Double-color bare board lamp strip with two lamps and one shear
By designing the cutting points and cutting dents in the two-color bare-board light strip, the problems of traditional light strips are solved, and more efficient cutting operations and consistent lighting effects are achieved.
Patent Information
- Application Number
- CN202422203905.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-09-09
- Publication Date
- 2025-06-17
- Estimated Expiration
- 2034-09-09
AI Technical Summary
The cutting points of traditional bare-board light strips are difficult to match the circuit system and the light bead configuration, resulting in users having to deal with the excess light beads and circuit parts when cutting, increasing operational complexity and affecting the lighting effect.
Design a two-color bare-board light strip with two lights and one cut. Through the matching of cutting points and cutting dents, we ensure that the function and appearance of the light strip can be kept clean in each cut without the need to deal with excess lamp beads.
It realizes the convenience of users to cut light strips according to different length needs, adapts to various installation scenarios, shortens the cutting distance and reduces operational complexity.
Smart Images
Figure CN222992765U_ABST
Abstract
Description
Technical Field
[0001] The utility model belongs to the technical field of bare board light strips, and particularly relates to a two-color bare board light strip with two lights cut at one time. Background Art
[0002] Most of the current bare board light strips on the market have several obvious defects in design. First of all, the cutting points of traditional light strips are usually difficult to effectively match the circuit system and lamp bead configuration, resulting in users having to deal with redundant lamp beads and circuit parts when cutting the light strip. This not only increases the operation complexity of users, but also may cause the loss of light strip functions or uneven light effects, thus affecting the overall lighting effect.
[0003] Secondly, the distribution of cutting points of traditional light strips is usually rather random, lacking systematic design, making it difficult to ensure the functionality and aesthetics of the light strip when cutting. When users adjust the length of the light strip to adapt to different installation scenarios, they may need to deal with complex resistor and circuit connection problems, which are not only time-consuming but also prone to operation errors.
[0004] In addition, the insufficient cooperation between the cutting points and the circuit in traditional designs often leads to additional processing work after cutting, such as re-welding the circuit or replacing lamp beads, to ensure the normal operation of the light strip. These operations not only increase the installation and maintenance costs, but also pose higher requirements for the technical level of users.
[0005] In view of this, overcoming the above-mentioned defects of the existing technologies is an urgent problem to be solved in this technical field. Content of the Utility Model
[0006] Aiming at the technical problems mentioned in the background art, the purpose of the utility model is to provide a two-color bare board light strip with two lights cut at one time, which through the design cooperation of cutting points and cutting indentations, enables each cut to maintain the function and appearance neatness of the light strip, without dealing with redundant lamp beads. Users can cut according to different length requirements, adapt to various installation scenarios, shorten the cutting distance, make the operation of adjusting the light strip length more efficient, and reduce the complexity during the cutting process, so as to solve the technical problems mentioned in the above background art.
[0007] To achieve the above purpose, the technical solution provided by the utility model: A two-color bare board light strip with two lights cut at one time, which includes a light strip main body. The light strip main body includes a first light strip segment, a second light strip segment, a third light strip segment, and a fourth light strip segment. A first cutting indentation is recessed between the first light strip segment and the second light strip segment, a second cutting indentation is recessed between the second light strip segment and the third light strip segment, a third cutting indentation is recessed between the third light strip segment and the fourth light strip segment. A first cutting point is arranged on the first cutting indentation, a second cutting point is arranged on the second cutting indentation, and a third cutting point is arranged on the third cutting indentation.
[0008] Further, the surfaces of the first light strip segment, the second light strip segment, the third light strip segment, and the fourth light strip segment are respectively provided with light strip mounting surfaces, and first light source lamp beads and second light source lamp beads are respectively mounted on the surfaces of the light strip mounting surfaces.
[0009] Further, a resistor mounting position is provided between the first light source lamp bead and the second light source lamp bead, and a light source resistor is mounted on the surface of the resistor mounting position.
