CN-122024593-A - Lamp bead arrangement method, device, equipment and storage medium

CN122024593ACN 122024593 ACN122024593 ACN 122024593ACN-122024593-A

Abstract

The application discloses a method, a device, equipment and a storage medium for arranging lamp beads, and relates to the technical field of display screens, wherein the method comprises the steps of determining the total number of lamp bead arrangement rows and the row spacing of lamp bead arrangement in a region to be arranged with lamps; the method comprises the steps of generating a plurality of lamp bead positioning reference lines in a to-be-distributed lamp area according to the total number of lamp bead arrangement lines, determining the arrangement positions of lamp beads in each row of the to-be-distributed lamp area, determining the arrangement quantity of the lamp beads on each lamp bead positioning reference line based on each lamp bead positioning reference line and the arrangement row distance of the lamp beads, and arranging the lamp beads in the to-be-distributed lamp area based on the arrangement quantity of the lamp beads, wherein the lamp beads in the to-be-distributed lamp area are distributed in a honeycomb shape. According to the application, the arrangement positions of the lamp beads are determined by generating a plurality of lamp bead positioning reference lines based on the total number of lamp bead arrangement lines, and the lamp beads are arranged by combining the lamp bead arrangement numbers on the lamp bead positioning reference lines, so that the technical problems that the lamp arrangement method in the prior art is realized by means of drawing software by relying on manpower, and the efficiency is low and the precision is low are solved.

Inventors

SONG CHUANZHOU
Dong Jiaen

Assignees

东莞市宇幕科技有限公司

Dates

Publication Date: 20260512
Application Date: 20251230

Claims (10)

1. The lamp bead arrangement method is characterized by comprising the following steps: determining the total number of lamp bead layout rows and the lamp bead layout row spacing of a to-be-laid lamp area; Generating a plurality of lamp bead positioning reference lines in the to-be-distributed lamp area according to the total number of the lamp bead arrangement lines, wherein the lamp bead positioning reference lines are used for determining the arrangement positions of each row of lamp beads in the to-be-distributed lamp area; Determining the number of the lamp beads arranged on each lamp bead positioning reference line based on each lamp bead positioning reference line and the lamp bead arrangement row spacing; and arranging the lamp beads in the to-be-arranged lamp area based on the number of the arranged lamp beads, wherein the lamp beads in the to-be-arranged lamp area are distributed in a honeycomb shape.
2. The method of claim 1, wherein the step of determining a total number of bead placement rows and a bead placement row spacing for the area to be lit comprises: determining the length of the left side edge of the area to be subjected to the light distribution according to the basic parameter information of the area to be subjected to the light distribution; determining the total number of lamp bead layout rows of the to-be-laid lamp area based on the length of the left side edge and the distance between the lamp beads; Determining the total length of the upper and lower edge lines of the area to be covered with the lamp according to the basic parameter information; and determining the row spacing of the lamp bead layout in the to-be-laid lamp area based on the total row number of the lamp bead layout and the total length of the upper and lower edge lines.
3. The method of claim 1, wherein the step of determining the number of bead arrangements on each of the bead locating datum lines based on each of the bead locating datum lines and the bead arrangement line spacing comprises: Determining an odd-numbered row lamp bead positioning datum line and an even-numbered row lamp bead positioning datum line from the lamp bead positioning datum lines; determining first lamp bead arrangement quantity on the odd-numbered row lamp bead positioning reference line based on the first reference line length of the odd-numbered row lamp bead positioning reference line and the lamp bead arrangement line spacing; Determining second lamp bead arrangement quantity on the even-numbered row lamp bead positioning reference line based on the second reference line length of the even-numbered row lamp bead positioning reference line and the lamp bead arrangement line spacing; the lamp beads are distributed in the to-be-distributed lamp area based on the number of the arranged lamp beads, and the step of distributing the lamp beads in the to-be-distributed lamp area in a honeycomb shape comprises the following steps: and the lamp beads are arranged in the to-be-arranged lamp area based on the first lamp bead arrangement quantity and the second lamp bead arrangement quantity, and the lamp beads on the odd-numbered row lamp bead positioning datum lines and the even-numbered row lamp bead positioning datum lines are distributed in a honeycomb mode.
4. The method of claim 3, wherein the step of arranging the beads in the area to be lit based on the first bead arrangement number and the second bead arrangement number comprises: determining a first arrangement position of each lamp bead in the odd-numbered row lamp bead positioning datum line based on the first lamp bead arrangement quantity; Determining a second arrangement position of each lamp bead in the even-numbered row lamp bead positioning datum line based on the second lamp bead arrangement quantity; obtaining the arrangement positions of all the lamp beads in the area to be distributed according to the first arrangement position and the second arrangement position; Determining the rotation coordinates of the lamp beads based on the arrangement positions, wherein the rotation coordinates are used for adjusting the arrangement direction of the lamp beads in the to-be-arranged lamp area; And arranging the lamp beads in the to-be-arranged lamp area according to the arrangement positions and the arrangement directions.
5. The method of claim 4, wherein the step of determining a first placement location for each bead in the odd row bead registration reference line based on the first bead placement number comprises: equally dividing the length of the first datum line according to the first lamp bead arrangement quantity to obtain a plurality of first point positions; Determining odd numbered point positions in the first point positions; And determining the odd numbered point positions as first layout positions of the lamp beads in the odd numbered line lamp bead positioning datum line.
6. The method of claim 4, wherein the step of determining a second placement location for each of the even row of bead placement fiducials based on the second bead placement number comprises: Equally dividing the length of the second datum line according to the number of the second lamp beads to obtain a plurality of second point positions; Determining even numbered point positions in the second point positions; and determining the even numbered point positions as second layout positions of the lamp beads in the even numbered line lamp bead positioning datum line.
7. The method of claim 4, wherein the step of determining rotational coordinates of each of the beads based on the routing location comprises: determining corresponding target points of the lamp beads in the lamp bead positioning reference line according to the arrangement positions; Determining a first coordinate of an adjacent point corresponding to the target point and a second coordinate of the target point; And determining the slope of the target point based on the first coordinate and the second coordinate, and determining the rotation coordinate of each lamp bead according to the slope.
8. A light bulb arrangement device, the device comprising: The row spacing determining module is used for determining the total row number of the lamp bead layout and the row spacing of the lamp bead layout in the area to be laid; The position determining module is used for generating a plurality of lamp bead positioning reference lines in the to-be-distributed lamp area according to the total number of the lamp bead arrangement lines, and the lamp bead positioning reference lines are used for determining the arrangement positions of the lamp beads in each row in the to-be-distributed lamp area; The quantity determining module is used for determining the quantity of the lamp bead arrangement on each lamp bead positioning reference line based on each lamp bead positioning reference line and the lamp bead arrangement row spacing; The lamp bead arrangement module is used for arranging the lamp beads in the to-be-arranged lamp area based on the number of the arranged lamp beads, and the lamp beads in the to-be-arranged lamp area are distributed in a honeycomb shape.
9. A light bulb arranging device, characterized in that the device comprises a memory, a processor and a computer program stored on the memory and executable on the processor, the computer program being configured to carry out the steps of the light bulb arranging method according to any one of claims 1 to 7.
10. A storage medium, characterized in that the storage medium is a computer-readable storage medium, on which a computer program is stored, which computer program, when being executed by a processor, realizes the steps of the bead arrangement method according to any one of claims 1 to 7.

