Illuminating device capable of emitting light in all directions

Abstract

The invention relates to the technical field of lighting devices, equipment used together with a power supply or a similar power supply system and the like, and provides an omni-directional light-emitting lighting device which comprises a light-transmitting shell, an LED lamp wick assembly and an installation structural part, the light-emitting face of the LED lamp wick assembly faces the inner wall of the light-transmitting shell, and emitted light passes through a plurality of shell faces of the light-transmitting shell and is connected with the LED lamp wick assembly through the installation structural part. The installation structural part comprises an in-shell structural body and an out-shell structural body, a part of the structural body of the installation structural part is located in the light-transmitting shell to form the in-shell structural body, an LED lamp wick assembly is arranged on the in-shell structural body, and a part of the structural body of the installation structural part extends out of the light-transmitting shell. According to the omni-directional light-emitting lighting device, the outer-shell structural body is formed outside the light-transmitting shell and used for installing the whole lighting device to the needed installation position, and therefore the heat dissipation effect, the omni-directional light-emitting effect, the installation convenience and the universality of the omni-directional light-emitting lighting device are improved.

Description

Technical Field

[0001] The present invention relates to the technical field of lighting devices, equipment used together with a power supply or a similar power supply system, and in particular to an omnidirectional lighting device. Background Art

[0002] An omnidirectional lighting device is a lighting device that uses a translucent luminescent material lamp housing to spread the light of the LED lamp in the lamp housing in all directions of the lamp housing, pursuing multi-angle lighting. At present, in order to achieve multi-angle light transmission of the lamp housing, the main method used is to make the internal space of the lamp housing as large as possible, and then spread the light of the LED lamp in all directions of the lamp housing through the internal space of the lamp housing, and at the same time, set a mounting structure on the outside of the lamp housing to install the lamp. The mounting structure does not make physical contact with the LED lamp in the lamp housing, and the heat in the lamp housing can only be conducted by the lamp housing, which seriously affects the service life of the lamp. Moreover, the location of the external mounting structure of the lamp housing will inevitably cause a certain degree of interference with the light, so that the omnidirectional lighting effect needs to be improved. In addition, once the external mounting structure of the lamp housing is selected, it can only be adapted to a specific installation position, and the installation convenience and versatility also need to be improved.

[0003] In summary, existing omnidirectional lighting devices have technical problems such as poor heat dissipation effect, the omnidirectional lighting effect needs to be improved, and the installation convenience and versatility need to be improved. Summary of the invention

[0004] The purpose of the present invention is to solve the deficiencies in the prior art to at least a certain extent and to provide an omnidirectional luminous lighting device to improve the heat dissipation effect, omnidirectional luminous effect, installation convenience and versatility of the omnidirectional luminous lighting device.

[0005] The omnidirectional luminous lighting device proposed by the present invention comprises: A light-transmitting shell, wherein the interior of the light-transmitting shell is used to arrange an LED lamp wick assembly, and the light-transmitting shell transmits light emitted by the LED lamp wick assembly; An LED lamp wick assembly, wherein the light emitting surface of the LED lamp wick assembly faces the inner wall of the light-transmitting shell, and the light emitted passes through multiple shell surfaces of the light-transmitting shell to provide omnidirectional light illumination; The mounting structure comprises an inner shell structure and an outer shell structure; a part of the mounting structure is located inside the light-transmitting shell to form the inner shell structure, and the LED lamp wick assembly is arranged on the inner shell structure; a part of the mounting structure extends out of the light-transmitting shell to form the outer shell structure outside the light-transmitting shell, and the outer shell structure is used to mount the entire lighting device to a desired mounting position.

[0006] Furthermore, the LED wick assembly includes an internal light-transmitting shell and an LED wick; the internal light-transmitting shell covers the LED wick to form the entire LED wick assembly, and the entire LED wick assembly is arranged on the shell internal structure; the light-transmitting shell covers the entire LED wick assembly, and the light-emitting surface of the LED wick faces the inner wall of the internal light-transmitting shell, so that the multiple shell surfaces of the internal light-transmitting shell form the light-emitting surface of the LED wick assembly.

