Novel folding manicure lamp
By introducing a balance ball structure and a folding and rotating design into the nail lamp, the problems of balance and adjustment flexibility of the nail lamp are solved, achieving stable multi-angle lighting and volume reduction, thus reducing transportation costs.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-06-06
- Publication Date
- 2026-05-19
AI Technical Summary
Existing nail lamps have an unbalanced structure, making it difficult to adjust the lighting angle, and lack a foldable storage design, resulting in a poor user experience and high transportation costs.
The lamp body is connected to the base by a balance ball structure that allows for 360-degree rotation adjustment. The lamp body can be unfolded or folded through a folding and rotating structure. Combined with the elastic positioning mechanism of springs and metal balls, the lamp body is stable and the lighting angle can be adjusted.
It achieves a stable and wobbly lamp body, multi-dimensional lighting adjustment, reduced size, saves transportation and storage space, and lowers packaging costs.
Smart Images
Figure CN224250927U_ABST
Abstract
Description
Technical Field
[0001] This utility model relates to the technical field of lighting fixtures, and in particular to a novel folding nail lamp. Background Technology
[0002] In the nail art industry, nail lamps are commonly used lighting equipment, typically placed on a table for illumination during nail work. Existing nail lamps generally suffer from the following drawbacks: traditional nail lamps often use fixed bases, resulting in poor balance and a tendency for the lamp body to wobble. Furthermore, they lack flexibility in lighting angle adjustment, making it difficult to meet the precise lighting needs of complex areas such as the sides of the nail and the nail groove. Additionally, existing nail lamps lack folding and storage designs, resulting in large sizes, high packaging and transportation costs, and significant space requirements. These shortcomings directly impact the user experience and application scenarios, failing to meet the needs of professional nail art operations and diverse usage scenarios.
[0003] Therefore, how to achieve a scientifically ingenious design with a balance ball structure that allows for 360-degree rotation and adjustment of the connection angle between the lamp body structure and the first base structure, ensuring the lamp body structure remains balanced and does not wobble, with strong anti-shaking performance, and also has the function of adjusting the lighting angle, and also has a folding and rotating structure that allows the lamp body structure to be unfolded or folded, greatly reducing the volume, saving packaging and transportation costs, and reducing storage space, is a new type of folding nail lamp that urgently needs to be solved in the industry. Summary of the Invention
[0004] The main purpose of this utility model is to provide a novel folding nail lamp, which aims to achieve a scientific and ingenious design. It features a balance ball structure that allows for 360-degree rotation adjustment of the connection angle between the lamp body structure and the first base structure, ensuring that the lamp body structure remains balanced and does not wobble. It has strong anti-shake performance and also has the function of adjusting the lighting angle. Furthermore, it features a folding and rotating structure, allowing the lamp body structure to be unfolded or folded, greatly reducing its volume, saving packaging and transportation costs, and minimizing storage space.
[0005] This utility model proposes a novel folding nail lamp, comprising an unfoldable or foldable lamp body structure. The lamp body structure includes an arc-shaped first lamp body, an arc-shaped second lamp body, and a folding and rotating structure rotatably connected between the first and second lamp bodies. The folding nail lamp also includes a first base structure located at the bottom of the first lamp body and a second base structure located at the bottom of the second lamp body. The first base structure includes a first base plate supported on a plane, a first base fixed to the first base plate, and a balance ball structure located between the first lamp body and the first base, allowing for 360-degree adjustment of the lamp body structure direction or the direction of the first base plate. The balance ball structure includes a balance ball fixedly connected to the first base and a connecting seat movably fitted onto the balance ball and fixedly connected to the first lamp body. The upper end of the balance ball is a spherical portion, and the lower end is a polygonal cylindrical portion. The structure includes a screw-hole post, which is fixed to the first base with screws. The spherical part contains a hollow post, into which springs and metal beads are sequentially placed. The connecting seat contains an upper hemispherical sleeve fitted onto the upper half of the spherical part. The spring and metal beads form an elastic positioning mechanism. When the spring is compressed, it pushes the metal beads to keep them against the upper hemispherical sleeve, thus providing positioning support for the relative position of the balance ball and the connecting seat. The balance ball structure also includes a lower hemispherical sleeve movably fitted onto the lower half of the spherical part, which is fixedly connected to the connecting seat. The balance ball is 360 degrees movably connected to the upper and lower hemispherical sleeves. When the first base plate is rotated forward, backward, left, and right, the balance ball is rotated to adjust the relative angle between the balance ball and the upper and lower hemispherical sleeves, thereby adjusting the connection angle between the lamp body structure and the first base structure.
