CN-114895863-B - Mobile display method and device for large screen, display equipment and storage medium

CN114895863BCN 114895863 BCN114895863 BCN 114895863BCN-114895863-B

Abstract

The application relates to the technical field of large screen display and discloses a large screen mobile display method, a large screen mobile display device, display equipment and a storage medium, wherein the method comprises the steps of responding to a screen mobile instruction and judging an input indication mode of the screen mobile instruction; the method comprises the steps of obtaining a required movement marker bit corresponding to a screen movement instruction if the screen movement is not limited, obtaining a target screen displacement marker bit parameter corresponding to the required movement marker bit if the required movement marker bit is inconsistent with a current screen marking bit, calling a screen adjustment interface, and inputting the target screen displacement marker bit parameter into the screen adjustment interface to move a display screen to the required movement marking bit to obtain a target display picture. The application realizes the mobile display of the large screen and is beneficial to improving the mobile display effect of the large screen.

Inventors

Liao Kehua
ZHU JIDUAN
ZHONG LONG

Assignees

深圳市康冠商用科技有限公司

Dates

Publication Date: 20260512
Application Date: 20220607

Claims (9)

1. A mobile display method of a large screen, comprising: Responding to a screen movement instruction, and judging an input indication mode of the screen movement instruction, wherein the input indication mode comprises a key indication mode and a sliding indication mode; If the input indication mode is the key indication mode, acquiring a current screen display scene and a current screen zone bit, judging whether the current screen display scene limits screen movement or not, and obtaining a judging result; if the judging result is that the screen movement of the current screen display scene is not limited, acquiring a required movement zone bit corresponding to the screen movement instruction, and judging whether the required movement zone bit is consistent with the current screen zone bit; If the required movement zone bit is inconsistent with the current screen zone bit, acquiring a preset zone bit parameter corresponding to the required movement zone bit from a call library file, and taking the preset zone bit parameter as a target screen displacement zone bit parameter; Invoking a screen adjustment interface, and inputting the target screen displacement zone bit parameter into the screen adjustment interface so as to move a screen to the zone bit required to be moved, thereby obtaining a target display picture; if a screen recovery instruction is received or a screen overtime recovery time is reached, acquiring a screen initial zone bit; and calling the screen adjustment interface, and moving the screen to the screen initial zone bit based on the screen adjustment interface so as to restore the screen.
2. The method for mobile display of a large screen according to claim 1, wherein before said responding to the screen movement instruction and determining the input indication mode of the screen movement instruction, the method further comprises: Acquiring a system screen displacement parameter and a preset marker bit parameter; calling an interface corresponding to the system screen displacement parameter to be used as a packaging interface; and inputting the preset zone bit parameters into the packaging interface, and packaging the system screen displacement parameters and the preset zone bit parameters based on the packaging interface to obtain the call library file.
3. The method for displaying a large screen as claimed in claim 1, wherein if the input indication mode is the key indication mode, obtaining a current screen display scene and a current screen flag bit, and determining whether the current screen display scene restricts screen movement, to obtain a determination result, includes: If the input indication mode is the key indication mode, acquiring the current screen display scene and the current screen zone bit; Based on the current screen display scene, acquiring preset limiting parameters corresponding to the current screen display scene from a database; and judging whether the current screen display scene limits screen movement according to the preset limiting parameters, and obtaining the judging result.
4. The method for displaying a large screen according to claim 1, wherein if the required movement flag bit is inconsistent with the current screen flag bit, obtaining a preset flag bit parameter corresponding to the required movement flag bit from a call library file as a target screen displacement flag bit parameter, and the method comprises: if the required movement marker bit is inconsistent with the current screen marker bit, judging whether a screen movement instruction comprises a screen timeout recovery time or not; If the screen movement instruction comprises the screen timeout recovery time, acquiring the current time, and timing by a timing thread based on the current time; And acquiring a preset zone bit parameter corresponding to the zone bit required to be moved in the call library file in a traversing mode, and taking the preset zone bit parameter as the target screen displacement zone bit parameter.
5. The method for displaying a large screen according to claim 1, wherein the calling the screen adjustment interface and inputting the target screen displacement flag parameter into the screen adjustment interface to move the screen to the required movement flag to obtain the target display screen comprises: calling an adjustment interface corresponding to the screen movement instruction from a pre-packaged interface; Taking the target screen displacement zone bit parameter as an adjustment parameter of the adjustment interface; And based on the adjustment parameters, moving the screen to the required movement zone bit by calling a system native method so that the screen displays the target display picture.
6. The method according to claim 1, wherein after the screen movement instruction is determined in response to the screen movement instruction, the method further comprises: If the input indication mode is the sliding indication mode, acquiring screen sliding direction and screen sliding range data corresponding to the screen moving instruction; Converting the data based on the screen sliding direction and the screen sliding range into bottom layer interface parameters, and inputting the bottom layer interface parameters into the screen adjusting interface; And moving the screen to a position corresponding to the bottom layer interface parameter through the screen adjustment interface, so that the screen displays the target display picture.
7. A large screen mobile display device, comprising: The screen movement instruction response module is used for responding to the screen movement instruction and judging an input indication mode of the screen movement instruction, wherein the input indication mode comprises a key indication mode and a sliding indication mode; The judging result generating module is used for acquiring a current screen display scene and a current screen zone bit if the input indication mode is the key indication mode, judging whether the current screen display scene limits screen movement or not, and obtaining a judging result; The mobile zone bit judging module is used for acquiring a required mobile zone bit corresponding to the screen mobile instruction if the judging result is that the screen movement of the current screen display scene is not limited, and judging whether the required mobile zone bit is consistent with the current screen zone bit or not; the preset zone bit parameter acquisition module is used for acquiring a preset zone bit parameter corresponding to the required movement zone bit from a call library file as a target screen displacement zone bit parameter if the required movement zone bit is inconsistent with the current screen zone bit; The target display picture generation module is used for calling a screen adjustment interface, inputting the target screen displacement zone bit parameter into the screen adjustment interface, and moving a screen to the required movement zone bit to obtain a target display picture; the recovery instruction acquisition module is used for acquiring an initial marker bit of the screen if a screen recovery instruction is received or the screen timeout recovery time is reached; And the screen recovery module is used for calling the screen adjustment interface and moving the screen to the screen initial zone bit based on the screen adjustment interface so as to recover the screen.
8. A display device comprising a memory and a processor, the memory having stored therein a computer program, the processor implementing the large screen mobile display method according to any one of claims 1 to 6 when the computer program is executed.
9. A computer-readable storage medium, on which a computer program is stored, which when executed by a processor implements the large-screen mobile display method according to any one of claims 1 to 6.

