Light-emitting knob and light-emitting shoe

Abstract

The utility model provides a kind of luminous knob button, it can be installed on shoes, clothes, luggage and other articles, on the basis of guaranteeing the basic function of knob button, flexible light guide bar is guided by shaft hole and button guide hole, flexible light guide bar can extend along vamp and other places and conduct light to knob button, specifically, the light emitted by light-emitting component can be emitted by the light emission end of flexible light guide bar, light conducts along the extension path of flexible light guide bar, and is guided to knob by flexible light guide bar, avoid power and other components being arranged at knob to cause structure bloated complex, affect operation and beauty, since light emission end extends to knob position, when light is emitted from light emission end, it can be regarded as the light-emitting effect of knob or entire knob button, such as adaptive with indicative sports or working scene, also more easily attract children's love, with intuitive beauty, interestingness and indicativity effect, and the like, the structure is reasonable and practical, and the like. The utility model further provides a kind of luminous shoes.

Description

Technical Field

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

[0002] Shoes, clothes, 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 beautiful.

[0003] To address the aforementioned issues, Chinese utility model patent CN202310858287.0 discloses an anti-tampering rope loading and unloading device, comprising a cylindrical shell, a knob covering the top of the cylindrical shell, and a winding shaft inside the cylindrical shell; the cylindrical shell includes a cylindrical shell body, which includes a cylindrical side wall and a claw located above the lower end of the cylindrical side wall; the direction towards the knob is considered upward, and the opposite direction is considered downward; it also includes a claw limiting component to restrict the upward swinging of the claw; the claw limiting component has a limiting part, and the claw has a limited part corresponding to the limiting part; the knob includes a knob body; the knob body includes a knob side wall extending downward; the knob body includes an annular toothed wall extending downward and corresponding to the claw, the annular toothed wall being located in the inner circle of the knob side wall, and the inner circle side of the annular toothed wall forming a plurality of knob teeth facing the claw; at least one of the annular toothed wall and the knob teeth forms a pressing inclined surface at the lower end, which compresses the claw to swing inward, causing the limited part of the claw to engage with the claw limiting component. The cylindrical shell body has a shaft cavity for accommodating the winding shaft, with a chuck and a chuck limiting component located above the shaft cavity; at least the main body portion of the winding shaft containing the rope is located within the shaft cavity. The chuck limiting component is connected to the cylindrical shell body; the chuck limiting component is higher than the limited portion. The chuck limiting component and the limited portion are vertically offset. The chuck limiting component is located above the limited portion and at least one position on the inner ring. The chuck limiting component is located on the inner ring of the limited portion, and the chuck limiting component and the chuck are vertically offset; the button body includes a rotation drive unit for driving the winding shaft to rotate, the rotation drive unit being located on the inner ring of the annular toothed wall; the chuck limiting component is located between the chuck teeth and the rotation drive unit. The winding shaft has a rotating driven portion that cooperates with the rotation drive unit. The rotation drive unit includes a plurality of drive teeth arranged around the axis of the button body, and the rotating driven portion includes a plurality of driven teeth arranged around the axis of the button body and located below the drive teeth. The tips of the drive teeth face the driven teeth, and the tips of the driven teeth face the drive teeth. The driven part extends upward into the inner ring of the pawl limiting member, which is located between the pawl teeth and the driven part. The button body includes a button guide post facing the winding shaft, which is located within the inner ring of the driving teeth and is coaxially arranged with the button body. The rotation drive part is located between the pawl limiting member and the button guide post. A column protrusion is formed on the lower circumferential surface of the button guide post. The winding shaft has a shaft hole in the middle for the button guide post to pass through, and the shaft hole and the button guide post are coaxially arranged. An elastic gripper that mates with the column protrusion is provided at the shaft hole, and an arm protrusion that faces the button guide post and mates with the column protrusion is formed on the inner side of the elastic gripper. The elastic gripper extends vertically. The free end of the elastic gripper faces downward. The button guide post includes two elastic petals with a petal gap between them. A petal protrusion is formed on the lower outer side of the elastic petal, and both the upper and lower parts of the petal protrusion have petal slopes. A downwardly extending petal extension is provided at the lower end of the elastic petal, which is located below the petal protrusion. The elastic flap has a narrow diameter portion formed above the flap protrusion. The chuck includes an elastic chuck arm extending along the axis surrounding the winding shaft and chuck teeth formed on the elastic chuck arm and facing outward.The elastic claw arm has an arm root and an arm end, with claw teeth located on the