Self-guiding light-emitting knob button and light-emitting shoes

Abstract

The utility model provides a kind of self-guiding light-emitting knob button, further comprising light-emitting component;Knob cover includes cover main part and the light guide column of downwardly into shaft hole;The lower end of light guide column is column light ray injection end;Light-emitting component is set up corresponding to column light ray injection end.Light-emitting component can be installed on shoes, clothes, luggage and other articles, on the basis of ensuring the basic function of knob button, light emitted by light-emitting component can be injected by the column light ray injection end of the light guide column of knob cover, the light guide column can conduct the light of light-emitting component to the outer surface of knob cover, avoid the structure of power supply and other components setting at knob cover place to cause structure bloated complex, affect operation and beauty, since light emission end extends to knob cover position, when light is emitted from light guide column, it can be regarded as the light-emitting effect of knob cover or entire knob button, such as adaptive with indicative sports or working scene, also more easily attract children love, with intuitive beauty, interestingness and indicativity effect, and the advantages, such as reasonable structure and practicality.The utility model further proposes a light-emitting shoe.

Description

Technical Field

[0001] This utility model relates to the field of daily life, specifically to a self-guiding light-emitting knob and a light-emitting shoe. Background Technology

[0002] Shoes, clothing, backpacks, hats, protective gear and other items usually have ropes or straps at the openings to tighten or loosen them. Currently, people fix the tightness of the ropes by tying knots, which is cumbersome, inconvenient, easy to loosen and not simple or aesthetically pleasing.

[0003] To address the aforementioned issues, Chinese utility model patent CN202211610415.1 discloses a rope twist lock, comprising a base, a cap, and a rope-winding shaft housed within the base; the base includes a base body, which in turn includes a seat wall; the cap includes a cap body; the rope-winding shaft includes a shaft body; the direction facing the cap is considered upward, and the opposite direction is considered downward; it also includes a claw disposed on the seat wall, the claw being integrally formed in the area above the lower end of the seat wall; the claw includes an elastic claw arm extending along the axis surrounding the rope-winding shaft and claw teeth formed on the elastic claw arm and facing outward; the elastic claw... The arm is an outwardly arched curved shape, and the annular surface of the elastic claw arm is closer to the axis of the winding shaft than the annular surface of the seat wall. The cover body includes a toothed wall ring extending towards the base and corresponding to the claw, the annular surface of which is closer to the axis of the winding shaft than the annular surface of the seat wall, and cover teeth facing the claw are formed on the inner ring side of the toothed wall ring. The shaft body includes a winding body located in the inner ring of the seat wall and corresponding to the claw below, and an upper shaft portion extending into the inner ring of the claw. The annular surface at the maximum outer diameter of the winding body and the upper shaft portion is closer to the axis of the winding shaft than the annular surface of the seat wall. The annular surface of the elastic claw arm is located in the inner ring of the annular surface of the seat wall. The projection of the elastic claw arm onto a plane perpendicular to the axis of the winding shaft is within the projection of the seat wall onto a plane perpendicular to the axis of the winding shaft. There is an accommodating space for accommodating the winding shaft between the claw and the lower end of the seat wall. The claw is formed in the upper part of the seat wall. Two or more claws are arranged around the axis of the rope shaft with their free ends facing the same direction. Two, three, or four claws are evenly arranged around the axis of the rope shaft. Claw teeth are formed at least at one location on the outer side and end of the elastic claw arm. A shoe using a rope buckle includes a shoe body and a rope buckle fitted onto the shoe body. An article using a rope buckle includes an article body and a rope buckle fitted onto the article body.

[0004] This invention patent solves the problem of manually tying shoelaces to some extent by using a knob to retract and extend the rope. However, it does not have a light-up function and lacks more intuitive aesthetics, fun, and labelling effects.

[0005] In view of this, the inventors of this case conducted in-depth research on the above-mentioned problems, which led to the creation of this case. Utility Model Content

[0006] One objective of this utility model is to provide a self-guiding light-emitting knob with intuitive, exquisite, beautiful, interesting, and distinctive effects, and a reasonable and practical structure.

[0007] The second objective of this invention is to provide a luminous shoe that uses a self-guiding light-emitting knob and has the aforementioned effects.

