CN108255454A

CN108255454A - A kind of virtual interactive interface method of splicing device and splicing device

Info

Publication number: CN108255454A
Application number: CN201810100501.5A
Authority: CN
Inventors: 陆旸
Original assignee: Shanghai Large Mdt Infotech Ltd
Current assignee: Shanghai Large Mdt Infotech Ltd
Priority date: 2018-02-01
Filing date: 2018-02-01
Publication date: 2018-07-06
Anticipated expiration: 2038-02-01
Also published as: CN108255454B

Abstract

The virtual interactive interface method of a kind of splicing device of the present invention and splicing device, splicing device include：Main control module and extension process module, input processing module, output processing module；Extension process module, obtains control operation data, and conversion and control operation data obtains corresponding target control instruction；Target control instruction includes controlling information, the corresponding spatial information of control information；Input processing module obtains the first image information；Output processing module is instructed according to target control, and the first image information is handled, and obtains corresponding second image information；Main control module, it is connect respectively with extension process module, input processing module and output processing module, extension process module is controlled to obtain target control instruction, and input processing module is controlled to obtain the first image information, then output processing module is controlled to be handled to obtain the second image information.The convenience and interactivity of present invention optimization user's operation large-size screen monitors promote the response efficiency of interactive controlling.

Description

A kind of virtual interactive interface method of splicing device and splicing device

Technical field

The present invention relates to technical field of image processing, the virtual interactive interface of espespecially a kind of splicing device and splicing device Method.

Background technology

Splicing device is widely used in the formal occasions such as command scheduling, information publication, real time monitoring, meeting.It is existing Splicing device generally includes switching card (or being Switching Module) and its input card of connection (or is input module, is used for The data processing of input signal, including signal adaptation, frame per second and resolution adjustment), output card (or for output module, is used for The data processing of output signal, including window superposition etc.) and control card (or module in order to control), control card also with input card and Output card connects.During specific splicing, input card is used to be converted into the initial data of each input source to exchange treatable data；It hands over It uses instead under the action of controller, creates the mapping channel between input card and output card；It then will be certain using output card After input source carries out relevant data processing, splicing function is completed in display on the display device.

In the display field for needing large-size screen monitors (multi-screen or large screen), splicing device is often used for handling multi-channel video Picture signal to operations such as the access of large-size screen monitors, arrangement, transformation and roamings, these operations in current splicing device, when Above-mentioned operation and control is completed by software using another computer, the greatest drawback of this mode of operation is a lack of interaction Property, operation of the user on another computer can only be presented to the user in the form of corresponding to the operating result on large-size screen monitors；Two Be using by the research content conversion on large-size screen monitors or compressed mode return in the form of computer or operation console display come Improve interaction capabilities, but the interactivity demand of large-size screen monitors in itself can not be solved；Third, using the control card to splicing device It is directly connected to external equipment, then by external equipment direct operation large-size screen monitors, this approach improves the interaction capability of large-size screen monitors operation, But due to splicing device is often placed on computer room cabinet and far from operating personnel, though so have the outer of interaction capabilities Connect equipment, but the limited interface quantity of splicing device limits interaction capabilities extension, while be directly connected to external equipment acquisition Control information generates image information and shows, causes the image information of generation that can not adapt to the demand of different scales splicing, is scheming It can decline as visualizing interaction effect in the case that information is excessive or splicing scale is excessive.

Invention content

The object of the present invention is to provide a kind of virtual interactive interface methods of splicing device and splicing device, realize optimization The convenience and interactivity of user's operation large-size screen monitors promote the purpose of the response efficiency of interactive controlling.

Technical solution provided by the invention is as follows：

A kind of splicing device, including：Main control module and extension process module, input processing module, output processing module； The extension process module obtains control operation data, converts the control operation data and obtains corresponding target control instruction； The target control instruction includes controlling information, the corresponding spatial information of the control information；The input processing module obtains First image information；The output processing module is instructed according to the target control, at described first image information Reason, obtains corresponding second image information；The main control module, respectively with the extension process module, input processing module and Output processing module connects, and the extension process module is controlled to obtain the target control instruction, and control the input processing Module obtains described first image information, and the output processing module is then controlled to be handled to obtain the second image letter Breath.

Further, the main control module includes：First communication unit obtains the target control instruction；Described first Communication unit sends the target control and instructs to the input processing module and/or the output processing module.

Further, the input processing module is connect with the main control module, obtains the target control instruction；With/ Or, the input processing module, it is connect with the output processing module, obtains the target control instruction.

Further, the input processing module includes：Input unit obtains described first image information；Second communication Unit obtains the target control instruction；First processing units, the control information in being instructed according to the target control, to institute It states spatial information corresponding part described in the first image information to be handled, obtains corresponding treated the first image information.

Further, the input unit includes：First connectivity port has by connecting line and described image collecting device Line connects；And/or first communication subelement, pass through network and described image collecting device wireless connection.

Further, the extension process module includes：Third communication unit, connect with external equipment, obtains user and exists The control operation data inputted on the external equipment；The control operation data includes operation information and the operation letter Cease corresponding coordinate information；Operation information lookup control instruction table is obtained corresponding control information by second processing unit, And the spatial information of corresponding large-size screen monitors is obtained according to the coordinate information, so as to obtain the object control information；The third is led to Believe unit, send the target control and instruct to the output processing module and/or the main control module.

Further, the third communication unit includes：Second connection end mouth has by connecting line and the external equipment Line connects；And/or second communication subelement, pass through network and the external equipment wireless connection.

Further, the extension process module passes through network and the output processing module and the main control module phase It connects；The input processing module is connected with each other by bus and the main control module and the output processing module.

Further, the main control module further includes：Allocation unit sets the unique identifying number of each extension process module And priority.

Further, the extension process module further includes：Negotiation element passes through each extension process module of network settings Unique identifying number and priority.

Further, the output processing module includes：Fourth communication unit obtains target control instruction and described First image information；Third processing unit, the control information in being instructed according to the target control, to described first image information Described in spatial information corresponding part handled, obtain corresponding second image information；Output unit transmits second figure As information to display device so that the display device shows second image information.

Further, the fourth communication unit, also send the target control instruct to next output processing module and The main control module.

The present invention also provides a kind of virtual interactive interface method of splicing device, including：S100 obtains control operation data, It converts the control operation data and obtains corresponding target control instruction；Target control instruction includes control information, described Control the corresponding spatial information of information；S200 obtains the first image information；S300 is instructed according to the target control, to described One image information is handled, and obtains corresponding second image information.

Further, the step S200 includes step：S210 obtains described first image information；S220 is according to the mesh The control information in control instruction is marked, spatial information corresponding part described in described first image information is handled, is obtained Corresponding treated the first image information.

Further, the step S100 includes step：S110 obtains the control that user inputs on external equipment Operation data；The control operation data includes operation information and the corresponding coordinate information of the operation information；S120 is by described in Operation information searches control instruction table and obtains corresponding control information, and obtains the space of corresponding large-size screen monitors according to the coordinate information Information, so as to obtain the object control information.

