CN113870747A

CN113870747A - Adapter plate and point screen system

Info

Publication number: CN113870747A
Application number: CN202111123472.2A
Authority: CN
Inventors: 许娟; 贾国强
Original assignee: Huizhou Shiwei New Technology Co Ltd
Current assignee: Huizhou Shiwei New Technology Co Ltd
Priority date: 2021-09-24
Filing date: 2021-09-24
Publication date: 2021-12-31
Anticipated expiration: 2041-09-24
Also published as: CN113870747B

Abstract

The application relates to a keyset and some screen systems. The adapter plate is connected with the first signal conversion module by pulling out a signal interface of the display screen core, so that the first signal conversion module can acquire an original test signal transmitted by the display screen core and convert the original test signal into a standard test signal; the first end of the second signal conversion module is connected with the first signal conversion module, the second signal conversion module can acquire a standard test signal transmitted by the first signal conversion module, convert the standard test signal into an output test signal and transmit the output test signal to a display screen to be tested, and point screen testing of the display screen to be tested is realized; the adapter plate can be used for testing display screens of all models, is not limited by the types of the display screens, further improves the testing universality of the adapter plate, reduces the maintenance and detection cost of the display screens, and improves the maintenance and detection efficiency of the display screens.

Description

Adapter plate and point screen system

Technical Field

The application relates to the technical field of display screen testing, in particular to a patch panel and a point screen system.

Background

With the development of display screen technology, the types of display screens are increasing, and because the types of display screens usually have different screen interfaces, a corresponding display screen movement (i.e., a TCON board) needs to be produced to detect the display screen. For example, a TCONLESS display screen has a certain cost advantage, wherein the TCONLESS display screen refers to a display screen without a TCON board (also called a screen driving board).

In the prior art, when the TCONLESS display screen needs to be maintained and detected, because the screen interface definitions of each type of TCONLESS display screen are inconsistent, the machine core rack point screen of the same screen is needed when one type of display screen is maintained, the maintenance and detection cost is high, and the maintenance and detection efficiency is low.

Disclosure of Invention

Therefore, it is necessary to provide an adapter plate and a point screen system that are not limited by a display screen movement and are not affected by a display screen interface, in order to solve the above technical problems.

An interposer, comprising:

the first signal conversion module is used for connecting the display screen core, is configured to acquire an original test signal transmitted by the display screen core and converts the original test signal into a standard test signal;

and the first end of the second signal conversion module is connected with the first signal conversion module, the second end of the second signal conversion module is used for connecting the display screen to be tested, and the second signal conversion module is configured to acquire the standard test signal transmitted by the first signal conversion module, convert the standard test signal into an output test signal and transmit the output test signal to the display screen to be tested.

Optionally, the first signal conversion module includes a P2P interface, a mini-LVDS output interface, and a first signal conversion unit connected between the P2P interface and the mini-LVDS output interface; the P2P interface is connected with the display screen movement, and the mini-LVDS output interface is connected with the second signal conversion module;

the P2P interface is used for receiving an original test signal and transmitting the original test signal to the first signal conversion unit;

the first signal conversion unit is used for converting the original test signal into a standard test signal and transmitting the standard test signal to the mini-LVDS output interface;

the mini-LVDS output interface is used for transmitting the standard test signal to the second signal conversion module.

Optionally, the P2P interface includes at least two of the following data ports: CSPI data port, CMPI data port, ISP data port, USIT data port and CHPI data port.

Optionally, the first signal conversion module further includes a first power interface, a second power interface, and a power conversion unit connected between the first power interface and the second power interface;

the first power interface is used for receiving a first power signal of the display screen movement and transmitting the first power signal to the power conversion unit;

the power supply conversion unit is used for converting the first power supply signal into a second power supply signal and transmitting the second power supply signal to the second power supply interface;

the second power interface is used for transmitting a second power signal to the second signal conversion module.

Optionally, the first power interface includes a first power port and a first ground port; the second power interface includes a second power port and a second ground port.

Optionally, the first signal conversion unit is further configured to identify a signal type of the original test signal, and convert the original test signal into a standard test signal according to the signal type; wherein the signal type of the original test signal comprises one of the following signals: a CSPI data signal, a CMPI data signal, an ISP data signal, a USIT data signal, and a CHPI data signal.

