A dog atmosphere lamp

Abstract

This utility model relates to a dog-shaped ambient light, solving the problem that existing complex-shaped transparent ambient lights cannot simultaneously achieve uniform illumination and aesthetic appeal. It includes a housing and a light source assembly housed within the housing. The housing is a transparent, dog-shaped shell. The light source assembly includes one or more lamp board assemblies and one or more light guides within the housing. Each lamp board assembly includes a PCB board, LEDs on both sides of the PCB board, and connecting wires. The PCB board surface has a white coating. Each lamp board assembly has a corresponding light guide, and the PCB board and connecting wires are all located within their respective light guides. This achieves 360-degree uniform light emission. The PCB board and connecting wires are all located within their respective light guides, resulting in a simple internal structure, uniform light diffusion, and an aesthetically pleasing appearance despite the complex design.

Description

Technical Field

[0001] This utility model relates to the field of home appliance technology, specifically to a dog-themed ambient light. Background Technology

[0002] Existing transparent ambient lights generally have simple designs because their internal structure is visible. However, complex exteriors lead to complex internal structures, which affects their aesthetic appeal. Therefore, finding transparent ambient lights that are both complex in appearance and aesthetically pleasing has become an urgent problem to be solved. Utility Model Content

[0003] The purpose of this invention is to solve the problem that existing complex-shaped transparent ambient lights cannot simultaneously achieve uniform lighting and aesthetically pleasing appearance.

[0004] The technical solution adopted to solve the technical problem proposed by this utility model is as follows: The dog-shaped ambient light of this utility model includes a shell and a light source assembly disposed inside the shell. The shell is a transparent shell in the shape of a dog. The light source assembly includes one or more lamp board assemblies and one or more light guide tubes disposed inside the shell. The lamp board assembly includes a PCB board, LED beads disposed on both sides of the PCB board and connecting wires. The surface of the PCB board is coated with a white coating. Each lamp board assembly is provided with a matching light guide tube. The PCB board and the connecting wires are all located inside the corresponding light guide tubes.

[0005] The technical solutions that further define this utility model include:

[0006] The outer shell includes an integrally molded central cavity corresponding to the dog's head, neck, torso, and tail; an ear cavity corresponding to the dog's ears; a forelimb cavity corresponding to the dog's forelimbs; and a hindlimb cavity corresponding to the dog's hindlimbs. The light panel assembly includes a main control light panel disposed in the central cavity; an ear light panel disposed in the ear cavity; a forelimb light panel disposed in the forelimb cavity; and a hindlimb light panel disposed in the hindlimb cavity. The ear light panel, forelimb light panel, and hindlimb light panel are respectively connected to the main control light panel.

[0007] The ear light panel, forelimb light panel, and hindlimb light panel are all V-shaped light panels. The V-shaped light panels are connected to the corresponding outer shells via connecting lamp holders. The V-shaped light panels and the light guide tubes corresponding to the V-shaped light panels are all mounted on the connecting lamp holders. The connecting lamp holders are detachably connected to the corresponding outer shells.

[0008] An encoder rotary switch is located on the wall of the middle cavity corresponding to the dog's nose, and a button is located inside the head cavity corresponding to the encoder rotary switch. The encoder rotary switch is snapped into the wall of the middle cavity.

[0009] The dog ambient light also includes a battery, and a battery compartment is provided in the forelimb cavity and / or hindlimb cavity, with the battery located inside the battery compartment. A charging interface for connecting to the main control board is provided on the wall of the forelimb cavity and / or hindlimb cavity.

[0010] The central cavity includes a vertically arranged left and right shells, which are glued together. The main control light board is arranged along the shape of the central cavity. The left shell has a left slot that matches the light guide tube corresponding to the main control light board, and the right shell has a right slot that matches the light guide tube corresponding to the main control light board. The light guide tube corresponding to the main control light board is engaged between the left and right slots. The ear cavity, forelimb cavity, and hindlimb cavity are respectively inserted into the left and right shells and fixedly connected to them.