Description

Mobile display method and device for large screen, display equipment and storage medium Technical Field The present application relates to the field of large-screen display technologies, and in particular, to a method and apparatus for mobile display of a large screen, a display device, and a storage medium. Background The screen movement display means that the original screen display is moved to a preset screen size for display so as to achieve the purpose of facilitating the operation of a user. The existing mobile display method of the screen is to zoom in or zoom out the display screen according to different preset proportions. However, this approach is often displayed for small screens (e.g., cell phone screens), and lacks means for mobile display of large screens (e.g., conference large screens), resulting in an inability to effectively mobile display of large screens. Disclosure of Invention The embodiment of the application aims to provide a mobile display method, a mobile display device and a mobile display storage medium for a large screen, so that the large screen is subjected to mobile display, and the mobile display effect of the large screen is improved. In order to solve the above technical problems, an embodiment of the present application provides a mobile display method for a large screen, including: Responding to a screen movement instruction, and judging an input indication mode of the screen movement instruction, wherein the input indication mode comprises a key indication mode and a sliding indication mode; If the input indication mode is the key indication mode, acquiring a current screen display scene and a current screen zone bit, judging whether the current screen display scene limits screen movement or not, and obtaining a judging result; If the judging result is that the screen movement of the current screen display scene is not limited, acquiring a required movement zone bit corresponding to the screen movement instruction, and judging whether the required movement zone bit is consistent with the current screen zone bit; If the required movement zone bit is inconsistent with the current screen zone bit, acquiring a preset zone bit parameter corresponding to the required movement zone bit from a call library file, and taking the preset zone bit parameter as a target screen displacement zone bit parameter; and calling a screen adjustment interface, and inputting the target screen displacement zone bit parameter into the screen adjustment interface so as to move the screen to the zone bit required to be moved, thereby obtaining a target display picture. In order to solve the above technical problems, an embodiment of the present application provides a mobile display device with a large screen, including: The screen movement instruction response module is used for responding to the screen movement instruction and judging an input indication mode of the screen movement instruction, wherein the input indication mode comprises a key indication mode and a sliding indication mode; The judging result generating module is used for acquiring a current screen display scene and a current screen zone bit if the input indication mode is the key indication mode, judging whether the current screen display scene limits screen movement or not, and obtaining a judging result; the mobile zone bit judging module is used for acquiring a required mobile zone bit corresponding to the screen mobile instruction if the judging result is that the screen movement of the current screen display scene is not limited, and judging whether the required mobile zone bit is consistent with the current screen zone bit or not; the preset zone bit parameter acquisition module is used for acquiring a preset zone bit parameter corresponding to the required movement zone bit from a call library file as a target screen displacement zone bit parameter if the required movement zone bit is inconsistent with the current screen zone bit; And the target display picture generation module is used for calling a screen adjustment interface, inputting the target screen displacement zone bit parameter into the screen adjustment interface, and moving the screen to the required movement zone bit to obtain a target display picture. In order to solve the technical problems, the technical scheme adopted by the invention is that the display equipment comprises one or more processors and a memory, wherein the memory is used for storing one or more programs, so that the one or more processors realize the large-screen mobile display method. In order to solve the technical problems, the technical scheme adopted by the invention is that a computer readable storage medium is provided with a computer program, and the computer program is executed by a processor to realize the large-screen mobile display method. The embodiment of the invention provides a mobile display method and device for a large screen, display equipment and a storage medium. The m