CN110896472A - Detection method and system based on display equipment - Google Patents
Detection method and system based on display equipment Download PDFInfo
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- CN110896472A CN110896472A CN201910525959.XA CN201910525959A CN110896472A CN 110896472 A CN110896472 A CN 110896472A CN 201910525959 A CN201910525959 A CN 201910525959A CN 110896472 A CN110896472 A CN 110896472A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N17/00—Diagnosis, testing or measuring for television systems or their details
- H04N17/004—Diagnosis, testing or measuring for television systems or their details for digital television systems
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N17/00—Diagnosis, testing or measuring for television systems or their details
- H04N17/04—Diagnosis, testing or measuring for television systems or their details for receivers
Abstract
The invention provides a detection method and a detection system based on display equipment. Wherein the method comprises: acquiring a preset item detection instruction; acquiring a detection target according to a preset item detection instruction and preset template position information; and judging whether the detection of the display equipment to be detected is successful or not according to a preset detection template and the detection target. The invention can detect, particularly reset, the display equipment to be detected through the preset item detection instruction, the preset template position information and the preset detection template, and can be suitable for display equipment of any model or brand, particularly televisions. In addition, the method has high automation degree, and saves a large amount of labor cost.
Description
Technical Field
The invention relates to the technical field of display equipment, in particular to a detection method and a detection system based on display equipment.
Background
The detection of the television reset function is a process requiring multiple times of confirmation in the daily production process of a television manufacturer, so as to ensure that the television can be normally used. The existing method for detecting the reset of the television by a television manufacturer is to observe a television screen to judge whether a software version is in accordance with the remote controller through manual control of production line staff, whether a white balance index is in accordance with the software version, whether a reset completion mark appears and the like, and finally, the production line staff collects all detection results.
Because the television reset detection process is various and is influenced by the rhythm of the production line, production line staff need to be highly concentrated in spirit to finish manual detection in limited time, and the long-time high-intensity work of the production line staff is easy to have the condition of false detection, so that the labor cost is increased, the production probability of defective products is improved, and the subsequent automatic detection is not facilitated.
Disclosure of Invention
In order to solve the above problems, the detection method and system based on the display device provided by the invention can detect, especially reset, the display device to be detected through a preset item detection instruction, preset template position information and a preset detection template, and can be suitable for display devices of any model or brand, especially televisions. In addition, the method has high automation degree, and saves a large amount of labor cost.
In a first aspect, the present invention provides a detection method based on a display device, including:
acquiring a preset item detection instruction;
acquiring a detection target according to a preset item detection instruction and preset template position information;
and judging whether the detection of the display equipment to be detected is successful or not according to a preset detection template and the detection target.
Optionally, before the obtaining of the detection target according to the preset item detection instruction and the preset template position information, the method further includes:
according to the project detection instruction, a detection template library is constructed, wherein the detection template library comprises: the preset template position information and the preset detection template.
Optionally, the preset detection template includes: a software version detection template, a white balance detection template and a reset completion detection template;
the preset item detection instruction comprises: a software version detection instruction, a white balance detection instruction and a reset completion detection instruction;
the constructing a detection template library according to the project detection instruction comprises:
according to the software version detection instruction, acquiring the software version detection template and the position information of the software version detection template on a first display interface;
acquiring position information of the white balance detection template and the white balance detection template on a second display interface according to the white balance detection instruction;
according to the reset completion detection instruction, acquiring position information of the reset completion detection template and the reset completion detection template on a third display interface;
and constructing a detection template library according to the software version detection template, the position information of the software version detection template on the first display interface, the white balance detection template, the position information of the white balance detection template on the second display interface, the reset completion detection template and the position information of the reset completion detection template on the third display interface.