[0007] Furthermore, the light-transmitting shell is a strip-shaped lamp shell, the internal light-transmitting shell is an internal strip-shaped shell that can adapt to the length of the strip-shaped lamp shell, the LED lamp wick is an LED light strip that can adapt to the length of the internal strip-shaped shell, and the mounting structure is a sheet-like structure that can adapt to the length of the LED light strip. The part of the sheet-like structure located outside the light-transmitting shell forms the outer shell structure, and the part of the sheet-like structure located inside the light-transmitting shell forms the inner shell structure.

[0008] Furthermore, the LED wick assembly adopts one group of LED wick assemblies or two or more groups of LED wick assemblies; when the LED wick assembly adopts two or more groups of LED wick assemblies, adjacent LED wick assemblies are arranged at a preset distance so that the two or more groups of LED wick assemblies form a row of LED wick assembly light sources.

[0009] Furthermore, the LED lamp wick includes a first LED lamp wick and a second LED lamp wick; the first LED lamp wick and the second LED lamp wick are respectively arranged on two opposite structural surfaces of the inner shell structure, so that the light emitted from the light-emitting surface of the first LED lamp wick and the light emitted from the light-emitting surface of the second LED lamp wick are in opposite directions and propagate toward the two opposite inner wall surfaces of the internal light-transmitting shell.

[0010] Furthermore, the light-transmitting shell adopts a regular polyhedron structure, or the light-transmitting shell adopts an irregular polyhedron structure, or the light-transmitting shell adopts a curved surface structure, or the light-transmitting shell adopts a combined polyhedron structure of a curved surface and a flat surface.

[0011] Furthermore, when the light-transmitting shell adopts a regular polyhedral structure, the regular polyhedral structure is a tetrahedral structure, or the regular polyhedral structure is an octahedral structure.

[0012] Furthermore, the light-transmitting shell is made of a silicone material and an anti-glare material, and the inner light-transmitting shell is made of a silicone material.

[0013] Furthermore, the sheet structure is made of a metal material with good thermal conductivity to form a metal sheet that can adapt to the length of the LED light strip. The part of the metal sheet located outside the light-transmitting shell forms the outer shell structure, and the part of the metal sheet located inside the light-transmitting shell forms the inner shell structure.

[0014] Further, the LED wick assembly and the mounting structure are formed into an integral structure through an extrusion process to be assembled with the light-transmitting shell; or, the LED wick assembly, the mounting structure and the light-transmitting shell are formed into an integral device structure through an extrusion process; when the LED wick assembly, the mounting structure and the light-transmitting shell are formed into an integral device structure through an extrusion process, a connecting bite structure is provided at a portion of the mounting structure that contacts the inner layer of the light-transmitting shell, and the inner layer of the light-transmitting shell bites the mounting structure through the connecting bite structure.

[0015] Compared with the prior art, the present invention has the following beneficial effects: The omnidirectional luminous lighting device proposed in the present invention includes a light-transmitting shell, an LED wick assembly and a mounting structure. The interior of the light-transmitting shell is used to arrange the LED wick assembly. The light-transmitting shell transmits the light emitted by the LED wick assembly. The light-emitting surface of the LED wick assembly faces the inner wall of the light-transmitting shell. The emitted light passes through multiple shell surfaces of the light-transmitting shell to provide omnidirectional luminous lighting. The mounting structure includes an inner shell structure and an outer shell structure. A part of the structure of the mounting structure is located inside the light-transmitting shell to form the inner shell structure. The LED wick assembly is arranged on the inner shell structure. A part of the structure of the mounting structure extends to the outside of the light-transmitting shell to form the outer shell structure outside the light-transmitting shell. The outer shell structure is used to install the entire lighting device to a desired installation position, thereby improving the heat dissipation effect, omnidirectional luminous effect, installation convenience and versatility of the omnidirectional luminous lighting device. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on these drawings without paying any creative labor.