Optionally, the second signal conversion module includes a mini-LVDS input interface, an HDMI output interface, and a second signal conversion unit connected between the mini-LVDS input interface and the HDMI output interface; the mini-LVDS input interface is connected with the mini-LVDS output interface, and the HDMI output interface is connected with a display screen to be tested;

the mini-LVDS input interface is used for receiving a standard test signal and transmitting the standard test signal to the second signal conversion unit;

the second signal conversion unit is used for converting the standard test signal into an output test signal and transmitting the output test signal to the HDMI output interface;

the HDMI output interface is used for transmitting the output test signal to the display screen to be tested.

Optionally, the original test signal is a P2P test signal; the standard test signal is a mini-LVDS test signal; the output test signal is an HDMI test signal.

Optionally, the display screen core is a TCONLESS display screen core.

A point screen system comprises a display screen core and any one of the adapter plates; the adapter plate is connected between the display screen core and the display screen to be tested.

One of the above technical solutions has the following advantages and beneficial effects:

the adapter plate comprises a first signal conversion module and a second signal conversion module, and the first signal conversion module is connected with a signal interface of the display screen core by pulling out the signal interface, so that the first signal conversion module can acquire an original test signal transmitted by the display screen core and convert the original test signal into a standard test signal; the first end of the second signal conversion module is connected with the first signal conversion module, the second end of the second signal conversion module is connected with a display screen to be tested, the second signal conversion module can acquire a standard test signal transmitted by the first signal conversion module, convert the standard test signal into an output test signal and transmit the output test signal to the display screen to be tested, and point screen testing of the display screen to be tested is realized; the second signal conversion module is matched with the display screen to be tested, so that the second signal conversion module is in communication connection with the display screen to be tested, the second signal conversion module can convert the standard test signal into an output test signal and transmit the output test signal to the display screen to be tested, the display screen to be tested is lightened according to the output test signal, maintenance personnel can conveniently test the point screen of the display screen to be tested, one-board point multi-screen is realized, and the adapter plate can be applied to all display screen cores and is not limited by the types of the display screen cores; the adapter plate can be used for testing display screens of all models, is not limited by the types of the display screens, further improves the testing universality of the adapter plate, reduces the maintenance and detection cost of the display screens, and improves the maintenance and detection efficiency of the display screens.

Drawings

Fig. 1 is a schematic view of a first structure of an interposer in an embodiment of the present application.

Fig. 2 is a second structural schematic diagram of an interposer in an embodiment of the present application.

Fig. 3 is a schematic diagram of a third structure of an interposer in an embodiment of the present application.

Fig. 4 is a fourth structural diagram of an interposer in an embodiment of the present application.

Detailed Description

To facilitate an understanding of the present application, the present application will now be described more fully with reference to the accompanying drawings. Preferred embodiments of the present application are shown in the drawings. This application may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete.

It will be understood that when an element is referred to as being "connected" to another element, it can be directly connected to the other element and be integral therewith, or intervening elements may also be present. The terms "one end," "the other end," and the like are used herein for illustrative purposes only.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs. The terminology used herein in the description of the present application is for the purpose of describing particular embodiments only and is not intended to be limiting of the application. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

In order to solve the problems of high maintenance and detection cost and low maintenance and detection efficiency of the conventional core frame point screen requiring the same screen when a display screen is maintained and tested, in one embodiment, as shown in fig. 1, an interposer 10 is provided and includes a first signal conversion module 110 and a second signal conversion module 130. The first signal conversion module 110 is used for connecting the display screen core 20, and is configured to acquire an original test signal transmitted by the display screen core 20 and convert the original test signal into a standard test signal. The second signal conversion module 130 has a first end connected to the first signal conversion module 110, and a second end connected to the display screen 30 to be tested, and is configured to obtain the standard test signal transmitted by the first signal conversion module 110, convert the standard test signal into an output test signal, and transmit the output test signal to the display screen 30 to be tested.

The first signal conversion module 110 can be used to convert original test signals of different protocols into standard test signals of a preset protocol. For example, the first signal conversion module 110 is provided with a first input interface and a first output interface, and the first input interface of the first signal conversion module 110 is provided with a plurality of ports, each of which can be used to transmit an original test signal of a corresponding protocol. When the maintenance test of the display screen is required, the signal output end of the display screen core 20 can be connected to the corresponding port of the first input interface of the first signal conversion module 110, and then the display screen core 20 can transmit the original test signal to the first signal conversion module 110 through the corresponding port, so that the first signal conversion module 110 can acquire the original test signal of the display screen core 20.

