Splicing display positioning method, apparatus, and system, and electronic device

1. A splicing display positioning method, the method comprising:

obtaining a distance and/or a direction from a UWB base point device to a UWB label based on a UWB ranging technology and a UWB direction-finding technology, wherein a plurality of displays are spliced into a splicing display, wherein one UWB label is installed on each display, and wherein different displays are distinguished based on the UWB labels installed on the displays;

calculating a mutual position relationship between the UWB labels based on the distance and/or the direction from the UWB base point device to each UWB label;

determining a position of each display in the splicing display based on the mutual position relationship between the UWB labels; and

determining a landscape/portrait mode of a display in the splicing display based on the distance and the direction from the UWB base point device to each UWB label.

2. The method according to claim 1 , wherein calculating the mutual position relationship between the UWB labels based on the distance and/or the direction from the UWB base point device to each UWB label comprises determining the mutual position relationship between the UWB labels based on the direction from the UWB base point device to each UWB label.

3. The method according to claim 1 , wherein installation positions of the UWB labels on the plurality of displays are consistent.

4. The method according to claim 1 ,

wherein determining the landscape/portrait mode of the display in the splicing display based on the distance and the direction from the UWB base point device to each UWB label comprises:

calculating a spacing between any two UWB labels based on the distance and the direction from the UWB base point device to each UWB label,

determining two pairs of UWB labels with longest spacings to determine a largest UWB label quadrilateral,

calculating side lengths of the largest UWB label quadrilateral to determine a longest side/shortest side of the UWB label quadrilateral, and

determining a direction of the longest side/shortest side of the UWB label quadrilateral, and determining the landscape/portrait mode of the display in the splicing display based on the direction of the longest side/shortest side of the UWB label quadrilateral.

5. The method according to claim 1 , further comprising determining a top orientation relationship between the displays in the splicing display based on the distance and the direction from the UWB base point device to each UWB label.

6. The method according to claim 5 ,

wherein the UWB label is installed on a side of a longitudinal middle line of a display that is close to a top of the display or close to a bottom of the display, and

wherein determining a top orientation relationship between adjacent displays in the splicing display based on the distance and the direction from the UWB base point device to each UWB label comprises:

calculating a spacing between any two UWB labels based on the distance and the direction from the UWB base point device to each UWB label,

determining two pairs of UWB labels with longest spacings to determine a largest UWB label quadrilateral,

calculating side lengths of the largest UWB label quadrilateral to determine a shortest side of the UWB label quadrilateral,

calculating a spacing between two adjacent UWB labels that are in a same direction as the shortest side of the UWB label quadrilateral, and

determining, based on the spacing between the two adjacent UWB labels, the top orientation relationship between two adjacent displays corresponding to the two adjacent UWB labels,

wherein,

when the UWB label is close to a side of the top of the display, and when the spacing between the two adjacent UWB labels is less than a height of the display, the two displays are in opposite directions,

when the UWB label is close to the side of the top of the display, and when the spacing between the two adjacent UWB labels is greater than the height of the display, the two displays are in reversed directions,

when the UWB label is close to a side of the bottom of the display, and when the spacing between the two adjacent UWB labels is less than the height of the display, the two displays are in reversed directions,

when the UWB label is close to the side of the bottom of the display, and when the spacing between the two adjacent UWB labels is greater than the height of the display, the two displays are in opposite directions, or

when the spacing between the two adjacent UWB labels is equal to the height of the display, the two displays are in the same direction.

7. The method according to claim 5 ,

wherein the UWB label is installed on a side of a longitudinal middle line of the display that is close to a top of the display or close to a bottom of the display,

wherein determining a top orientation relationship between adjacent displays in the splicing display based on the distance and the direction from the UWB base point device to each UWB label comprises:

calculating a spacing between any two UWB labels based on the distance and the direction from the UWB base point device to each UWB label,

determining two pairs of UWB labels with longest spacings to determine a largest UWB label quadrilateral,

calculating side lengths of the largest UWB label quadrilateral to determine a longest side of the UWB label quadrilateral,

calculating a spacing between two adjacent UWB labels that are in a same direction as the longest side of the UWB label quadrilateral, and

determining, based on the spacing between the two adjacent UWB labels, the top orientation relationship between two adjacent displays corresponding to the two adjacent UWB labels,

wherein,

when the spacing between the two adjacent UWB labels is greater than a width of the display, the two displays are in reversed directions, or

when the spacing between the two adjacent UWB labels is equal to the width of the display, the two displays are in the same direction.