[0010] Further, the first light strip segment, the second light strip segment, the third light strip segment, and the fourth light strip segment are sequentially connected.
[0011] Further, a conductive joint is connected to the end of the light strip main body, and a conductive wiring is connected to the end of the conductive joint.
[0012] The utility model mainly has the following beneficial effects: a first cutting indentation is recessed between the first light strip segment and the second light strip segment, a second cutting indentation is recessed between the second light strip segment and the third light strip segment, a third cutting indentation is recessed between the third light strip segment and the fourth light strip segment, a first cutting point is arranged on the first cutting indentation, a second cutting point is arranged on the second cutting indentation, and a third cutting point is arranged on the third cutting indentation. Through the design cooperation of the cutting points and the cutting indentations, the two-lamp-one-cut dual-color bare board light strip of the utility model can keep the function and appearance of the light strip clean and tidy every time it is cut, without dealing with redundant lamp beads. Users can cut according to the requirements of different lengths to adapt to various installation scenarios, shorten the cutting distance, make the operation of adjusting the length of the light strip more efficient, and reduce the complexity in the cutting process. Description of the Drawings
[0013] Figure 1 It is a schematic diagram of the overall three-dimensional structure of the utility model.
[0014] Figure 2 is Figure 1 an enlarged schematic diagram of part A of
[0015] Reference numerals: light strip main body 1; conductive joint 10; conductive wiring 11; first light strip segment 20; second light strip segment 30; third light strip segment 40; fourth light strip segment 50; first cutting indentation 60; second cutting indentation 70; third cutting indentation 80; light strip mounting surface 90; first light source lamp bead 91; second light source lamp bead 92; resistor mounting position 93; light source resistor 94; first cutting point 61; second cutting point 71; third cutting point 81. Detailed Description of the Invention
[0016] As Figures 1 to 2As shown in the figure, a two-lamp and one-cut double-color bare-board light strip includes a light strip main body 1. An end of the light strip main body 1 is connected to a conductive joint 10, and an end of the conductive joint 10 is connected to a conductive wiring 11. When in use, the conductive wiring 11 is a cable connected to the conductive joint 10 and is used to connect to an external power supply. Generally, it has multiple wires that respectively transmit the positive and negative poles of the power supply and control signals. Through the conductive wiring 11, the light strip main body 1 can obtain power from an external power supply, thereby lighting up the light strip main body 1 and realizing the lighting function.
[0017] In specific implementation, the light strip main body 1 includes a first light strip section 20, a second light strip section 30, a third light strip section 40, and a fourth light strip section 50. The first light strip section 20, the second light strip section 30, the third light strip section 40, and the fourth light strip section 50 are connected in sequence to form the light strip main body 1.
[0018] In specific implementation, a first cutting indentation 60 is recessed between the first light strip section 20 and the second light strip section 30, a second cutting indentation 70 is recessed between the second light strip section 30 and the third light strip section 40, and a third cutting indentation 80 is recessed between the third light strip section 40 and the fourth light strip section 50. When in use, through the first cutting indentation 60, the second cutting indentation 70, and the third cutting indentation 80, it is convenient for users to perform cutting, enabling users to cut the light strip main body 1 at this position, and the operation is convenient.
[0019] In specific implementation, light strip mounting surfaces 90 are respectively provided on the surfaces of the first light strip section 20, the second light strip section 30, the third light strip section 40, and the fourth light strip section 50. A first light source lamp bead 91 and a second light source lamp bead 92 are respectively mounted on the surfaces of the light strip mounting surfaces 90. A resistor mounting position 93 is provided between the first light source lamp bead 91 and the second light source lamp bead 92. A light source resistor 94 is mounted on the surface of the resistor mounting position 93. When in use, the first light source lamp bead 91 is a warm light lamp bead, and the second light source lamp bead 92 is a white light lamp bead. By using a combination of warm light lamp beads and white light lamp beads, the color temperature of the light can be adjusted according to needs to adapt to different lighting requirements, and the light source lamp beads are protected through the design of the light source resistor 94, extending the service life of the light strip. Making each light strip section use the same light source configuration ensures the overall light effect of the light strip is consistent and improves the coordination of the visual effect.