[0011] The left shell is provided with horizontally oriented ear cavity mounting posts, forelimb cavity mounting posts, and hindlimb cavity mounting posts. The left and right shells are provided with ear cavity mounting slots, forelimb cavity mounting slots, and hindlimb cavity mounting slots. The bottom of the ear cavity is provided with an ear cavity mounting part that mates with the ear cavity mounting slot. The ear cavity mounting part is provided with an ear cavity mounting hole that mates with the ear cavity mounting post. The top of the forelimb cavity is provided with a forelimb cavity mounting part that mates with the forelimb cavity mounting slot. The forelimb cavity mounting part is provided with a forelimb cavity mounting hole that mates with the forelimb cavity mounting post. The top of the hindlimb cavity is provided with a hindlimb cavity mounting part that mates with the hindlimb cavity mounting slot. The hindlimb cavity mounting part is provided with a forelimb cavity mounting hole that mates with the hindlimb cavity mounting post.

[0012] The ear cavity mounting part is provided with an ear wire routing hole that communicates with the middle cavity, the forelimb cavity mounting part is provided with a forelimb wire routing hole that communicates with the bottom of the middle cavity, and the hindlimb cavity mounting part is provided with a hindlimb wire routing hole that communicates with the bottom of the middle cavity.

[0013] The ear cavity includes a front ear shell and a rear ear shell, which are detachably connected by screws; the forelimb cavity includes a front forelimb shell and a rear forelimb shell, which are connected by screws; the hindlimb cavity includes a front hind limb shell and a rear hind limb shell, which are connected by screws.

[0014] The light guide tube is made of a mixture of light-transmitting plastic and optical diffusion powder, and the surface of the light guide tube is provided with an atomization layer.

[0015] Through the above technical solution, the beneficial effects of this utility model are as follows: The outer shell of the dog-shaped ambient light of this utility model is a transparent shell in the shape of a dog. The light source component includes one or more light boards and one or more light guide tubes disposed inside the shell. Lamp beads are provided on both sides of the PCB board. The surface of the PCB board is coated with a white coating. Each light board is provided with a light guide tube that cooperates with it to achieve 360-degree uniform light emission. The PCB board and connecting wires are all located inside the corresponding light guide tubes, so the internal structure is simple and the uniform scattering of the light source is achieved. At the same time, the complex appearance shape also takes into account the aesthetics of the appearance. Attached Figure Description

[0016] Figure 1 This is a three-dimensional structural diagram of a dog-themed ambient light according to the present invention.

[0017] Figure 2 This is a three-dimensional structural diagram of a dog-themed ambient light according to the present invention.

[0018] Figure 3 This is a cross-sectional structural diagram of a dog-shaped ambient light according to the present invention.

[0019] Figure 4 This is an exploded structural diagram of a dog-themed ambient light according to this utility model.

[0020] Figure 5 This is an exploded structural diagram of a dog-themed ambient light according to this utility model.

[0021] Figure 6 This is an exploded structural diagram of a dog-themed ambient light according to this utility model.

[0022] Figure 7 This is a schematic diagram of the assembly structure of the connecting lamp holder for a dog-themed ambient light according to this utility model.

[0023] The components include: outer shell 10, central cavity 11, left side shell 111, left slot 1111, ear cavity mounting post 1112, forelimb cavity mounting post 1113, hind limb cavity mounting post 1114, right side shell 112, right slot 1121, ear cavity mounting groove 113, forelimb cavity mounting groove 114, hind limb cavity mounting groove 115, ear cavity 12, front ear shell 1201, front ear shell positioning protrusion 12011, rear ear shell 1202, rear ear shell adhesive groove 12021, ear cavity mounting part 121, ear cavity mounting hole 122, ear wire routing hole 123, forelimb cavity 13, forelimb front shell 1301, and forelimb front shell positioning protrusion 130. 11. Forelimb rear shell 1302, forelimb rear shell adhesive groove 13021, forelimb cavity mounting part 131, forelimb cavity mounting hole 132, forelimb wiring hole 133, rear limb cavity 14, rear limb front shell 1401, rear limb front shell adhesive groove 14011, rear limb rear shell 1402, rear limb rear shell positioning protrusion 14021, rear limb cavity mounting part 141, rear limb cavity mounting hole 142, rear limb wiring hole 143, battery compartment 15, light source assembly 20, lamp board assembly 21, PCB board 211, LED bead 212, connecting wire 213, main control lamp board 214, ear lamp board 215, forelimb lamp board 216, rear limb lamp board 217, light guide tube 22. Connecting lamp holder 30, first lamp holder housing 31, second base housing 32, encoder rotary switch 40, button 50, battery 60, charging interface 70. Detailed Implementation

