CN-224229816-U - Bendable crystal strip

CN224229816UCN 224229816 UCN224229816 UCN 224229816UCN-224229816-U

Abstract

The utility model provides a bendable crystal strip which comprises a plurality of plastic crystal monomers, wherein the cross section of each plastic crystal monomer is L-shaped, the side walls of one side of two adjacent plastic crystal monomers in the cross section direction are connected through plastic crystals, the plastic crystals and the two adjacent plastic crystal monomers are integrally formed, the side walls of the other side of the two adjacent plastic crystal monomers in the cross section direction are separated by a certain distance to form a buffer gap, and the buffer gap is used for providing bending abdication of the crystal strip. By adopting the scheme, the material cost of the crystal lamp is further reduced on the basis of saving the assembly cost for the crystal chain, and the PC crystal strip structure is made of crystal integrated materials, so that the light source can be directly irradiated on the front surface of the crystal strip in a light-transmitting mode, various light-emitting modes of polishing the back surface, the side surface and the end surface of the crystal strip can be realized, and the crystal strip frame is not arranged, so that the thickness is thinner, and the light-emitting brightness is increased.

Inventors

WU TIECHENG

Assignees

中山市灯光加家居有限公司

Dates

Publication Date: 20260512
Application Date: 20250722

Claims (7)

1. The bendable crystal strip is characterized by comprising a plurality of plastic crystal monomers, wherein the cross section of each plastic crystal monomer is L-shaped, the side walls of one side of two adjacent plastic crystal monomers in the cross section direction are connected through plastic crystals, the plastic crystals and the two adjacent plastic crystal monomers are integrally formed, the side walls of the other side of the two adjacent plastic crystal monomers in the cross section direction are separated by a certain distance to form a buffer gap, and the buffer gap is used for providing bending abdication of the bendable crystal strip.
2. A flexible crystal strip according to claim 1, wherein the buffer gap is V-shaped.
3. A flexible crystal strip according to claim 1, wherein the outer side of each of said plastics crystal elements is circularly arcuate.
4. A flexible crystal strip according to claim 1, wherein the back surface of each plastic crystal unit is planar and the junction of the planar surfaces is an arcuate transition.
5. A flexible crystal strip according to claim 1, wherein the sides of the flexible crystal strip at the two ends of the flexible crystal strip, on which the plastic crystal units are located at the free ends, are planar, and the end faces of each plastic crystal unit, which are perpendicular to the cross-section direction and close to the connection positions, are planar.
6. A flexible crystal strip according to claim 1, wherein each of said plastics crystal elements has a thickness of from 3 to 8mm.
7. A bendable crystal strip according to claim 1, wherein the bendable crystal strip is of PC material.

Description

Bendable crystal strip Technical Field The utility model belongs to the technical field of lamp crystal accessories, and particularly relates to a bendable crystal strip. Background The crystal lamp is a common lighting lamp structure and generally comprises a lamp body and a crystal plate, wherein the crystal plate is arranged on the lamp body, light emitted by the lamp body is reflected by the crystal plate to have gorgeous light effect, the mounting structure of the crystal plate on the lamp is generally divided into two types, one type is that the crystal plate is strung into a crystal chain through a hanging chain to be hung at the bottom of the lamp body, the assembly process needs manual assembly, automation cannot be realized, the mounting of the crystal plate is easy to shake due to no fixation, the crystal plate is easy to damage in the transportation process, the crystal plate is easy to damage in the processing of the crystal plate and the mounting of the crystal plate, and the material cost of the crystal lamp is also improved while the assembly cost is improved; The other is that the crystal plate is installed on the lamp body through the installation device, for example, the patent name of China patent CN202223477633.0 is a PC crystal strip structure, the PC crystal strip structure comprises a crystal strip frame, a plurality of fixed crystal plates, a plurality of first crystal plates and a plurality of second crystal plates, the cross section of the crystal strip frame is n-shaped, the bottom end of the crystal strip frame is integrally formed with a plurality of buckling blocks, inverted V-shaped buffer grooves are formed in the side wall of the crystal strip frame at equal intervals, the fixed crystal plates are fixed on the top surface of the crystal strip frame on the side wall, the first crystal plates and the second crystal plates are located at the inverted V-shaped buffer grooves, the outer sides of the first crystal plates and the second crystal plates are respectively fixed on the side edges of the adjacent fixed crystal plates, long lines at the joint of the first crystal plates and the second crystal plates are stacked, when the crystal strip frame is bent, the joint of the first crystal plates and the second crystal plates move, and although the PC crystal strip structure can meet the requirement of flexible use, the crystal strip structure can only meet the requirement that a light source is directly arranged on the front surface of the crystal plate, and the crystal strip frame has weak light brightness. Disclosure of utility model The utility model mainly aims to provide a bendable crystal strip, in particular to provide a plastic crystal strip which is capable of being freely and cold bent, light-transmitting and light-guiding, wide in application range and strong in adaptability, the cross section of each plastic crystal monomer is L-shaped by arranging a plurality of plastic crystal monomers, the side walls of two adjacent plastic crystal monomers in the cross section direction are connected through plastic crystals, the plastic crystals and the two adjacent plastic crystal monomers are integrally formed, the side walls of the two adjacent plastic crystal monomers in the cross section direction are separated by a certain distance to form a buffer gap, the buffer gap is used for providing bending yielding of the bendable crystal strip, compared with a crystal chain, the whole bendable crystal strip is integrally formed without manual assembly, and is not easy to damage in the transportation process by adopting plastic materials, so that the material cost of a crystal lamp is further reduced on the basis of saving the assembly cost. In order to solve the technical problems, the utility model provides the following technical scheme: The bendable crystal strip comprises a plurality of plastic crystal monomers, wherein the cross section of each plastic crystal monomer is L-shaped, the side walls of one side of each adjacent two plastic crystal monomers in the cross section direction are connected through plastic crystals, the plastic crystals and the adjacent two plastic crystal monomers are integrally formed, the side walls of the other side of each adjacent two plastic crystal monomers in the cross section direction are separated by a certain distance to form a buffer gap, and the buffer gap is used for providing bending abdication of the bendable crystal strip. As a preferable mode of the bendable crystal bar, the shape of the buffer gap is V-shaped. As a preferable scheme of the bendable crystal strip, the outer side surface of each plastic crystal monomer is in round arc-shaped arrangement. As a preferable scheme of the bendable crystal strip, the back surface of each plastic crystal monomer is in a plane shape, and the connection part of the planes is in arc transition. 1. As a preferable scheme of the bendable crystal strip, the side surfaces of the plastic crystal mono