[0008] To achieve the above objectives, this utility model adopts the following technical solution: A self-guiding light-emitting knob includes a knob body, which includes a cylindrical shell, a knob cover covering the cylindrical shell, a winding shaft inside the cylindrical shell for winding a rope, and a base connected to the item. The winding shaft is located between the knob cover and the base, and the knob cover, winding shaft, and base are arranged sequentially from top to bottom. It also includes a light-emitting component. The winding shaft has a shaft hole extending vertically. The knob cover includes a cover body and a light guide post extending downward into the shaft hole. The upper end of the light guide post is connected to the cover body, and the lower end of the light guide post is the beam light entry end. The light-emitting component is correspondingly arranged with respect to the beam light entry end.

[0009] The light guide column is made of a light-transmitting material.

[0010] The light guide column and the main body of the cover are integrally injection molded from light-transmitting resin material.

[0011] The light-emitting component includes a light lamp, a power supply component that supplies power to the light lamp, and a wire connecting the light lamp and the power supply component. The light lamp is located at the base and corresponds to the light-emitting end of the column. Alternatively, the light-emitting component includes a flexible light guide body, a light-emitting lamp that provides a light source to the flexible light guide body, and a power supply component that provides power to the light-emitting lamp. The light-emitting lamp is disposed between the flexible light guide body and the power supply component. The flexible light guide body has a linear light inlet end corresponding to the light-emitting lamp and a linear light outlet end corresponding to the column light inlet end.

[0012] It also includes a limiting sleeve fitted outside the light source and the light-inlet end of the line.

[0013] The light guide column has vertically extending light guide holes, with the lower end of the light guide hole penetrating the light source end of the column.

[0014] The button cover has a diffuser plate located above the light guide hole. The diffuser plate and the button cover are integrally injection molded from light-transmitting resin material.

[0015] The button cover also includes a diffuser cover installed above the light guide hole, and the outer surface of the button cover has a mounting groove for installing the diffuser cover.

[0016] The base has a through hole for the light-emitting component to extend into the button body or for light to pass through, and the through hole corresponds to the light-emitting end of the column.

[0017] A light-emitting shoe also includes a shoe body connected to a base; a seat through hole corresponds to a light guide hole, and a light-emitting component is connected to the base and corresponds to the seat through hole.

[0018] By adopting the above technical solution, the self-guiding light-emitting knob of this utility model breaks through the traditional knob structure. In actual use, the winding shaft is installed inside the cylindrical shell and can rotate freely. Driven by the knob cover, the winding shaft can tighten the rope in the direction of tightening. While ensuring the basic function of the knob, the light emitted by the light-emitting component can be incident through the light guide column of the knob cover. The light guide column can conduct the light from the light-emitting component to the outer surface of the knob cover, avoiding the bulky and complex structure caused by placing the power supply and other components at the knob cover, which affects operation and aesthetics. Since the light emission end extends to the knob cover, the light emitted from the light guide column can be regarded as the light emission effect of the knob cover or the entire knob. Moreover, different lighting effects can be set to meet different needs, such as adapting to sports or work scenarios with marking, and it is also more likely to attract children. Compared with the prior art, the self-guiding light-emitting knob of this utility model has the advantages of intuitive exquisite beauty, fun and marking effect, reasonable and practical structure.

[0019] This invention relates to a shoe that breaks away from the traditional structure of luminous shoes. In practical use, the self-guiding luminous button can be installed on footwear, clothing, bags, and other items, specifically by sewing or gluing it to the shoe body via a base. The winding shaft, housed within the cylindrical shell, can rotate freely and, driven by the button cap, can tighten the rope along the direction of tightening. While ensuring the basic function of the button, the light emitted by the luminous component can be projected through the light guide column of the button cap. The light guide column conducts the light from the luminous component to the outer surface of the button cap, avoiding the bulky and complex structure caused by placing power supply components at the button cap, which would affect operation and aesthetics. Because the light emission end extends to the button cap, the light emitted from the light guide column can be considered as the luminous effect of the button cap or the entire button. Furthermore, different luminous effects can be set to meet different needs, such as adapting to distinctive sports or work scenarios, and making it more attractive to children. Compared with existing technologies, this invention's luminous shoe has the advantages of intuitive and exquisite aesthetics, fun, and distinctiveness, as well as a reasonable and practical structure. Attached Figure Description