[0024] The structure of this utility model will be further described below with reference to the accompanying drawings.

[0025] Reference Figures 1 to 7This utility model's dog-shaped ambient light includes a housing 10 and a light source assembly 20 disposed within the housing 10. The housing 10 is a transparent housing shaped like a dog. The light source assembly 20 includes one or more lamp board assemblies 21 and one or more light guide tubes 22 disposed within the housing 10. The lamp board assembly 21 includes a PCB board 211, LED beads 212 disposed on both sides of the PCB board, and connecting wires 213. The LED beads on both sides of the PCB board achieve 360-degree illumination. The surface of the PCB board 211 has a white coating, so there are no shadows of other colors when viewed through the transparent housing, resulting in more uniform illumination. Each lamp board assembly 21 has a corresponding light guide tube 22. The PCB board 211 and connecting wires 213 are all located within the corresponding light guide tube 22, thus simplifying the internal structure of the housing. The PCB board and connecting wires are not visible when viewed through the transparent housing, resulting in an aesthetically pleasing appearance. In this embodiment, the light guide tube is made of a mixture of light-transmitting plastic and optical diffusing powder, and the surface of the light guide tube has a frosted layer. The diffusing powder, composed of nano / micron-sized barium sulfate, calcium carbonate, titanium dioxide, and other scattering particles, achieves light diffusion through refraction, reflection, or diffraction, eliminating the glare problem of point light sources and achieving uniform light emission. It also allows for complex shapes while maintaining an aesthetically pleasing appearance.

[0026] In this embodiment, the outer shell 10 includes an integrally formed central cavity 11 corresponding to the dog's head, neck, torso, and tail; an ear cavity 12 corresponding to the dog's ears; a forelimb cavity 13 corresponding to the dog's forelimbs; and a hindlimb cavity 14 corresponding to the dog's hindlimbs. The light panel assembly 21 includes a main control light panel 214 disposed in the central cavity 11; an ear light panel 215 disposed in the ear cavity 12; a forelimb light panel 216 disposed in the forelimb cavity 13; and a hindlimb light panel 217 disposed in the hindlimb cavity 14. The ear light panel 215, the forelimb light panel 216, and the hindlimb light panel 217 are respectively connected to the main control light panel 214. During installation, first install the main control light board 214 to the central cavity 11, install the ear light board 215 to the ear cavity 12, and install the hind limb light board 217 to the hind limb cavity 14. Then connect the ear light board 215, forelimb light board 216, and hind limb light board 217 to the main control light board 214 respectively. Finally, install the ear cavity, forelimb cavity, and hind limb cavity to the central cavity. This results in a compact overall structure and simple and convenient assembly.

[0027] In this embodiment, the ear light panel 215, forelimb light panel 216, and hindlimb light panel 217 are all V-shaped light panels. The V-shaped light panels are connected to their corresponding housings via connecting lamp holders 30. Both the V-shaped light panels and their corresponding light guides are mounted on the connecting lamp holders 30, which are detachably connected to their respective housings. In this embodiment, the connecting lamp holder 30 includes a first lamp holder housing 31 and a second base housing 32. The first and second lamp holder housings have screw mounting holes and are fixed to the housings via screws. The V-shaped light panels and connecting tubes are respectively connected and fixed to the first or second lamp holder housing via screws. The V-shaped light panels are not only easy to manufacture and install, but also achieve uniform illumination within a specific space by conforming to the shapes of the dog's ears, forelimbs, and hindlimbs. In specific implementations, the ear light panel 215, forelimb light panel 216, and hindlimb light panel 217 are not limited to V-shapes; they can also be straight lines or ring shapes.

