CN204993620U

CN204993620U - Desktop formula seamless handover and image hybrid processing ware

Info

Publication number: CN204993620U
Application number: CN201520715363.3U
Authority: CN
Inventors: 胡子智; 胡宏清; 宁喜峰
Original assignee: Xiamen Rgblink Science & Technology Co Ltd
Current assignee: Xiamen Rgblink Science & Technology Co Ltd
Priority date: 2015-09-16
Filing date: 2015-09-16
Publication date: 2016-01-20
Anticipated expiration: 2025-09-16

Abstract

The utility model discloses a desktop formula seamless handover and image hybrid processing ware, handle module, four pictures processing module, switch module, video selector, PGM signal output module, PST signal output module, PVW signal output module and four input module including signal conversion module, signal distribution module, two picture, two pictures are handled the module and are had PST signal output part and PGM signal output part, and equal connect switch module of PST signal output part and PGM signal output part and video selector, this four picture are handled the module and is fused module, video synthesis module and four picture modules including the video that connects gradually. Can be according to current different mode and adjust the coordinate, and then make things convenient for site operation and wiring greatly to creation for designer provides the implementation possibility, has the characteristics that actual operation nature is high from this, seamless handover equipment and concatenation device integration, and then makes things convenient for site operation and wiring greatly.

Description

Table top type seamless switching and image hybrid processor

Technical field

The utility model relates to field of processors technology, refers in particular to a kind of Table top type seamless switching and image hybrid processor.

Background technology

Increasingly mature along with LED technology, the LED large-screen of overlarge area is just promoted gradually, in the process promoting overlarge area LED large-screen, in order to realize the arbitrarily seamless spliced of LED large-screen, the unlimited writing space of art worker can be become a reality, people have developed sliceable LED video processor, and it is mainly used in solving the splicing of former multiple stage and multimode and splices the problems such as the piece caused, asynchronous, aberration and luminance difference.

Existing sliceable LED video processor, any splicing during it also cannot support LED market to apply and combination, thus cause the performance of site operation wiring and intention to be greatly limited, and then cause very large application puzzlement to user, i.e. real-time operation difference and the actual demand of user cannot be met.

Utility model content

In view of this, the utility model is for the disappearance of prior art existence, and its main purpose is to provide a kind of Table top type seamless switching and image hybrid processor, its extensibility is good, and input/output interface enriches, and many pictures disposal ability is strong, can input be edited, realize Multi-Machine Synchronous locking signal function.

For achieving the above object, the utility model adopts following technical scheme:

A kind of Table top type seamless switching and image hybrid processor, include signal conversion module, signal distribution module, two picture process module, four picture process modules, switch module, video selector, PGM signal output module, PST signal output module, PVW signal output module and four input modules, this signal distribution module connection signal modular converter, this pair of picture process module and the equal connection signal distribution module of four picture process modules, two picture process module has PST signal output part and PGM signal output part, PST signal output part and PGM signal output part are all connected switching module and video selector, this four pictures process module includes the video fusion module connected successively, Video Composition module and four picture modules, this video fusion Module connection signal distribution module, this four pictures model calling video selector, this PGM signal output module is all connected switching module with PST signal output module, this PVW signal output module connects video selector, the equal connection signal modular converter of these four input modules.

As a kind of preferred version, described signal conversion module is MSTXX1-LP-X4 chip.

As a kind of preferred version, described signal distribution module is EPM1270F256 chip.

As a kind of preferred version, described pair of picture process module includes PIP two picture module, DSK captioning module and Fusion Edges module.

As a kind of preferred version, described PGM signal output module includes compound output module, VGA output module and HDMI output module.

As a kind of preferred version, described PST signal output module includes VGA output module and HDMI output module.

As a kind of preferred version, described PVW signal output module includes HDMI output module.

As a kind of preferred version, described input module include USB interface for inputting USB vision signal, for input SDI vision signal SDI interface, for input HDMI video signal HDMI, for inputting the USB interface of VGA vision signal and the compound interface for input composite video signal.

As a kind of preferred version, described switching module includes seamless switching module and special efficacy handover module.

The utility model compared with prior art has obvious advantage and beneficial effect, specifically, as shown from the above technical solution:

The process such as four picture process modules merge vision signal by utilizing, synthesis, and coordinate video selector to select vision signal, achieve four pictures and can edit input, operating personnel can see at monitoring image in advance and edit the pre-content play, coordinate can be adjusted according to current different mode of operation, and then greatly facilitate site operation and wiring, and for the creation of designer provides, implement may, there is feature that actual operation is high thus, seamless switching equipment and splicing integration of equipments, and then greatly facilitate site operation and wiring.

For more clearly setting forth architectural feature of the present utility model and effect, below in conjunction with accompanying drawing and specific embodiment, the utility model is described in detail.

Accompanying drawing explanation

Fig. 1 is the structure schematic diagram of the preferred embodiment of the utility model;

Fig. 2 is the partial structurtes schematic diagram of the preferred embodiment of the utility model.

Accompanying drawing identifier declaration:

11, signal conversion module 12, signal distribution module

13, two picture process module 14, four picture process module

141, video fusion module 142, Video Composition module

143, four picture modules 15, switching module

151, seamless switching module 152, special efficacy handover module

16, video selector 17, PGM signal output module

18, PST signal output module 19, PVW signal output module

20, input module.