Optionally, the detecting the target includes: detecting a target of the software version and detecting a target after resetting;
the display interface of the display equipment to be tested comprises: the first display interface and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a first interface display instruction according to the software version detection instruction;
switching a display interface of the display equipment to be tested to a first display interface according to the first interface display instruction;
acquiring a software version detection target according to the position information of the software version detection template on a first display interface and the first display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the software version detection of the display equipment to be detected is successful or not according to the software version detection template and the software version detection target;
if the software version of the display device to be tested is successfully detected,
then, the obtaining a detection target according to a preset item detection instruction and preset template position information further includes: acquiring a third interface display instruction according to the reset completion detection instruction;
switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
according to a preset detection template and the detection target, whether the detection of the display equipment to be detected is successful is judged, and the method further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
Optionally, the detecting the target includes: white balance detection target and reset completion detection target;
the display interface of the display equipment to be tested comprises: the second display interface and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a second interface display instruction according to the white balance detection instruction;
switching the display interface of the display equipment to be tested to a second display interface according to the second interface display instruction;
acquiring a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the white balance detection of the display equipment to be detected is successful or not according to the white balance detection template and the white balance detection target;
if the white balance detection of the display device under test is successful,
then, the obtaining a detection target according to a preset item detection instruction and preset template position information further includes: acquiring a third interface display instruction according to the reset completion detection instruction;
switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
according to a preset detection template and the detection target, whether the detection of the display equipment to be detected is successful is judged, and the method further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
Optionally, the detecting the target includes: detecting a software version detection target, a white balance detection target and a reset completion detection target;
the display interface of the display equipment to be tested comprises: the first display interface, the second display interface, and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a first interface display instruction according to the software version detection instruction;
switching a display interface of the display equipment to be tested to a first display interface according to the first interface display instruction;
acquiring a software version detection target according to the position information of the software version detection template on a first display interface and the first display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the software version detection of the display equipment to be detected is successful or not according to the software version detection template and the software version detection target;
if the software version of the display device to be tested is successfully detected,
then, the obtaining a detection target according to a preset item detection instruction and preset template position information further includes: acquiring a second interface display instruction according to the white balance detection instruction; switching the display interface of the display equipment to be tested to a second display interface according to the second interface display instruction;
acquiring a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface;
according to a preset detection template and the detection target, whether the detection of the display equipment to be detected is successful is judged, and the method further comprises the following steps: judging whether the white balance detection of the display equipment to be detected is successful or not according to the white balance detection template and the white balance detection target;
if the white balance detection of the display device under test is successful,
then, the obtaining a detection target according to a preset item detection instruction and preset template position information further includes: acquiring a third interface display instruction according to the reset completion detection instruction; switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
according to a preset detection template and the detection target, whether the detection of the display device to be detected is successful is judged, and the method further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
In a second aspect, the present invention provides a display device based detection system, comprising:
the system comprises a first acquisition module, a second acquisition module and a control module, wherein the first acquisition module is configured to acquire a preset item detection instruction;
the second acquisition module is configured to acquire a detection target according to a preset item detection instruction and preset template position information;
and the judging module is configured to judge whether the detection of the display equipment to be detected is successful according to a preset detection template and the detection target.
Optionally, the system further comprises:
a construction module configured to construct a detection template library according to the item detection instruction, wherein the detection template library includes: the preset template position information and the preset detection template.
Optionally, the preset detection template includes: a software version detection template, a white balance detection template and a reset completion detection template;
the preset item detection instruction comprises: a software version detection instruction, a white balance detection instruction and a reset completion detection instruction;
the building module comprises:
the first obtaining sub-module is configured to obtain the software version detection template and the position information of the software version detection template on a first display interface according to the software version detection instruction;
the second obtaining sub-module is configured to obtain the white balance detection template and the position information of the white balance detection template on a second display interface according to the white balance detection instruction;
a third obtaining sub-module, configured to obtain, according to the reset completion detection instruction, the reset completion detection template and position information of the reset completion detection template on a third display interface;
the construction sub-module is configured to construct a detection template library according to the software version detection template, the position information of the software version detection template on the first display interface, the white balance detection template, the position information of the white balance detection template on the second display interface, the reset completion detection template and the position information of the reset completion detection template on the third display interface.
Optionally, the detecting the target includes: detecting a software version detection target, a white balance detection target and a reset completion detection target;
the display interface of the display equipment to be tested comprises: the first display interface, the second display interface, and the third display interface;
the second obtaining module includes:
the fourth obtaining submodule is configured to obtain a first interface display instruction according to the software version detection instruction;
the first switching submodule is configured to switch the display interface of the display device to be tested to the first display interface according to the first interface display instruction;
the fifth obtaining submodule is configured to obtain a software version detection target according to the position information of the software version detection template on the first display interface and the first display interface;
the judging module comprises: the first judgment sub-module is configured to judge whether the software version detection of the display device to be detected is successful according to the software version detection template and the software version detection target;
the second obtaining module further comprises: a sixth obtaining sub-module configured to obtain a second interface display instruction according to the white balance detection instruction;
the second switching submodule is configured to switch the display interface of the display device to be tested to a second display interface according to a second interface display instruction;
a seventh obtaining sub-module, configured to obtain a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface;
the judging module further comprises: the second judgment submodule is configured to judge whether the detection of the display device to be detected is successful according to the white balance detection template and the white balance detection target;
the second obtaining module further comprises: the eighth obtaining submodule is configured to obtain a third interface display instruction according to the reset completion detection instruction;
the third switching submodule is configured to switch the display interface of the display device to be tested to a third display interface according to a third interface display instruction;
a ninth obtaining sub-module, configured to obtain a reset completion detection target according to the position information of the reset completion detection template on a third display interface and the third display interface;
the judging module further comprises: and the third judgment sub-module is configured to judge whether the reset completion detection of the display device to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display device to be detected is successful, judge that the detection of the display device to be detected is successful.
