Frameless double-layer cubic abyssal lamp

Abstract

The invention relates to the field of abyssal lamps, in particular to a frameless double-layer cubic abyssal lamp which comprises an outer-layer cube, an inner support, a copper wire, a first connecting point and a second connecting point. An inner support of a cube structure is arranged on the inner side of the outer layer cube. The intersection vertex of three edges on the inner side of the outer-layer cube is a first connection point; the intersection vertex of three edges on the outer side of the inner bracket is a second connecting point; the first connecting point is connected with the second connecting point at the matched position through a copper wire in a hanging manner; double-layer design is adopted, the outer-layer cube, the first connecting point of the inner support and the second connecting point of the inner support are connected through copper wires, when the internal full-color lamp beads are turned on, the frameless design and the double-layer cube reflect light rays, the effect that each face can have a deep-color mirror is achieved, great visual shock is brought, six faces of the deep-color lamp can emit light, and the deep-color lamp is more attractive in appearance. And not only is a wider illumination range provided, but also the interestingness of use and the uniqueness of design are increased.

Description

Technical Field

[0001] The invention relates to the field of abyss lamps, and in particular to a frameless double-layer cubic abyss lamp. Background Art

[0002] Creative lamps are a kind of small lighting equipment in home life. With the improvement of people's quality of life and the enhancement of aesthetic awareness, lamps are not just simple lighting tools. Consumers' demand for personalized products is increasing, and they are more inclined to choose creative lamps with unique designs and diverse functions.

[0003] However, the basic structure of existing lamps usually includes the following parts: the outer shell, LED light source, and the core component of the lamp, the circuit board, which is responsible for controlling the brightness and color of the LED light source. In addition, the light is output on one side for lighting, and the lighting angle is often limited, which cannot meet the needs of all-round lighting. At the same time, the design sense is poor, and there is no recognition and appeal to customers.

[0004] Therefore, in order to solve the problems of limited lighting angle and poor design of the above-mentioned lamps, a frameless double-layer cube abyss lamp can be designed. Summary of the invention

[0005] In order to overcome the problems of limited lighting angle and poor design of lamps.

[0006] The technical solution of the present invention is: a frameless double-layer cube abyss lamp, comprising an outer cube, an inner bracket, copper wire, a first connection point, a second connection point, and a charging base; an inner bracket with a cube structure is arranged on the inner side of the outer cube; the vertices where the three edges on the inner side of the outer cube intersect are the first connection points; the number of first connection points is four; the vertices where the three edges on the outer side of the inner bracket intersect are the second connection points; the number of second connection points is four; the first connection point is suspended and connected with the second connection point at the matching position by a copper wire; six faces are arranged on the outer side of the outer cube, namely, lampshade face A, lampshade face B, lampshade face C, lampshade face D, lampshade face E and lampshade face F; the outer edges of lampshade face A, lampshade face B, lampshade face C, lampshade face D, lampshade face E and lampshade face F are all bonded into a cube by glue; a charging base is arranged at the lower end of the outer cube; the bottom end of the charging base is located on the inner side of the charging base groove.

[0007] Preferably, the abyss lamp adopts a double-layer design, and copper wire is used to connect the outer cube, the first connection point and the second connection point of the inner bracket. When the internal full-color lamp beads are lit, the frameless design and the double-layer cube reflect light, so that each surface can have the effect of an abyss mirror, bringing great visual shock;

[0008] The outer cube's lampshade surface A, lampshade surface B, lampshade surface C, lampshade surface D, lampshade surface E, and lampshade surface F use a semi-mirror chamfering cutting process to achieve high mechanical strength and aesthetics, and a six-sided frameless design. The outer side of the inner bracket is inlaid with mirror surface A, mirror surface B, mirror surface C, mirror surface D, mirror surface E, and mirror surface F, which play a role in component positioning and light transmission, and bear less force;