Further, the step S300 includes step：Control information of the S310 in target control instruction is right Spatial information corresponding part described in described first image information is handled, and obtains corresponding second image information；S320 is passed Defeated second image information is to display device so that the display device shows second image information.

Further, step is included before the step S100：S010 sets the unique mark of each extension process module Number and priority.

By the virtual interactive interface method of a kind of splicing device provided by the invention and splicing device, can bring with Lower at least one advantageous effect：

1) present invention is since extension process module carries out conversion process respectively to control operation data and exports processing mould Block is respectively handled image, the mode of this distributed collaborative processing, can speed up processing, promoted to image procossing Efficiency.Processing load can be shared to each output processing module, advantageously reduce stitching portion by distributed collaborative processing mode The burden of device is managed, improves the response speed of interactive operation.

2) present invention carries out coordinating control modules by main control module, can reduce repetition and send identical target control System instruction reduces the system pressure of splicing device, due to passing through master control mould to input processing module or output processing module The forward-path of block centerized fusion target control instruction, can reduce retransmission rate, save whole forwarding time, promote forwarding Efficiency.

3) present invention can promote treatment effeciency, save system indirectly by the first editing and processing of input processing module Resource.

4) the control operation data that input processing module of the present invention obtains the external equipment that extension process module connects, one Aspect can be converted to the processing of the content of the first image information obtained to input processing module, while control operation data also Output processing module and main control module can be passed through and be forwarded to corresponding input processing module, input processing module is by the figure of connection As collecting device is controlled, there is visualization, intuitive effect, and the friendship between splicing device and user can be promoted Mutually, optimize the convenience and interactivity of user's operation large-size screen monitors, promote the usage experience of user.

5) present invention carries out unique variation of each extension process module that setting is connect with itself by main control module Mark and priority can promote the validity of unique identifying number and priority level initializing, in the case where multi-user operation controls scene, protect Card multi-user orderly controls same large-size screen monitors.

6) mutual unique identifying number and priority are set according to the negotiation between each extension process module, it can Control large-size screen monitors are neatly selected by user, had both avoided and has carried out setting unique identifying number and priority in advance to extension process module The hard work amount brought, ensure that user experience.

Description of the drawings

Below by a manner of clearly understandable, preferred embodiment is described with reference to the drawings, to a kind of splicing device and spelling Above-mentioned characteristic, technical characteristic, advantage and its realization method for connecing the virtual interactive interface method of processor are further described.

Fig. 1 is a kind of structure diagram of one embodiment of splicing device of the present invention；

Fig. 2 is a kind of structure diagram of one embodiment of splicing device of the present invention；

Fig. 3 is a kind of flow chart of one embodiment of the virtual interactive interface method of splicing device of the present invention；Fig. 4 is this Invent a kind of flow chart of another embodiment of the virtual interactive interface method of splicing device；

Fig. 5 is a kind of flow chart of another embodiment of the virtual interactive interface method of splicing device of the present invention；

Fig. 6 is a kind of flow chart of another embodiment of the virtual interactive interface method of splicing device of the present invention.

Specific embodiment

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, control is illustrated below The specific embodiment of the present invention.It should be evident that the accompanying drawings in the following description is only some embodiments of the present invention, for For those of ordinary skill in the art, without creative efforts, other are can also be obtained according to these attached drawings Attached drawing, and obtain other embodiments.

To make simplified form, part related to the present invention is only schematically shown in each figure, they are not represented Its practical structures as product.In addition, so that simplified form is easy to understand, there is identical structure or function in some figures Component only symbolically depicts one of those or has only marked one of those.Herein, "one" is not only represented " only this " can also represent the situation of " more than one ".

A kind of one embodiment of splicing device 1000 of the present invention, as shown in Figure 1, including：Main control module 1100 and expansion Open up processing module 1400, input processing module 1200, output processing module 1300；

The extension process module 1400, obtains control operation data, and the conversion control operation data obtains corresponding Target control instructs；The target control instruction includes controlling information, the corresponding spatial information of the control information；

The input processing module 1200 obtains the first image information；

The output processing module 1300 instructs according to the target control, described first image information is handled, Obtain corresponding second image information；

The main control module 1100, respectively at the extension process module 1400, input processing module 1200 and output Reason module 1300 connects, and the extension process module 1400 is controlled to obtain the target control instruction, and control the input It manages module 1200 and obtains described first image information, the output processing module 1300 is then controlled to be handled to obtain described the Two image informations.

Specifically, in the present embodiment, input processing module 1200, output processing module 1300, extension process module 1400 Quantity with external equipment 2000 is several, input processing module 1200, output processing module 1300, extension process module The quantity of 1400 threes can be identical, can not also be identical, and an input processing module 1200 can be handled with several outputs Module 1300 connects, and an output processing module 1300 can also be connect with several input processing modules 1200, an output Processing module 1300 can also be connect with several extension process modules 1400, if extension process module 1400 can also be with A dry output processing module 1300 connects, and main control module 1100 can be with several output processing modules 1300, output processing mould Block 1300 and extension process module 1400 connect, and an extension process module 1400 can connect with several external equipments 2000 It connects.First image information or the second image information include figure (static map, Dynamic Graph), video etc. image information.First Image information is as source signal source, the second image information signal source as a purpose.If the splicing device 1000 of the present invention includes Dry (one or more) extension process module 1400, input processing module 1200 and output processing module 1300, target control System instruction includes controlling information, the corresponding spatial information of the control information, i.e., is carried out to the image that will be shown to large-size screen monitors Real-time visual interactive manipulation, then, target control is obtained by extension process module 1400 and is instructed, such as the first image is believed The top-right part of breath is overlapped preset icon, that is, controlling information, operation object is believed for the first image for superposition preset icon Breath, spatial information are the upper right corner of the first image information.Control operation data is obtained by extension process module 1400, by extending Processing module 1400 will control operation data to carry out conversion process, obtain the target control instruction for corresponding to control operation data, And pass through input processing module 1200 and obtain the first image information, can be that extension process module 1400 first obtains target control and refers to It enables, the first image information is obtained after input processing module 1200；Can also be that input processing module 1200 first obtains the first image Information obtains target control instruction after extension process module 1400；Can also be that extension process module 1400 obtains target control While instruction, input processing module 1200 obtains the first image information, does not limit herein, in the scope of the present invention It is interior.Extension process module 1400 gets target control instruction, defeated after input processing module 1200 gets the first image information Go out processing module 1300 and obtain target control instruction and the first image information, then output processing module 1300 will just be got First image information is handled to obtain the second image information according to target control instruction.

