CN2540800Y - Luminous shoes - Google Patents

Abstract

A kind of shiny shoes, include a shoes unit and a illuminator, wherein the illuminator is mounted on shoes unit and corresponded to a light-transmitting area, the illuminator has a mount pad, a pivot unit, a fixed unit and a pivot unit, wherein a pivot part of the pivot unit can drive a magnet to rotate, and change between a pivot position and a non-pivot position, the fixed unit has coil and magnetic induction ring seat, the pivot unit is pivoted to the fixed unit, cut the magnetic force line of the magnet and produce the induced electromotive force, in order to provide the luminous electric energy of the illuminating part corresponding to light-transmitting area on the fixed unit.

Description

glow shoes

【Technical field】

The utility model relates to a shoe, in particular to a light-emitting shoe that can naturally generate bright light due to movement.

【Background technique】

Comfort and aesthetics are the design focus of shoes in the past. In order to increase the visual novelty, some shoes will be equipped with light-emitting devices at appropriate positions. This kind of shoes with light-emitting effects is generally called light-emitting shoes. Conventional light-emitting shoes 1 are generally shown in Figures 1 and 2, including: a shoe unit 11, and a light-emitting device 12 embedded in the rear and lower part of the shoe unit 11, wherein the shoe unit 11 has a sole 111 at the bottom, and a Fixed above the sole 111 to form a shoe body 112 for the sole of the user to wear, a light-transmitting area 114 is arranged on a vertical surrounding wall 113 behind the sole 111, and a mounting groove facing downwards and corresponding to the light-transmitting area 114 115. And this light-emitting device 12 is embedded in the mounting groove 115 of sole 111, has a circuit board 121, a battery holder 122, a battery 123 contained in the battery holder 122, a push switch 124 that protrudes downward, and two There are two light-emitting elements 125 arranged left and right and corresponding to the light-transmitting area 114 , wherein the battery holder 122 , the push switch 124 , and the light-emitting elements 125 are all electrically connected to the circuit board 121 .

In the unused state, the push switch 124 is in the off state, and when the light-emitting shoes 1 are worn on the soles of the feet and step on the ground, the weight of the user stepping on the ground can press the switch 124, and thus start the power, so that both A luminous part 125 emits bright light. When the luminous shoes 1 are taken off the ground, the push switch 124 will be switched from the power-on position to the power-off position, so that the luminous part 125 no longer emits light. , the push switch 124 can be turned on and off intermittently to make the luminous element 125 produce a flickering bright light, so as to enhance the novel visual sense of the luminous shoes 1 .

Although this known light-emitting shoe 1 can achieve the purpose of lighting in design, the bright light sent by the light-emitting part 125 comes from the battery 123. In order to ensure the continuous light-emitting of the light-emitting shoe 1, the battery 123 needs to be replaced during use. Inconvenient and not economical. In addition, in the past, the push switch 124 used to control the light-emitting element 125 on the light-emitting shoes 1 will emit light when the user steps on the ground while wearing a jacket. Therefore, no matter it is day or night, as long as the light-emitting shoes 1 are used, the battery will be consumed. 123 electric energy, but the brightness emitted by the luminous shoes 1 during the day is not prominent, and the brightness is not obvious and consumes power. In the past, the luminous shoes 1 needed to be replaced frequently in use. inconvenient.

【Content of utility model】

The purpose of the utility model is to provide a kind of light-emitting shoes that can generate electric energy to emit light by itself due to shaking, so as to ensure long-term light-emitting.

The luminous shoes of the present utility model include: a shoe unit and a luminous device, wherein the shoe unit has an installation room, and a light-transmitting area corresponding to the installation room, and has an installation surface on the installation room, and the luminous device is installed In the installation room of the shoe unit; it is characterized in that: the light emitting device comprises:

A mounting seat, fixedly installed on the mounting surface of the shoe unit, has a bottom wall, a top wall, a peripheral wall connected between the bottom wall and the top wall, and a wall defined by the bottom wall, the top wall, and the peripheral wall. storage space;

A shaft unit has a fulcrum erected between the top and bottom walls of the mounting seat;

A fixed unit, which has two magnetically sensitive ring bases that fit up and down, a coil base surrounded by the two magnetically sensitive ring bases and arranged along a central axis of the support shaft, a coil wound on the coil base, and at least one and The coils are electrically connected and correspond to the light-emitting part of the light-transmitting area on the shoe unit; and

A pivoting unit has a pivoting member that can pivot along the central axis of the fulcrum, and a magnet that is linked with the pivoting member and can rotate relative to the fixed unit, wherein the pivoting member can be rotated in a non-pivoting position. switch between a swivel position and a pivoted position.