According to the detection method and the detection system based on the display equipment, provided by the embodiment of the invention, the display equipment to be detected is detected, particularly reset detection is carried out through the preset item detection instruction, the preset template position information and the preset detection template, and the detection method and the detection system can be suitable for display equipment of any model or brand, particularly televisions. In addition, the method has high automation degree, and saves a large amount of labor cost.
Drawings
Fig. 1 is a schematic flowchart of a detection method of a display device according to an embodiment of the present application;
fig. 2 is a schematic flow chart of a detection method of a display device according to an embodiment of the present application;
fig. 3 is a schematic structural diagram of a detection system of a display device according to an embodiment of the present application.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
First, the noun terms to which the present invention relates are explained.
Resetting: and (4) restoring the television to the default state of the system, such as starting an interface, a standby mode, an operation shortcut, a timing prompt and the like, and clearing the stored parameter setting.
White balance: is an index for describing the white accuracy after the red, green and blue three primary colors are mixed and generated in the screen of the television.
Infrared remote control: the remote control instruction is transmitted to the television through near infrared light, and the remote control method is a wireless and non-contact control technology.
OCR: optical Character Recognition, refers to the process by which a device recognizes characters on the screen of a television and translates them into computer text.
Template matching: and when the target pattern is represented in the form of an image, judging whether the image exists or not according to the similarity of each part of the image and one image, and obtaining the position of the target in the image.
In a first aspect, the present invention provides a detection method based on a display device, and referring to fig. 1, fig. 1 shows a schematic flow chart of a detection method of a display device according to an embodiment of the present application, the method is particularly suitable for reset detection of a television, and includes the following steps:
step S101: and acquiring a preset item detection instruction.
The preset item detection instruction comprises: a software version detection instruction, a white balance detection instruction and a reset completion detection instruction. And determining the item of the television for reset detection according to the preset item detection instruction. The detection instruction for resetting completion is the last detection item of the detection for resetting, and in the process of carrying out the detection instruction for resetting completion, other items of the detection for resetting are detected completely.
In an optional embodiment, the preset item detection instruction includes at least one item of a software version detection instruction and a white balance detection instruction. In this embodiment, the preset item detection instruction is a software version detection instruction, a white balance detection instruction, and a reset completion detection instruction, that is, in this embodiment, reset detection is performed on the software version and the white balance of the television, and the reset detection on the television includes not only software version detection and white balance detection.
Step S102: and acquiring a detection target according to a preset item detection instruction and preset template position information.
In an alternative embodiment, the detecting the target includes: a software version detection target, a white balance detection target and a reset completion detection target. And under the condition that the reset detection item is determined according to the preset item detection instruction, acquiring a software version detection target, a white balance detection target and a reset completion detection target of the television to be detected on a display interface corresponding to the television to be detected according to the preset template position information.
Step S103: and judging whether the detection of the display equipment to be detected is successful or not according to a preset detection template and the detection target.
In an alternative embodiment, the preset detection template includes: a software version detection template, a white balance detection template and a reset completion detection template. The software version detection template, the white balance detection template and the reset completion detection template correspond to a software version detection target, a white balance detection target and a reset completion detection target one by one. And comparing the detection target with the preset detection template, and judging that the judgment result of the display equipment is successful if the comparison result meets the requirement.
The detection method of the display equipment detects the display equipment to be detected, particularly performs reset detection, through a preset item detection instruction, preset template position information and a preset detection template, and can be suitable for display equipment of any model or brand, particularly televisions. In addition, the method has high automation degree, and saves a large amount of labor cost.
In a second aspect, the present invention provides a detection method based on a display device, and referring to fig. 2, fig. 2 shows a schematic flow chart of a detection method of a display device according to an embodiment of the present application, the method is particularly suitable for reset detection of a television, and includes the following steps:
step S201: and acquiring a preset item detection instruction.
Step S202: and acquiring the software version detection template and the position information of the software version detection template on a first display interface according to the software version detection instruction.
In an alternative embodiment, the software version detection template may be software version information obtained by a character recognition algorithm on the first display interface of the reference display device. For example: the software version detection template can be T-KTSNAKUC-1204.1. Wherein the reference display device is a display device in which each reset detection item is successful.
Step S203: and acquiring the position information of the white balance detection template and the white balance detection template on a second display interface according to the white balance detection instruction.