[0028] In this embodiment, the central cavity 11 includes a vertically arranged left shell 111 and a right shell 112, which are glued together. The main control light board 214 is arranged along the shape of the central cavity. The left shell 111 is provided with a left slot 1111 that cooperates with the light guide tube corresponding to the main control light board 214, and the right shell 112 is provided with a right slot 1121 that cooperates with the light guide tube corresponding to the main control light board 214. The light guide tube corresponding to the main control light board 214 is snapped between the left slot 1111 and the right slot 1121. During installation, the left shell 111 and the right shell 112 are glued together, and the light guide tube corresponding to the main control light board 214 is snapped between the left slot 1111 and the right slot 1121. This makes installation simple and convenient, does not require screws, and has an aesthetically pleasing appearance. The ear cavity 12, the forelimb cavity 13, and the hindlimb cavity 14 are respectively inserted into the left shell 111 and the right shell 112 and fixedly connected to the left shell 111 and the right shell 112.

[0029] In this embodiment, the left shell 111 is provided with a horizontally oriented ear cavity mounting post 1112, a forelimb cavity mounting post 1113, and a hindlimb cavity mounting post 1114. The left shell 111 and the right shell 112 are provided with an ear cavity mounting groove 113, a forelimb cavity mounting groove 114, and a hindlimb cavity mounting groove 115. The bottom of the ear cavity 12 is provided with an ear cavity mounting part 121 that mates with the ear cavity mounting groove 113. The ear cavity mounting part 121 is provided with an ear cavity mounting hole that mates with the ear cavity mounting post 1112. 122. In this embodiment, the ear cavity 12 includes a front ear shell 1201 and a rear ear shell 1202. The front ear shell 1201 and the rear ear shell 1202 are bonded together with adhesive. A rear ear shell adhesive groove 12021 can be provided on the rear ear shell 1202, and a front ear shell positioning protrusion 12011 that mates with the rear ear shell adhesive groove is provided on the front ear shell 1201. Then, adhesive is applied into the rear ear shell adhesive groove to bond the front ear shell positioning protrusion to the rear ear shell adhesive groove. This allows the connection between the front ear shell 1201 and the rear ear shell 1202 to be made without screws, resulting in an aesthetically pleasing appearance. During ear cavity installation, the ear cavity mounting part is inserted into the ear cavity mounting groove, and the ear cavity mounting hole and the ear cavity mounting post are locked together with screws, thereby fixing the ear cavity to the middle cavity. Since no screws are used on the outside of the ear cavity, the appearance is aesthetically pleasing and the light is evenly distributed.

[0030] The forelimb cavity 13 has a forelimb cavity mounting part 131 at its top that mates with the forelimb cavity mounting groove 114. The forelimb cavity mounting part 131 has a forelimb cavity mounting hole 132 that mates with the forelimb cavity mounting post 1113. The forelimb cavity 13 includes a forelimb front shell 1301 and a forelimb rear shell 1302, which are bonded together with adhesive. A forelimb rear shell adhesive groove 13021 can be provided on the forelimb rear shell 1302, and a forelimb front shell positioning protrusion 13011 that mates with the forelimb rear shell adhesive groove can be provided on the forelimb front shell 1301. Then, adhesive is applied into the forelimb rear shell adhesive groove to bond the forelimb front shell positioning protrusion with the forelimb rear shell adhesive groove, thereby connecting the forelimb front shell 1301 and the forelimb rear shell 1302 without the use of screws, resulting in an aesthetically pleasing appearance. During forelimb cavity installation, the forelimb cavity mounting part is inserted into the forelimb cavity mounting groove, and the forelimb cavity mounting hole is locked to the forelimb cavity mounting post with screws, thereby fixing the forelimb cavity to the middle cavity. No screws are used on the outside of the forelimb cavity, resulting in an aesthetically pleasing appearance and uniform light distribution.