When the pivoting member switches between the non-pivoting position and the pivoting position, it will drive the magnet to pivot relative to the coil of the fixed unit with the central axis of the fulcrum as the fulcrum, so that the coil can cut the magnetic field lines of the magnet to generate an induced electromotive force, thereby Provide the electrical energy for the luminous element to emit light.

The above-mentioned luminous shoes are characterized in that: the fulcrum protrudes downward integrally from the top wall of the mounting base, and the bottom end of the fulcrum is screwed into a screw hole provided on a bottom wall of the mounting base.

The above-mentioned light-emitting shoes are characterized in that: the mounting surface of the mounting base is arranged in a left-right inclined state, and there is an included angle between a vertical line of the mounting surface and a vertical line of the ground, and the central axis of the support shaft and the mounting surface The vertical line overlaps, and the pivoting member has a shaft tube portion sleeved on the fulcrum, and a counterweight portion radially protruding from the shaft tube portion. When the pivoting member is in the unpivoted position, The counterweight portion of the pivoting member swings toward the lower side of the installation surface, and when the pivoting member is at the pivoting position, the counterweight portion of the pivoting member pivots toward the front of the shoe unit.

The above-mentioned light-emitting shoes are characterized in that: the magnetic induction ring seat may include a ring wall, an outer ring wall extending from the outer periphery of the ring wall, and several ring walls extending from the inner periphery of the ring wall and surrounding the fulcrum The central axis of the induction sheet.

The above-mentioned light-emitting shoes are characterized in that: the coil seat has two ring-shaped retaining walls spaced up and down, a connecting ring wall connected between the inner peripheries of the two retaining walls, and a connecting ring wall defined by the connecting ring wall for supplying The pivoting space for the magnet to pivot, and the coil is wound on the connecting ring wall and limited between the two blocking walls.

The above-mentioned luminous shoes are characterized in that: the fulcrum unit can further have two bearings respectively fixed on the bottom wall and the top wall of the mounting seat for the fulcrum to be erected, and the above-mentioned fulcrum has two bearings arranged along the length direction and The tangent surface is radially concave, and the pivoting member has a socket hole for the fulcrum to fit in, and the magnet is provided with a positioning hole for the fulcrum to fit in.

The above-mentioned light-emitting shoes are characterized in that: the fixing unit can further have a circuit board fixed on the mounting base, and the two magnetic induction ring bases, the coil and the light-emitting element of the fixing unit are all electrically connected to the circuit board.

The light-emitting shoes of the utility model can generate electric energy and emit light by themselves due to shaking, and can ensure long-time light-emitting.

【Description of drawings】

The luminescent shoes of the present utility model will be described in detail below through the best embodiment and the accompanying drawings. In the accompanying drawings:

Fig. 1 is a side view of a conventional luminous shoe.

Fig. 2 is a bottom view of a conventional light-emitting shoe, illustrating the correspondence between a sole of the light-emitting shoe and a light-emitting device.

Fig. 3 is a schematic cross-sectional view of a side surface, illustrating the state that the first preferred embodiment of the luminous shoes of the present invention is worn on the feet.

Figure 4 is a rear side sectional view of the preferred embodiment.

Fig. 5 is an incomplete three-dimensional exploded view of the preferred embodiment, in which only a light-emitting device of the light-emitting shoe is shown.

Fig. 6 is an incomplete sectional exploded view of the preferred embodiment, in which only the light-emitting device of the light-emitting shoes is shown.

Fig. 7 is a fragmentary top view of the preferred embodiment, illustrating a state in which a pivot member of the light-emitting shoe moves from an unpivoted position to a pivoted position.

Fig. 8 is an incomplete three-dimensional exploded view similar to Fig. 5, illustrating the structure of the light-emitting device in the second preferred embodiment of the light-emitting shoes of the present invention.

Fig. 9 is an incomplete assembled sectional view, in which only the light-emitting device of the second preferred embodiment of the present invention is shown.

Fig. 10 is an incomplete assembled cross-sectional view, in which only some components of the light emitting device of the third preferred embodiment of the present invention are shown.

FIG. 11 is an incomplete perspective exploded view, in which only the light emitting device of the third preferred embodiment is shown.

For convenience of description, in the following embodiments, the same components are denoted by the same reference numerals.

【Detailed ways】

Referring to Figures 3 and 4, the luminous shoes 2 of the present invention also have a shoe unit 21 and a light emitting device 22, wherein the shoe unit 21 has a sole 211 at the bottom, and a shoe body 212 fixed above the sole 211, The sole 211 includes: a bottom plate 213 below, a surrounding wall 214 extending upward from the periphery of the bottom plate 213, several transparent ribs 215 extending upward from the bottom plate 213, and a plurality of ribs 215 and the bottom plate 213 An installation chamber 216 is defined, wherein a light-transmitting area 217 corresponding to the rear and left and right sides of the installation chamber 216 is set on the surrounding wall 214, and a left-right inclined installation surface 218 is provided on the installation chamber 216. 218 protrudes two spaced protrusions 219, a vertical line 23 on the mounting surface 218 and a vertical line 24 on the bottom surface form an included angle 25, and the light emitting device 22 is an inclined installation room for installing the shoe unit 21. 216 inside.