outer ring side of the arm end. The limited part is a limited block located on the inner ring side of the elastic claw arm. The limited block is located at the lower part of the inner ring side of the arm end. The upper part of the elastic claw arm is higher than the limited block. There is space above the limited block for the elastic claw arm to swing inward. The inner ring side of the limited block is flush with the outer ring side of the claw limiting component; or, taking a plane perpendicular to the winding shaft axis as the projection plane, the projection of the inner ring side of the limited block on the projection plane is outside the projection of the outer ring side of the claw limiting component on the projection plane. The distance between the projection of the inner ring side of the limited block on the projection plane and the projection of the outer ring side of the claw limiting component on the projection plane is less than the size of the knob pressing the claw inward. The upper end of the claw teeth forms a tooth-following bevel or chamfer. At least one of the lower edge of the outer ring side of the claw limiting component and the upper edge of the inner ring side of the limited block has a tooth-following bevel or chamfer. The elastic claw arm extends gradually from its root to its tip away from the winding shaft axis. The annular surface containing the elastic claw arm is located within the annular surface containing the cylinder sidewall. The projection of the elastic claw arm onto a plane perpendicular to the winding shaft axis is located within the projection of the cylinder sidewall onto a plane perpendicular to the winding shaft axis. The cylinder body has an inner extension extending inward. The elastic claw arm has a root and an end, and the inner extension includes a support portion for carrying the claws, with the root connected to the support portion. The support portion includes an upwardly projecting protrusion, with the root connected to the protrusion. Two or more claws and claw limiting components are distributed around the winding shaft axis. Three claws and claw limiting components are evenly distributed around the winding shaft axis. The claw limiting components are limiting beams corresponding one-to-one with the claws. The limiting beams are connected between adjacent arm roots. Each limiting beam forms a complete circle, and the inner circle forms a through-hole. The button body includes a button guide post facing the winding shaft, which passes downward through the through-hole. The winding shaft has a rotating driven part that passes upward through the opening and cooperates with the rotation drive part. A gap exists between the limiting beam and the elastic claw arm for the elastic claw arm to swing inward. The tooth height from the root to the tip of the claw teeth is smaller than the size of the gap between the limiting beam and the elastic claw arm. The chuck is located between the limiting beam and the cylinder sidewall, forming an elastic swing space between the limiting beam and the cylinder sidewall for the elastic claw arm to swing inward and outward. A forming gap exists between the elastic claw arm and the cylinder sidewall, between the elastic claw arm and the claw limiting component, and between the elastic claw arm and the support part. The forming gaps extend vertically. Two or more chucks and claw limiting components are distributed around the winding shaft axis; two or more protrusions are connected one-to-one with the arm root, and the limiting beam connects adjacent protrusions. The claw teeth are higher than the upper surface of the support part. The upper parts of both the claw teeth and the elastic claw arm are higher than the inner extension. The lower part of the chuck is lower than the upper surface of the inner extension. The lower part of the chuck is lower than the upper surface of the support part. The main body of the cylinder forms a cavity below the inner extension to accommodate the winding shaft. The lower surfaces of the elastic claw arm and the restrained block are higher than the lower surface of the inner extension. At least one of the elastic claw arm and the restrained block has a claw protrusion on its lower surface. The upper surface of the inner extension is flush with the upper end of the cylinder sidewall.The lower part of the limiting beam has a groove for the movement of the limited block. The claw and the main body of the cylinder are integrally injection molded. A molding through hole is formed between the claw and the side wall of the cylinder for the claw to be demolded. The claw limiting component is integrally injection molded with the main body of the cylinder. The claw teeth include a first locking surface facing the tightening direction and a first back slope facing the loosening direction of the rope; both the first locking surface and the first back slope gradually slope towards the tightening direction of the rope from the root to the tip. The button teeth include a second locking surface facing the loosening direction of the rope and a second back slope facing the tightening direction of the rope; both the second locking surface and the second back slope gradually slope towards the loosening direction of the rope from the root to the tip. The area between the annular tooth wall and the button side wall is a plane. The driving tooth includes a driving surface facing the direction of tightening the rope and a reverse inclined surface facing the direction of loosening the rope. The driving surface gradually slopes towards the direction of tightening the rope from the root to the tip. The driven tooth includes a driven surface facing the direction of loosening the rope and a forward inclined surface facing the direction of tightening the rope. The driven surface gradually slopes towards the direction of loosening the rope from the root to the tip.