[0020] In specific implementation, a first cutting point 61 is connected between the first light strip segment 20 and the second light strip segment 30, a second cutting point 71 is connected between the second light strip segment 30 and the third light strip segment 40, a third cutting point 81 is connected between the third light strip segment 40 and the fourth light strip segment 50. The first cutting point 61 is arranged on the first cutting indentation 60, the second cutting point 71 is arranged on the second cutting indentation 70, and the third cutting point 81 is arranged on the third cutting indentation 80. During use, the design cooperation between the cutting point and the cutting indentation enables each cutting to maintain the function and appearance cleanliness of the light strip without dealing with redundant lamp beads. Users can cut according to different length requirements to adapt to various installation scenarios, avoiding the problem of needing to cut up to 6 - 8 lamp beads in the traditional method, shortening the cutting distance, making the operation of adjusting the light strip length more efficient, and reducing the complexity during the cutting process.
[0021] To sum up, a first cutting indentation 60 is recessed between the first light strip segment 20 and the second light strip segment 30, a second cutting indentation 70 is recessed between the second light strip segment 30 and the third light strip segment 40, a third cutting indentation 80 is recessed between the third light strip segment 40 and the fourth light strip segment 50. A first cutting point 61 is arranged on the first cutting indentation 60, a second cutting point 71 is arranged on the second cutting indentation 70, and a third cutting point 81 is arranged on the third cutting indentation 80. Through the design cooperation between the cutting point and the cutting indentation of the two - lamp - one - cut double - color bare - board light strip of the present utility model, each cutting can maintain the function and appearance cleanliness of the light strip without dealing with redundant lamp beads. Users can cut according to different length requirements to adapt to various installation scenarios, shorten the cutting distance, make the operation of adjusting the light strip length more efficient, and reduce the complexity during the cutting process.
Claims
1. A two-light-one-cut bicolor bare plate light strip, characterized in that: The invention comprises a light strip body (1), wherein the light strip body (1) comprises a first light strip segment (20), a second light strip segment (30), a third light strip segment (40) and a fourth light strip segment (50); a first cutting notch (60) is recessed between the first light strip segment (20) and the second light strip segment (30); a second cutting notch (70) is recessed between the second light strip segment (30) and the third light strip segment (40); a third cutting notch (80) is recessed between the third light strip segment (40) and the fourth light strip segment (50); a first cutting point (61) is arranged on the first cutting notch (60); a second cutting point (71) is arranged on the second cutting notch (70); and a third cutting point (81) is arranged on the third cutting notch (80).
2. The two-lamp-one-cut bicolor bare plate light strip according to claim 1, characterized in that: The surfaces of the first light strip segment (20), the second light strip segment (30), the third light strip segment (40) and the fourth light strip segment (50) are respectively provided with light strip mounting surfaces (90), and the surfaces of the light strip mounting surfaces (90) are respectively mounted with first light source lamp beads (91) and second light source lamp beads (92).
3. The two-lamp-one-cut bicolor bare plate light strip according to claim 2, characterized in that: A resistor installation position (93) is provided between the first light source lamp bead (91) and the second light source lamp bead (92), and a light source resistor (94) is installed on the surface of the resistor installation position (93).
4. The two-lamp-one-cut bicolor bare plate light strip according to claim 1, characterized in that: The first light strip segment (20), the second light strip segment (30), the third light strip segment (40) and the fourth light strip segment (50) are connected in sequence.
5. The two-lamp-one-cut bicolor bare plate light strip according to claim 1, characterized in that: The end of the light strip body (1) is connected to a conductive joint (10), and the end of the conductive joint (10) is connected to a conductive wiring (11).