In an alternative embodiment, the white balance detection template may obtain white balance information for the second display interface of the reference display device through a character recognition algorithm. The white balance template comprises three channels of R-Gain, G-Gain and B-Gain, namely RGB three channels, and RGB three channel values are displayed on the second display interface, for example, the RGB three channel values are respectively (111, 128 and 123). In this embodiment, the value of the "R-Gain" channel is used as a white balance template.
Step S204: and acquiring the position information of the reset completion detection template and the reset completion detection template on a third display interface according to the reset completion detection instruction.
In an alternative embodiment, the reset completion detection template may obtain the reset completion information through a character recognition algorithm on a third display interface of the reference display device. In this embodiment, the Reset completion detection template takes a character "Reset" as an example.
Step S205: and constructing a detection template library according to the software version detection template, the position information of the software version detection template on the first display interface, the white balance detection template, the position information of the white balance detection template on the second display interface, the reset completion detection template and the position information of the reset completion detection template on the third display interface.
Step S206: and acquiring a first interface display instruction according to the software version detection instruction.
Step S207: and switching the display interface of the display equipment to be tested to the first display interface according to the first interface display instruction.
Step S208: and acquiring a software version detection target according to the position information of the software version detection template on a first display interface and the first display interface.
Specifically, the first display interface is identified through an image algorithm, so that a software version detection target is obtained from the first display interface of the display device to be detected.
Step S209: and judging whether the software version detection of the display equipment to be detected is successful or not according to the software version detection template and the software version detection target.
And identifying and judging the software version detection template and the software version detection target through an image algorithm. Specifically, the software version detection template is compared with the software version detection target, if the two are completely consistent, it indicates that the software version detection of the display device to be detected is successful, and the detection of the next item is continued, in this embodiment, the next item is white balance detection. And if the two are not completely consistent, indicating that the software version detection of the display equipment to be detected fails.
Step S210: and if the software version of the display equipment to be detected is successfully detected, acquiring a second interface display instruction according to the white balance detection instruction.
Step S211: and switching the display interface of the display equipment to be tested to the second display interface according to the second interface display instruction.
Step S212: and acquiring a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface.
Step S213: and judging whether the white balance detection of the display equipment to be detected is successful or not according to the white balance detection template and the white balance detection target.
And identifying and judging the white balance detection template and the white balance detection target through an image algorithm. In an alternative embodiment, the white balance detection template is compared with the white balance detection target, wherein the white balance detection template is a value of an "R-Gain" channel of the reference display device; the white balance detection target is a value of three channels of display equipment (R-Gain, G-Gain and B-Gain) to be detected. In this embodiment, if any value in three channels of the to-be-detected display device [ R-Gain, G-Gain, B-Gain ] is not uniform and the same as the value in the channel of the reference display device "R-Gain", it indicates that the white balance detection of the to-be-detected display device is successful, and the detection of the next item is continued, and in this embodiment, the next item is the detection completed by resetting. If any value in three channels of the display equipment to be detected (R-Gain, G-Gain and B-Gain) is the same as the value of the R-Gain channel of the reference display equipment, the white balance detection failure of the display equipment to be detected is indicated
Step S214: and if the white balance detection of the display equipment to be detected is successful, acquiring a third interface display instruction according to the reset completion detection instruction.
In an alternative embodiment, the first interface display instruction, the second interface display instruction and the third interface display instruction are all infrared remote control codes sent by a remote controller.
Step S215: and switching the display interface of the display equipment to be tested to the third display interface according to the third interface display instruction.
Step S216: and acquiring a detection target after resetting according to the position information of the detection template after resetting on a third display interface and the third display interface.
Step S217: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
In an optional embodiment, the reset completion detection template may be used to identify and judge the reset completion detection template and the reset completion detection target through an image algorithm on a third display interface of the reference display device. Specifically, the reset completion detection template and the reset completion detection target are compared through an image algorithm, if the two are completely consistent, the reset completion detection of the display equipment to be detected is successful, the remote controller is controlled to send a determined infrared remote control code to the television, the reset detection of the television is completed, and the system returns a successful test result. If the two are not completely consistent, the reset completion detection of the display equipment to be tested fails, and the system returns a test failure result.
The detection method of the display equipment adopts template matching + OCR (Optical Character recognizer)
Recognition, optical character Recognition), the display device to be detected is detected through the detection template library, particularly reset detection, not only can the english letters and numbers be recognized, but also the chinese characters can be recognized, and the method can be applied to display devices of any model or brand, particularly televisions. The method has high automation degree, and saves a large amount of labor cost.