Relative in the prior art, for being handled by the concentration of main control module 1100, the present invention passes through extension process mould Block 1400 can convert each all control operation datas input by user got, and be at each extension Manage the process of module 1400 distributed treatment conversion, i.e., if splicing device 1000 is there are one extension process module 1400, that All control operation datas input by user got are carried out being converted to correspondence one by one by extension process module 1400 Target control instruction；If splicing device 1000 has multiple extension process modules 1400, then each extension process module The 1400 all control operation datas input by user for respectively obtaining itself carry out being converted to corresponding target control one by one Instruction, such as have extension process module 1400A1 and extension process module 1400B1, extension process module 1400A1 is got certainly Body corresponding control operation data A2, extension process module 1400B1 get itself corresponding control operation data B2, then Extension process module 1400A1 just carries out the control operation data A2 of acquisition to be converted to corresponding target control instruction one by one The control operation data B2 of acquisition just is carried out being converted to corresponding target control by A3, extension process module 1400B1 one by one to be referred to Enable B3.The present invention obtains control operation data by extension process module 1400, and extension process module 1400 is converted respectively respectively The control operation data got obtains corresponding target control instruction, and output processing module 1300 obtains target control instruction, Target control instruction according to getting handles the first image information, so as to obtain the second image information.Due to extension Processing module 1400 carries out conversion process and output processing module 1300 to control operation data and image is carried out respectively respectively Processing, the mode of this distributed collaborative processing, can speed up processing, promote the efficiency to image procossing.Distribution association Mode is dealt with, processing load can be shared to each output processing module 1300, advantageously reduce splicing device 1000 Burden improves the response speed of interactive operation.

A kind of another embodiment of splicing device 1000 of the present invention, is the optimal enforcement example of above-described embodiment, such as Fig. 2 Shown, compared with above-described embodiment, main improve is the present embodiment, including：

The main control module 1100 includes：

First communication unit 1110 obtains the target control instruction；

First communication unit 1110, send the target control instruct to the input processing module 1200 and/or The output processing module 1300.

Specifically, in the present embodiment, target control instruction that output processing module 1300 obtains can be by the extension that connects Processing module 1400 is sent, and can also be sent by the main control module 1100 connected.Main control module 1100 functions similarly to terminal Effect, main control module 1100 for coordinate control itself with each extension process module 1400, input processing module 1200 and Connection relation between output processing module 1300 controls the connection status of itself and each extension process module 1400 (i.e. Connect or be not connected to), itself and the connection status of each output processing module 1300 and input processing module 1200 are also controlled, Wherein, the target control instruction of acquisition is sent to the input processing mould itself being connect with main control module 1100 by main control module 1100 The target control instruction of acquisition is sent to by block 1200 or main control module 1100 connect output processing mould with main control module 1100 The target control instruction of acquisition is sent to by block 1300 or main control module 1100 connect output processing mould with main control module 1100 Block 1300 and input processing module 1200.The target control got can be instructed and parsed by main control module 1100, be judged Target control instruction is the control operation for the output processing module 1300 of which screen connection, such as main control module 1100D It is attached with output processing module 1300E1, E2 and E3, user is in 2000 input control operation data a of external equipment, the control Operation data a processed is the first image information of the large-size screen monitors for being directed to output processing module 1300E2 connections, extension process module Control operation data a is converted to corresponding target control by 1400 to be instructed, and send target control and instruct to main control module 1100, Main control module 1100 parses the target control instruction got, and analyzing control operation data a is directed in output First image information of the large-size screen monitors of processing module 1300E2 connections, then main control module 1100 can instruct target control It is forwarded directly to output processing module 1300E2.If control operation data a is to be directed to output processing module 1300E1, E2 First image information of the large-size screen monitors connected with E3, then target control can be instructed and is forwarded to respectively by main control module 1100 Output processing module 1300E1, E2 and E3.The present invention carries out coordinating control modules by main control module 1100, can reduce It repeats to send identical target control to instruct to input processing module 1200 or output processing module 1300, reduces splicing The system pressure of device 1000 due to the forward-path instructed by 1100 centerized fusion target control of main control module, can subtract Few retransmission rate, is saved whole forwarding time, promotes forward efficiency.

The input processing module 1200 is connect with the main control module 1100, obtains the target control instruction；With/ Or,

The input processing module 1200 is connect with the output processing module 1300, obtains the target control instruction；

The input processing module 1200 includes：

Input unit 1210 obtains described first image information；

Second communication unit 1220 obtains the target control instruction；

First processing units 1230, the control information in being instructed according to the target control, to described first image information Described in spatial information corresponding part handled, obtain corresponding treated the first image information.

Specifically, in the present embodiment, due to main control module 1100 respectively with each extension process module 1400, input processing Module 1200 and output processing module 1300 connect, i.e., main control module 1100 functions similarly to the effect of terminal, master control mould Block 1100 can get all target controls instruction that each extension process module 1400 obtains, and can also get each input All first image informations that processing module 1200 obtains, so as to be transmitted to each output processing module 1300, input processing mould Block 1200 can get target control instruction, and instruct according to the target control got by being connect with main control module 1100 Corresponding first image information obtained to itself is handled, first image information that obtains that treated.Input processing module 1200 also can output processing module 1300 connect, get target control instruction, and root from the output processing module 1300 of connection Corresponding first image information obtained according to the target control instruction got to itself is handled, and obtains that treated first Image information.

Wherein, control information includes editor control, superposing control, rotation control, zoom control etc., such as input processing mould First image information is overlapped figure, cursor or editor's word etc. by block 1200 in real time, so as to fulfill visual right Large-size screen monitors and the operation in source signal source, enhancing visualization interactive operation experience is more intuitively, interactive stronger, and due to input Processing module 1200 can be handled the first image information so that the first image information can by preliminary treatment, such as from After image capture device 3000 and/or network address get the first initial image information, need to the first image information into Row superposition preset icon, is overlapped preset icon to the first image information by input processing module 1200, obtains that treated First image information, treated that the first image information can be transferred to output for the preset icon being superimposed in first image information Processing module 1300, by output processing module 1300, to treated, the first image information carries out secondary or multiple processing, nothing By output processing module 1300, to treated, the first image information carries out which kind of control operates, by input processing module 1200 into The first image information that row preliminary treatment obtains that treated, unless all outputs for first image information that gets that treated Processing module 1300 carries out editing and processing in same position could delete or replace, otherwise, first figure that gets that treated As information any one output processing module 1300C1 not same position carry out editing and processing, by input processing module 1200 The preset icon being overlapped can still be shown by the screen being connect with output processing module 1300C1.Illustratively, It needs that the first image information i.e. video image that the camera F for shooting hall scene is acquired is marked as hall, convenient for use Family record is consulted, and just by carrying out text addition to collected video image with camera F input processing modules 1200, that is, is existed The word icon in hall is superimposed on video image, it will be able to which, when large-size screen monitors are shown, the video image of display is all just to be marked with greatly The video image in the Room.And if be overlapped by output processing module 1300, then when being shown by large-size screen monitors, need in large-size screen monitors All output processing modules 1300 of connection carry out text addition, and this mode can waste each output processing module 1300 Process resource, reduces processing editorial efficiency, and the present invention can be carried indirectly by the first editing and processing of input processing module 1200 Treatment effeciency is risen, saves system resource.

Preferably, the input unit 1210 includes：

First connectivity port 1212 passes through connecting line and 3000 wired connection of described image collecting device；And/or

First communication subelement 1211, passes through network and 3000 wireless connection of described image collecting device.