[0017] Figure 1 It is a structural schematic diagram of the omnidirectional luminaire according to an embodiment of the present invention when the inner shell structure and the outer shell structure are embodied; Figure 2 This is a structural schematic diagram of an omnidirectional luminaire according to an embodiment of the present invention when an outer shell structure is embodied; Figure 3 This is a structural schematic diagram of an omnidirectional luminaire according to an embodiment of the present invention when the light-transmitting shell is a combined polyhedron structure; Figure 4 It is a structural schematic diagram of the omnidirectional luminaire according to an embodiment of the present invention when the light-transmitting shell is an octahedral structure.

[0018] 1. Translucent shell; 2. LED wick assembly; 20. internal light-transmitting shell; 21. LED wick; 3. Install structural parts; 30. Inner shell structure; 31. Outer shell structure. DETAILED DESCRIPTION

[0019] The embodiments of the present invention are described in detail below, and examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar methods or methods having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are intended to be used to explain the present invention, but are not to be construed as limitations of the present invention. All other embodiments obtained by ordinary technicians in the field without creative work based on the embodiments of the present invention are within the scope of protection of the present invention.

[0020] See also Figure 1-Figure 4 The omnidirectional lighting device provided in the embodiment of the present invention includes: A light-transmitting shell 1, wherein the interior of the light-transmitting shell 1 is used to arrange an LED lamp wick assembly 2, and the light-transmitting shell 1 transmits light emitted by the LED lamp wick assembly 2; An LED lamp core component 2, wherein the light emitting surface of the LED lamp core component 2 faces the inner wall of the light-transmitting shell 1, and the light emitted passes through multiple shell surfaces of the light-transmitting shell 1 to provide omnidirectional light illumination; The mounting structure 3 includes an inner shell structure 30 and an outer shell structure 31; a portion of the mounting structure 3 is located inside the light-transmitting shell 1 to form the inner shell structure 30, and the LED wick assembly 2 is arranged on the inner shell structure 30; a portion of the mounting structure 3 extends out of the light-transmitting shell 1 to form the outer shell structure 31 outside the light-transmitting shell 1, and the outer shell structure 31 is used to install the entire lighting device to a desired installation position.

[0021] It should be noted that in the existing conventional technology, the mounting structure 3 used to install the lighting device is arranged on the outside of the lamp housing of the lighting device, that is, after the main structure of the lighting device is set, the mounting structure is arranged on the lamp housing of the lighting device, for example, a ceiling bracket is arranged to support the ceiling installation. However, the mounting structure does not make physical contact with the LED lamp in the lamp housing, and the heat in the lamp housing can only be conducted by the lamp housing, which seriously affects the service life of the lamp. Moreover, the location of the external mounting structure 3 of the lamp housing will inevitably cause a certain degree of interference with the light, so that the omnidirectional luminous effect needs to be improved. In addition, once the external mounting structure 3 of the lamp housing is selected, it can only be adapted to a specific installation position, and the installation convenience and versatility also need to be improved. In this embodiment, the mounting structure 3 includes an inner shell structure 30 and an outer shell structure 31. A portion of the mounting structure 3 is located inside the light-transmitting shell 1 to form the inner shell structure 30. The LED lamp wick assembly 2 is arranged on the inner shell structure 30. A portion of the mounting structure 3 extends out of the light-transmitting shell 1 to form the outer shell structure 31 outside the light-transmitting shell 1. The outer shell structure 31 is used to install the entire lighting device to the required installation position, so that the LED lamp wick assembly 2 can not only be supported by the inner shell structure 30, so that the structural stability is enhanced, but also the heat emitted by the LED lamp wick assembly 2 can be conducted along the inner shell structure 30 toward the outer shell structure 31, which greatly improves the heat dissipation performance of the lighting device and improves the service life of the lighting device. In addition, a portion of the mounting structure 3 extends out of the light-transmitting shell 1 to form the outer shell structure 31 outside the light-transmitting shell 1. The outer shell structure 31 is used to install the entire lighting device to the required installation position. In this way, there are multiple options for the installation position required for the overall installation of the lighting device. For example, the outer shell structure 31 can be directly installed in the installation groove, so as to realize the installation of the entire lighting device to the required installation position. For another example, various mounting brackets can be used to fix the outer shell structure 31, and then the lighting device can be installed to the required installation position through a suitable mounting bracket. In this way, the mounting structure 3 can not only rely on its inner shell structure 30 to support the LED wick assembly 2 inside the light-transmitting shell 1, but also rely on its outer shell structure 31 to support the entire lighting device. The outer shell structure 31 can be adapted to mounting brackets of different shapes and specifications to install the lighting device, and can also be directly installed in the installation position such as the mounting groove, thereby greatly improving the installation convenience and versatility of the lighting device. Since the outer shell structure 31 is formed by the mounting structure 3 extending directly from the inside of the light-transmitting shell 1 to the outside of the light-transmitting shell 1, it is possible to avoid setting the device mounting structure outside the shell of the light-transmitting shell 1, thereby effectively avoiding the light propagation interference caused by the external mounting structure in the traditional technology, and greatly improving the omnidirectional luminous effect of the lighting device.Moreover, the cost of setting up an external mounting structure in the traditional technology can be avoided, and the complexity of the process and the structure can be reduced.