[0009] A circuit board is installed inside the inner bracket, which is the main force-bearing component. The circuit board has functions such as LED lamp beads, Bluetooth controller, gravity sensor switch, lithium battery charging, overheat protector, etc. The circuit board is arranged in a circle inside the inner bracket of the cube and connected by welding pads. There is a rechargeable battery in the middle. A conductive spring is welded on the inner circuit board, and tinned copper wire is welded on the conductive spring. The copper wire is connected to the first connection point of the outer cube through the second connection point on the inner bracket of the cube. The cut-off part of the copper wire has a spherical structure, which is stuck in the spherical groove at the top corner of the outer cube, and forms a pre-tightening force with the conductive spring on the circuit board, so that the copper wire is pulled and straightened, and the copper wire is fixed from the inner bracket. The length of the spherical groove from the positioning hole to the outer cube can leave an elongation of 2-3 mm. This elongation can eliminate dimensional errors during assembly, and can also make the inner bracket evenly subjected to the tension of the eight corners, so that it is automatically centered. Due to the presence of the spring, the abyss lamp is more shock-resistant and drop-resistant. The conductive spring, tinned copper wire and the spherical structure of the cut-off part are not only important structural parts, but also part of the charging circuit of the abyss lamp. The conductive spring, tinned copper wire and the spherical structure of the cut-off part are interconnected, and the circuit is divided into two networks, A and B. Through reasonable arrangement, any two adjacent vertex corners of the abyss lamp can be charged by connecting a 5V power supply of any polarity. The A and B networks are connected to the circuit board through conductive springs, and the circuit board charges the battery after rectification, filtering, voltage and current stabilization;

[0010] The abyss lamp is equipped with a charging base with four elastic contacts. The A and B networks each have two contacts to reduce poor contact. The A and B networks on the charging base are directly connected to the USB charging port.

[0011] Preferably, the four surfaces of lamp shade surface A, lamp shade surface B, lamp shade surface C, lamp shade surface D, lamp shade surface E, and lamp shade surface F are all provided with a slope with an inclination angle of 2.6 degrees; the edges of lamp shade surface A, lamp shade surface B, lamp shade surface C, lamp shade surface D, lamp shade surface E, and lamp shade surface F are all provided with chamfers; the bonding glue of lamp shade surface A, lamp shade surface B, lamp shade surface C, lamp shade surface D, lamp shade surface E, and lamp shade surface F is 855 acrylic glue; lamp shade surface A, lamp shade surface B, lamp shade surface C, lamp shade surface D, lamp shade surface E, and lamp shade surface F are made of semi-transparent lens sheets.

[0012] Preferably, spherical grooves are provided at the four corners of lamp shade surface A, lamp shade surface B, lamp shade surface C, lamp shade surface D, lamp shade surface E and lamp shade surface F; and the outer sides of lamp shade surface A, lamp shade surface B, lamp shade surface C, lamp shade surface D, lamp shade surface E and lamp shade surface F are coated surfaces.

[0013] Preferably, the outer side of the inner bracket is inlaid with six surfaces, namely mirror A, mirror B, mirror C, mirror D, mirror E, and mirror F; mirror A, mirror B, mirror C, mirror D, mirror E, and mirror F are all single-sided mirrors.

[0014] Preferably, a circuit board is installed on the inner side of the inner bracket; the circuit board is installed with LED lamp beads, a Bluetooth controller, a gravity sensor switch, a lithium battery charger, and an overheat protector.

[0015] Preferably, the circuit board is also welded with conductive springs for evenly applying tension to the eight corners of the inner bracket so that the inner bracket is automatically centered.

[0016] Preferably, four elastic contacts for charging the abyss lamp are provided in the groove of the charging base.

[0017] Preferably, the charging base is provided with a USB charging port.

[0018] Beneficial effects of the present invention:

[0019] The abyss lamp of the present invention adopts a double-layer design, and uses copper wire to connect the outer cube, the first connection point and the second connection point of the inner bracket. When the internal full-color lamp beads light up, the frameless design and the double-layer cube reflect light, so that each surface can have the effect of an abyss mirror, bringing great visual shock;

[0020] Through reasonable arrangement, any two corners of the abyss lamp can be charged by connecting a 5V power supply of any polarity. The A and B networks are connected to the circuit board through conductive springs, and the circuit board charges the battery through rectification, filtering, voltage and current stabilization;

[0021] The abyss lamp can emit light on all six sides, which not only provides a wider lighting range, but also increases the fun of use and the uniqueness of the design. It can be used independently after charging, and is very suitable for outdoor camping, night walks and other scenes, and is easy for users to carry and use on the go. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 Shown is a schematic diagram of the three-dimensional structure of the abyss lamp of the present invention;

