vehicle 10
Show mode.
In the step 100442, by calculating the combined result in the step 10043.
In the step 100443, combination refers to not only divide all information according to disparate modules, and
Also information that is similar or having continuous relationship each other is combined, so as to be conducive to personnel to carry out receiving this letter
Breath.
Correspondingly, the master control system 21 in the vehicle-mounted central control system 20 further comprises an import modul
2114, the communications setting of import modul 2114 is in the master control system 21, in the step 100441, it is described it is vehicle-mounted in
Control system 20 is imported the contextual data of the vehicle 10 by the import modul 2114.
The master control system 21 further comprises a computing module 2115, and the communications setting of computing module 2115 is in institute
State master control system 21.In the step 100442, the vehicle-mounted central control system 20 will be returned by the computing module 2115
Information after class is calculated and in the step 100443, is entered the information after classification by the composite module 2113
Row combination.
Further, the step 1005 further comprises the steps：
10051：Import the information of each screen 11；
10052：Calculate the weight for the information that each screen 11 is gathered；
10053：Optimal display mode is determined according to the information of screen 11 of importing and shown by each screen 11
Show.
In the step 10051, the information of each screen 11 refers to include the quantity of the screen 11, each screen
Which type of image information data the location of curtain 11 etc., can collect and be somebody's turn to do because which type of residing position is determined
The significance level of position and the image for personnel.
In the step 10052, the weight for calculating the information that each screen 11 is gathered refers to according to each screen
The location of 11 determine the importance of its information collected, determine optimal display in the step 10053 with this
Mode.
In the step 10053, optimal display mode is referring to the information that will be collected in each screen 11 according to weight
Want the optimal display mode under the integrated conditions such as degree, observation convenience.
Correspondingly, the step 1005 is completed by vehicle-mounted central control system 20 of the present invention, the vehicle-mounted middle control
The master control system 11 in system 20 further comprises an import modul 2116, the communications setting of import modul 2116 in
The master control system 21, in the step 10051, the vehicle-mounted central control system 20 is imported by the import modul 2116
The information of each screen 11.
In the step 10052, the vehicle-mounted central control system 20 calculates each screen by the computing module 2115
The weight of the information of the collection of curtain 11.
The master control system 21 further comprises a determining module 2117, and the communications setting of determining module 2117 is in institute
State master control system 21.In the step 10053, the vehicle-mounted central control system 20 determines institute by the determining module 2117
State the optimal display mode of each screen 11.
It is as shown in Figure 9 and Figure 10, described multi-screen ganged aobvious preferably as a kind of deformation of the embodiment of the present invention
Show that method further comprises step between the step 1004 and the step 1005：
A：Delete unnecessary information.
The unnecessary information of the deletion refers to be deleted according to the scene of the vehicle 10 and the manipulation demand of personnel
Information that is inessential and repeating.Correspondingly, the master control system 21 in the vehicle-mounted central control system 20 further comprises
One removing module 2118, the communications setting of removing module 2118 is described in the step A in the master control system 21
Vehicle-mounted central control system 20 deletes unnecessary information by the removing module 2118.
Preferably, the step A further comprises the steps：
A1：Find the duplicate message in the information collected；
A2：Weight most light part is found out according to the weight of the information collected；
A3：The duplicate message and the weight most light part are deleted.
In the step A1, different positions and angle, therefore each screen are in due to each screen 11
11 can also receive part identical information while different images information is gathered in intersection, and the information repeated is without weight
Multiple display.
In the step A2, weight most light part refers in the image information that each screen 11 is collected least
Part and parcel, such as information of the car door collected etc..
In the step A3, the part of deletion can be adjusted according to demand, be not limited to the information or power repeated
Weigh most light part.
Correspondingly, the step A is also to be completed by the vehicle-mounted central control system 20, in the vehicle-mounted central control system 20
The master control system 21 further comprises a search module 2119, and the communications setting of search module 2119 is in the main control
System 21.In the step A1, the vehicle-mounted central control system 20 is found in described information by the search module 2119
Weight in duplicate message and the step A2 most light part, and in the step A3, pass through the removing module
2118 delete the duplicate message and the weight most light part.
Preferably, the step A2 further comprises the steps：
A21：The weight of the information collected is ranked up；
A22：Select weight most light part.
Correspondingly, the master control system 21 further comprises an order module 2120, and the order module 2120 communicates
The master control system 21 is arranged at, in the step A21, the vehicle-mounted central control system 20 passes through the order module 2120
The information collected is subjected to weight sequencing.
