CN-117012165-B - Conference room large screen display setting method and system

CN117012165BCN 117012165 BCN117012165 BCN 117012165BCN-117012165-B

Abstract

The invention belongs to the field of screen setting, and particularly relates to a conference room large screen display setting method and system, wherein the setting method comprises the steps that a data analysis unit determines the working mode of a target screen according to the attention quantity of a target acquisition body; in a first working mode, the data analysis unit detects the attention of a target acquisition body in a unit detection period under a second data analysis condition; the intelligent adjustment method and the intelligent adjustment device for the brightness of the target screen comprise the steps of adjusting the brightness of the target screen correspondingly according to a threshold range where the attention is located, determining whether to adjust the brightness of the target screen according to the operation frequency of the external equipment when the attention is in a second preset attention range, determining the setting mode of the display position of the target screen according to the position moving frequency of the wearing body of the external equipment under the condition of first position adjustment by a position adjustment unit in a second working mode, and improving the intelligent adjustment efficiency of the brightness and the position of the display screen.

Inventors

CAI WENSHENG
MING DE
Zhan Chuwei

Assignees

广东保伦电子股份有限公司

Dates

Publication Date: 20260512
Application Date: 20230807

Claims (8)

1. The conference room large screen display setting method is characterized by comprising the following steps: the data analysis unit determines the working mode of the target screen according to the attention quantity of the target acquisition body; if the attention quantity is in a first preset attention quantity range, the data analysis unit judges that the target screen adopts a first working mode; If the attention quantity is in a second preset attention quantity range, the data analysis unit judges that the target screen adopts a second working mode; The values in the first preset attention quantity range are smaller than the values in the second preset attention quantity range; in a first working mode, the data analysis unit calculates the attention degree of a target acquisition body in a unit detection period; correspondingly adjusting the brightness of the target screen according to the threshold range in which the attention is positioned, and determining whether to reduce and adjust the brightness of the target screen according to the operation frequency of the external equipment when the attention is in a second preset attention range; In a second working mode, the position adjusting unit determines a setting mode of a display position of the target screen according to the position moving frequency of the external equipment wearing body under the first position adjusting condition; When the position moving frequency of the wearing body of the external equipment is in a first preset moving frequency range, judging the display position of the target screen according to the position distribution of the target acquisition body; The position adjusting unit detects the distance between the nearest target acquisition body from the target screen and the target screen under the third position adjusting condition, and adjusts the display position of the target screen according to the distance, wherein the adjusting direction of the display position of the target screen is the direction away from the target acquisition body; The target screen is correspondingly provided with a movable area, a first preset position is positioned at the symmetrical axis of the movable area and is close to the endpoint of the target acquisition body, the first sitting area and the second sitting area are oppositely arranged, seats in the sitting areas are uniformly distributed, and the first position distribution state is that the target acquisition body exists in both the first sitting area and the second sitting area; When the position moving frequency of the external equipment wearing body is in a second preset moving frequency range, determining the display position of the target screen according to the moving range of the external equipment wearing body; the values in the first preset moving frequency range are smaller than the values in the second preset moving frequency range; The first position adjustment condition is that the number of interests is within a second preset number of interests range.
2. The conference room large screen display setting method according to claim 1, wherein the first operation mode is a setting mode in which brightness of a screen is adjusted according to a focus degree determination of a target acquisition body, and the second operation mode is a setting mode in which a display position of the target screen is determined according to a position movement frequency of a wearing body of an external device.
3. The conference room large screen display setting method according to claim 2, wherein the data analysis unit calculates the degree of attention of the target acquisition body in the unit detection period under the second data analysis condition, If the attention is in a first preset attention range, the data analysis unit judges that the brightness of the target screen is reduced and adjusted according to the attention; If the attention is in a second preset attention range, the data analysis unit judges whether the brightness of the target screen is regulated or not according to the operation frequency of the external equipment; If the attention is in a third preset attention range, the data analysis unit judges that the brightness of the target screen does not need to be adjusted; the second data analysis condition is that the attention quantity is in a first preset attention quantity range, the values in the first preset attention range are smaller than the values in the second preset attention range, and the values in the second preset attention range are smaller than the values in the third preset attention range.
4. The conference room large screen display setting method according to claim 3, wherein the data analysis unit determines whether to adjust the brightness of the target screen according to the operation frequency of the external device under a third data analysis condition; if the operation frequency is in a first preset operation frequency range, the data analysis unit judges that the brightness of the target screen is reduced and adjusted according to the operation frequency; If the operating frequency is in a second preset operating frequency range, the data analysis unit judges that the operating frequency is adjusted according to the effective orientation duration of the wearing body of the external equipment; If the operation frequency is in a third preset operation frequency range, the data analysis unit judges that the brightness of the target screen does not need to be adjusted; the third data analysis condition is that the attention is in a second preset attention range, the values in the first preset operation frequency range are smaller than the values in the second preset operation frequency range, and the values in the second preset operation frequency range are smaller than the values in the third preset operation frequency range.
5. The conference room large screen display setting method according to claim 4, wherein the position adjusting unit adjusts the operation frequency according to an effective orientation duration of the wearing body of the external device under a fourth data analysis condition, and the effective orientation duration and the operation frequency are in a positive correlation; The fourth data analysis condition is that the operation frequency is in a second preset operation frequency range.
6. The conference room large screen display setting method according to claim 5, wherein the position adjustment unit detects a position distribution state of the target acquisition body under the second position adjustment condition and determines a display position of the target screen according to the position distribution state of the target acquisition body; if the target acquisition body is in a first position distribution state, the position adjusting unit judges that the display position of the target screen is set at a first preset position; If the target acquisition body is in the second position distribution state, the position adjusting unit judges that the display position of the target screen is set at the relative position of the target acquisition body; The second position adjusting condition is that the position moving frequency of the wearing body of the external equipment is in a first preset moving frequency range; The second position distribution state is that only the first seating area exists a target acquisition body or only the second seating area exists a target acquisition body.
7. The conference room large screen display setting method according to claim 1, wherein the position adjustment unit determines the display position of the target screen according to the movement range of the external device wearing body under a fourth position adjustment condition; If the external equipment wearing body is positioned in the first moving range, the position adjusting unit judges that the display position of the target screen is a first relative position; If the external equipment wearing body is positioned in the second moving range, the position adjusting unit judges that the display position of the target screen is a second relative position; the fourth position adjusting condition is that the position moving frequency of the wearing body of the external equipment is in a second preset moving frequency range; The first moving range is positioned on one side of the symmetry axis of the movable area close to the first sitting area, the second moving range is positioned on one side of the symmetry axis of the movable area close to the second sitting area, the first relative position is positioned on one side of the symmetry axis of the movable area far away from the first sitting area, and the second relative position is positioned on one side of the symmetry axis of the movable area far away from the second sitting area.
8. A conference room large screen display setting system applying the method of any one of claims 1 to 7, comprising: The information acquisition unit is used for acquiring information to be analyzed; The data analysis unit is connected with the information acquisition unit and used for correspondingly adjusting the brightness of the target screen according to the threshold range where the attention degree is located, and determining whether to adjust the brightness of the target screen according to the operation frequency of the external equipment when the attention degree is in a second preset attention degree range; The adjusting control unit is respectively connected with the information acquisition unit and the data analysis unit and is used for determining the setting mode of the display position of the target screen according to the position moving frequency of the wearing body of the external equipment; the position moving frequency of the wearing body of the external equipment is in a first preset moving frequency range, and the display position of the target screen is judged according to the position distribution of the target acquisition body; the position moving frequency of the external equipment wearing body is in a second preset moving frequency range, and the display position of the target screen is determined according to the moving range of the external equipment wearing body; And the display unit is used for setting the working parameters of the data analysis unit and the adjustment control unit.