[0004] This invention patent solves the problem of manually tying shoelaces to some extent by using a knob to retract and extend the rope, but it does not have a light-up function and lacks more intuitive aesthetic, 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 light-up knob that has an intuitive, exquisite, beautiful, interesting, and distinctive effect, and is structurally reasonable and practical.

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

[0008] To achieve the above objectives, this utility model adopts the following technical solution: A light-emitting knob includes a fastening mechanism, which includes a cylindrical shell, a knob covering the cylindrical shell, and a winding shaft inside the cylindrical shell; it also includes a flexible light guide strip and a light-emitting component that provides a light source to the flexible light guide strip. The winding shaft has a shaft hole, and the flexible light guide strip extends along the shaft hole to the knob. The knob has a knob guide hole for the flexible light guide strip to extend into and guide. The flexible light guide strip has a light-inlet end corresponding to the light-emitting component and a light-outlet end extending to the knob position.

[0009] The flexible light guide strip is made of transparent resin material.

[0010] The light-emitting component includes a light lamp and a power supply component that supplies power to the light lamp, with the light lamp corresponding to the light-injection end.

[0011] It also includes a positioning sleeve that is fitted over the light source and the light-injection end.

[0012] The knob includes a knob guide post that extends into the shaft hole, and a knob guide hole is formed in the knob guide post.

[0013] The knob has a cover plate that covers the outside of the light-emitting end, and the cover plate or the entire knob is made of light-transmitting material.

[0014] The knob has a guide hole running through it from top to bottom.

[0015] The knob also includes a diffuser cover installed on the outer end of the knob guide hole and covering the outside of the light emitting end. The outer surface of the knob is provided with a mounting groove for installing the diffuser cover.

[0016] It also includes a mounting base for mounting motor parts onto an article, the mounting base having a through hole for a flexible light guide strip to pass through.

[0017] A luminescent shoe further includes a shoe body connected to a mounting base; a mounting hole, a shaft hole, and a button guide hole correspond to each other; the shoe body includes a sole and an upper connected above the sole, a power supply component is mounted on the sole or the upper, and a flexible light guide strip extends along the upper; the flexible light guide strip includes an extension section extending along the upper, an entry section entering the button guide hole, and a curved section connecting the extension section and the entry section, with a light emitting end formed at the end of the entry section.