[0020] Figure 1 This is a three-dimensional structural diagram of a knob; Figure 2 A 3D structural diagram of a concealed diffuser cover for a knob; Figure 3 This is an exploded view of the button's structure. Figure 4 A cross-sectional view of a knob with a solid light guide column and illuminated by a flexible light guide. Figure 5A cross-sectional view of a knob where the light guide column is solid and a light source is used to directly illuminate the light source end of the column; Figure 6 A cross-sectional structural diagram of a knob with a light guide post, a light guide hole, a flexible light guide beam, and no diffuser. Figure 7 A cross-sectional structural diagram of a knob with a light guide hole, a flexible light guide beam, and a diffuser plate. Figure 8 A cross-sectional structural diagram of a knob with a light guide hole, which allows light to be directly irradiated by a light lamp at the light-in-the-entry end of the light guide column and has no diffuser. Figure 9 A cross-sectional view of a knob with a light guide hole, allowing light to be directly illuminated by a light-emitting lamp at the light-in-the-point end, and a diffuser plate. Figure 10 A perspective diagram showing a shoe with a button mounted on the tongue, illuminated by a flexible light guide, and the power supply component located on the sole. Figure 11 A perspective diagram showing a shoe with a button mounted on the side of the shoe, illuminated by a flexible light guide, and with the power supply component located on the sole. Figure 12 A perspective diagram showing a shoe with a button mounted on the heel, illuminated by a flexible light guide, and the power supply component located on the sole. Figure 13 A perspective diagram showing a shoe with a button mounted on the side, illuminated by a flexible light guide, and with the power supply component located at the heel. Figure 14 A top view of the structure with a flexible light guide irradiation and a power supply component installed on the sole of the shoe. Figure 15 A perspective structural diagram showing a shoe with a button mounted on the tongue, a light source directly illuminating the end of the column, and the power supply component located on the sole. Figure 16 A perspective structural diagram showing a shoe with a button mounted on the side of the shoe, a light source directly illuminating the end of the pillar, and the power supply component located on the sole. Figure 17 A perspective structural diagram showing a shoe with a button installed on the heel, a light source directly illuminating the end of the pillar, and the power supply component located on the sole. Figure 18 A perspective diagram showing a shoe with a button mounted on the side of the shoe, a light source directly illuminating the end of the pillar, and a power supply unit located at the heel. Figure 19 A top view of the structure with the light source of the lamp directly illuminating the beam and the power supply component installed on the sole of the shoe.

[0021] In the picture: 1-Cylinder shell, 2-Button cover, 21-Light guide post, 211-Light beam entry end, 212-Light guide hole, 22-Diffuser plate, 23-Diffuser cover, 24-Mounting slot, 3-Wound shaft, 31-Shaft hole, 4-Base, 41-Through hole, 51-Light source, 52-Power supply component, 53-Wire, 54-Flexible light guide body, 541-Light inlet end of the wire, 542-Light outlet end of the wire, 543-Extension section, 544-Light outlet section, 545-Bending section, 55-Limiting sleeve 6-Shoe body, 61-Accommodation groove. Detailed Implementation

[0022] To further explain the technical solution of this utility model, a detailed description is provided below through specific embodiments.