[0006] Preferably, the first lamp body includes a first lamp housing with an arc-shaped downward opening, an arc-shaped first LED light source structure disposed inside the first lamp housing and illuminating downwards, an arc-shaped first light-transmitting plate disposed at the opening of the first lamp housing and covering the first LED light source structure, and an arc-shaped first decorative strip disposed on the outside of the first lamp housing; the second lamp body includes a second lamp housing with an arc-shaped downward opening, an arc-shaped second LED light source structure disposed inside the second lamp housing and illuminating downwards, an arc-shaped second light-transmitting plate disposed at the opening of the second lamp housing and covering the second LED light source structure, and an arc-shaped second decorative strip disposed on the outside of the second lamp housing; the folding nail lamp also includes a wiring structure through which the power supply wires on the first lamp body or the second lamp body pass, the wires extending outwards and connecting to a controller that can control the lighting effect.
[0007] Preferably, the folding and rotating structure includes a first arc-shaped lamp cover installed at the upper end of the first lamp body, a second arc-shaped lamp cover installed at the upper end of the second lamp body, a folding and rotating seat hinged to the first and second arc-shaped lamp covers, and a cover body placed on the folding and rotating seat; the first arc-shaped lamp cover extends upward to form a first positioning post, the second arc-shaped lamp cover extends upward to form a second positioning post, and the folding and rotating seat has positioning holes that correspond to and fit with the first and second positioning posts; the first arc-shaped lamp cover extends upward to form a plurality of first rotating guide posts, the second arc-shaped lamp cover extends upward to form a plurality of second rotating guide posts, and the folding and rotating seat has arc-shaped slots that correspond to and fit with the first and second rotating guide posts; when the first and second lamp bodies are rotated toward the center, the first and second rotating guide posts move along the arc-shaped slots until the first and second lamp bodies are rotated and folded together.
[0008] Preferably, the second base structure includes a second base plate supported on a plane and a second base connected and fixed between the second base plate and the second lamp body.
[0009] Preferably, the lower hemisphere sleeve and the connecting seat are connected and fixed by screws.
[0010] This utility model achieves a scientific and ingenious design, featuring a balance ball structure that allows for 360-degree rotation adjustment of the connection angle between the lamp body structure and the first base structure. This ensures that the lamp body structure and the first base plate remain balanced and do not wobble, exhibiting strong anti-shaking performance. It also has the function of adjusting the lighting angle and features a folding and rotating structure, allowing the lamp body structure to be unfolded or folded, greatly reducing its volume, saving packaging and transportation costs, and minimizing storage space. This is a novel folding nail lamp. Attached Figure Description
[0011] Figure 1 This is a three-dimensional structural schematic diagram of one embodiment of a novel folding nail lamp according to the present invention;
[0012] Figure 2 This is a second three-dimensional structural schematic diagram of an embodiment of a novel folding nail lamp according to the present invention;
[0013] Figure 3 This is one of the exploded structural diagrams of an embodiment of a novel folding nail lamp according to the present invention;
[0014] Figure 4 This is a second exploded view of a partial structure of an embodiment of a novel folding nail lamp according to the present invention;
[0015] Figure 5 for Figure 4 Enlarged view of section A;
[0016] Figure 6 for Figure 4Enlarged view of section B;
[0017] Figure 7 This is the third exploded view of a partial structure of an embodiment of a novel folding nail lamp according to the present invention;
[0018] Figure 8 for Figure 7 Enlarged view of section C;
[0019] Figure 9 for Figure 7 Enlarged view of section D.
[0020] The realization of the purpose, functional features and advantages of this utility model will be further explained in conjunction with the embodiments and with reference to the accompanying drawings. Detailed Implementation
[0021] It should be understood that the specific embodiments described herein are merely illustrative of the present invention and are not intended to limit the present invention.
[0022] Reference Figures 1 to 9 This invention proposes an embodiment of a novel folding nail lamp, comprising an unfoldable or foldable lamp body structure. The lamp body structure includes an arc-shaped first lamp body, an arc-shaped second lamp body, and a folding and rotating structure rotatably connected between the first lamp body and the second lamp body. The folding nail lamp also includes a first base structure located at the bottom of the first lamp body and a second base structure located at the bottom of the second lamp body.