[0018] By adopting the above technical solution, the luminous knob of this utility model breaks through the traditional structure of knobs. In actual use, the winding shaft is installed inside the cylindrical shell and can rotate freely. Driven by the knob, the winding shaft can tighten the rope in the direction of tightening. While ensuring the basic function of the knob, the flexible light guide strip is guided by the shaft hole and the knob guide hole. The light emitted by the luminous component can enter through the light-inlet end of the flexible light guide strip. The light is conducted along the extension path of the flexible light guide strip and guided to the knob. This avoids the problem of placing power supply and other components at the knob, which would make the structure bulky and complicated, affecting operation and aesthetics. Since the light-outlet end extends to the knob position, the light emitted from the light-outlet end can be regarded as the luminous effect of the knob or the entire knob. Moreover, different luminous 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 luminous 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 construction of luminous shoes. In practical use, the luminous knob can be installed on footwear, clothing, bags, and other items, specifically by sewing or gluing it to the shoe body via a mounting base. The winding shaft, housed within the cylindrical shell, can rotate freely. Driven by the knob, the winding shaft can tighten the rope in the direction of tightening. While ensuring the basic function of the knob, a flexible light guide strip extends along the shoe surface to conduct light to the knob. Specifically, the flexible light guide strip is guided by a shaft hole, a knob guide hole, and a seat through hole. The light emitted by the light-emitting component enters through the light-inlet end of the flexible light guide strip, is conducted along its extension path, and is guided to the knob. This avoids the bulky and complex structure caused by placing power supply components at the knob, which would affect operation and aesthetics. Since the light-emitting end extends to the knob, the light emitted from the light-emitting end can be considered as the luminous effect of the knob or the entire knob. Moreover, different luminous effects can be set to meet different needs, such as adapting to sports or work scenarios with clear markings, and is more likely to attract children. Compared with the prior art, the luminous shoe of this utility model has the advantages of intuitive and exquisite aesthetics, fun and clear marking effects, and 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 cover plate and a flexible light guide strip extending into the cover plate; Figure 5 A cross-sectional view of a knob with a cover plate and a flexible light guide strip extending into the center of the knob guide hole; Figure 6 A cross-sectional view of the knob guide hole penetrating the knob and the flexible light guide strip extending into the upper end of the knob guide hole. Figure 7 A cross-sectional view of the knob guide hole penetrating the knob and the flexible light guide strip extending into the middle of the knob guide hole; Figure 8 A perspective structural diagram showing the shoe with the button mounted on the tongue and the power supply component located on the sole. Figure 9 A perspective structural diagram showing the shoe with the button mounted on the side of the shoe and the power supply component located on the sole. Figure 10 A perspective structural diagram showing a shoe with a button installed on the heel and the power supply component located on the sole. Figure 11A perspective structural diagram showing the shoe with the button mounted on the side and the power supply component located at the heel. Figure 12 This is a top view of the power supply component mounted on the sole of the shoe.

[0021] In the picture: 1-Cylinder shell, 2-Knob, 21-Knob guide hole, 22-Knob guide post, 23-Cover plate, 24-Diffuser cover, 25-Mounting slot. 3-Wound shaft, 31-Shaft hole, 4-Flexible light guide strip; 41-Light inlet end; 42-Light outlet end; 43-Extension section; 44-Entry section; 45-Bending section; 5-Light-emitting component; 51-Light lamp; 52-Power supply component. 6-Positioning sleeve, 7-Mounting base, 71-Through hole, 8-Shoe body, 81-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 provides a light-emitting knob, such as... Figure 1-12As shown, the device includes a fastening mechanism, which comprises a cylindrical shell 1, a knob 2 covering the cylindrical shell 1, and a winding shaft 3 located inside the cylindrical shell 1. It also includes a flexible light guide strip 4 and a light-emitting component 5 that provides a light source to the flexible light guide strip 4. The winding shaft 3 has a shaft hole 31, and the flexible light guide strip 4 extends along the shaft hole 31 to the knob 2. The knob 2 has a knob guide hole 21 for the flexible light guide strip 4 to extend into and guide it. The flexible light guide strip 4 has a light-inlet end 41 corresponding to the light-emitting component 5 and a light-outlet end 42 extending to the knob 2. In actual use, the winding shaft 3, installed inside the cylindrical shell 1, can rotate freely. Driven by the knob 2, the winding shaft 3 can tighten the rope in the direction of tightening the rope. While ensuring the basic functions of the knob, the flexible light guide strip 4 is guided by the shaft hole 31 and the knob guide hole 21. The light emitted by the light-emitting component 5 can enter through the light-inlet end 41 of the flexible light guide strip 4. The light is conducted along the extension path of the flexible light guide strip 4 and guided to the knob 2. This avoids the bulky and complex structure caused by placing components such as the power supply at the knob 2, which would affect operation and aesthetics. Since the light-outlet end 42 extends to the knob 2, the light emitted from the light-outlet end 42 can be regarded as the lighting effect of the knob 2 or the entire knob, which is suitable for symbolic sports or work scenarios and is more likely to attract children. Different lighting effects can also be set to meet different needs, such as adding vibration sensors and controllers to achieve different lighting effects when the knob is rotated or not rotated. In order to position the flexible light guide strip 4, the flexible light guide strip 4 can be fixed to the shoe upper or mounting base 7 with adhesive. To prevent the flexible light guide strip 4 from being affected by the rotation of the knob 2, a protective sleeve can be covered over the extended section of the flexible light guide strip 4 that extends into the knob, which can support and position the flexible light guide strip 4. The flexible light guide strip 4 can be made of transparent flexible resin material, which can flexibly adapt to different curved surfaces or bending requirements, such as transparent resin materials such as PE, PET, and TPU.