Description

Conference room large screen display setting method and system Technical Field The invention belongs to the field of screen setting, and particularly relates to a conference room large screen display setting method and system. Background Along with the maturation and development of network technology, the large office screen naturally becomes one of the necessary office devices of many companies, however, in practical application, we find that the large office screen of most of the existing offices needs to be operated and can be completed only by manually using auxiliary control devices such as a mouse, a keyboard, a remote controller and the like, and basically does not support a voice recognition function, and in addition, does not support control connection with a mobile terminal, so that how to realize intelligent automatic adjustment of the large screen is a problem to be solved urgently. The Chinese patent publication No. CN116052616A discloses an automatic screen light adjusting method and system, wherein the method comprises the steps of firstly acquiring identity information of an adjusting person, storing the identity information, manually adjusting the light intensity of a screen, taking the light intensity as a first set light intensity, obtaining environment light intensity, taking the environment light intensity as a second light intensity, calculating and obtaining fixed light intensity to obtain user light intensity perception behavior information, acquiring the identity information of a screen user, verifying the identity information, and adjusting the light intensity of the screen according to the current environment light intensity information. Disclosure of Invention Therefore, the invention provides a conference room large screen display setting method, which is used for solving the problem that the screen position and brightness of the conference room in the prior art cannot be determined according to the actual working scene. In order to achieve the above object, the present invention provides a conference room large screen display setting method, including: the data analysis unit determines the working mode of the target screen according to the attention quantity of the target acquisition body; in a first working mode, the data analysis unit calculates the attention degree of a target acquisition body in a unit detection period; Correspondingly adjusting the brightness of the target screen according to the threshold range in which the attention is positioned, and determining whether to adjust the brightness of the target screen according to the operation frequency of the external equipment when the attention is in a second preset attention range; In a second working mode, the position adjusting unit determines a setting mode of a display position of the target screen according to the position moving frequency of the external equipment wearing body under the first position adjusting condition; When the position moving frequency of the wearing body of the external equipment is in a first preset moving frequency range, judging the display position of the target screen according to the position distribution of the target acquisition body; When the position moving frequency of the external equipment wearing body is in a second preset moving frequency range, determining the display position of the target screen according to the moving range of the external equipment wearing body. Further, the data analysis unit determines a working mode of the target screen according to the attention quantity of the target acquisition body under the first data analysis condition; if the attention quantity is in a first preset attention quantity range, the data analysis unit judges that the target screen adopts a first working mode; If the attention quantity is in a second preset attention quantity range, the data analysis unit judges that the target screen adopts a second working mode; Wherein the values in the first preset focusing number range are smaller than the values in the second preset focusing number range, the first working mode is to determine to adjust the brightness of the screen according to the focusing degree of the target collector, the second working mode is a setting mode for determining the display position of the target screen according to the position moving frequency of the wearing body of the external equipment. Further, the data analysis unit calculates the degree of attention of the target acquisition body in the unit detection period under the second data analysis condition, If the attention is in a first preset attention range, the data analysis unit judges that the brightness of the target screen is reduced and adjusted according to the attention; If the attention is in a second preset attention range, the data analysis unit judges whether the brightness of the target screen is regulated or not according to the operation frequency of the external equipment; If the attention is