Input processing module 1200 can support the access of non-video signal (such as static map or Dynamic Graph), and Input processing module 1200 can be obtained by way of network either connecting line (such as USB connecting lines or VGA connecting lines) The first image information is taken, wherein, obtain the first image information including in the following manner：

1st, input processing module 1200 only obtains the first image information from network address, i.e. input processing module 1200 has Wireless communication function is downloaded from network address (such as video website, picture website) by wireless network and obtains the first image Information；

2nd, input processing module 1200 only obtains the first image information from image capture device 3000, i.e.,：

2.1st, input processing module 1200 is adopted by 3000 wireless connection of network and image capture device from the image of connection Collect equipment 3000 and obtain the first image information；

2.2nd, input processing module 1200 is by 3000 wired connection of connecting line and image capture device, from the image of connection Collecting device 3000 obtains the first image information.

Specifically, input processing module 1200 can from image capture device 3000 (such as camera, camera) and Any one in network address or various ways the first image information of acquisition.Illustratively, when input processing module 1200 With several cameras when image capture devices 3000 are connect, input processing module 1200 obtains the first image letter from camera Breath, extension process module 1400 obtain the control operation data that user inputs on external equipment 2000, will control operation data After being converted to target control instruction, target control is sent by main control module 1100 or output processing module 1300 and is instructed to defeated Enter processing module 1200, input processing module 1200 gets target control instruction, and then input processing module 1200 is to target Control instruction parsed to obtain control operation data, and input processing module 1200 will be correspondingly connected with according to control operation data Camera carries out the orientation (direction and position) that moving in rotation is needed to user, can more comprehensively, effectively convenient for camera Shooting surrounding scene obtains the first image information of user demand.

In another example in the action of suspect is arrested in public security, by transferring what is largely tentatively screened by artificial intelligence Suspect image is shown to large-size screen monitors, and on the corresponding seat screen (such as computer) in the work seat for being shown to each staff respectively, And there is different staff to carry out secondary artificial comparison and veritification on every piece of large-size screen monitors or seat screen, if without suspicious points, The keyboard or mouse that staff can be connect by the extension process module 1400 with splicing device 1000 are operated (such as mouse clicking operation, key presses) are drawn and are removed, and if any suspicious points, can be marked by mouse or button is added text Word marks, while can be by the control operation data of keyboard or mouse input control camera, by the control operation data Corresponding extension process module 1400 is transferred to, which is sent to main control module by extension process module 1400 1100 and/or corresponding output processing module 1300, input processing module 1200 is from main control module 1100 and/or is correspondingly connected with Output processing module 1300 obtains the control operation data, and input processing module 1200 triggers traffic according to the control operation data Camera is rotated to appropriate position and direction or focusing, and secondary track and localization suspect is carried out convenient for public security.

In the present embodiment, input processing module 1200 obtains the external equipment 2000 that extension process module 1400 connects Operation data is controlled, on the one hand can be converted to the place of the content of the first image information obtained to input processing module 1200 Reason, while control that operation data may also pass through output processing module 1300 and main control module 1100 is forwarded to corresponding input Module 1200 is managed, input processing module 1200 controls the image capture device 3000 of connection, has and visualizes, is intuitive Effect, and can promote the interaction between splicing device 1000 and user optimizes the convenience and mutually of user's operation large-size screen monitors Dynamic property promotes the usage experience of user.

Extension process module 1400 includes：

Third communication unit 1410 is connect with external equipment 2000, is obtained user and is inputted on the external equipment 2000 The control operation data；The control operation data includes operation information and the corresponding coordinate information of the operation information；

Operation information lookup control instruction table is obtained corresponding control information, and root by second processing unit 1420 The spatial information of corresponding large-size screen monitors is obtained according to the coordinate information, so as to obtain the object control information；

The third communication unit 1410, send the target control instruct to the output processing module 1300 and/or The main control module 1100.

The third communication unit 1410 includes：

Second connection end mouth 1412 passes through connecting line and 2000 wired connection of external equipment；And/or

Second communication subelement 1411, passes through network and 2000 wireless connection of external equipment.

Specifically, in the present embodiment, external equipment 2000 includes touch tablet, keyboard, mouse, clipboard, touch screen etc. There is the equipment of interactive operation, user is operated on external equipment 2000, and external equipment 2000 can get use Family operates corresponding control operation data, the extension process module that external equipment 2000 passes through connecting line and splicing device 1000 1400 wired connections or external equipment 2000 are wirelessly connected by the extension process module 1400 of network and splicing device 1000 It connects, the control operation data acquired is sent to extension process module 1400, extension process module by external equipment 2000 1400 convert the control operation data acquired, will control operation information and control instruction table in operation data It carries out matched and searched and obtains corresponding control information, and the corresponding coordinate information of operation information in operation data will be controlled to carry out Mapping obtains corresponding spatial information, and obtained control information and spatial information is that target control instructs, extension process module 1400 are just sent to the target control being converted to instruction the output processing module being connected with extension process module 1400 1300 and/or main control module 1100.

Illustratively, if user uses some position of touch tablet single-click operation i.e. operation data in order to control, it is desirable to control High light selection block diagram layer is superimposed on the video of screen display, the extension process module 1400 being connected with touch tablet grasps the control The target control instruction including spatial information and control information is converted to as data, extension process module 1400 refers to target control It enables and main control module 1100 and/or the output processing module 1300 being connect with extension process module 1400 is sent to by network, it is main After control module 1100 and/or the output processing module 1300 being connect with extension process module 1400 receive target control instruction, Target control instruction is transmitted to and main control module 1100 and/or the input processing module itself being connect with extension process module 1400 1200, each output processing module 1300 or input processing module 1200 carry out parsing target control and instruct to obtain corresponding control Information processed, spatial information corresponding with control information, each output processing module 1300 or input processing module 1200 judge Whether the spatial information judges whether the display area need performance objective control instruction in itself corresponding display area Corresponding control information, if spatial information in the display area of itself, and the corresponding control of performance objective control instruction Information, then just on the screen with user touch screen the corresponding screen position (spatial information) of click location (coordinate information) Display high-brightness choice box figure layer is overlapped, if the coordinate information is located at what a certain output processing module 1300M was correspondingly connected with In the display area for showing equipment 4000, then output processing module 1300M will generate a high light selection block diagram layer in real time It is superimposed upon on the spatial position of the first image information that the display equipment 4000 being connect with itself is shown.If user uses touch Some position of plate double click operation, that can be right after high light selection block diagram layer is superimposed on the basis of based on above-mentioned single-click operation Region in the high light selection block diagram layer choosing is amplified operation, and the event is notified main control module 1100 and its by bus His input processing module 1200 and output processing module 1300.In addition, user can also be generated on large-size screen monitors by touch tablet The cursor of display, user is on a touchpad in moving process, the output that extension process module 1400 corresponding with touch tablet connects Processing module 1300 can be overlapped figure or text operation in real time according to the movement of user, be convenient for and output processing module The large-size screen monitors of 1300 connections generate the interaction effects such as window border flicker, coordinate real-time display so that user is felt to touch tablet Operation be exactly to large-size screen monitors show content visualization intuitive operation.