[0023] This utility model relates to a self-guiding light-emitting knob, such as... Figure 1-19As shown, the device includes a button body, which comprises a cylindrical shell 1, a button cover 2 covering the cylindrical shell 1, a winding shaft 3 inside the cylindrical shell 1 for winding rope, and a base 4 connected to the object. The winding shaft 3 is located between the button cover 2 and the base 4, defining the button cover 2, winding shaft 3, and base 4 as arranged sequentially from top to bottom. It also includes a light-emitting component. The winding shaft 3 has vertically extending shaft holes 31. The button cover 2 includes a cover body and a light guide post 21 extending downward into the shaft hole 31. The upper end of the light guide post 21 is connected to the cover body, and the lower end of the light guide post 21 is a beam light inlet end 211. The light-emitting component is correspondingly positioned to the beam light inlet end 211. In actual use, the winding shaft 3 can rotate freely inside the cylindrical shell 1, and under the drive of the button cover 2, the winding shaft 3 can tighten the rope in the direction of tightening the rope. While ensuring the basic functions of the button, the light emitted by the light-emitting component can be directed into the light-guiding post 211 of the cover 2 through the pillar 21. The light-guiding post 21 can conduct the light from the light-emitting component to the outer surface of the cover 2, avoiding the bulky and complex structure caused by placing power supply and other components on the cover 2, which would affect operation and aesthetics. Since the light-emitting end extends to the cover 2, the light emitted from the light-guiding post 21 can be regarded as the light-emitting effect of the cover 2 or the entire button. Moreover, different lighting effects can be set to meet different needs, such as adapting to sports or work scenarios with distinctive markings, and making it more attractive to children. The light-emitting component can be positioned on the base 4 or shoe upper, etc., so that the light-emitting component is stably aligned with the pillar 211 of the light-guiding post 21. Specifically, the light-guiding post 21 can be made of a light-transmitting material, such as transparent resin material, specifically a hard resin material such as PC. In order to make the structure simple and sturdy and to ensure that the light from the light guide column 21 extends to the entire cover 2, the light guide column 21 and the cover body are integrally injection molded from light-transmitting resin material.

[0024] One embodiment of the light-emitting component includes a light-emitting lamp 51, a power supply component 52 that supplies power to the light-emitting lamp 51, and a wire 53 connecting the light-emitting lamp 51 and the power supply component 52. The light-emitting lamp 51 is located at the base 4 and corresponds to the light-injection end 211 of the light guide column. The power supply component 52 can be located in a location where there is no foreign object sensation, such as the sole or heel of the shoe. The knob can be located on the tongue, side, or heel of the shoe. The light-emitting lamp 51 is positioned following the knob. The wire 53 can be laid along the shoe surface between the knob and the power supply component 52 to ensure that the light-emitting lamp 51 stably emits light to the light guide column 21. Specifically, the light-emitting lamp 51 can be positioned by connecting it to the base 4 using a positioning component, such as an adhesive piece, a sleeve, or glue. The adhesive piece can stick and fix the light-emitting lamp 51 to the seat hole 41 of the base 4. The sleeve can be fitted over the flexible light guide body 54 and locked in the seat hole 41. Alternatively, the flexible light guide body 54 can be directly glued to the base 4.

[0025] In another embodiment of the light-emitting component, the light-emitting component includes a flexible light guide body 54, a light-emitting lamp 51 that provides a light source to the flexible light guide body 54, and a power supply component 52 that provides power to the light-emitting lamp 51. The light-emitting lamp 51 is disposed between the flexible light guide body 54 and the power supply component 52. The flexible light guide body 54 has a linear light inlet end 541 corresponding to the light-emitting lamp 51 and a linear light outlet end 542 corresponding to the column light inlet end 211. The power supply component 52 can be disposed in a location where there is no foreign object sensation, such as the sole or heel of the shoe. The button can be disposed on the tongue, side, or heel of the shoe. The linear light outlet end 542 of the flexible light guide body 54 is set along the button. The flexible light guide body 54 can be arranged along the shoe surface between the button and the light-emitting lamp 51. When the linear light outlet end 542 of the flexible light guide body 54 is positioned with the button, it can stably emit light to the light guide column 21. The flexible light guide 54 can be made of a transparent flexible resin material, which can flexibly adapt to different curved surfaces or bending requirements, such as transparent resin materials like PE, PET, and TPU. To ensure a stable connection between the flexible light guide 54 and the light source 51, and to ensure stable light transmission from the light source 51 to the flexible light guide 54, a limiting sleeve 55 is also included, fitted around the light source 51 and the light-emitting end 541 of the flexible light guide 54. The limiting sleeve 55 can position and hold the light source 51 and the light-emitting end 541 of the flexible light guide 54, ensuring stable connection between the light source 541 and the light source 51 and stable light transmission, thus ensuring the stability of the light transmission operation of the flexible light guide 54. Specifically, the limiting sleeve 55 can include a first extension sleeve section extending beyond the light source 51 and a second extension sleeve section extending beyond the light-emitting end 541 of the flexible light guide 54. The limiting sleeve 55 can be a flexible resin tube tightly clamped around the light source 51 and the flexible light guide 54. The flexible light guide 54 can be positioned by connecting it to the base 4 through positioning components, such as adhesive strips, sleeves, or glue. The adhesive strip can stick and fix the flexible light guide 54 to the bottom of the base 4. The sleeve is put on the flexible light guide 54 and is locked in the through hole 41 of the base. Alternatively, the flexible light guide 54 can be directly glued to the base 4.

