Summary of the invention
Technical problem to be solved by this invention is, there is provided a kind of and can shield body resolution ratio by Intelligent Recognition LED display, can only adopt a set of control system to control high-resolution large area LED display screen, control mode is simple, further, lower-cost high-resolution universal display screen intelligent control system.
Technical scheme of the present invention is as follows: a kind of high-resolution universal display screen intelligent control system, wherein, comprises the control unit, at least two transmitting elements and at least two group receiving elements that are linked in sequence; Described control unit is connected with each described transmitting element respectively, and described control unit arranges the first preset value input, video conversion module and the first distribution module; Described first preset value input for pre-seting the screen body resolution ratio of external LED display screen, and sends to each described transmitting element; Described video conversion module is used for the video file of outside to be converted to video signal data, is sent to described first distribution module; Described first distribution module is used for the quantity according to described transmitting element, described video signal data is divided at least two group video signal datas, and is sent to each transmitting element by video-out port batch processing correspondence; The corresponding one group of receiving element of each transmitting element, and each transmitting element arranges the first automatic identification module, processing module and the second distribution module; Described first automatic identification module is used for automatically identifying described screen body resolution ratio; Described processing module receives the video signal data of its correspondence, generates control signal data; Described second distribution module, according to described screen body resolution ratio, is divided into groups to described control signal data, and each group of control signal data is sent to respectively each group of corresponding receiving element; Each receiving element arranges at least three data-out ports, for according to its corresponding control signal data received, controls row each in described LED display and each row LED pixel.
Be applied to such scheme, in described high-resolution universal display screen intelligent control system, each transmitting element also correspondence arranges at least one optical-electrical converter, for described control signal data are converted to optical signal data by electrical signal data, and is sent to each group of receiving element.
Be applied to above-mentioned each scheme, in described high-resolution universal display screen intelligent control system, described control unit comprises a memory module be connected with described video conversion module, for storing described video file; Described video conversion module is used for described video file to be converted to described video signal data.
Be applied to above-mentioned each scheme, in described high-resolution universal display screen intelligent control system, described first preset value input is also for pre-seting the first allocation model, and be sent to described first distribution module, described first distribution module, according to described first allocation model, distributes described video signal data.
Be applied to above-mentioned each scheme, in described high-resolution universal display screen intelligent control system, described control unit also arranges the second preset value input, for pre-seting the second allocation model, and be sent to the second distribution module, described second distribution module, according to described second allocation model, is divided into groups to described control signal data.
Be applied to above-mentioned each scheme, in described high-resolution universal display screen intelligent control system, also comprise a video-out port copied cells, it is connected with described control unit, for copying described video output terminals interruption-forming two video-out ports, described first distribution module is by video signal data described in each group by two video-out ports, and correspondence is sent to each transmitting element.
Be applied to above-mentioned each scheme, in described high-resolution universal display screen intelligent control system, each receiving element arranges at least two input ports and data switching module, and each input port is for inputting identical control signal data; Described data switching module be used for prioritizing selection one of them, and, when the input port of prioritizing selection breaks down, switch to and select another input port input control signal data.
Be applied to above-mentioned each scheme, in described high-resolution universal display screen intelligent control system, each receiving element also arranges the second automatic identification module, for automatically identifying the control signal data of grouping its correspondence rear.
Be applied to above-mentioned each scheme, in described high-resolution universal display screen intelligent control system, described LED display is set to real image element screen or virtual pixel screen.
Be applied to above-mentioned each scheme, in described high-resolution universal display screen intelligent control system, it also comprises described LED display; Wherein, the shape of described LED display is rectangle, arc or semicircle; Described first preset value input is used for pre-seting its screen body resolution ratio according to the shape of described LED display.