[0022] In some preferred embodiments, the LED wick assembly 2 includes an internal light-transmitting shell 20 and an LED wick 21; the internal light-transmitting shell 20 covers the LED wick 21 to form the entirety of the LED wick assembly 2, and the entirety of the LED wick assembly 2 is disposed on the shell inner structure 30; the light-transmitting shell 1 covers the entirety of the LED wick assembly 2, and the light-emitting surface of the LED wick 21 faces the inner wall of the internal light-transmitting shell 20, so that the multiple shell surfaces of the internal light-transmitting shell 20 form the light-emitting surface of the LED wick assembly 2. It should be noted that in this embodiment, the internal light-transmitting shell 20 covers the LED wick 21, and the light-emitting surface of the LED wick 21 faces the inner wall of the internal light-transmitting shell 20, so that the multiple shell surfaces of the internal light-transmitting shell 20 form the light-emitting surface of the LED wick assembly 2, thereby realizing that the light of the LED wick 21 propagates at multiple angles inside the light-transmitting shell 1, and then performs multi-angle external lighting through the light-transmitting shell 1, further improving the omnidirectional lighting effect of the lighting device.

[0023] In some preferred embodiments, the light-transmitting shell 1 is a strip-shaped lamp shell, the internal light-transmitting shell 20 is an internal strip-shaped shell that can adapt to the length of the strip-shaped lamp shell, the LED lamp core 21 is an LED light strip that can adapt to the length of the internal strip-shaped shell, and the mounting structure 3 is a sheet-like structure that can adapt to the length of the LED light strip. The portion of the sheet-like structure located outside the light-transmitting shell 1 forms the outer shell structure 31, and the portion of the sheet-like structure located inside the light-transmitting shell 1 forms the inner shell structure 30. It should be noted that the shape of the light-transmitting shell 1 can be set to different shapes according to actual needs. In this embodiment, the light-transmitting shell 1 is set as a strip-shaped lamp shell for illustration. When the light-transmitting shell 1 is set as a long strip-shaped lamp shell, the internal light-transmitting shell 20 needs to be set as an internal long strip shell that can adapt to the length of the long strip-shaped lamp shell, the LED lamp wick 21 is an LED light strip that can adapt to the length of the internal long strip shell, and the mounting structure 3 needs to be set as a sheet structure that can adapt to the length of the LED light strip, so as to obtain a lighting device that is an overall long strip.

[0024] In some preferred embodiments, the LED wick assembly 2 adopts one group of LED wick assemblies 2 or more than two groups of LED wick assemblies 2; when the LED wick assembly 2 adopts more than two groups of LED wick assemblies 2, adjacent LED wick assemblies 2 are arranged at a preset distance, so that the two or more groups of LED wick assemblies 2 form a row of LED wick assembly 2 light sources. It should be noted that, according to different lighting requirements, the LED wick assembly 2 can adopt one group of LED wick assemblies 2 or more than two groups of LED wick assemblies 2. When the LED wick assembly 2 adopts more than two groups of LED wick assemblies 2, adjacent LED wick assemblies 2 are arranged at a preset distance, so that the two or more groups of LED wick assemblies 2 form a row of LED wick assembly 2 light sources, thereby further improving the omnidirectional lighting effect of the lighting device.