[0024] To achieve efficient light emission from the light-emitting component 5 and efficient light guiding from the flexible light guide strip 4, the specific structure can be as follows: the light-emitting component 5 includes a light-emitting lamp 51 and a power supply component 52 that supplies power to the light-emitting lamp 51. The light-emitting lamp 51 corresponds to the light-injection end 41, and light can directly enter the flexible light guide strip 4 from the light-emitting lamp 51 through the light-injection end 41. Furthermore, it also includes a positioning sleeve 6 sleeved around the light-emitting lamp 51 and the light-injection end 41. The positioning sleeve 6 can position the light-emitting lamp 51 and the light-injection end 41 of the flexible light guide strip 4, ensuring stable connection between the light-injection end 41 and the light-emitting lamp 51 and stable light injection, thus ensuring the stability of the light-emitting operation of the flexible light guide strip 4. Specifically, the positioning sleeve 6 can include a first extension sleeve section extending outside the light-emitting lamp 51 and a second extension sleeve section extending outside the flexible light guide strip 4. The positioning sleeve 6 can be a flexible resin tube tightly clamped around the light-emitting lamp 51 and the flexible light guide strip 4.

[0025] Preferably, the knob 2 includes a knob guide post 22 extending into the shaft hole 31. A knob guide hole 21 is formed in the knob guide post 22. The knob guide post 22 can extend into the shaft hole 31 to stably guide and limit the flexible light guide strip 4. To prevent the wall of the knob guide hole 21 from wearing down the flexible light guide strip 4 when the knob 2 rotates, a protective sleeve can be provided on the outside of the flexible light guide strip 4. The knob guide post 22 can cooperate with the winding shaft 3 to realize the opening and closing operation of the knob. Specifically, the knob 2 can cooperate with the driven teeth of the winding shaft 3 through the up and down engagement of the driving teeth. When the knob 2 is pressed down to make the driving teeth engage with the driven teeth, the knob 2 can drive the winding shaft 3 to rotate to wind the rope. When the knob 2 is pulled up, the driving teeth and driven teeth disengage, the winding shaft 3 is unlocked and the rope is released. Further, the knob guide post 22 can achieve the positioning of the opening and closing state by cooperating with the elastic claw in the shaft hole 31 of the winding shaft 3 through the retaining ring on its outer surface. For details, please refer to the prior art disclosed in the background art.

[0026] Preferably, the knob 2 has a cover plate 23 covering the outside of the light emitting end 42. The cover plate 23 protects the internal structure of the knob, preventing dust, sand, water, etc. from entering, and also limits the position of the end of the flexible light guide strip 4, ensuring the precise positioning of the flexible light guide strip 4. To facilitate the visualization of the light emitting end 42, the cover plate 23 or the entire knob 2 is made of a light-transmitting material, such as a transparent resin material, specifically a relatively hard resin material such as PC. To make the structure simple and robust, the cover plate 23 and the knob 2 are integrally injection molded.

[0027] In another embodiment, the button guide hole 21 extends vertically through the knob 2, allowing for direct and efficient light emission from the light emitting end 42. Specifically, the knob 2 may also include a diffuser cover 24 installed at the outer end of the button guide hole 21 and covering the outside of the light emitting end 42. While protecting the internal structure of the knob, different diffuser covers 24 can be installed according to different light requirements, such as a completely transparent diffuser cover 24 or a diffuser cover 24 with fluorescent or diffuse reflection effects. To facilitate the installation of the diffuser cover 24, the outer surface of the knob 2 is provided with a mounting groove 25 for installing the diffuser cover 24. The mounting groove 25 can accurately position the diffuser cover 24 and prevent the edges of the diffuser cover 24 from being easily scratched. The diffuser cover 24 can be made of epoxy resin, resin board, or metal plate.

[0028] Preferably, it also includes a mounting base 7 for mounting the motorized component onto the article. The mounting base 7 has a seat through hole 71 for the flexible light guide strip 4 to pass through. The flexible light guide strip 4 can enter the inside of the knob from the seat through hole 71 and extend into the knob guide hole 21. The cylindrical shell 1 and the mounting base 7 are provided with a matching snap-fit ​​mounting structure.