[0023] Figure 2 Shown is another three-dimensional structural schematic diagram of the abyss lamp of the present invention;

[0024] Figure 3 Shown is a schematic diagram of the outer cube cross-section structure of the abyss lamp of the present invention;

[0025] Figure 4 Shown is a schematic diagram of the cross-sectional structure of the inner bracket of the abyss lamp of the present invention;

[0026] Figure 5 Shown is a schematic diagram of the outer cubic plate structure of the Abyss Lamp of the present invention;

[0027] Figure 6 Shown is a partial enlarged structural schematic diagram of the outer cubic plate of the abyss lamp of the present invention;

[0028] Figure 7 Shown is a schematic diagram of the inner bracket and circuit board of the abyss lamp of the present invention being disassembled;

[0029] Figure 8 What is shown is the circuit principle diagram of the main board lamp group of the abyss lamp of the present invention;

[0030] Fig. 9 What is shown is the circuit principle diagram of the sub-board lamp group of the abyss lamp of the present invention;

[0031] Fig.10 Shown is a schematic diagram of the control circuit of the abyss lamp of the present invention;

[0032] Fig.11 Shown is a schematic diagram of the charging circuit of the abyss lamp of the present invention.

[0033] Explanation of the reference numerals: 1. outer cube; 2. inner bracket; 3. copper wire; 4. first connection point; 5. second connection point; 6. lampshade surface A; 7. lampshade surface B; 8. lampshade surface C; 9. lampshade surface D; 10. lampshade surface E; 11. lampshade surface F; 12. mirror surface A; 13. mirror surface B; 14. mirror surface C; 15. mirror surface D; 16. mirror surface E; 17. mirror surface F; 18. circuit board; 19. charging base; 20. chamfer; 21. spherical groove; 22. conductive spring. DETAILED DESCRIPTION

[0034] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

[0035] See also Figure 1-11The present invention provides an embodiment: a frameless double-layer cube abyss lamp, comprising an outer cube 1, an inner bracket 2, a copper wire 3, a first connection point 4, a second connection point 5, and a charging base 19; the inner side of the outer cube 1 is provided with an inner bracket 2 with a cube structure; the vertices of the three edges intersecting the inner side of the outer cube 1 are the first connection points 4; the number of the first connection points 4 is four; the vertices of the three edges intersecting the outer side of the inner bracket 2 are the second connection points 5; the number of the second connection points 5 is four; the first connection points 4 match The second connection points 5 at the positions are suspended and connected by copper wire 3; six surfaces are arranged on the outside of the outer cube 1, namely lamp shade surface A6, lamp shade surface B7, lamp shade surface C8, lamp shade surface D9, lamp shade surface E10 and lamp shade surface F11; the outer edges of lamp shade surface A6, lamp shade surface B7, lamp shade surface C8, lamp shade surface D9, lamp shade surface E10 and lamp shade surface F11 are all bonded into a cube by glue; a charging base 19 is arranged at the lower end of the outer cube 1; the bottom end of the charging base 19 is located on the inner side of the groove of the charging base 19.

[0036] See also Figure 2 In this embodiment, the four surfaces of the lampshade surface A6, the lampshade surface B7, the lampshade surface C8, the lampshade surface D9, the lampshade surface E10, and the lampshade surface F11 are all provided with a slope with an inclination angle of 2.6 degrees; the edges of the lampshade surface A6, the lampshade surface B7, the lampshade surface C8, the lampshade surface D9, the lampshade surface E10, and the lampshade surface F11 are all provided with a chamfer 20; the lampshade surface A6, the lampshade surface B7, the lampshade surface C8, the lampshade surface D9, the lampshade surface E10, and the lampshade surface F11 are bonded 855 acrylic glue is used for the joint glue; the lampshade surface A6, the lampshade surface B7, the lampshade surface C8, the lampshade surface D9, the lampshade surface E10, and the lampshade surface F11 are made of semi-lens lenses, and the four corners of the lampshade surface A6, the lampshade surface B7, the lampshade surface C8, the lampshade surface D9, the lampshade surface E10, and the lampshade surface F11 are provided with spherical grooves 21; the outer sides of the lampshade surfaces A6, the lampshade surfaces B7, the lampshade surfaces C8, the lampshade surfaces D9, the lampshade surfaces E10, and the lampshade surfaces F11 are coated surfaces.