[0023] The first base structure includes a first base plate 101 supported on a plane, a first base 102 fixed on the first base plate 101, and a balance ball structure located between the first lamp body and the first base 102, which can adjust the direction of the lamp body structure or the direction of the first base plate by 360 degrees.
[0024] The balance ball structure includes a balance ball that is fixedly connected to the first base 102 and a connecting seat 103 that is movably sleeved on the balance ball and fixedly connected to the first lamp body.
[0025] The upper end of the balance ball is a spherical part 104, and the lower end of the balance ball is a polygonal cylindrical part 105. The cylindrical part 105 has a screw hole 106 inside. The cylindrical part 105 is fixed to the first base 102 by screws 107. The spherical part 104 has a hollow column 108 inside. A spring 109 and a metal ball 110 are placed inside the hollow column 108 in sequence. The connecting seat 103 has an upper hemispherical sleeve 111 sleeved on the upper half of the spherical part 104. The spring 109 and the metal ball 110 form an elastic positioning mechanism. The spring 109 is compressed and pushes the metal ball 110 to keep the metal ball 110 against the upper hemispherical sleeve 111, thereby providing positioning support for the relative position of the balance ball and the connecting seat 103.
[0026] The balance ball structure also includes a lower hemisphere sleeve 112 that is movably fitted onto the lower half of the ball part 104, and the lower hemisphere sleeve 112 is connected and fixed to the connecting seat 103.
[0027] The first base plate 101, the first base 102, and the balance ball are fixedly connected and rotate synchronously when rotating.
[0028] The balance ball is 360 degrees movable to the upper hemisphere sleeve 111 and the lower hemisphere sleeve 112. When the first base plate 101 is rotated forward, backward, left and right, the balance ball is rotated to adjust the relative angle between the balance ball and the upper hemisphere sleeve 111 and the lower hemisphere sleeve 112, thereby adjusting the connection angle between the lamp body structure and the first base 102 structure. Finally, the lamp body structure and the first base plate 101 are adjusted to achieve a balanced state, which is stable and does not wobble. It can also have the function of adjusting the lighting angle.
[0029] During assembly of the balance ball structure, the lower hemisphere sleeve 112 is first fitted onto the lower half of the spherical part 104 of the balance ball from bottom to top. Then, the column part 105 of the balance ball is installed onto the first base 102. The column part 105 and the first base 102 are fixed with screws 107. Then, the spring 109 and the metal ball 110 are placed into the hollow column 108 in sequence. Then, the connecting seat 103 is installed onto the lower hemisphere sleeve 112. During this process, the upper hemisphere sleeve 111 of the connecting seat 103 is fitted onto the upper half of the spherical part 104. Finally, the first lamp body is connected and fixed to the connecting seat 103, thus completing the assembly of the balance ball structure.
[0030] The balance ball structure allows for 360-degree rotation adjustment of the connection angle between the lamp body structure and the first base structure, thereby adjusting the direction of the lamp body structure or the first base plate 101 to achieve a balanced state for the nail lamp, ensuring it remains stable and secure without wobbling. The maximum adjustment angle is approximately 45 degrees. In addition to ensuring the lamp body structure is balanced and does not wobble, it also has the function of adjusting the lighting angle. This multi-dimensional spatial adjustment capability can meet the lighting needs of different angles during nail art operations. Whether it's frontal illumination of the nails, side detail treatment, or multi-angle curing of special nail shapes, rotating the first base plate 101 will drive the balance ball to rotate, allowing the lamp body structure to quickly align with the target area. The elastic positioning mechanism of the spring 109 and the metal ball 110 provides clear damping feedback while achieving stepless adjustment. The operator can easily adjust the angle by applying force with their hand, and after releasing, the position is locked by the contact pressure between the metal ball 110 and the upper hemisphere sleeve 111, avoiding the jamming or loosening problems of traditional rigid connection structures, ensuring precise and controllable angle adjustments every time. Furthermore, when the lamp body structure is at any adjustment angle, the spring 109 continuously compresses the metal bead 110, causing it to fit tightly against the inner surface of the upper hemispherical sleeve 111, forming a flexible support system with multi-point contact. This design overcomes the problem of uneven force distribution at a single point that easily occurs in traditional connection structures. By using spherical contact, the weight of the lamp body structure is evenly distributed to the entire sleeve contact surface. Even at the maximum adjustment angle of 45 degrees, the lamp body can still maintain a stable balance and has strong anti-shake performance.