Description

Lamp bead arrangement method, device, equipment and storage medium Technical Field The application relates to the technical field of display screens, in particular to a method, a device, equipment and a storage medium for arranging lamp beads. Background With the advancement of technology, LED display technology is widely used in many fields, and its unique display effect and energy-saving property make it an important component of modern display technology. In many application scenes, the spherical display screen gradually becomes a popular choice in special scenes such as display, performance and the like by virtue of the unique visual effect. In the production manufacturing process of the spherical display screen, the accuracy and the efficiency of the LED lamps directly influence the display effect and the production progress of the display screen. At present, the traditional lamp arranging method is usually realized by manual operation, however, the method needs to complete a series of complex processes by means of conventional CAD software, the efficiency is low, the method is influenced by experience, attention and other factors of operators, and the lamp arranging precision and reliability are not high. Disclosure of Invention The application mainly aims to provide a lamp bead arrangement method, a device, equipment and a storage medium, and aims to solve the technical problems that a lamp arranging method in the prior art is realized by means of drawing software by relying on manpower, and is low in efficiency and low in precision. In order to achieve the above object, the present application provides a method for arranging lamp beads, which comprises: determining the total number of lamp bead layout rows and the lamp bead layout row spacing of a to-be-laid lamp area; Generating a plurality of lamp bead positioning reference lines in the to-be-distributed lamp area according to the total number of the lamp bead arrangement lines, wherein the lamp bead positioning reference lines are used for determining the arrangement positions of each row of lamp beads in the to-be-distributed lamp area; Determining the number of the lamp beads arranged on each lamp bead positioning reference line based on each lamp bead positioning reference line and the lamp bead arrangement row spacing; and arranging the lamp beads in the to-be-arranged lamp area based on the number of the arranged lamp beads, wherein the lamp beads in the to-be-arranged lamp area are distributed in a honeycomb shape. In an embodiment, the step of determining the total number of bead layout rows and the bead layout row spacing of the to-be-laid-out light area includes: determining the length of the left side edge of the area to be subjected to the light distribution according to the basic parameter information of the area to be subjected to the light distribution; determining the total number of lamp bead layout rows of the to-be-laid lamp area based on the length of the left side edge and the distance between the lamp beads; Determining the total length of the upper and lower edge lines of the area to be covered with the lamp according to the basic parameter information; and determining the row spacing of the lamp bead layout in the to-be-laid lamp area based on the total row number of the lamp bead layout and the total length of the upper and lower edge lines. In an embodiment, the step of determining the number of bead arrangements on each bead positioning reference line based on each bead positioning reference line and the bead arrangement line distance includes: Determining an odd-numbered row lamp bead positioning datum line and an even-numbered row lamp bead positioning datum line from the lamp bead positioning datum lines; determining first lamp bead arrangement quantity on the odd-numbered row lamp bead positioning reference line based on the first reference line length of the odd-numbered row lamp bead positioning reference line and the lamp bead arrangement line spacing; Determining second lamp bead arrangement quantity on the even-numbered row lamp bead positioning reference line based on the second reference line length of the even-numbered row lamp bead positioning reference line and the lamp bead arrangement line spacing; the lamp beads are distributed in the to-be-distributed lamp area based on the number of the arranged lamp beads, and the step of distributing the lamp beads in the to-be-distributed lamp area in a honeycomb shape comprises the following steps: and the lamp beads are arranged in the to-be-arranged lamp area based on the first lamp bead arrangement quantity and the second lamp bead arrangement quantity, and the lamp beads on the odd-numbered row lamp bead positioning datum lines and the even-numbered row lamp bead positioning datum lines are distributed in a honeycomb mode. In an embodiment, the step of arranging the lamp beads in the to-be-arranged lamp area based on the first lamp bead arrangement number and t