The output processing module 1300 includes：

Fourth communication unit 1310 obtains the target control instruction and described first image information；

Third processing unit 1320, the control information in being instructed according to the target control, to described first image information Described in spatial information corresponding part handled, obtain corresponding second image information；

Output unit 1330 transmits second image information to display device so that described in the display device is shown Second image information；

The fourth communication unit 1310 also sends the target control and instructs to next output processing module 1300 and institute State main control module 1100.

Specifically, in the present embodiment, the first image information of the processing of output processing module 1300 is without input processing mould The first image information that 1200 processed first image information of block or output processing module 1300 are handled is by input Manage treated the first image information of module 1200.Output processing module 1300 is by the first image information of acquisition according to target control System instruction handled, obtain corresponding second image information, so as to send the second image information to and output processing module The display device (such as LED display, numerical control display screen have the device of display screen) of 1300 connections, passes through display device It shows the second image information, is real on external equipment 2000 according to user due to the second image information that display device is shown When the control operation data that inputs, the first image information is carried out real-time, visualizes intuitive operation.

Wherein, fourth communication unit 1310 also sends the target control and instructs to next 1300 He of output processing module The main control module 1100.Specifically, as shown in Fig. 2, the target control instruction that main control module 1100 obtains can be by connecting Extension process module 1400 is sent, and can also be sent by the output processing module 1300 connected.

The main control module 1100 further includes：

Allocation unit 1120 sets the unique identifying number and priority of each extension process module 1400.

Specifically, in the present embodiment, can each extension that setting is connect with itself be carried out by main control module 1100 The unique variation mark and priority of processing module 1400.It is set by main control module 1100, unique mark can be promoted Number and priority level initializing validity, each extension of setting can be re-started when increasing other extension process module 1400 newly The unique identifying number and priority of processing module 1400, can also be directly in the unique identifying number of history setting and the base of priority On plinth, directly according to history coding rule and history priority level initializing rule, newly-increased extension process module 1400 is compiled Number and priority level initializing is carried out to newly-increased extension process module 1400.The present invention can control scene in multi-user operation Under, ensure that multi-user orderly controls same large-size screen monitors.

The extension process module 1400 further includes：

Negotiation element 1430 passes through the unique identifying number and priority of each extension process module 1400 of network settings.

Specifically, in the present embodiment, network negotiated in real time between each extension process module 1400 can be grasped in multi-user Make under control scene, according to the input time of user's input control operation data, according to default negotiation rules, coordinate different extensions The unique identifying number and priority of processing module 1400 can ensure that multi-user orderly controls same large-size screen monitors, to avoid When multi-user operation controls, there is the situation of out of control or chaotic control to the interactive operation control of large-size screen monitors, coordinate multiple users Control to large-size screen monitors, promotes user experience indirectly.It is mutual according to the negotiation setting between each extension process module 1400 Unique identifying number and priority, can neatly by user select control large-size screen monitors, both avoided to extension process module 1400 The hard work amount for setting unique identifying number and priority is brought is carried out in advance, ensure that user experience.

Illustratively, under the application scenarios of user interactive operation, such as splicing device 1000 is being used to carry out a large amount of people Under conditions of member's operation seat management, which, can be with every mainly for having a large amount of operating personnel in some command scheduling centers An extensible processor is accessed at a seat, and each extensible processor can connect that mouse-keyboard or writing pencil etc. are various external to be set Standby 2000, each operating personnel can operate one or more screen corresponding to oneself seat in large-size screen monitors, mutually can be independent Operation, the present invention are directly connected to external equipment 2000 relative to main control module 1100 and interact operation, reduce physical interface Limitation and the limitation of transmission range, because in the real scene of large-size screen monitors application, often splicing device 1000 is placed on machine Fang Zhong, and situation of the operating personnel of large-size screen monitors in separate hall.Extension process module 1400 of the present invention passes through network simultaneously It can not only connect, but also can connect with having the output processing module 1300 of network connecting function with main control module 1100 It connects, so in 2000 input control operation data of external equipment, by the extension process module 1400 being connect with external equipment 2000 The content of control output screen display corresponding with the output processing module 1300 that extension process module 1400 connects is overlapped When or output processing module 1300 in the video content that handles when be overlapped, processing load is just only defeated Go out in processing module 1300, and in the seat management application of large-size screen monitors application field, this mouse-keyboard touch screen etc. it is exhausted big Majority control all corresponds to certain several cutout screen, and seldom instead to full frame operation, is more advantageous to this when reducing and spell The burden of processor 1000 is connect, improves the response speed of interactive operation between user and large-size screen monitors, reduces hardware spending.

Have that the splicing device 1000 of above-mentioned function can be used in large-scale military commanding center or combat training center can Depending on changing in commander, there are one large display screens for command centre, and each staff officer person and advanced commander are in face of respective seat There are one the peripheral hardwares such as display and a set of keyboard and mouse, drawing board, the keyboard and mouse and drawing board at each seat to be all connected to this In the extension process module 1400 that seat is equipped with, splicing device 1000 connects all display screens, each staff officer person into The visual command (battlefield image adds computer picture) of the army of permission, can carry out electronics by drawing board where row oneself The operations such as label/electric wires, view and size of the mouse pulling to change multiple battlefield images, and any one or more seats The operation of position can also be put into large-size screen monitors and show, each staff officer person to corresponding seat with operating right, and advanced commander couple The administration authority of the seat the answered screen that any one is attended a banquet with operation or large-size screen monitors, this can be by multiple extension process moulds Block 1400 comes due authority and priority to realize.In addition, if 1200 Connection Service device of input processing module obtains the first figure As information, that is, battlefield figure, then advanced commander can be converted into input processing mould to the line combination button of some battlefield figure The Graphics overlay of battlefield figure in block 1200 such as can be converted to input processing module in the line combination button of some battlefield figure 1200 are superimposed a Strike red arrow figure, while server also passes through network connection input processing mould on the figure of battlefield Block 1200 obtains the target control instruction of advanced commander, and server issues target control instruction to command of armed force system by network On system, so that advanced commander assigns Strike instruction, Strike instruction is that a firepower is superimposed on the figure of battlefield Red arrow graphics field is hit as strike range.That is splicing device 1000, which has, refers to visual target control It enables and switchs to other control information or instruction and be implemented in combination with the energy that really controls of virtualization display+visualization with superposed graph Power, user can operate the roping capability instructed with target control by external equipment 2000, to meet the needs of different industries.