[0031] The first lamp body includes a first lamp housing 113 with an arc-shaped downward opening, an arc-shaped first LED light source structure 114 disposed inside the first lamp housing 113 and illuminating downwards, an arc-shaped first light-transmitting plate 115 disposed at the opening of the first lamp housing 113 and covering the first LED light source structure 114, and an arc-shaped first decorative strip 116 disposed on the outside of the first lamp housing 113.
[0032] The second lamp body includes a second lamp housing 117 with an arc-shaped downward opening, an arc-shaped second LED light source structure disposed inside the second lamp housing 117 and illuminating downwards, an arc-shaped second light-transmitting plate 118 disposed at the opening of the second lamp housing 117 and covering the second LED light source structure, and an arc-shaped second decorative strip 119 disposed on the outside of the second lamp housing 117.
[0033] The folding nail lamp also includes a power supply cable outlet structure 120 on the first or second lamp body, through which the power supply cable extends outward and connects to a controller that can control the lighting effect. The controller can adjust the color temperature and brightness of the first LED light source structure 114 and the second LED light source structure.
[0034] The second base structure includes a second base plate 121 supported on a plane and a second base 122 connected and fixed between the second base plate 121 and the second lamp body.
[0035] The folding and rotating structure includes a first arc-shaped lamp cover 123 mounted on the upper end of the first lamp body, a second arc-shaped lamp cover 124 mounted on the upper end of the second lamp body, a folding and rotating seat 125 hinged to the first arc-shaped lamp cover 123 and the second arc-shaped lamp cover 124, and a cover 126 covering the folding and rotating seat 125; a first positioning post 127 extends upward from the first arc-shaped lamp cover 123, and a second positioning post 128 extends upward from the second arc-shaped lamp cover 124; the folding and rotating seat 125 is provided with a cover 128 that connects to the first positioning post 127 and the second positioning post 128. 8. Corresponding positioning round holes 129; a number of first rotating guide posts 130 extend upward from the first arc-shaped lamp cover 123, and a number of second rotating guide posts 131 extend upward from the second arc-shaped lamp cover 124. The folding rotating seat 125 is provided with arc-shaped strip holes 132 that correspond to and are adapted to the first rotating guide posts 130 and the second rotating guide posts 131. When the first lamp body and the second lamp body are bent and rotated towards the middle, the first rotating guide posts 130 and the second rotating guide posts 131 move along the arc-shaped strip holes 132 until the first lamp body and the second lamp body rotate and fold together.
[0036] Simply bend the first lamp body and rotate the second lamp body 90 degrees towards the center to fold them together, making them convenient for storage, packaging, and transportation. Note that when fully folded, the first base plate 101 and the second base plate 121 are not yet assembled. They are assembled only when in use, significantly reducing volume, saving packaging and transportation costs, and minimizing storage space. This three-dimensional folding structure offers space compression advantages. The folding and rotating structure utilizes the coordinated design of the arc-shaped slot 132 with the first rotating guide post 130 and the second rotating guide post 131. Full folding is achieved by bending the first lamp body and rotating the second lamp body 90 degrees towards the center. This design breaks through the traditional fixed structure of nail lamps. In the folded state, the two arc-shaped lamp bodies are symmetrically fitted together, and with the unassembled independent base plates (first base plate 101 and second base plate 121), the overall volume is greatly reduced compared to the unfolded state. This "split base plate + foldable lamp body" design allows the base plate and lamp body components to be stacked in layers during packaging and transportation. The volume of a single package is significantly reduced compared to similar products, which significantly reduces volume and weight costs in logistics and transportation, while also reducing the space occupied in storage. It is especially suitable for long-distance transportation and bulk storage in e-commerce retail scenarios, and also meets the needs of nail technicians providing services outside or users for daily storage.
[0037] The lower hemisphere sleeve 112 and the connecting seat 103 are connected and fixed by screws.
[0038] This utility model achieves a scientific and ingenious design, featuring a balance ball structure that allows for 360-degree rotation adjustment of the connection angle between the lamp body structure and the first base structure. This ensures that the lamp body structure and the first base plate 101 remain balanced and do not wobble, exhibiting strong anti-shaking performance. It also has the function of adjusting the lighting angle and a folding and rotating structure, allowing the lamp body structure to be unfolded or folded, greatly reducing its volume, saving packaging and transportation costs, and minimizing storage space. This is a new type of folding nail lamp.