The second signal conversion module 130 can be used to convert the standard test signal into an output test signal common to the display screen. For example, the second signal conversion module 130 is provided with a second input interface and a second output interface, the second input interface of the second signal conversion module 130 is connected to the first output interface of the first signal conversion module 110, the first signal conversion module 110 can transmit the converted standard test signal to the second signal conversion module 130, and then the second signal conversion module 130 can convert the standard test signal to obtain the output test signal. The second output interface of the second signal conversion module 130 is connected to the display screen 30 to be tested, and then the second signal conversion module 130 can transmit the output test signal obtained by conversion to the display screen 30 to be tested, so that the display screen 30 to be tested is lighted according to the output test signal, and then a maintenance person can conveniently perform maintenance test on the display screen 30 to be tested.

The display screen movement 20 can be used to provide a test signal to the corresponding display screen, so that the corresponding display screen performs a screen dot operation. Illustratively, the display screen movement 20 may be a TCONLESS display screen movement 20. The display screen 30 to be tested can light the screen according to the test signal provided by the corresponding display screen core 20, so that the maintenance personnel can conveniently perform screen lighting operation on the display screen 30 to be tested. Illustratively, the display 30 under test may be a TCONLESS display. It should be noted that, connect between display screen core 20 and the display screen 30 that awaits measuring through the keysets 10 that adopt this application, and then can choose for use the display screen core 20 of arbitrary model to come to propose test signal to the display screen 30 that awaits measuring, and then maintenance personal is in the test procedure, only need carry the keysets 10 of this application and the display screen core 20 of an arbitrary model, can carry out some screen maintenance tests to the display screen 30 that awaits measuring of arbitrary model, thereby improved the convenience that detects the display screen maintenance, and improved the maintenance detection efficiency to the display screen.

Illustratively, the signal interface of the display screen core 20 is pulled out to connect with the first signal conversion module 110, and then the first signal conversion module 110 can acquire an original test signal transmitted by the display screen core 20 and convert the original test signal into a standard test signal; a first end of the second signal conversion module 130 is connected to the first signal conversion module 110, a second end of the second signal conversion module 130 is connected to the display screen 30 to be tested, the second signal conversion module 130 can obtain a standard test signal transmitted by the first signal conversion module 110, convert the standard test signal into an output test signal, and transmit the output test signal to the display screen 30 to be tested, so as to realize a point screen test on the display screen 30 to be tested, the application enables the display screen core 20 to be adapted to the display screen core 20 through the first signal conversion module 110, so that the display screen core 20 is in communication connection with the first signal conversion module 110, and the first signal conversion module 110 can convert an original test signal transmitted by the display screen core 20 into the standard test signal; the second signal conversion module 130 is adapted to the display screen 30 to be tested, so that the second signal conversion module 130 establishes communication connection with the display screen 30 to be tested, the second signal conversion module 130 can convert the standard test signal to output a test signal, and transmit the output test signal to the display screen 30 to be tested, so that the display screen 30 to be tested is lightened according to the output test signal, and maintenance personnel can conveniently test the point screen of the display screen 30 to be tested, and one-board point multi-screen is realized, and the adapter plate 10 can be applied to all display screen cores 20 and is not limited by the types of the display screen cores 20; the adapter plate 10 can be used for testing display screens of all models, is not limited by the types of the display screens, improves the testing universality of the adapter plate 10, reduces the maintenance and detection cost of the display screens, and improves the maintenance and detection efficiency of the display screens.

For further illustration of the convenience and communication of the connection between the first signal conversion module 110 and the display screen movement 20. In one example, as shown in fig. 2, the first signal conversion module 110 includes a P2P (point-to-point) interface, a mini-LVDS (mini-low voltage Differential Signaling) output interface 114, and a first signal conversion unit 116 connecting between the P2P interface 112 and the mini-LVDS output interface 114; the P2P interface 112 is connected to the display screen movement 20, and the mini-LVDS output interface 114 is connected to the second signal conversion module 130. The P2P interface 112 is used for receiving the original test signal and transmitting the original test signal to the first signal conversion unit 116; the first signal conversion unit 116 is configured to convert the original test signal into a standard test signal, and transmit the standard test signal to the mini-LVDS output interface 114; the mini-LVDS output interface 114 is used to transmit the standard test signal to the second signal conversion module 130.