[0037] See also Figure 3 In this embodiment, the outer side of the inner bracket 2 is inlaid with six surfaces, namely mirror surface A12, mirror surface B13, mirror surface C14, mirror surface D15, mirror surface E16, and mirror surface F17; mirror surface A12, mirror surface B13, mirror surface C14, mirror surface D15, mirror surface E16, and mirror surface F17 are all single-sided mirrors.

[0038] See also Figure 4 , 7In this embodiment, a circuit board 18 is installed on the inner side of the inner bracket 2; the circuit board 18 is installed with LED lamp beads, a Bluetooth controller, a gravity sensor switch, a lithium battery charger, and an overheat protector. The circuit board 18 is also welded with a conductive spring 22 for evenly applying tension to the eight corners of the inner bracket 2 so that it is automatically centered. The groove of the charging base 19 is provided with four elastic contacts for charging the abyss lamp, and the charging base 19 is provided with a USB charging port.

[0039] When working, the lampshade surface A6, lampshade surface B7, lampshade surface C8, lampshade surface D9, lampshade surface E10, and lampshade surface F11 of the outer cube 1 use a semi-mirror chamfering cutting process and are bonded with 855 acrylic glue to achieve high mechanical strength and aesthetics, and realize a six-sided frameless design. The outer side of the inner bracket 2 is inlaid with mirror surface A12, mirror surface B13, mirror surface C14, mirror surface D15, mirror surface E16, and mirror surface F17, which play the role of component positioning and light transmission, and bear less force;

[0040] A circuit board 18 is installed inside the inner bracket 2, which is the main force-bearing component. The circuit board 18 has functions such as LED lamp beads, Bluetooth controller, gravity sensor switch, lithium battery charging, overheat protector, etc. The circuit board 18 is surrounded by a circle in the inner bracket 2 of the cube and connected by a solder pad. There is a rechargeable battery in the middle. A conductive spring 22 is welded on the inner circuit board 18, and a tinned copper wire 3 is welded on the conductive spring 22. The copper wire 3 is connected to the first connection point 4 of the outer cube 1 through the second connection point 5 on the inner bracket 2 of the cube. The cut-off part of the copper wire 3 has a spherical structure, which is stuck in the spherical groove 21 at the top corner of the outer cube 1. The copper wire 3 and the conductive spring 22 on the circuit board 18 form a pre-tightening force, so that the copper wire 3 is pulled and straightened, and the length of the copper wire 3 from the positioning hole of the inner bracket 2 to the spherical groove 21 of the outer cube 1 can leave an elongation of 2-3 mm. This elongation can eliminate dimensional errors during assembly, and can also make the inner bracket 2 evenly subjected to the tensile force of the eight corners, so that it is automatically centered. Due to the presence of the conductive spring 22, the abyss lamp is more shock-resistant and drop-resistant. The conductive spring 22, the tinned copper wire 3 and the spherical structure of the cut-off part are not only important structural parts, but also part of the charging circuit of the abyss lamp. The conductive spring 22, the tinned copper wire 3 and the spherical structure of the cut-off part are interconnected. The conductive spring 22 circuit is divided into two networks A and B. Through the reasonable arrangement of two groups of networks A and B that are symmetrical up and down, the network A and the network B respectively tighten a pair of symmetrical angles of copper wire 3, so that any two vertex corners of the abyss lamp can be charged by connecting a 5V power supply of any polarity. The A and B networks are connected to the circuit board 18 through the conductive spring 22. The circuit board 18 charges the battery after rectification, filtering, voltage and current stabilization.

[0041] The abyss lamp is equipped with a charging base 19, which has four elastic contacts. The A and B networks each have two contacts to reduce poor contact. The A and B networks on the charging base 19 are directly connected to the USB charging port.

[0042] Through the above steps, the abyss lamp adopts a double-layer design, and uses copper wire 3 to connect the outer cube 1, the first connection point 4, and the second connection point 5 of the inner bracket 2. When the internal full-color lamp beads light up, the frameless design and the double-layer cube reflect light, so that each surface can have the effect of an abyss mirror, bringing great visual shock;

[0043] Through reasonable arrangement, any two corners of the abyss lamp can be charged by connecting a 5V power supply of any polarity. The A and B networks are connected to the circuit board 18 through the conductive spring 22, and the circuit board 18 charges the battery after rectification, filtering, voltage and current stabilization;

[0044] The abyss lamp can emit light on all six sides, which not only provides a wider lighting range, but also increases the fun of use and the uniqueness of the design. It can be used independently after charging, and is very suitable for outdoor camping, night walks and other scenes, and is easy for users to carry and use on the go.