[0039] The above description is only a preferred embodiment of the present utility model and does not limit the patent scope of the present utility model. Any equivalent structural transformations made based on the contents of the present utility model specification and drawings, or direct or indirect applications in other related technical fields, are similarly included within the patent protection scope of the present utility model.
Claims
1. A novel folding nail lamp, characterized in that, The lamp body structure includes an unfoldable or foldable structure, which includes an arc-shaped first lamp body, an arc-shaped second lamp body, and a folding and rotating structure rotatably connected between the first lamp body and the second lamp body. The folding nail lamp also includes a first base structure located at the bottom of the first lamp body and a second base structure located at the bottom of the second lamp body. The first base structure includes a first base plate supported on a plane, a first base fixed on the first base plate, and a balance ball structure between the first lamp body and the first base that can adjust the direction of the lamp body structure or the direction of the first base plate by 360 degrees. The balance ball structure includes a balance ball that is fixedly connected to the first base and a connecting seat that is movably sleeved on the balance ball and fixedly connected to the first lamp body; The upper part of the balance ball is a spherical part, and the lower part of the balance ball is a polygonal cylindrical part. The cylindrical part has a screw hole column. The cylindrical part is fixed to the first base by screws. The spherical part has a hollow column. A spring and a metal ball are placed in the hollow column in sequence. The connecting seat has an upper hemispherical sleeve that is fitted onto the upper half of the spherical part. The spring and the metal ball form an elastic positioning mechanism. The spring is compressed and pushes the metal ball to keep the metal ball against the upper hemispherical sleeve, thereby providing positioning support for the relative position of the balance ball and the connecting seat. The balance ball structure also includes a lower hemispherical sleeve that is movably fitted onto the lower half of the sphere, and the lower hemispherical sleeve is connected and fixed to the connecting seat; The balance ball is 360 degrees movable between itself and the upper and lower hemispheres. When the first base plate is rotated forward, backward, left, and right, the balance ball is rotated to adjust the relative angle between the balance ball and the upper and lower hemispheres, thereby adjusting the connection angle between the lamp body structure and the first base structure.
2. The novel folding nail lamp according to claim 1, characterized in that, The first lamp body includes an arc-shaped, downward-opening first lamp housing, an arc-shaped first LED light source structure disposed inside the first lamp housing and illuminating downwards, an arc-shaped first light-transmitting plate disposed at the opening of the first lamp housing and covering the first LED light source structure, and an arc-shaped first decorative strip disposed on the outside of the first lamp housing. The second lamp body includes a second lamp housing with an arc-shaped downward opening, an arc-shaped second LED light source structure disposed inside the second lamp housing and illuminating downwards, an arc-shaped second light-transmitting plate disposed at the opening of the second lamp housing and covering the second LED light source structure, and an arc-shaped second decorative strip disposed on the outside of the second lamp housing. The folding nail lamp also includes a power supply cable outlet structure located on the first or second lamp body, with the cable extending outwards and connected to a controller that can control the lighting effect.
3. A novel folding nail lamp according to claim 1 or 2, characterized in that, The folding and rotating structure includes a first arc-shaped lamp cover installed at the upper end of the first lamp body, a second arc-shaped lamp cover installed at the upper end of the second lamp body, a folding and rotating seat hinged to the first arc-shaped lamp cover and the second arc-shaped lamp cover, and a cover body placed on the folding and rotating seat. The first arc-shaped lamp cover extends upward to form the first positioning post, and the second arc-shaped lamp cover extends upward to form the second positioning post. The folding and rotating seat is provided with positioning round holes that correspond to and fit the first positioning post and the second positioning post. The first arc-shaped lamp cover extends upwards with several first rotating guide posts, and the second arc-shaped lamp cover extends upwards with several second rotating guide posts. The folding rotating seat is provided with arc-shaped slots that correspond to and fit the first and second rotating guide posts. When the first lamp body and the second lamp body are bent and rotated toward the center, the first and second rotating guide posts move along the arc-shaped slots until the first and second lamp bodies rotate and fold together.
4. A novel folding nail lamp according to claim 3, characterized in that, The second base structure includes a second base plate supported on a plane and a second base connected and fixed between the second base plate and the second lamp body.
5. A novel folding nail lamp according to claim 4, characterized in that, The lower hemisphere sleeve and the connecting seat are connected and fixed by screws.