Adopt such scheme, the present invention, by arranging control unit, can pre-set the screen body resolution ratio of external LED display screen, and, video file can be converted to video signal data, and it is divided into groups, send at least two transmitting elements; Transmitting element has the screen body resolution ratio function automatically identifying LED display, and process described video signal data, generate control signal data, and it is divided into groups, multiple receiving element can be sent, multiple receiving element arranges multiple output interface, controls respectively to each pixel of described LED display.So, each control unit can corresponding multiple transmitting element, and each transmitting element can corresponding multiple receiving element, thus, the large-area LED display of various high-resolution can be controlled; Further, this control system also has automatic identification function, namely can realize the Based Intelligent Control to described LED display, and control mode is simple, and cost is lower.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
Embodiment 1
As shown in Figure 1, present embodiments provide a kind of high-resolution universal display screen intelligent control system, described high-resolution universal display screen intelligent control system comprises the control unit be mutually linked in sequence, two or more transmitting element and two groups or more receiving element; Described high-resolution universal display screen intelligent control system goes for controlling various LED display, especially, is applicable to control various high-resolution LED display, and the large-area LED display of high-resolution.
Wherein, described control unit is connected with each described transmitting element respectively, and described control unit arranges the first preset value input, video conversion module and the first distribution module.
Described first preset value input is for pre-seting the screen body resolution ratio of external LED display screen, and send to described transmitting element, namely the screen body resolution ratio of the LED display that the present embodiment high-resolution universal display screen intelligent control system will control is set, i.e. the quantity of each row and each row pixel in described LED display.
Wherein, described video conversion module is used for the video file of outside to be converted to video signal data, and the video signal data after conversion is sent to described first distribution module.
Or, also can a memory module be connected with described video conversion module be set in described control unit, described video file is stored by described memory module, by described video conversion module, the video file of storage is converted to video signal data again, so can conveniently operates.
Described first distribution module receives the screen body resolution ratio from the LED display of the first preset value input, and from the video signal data of described video conversion module, and, described first distribution module is according to the quantity of described transmitting element, described video signal data is divided into two groups or more video signal data, and by after video-out port batch processing, correspondence is sent to each transmitting element, as, the quantity of transmitting element is two, then described video signal data can be divided into two groups of video signal datas, the quantity that namely can arrange transmitting element is consistent with the quantity of video signal data group.So, when the screen body resolution ratio of the LED display that will control is larger time, namely each row of LED display and the pixel quantity of each row larger time, now, general LED display is large area LED display screen, then described video signal data can be distributed into and organize video signal data more, then by after multiple video-out port batch processing, be sent to multiple transmitting element, to control high-resolution LED display.
Or, described first preset value input can also be used for pre-seting the first allocation model, namely packet mode and the number of packet of described video signal data are set, and the first allocation model is sent to the first distribution module, described first distribution module is according to described first allocation model, distributing described video signal data, so, then can divide into groups to described video signal data according to arranging.
And, the corresponding one group of receiving element of each transmitting element, often organize receiving element and can comprise two or more receiving element, each receiving element can connected in series or mutual parallel join mutually, and each transmitting element arranges the first automatic identification module, processing module and the second distribution module.
Wherein, the described first automatic identification module can identify the described screen body resolution ratio from the first preset value input automatically, and the screen body resolution ratio after identifying is dealt into described second distribution module.
Described processing module receives the video signal data of its correspondence, processes described video signal data, generates control signal data, to control outside LED display.
Described second distribution module, according to the described screen body resolution ratio after identification, is divided into groups to described control signal data again, and each group of control signal data is sent to respectively corresponding each receiving element; Wherein, described second distribution module can according to the quantity of each group of receiving element of its correspondence, described control signal data are divided into groups, as, the corresponding two groups of receiving elements of each transmitting element, then described control signal data can be divided into two groups, and for example the corresponding four groups of receiving elements of each transmitting element, then can be divided into four groups by described control signal data.
Or, described control unit can also arrange the second preset value input, the second allocation model is pre-seted by the second preset value input, and the second distribution module is sent to the second distribution module, described second distribution module is again according to described second allocation model, as according to the method for salary distribution preset and quantity allotted, described control signal data are divided into groups.