[0026] Preferably, the light guide post 21 has vertically extending light guide holes 212, with the lower end of the light guide hole 212 penetrating the light-emitting end 211 of the post. This allows at least a portion of the light to be efficiently transmitted directly upwards and to the cover body along the light guide hole 212. The light guide hole 212 can achieve a light transmission effect similar to that of a hollow optical fiber. Specifically, the inner wall of the light guide hole 212 can be smooth, efficiently transmitting light to the upper diffuser plate 22 or diffuser cover 23; alternatively, the inner wall of the light guide hole 212 can be made with a frosted or uneven surface, allowing the light within the light guide hole 212 to be refracted into the light guide post 21 and the entire button cover 2, producing the effect of the entire button cover 2 emitting light. Further, the button cover 2 is provided with a diffuser plate 22 located above the light guide hole 212, and the diffuser plate 22 and the button cover 2 are integrally injection molded from a light-transmitting resin material. The diffuser plate 22 protects the internal structure of the button from dust, grit, water, etc., and also diffuses, softens, and makes the light delivered by the light guide column 21 more visible. The diffuser plate 22, or the entire button cover 2, is made of a light-transmitting material, such as transparent resin, specifically a relatively hard resin material like PC. To ensure a simple and robust structure, the diffuser plate 22 and the button cover 2 are integrally injection molded.

[0027] Preferably, the button cover 2 further includes a diffuser cover 23 mounted above the light guide hole 212, and the outer surface of the button cover 2 is provided with a mounting groove 24 for mounting the diffuser cover 23. While protecting the internal structure of the button, the diffuser cover 23 can be installed with different types to meet different lighting requirements, such as a completely transparent diffuser cover 23 or a diffuser cover 23 with fluorescent or diffuse reflection effects. To facilitate the installation of the diffuser cover 23, the outer surface of the button cover 2 is provided with a mounting groove 24 for mounting the diffuser cover 23. The mounting groove 24 can accurately position the diffuser cover 23 and prevent the edges of the diffuser cover 23 from being easily scratched. The diffuser cover 23 can specifically be made of epoxy resin, resin board, or a perforated metal plate.

[0028] Preferably, the base 4 has a through hole 41 for the light-emitting component to extend into the button body or for light to pass through, and the through hole 41 corresponds to the light-emitting end 211 of the pillar. The linear light-emitting end 542 of the light-emitting component, such as the light lamp 51 or the flexible light guide 54, can extend into the button through the through hole 41 and directly correspond to the light-emitting end 211 of the pillar; or the linear light-emitting end 542 of the light lamp 51 or the flexible light guide 54 can allow light to pass directly from outside the base 4 and be aligned with the light-emitting end 211 of the pillar.