The step A:Further comprise the steps：
A4：Weight most heavy part and sign are found out according to information.
In the step A4, the weight most heavy part is also the environment according to residing for the vehicle 10 and determined,
The external environment condition of the vehicle 10 changes, and the weight most heavy part can also change therewith.
After the weight most heavy part is labeled, in the step 1005, the optimal displaying scheme can root
Made adjustment according to the weight most heavy part, such as from the multi-screen centralized displaying weight most heavy part either most sharp
Most heavy part of weight described in screen display in observation etc..In other words, by the way that the weight most heavy part is entered into rower
Show, and the part is obtained special display, so as to be conducive to personal observations or according to the weight most heavy part to the car
Make adjustment in time.
Correspondingly, the master control system 21 in the vehicle-mounted central control system 20 further comprises a sign module
2121, the sign communications setting of module 2121 is in the master control system 21.In the step A4, the vehicle-mounted middle control system
System 20 is indicated the most heavy part of weight in described information by the sign module 2121, so as to be conducive to the step
The determination of optimal display methods in 1005.
It is emphasized that in multi-screen ganged display methods of the present invention, the screen 11 in the vehicle 10 is not
It is limited to the screen of conventional installation, but the screen that can be shown including all, such as reflective mirror, rearview mirror etc., as long as can be
Personnel provide image information, and those skilled in the art the invention discloses on the basis of, can make different deformations.Only
To use with same or analogous technical scheme of the invention, solve with same or analogous technical problem of the invention, and reach
The technique effect identical or approximate with the present invention, is belonged within protection scope of the present invention, embodiment of the invention
It is not limited thereto.
Next, being described further by a scene to the operation principle of above-mentioned multi-screen ganged display methods.
When the daytime of vehicle 10 travel on vehicle it is rare it is big in the rain, then it is now saturating with the distance between front truck personnel
The safe distance between front truck can be kept by naked eyes by crossing the front windshield of the vehicle 10, now the vehicle 10 with
The distance between front truck can be used as weight most light part and be deleted without being shown in the screen on the vehicle 10, so that
Interference of the personnel in observed information.In addition, the vehicle 10 that multiple range sensors on the vehicle 10 are measured and its
He all around the distance between vehicle data have a repetition, the vehicle-mounted central control system 20 can be deleted the information repeated
Shown again except after, interference of the personnel in observed information is further reduced, so as to improve the efficiency that personnel receive for information
And for the experience sense of the vehicle 10, and can further improve the intelligence degree of the vehicle 10.
It should be understood by those skilled in the art that the embodiments of the invention shown in foregoing description and accompanying drawing are only used as citing
And it is not intended to limit the present invention.The purpose of the present invention completely and is effectively realized.The function and structural principle of the present invention exists
Show and illustrate in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.
Claims (20)
1. a multi-screen ganged display methods, for a vehicle, it is characterised in that the multi-screen ganged display methods includes following step
Suddenly：
1001：Communicate to connect the screen in vehicle；
1002：Content to each screen capture is integrated；
1003：Determine the scene residing for the vehicle；
1004：Content to each screen capture is sorted out；
1005：Select optimal display mode and shown by each screen.
2. multi-screen ganged display methods according to claim 1, wherein the screen includes all screens in the vehicle
In one or more.
3. multi-screen ganged display methods according to claim 1 or 2, wherein the screen includes all screens that can be imaged
Curtain.
4. multi-screen ganged display methods according to claim 3, wherein the multi-screen ganged display methods is vehicle-mounted by one
Central control system is completed, and the vehicle-mounted central control system is fixedly installed on the vehicle, and the vehicle-mounted central control system includes a main control
System, the master control system communications setting passes through the main control in the vehicle-mounted central control system, the vehicle-mounted central control system
System realizes the multi-screen ganged display methods.
5. multi-screen ganged display methods according to claim 4, wherein the master control system include a communication module and
One link block, the communication module and link block distinguish communications setting in the master control system, in the step 1001
In, the vehicle-mounted central control system communicates to connect the screen in the vehicle by the communication module and the link block.
6. multi-screen ganged display methods according to claim 5, wherein the master control system further comprises an integration
Module and an induction module, the integration module and the induction module distinguish communications setting in the master control system, in institute
State in step 1002, the vehicle-mounted central control system is integrated and in institute by the integration module to the content on each screen
State in step 1003 and the scene residing for the vehicle is determined by the induction module.