[0031] The hind limb cavity 14 has a hind limb cavity mounting part 141 at its top, which mates with the hind limb cavity mounting groove 115. The hind limb cavity mounting part 141 has a hind limb cavity mounting hole 142 that mates with the hind limb cavity mounting post 1114. The hind limb cavity 14 includes a hind limb front shell 1401 and a hind limb rear shell 1402, which are bonded together with adhesive. A hind limb front shell adhesive groove 14011 can be provided on the hind limb front shell 1401, and a hind limb rear shell positioning protrusion 14021 that mates with the hind limb front shell adhesive groove can be provided on the hind limb rear shell 1402. Adhesive is then applied into the hind limb front shell adhesive groove to bond the hind limb rear shell positioning protrusion to the hind limb front shell adhesive groove, thus eliminating the need for screws when connecting the hind limb front shell 1401 and the hind limb rear shell 1402, resulting in a more aesthetically pleasing appearance. During hind limb cavity installation, the hind limb cavity mounting part is inserted into the hind limb cavity mounting groove, and the hind limb cavity mounting hole is locked to the hind limb cavity mounting post with screws, thereby fixing the hind limb cavity to the middle cavity. No screws are used on the outside of the hind limb cavity, resulting in an aesthetically pleasing appearance and uniform light distribution.

[0032] In this embodiment, the ear cavity mounting part 121 is provided with an ear wire routing hole 123 communicating with the middle cavity. The connecting wire is connected to the main control light board 214 through the ear wire routing hole. The forelimb cavity mounting part 131 is provided with a forelimb wire routing hole 133 communicating with the bottom of the middle cavity. The connecting wire is connected to the main control light board 214 through the forelimb wire routing hole. The hindlimb cavity mounting part 141 is provided with a hindlimb wire routing hole 143 communicating with the bottom of the middle cavity. The connecting wire is connected to the main control light board 214 through the hindlimb wire routing hole. Thus, the layout is compact, the overall installation is simple and convenient, and the connecting wires are almost invisible in appearance, making it aesthetically pleasing.

[0033] In this embodiment, an encoder rotary switch 40 is provided on the wall of the central cavity 11 corresponding to the dog's nose, and a button 50 is provided inside the head cavity corresponding to the encoder rotary switch 40. The encoder rotary switch 40 is snapped into the wall of the central cavity. The encoder rotary switch 40 and the central cavity wall are engaged by a snap-fit ​​mechanism. The brightness can be adjusted by the encoder rotary switch, and the color of the light can be controlled by pressing the encoder rotary switch and the button. In specific implementations, the function of the encoder rotary switch can be set according to functional requirements. The encoder rotary switch is ergonomically designed for easy operation.

[0034] In this embodiment, the dog ambient light also includes a battery 60. A battery compartment 15 is provided in the forelimb cavity 13 and / or the hindlimb cavity 14. The battery 60 is located in the battery compartment 15. The battery compartment is located at the bottom of the forelimb cavity 13 and / or the hindlimb cavity 14, so that the overall center of gravity is stable. The battery compartment is fixedly connected to the outer shell by screws. A charging interface 70 connected to the main control light board 214 is provided on the wall of the forelimb cavity 13 and / or the wall of the hindlimb cavity 14. The charging interface is used to charge the battery and facilitates mobile use.

[0035] Although specific embodiments of the present invention have been described in detail with reference to the accompanying drawings, this should not be construed as limiting the scope of protection of the present invention. Various modifications and variations that can be made by those skilled in the art without inventive effort within the scope described in the claims still fall within the scope of protection of the present invention.

Claims

1. A dog-themed ambient light, comprising a housing and a light source assembly disposed within the housing, characterized in that: The outer shell is a transparent shell in the shape of a dog. The light source assembly includes one or more lamp board assemblies and one or more light guide tubes disposed inside the outer shell. The lamp board assembly includes a PCB board, LEDs disposed on both sides of the PCB board, and connecting wires. The surface of the PCB board is coated with a white coating. Each lamp board assembly is provided with a matching light guide tube. The PCB board and connecting wires are located inside the corresponding light guide tube.