Where the P2P interface 112 refers to a point-to-point interface for transmitting original test signals, the P2P interface 112 may be used for transmitting high-speed data signals. The mini-LVDS output interface 114 refers to an interface for transmitting a standard test signal, for example, by setting the mini-LVDS output interface 114 at the output end of the first signal conversion module 110, the mini-LVDS output interface 114 reduces the signal amplitude compared with the LVDS interface, which is reduced from 5v of LVDS to 200mv, thereby greatly reducing the power loss of the circuit; the clock frequency of the signal is improved, and the bus width of the signal is reduced. The first signal conversion unit 116 may be used to convert the signal protocol, for example, the first signal conversion unit 116 is connected between the P2P interface 112 and the mini-LVDS output interface 114, and the first signal conversion unit 116 may be used to convert the signal protocol transmitted by the P2P interface 112 into the signal protocol transmitted by the mini-LVDS output interface 114.

For example, a P2P interface 112 is disposed at an input end of the first signal conversion module 110, a mini-LVDS output interface 114 is disposed at an output end of the first signal conversion module 110, the display screen core 20 may be connected to the P2P interface 112 of the first signal conversion module 110, the second signal conversion module 130 is connected to the mini-LVDS output interface 114 of the first signal conversion module 110, and then the display screen core 20 may transmit an original test signal to the first signal conversion unit 116 through the P2P interface 112, and then the first signal conversion unit 116 may convert the original test signal into a standard test signal, and transmit the standard test signal to the second signal conversion module 130 through the mini-LVDS output interface 114, so as to convert the original test signal transmitted by the display screen core 20 into a standard test signal of a unified protocol. Wherein the original test signal may be a signal based on the P2P protocol and the standard test signal may be a signal based on the mini-LVDS protocol.

The P2P interface 112 of the first signal conversion module 110 may include a plurality of ports, each port transmits a test signal of a different signal protocol, and further may be adapted to display screen cartridges 20 of different models, and connect the output interface of the display screen cartridge 20 to the corresponding port of the P2P interface 112 of the first signal conversion module 110, thereby improving the universality of the P2P interface 112 of the first signal conversion module 110, so that the adapter board 10 of the present application may be applied to all display screen cartridges 20, and is not limited by the types of the display screen cartridges 20.

Illustratively, as shown in fig. 3, the P2P interface 112 of the first signal conversion module 110 may include at least two ports, for example, the P2P interface 112 includes at least two of the following data ports: a CSPI (Common Serial Peripheral Interface) data port 142, a CMPI (Common Manageability Programming Interface) data port 144, an ISP (InSyester Programming Interface) data port 146, a USIT data port 148, and a CHPI data port 152. The CSPI data port 142 refers to a port for transmitting a timing control signal in a CSPI data format. The CMPI data port 144 refers to a port through which a timing control signal of the CMPI data format is transmitted. The ISP data port 146 refers to a port through which a timing control signal of an ISP data format is transmitted. The USIT data port 148 refers to a port through which timing control signals in the USIT data format are transmitted. The CHPI data port 152 refers to a port through which a timing control signal of a CHPI data format is transmitted.

For example, if the output interface of the display screen core 20 is an ISP interface, the output interface of the display screen core 20 may be connected to the ISP data port 146 of the P2P interface 112 of the first signal conversion module 110 to realize the connection between the display screen core 20 and the first signal conversion module 110, so that the display screen core 20 may transmit the original test signal to the first signal conversion unit 116 through the ISP data port 146, convert the original test signal into the standard test signal through the first signal conversion unit 116, and transmit the standard test signal to the second signal conversion module 130. The second signal conversion module 130 is adapted to the display screen 30 to be tested, so that the second signal conversion module 130 establishes a communication connection with the display screen 30 to be tested, and then the second signal conversion module 130 can convert the standard test signal to output the test signal, and transmit the output test signal to the display screen 30 to be tested, so that the display screen 30 to be tested is lighted according to the output test signal, thereby facilitating the maintenance personnel to test the point screen of the display screen 30 to be tested, and realizing one-board point multi-screen, thereby improving the universality of the P2P interface 112 of the first signal conversion module 110, so that the adapter plate 10 of the present application can be applied to all display screen cores 20 without being limited by the types of the display screen cores 20, and can be used for testing the display screens of all models without being limited by the types of the display screens, and further improving the testing universality of the adapter plate 10.