[0029] A type of light-up shoe, such as Figure 1-12As shown, it also includes a shoe body 8 connected to the mounting base 7; the seat through hole 71, shaft hole 31, and button guide hole 21 correspond to each other; the shoe body 8 includes a sole and an upper connected to the sole, the power supply component 52 is installed on the sole or upper, and the flexible light-emitting strip extends along the upper. In actual use, the luminous button can be installed on shoes, clothing, bags, etc., specifically by sewing or gluing it to the shoe body 8 through the mounting base 7. The winding shaft 3 is installed inside the cylindrical shell 1 and can rotate freely. Under the drive of the knob 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 flexible light guide strip 4 is guided by the shaft hole 31, the button guide hole 21, and the seat through hole 71. The flexible light guide strip 4 can extend along the shoe surface and other places to conduct light to the button. Specifically, the light emitted by the light-emitting component 5 can be injected through the light-inlet end 41 of the flexible light guide strip 4. The light is conducted along the extension path of the flexible light guide strip 4 and guided to the button 2. This avoids the power supply and other components being placed at the button 2, which would make the structure bulky and complicated, affecting operation and aesthetics. Since the light-emitting end 42 extends to the position of the button 2, when the light is emitted from the light-emitting end 42, it can be regarded as the light-emitting effect of the button 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 it is also easier to attract children. The specific structure can be as follows: the upper includes a side panel, a heel, and a tongue; a button can be located on the side panel, heel, or tongue; a power supply component 52 can be installed on the sole or heel; a flexible light guide strip 4 can 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 81 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 strip 4 extends along the upper and then bends to enter the button guide hole 21. The flexible light guide strip 4 includes an extension section 43 extending along the upper, an entry section 44 entering the button guide hole 21, and a curved section 45 connecting the extension section 43 and the entry section 44; a light emitting end 42 is formed at the end of the entry section 44.

[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 luminous rotary button, comprising a fastening mechanism, the fastening mechanism including a cylindrical shell, a knob covering the cylindrical shell, and a winding shaft located inside the cylindrical shell; characterized in that: It also includes a flexible light guide strip and a light-emitting component that provides a light source for the flexible light guide strip. The winding shaft has a shaft hole, and the flexible light guide strip extends along the shaft hole to the knob. The knob has a knob guide hole for the flexible light guide strip to extend into and be guided. The flexible light guide strip has a light-inlet end corresponding to the light-emitting component and a light-outlet end extending to the knob position.

2. The luminous knob according to claim 1, characterized in that: The flexible light guide strip is made of transparent resin material.

3. The luminous knob according to claim 1, characterized in that: The light-emitting component includes a light lamp and a power supply component that supplies power to the light lamp, with the light lamp corresponding to the light-injection end.

4. The luminous knob according to claim 3, characterized in that: It also includes a positioning sleeve that is fitted over the light source and the light-injection end.

5. The luminous knob according to claim 1, characterized in that: The knob includes a knob guide post that extends into the shaft hole, and a knob guide hole is formed in the knob guide post.

6. The luminous knob according to claim 1, characterized in that: The knob has a cover plate that covers the outside of the light-emitting end, and the cover plate or the entire knob is made of light-transmitting material.

7. The luminous knob according to claim 1, characterized in that: The knob has a guide hole running through it from top to bottom.

8. The luminous knob according to claim 7, characterized in that: The knob also includes a diffuser cover installed on the outer end of the knob guide hole and covering the outside of the light emitting end. The outer surface of the knob is provided with a mounting groove for installing the diffuser cover.

9. The luminous knob according to any one of claims 1-8, characterized in that: It also includes a mounting base for mounting motor parts onto an article, the mounting base having a through hole for a flexible light guide strip to pass through.

10. A luminous shoe based on the luminous knob of claim 9, characterized in that: It also includes a shoe body connected to the mounting base; the mounting hole, shaft hole and button guide hole correspond to each other; the shoe body includes a sole and an upper connected above the sole, the power supply component is mounted on the sole or the upper, and a flexible light guide strip extends along the upper; the flexible light guide strip includes an extension section extending along the upper, an entry section entering the button guide hole and a curved section connecting the extension section and the entry section, and the light emitting end is formed at the end of the entry section.

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