In an embodiment of the present application, although it is disclosed that the software version detection is performed on the display device to be detected first, and then the white balance detection is performed, in practical application, the order of the software version detection and the white balance detection is not limited. Therefore, in an alternative embodiment, the white balance detection is performed on the display device to be detected, then the software version detection is performed, and finally the reset completion detection is performed.
In an optional embodiment, before the obtaining the detection target according to the preset item detection instruction and the preset template position information, the method further includes:
according to the project detection instruction, a detection template library is constructed, wherein the detection template library comprises: the preset template position information and the preset detection template.
In an alternative embodiment, the preset detection template includes: a software version detection template, a white balance detection template and a reset completion detection template;
the preset item detection instruction comprises: a software version detection instruction, a white balance detection instruction and a reset completion detection instruction;
the constructing a detection template library according to the project detection instruction comprises:
according to the software version detection instruction, acquiring the software version detection template and the position information of the software version detection template on a first display interface;
acquiring position information of the white balance detection template and the white balance detection template on a second display interface according to the white balance detection instruction;
according to the reset completion detection instruction, acquiring position information of the reset completion detection template and the reset completion detection template on a third display interface;
and constructing a detection template library according to the software version detection template, the position information of the software version detection template on the first display interface, the white balance detection template, the position information of the white balance detection template on the second display interface, the reset completion detection template and the position information of the reset completion detection template on the third display interface.
In an alternative embodiment, the detecting the target includes: detecting a target of a software version and a target of resetting completion detection;
the display interface of the display equipment to be tested comprises: the first display interface and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a first interface display instruction according to the software version detection instruction;
switching a display interface of the display equipment to be tested to a first display interface according to the first interface display instruction;
acquiring a software version detection target according to the position information of the software version detection template on a first display interface and the first display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the software version detection of the display equipment to be detected is successful or not according to the software version detection template and the software version detection target;
if the software version of the display device to be detected is successfully detected, acquiring a detection target according to a preset item detection instruction and preset template position information, and further comprising: acquiring a third interface display instruction according to the reset completion detection instruction;
switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
according to a preset detection template and the detection target, whether the detection of the display equipment to be detected is successful is judged, and the method further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
In an alternative embodiment, the detecting the target includes: white balance detection target and reset completion detection target;
the display interface of the display equipment to be tested comprises: the second display interface and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a second interface display instruction according to the white balance detection instruction;
switching the display interface of the display equipment to be tested to a second display interface according to the second interface display instruction;
acquiring a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the white balance detection of the display equipment to be detected is successful or not according to the white balance detection template and the white balance detection target;
if the white balance detection of the display device to be detected is successful, acquiring a detection target according to a preset item detection instruction and preset template position information, and further comprising: acquiring a third interface display instruction according to the reset completion detection instruction;
switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
according to a preset detection template and the detection target, whether the detection of the display equipment to be detected is successful is judged, and the method further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
In an alternative embodiment, the detecting the target includes: detecting a software version detection target, a white balance detection target and a reset completion detection target;
the display interface of the display equipment to be tested comprises: the first display interface, the second display interface, and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a first interface display instruction according to the software version detection instruction;
switching a display interface of the display equipment to be tested to a first display interface according to the first interface display instruction;
acquiring a software version detection target according to the position information of the software version detection template on a first display interface and the first display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the software version detection of the display equipment to be detected is successful or not according to the software version detection template and the software version detection target;
if the software version of the display device to be detected is successfully detected, acquiring a detection target according to a preset item detection instruction and preset template position information, and further comprising: acquiring a second interface display instruction according to the white balance detection instruction; switching the display interface of the display equipment to be tested to a second display interface according to the second interface display instruction;
acquiring a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface;
according to a preset detection template and the detection target, whether the detection of the display equipment to be detected is successful is judged, and the method further comprises the following steps: judging whether the white balance detection of the display equipment to be detected is successful or not according to the white balance detection template and the white balance detection target;
if the white balance detection of the display device to be detected is successful, acquiring a detection target according to a preset item detection instruction and preset template position information, and further comprising: acquiring a third interface display instruction according to the reset completion detection instruction; switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
according to a preset detection template and the detection target, whether the detection of the display device to be detected is successful is judged, and the method further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
In a third aspect, the present invention provides a detection system 300 based on a display device, and referring to fig. 3, fig. 3 is a schematic structural diagram illustrating a detection system of a display device according to an embodiment of the present application, where the detection system 300 based on a display device includes:
the first obtaining module 301 is configured to obtain a preset item detection instruction.
The second obtaining module 302 is configured to obtain a detection target according to a preset item detection instruction and preset template position information.
The judging module 303 is configured to judge whether the detection of the display device to be detected is successful according to a preset detection template and the detection target.