Embodiment

Please refer to shown in Fig. 1 to Fig. 2, that show the concrete structure of the preferred embodiment of the utility model, include signal conversion module 11, signal distribution module 12, two picture process module 13, four picture process module 14, switch module 15, video selector 16, PGM signal output module 17, PST signal output module 18, PVW signal output module 19 and four input modules 20.

This signal conversion module 11 is MSTXX1-LP-X4 chip, and this signal distribution module 12 is EPM1270F256 chip, signal distribution module 12 connection signal modular converter 11.

This pair of picture process module 13 and the equal connection signal distribution module 12 of four picture process modules 14, two picture process module 13 has PST signal output part and PGM signal output part, PST signal output part and PGM signal output part are all connected switching module 15 and video selector 16, specifically, this pair of picture process module 13 includes PIP two picture module, DSK captioning module and Fusion Edges module, and described switching module 15 includes seamless switching module 151 and special efficacy handover module 152.

This four pictures process module 14 includes the video fusion module 141, Video Composition module 142 and the four picture modules 143 that connect successively, in the present embodiment, video fusion module 141, Video Composition module 142 and four picture modules 143 all adopt EP4CE115F29C8N chip, this video fusion module 141 connection signal distribution module 12, this four pictures module 143 connects video selector 16.

This PGM signal output module 17 and PST signal output module 18 are all connected switching module, in the present embodiment, this PGM signal output module 17 includes compound output module, VGA output module and HDMI output module, and this PST signal output module 18 includes VGA output module and HDMI output module.This PVW signal output module 19 connects video selector 16, and in the present embodiment, this PVW signal output module 19 includes HDMI output module.

These four input modules 20 all connection signal modular converters 11, each input module 20 include USB interface for inputting USB vision signal, for input SDI vision signal SDI interface, for input HDMI video signal HDMI, for inputting the USB interface of VGA vision signal and the compound interface for input composite video signal.

During use, each input module 20 receives USB vision signal, SDI vision signal, HDMI video signal, the input of VGA vision signal and composite video signal, then, the various vision signals of input enter signal distribution module 12 after signal conversion module 11 is changed, signal distribution module 12 pairs of signals distribute, then vision signal is assigned to two picture process module 13 and four picture process modules 14, then, two picture process module 13 exports PST signal and PGM signal, PST signal and PGM signal all enter and switch in module 15 and video selector 16, vision signal carries out seamless switching and special efficacy hand-off process in switching module 15, then export from PGM signal output module 17 or PST signal output module 18, vision signal after four picture process module 14 process also enters in video selector 16, then, exported from PVW signal output module 19 by the vision signal selected.

Design focal point of the present utility model is: the process such as four picture process modules merge vision signal by utilizing, synthesis, and coordinate video selector to select vision signal, achieve four pictures and can edit input, coordinate can be adjusted according to current different mode of operation, and then greatly facilitate site operation and wiring, and for the creation of designer provides, implement may, there is feature that actual operation is high thus, seamless switching equipment and splicing integration of equipments, and then greatly facilitate site operation and wiring.

The above, it is only preferred embodiment of the present utility model, not technical scope of the present utility model is imposed any restrictions, therefore every above embodiment is done according to technical spirit of the present utility model any trickle amendment, equivalent variations and modification, all still belong in the scope of technical solutions of the utility model.

Claims

1. Table top type seamless switching and an image hybrid processor, is characterized in that: include signal conversion module, signal distribution module, two picture process module, four picture process modules, switch module, video selector, PGM signal output module, PST signal output module, PVW signal output module and four input modules, this signal distribution module connection signal modular converter, this pair of picture process module and the equal connection signal distribution module of four picture process modules, two picture process module has PST signal output part and PGM signal output part, PST signal output part and PGM signal output part are all connected switching module and video selector, this four pictures process module includes the video fusion module connected successively, Video Composition module and four picture modules, this video fusion Module connection signal distribution module, this four pictures model calling video selector, this PGM signal output module is all connected switching module with PST signal output module, this PVW signal output module connects video selector, the equal connection signal modular converter of these four input modules.

2. Table top type seamless switching according to claim 1 and image hybrid processor, is characterized in that: described signal conversion module is MSTXX1-LP-X4 chip.

3. Table top type seamless switching according to claim 1 and image hybrid processor, is characterized in that: described signal distribution module is EPM1270F256 chip.

4. Table top type seamless switching according to claim 1 and image hybrid processor, is characterized in that: described pair of picture process module includes PIP two picture module, DSK captioning module and Fusion Edges module.

5. Table top type seamless switching according to claim 1 and image hybrid processor, is characterized in that: described PGM signal output module includes compound output module, VGA output module and HDMI output module.

6. Table top type seamless switching according to claim 1 and image hybrid processor, is characterized in that: described PST signal output module includes VGA output module and HDMI output module.

7. Table top type seamless switching according to claim 1 and image hybrid processor, is characterized in that: described PVW signal output module includes HDMI output module.

8. Table top type seamless switching according to claim 1 and image hybrid processor, is characterized in that: described input module include USB interface for inputting USB vision signal, for input SDI vision signal SDI interface, for input HDMI video signal HDMI, for inputting the USB interface of VGA vision signal and the compound interface for input composite video signal.

9. Table top type seamless switching according to claim 1 and image hybrid processor, is characterized in that: described switching module includes seamless switching module and special efficacy handover module.