Claims

1. A frameless double-layer cube abyss lamp, comprising an outer cube (1); characterized in that: The device also comprises an inner support (2), a copper wire (3), a first connection point (4), a second connection point (5), and a charging base (19); an inner support (2) with a cube structure is arranged inside the outer cube (1); the vertices where three edges on the inner side of the outer cube (1) intersect are first connection points (4); the number of first connection points (4) is four; the vertices where three edges on the outer side of the inner support (2) intersect are second connection points (5); the number of second connection points (5) is four; the first connection point (4) and the second connection point (5) at the matching position are suspended by the copper wire (3). The outer cube (1) is provided with six faces on the outside, namely, a lampshade face A (6), a lampshade face B (7), a lampshade face C (8), a lampshade face D (9), a lampshade face E (10) and a lampshade face F (11); the outer edges of the lampshade face A (6), the lampshade face B (7), the lampshade face C (8), the lampshade face D (9), the lampshade face E (10) and the lampshade face F (11) are all bonded together into a cube by glue; a charging base (19) is provided at the lower end of the outer cube (1); the bottom end of the charging base (19) is located inside the groove of the charging base (19).

2. The frameless double-layer cube abyss lamp according to claim 1, characterized in that: The four surfaces of the lampshade surface A (6), the lampshade surface B (7), the lampshade surface C (8), the lampshade surface D (9), the lampshade surface E (10), and the lampshade surface F (11) are all provided with a slope with an inclination angle of 2.6 degrees; the edges of the lampshade surface A (6), the lampshade surface B (7), the lampshade surface C (8), the lampshade surface D (9), the lampshade surface E (10), and the lampshade surface F (11) are all provided with a chamfer (20); the lampshade surface A (6), the lampshade surface B (7), the lampshade surface C (8), the lampshade surface D (9), the lampshade surface E (10), and the lampshade surface F (11) are bonded with 855 acrylic glue; the lampshade surface A (6), the lampshade surface B (7), the lampshade surface C (8), the lampshade surface D (9), the lampshade surface E (10), and the lampshade surface F (11) are made of a semi-transparent lens.

3. The frameless double-layer cube abyss lamp according to claim 1, characterized in that: The four corners of the lampshade surface A (6), the lampshade surface B (7), the lampshade surface C (8), the lampshade surface D (9), the lampshade surface E (10), and the lampshade surface F (11) are all provided with spherical grooves (21); and the outer sides of the lampshade surface A (6), the lampshade surface B (7), the lampshade surface C (8), the lampshade surface D (9), the lampshade surface E (10), and the lampshade surface F (11) are coated surfaces.

4. The frameless double-layer cube abyss lamp according to claim 1, characterized in that: The outer side of the inner bracket (2) is inlaid with six surfaces, namely, a mirror surface A (12), a mirror surface B (13), a mirror surface C (14), a mirror surface D (15), a mirror surface E (16), and a mirror surface F (17); the mirror surface A (12), the mirror surface B (13), the mirror surface C (14), the mirror surface D (15), the mirror surface E (16), and the mirror surface F (17) are all single-sided mirrors.

5. The frameless double-layer cube abyss lamp according to claim 1, characterized in that: A circuit board (18) is installed on the inner side of the inner bracket (2); the circuit board (18) is installed with LED lamp beads, a Bluetooth controller, a gravity sensor switch, a lithium battery charger, and an overheat protector.

6. The frameless double-layer cube abyss lamp according to claim 4, characterized in that: The circuit board (18) is also welded with a conductive spring (22) for allowing the inner bracket (2) to be evenly pulled by the eight corners so that it is automatically centered.

7. The frameless double-layer cube abyss lamp according to claim 1, characterized in that: Four elastic contacts for charging the abyss lamp are arranged in the groove of the charging base (19).

8. The frameless double-layer cube abyss lamp according to claim 1, characterized in that: The charging base (19) is provided with a USB charging port.

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