In order to further improve the versatility of the first signal conversion module 110, the output voltage signal of the display screen movement 20 is converted into a standard voltage signal to adapt to the voltage signal of the display screen 30 to be tested. In one example, as shown in fig. 3, the first signal conversion module 110 further includes a first power interface 118, a second power interface 124, and a power conversion unit 122 connected between the first power interface 118 and the second power interface 124. The first power interface 118 is configured to receive a first power signal of the display screen movement 20, and transmit the first power signal to the power conversion unit 122; the power conversion unit 122 is configured to convert the first power signal into a second power signal, and transmit the second power signal to the second power interface 124; the second power interface 124 is used for transmitting the second power signal to the second signal conversion module 130.

The input end of the first signal conversion module 110 further includes a first power interface 118, the first power interface 118 of the first signal conversion module 110 is used to connect a power port of the display screen core 20, the power characteristics of the first power interface 118 of the first signal conversion module 110 are adapted to the power characteristics of the display screen core 20, the display screen core 20 can transmit a first power signal through the first power interface 118, and the power conversion unit 122 can convert the acquired first power signal into a second power signal meeting the output requirement of the second power interface 124. The second power interface 124 of the first signal conversion module 110 is connected to the second signal conversion module 130, the power characteristics of the second power interface 124 are adapted to the power characteristics of the second signal conversion module 130, and then the first signal conversion module 110 can transmit the second power signal to the second signal conversion module 130 through the second power interface 124, so as to realize the conversion of the power signal, thereby improving the universality of the first signal conversion module 110, so that the output voltage signal of the display screen core 20 is converted into a standard voltage signal to adapt to the voltage signal of the display screen 30 to be tested. It should be noted that the voltage value of the first power signal is determined by the voltage value output by the display screen movement 20, the voltage value of the second power signal is determined according to the conversion characteristic of the power conversion unit 122, and the voltage value of the second power signal is usually a preset fixed value.

Illustratively, the first power interface 118 includes a first power port and a first ground port; the second power interface 124 includes a second power port and a second ground port.

Wherein the first ground port and the second ground port are connected between the power conversion units 122. The first power port is connected to a power line drawn out of the display screen movement 20, and the first ground port is connected to a ground line drawn out of the display screen movement 20. The second power port and the second ground port are respectively connected to the second signal conversion module 130, so that the display screen movement 20 can transmit the first power signal through the first power port, and the power conversion unit 122 can convert the acquired first power signal into a second power signal meeting the output requirement of the second power port. The power characteristics of the second signal conversion module 130 are adapted to the power characteristics of the second power port, and then the first signal conversion module 110 can transmit the second power signal to the second signal conversion module 130 through the second power port, so that the conversion of the power signal and the connection adaptation to the ground wire are realized, and further the universality of the first signal conversion module 110 is further improved.

In one example, the first signal conversion unit 116 is further configured to identify a signal type of the original test signal and convert the original test signal into a standard test signal according to the signal type; wherein the signal type of the original test signal comprises one of the following signals: a CSPI data signal, a CMPI data signal, an ISP data signal, a USIT data signal, and a CHPI data signal.

The signal interface of the display screen core 20 is connected to the P2P interface 112 of the first signal conversion module 110 in a pull-out manner, the display screen core 20 transmits an original test signal to the first signal conversion unit 116 through the P2P interface 112, and then the first signal conversion unit 116 acquires the original test signal, identifies the signal type of the original test signal, converts the original test signal into a standard test signal according to the signal type, and converts the original test signal transmitted by the display screen core 20 into the standard test signal in the standard format. The CSPI data signal refers to a timing control signal based on a CSPI data format; the CMPI data signal refers to a time sequence control signal based on a CMPI data format; the ISP data signal refers to a timing control signal based on the ISP data format; the USIT data signal refers to a timing control signal based on the USIT data format; the CHPI data signal refers to a timing control signal based on a CHPI data format.