Illustratively, expanded if any multiple users using multiple extension process modules 1400 as user 1 connects one with mouse Processing module 1400S1, extension process module 1400S1 connection output processing module 1300X1 are opened up, user 2 is connected using handwriting pad One extension process module 1400S2, extension process module 1400S2 connection output processing modules 1300X2.Two extension process Module 1400 negotiates to obtain unique identifying number first by network, by unique identifying number and the mouse received or handwriting pad operation letter Breath, is converted into the target control that the input processing module 1200 of splicing device 1000 and output processing module 1300 can identify Target control instruction is sent to main control module 1100 and the output of connection by network by instruction, two extension process modules 1400 After processing module 1300, main control module 1100 and output processing module 1300 receive target control instruction, target control is instructed It is sent to each input processing module 1200 and output processing module 1300, each input processing module 1200 and output processing mould MCU or FPGA on block 1300 judge target control instruction in space coordinate position whether the viewing area where oneself Domain, and judge whether the display area receives the control information in simultaneously performance objective control instruction, if the two is satisfied by, just Operation is carried out in the display area to show.If to output processing module 1300X1, the corresponding space of mouse operated by user 1 Information is located on the edge of some signal window that output processing module 1300X1 is responsible for display area, then the output is handled Module 1300X1 generates the stacking of high light selection block diagram and is added on the signal window in real time, and generate a user simultaneously can be with The cursor prompt of pulling, then user 1 can be clicked by mouse and choose cursor and be pulled, and realize interactive operation The scaled of the window.If to output processing module 1300X2, the handwriting pad operated by user 2 operates corresponding space letter Breath is in the display area of output processing module 1300X2, then output processing module 1300X2 generates a figure in real time Shape is superimposed track dotted line, then user 2 can be realized by the mapping operation of handwriting pad and be drawn on large-size screen monitors.The present embodiment In, user has the image information on corresponding visualization display control large-size screen monitors by the operation of external equipment 2000.Two very To be multiple users operation can independently can also be interrelated, extensible processor by network can support more people simultaneously it is mutual Dynamic operation, although while each input processing module 1200 and output processing module 1300 all receive a large amount of target control and refer to It enables, but only that performing and corresponding display area and the relevant operation of corresponding image information, bigger Display area and more Images Manipulations can be by increasing input processing module 1200 and output processing module 1300 Quantity, therefore splicing device 1000 of the present invention can adapt to the operation figure interaction capability of different scales.

In above-mentioned all embodiments, the extension process module 1400 passes through network and the output processing module 1300 It is connected with each other with the main control module 1100；The input processing module 1200, by bus and the main control module 1100 and The output processing module 1300 is connected with each other.

In the following, based on above-mentioned all embodiments, lift an example and illustrate：

A kind of splicing device 1000 for having Virtual Interactive Interface, the processor have main control module 1100, extension Processing module 1400, input processing module 1200 and output processing module 1300, wherein main control module 1100, input processing module 1200 and output processing module 1300 be connected with each other by bus, one or more extension process modules 1400 pass through network and master Control module 1100 or the output processing module 1300 for having network connection are connected.Extension process module 1400, which has access to, to be had mutually Touch tablet, touch screen, clipboard, mouse, keyboard of dynamic function etc. have the external equipment 2000 of interactive operation function, can be with The image and control signal that 1000 inter-process of splicing device received is crossed are output to display, extension process module Control operation data that 1400 external equipments 2000 that can be accessed generate (such as the click location of current time mouse or is worked as Preceding moment keyboard depressed position or the multiple point touching operation behavior of touch screen) it is instructed by obtaining target control after conversion, and will Target control instructs other extension process modules 1400, main control module 1100 and the output for having network connection for being sent to networking Processing module 1300, input processing module 1200 and output processing module 1300 all have generation video superposed graph and text in real time The function of word, input processing module 1200 and output processing module 1300 are by from extension process module 1400 and main control module 1100 transmit the generation operation that the display control information come controls respective video superposed graph operation, cursor and word in real time Change with cursor and word operates, so as to fulfill visual, the patterned operation to large-size screen monitors and signal source contents.

Specifically, extension process module 1400, which gets touch tablet, touch screen, clipboard, mouse, keyboard etc., has interaction After the control operation data that operating function external equipment 2000 generates, control operation data is parsed and processing is corresponded to Target control instruction, and if when extension process module 1400 has multiple, each extension process module 1400 needs to pass through net Priority and unique identifying number are negotiated or set to network, so that processor identifies.

Extension process module 1400 will control operation data to main control module 1100 and/or to have network by forwarded The output processing module 1300 of connection, processor main control module 1100 and the output processing module 1300 for having network connection obtain Several (one or more) extension process modules 1400 instruct (such as mouse click behaviour by the target control that network passes over Make, obtain the coordinate information and operation information of mouse clicking operation, be converted to corresponding space coordinate and control information；Such as writing Writing on the blackboard write operation obtains pressure size information during clipboard writing, and pressure size information includes coordinate information and operation is believed Pressure size information is converted into corresponding spatial information and control information by breath；Such as key presses, keyboard behaviour is obtained The key value information of work, key value information include coordinate information and operation information, are converted to corresponding spatial information and control information).

If only obtaining (not connected output processing module 1300) by main control module 1100 obtains target control instruction, processing Device main control module 1100 handles the target control instruction of acquisition by Bus repeater to each input processing module 1200 and output Module 1300, each input processing module 1200 and output processing module 1300 instruct according to target control and corresponding video are generated With change superposed graph, cursor and word.

If only obtaining target control instruction by the output processing module 1300 connected, which will The target control instruction of acquisition is by Bus repeater to each input processing module 1200, other output processing modules 1300 and master Module 1100, each input processing module 1200 and output processing module 1300 is controlled to be instructed to the production of corresponding video according to target control Raw and change superposed graph, cursor and word.

If main control module 1100 and the output processing module 1300 of connection all obtain target control instruction, that main control module The target control instruction of acquisition is passed through Bus repeater to each input processing module by 1100 with the output processing module 1300 connected 1200, output processing module 1300 and main control module 1100,1300 basis of each input processing module 1200 and output processing module Target control instruction generates corresponding video and changes superposed graph, cursor and word.

Each input processing module 1200 of the present invention is instructed according to target control carries out at edit operation the first image information Reason, user can interact control to the content of the first image information, if target control instruction is in the first image information When superposed graph, cursor or word, user can realize the content of the first image information visual, patterned interaction is controlled System, i.e.,：It is exactly that the patterned operation processing such as superposed graph is converted to processing and control to signal content, citing one is with writing Plate draws an a closed figure such as circle, that can correspond to that the content in the figure is carried out to scratch picture, if citing two is folded What is added is the cursor of a hand-type, that pins some key and the mobile cursor can be defined as image content translation.

Each output processing module 1300 of the present invention is instructed according to target control carries out at edit operation the first image information Reason, user can interact control to the content of the first image information, if target control instruction is in the first image information When superposed graph, cursor or word, user can realize the content of the first image information the interactive controlling of visualization guiding, lead to The form for crossing superposed graph, cursor or word or mixing synthesizes with the first image information and visual has the of guiding figure The second image information with guiding figure is output to large-size screen monitors and shown, i.e., by two image informations：Visual guiding figure It means and generates certain figure to guide user's operation, citing one, when cursor is moved to the edge of some display area window When, cursor becomes four-headed arrow from unidirectional arrow, to guide user that can pull to change window size by clicking, illustrates Two, used by some large-size screen monitors region of touchpad operation, the frame of top layer's window is just superimposed a height in the region after click Bright frame, the frame can be moved by mobile finger by being equivalent to prompting operator, and the content let go in after-frame also can The mobile past.

A kind of one embodiment of the virtual interactive interface method of splicing device 1000 of the present invention, as shown in figure 3, including：

S100 obtains control operation data, converts the control operation data and obtains corresponding target control instruction；It is described Target control instruction includes controlling information, the corresponding spatial information of the control information；

S200 obtains the first image information；

S300 is instructed according to the target control, and described first image information is handled, and obtains corresponding second figure As information.