The detection system of the display equipment detects the display equipment to be detected, particularly performs reset detection, through a preset item detection instruction, preset template position information and a preset detection template, and can be suitable for display equipment of any model or brand, particularly televisions. In addition, the system has high automation degree, and saves a large amount of labor cost.
In an alternative embodiment, the system further comprises:
a construction module configured to construct a detection template library according to the item detection instruction, wherein the detection template library includes: the preset template position information and the preset detection template.
In an alternative embodiment, the preset detection template includes: a software version detection template, a white balance detection template and a reset completion detection template.
The preset item detection instruction comprises: a software version detection instruction, a white balance detection instruction and a reset completion detection instruction.
The building module comprises:
and the first obtaining sub-module is configured to obtain the software version detection template and the position information of the software version detection template on the first display interface according to the software version detection instruction.
And the second acquisition sub-module is configured to acquire the white balance detection template and the position information of the white balance detection template on a second display interface according to the white balance detection instruction.
And the third obtaining sub-module is configured to obtain the reset completion detection template and the position information of the reset completion detection template on a third display interface according to the reset completion detection instruction.
The construction sub-module is configured to construct a detection template library according to the software version detection template, the position information of the software version detection template on the first display interface, the white balance detection template, the position information of the white balance detection template on the second display interface, the reset completion detection template and the position information of the reset completion detection template on the third display interface.
In an alternative embodiment, the detecting the target includes: a software version detection target, a white balance detection target and a reset completion detection target.
The display interface of the display equipment to be tested comprises: the first display interface, the second display interface, and the third display interface.
The second obtaining module 302 includes:
and the fourth obtaining sub-module is configured to obtain a first interface display instruction according to the software version detection instruction.
And the first switching submodule is configured to switch the display interface of the display device to be tested to the first display interface according to the first interface display instruction.
And the fifth obtaining sub-module is configured to obtain a software version detection target according to the position information of the software version detection template on the first display interface and the first display interface.
The determining module 303 includes: and the first judgment sub-module is configured to judge whether the software version detection of the display device to be detected is successful according to the software version detection template and the software version detection target.
The second obtaining module 302 further includes: and the sixth obtaining submodule is configured to obtain a second interface display instruction according to the white balance detection instruction.
And the second switching submodule is configured to switch the display interface of the display device to be tested to the second display interface according to the second interface display instruction.
And the seventh obtaining sub-module is configured to obtain a white balance detection target according to the position information of the white balance detection template on the second display interface and the second display interface.
The determining module 303 further includes: and the second judging submodule is configured to judge whether the white balance detection of the display device to be detected is successful according to the white balance detection template and the white balance detection target.
The second obtaining module 302 further includes: and the eighth obtaining submodule is configured to obtain a third interface display instruction according to the reset completion detection instruction.
And the third switching submodule is configured to switch the display interface of the display device to be tested to the third display interface according to the third interface display instruction.
And the ninth obtaining sub-module is configured to obtain a reset completion detection target according to the position information of the reset completion detection template on the third display interface and the third display interface.
The determining module 303 further includes: and the third judgment sub-module is configured to judge whether the reset completion detection of the display device to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display device to be detected is successful, judge that the detection of the display device to be detected is successful.
In an alternative embodiment, the detecting the target includes: a software version detection target, and a reset completion detection target.
The display interface of the display equipment to be tested comprises: the first display interface and the third display interface.
The second obtaining module 302 includes: and the tenth acquiring submodule is configured to acquire a first interface display instruction according to the software version detection instruction.
And the fourth switching submodule is configured to switch the display interface of the display device to be tested to the first display interface according to the first interface display instruction.
And the eleventh acquisition sub-module is configured to acquire a software version detection target according to the position information of the software version detection template on the first display interface and the first display interface.
The determining module 303 includes: and the fourth judgment sub-module is configured to judge whether the software version detection of the display device to be detected is successful according to the software version detection template and the software version detection target.
The second obtaining module 302 further includes: and the twelfth obtaining submodule is configured to obtain a third interface display instruction according to the reset completion detection instruction.
And the fifth switching submodule is configured to switch the display interface of the display device to be tested to the third display interface according to the third interface display instruction.
And the thirteenth acquisition submodule is configured to acquire a reset completion detection target according to the position information of the reset completion detection template on the third display interface and the third display interface.
The determining module 303 further includes: and the fifth judgment sub-module is configured to judge whether the reset completion detection of the display device to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display device to be detected is successful, judge that the detection of the display device to be detected is successful.
In an alternative embodiment, the detecting the target includes: white balance detection target and reset completion detection target.
The display interface of the display equipment to be tested comprises: the second display interface and the third display interface.
And the fourteenth acquiring submodule is configured to acquire a second interface display instruction according to the white balance detection instruction.