[0025] In some preferred embodiments, the LED wick 21 includes a first LED wick 21 and a second LED wick 21; the first LED wick 21 and the second LED wick 21 are respectively arranged on two opposite structural surfaces of the inner shell structure 30, so that the light emitted from the light-emitting surface of the first LED wick 21 and the light emitted from the light-emitting surface of the second LED wick 21 are in opposite directions, and propagate toward the two opposite inner wall surfaces of the inner light-transmitting shell 20. It should be noted that, in this embodiment, the first LED wick 21 and the second LED wick 21 are respectively arranged on two opposite structural surfaces of the inner shell structure 30, so that the light emitted from the light-emitting surface of the first LED wick 21 and the light emitted from the light-emitting surface of the second LED wick 21 are in opposite directions, and propagate toward the two opposite inner wall surfaces of the inner light-transmitting shell 20, thereby further enhancing the omnidirectional luminous effect of the lighting device.

[0026] In some preferred embodiments, the light-transmitting shell 1 adopts a regular polyhedron structure, or the light-transmitting shell 1 adopts an irregular polyhedron structure, or the light-transmitting shell 1 adopts a curved surface structure, or the light-transmitting shell 1 adopts a combined polyhedron structure of a curved surface and a flat surface. Further, when the light-transmitting shell 1 adopts a regular polyhedron structure, the regular polyhedron structure is a tetrahedron structure, or the regular polyhedron structure is an octahedron structure. It should be noted that in this embodiment, the light-transmitting shell 1 adopts different structures, for example, a regular polyhedron structure, an irregular polyhedron structure, a curved surface structure, or a combined polyhedron structure of a curved surface and a flat surface, so as to meet different appearance requirements of the lighting device.

[0027] In some preferred embodiments, the light-transmitting shell 1 is prepared by silicone material and anti-glare material, and the internal light-transmitting shell 20 is prepared by silicone material. It should be noted that in this embodiment, the light-transmitting shell 1 is prepared by silicone material and anti-glare material, or the light-transmitting shell 1 is prepared by silicone material alone, which belongs to conventional technology, and the specific implementation method is not repeated in this embodiment. However, it should be noted that in this embodiment, the light-transmitting shell 1 covers the internal light-transmitting shell 20, and the function of the internal light-transmitting shell 20 is to propagate the light emitted by the LED wick 21 to the inside of the light-transmitting shell 1 in different directions. Therefore, the internal light-transmitting shell 20 is prepared by silicone material alone without anti-glare material. This not only greatly reduces the complexity of the process and reduces the use of anti-glare materials, but also can further enhance the omnidirectional luminous effect of the lighting device while meeting the anti-glare requirement.