8. A splicing display positioning system comprising:

UWB labels installable on a plurality of displays spliced into a splicing display, wherein one UWB label is installed on each display;

a UWB base point device configured to obtain a distance and/or a direction to the UWB label based on a UWB ranging technology and/or a UWB direction-finding technology; and

a positioning module configured to:

determine a position of each display in the splicing display based on a distance and/or a direction from the UWB base point device to each UWB label; and

determine a top orientation relationship between the displays in the splicing display based on the distance and the direction from the UWB base point device to each UWB label.

9. An electronic device comprising:

a memory; and

a processor configured to execute a computer program stored in the memory, the computer program including instructions according to the method according to claim 1 .

10. A splicing display positioning method, the method comprising:

obtaining a distance and/or a direction from a UWB base point device to a UWB label based on a UWB ranging technology and a UWB direction-finding technology, wherein a plurality of displays are spliced into a splicing display, wherein one UWB label is installed on each display, and wherein different displays are distinguished based on the UWB labels installed on the displays;

calculating a mutual position relationship between the UWB labels based on the distance and/or the direction from the UWB base point device to each UWB label;

determining a position of each display in the splicing display based on the mutual position relationship between the UWB labels; and

determining a top orientation relationship between the displays in the splicing display based on the distance and the direction from the UWB base point device to each UWB label.

11. The method according to claim 10 , wherein calculating the mutual position relationship between the UWB labels based on the distance and/or the direction from the UWB base point device to each UWB label comprises determining the mutual position relationship between the UWB labels based on the direction from the UWB base point device to each UWB label.

12. The method according to claim 10 , wherein installation positions of the UWB labels on the plurality of displays are consistent.

13. The method according to claim 10 ,

wherein the UWB label is installed on a side of a longitudinal middle line of a display that is close to a top of the display or close to a bottom of the display, and

wherein determining a top orientation relationship between adjacent displays in the splicing display based on the distance and the direction from the UWB base point device to each UWB label comprises:

calculating a spacing between any two UWB labels based on the distance and the direction from the UWB base point device to each UWB label,

determining two pairs of UWB labels with longest spacings to determine a largest UWB label quadrilateral,

calculating side lengths of the largest UWB label quadrilateral to determine a shortest side of the UWB label quadrilateral,

calculating a spacing between two adjacent UWB labels that are in a same direction as the shortest side of the UWB label quadrilateral, and

determining, based on the spacing between the two adjacent UWB labels, the top orientation relationship between two adjacent displays corresponding to the two adjacent UWB labels,

wherein,

when the UWB label is close to a side of the top of the display, and when the spacing between the two adjacent UWB labels is less than a height of the display, the two displays are in opposite directions,

when the UWB label is close to the side of the top of the display, and when the spacing between the two adjacent UWB labels is greater than the height of the display, the two displays are in reversed directions,

when the UWB label is close to a side of the bottom of the display, and when the spacing between the two adjacent UWB labels is less than the height of the display, the two displays are in reversed directions,

when the UWB label is close to the side of the bottom of the display, and when the spacing between the two adjacent UWB labels is greater than the height of the display, the two displays are in opposite directions, or

when the spacing between the two adjacent UWB labels is equal to the height of the display, the two displays are in the same direction.

14. The method according to claim 10 ,

wherein the UWB label is installed on a side of a longitudinal middle line of the display that is close to a top of the display or close to a bottom of the display,

wherein determining a top orientation relationship between adjacent displays in the splicing display based on the distance and the direction from the UWB base point device to each UWB label comprises:

calculating a spacing between any two UWB labels based on the distance and the direction from the UWB base point device to each UWB label,

determining two pairs of UWB labels with longest spacings to determine a largest UWB label quadrilateral,

calculating side lengths of the largest UWB label quadrilateral to determine a longest side of the UWB label quadrilateral,

calculating a spacing between two adjacent UWB labels that are in a same direction as the longest side of the UWB label quadrilateral, and

determining, based on the spacing between the two adjacent UWB labels, the top orientation relationship between two adjacent displays corresponding to the two adjacent UWB labels,

wherein,

when the spacing between the two adjacent UWB labels is greater than a width of the display, the two displays are in reversed directions, or

when the spacing between the two adjacent UWB labels is equal to the width of the display, the two displays are in the same direction.

15. An electronic device comprising:

a memory; and

a processor configured to execute a computer program stored in the memory, the computer program including instructions according to the method according to claim 10 .