[0029] A type of light-up shoe, such as Figure 1-19As shown, it also includes a shoe body 6 connected to the base 4; the seat through hole 41 corresponds to the light guide hole 212, and the light-emitting component is connected to the base 4 and corresponds to the seat through hole 41. In actual use, this utility model can install the self-guiding light-emitting button on shoes, clothing, bags, and other items, specifically by sewing or gluing it to the shoe body 6 through the base 4. The winding shaft 3 is installed inside the cylindrical shell 1 and can rotate freely. Under the drive of the button cover 2, the winding shaft 3 can tighten the rope in the direction of tightening the rope. While ensuring the basic functions of the button, the light emitted by the light-emitting component can be introduced through the light guide column 211 of the button cover 2. The light guide column 21 can conduct the light from the light-emitting component to the outer surface of the button cover 2, avoiding the bloated and complicated structure caused by placing components such as the power supply at the button cover 2, which would affect operation and aesthetics. Since the light-emitting end extends to the button cover 2, the light emitted from the light guide column 21 can be regarded as the light-emitting effect of the button cover 2 or the entire button. Moreover, different light-emitting effects can be set to meet different needs, such as adapting to sports or work scenarios with markings, and are more likely to attract children. The specific structure may include an upper comprising a side panel, a heel, and a tongue; a button may be located on the side panel, heel, or tongue; a power supply component 52 may be installed on the sole or heel; a flexible light guide 54 or a wire 53 may extend from the upper interlayer or the outer side of the upper to the button; when the power supply component 52 is installed on the sole, the sole has a receiving groove 61 for accommodating the power supply component 52; when the power supply component 52 is installed on the upper, the upper has a receiving box for accommodating the power supply component 52. The flexible light guide 54 extends along the upper and then bends toward the beam light inlet 211. The flexible light guide 54 includes an extension section 543 extending along the upper, a light-emitting section 544 toward the beam light inlet 211, and a curved section 545 connecting the extension section 543 and the light-emitting section 544; and a beam light emitting end 542 is formed at the end of the light-emitting section 544.

[0030] The product form of this utility model is not limited to the illustrations and embodiments in this case. Any appropriate changes or modifications made to it based on similar ideas should be considered as not departing from the patent scope of this utility model.

Claims

1. A self-guiding light-emitting knob, comprising a knob body, the knob body including a cylindrical shell, a knob cover covering the cylindrical shell, a winding shaft for winding a rope inside the cylindrical shell, and a base connected to the item; the winding shaft is located between the knob cover and the base, and the knob cover, winding shaft, and base are arranged sequentially from top to bottom; characterized in that: It also includes a light-emitting component; the winding shaft has a shaft hole extending vertically, and the cover includes a cover body and a light guide post extending downward into the shaft hole; the upper end of the light guide post is connected to the cover body, and the lower end of the light guide post is the light beam injection end; the light-emitting component is arranged correspondingly to the light beam injection end.

2. The self-guiding light-emitting knob according to claim 1, characterized in that: The light guide column is made of a light-transmitting material.

3. The self-guiding light-emitting knob according to claim 2, characterized in that: The light guide column and the main body of the cover are integrally injection molded from light-transmitting resin material.

4. The self-guiding light-emitting knob according to claim 1, characterized in that: The light-emitting component includes a light lamp, a power supply component that supplies power to the light lamp, and a wire connecting the light lamp and the power supply component. The light lamp is located at the base and corresponds to the end of the column light that enters. Alternatively, the light-emitting component includes a flexible light guide body, a light-emitting lamp that provides a light source to the flexible light guide body, and a power supply component that provides power to the light-emitting lamp. The light-emitting lamp is disposed between the flexible light guide body and the power supply component. The flexible light guide body has a linear light inlet end corresponding to the light-emitting lamp and a linear light outlet end corresponding to the column light inlet end.

5. The self-guiding light-emitting knob according to claim 4, characterized in that: It also includes a limiting sleeve fitted outside the light source and the light-inlet end of the line.

6. The self-guiding light-emitting knob according to any one of claims 1-5, characterized in that: The light guide column has vertically extending light guide holes, with the lower end of the light guide hole penetrating the light-injecting end of the column.

7. The self-guiding light-emitting knob according to claim 6, characterized in that: The button cover has a diffuser plate located above the light guide hole. The diffuser plate and the button cover are integrally injection molded from light-transmitting resin material.

8. The self-guiding light-emitting knob according to claim 6, characterized in that: The button cover also includes a diffuser cover installed above the light guide hole, and the outer surface of the button cover has a mounting groove for installing the diffuser cover.

9. The self-guiding light-emitting knob according to claim 6, characterized in that: The base has a through hole for the light-emitting component to extend into the button body or for light to pass through, and the through hole corresponds to the light-emitting end of the column.

10. A luminous shoe based on the luminous knob of claim 9, characterized in that: It also includes the shoe body connected to the base; the seat through hole corresponds to the light guide hole, and the light-emitting component is connected to the base and corresponds to the seat through hole.

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