[0028] In some preferred embodiments, the sheet structure is made of a good thermal conductive metal material to form a metal sheet that can adapt to the length of the LED light strip, the portion of the metal sheet located outside the light-transmitting shell 1 forms the outer shell structure 31, and the portion of the metal sheet located inside the light-transmitting shell 1 forms the inner shell structure 30. It should be noted that the metal sheet not only has good thermal conductivity, but also has good rigidity and hardness. In this embodiment, the sheet structure is made of a good thermal conductive metal material to form a metal sheet that can adapt to the length of the LED light strip, the portion of the metal sheet located outside the light-transmitting shell 1 forms the outer shell metal sheet, and the portion of the metal sheet located inside the light-transmitting shell 1 forms the inner shell metal sheet, so that the LED wick assembly 2 can not only be supported by the inner shell structure 30, so that the structural stability is enhanced, but also the heat emitted by the LED wick assembly 2 can be conducted along the inner shell metal sheet to the outer shell metal sheet, which greatly improves the heat dissipation performance of the lighting device and improves the service life of the lighting device. In addition, a part of the structure of the metal sheet extends out of the light-transmitting shell 1, and an outer metal sheet is formed outside the light-transmitting shell 1. The outer metal sheet is used to install the entire lighting device to the desired installation position. In this way, there are multiple options for the installation position required for the overall installation of the lighting device. For example, the outer metal sheet can be directly installed in the installation groove, so as to achieve the installation of the entire lighting device to the desired installation position. For another example, a variety of mounting brackets can be used to fix the outer metal sheet, and then the lighting device can be installed to the required installation position through a suitable mounting bracket. In this way, the metal sheet can not only rely on the inner metal sheet of the shell to support the LED wick assembly 2 inside the light-transmitting shell 1, but also rely on the outer metal sheet of the shell to support the entire lighting device. The outer metal sheet can be adapted to mounting brackets of different shapes and specifications to install the lighting device, and can also be directly installed in mounting positions such as mounting grooves, thereby greatly improving the installation convenience and versatility of the lighting device. Since the outer metal sheet is formed by directly extending the metal sheet from the inside of the light-transmitting shell 1 to the outside of the light-transmitting shell 1, it is possible to avoid setting a device mounting structure on the outside of the shell of the light-transmitting shell 1, thereby effectively avoiding the light propagation interference caused by the external mounting structure in the traditional technology, greatly improving the omnidirectional light-emitting effect of the lighting device. In addition, it is also possible to avoid the cost caused by setting the external mounting structure in the traditional technology, and reduce the process complexity and structural complexity.

[0029] In some preferred embodiments, the LED wick assembly 2 and the mounting structure 3 are formed into an integral structure through an extrusion process to be assembled with the light-transmitting shell 1; or, the LED wick assembly 2, the mounting structure 3 and the light-transmitting shell 1 are formed into an integral device structure as a whole through an extrusion process; when the LED wick assembly 2, the mounting structure 3 and the light-transmitting shell 1 are formed into an integral device structure as a whole through an extrusion process, a connecting bite structure is provided at a portion of the mounting structure 3 that contacts the inner layer of the light-transmitting shell 1, and the inner layer of the light-transmitting shell 1 bites the mounting structure 3 through the connecting bite structure. It should be noted that when the LED wick assembly 2, the mounting structure 3 and the light-transmitting shell 1 are formed into an integrated device structure through an extrusion process, a connecting bite structure is provided at a portion of the mounting structure 3 that contacts the inner layer of the light-transmitting shell 1. The inner layer of the light-transmitting shell 1 bites the mounting structure 3 through the connecting bite structure, thereby preventing external forces such as external vibration or pulling from loosening the LED wick assembly 2 and improving the structural stability of the lighting device. Furthermore, the connecting and engaging structure is a connecting through hole provided at the portion of the mounting structure 3 in contact with the inner layer of the light-transmitting shell 1. In the process of forming the LED wick assembly 2, the mounting structure 3 and the light-transmitting shell 1 into an integrated device structure through an extrusion process, the silicone forming the inner layer of the light-transmitting shell 1 passes through the connecting through hole, so that the inner layer of the light-transmitting shell 1 engages with the mounting structure 3 through the connecting through hole, which not only effectively prevents the LED wick assembly 2 from being loosened by external forces such as external vibration or pulling, thereby improving the structural stability of the lighting device, but also effectively uses the extrusion process to tightly fix the inner layer of the light-transmitting shell 1 and the mounting structure 3, thereby avoiding the use of other processes to stabilize the connection between the inner layer of the light-transmitting shell 1 and the mounting structure 3, thereby greatly saving costs and production processes, and improving the production efficiency of the lighting device.

[0030] The above is a description of the technical solution provided by the present invention. For those skilled in the art, according to the ideas of the embodiments of the present invention, there may be changes in the specific implementation methods and application scopes. In summary, the content of this specification should not be understood as limiting the present invention.