By described control signal data are divided into many groups, then, each transmitting element can corresponding multiple receiving element, namely the receiving element that each transmitting element is corresponding is more, then the screen body resolution ratio of its LED display controlled is higher, to meet the application of some occasion large area LED display screen, high-resolution LED display screen.
Each receiving element can arrange the data-out port of more than three or three, each receiving element is according to its corresponding control signal data received, row each in described LED display and each row LED pixel are controlled, makes described LED display according to described video file display of video content.Such as, each receiving element arranges six or eight data-out ports.
Such as, described LED display is also comprised in described high-resolution universal display screen intelligent control system; Wherein, the shape of described LED display is rectangle, arc, rhombus or semicircle etc., described first preset value input is when presetting described LED screen body resolution ratio, also arrange according to the shape of described LED display, namely according to the arrangement of each pixel of described LED display, dot spacing etc., pre-set the screen body resolution ratio of described LED display, thus can make when controlling described LED display, control mode is more flexible, and control effects is better.
Or described LED display can be set to real image element screen or virtual pixel screen, and namely in described LED display, each pixel can only participate in Polaroid, or, also can participate in repeatedly imaging.Like this, can according to actual conditions flexible Application, the present embodiment is not limited thereto.
Or, each receiving element also arranges the second automatic identification module, may be used for the control signal data automatically identifying grouping its correspondence rear, thus make each transmitting element when one group of data is sent to two or more receiving element respectively, each receiving element can identify its corresponding control signal data received automatically, thus can exchange arbitrarily or change each receiving element, without the need to resetting described receiving element, namely according to the control signal data of correspondence, its corresponding display unit connected can be controlled.
Embodiment 2
As shown in Figure 2, on the basis of above-mentioned each example, in the high-resolution universal display screen intelligent control system that the present embodiment provides, each transmitting element also correspondence arranges one or more optical-electrical converter, described optical-electrical converter can realize the electrical signal data of described control signal data and the mutual conversion of optical signal data, and is sent to described receiving element.
Such as, described optical-electrical converter can comprise a transmitter and a receiver, transmitter is connected with described transmitting element, by the control signal data that transmitting element exports, be converted to optical signal data by electrical signal data, and, described receiver is sent to by connection line of optic fibre, described receiver receives described optical signal data, and described optical signal data is converted to electrical signal data, and is sent to described receiving element.
By arranging optical-electrical converter, described control signal can be made by Optical Fiber Transmission, thus the long-distance transmissions of control signal data can be realized, thus can realize controlling at a distance to described LED display, simple, convenient.
Embodiment 3
As shown in Figure 3, on the basis of above-mentioned each example, in the high-resolution universal display screen intelligent control system that the present embodiment provides, also comprise a video-out port copied cells, video-out port copied cells its be connected with described control unit, may be used for copying described video-out port, and form two video-out ports, described first distribution module is by video signal data described in each group by two video-out ports, and correspondence is sent to each transmitting element; Formation two video data output ports are copied by each video-out port described, thus described video data can be exported with the multiple of former output port, thus make each transmitting element be connected with described control unit can be original twice, each transmitting element can be connected with the receiving element group of twice, thus control the LED display of higher screen body resolution ratio, namely can control more high-resolution large area LED display screen.
Or each receiving element arranges two or more input port and a data switching module, e.g., arrange two input ports, each input port is for inputting identical control signal data; Further, described data switching module is used for the control signal data of one of them input port of prioritizing selection input, and is sent to each display unit, thus controls the display unit of its correspondence; Further, when the input port of prioritizing selection breaks down, switch to and select another input port input control signal data.So, then each receiving element can pass through two circuit input control signal datas, wherein, two signal line backup each other, and two input ports also backup each other, thus when when a certain signal line or a certain port failure, can adopt another holding wire or another port, thus make the transmission of control signal data or input have dual guarantee, the input of control signal data is stable, reliability is strong.
Should be understood that, for those of ordinary skills, can be improved according to the above description or convert, and all these improve and convert the protection domain that all should belong to claims of the present invention.