Specifically, in the present embodiment, both step S100 and step S200 do not have a sequencing, the first image information or Second image information includes figure (static map, Dynamic Graph), video etc. image information.First image information is as source signal Source, the second image information signal source as a purpose.Target control instruction of the present invention includes information, the control information is controlled to correspond to Spatial information, i.e., carry out real-time visual interactive manipulation to the image that will be shown to large-size screen monitors, then, by obtaining mesh Control instruction is marked, preset icon such as is overlapped to the top-right part of the first image information, that is, controls information default for superposition Icon, operation object are the first image information, and spatial information is the upper right corner of the first image information.Control operation data is obtained, Control operation data is subjected to conversion process, obtains the target control instruction for corresponding to control operation data, and obtain the first figure As information, the first image information that will be got is handled to obtain the second image information according to target control instruction.The present invention The each all control operation datas input by user got are converted, and are that distributed treatment is converted to pair The target control instruction answered obtains corresponding target control instruction due to carrying out conversion process respectively to control operation data, with And the first image information is handled to obtain the second image information, the mode of this distributed collaborative processing, Neng Goujia respectively Fast processing speed promotes the efficiency to image procossing, and distributed collaborative processing mode can share processing load, be conducive to drop The burden of low splicing device 1000 improves the response speed of interactive operation.

A kind of another embodiment of the virtual interactive interface method of splicing device 1000 of the present invention, is above-described embodiment Optimal enforcement example, as shown in figure 4, the present embodiment, compared with above-described embodiment, main improve is, including：

S110 obtains the control operation data that user inputs on external equipment 2000；The control operation data packet Include operation information and the corresponding coordinate information of the operation information；

Operation information lookup control instruction table is obtained corresponding control information, and according to the coordinate information by S120 The spatial information of corresponding large-size screen monitors is obtained, so as to obtain the object control information；

S200 obtains described first image information；

Control information of the S310 in target control instruction, to spatial information described in described first image information Corresponding part is handled, and obtains corresponding second image information；

S320 transmits second image information to display device so that the display device shows the second image letter Breath.

Specifically, in the present embodiment, step S110, S120 and step S200 do not have sequencing, can first carry out step S110, S120 and then progress step S200 can also first carry out step S200 and then carry out step S110, S120.Outside Connect equipment 2000 has the function of the equipment of interactive operation, Yong Hu including touch tablet, keyboard, mouse, clipboard, touch screen etc. It is operated on external equipment 2000, external equipment 2000 can get the corresponding control operation data of user's operation, external Equipment 2000 passes through network and splicing by connecting line and 1000 wired connection of splicing device or external equipment 2000 The control operation data acquired is sent to splicing device 1000 by 1000 wireless connection of device, external equipment 2000, splicing Processor 1000 converts the control operation data acquired, will control the operation information in operation data and control Instruction catalogue carries out matched and searched and obtains corresponding control information, and the corresponding coordinate of operation information in operation data will be controlled to believe Breath is mapped to obtain corresponding spatial information, and obtained control information and spatial information is target control instruction.

It specifically, can be from arbitrary in image capture device 3000 (such as camera, camera) and network address One or more kinds of modes obtain the first image information.Illustratively, when the figures such as splicing device 1000 and several cameras When being connected as collecting device 3000, splicing device 1000 obtains the first image information from camera, obtains user and is set external The control operation data inputted on standby 2000, after control operation data is converted to target control instruction, splicing device 1000 Target control instruction is parsed to obtain control operation data, is carried out the camera being correspondingly connected with according to control operation data The orientation (direction and position) that moving in rotation is needed to user, being capable of more comprehensive, effective shooting surrounding field convenient for camera Scape obtains the first image information of user demand.

On the one hand the control operation data that the present invention obtains external equipment 2000 can be converted to and target control is instructed The content of first image information is handled, while operation data is controlled to can be also used for the Image Acquisition of control connection, is had There are visualization, intuitive effect, and the interaction between splicing device 1000 and user can be promoted, optimization user's operation is big The convenience and interactivity of screen promote the usage experience of user.

A kind of another embodiment of the virtual interactive interface method of splicing device 1000 of the present invention, is above-described embodiment Optimal enforcement example, as shown in figure 5, the present embodiment, compared with above-described embodiment, main improve is, including：

S210 obtains described first image information；

Control information of the S220 in target control instruction, to spatial information described in described first image information Corresponding part is handled, and obtains corresponding treated the first image information；

Specifically, in the present embodiment, step S110, S120 and step S210, S220 do not have sequencing, can first carry out Step S110, S120 and then progress step S210, S220, can also first carry out step S210, S220 and then be walked Rapid S110, S120.Information is controlled to include editor control, superposing control, rotation control, zoom control etc., such as in real time by first Image information is overlapped figure, cursor or editor's word etc., so as to fulfill visually to large-size screen monitors and source signal source Operation, enhancing visualization interactive operation experience is more intuitively, interactive stronger, and due to the first image information Reason so that the first image information can be got just by preliminary treatment, such as from image capture device 3000 and/or network address After the first image information to begin, need to be overlapped preset icon to the first image information, the first image information is overlapped Preset icon, first image information that obtains that treated, treated for the preset icon being superimposed in first image information One image information can carry out secondary or multiple processing.Illustratively, the camera F for shooting hall scene is acquired the is needed One image information, that is, video image is marked as hall, is consulted convenient for user record, just by with camera F input processing moulds Block 1200 carries out collected video image text addition, i.e., is superimposed the word icon in hall on the video images, it will be able to When large-size screen monitors are shown, the video image of display is all just the video image for being marked with hall.And if passing through output processing module 1300 are overlapped, then when being shown by large-size screen monitors, all output processing modules 1300 for needing to connect in large-size screen monitors are into style of writing Word is superimposed, and this mode can waste the process resource of each output processing module 1300, reduces processing editorial efficiency, and the present invention is logical The first editing and processing of input processing module 1200 is crossed, treatment effeciency can be promoted indirectly, saves system resource.

In above-mentioned all embodiments, step is included before the step S010：

S010 sets the unique identifying number and priority of each extension process module 1400.Specifically, in the present embodiment, if Determining mode can be the centralized setting of prior progress or be set by network negotiated in real time.By being concentrated in advance Formula is set, and can promote the validity of unique identifying number and priority level initializing, can be in newly-increased other extension process module 1400 When, the unique identifying number and priority for setting each extension process module 1400 are re-started, can also directly be set in history Unique identifying number and priority on the basis of, directly according to history coding rule and history priority level initializing rule, to newly-increased Extension process module 1400 be numbered and priority level initializing, Neng Gou carried out to newly-increased extension process module 1400 Under multi-user operation control scene, ensure that multi-user orderly controls same large-size screen monitors.