Claims

1. An omnidirectional lighting device, characterized in that: include: A light-transmitting shell, wherein the interior of the light-transmitting shell is used to arrange an LED lamp wick assembly, and the light-transmitting shell transmits light emitted by the LED lamp wick assembly; An LED lamp wick assembly, wherein the light emitting surface of the LED lamp wick assembly faces the inner wall of the light-transmitting shell, and the light emitted passes through multiple shell surfaces of the light-transmitting shell to provide omnidirectional light illumination; The mounting structure comprises an inner shell structure and an outer shell structure; a part of the mounting structure is located inside the light-transmitting shell to form the inner shell structure, and the LED lamp wick assembly is arranged on the inner shell structure; a part of the mounting structure extends out of the light-transmitting shell to form the outer shell structure outside the light-transmitting shell, and the outer shell structure is used to mount the entire lighting device to a desired mounting position.

2. The omnidirectional lighting device according to claim 1, characterized in that: The LED wick assembly includes an internal light-transmitting shell and an LED wick; the internal light-transmitting shell covers the LED wick to form the entire LED wick assembly, and the entire LED wick assembly is arranged on the shell internal structure; the light-transmitting shell covers the entire LED wick assembly, and the light-emitting surface of the LED wick faces the inner wall of the internal light-transmitting shell, so that the multiple shell surfaces of the internal light-transmitting shell form the light-emitting surface of the LED wick assembly.

3. The omnidirectional lighting device according to claim 2, characterized in that: The light-transmitting shell is a strip-shaped lamp shell, the internal light-transmitting shell is an internal strip-shaped shell that can adapt to the length of the strip-shaped lamp shell, the LED lamp wick is an LED light strip that can adapt to the length of the internal strip-shaped shell, and the mounting structure is a sheet-like structure that can adapt to the length of the LED light strip. The part of the sheet-like structure located outside the light-transmitting shell forms the outer shell structure, and the part of the sheet-like structure located inside the light-transmitting shell forms the inner shell structure.

4. The omnidirectional lighting device according to claim 2, characterized in that: The LED wick assembly adopts one group of LED wick assemblies or two or more groups of LED wick assemblies; when the LED wick assembly adopts two or more groups of LED wick assemblies, adjacent LED wick assemblies are arranged at a preset distance so that the two or more groups of LED wick assemblies form a row of LED wick assembly light sources.

5. The omnidirectional lighting device according to claim 2, characterized in that: The LED lamp wick includes a first LED lamp wick and a second LED lamp wick; the first LED lamp wick and the second LED lamp wick are respectively arranged on two opposite structural surfaces of the inner shell structure, so that the light emitted from the light-emitting surface of the first LED lamp wick and the light emitted from the light-emitting surface of the second LED lamp wick are in opposite directions and propagate toward the two opposite inner wall surfaces of the internal light-transmitting shell.

6. The omnidirectional lighting device according to claim 1, characterized in that: The light-transmitting shell adopts a regular polyhedron structure, or adopts an irregular polyhedron structure, or adopts a curved surface structure, or adopts a combined polyhedron structure of a curved surface and a flat surface.

7. The omnidirectional lighting device according to claim 6, characterized in that: When the light-transmitting shell adopts a regular polyhedral structure, the regular polyhedral structure is a tetrahedral structure, or the regular polyhedral structure is an octahedral structure.

8. The omnidirectional lighting device according to claim 2, characterized in that: The light-transmitting shell is made of a silicone material and an anti-glare material, and the inner light-transmitting shell is made of a silicone material.

9. The omnidirectional lighting device according to claim 3, characterized in that: The sheet structure is made of a metal material with good thermal conductivity to form a metal sheet that can adapt to the length of the LED light strip. The part of the metal sheet located outside the light-transmitting shell forms the outer shell structure, and the part of the metal sheet located inside the light-transmitting shell forms the inner shell structure.

10. The omnidirectional lighting device according to any one of claims 1 to 9, characterized in that: The LED wick assembly and the mounting structure are formed into an integral structure through an extrusion process to be assembled with the light-transmitting shell; or, the LED wick assembly, the mounting structure and the light-transmitting shell are formed into an integral device structure through an extrusion process; when the LED wick assembly, the mounting structure and the light-transmitting shell are formed into an integral device structure through an extrusion process, a connecting bite structure is provided at a portion of the mounting structure that contacts the inner layer of the light-transmitting shell, and the inner layer of the light-transmitting shell bites the mounting structure through the connecting bite structure.

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