Illustratively, the P2P interface 112 of the first signal conversion module 110 may include a CSPI data port 142, a CMPI data port 144, an ISP data port 146, a USIT data port 148, and a CHPI data port 152, the display screen core 20 may be connected to the corresponding ports of the P2P interface 112 of the first signal conversion module 110, for example, if the original test signal of the display screen core 20 is a CSPI data signal, the signal interface of the display screen core 20 is connected to the CSPI data port 142 of the P2P interface 112, and the display screen core 20 may transmit the CSPI data signal to the first signal conversion unit 116 through the CSPI data port 142, identify the signal type of the CSPI data signal through the first signal conversion unit 116, convert the CSPI data signal into a standard test signal according to the signal type of the CSPI data signal, convert the CSPI data signal transmitted by the display screen core 20 into a standard test signal in a standard format, furthermore, the universality of the first signal conversion module 110 is further improved, the control of the SOC type of the display screen movement 20 is avoided, the one-board and multi-screen after-sale maintenance is realized, and the reuse rate of the adapter board 10 is improved.

For illustration, the connection convenience and the connection communication between the second signal conversion module 130 and the display screen 30 to be tested, and the signal transmission process between the second signal conversion module 130 and the first signal conversion module 110 are described. In one example, as shown in fig. 4, the second signal conversion module 130 includes a mini-LVDS input Interface 132, an HDMI (High Definition Multimedia Interface) output Interface, and a second signal conversion unit 136 connected between the mini-LVDS input Interface 132 and the HDMI output Interface 134; the mini-LVDS input interface 132 is connected with the mini-LVDS output interface 114, and the HDMI output interface 134 is connected with the display screen 30 to be tested. The mini-LVDS input interface 132 is configured to receive a standard test signal and transmit the standard test signal to the second signal conversion unit 136; the second signal conversion unit 136 is configured to convert the standard test signal into an output test signal, and transmit the output test signal to the HDMI output interface 134; the HDMI output interface 134 is used for transmitting the output test signal to the display screen 30 to be tested.

For example, by arranging the mini-LVDS input interface 132 at the input end of the second signal conversion module 130, the mini-LVDS input interface 132 of the second signal conversion module 130 is connected to the mini-LVDS output interface 114 of the first signal conversion module 110, and then the first signal conversion module 110 can transmit the converted standard test signal to the second signal conversion module 130 through the mini-LVDS output interface 114, that is, the standard test signal is received through the mini-LVDS input interface 132 of the second signal conversion module 130, and the received standard test signal is transmitted to the second signal conversion unit 136. The second signal conversion unit 136 may be configured to convert a signal protocol, for example, the second signal conversion unit 136 is connected between the HDMI output interface 134 and the mini-LVDS input interface 132, and the second signal conversion unit 136 may be configured to convert the signal protocol transmitted by the mini-LVDS input interface 132 into the signal protocol transmitted by the HDMI output interface 134, so as to obtain an output test signal based on the HDMI protocol.

For example, by setting the mini-LVDS input interface 132 at the input end of the second signal conversion module 130, and setting the HDMI output interface 134 at the output end of the second signal conversion module 130, the display screen 30 to be tested can be connected to the HDMI output interface 134 of the second signal conversion module 130, the mini-LVDS input interface 132 of the second signal conversion module 130 is connected to the mini-LVDS output interface 114 of the first signal conversion module 110, and then the display screen cartridge 20 can transmit the original test signal to the first signal conversion unit 116 through the P2P interface 112, and the first signal conversion unit 116 can convert the original test signal into the standard test signal, and transmit the standard test signal to the second signal conversion module 130 through the mini-LVDS output interface 114, so as to convert the original test signal transmitted by the display screen cartridge 20 into the standard test signal of the unified protocol. The mini-LVDS input interface 132 of the second signal conversion module 130 receives the standard test signal, and transmits the standard test signal to the second signal conversion unit 136, and then the second signal conversion unit 136 converts the standard test signal into an output test signal, and transmits the output test signal to the display screen 30 to be tested through the HDMI output interface 134, so that the display screen 30 to be tested is lighted according to the output test signal, and then a maintenance worker can conveniently test the screen lighting of the display screen 30 to be tested, thereby realizing one-board screen lighting and multi-screen display, and the adapter plate 10 of the present application is applicable to all display screen cores 20, and is not limited by the types of the display screen cores 20; the adapter plate 10 can be used for testing display screens of all models, is not limited by the types of the display screens, improves the testing universality of the adapter plate 10, reduces the maintenance and detection cost of the display screens, and improves the maintenance and detection efficiency of the display screens.