It is set, can be operated according to user's input control in the case where multi-user operation controls scene by network negotiated in real time The input time of data according to default negotiation rules, coordinates the unique identifying number and priority of different extension process modules 1400, It can ensure that multi-user orderly controls same large-size screen monitors, to avoid when multi-user operation controls, the interaction of large-size screen monitors is grasped Make the situation that out of control or chaotic control occurs in control, coordinate control of multiple users to large-size screen monitors, promote user experience indirectly.According to Negotiation between each extension process module 1400 sets mutual unique identifying number and priority, can neatly by with Selection control large-size screen monitors in family had both avoided to extension process module 1400 and to have carried out setting unique identifying number in advance and priority brings Hard work amount, ensure that user experience.

In above-mentioned all embodiments, the image that the large-size screen monitors that are connect with splicing device 1000 are shown is multi-layer image, i.e. large-size screen monitors The second image information obtained after the image information shown is handled for output processing module 1300 is given tacit consent to user, if user exists It is operated on large-size screen monitors, when default Zone switched progress predetermined registration operation of the user in the second image information that large-size screen monitors are shown, meeting It triggers input processing module 1200 and editing and processing or triggering control and input processing mould is carried out to the content of the first image information The default Zone switched progress for the second image information that the image capture device 3000 that block 1200 connects, i.e. user are shown in large-size screen monitors During predetermined registration operation, the extension process module 1400 of large-size screen monitors connection will preset the corresponding control operation of Zone switched progress predetermined registration operation Data are converted to target control instruction, and target control instruction is for input processing module 1200.For example, such as Fig. 1,2 and 6 It is shown, the second image information 2 is shown on large-size screen monitors 3, user is by 2000 output processing module 1300 of external equipment to first Image information carries out processing operation and obtains the second image information 2 and be shown on large-size screen monitors 3, if user default cuts pre-defined It changes at region 1, switch button is rotated to horizontal direction to the right, then user will be inputted by external equipment 2000 Processing module 1200 is operated to obtain treated the first image information to the first image information, and by output processing module 1300 pairs treated that the first image information is handled or obtained after not handling the second image information again, is handled by output Module 1300 is output on large-size screen monitors and is shown.The present invention is selected according to the operation of user, any switching laws input processing module Interactive operation between 1200 and output processing module 1300 and user, interactive stronger, user experience higher.

It should be noted that above-described embodiment can be freely combined as needed.The above is only the preferred of the present invention Embodiment, it is noted that for those skilled in the art, in the premise for not departing from the principle of the invention Under, several improvements and modifications can also be made, these improvements and modifications also should be regarded as protection scope of the present invention.

Claims

1. a kind of splicing device, which is characterized in that including：Main control module and extension process module, input processing module, output Processing module；

The extension process module obtains control operation data, converts the control operation data and obtains corresponding target control Instruction；The target control instruction includes controlling information, the corresponding spatial information of the control information；

The input processing module obtains the first image information；

The output processing module instructs according to the target control, described first image information is handled, is corresponded to The second image information；

The main control module is connect respectively with the extension process module, input processing module and output processing module, controls institute It states extension process module and obtains the target control instruction, and the input processing module is controlled to obtain described first image letter Breath, then controls the output processing module to be handled to obtain second image information.

2. splicing device according to claim 1, which is characterized in that the main control module includes：

First communication unit obtains the target control instruction；

First communication unit sends the target control and instructs to the input processing module and/or output processing Module.

3. splicing device according to claim 1, it is characterised in that：

The input processing module is connect with the main control module, obtains the target control instruction；And/or

The input processing module is connect with the output processing module, obtains the target control instruction.

4. splicing device according to claim 3, which is characterized in that the input processing module includes：

Input unit obtains described first image information；

Second communication unit obtains the target control instruction；

First processing units, the control information in being instructed according to the target control, to empty described in described first image information Between information corresponding part handled, obtain corresponding treated the first image information.

5. splicing device according to claim 4, which is characterized in that the input unit includes：

First connectivity port passes through connecting line and described image collecting device wired connection；And/or

First communication subelement, passes through network and described image collecting device wireless connection.

6. splicing device according to claim 1, which is characterized in that the extension process module includes：

Third communication unit, connect with external equipment, obtains the control operand that user inputs on the external equipment According to；The control operation data includes operation information and the corresponding coordinate information of the operation information；

Operation information lookup control instruction table is obtained corresponding control information, and according to the seat by second processing unit Mark information obtains the spatial information of corresponding large-size screen monitors, so as to obtain the object control information；

The third communication unit sends the target control and instructs to the output processing module and/or the main control module.

7. splicing device according to claim 6, which is characterized in that the third communication unit includes：

Second connection end mouth passes through connecting line and the external equipment wired connection；And/or

Second communication subelement, passes through network and the external equipment wireless connection.

8. splicing device according to claim 1, it is characterised in that：

The extension process module is connected with each other by network and the output processing module and the main control module；

The input processing module is connected with each other by bus and the main control module and the output processing module.

9. according to claim 1-8 any one of them splicing devices, which is characterized in that the main control module further includes：

Allocation unit sets the unique identifying number and priority of each extension process module.

10. according to claim 1-8 any one of them splicing devices, which is characterized in that the extension process module is also wrapped It includes：

Negotiation element passes through the unique identifying number and priority of each extension process module of network settings.

11. according to 1 or 3 any one of them splicing device of claim, which is characterized in that the output processing module packet It includes：

Fourth communication unit obtains the target control instruction and described first image information；

Third processing unit, the control information in being instructed according to the target control, to empty described in described first image information Between information corresponding part handled, obtain corresponding second image information；

Output unit transmits second image information to display device so that the display device shows second image Information.

12. splicing device according to claim 11, which is characterized in that the fourth communication unit, also described in transmission Target control is instructed to next output processing module and the main control module.

A kind of 13. virtual interactive interface method of splicing device, which is characterized in that using claim 1-12 any one of them Splicing device, including：

S100 obtains control operation data, converts the control operation data and obtains corresponding target control instruction；The target Control instruction includes control information, the corresponding spatial information of the control information；

S200 obtains the first image information；

S300 is instructed according to the target control, and described first image information is handled, and obtains corresponding second image letter Breath.

14. the virtual interactive interface method of splicing device according to claim 13, which is characterized in that the step S200 Including step：

S210 obtains described first image information；

Control information of the S220 in target control instruction, corresponds to spatial information described in described first image information Part is handled, and obtains corresponding treated the first image information.

15. the virtual interactive interface method of splicing device according to claim 13, which is characterized in that the step S100 Including step：

S110 obtains the control operation data that user inputs on external equipment；The control operation data includes operation and believes Breath coordinate information corresponding with the operation information；

Operation information lookup control instruction table is obtained corresponding control information, and obtain according to the coordinate information by S120 The spatial information of corresponding large-size screen monitors, so as to obtain the object control information.

16. according to the virtual interactive interface method of 13 or 14 any one of them splicing device of claim, which is characterized in that institute It states step S300 and includes step：

Control information of the S310 in target control instruction, corresponds to spatial information described in described first image information Part is handled, and obtains corresponding second image information；

S320 transmits second image information to display device so that the display device shows second image information.

17. according to the virtual interactive interface method of claim 13-15 any one of them splicing devices, which is characterized in that institute Include step before stating step S100：

S010 sets the unique identifying number and priority of each extension process module.