And the sixth switching submodule is configured to switch the display interface of the display device to be tested to the second display interface according to the second interface display instruction.
And the fifteenth acquisition submodule is configured to acquire a white balance detection target according to the position information of the white balance detection template on the second display interface and the second display interface.
The determining module 303 includes: and the sixth judgment submodule is configured to judge whether the white balance detection of the display device to be detected is successful according to the white balance detection template and the white balance detection target.
The second obtaining module 302 further includes: and the sixteenth obtaining submodule is configured to obtain a third interface display instruction according to the reset completion detection instruction.
And the seventh switching submodule is configured to switch the display interface of the display device to be tested to the third display interface according to the third interface display instruction.
And the seventeenth acquisition submodule is configured to acquire a reset completion detection target according to the position information of the reset completion detection template on the third display interface and the third display interface.
The determining module 303 further includes: and the seventh judging submodule is configured to judge whether the reset completion detection of the display device to be detected is successful according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display device to be detected is successful, judge that the detection of the display device to be detected is successful.
The above description is only for the specific embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. A detection method based on a display device is characterized by comprising the following steps:
acquiring a preset item detection instruction;
acquiring a detection target according to a preset item detection instruction and preset template position information;
and judging whether the detection of the display equipment to be detected is successful or not according to a preset detection template and the detection target.
2. The detection method based on the display device according to claim 1, wherein before the obtaining of the detection target according to the preset item detection instruction and the preset template position information, the method further comprises:
according to the project detection instruction, a detection template library is constructed, wherein the detection template library comprises: the preset template position information and the preset detection template.
3. The display device-based detection method according to claim 2, wherein the preset detection template comprises: a software version detection template, a white balance detection template and a reset completion detection template;
the preset item detection instruction comprises: a software version detection instruction, a white balance detection instruction and a reset completion detection instruction;
the constructing a detection template library according to the project detection instruction comprises:
according to the software version detection instruction, acquiring the software version detection template and the position information of the software version detection template on a first display interface;
acquiring position information of the white balance detection template and the white balance detection template on a second display interface according to the white balance detection instruction;
according to the reset completion detection instruction, acquiring position information of the reset completion detection template and the reset completion detection template on a third display interface;
and constructing a detection template library according to the software version detection template, the position information of the software version detection template on the first display interface, the white balance detection template, the position information of the white balance detection template on the second display interface, the reset completion detection template and the position information of the reset completion detection template on the third display interface.
4. The display device based detection method of claim 3, wherein the detecting the target comprises: detecting a target of a software version and a target of resetting completion detection;
the display interface of the display equipment to be tested comprises: the first display interface and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a first interface display instruction according to the software version detection instruction;
switching a display interface of the display equipment to be tested to a first display interface according to the first interface display instruction;
acquiring a software version detection target according to the position information of the software version detection template on a first display interface and the first display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the software version detection of the display equipment to be detected is successful or not according to the software version detection template and the software version detection target;
if the software version of the display device to be tested is successfully detected,
then, the obtaining a detection target according to a preset item detection instruction and preset template position information further includes: acquiring a third interface display instruction according to the reset completion detection instruction;
switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
the step of judging whether the detection of the display equipment to be detected is successful according to a preset detection template and the detection target further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
5. The display device based detection method of claim 3, wherein the detecting the target comprises: white balance detection target and reset completion detection target;
the display interface of the display equipment to be tested comprises: the second display interface and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a second interface display instruction according to the white balance detection instruction;
switching the display interface of the display equipment to be tested to a second display interface according to the second interface display instruction;
acquiring a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the white balance detection of the display equipment to be detected is successful or not according to the white balance detection template and the white balance detection target;
if the white balance detection of the display device under test is successful,
then, the obtaining a detection target according to a preset item detection instruction and preset template position information further includes: acquiring a third interface display instruction according to the reset completion detection instruction;
switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
according to a preset detection template and the detection target, whether the detection of the display equipment to be detected is successful is judged, and the method further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
6. The display device based detection method of claim 3, wherein the detecting the target comprises: detecting a software version detection target, a white balance detection target and a reset completion detection target;
the display interface of the display equipment to be tested comprises: the first display interface, the second display interface, and the third display interface;
the method for acquiring the detection target according to the preset item detection instruction and the preset template position information comprises the following steps: acquiring a first interface display instruction according to the software version detection instruction;
switching a display interface of the display equipment to be tested to a first display interface according to the first interface display instruction;
acquiring a software version detection target according to the position information of the software version detection template on a first display interface and the first display interface;
the method for judging whether the detection of the display equipment to be detected is successful according to the preset detection template and the detection target comprises the following steps: judging whether the software version detection of the display equipment to be detected is successful or not according to the software version detection template and the software version detection target;
if the software version of the display device to be tested is successfully detected,
then, the obtaining a detection target according to a preset item detection instruction and preset template position information further includes: acquiring a second interface display instruction according to the white balance detection instruction; switching the display interface of the display equipment to be tested to a second display interface according to the second interface display instruction;
acquiring a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface;
according to a preset detection template and the detection target, whether the detection of the display equipment to be detected is successful is judged, and the method further comprises the following steps: judging whether the white balance detection of the display equipment to be detected is successful or not according to the white balance detection template and the white balance detection target;
if the white balance detection of the display device under test is successful,
then, the obtaining a detection target according to a preset item detection instruction and preset template position information further includes: acquiring a third interface display instruction according to the reset completion detection instruction; switching the display interface of the display equipment to be tested to a third display interface according to the third interface display instruction;
acquiring a detection target after reset according to the position information of the detection template after reset on a third display interface and the third display interface;
according to a preset detection template and the detection target, whether the detection of the display device to be detected is successful is judged, and the method further comprises the following steps: and judging whether the reset completion detection of the display equipment to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display equipment to be detected is successful, judging that the detection of the display equipment to be detected is successful.