2. A dog-themed ambient light as described in claim 1, characterized in that: The outer shell includes an integrally molded central cavity corresponding to the dog's head, neck, torso, and tail; an ear cavity corresponding to the dog's ears; a forelimb cavity corresponding to the dog's forelimbs; and a hindlimb cavity corresponding to the dog's hindlimbs. The light panel assembly includes a main control light panel disposed in the central cavity; an ear light panel disposed in the ear cavity; a forelimb light panel disposed in the forelimb cavity; and a hindlimb light panel disposed in the hindlimb cavity. The ear light panel, forelimb light panel, and hindlimb light panel are respectively connected to the main control light panel.

3. A dog-themed ambient light as described in claim 2, characterized in that: The ear light panel, forelimb light panel, and hindlimb light panel are all V-shaped light panels. The V-shaped light panels are connected to the corresponding outer shells via connecting lamp holders. The V-shaped light panels and the light guide tubes corresponding to the V-shaped light panels are all mounted on the connecting lamp holders. The connecting lamp holders are detachably connected to the corresponding outer shells.

4. A dog-themed ambient light as described in claim 2, characterized in that: An encoder rotary switch is located on the wall of the middle cavity corresponding to the dog's nose, and a button is located inside the head cavity corresponding to the encoder rotary switch. The encoder rotary switch is snapped into the wall of the middle cavity.

5. A dog-themed ambient light as described in claim 2, characterized in that: The dog ambient light also includes a battery, and a battery compartment is provided in the forelimb cavity and / or hindlimb cavity, with the battery located inside the battery compartment. A charging interface for connecting to the main control board is provided on the wall of the forelimb cavity and / or hindlimb cavity.

6. A dog-themed ambient light as described in claim 2, characterized in that: The central cavity includes a vertically arranged left and right shells, which are glued together. The main control light board is arranged along the shape of the central cavity. The left shell has a left slot that matches the light guide tube corresponding to the main control light board, and the right shell has a right slot that matches the light guide tube corresponding to the main control light board. The light guide tube corresponding to the main control light board is engaged between the left and right slots. The ear cavity, forelimb cavity, and hindlimb cavity are respectively inserted into the left and right shells and fixedly connected to them.

7. A dog-themed ambient light as described in claim 6, characterized in that: The left shell is provided with horizontally oriented ear cavity mounting posts, forelimb cavity mounting posts, and hindlimb cavity mounting posts. The left and right shells are provided with ear cavity mounting slots, forelimb cavity mounting slots, and hindlimb cavity mounting slots. The bottom of the ear cavity is provided with an ear cavity mounting part that mates with the ear cavity mounting slot. The ear cavity mounting part is provided with an ear cavity mounting hole that mates with the ear cavity mounting post. The top of the forelimb cavity is provided with a forelimb cavity mounting part that mates with the forelimb cavity mounting slot. The forelimb cavity mounting part is provided with a forelimb cavity mounting hole that mates with the forelimb cavity mounting post. The top of the hindlimb cavity is provided with a hindlimb cavity mounting part that mates with the hindlimb cavity mounting slot. The hindlimb cavity mounting part is provided with a forelimb cavity mounting hole that mates with the hindlimb cavity mounting post.

8. A dog-themed ambient light as described in claim 7, characterized in that: The ear cavity mounting part is provided with an ear wire routing hole that communicates with the middle cavity, the forelimb cavity mounting part is provided with a forelimb wire routing hole that communicates with the bottom of the middle cavity, and the hindlimb cavity mounting part is provided with a hindlimb wire routing hole that communicates with the bottom of the middle cavity.

9. A dog-themed ambient light as described in claim 6, characterized in that: The ear cavity includes a front ear shell and a rear ear shell, which are detachably connected by screws; the forelimb cavity includes a front forelimb shell and a rear forelimb shell, which are connected by screws; the hindlimb cavity includes a front hind limb shell and a rear hind limb shell, which are connected by screws.

10. A dog-themed ambient light as described in claim 1, characterized in that: The light guide tube is made of a mixture of light-transmitting plastic and optical diffusion powder, and the surface of the light guide tube is provided with an atomization layer.

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