7. multi-screen ganged display methods according to claim 6, wherein the master control system further comprises a classification
Module and a selecting module, the classifying module and selecting module distinguish communications setting in the master control system, in the step
Vehicle-mounted central control system described in rapid 1004 content of each screen capture is sorted out by the classifying module and
The optimal display mode is selected by the selecting module in the step 1005 and shown.
8. multi-screen ganged display methods according to claim 7, wherein the step 1001 further comprises the steps：
10011：Select the screen in the vehicle；
10012：Selected screen in the vehicle is communicated to connect respectively；
10013：It will be communicatively coupled between each screen after connection.
9. multi-screen ganged display methods according to claim 8, wherein the master control system further comprises a connection
Module, the link block communications setting is in the main control module, and the vehicle-mounted central control system described in the step 10012 leads to
Cross the link block and communicate to connect selected screen in the vehicle respectively.
10. multi-screen ganged display methods according to claim 9, wherein the step 1002 further comprises following step
Suddenly：
10021：The extraneous corresponding information of each screen capture；
10022：Receive the information gathered on each screen；
10023：The information gathered on each screen is integrated.
11. multi-screen ganged display methods according to claim 10, wherein the master control system further comprises that one connects
Module is received, the receiving module communications setting is in the master control system, in the step 10022, the vehicle-mounted middle control system
Unite and the information gathered on each screen is received by the receiving module.
12. multi-screen ganged display methods according to claim 11, wherein the step 1003 further comprises following step
Suddenly：
10031：The vehicle receives the environmental information around it；
10032：The vehicle sends the environmental information received to the vehicle-mounted central control system；
10033：The vehicle-mounted central control system is determined to the scene of the vehicle periphery.
13. multi-screen ganged display methods according to claim 12, wherein the master control system further comprises that one is true
Cover half block, the determining module communications setting is in the master control system, in the step 10033, the vehicle-mounted middle control system
System determines the scene of the vehicle periphery by the determining module.
14. multi-screen ganged display methods according to claim 13, wherein the step 1004 further comprises following step
Suddenly：
10041：Default different information module；
10042：Distinguish the information that each screen capture is arrived；
10043：The information of each screen capture is sorted out according to the default information module；
10044：Scene by the information after classification with reference to the vehicle is combined.
15. multi-screen ganged display methods according to claim 14, wherein the master control system further comprises that one is pre-
If module, a discriminating module and a composite module, the presetting module, discriminating module and composite module difference communications setting
In the master control system, in the step 10041, the vehicle-mounted central control system is preset different by the presetting module
Information module simultaneously distinguishes the information that each screen capture is arrived in the step 10042 by the discriminating module, described
In step 10044, the information after classification is combined by the vehicle-mounted central control system by the composite module.
16. multi-screen ganged display methods according to claim 15, wherein the step 10044 further comprises step：
100441：Import the contextual data of the vehicle；
100442：Information after classification is calculated according to the contextual data；
100443：The information after classification is combined according to result of calculation.
17. multi-screen ganged display methods according to claim 16, wherein the master control system further comprises leading
Enter module and a computing module, the import modul and computing module distinguish communications setting in the master control system, described
In step 100441, the vehicle-mounted central control system imports the contextual data of the vehicle and in the step by the import modul
The information after classification is calculated by the computing module in rapid 100442.
18. multi-screen ganged display methods according to claim 17, wherein the step 1005 further comprises following step
Suddenly：
10051：Import the information of each screen；
10052：Calculate the weight of the information of each screen capture；
10053：Optimal display mode is determined according to the screen message of importing and shown by the screen.
19. multi-screen ganged display methods according to claim 18, wherein the multi-screen ganged display mode is in the step
Further comprise a step between rapid 1004 and the step 1005：
A：Delete redundant information.
20. multi-screen ganged display methods according to claim 19, wherein the step A further comprises the steps：
A1：Find the duplicate message in the information collected；
A2：Weight most light part is found out according to the weight of the information collected；
A3：The duplicate message and the weight most light part are deleted；
A4：Weight most heavy part and sign are found out according to information.
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| CN201710208113.4A CN107097722B (en) | 2017-03-31 | 2017-03-31 | Multi-screen linkage display method for vehicle and vehicle-mounted central control system |
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|---|---|---|---|
| CN201710208113.4A CN107097722B (en) | 2017-03-31 | 2017-03-31 | Multi-screen linkage display method for vehicle and vehicle-mounted central control system |
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| CN107097722B CN107097722B (en) | 2022-05-03 |
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| CN107097722B (en) | 2022-05-03 |
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