7. A display device based detection system, comprising:
the system comprises a first acquisition module, a second acquisition module and a control module, wherein the first acquisition module is configured to acquire a preset item detection instruction;
the second acquisition module is configured to acquire a detection target according to a preset item detection instruction and preset template position information;
and the judging module is configured to judge whether the detection of the display equipment to be detected is successful according to a preset detection template and the detection target.
8. The display device based detection system of claim 7, further comprising:
a construction module configured to construct a detection template library according to the item detection instruction, wherein the detection template library includes: the preset template position information and the preset detection template.
9. The display device based detection system of claim 8, wherein the preset detection template comprises: a software version detection template, a white balance detection template and a reset completion detection template;
the preset item detection instruction comprises: a software version detection instruction, a white balance detection instruction and a reset completion detection instruction;
the building module comprises:
the first obtaining sub-module is configured to obtain the software version detection template and the position information of the software version detection template on a first display interface according to the software version detection instruction;
the second obtaining sub-module is configured to obtain the white balance detection template and the position information of the white balance detection template on a second display interface according to the white balance detection instruction;
a third obtaining sub-module, configured to obtain, according to the reset completion detection instruction, the reset completion detection template and position information of the reset completion detection template on a third display interface;
the construction sub-module is configured to construct a detection template library according to the software version detection template, the position information of the software version detection template on the first display interface, the white balance detection template, the position information of the white balance detection template on the second display interface, the reset completion detection template and the position information of the reset completion detection template on the third display interface.
10. The display-device-based detection system of claim 9, wherein the detection target comprises: detecting a software version detection target, a white balance detection target and a reset completion detection target;
the display interface of the display equipment to be tested comprises: the first display interface, the second display interface, and the third display interface;
the second obtaining module includes:
the fourth obtaining submodule is configured to obtain a first interface display instruction according to the software version detection instruction;
the first switching submodule is configured to switch the display interface of the display device to be tested to the first display interface according to the first interface display instruction;
the fifth obtaining submodule is configured to obtain a software version detection target according to the position information of the software version detection template on the first display interface and the first display interface;
the judging module comprises: the first judgment sub-module is configured to judge whether the software version detection of the display device to be detected is successful according to the software version detection template and the software version detection target;
the second obtaining module further comprises: a sixth obtaining sub-module configured to obtain a second interface display instruction according to the white balance detection instruction;
the second switching submodule is configured to switch the display interface of the display device to be tested to a second display interface according to a second interface display instruction;
a seventh obtaining sub-module, configured to obtain a white balance detection target according to the position information of the white balance detection template on a second display interface and the second display interface;
the judging module further comprises: the second judgment submodule is configured to judge whether the white balance detection of the display device to be detected is successful according to the white balance detection template and a white balance detection target;
the second obtaining module further comprises: the eighth obtaining submodule is configured to obtain a third interface display instruction according to the reset completion detection instruction;
the third switching submodule is configured to switch the display interface of the display device to be tested to a third display interface according to a third interface display instruction;
a ninth obtaining sub-module, configured to obtain a reset completion detection target according to the position information of the reset completion detection template on a third display interface and the third display interface;
the judging module further comprises: and the third judgment sub-module is configured to judge whether the reset completion detection of the display device to be detected is successful or not according to the reset completion detection template and the reset completion detection target, and if the reset completion detection of the display device to be detected is successful, judge that the detection of the display device to be detected is successful.
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