It should be noted that the original test signal may be a P2P test signal, for example, the P2P test signal may be a CSPI data signal, a CMPI data signal, an ISP data signal, a USIT data signal, or a CHPI data signal. The standard test signal may be a mini-LVDS test signal; the output test signal may be an HDMI test signal.

In order to solve the problems that the traditional maintenance and test of the display screen needs the point screen of the machine core frame with the same screen, the maintenance and detection cost is high, and the maintenance and detection efficiency is low, in one embodiment, the point screen system comprises the display screen machine core and any one of the adapter plates; the adapter plate is connected between the display screen core and the display screen to be tested.

For the detailed description of the adapter plate, please refer to the above contents, which are not described herein again.

Illustratively, the signal, power and ground interfaces are pulled out separately according to different screen interface definitions. And (3) corresponding the pulled signals according to the arrangement sequence of the standard mini-LVDS signal interfaces, namely changing the setting sequence of the original data signals into the sequence of the mini-LVDS interfaces. And outputting the connected mini-LVDS signals to the display screen to be tested in the form of HDMI signals by using the adapter plate so as to realize the point screen of the display screen to be tested.

In the above embodiment, according to the screen interface definition of the display screen to be tested, the data signal, the power supply interface and the ground interface are pulled out, the adapter board is used for outputting data, and the P2P signals of different protocols are converted into mini-LVDS signals of a standard format to provide after-sales maintenance point screen signal output.

The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

The above-mentioned embodiments only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the claims. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims

1. An interposer, comprising:

the first signal conversion module is used for connecting a display screen core, is configured to acquire an original test signal transmitted by the display screen core, and converts the original test signal into a standard test signal;

2. The patch board according to claim 1, wherein the first signal conversion module comprises a P2P interface, a mini-LVDS output interface, and a first signal conversion unit connected between the P2P interface and the mini-LVDS output interface; the P2P interface is connected with the display screen movement, and the mini-LVDS output interface is connected with the second signal conversion module;

the P2P interface is configured to receive the original test signal and transmit the original test signal to the first signal conversion unit;

the first signal conversion unit is used for converting the original test signal into the standard test signal and transmitting the standard test signal to the mini-LVDS output interface;

and the mini-LVDS output interface is used for transmitting the standard test signal to the second signal conversion module.

3. The patch panel of claim 2, wherein the P2P interface includes at least two of the following data ports: CSPI data port, CMPI data port, ISP data port, USIT data port and CHPI data port.

4. The patch panel of claim 3, wherein the first signal conversion module further comprises a first power interface, a second power interface, and a power conversion unit connected between the first power interface and the second power interface;

the second power interface is configured to transmit the second power signal to the second signal conversion module.

5. The patch panel of claim 4, wherein the first power interface comprises a first power port and a first ground port; the second power interface includes a second power port and a second ground port.

6. The patch panel of claim 5, wherein the first signal conversion unit is further configured to identify a signal type of the original test signal and convert the original test signal into the standard test signal according to the signal type; wherein the signal type of the original test signal comprises one of: a CSPI data signal, a CMPI data signal, an ISP data signal, a USIT data signal, and a CHPI data signal.

7. The patch board according to claim 2, wherein the second signal conversion module comprises a mini-LVDS input interface, an HDMI output interface, and a second signal conversion unit connected between the mini-LVDS input interface and the HDMI output interface; the mini-LVDS input interface is connected with the mini-LVDS output interface, and the HDMI output interface is connected with the display screen to be tested;

the mini-LVDS input interface is used for receiving the standard test signal and transmitting the standard test signal to the second signal conversion unit;

the second signal conversion unit is used for converting the standard test signal into the output test signal and transmitting the output test signal to the HDMI output interface;

8. The interposer as recited in any one of claims 1 to 7, wherein the original test signal is a P2P test signal; the standard test signal is a mini-LVDS test signal; the output test signal is an HDMI test signal.

9. The patch panel of claim 8, wherein the display screen movement is a TCONLESS display screen movement.

10. A spot screen system comprising a display screen movement and the adapter plate of any one of claims 1 to 9; the adapter plate is connected between the display screen core and the display screen to be tested.