Referring to Figures 4, 5, and 6, the utility model is characterized in that it provides an innovative light-emitting device 22. The light-emitting device 22 includes: a mounting base 3, a shaft unit 4, a fixing unit 5, and a The fulcrum unit 4 pivots with respect to the pivot unit 6 of the fixed unit 5 .

The mounting seat 3 is formed by docking an upper shell 31 and a lower shell 32 up and down, and after docking, the mounting seat 3 has: a circular bottom wall 33, a top wall 34 spaced apart from the bottom wall 33 and parallel , a ring-shaped peripheral wall 35 connected between the bottom wall 33 and the top wall 34, and an accommodating space 36 bounded by the bottom wall 33, the top wall 34 and the peripheral wall 35, wherein the bottom wall 33 center A screw hole 331 is provided in the part, and two mounting holes 351 in the radial direction and corresponding to the light-transmitting area 217 on the shoe unit 21 run through the peripheral wall 35, and a top surface of the lower housing 32 has two concave edges 321, And two protruding rods 322 protruding from the concave edge 321 respectively, in order to make the upper and lower housings 31, 32 firmly assembled on the mounting surface 218, the upper housing 31 is provided with two straight upper insertion holes 311 , the lower casing 32 is provided with two lower insertion holes 323 corresponding directly to the upper insertion hole 311 , and the protruding post 219 on the mounting surface 218 is inserted between the upper and lower insertion holes 311 , 323 .

The fulcrum unit 4 has a fulcrum 41 vertically extending downward from the center of the top wall 34 , a bearing 42 , and a retaining ring 43 , wherein the fulcrum 41 is directly vertically downward from the top wall 34 of the mounting base 3 The bearing 42 protrudes and is screwed on the screw hole 331 of the bottom wall 33 , and the bearing 42 is combined with the supporting shaft 41 by means of the buckle ring 43 .

The fixing unit 5 has a lower magnetic induction ring seat 51 , an upper magnetic induction ring seat 52 , a coil seat 53 , a coil 54 wound on the coil seat 53 , and two light emitting elements 55 electrically connected with the coil 54 . Wherein the lower magnetic ring base 51 includes a ring wall 511 abutting on the bottom wall 33, an outer ring wall 512 extending upright from an outer peripheral edge of the ring wall 511, and several equidistant self rings. A lower sensing piece 513 protruding upright from an inner peripheral edge of the ring wall 511, wherein the lower sensing piece 513 is arranged around a central axis of the fulcrum 41, the central axis overlaps with the vertical line 23 on the mounting surface 218, and on the outer ring wall 512 Two lugs 514 protruding radially from the top edge of the lower shell 32 can respectively pass through the protruding rods 322 of the lower housing 32 . And the design of the upper magnetic induction ring seat 52 is the same as the lower magnetic induction ring seat 51, that is to say, the upper magnetic induction ring seat 52 includes: a ring wall 521 corresponding to the upper and lower intervals of the ring wall 511, and an outer ring wall 512, the outer ring wall 522 that is up and down, several upper induction pieces 523 that are misaligned with the lower induction piece 513, and two lugs 524 interspersed on the protruding rod 322, wherein the upper and lower induction pieces 513, 523 are used to generate cutting magnetic force lines Polar transformation of time.

The coil seat 53 is a plastic product, and is installed between the ring walls 511, 521 in the two magnetic induction ring seats 51, 52. The coil seat 53 has two ring-shaped retaining walls 531 spaced up and down. A connecting ring wall 532 between the inner peripheral edges of the two retaining walls 531 and around the central axis of the support shaft 41, and a pivot space 533 defined by the connecting ring wall 532, and the coil 54 is wound on the connecting ring wall 531 and is limited between the two retaining walls 531, the two wire ends of the above-mentioned coil 54 are electrically connected with the upper and lower magnetic induction ring bases 51, 52 respectively, and the two light-emitting elements 55 are respectively fixed on the mounting base 3 on the two mounting holes 351.

The pivoting unit 6 has a pivoting member 61, a magnet 62, and a clasp 63 for fastening the pivoting member 61 and the magnet 62, wherein the pivoting member 61 includes a shaft tube portion 611, and the shaft tube A counterweight part 612 protruding radially from part 611, and a shaft channel 613 for accommodating and consolidating the bearing 42 is arranged on the shaft tube part 611. Two corresponding tangent planes 614 are cut on the surface of the shaft tube part 611, so that the shaft tube The outer diameter of the bottom end of the portion 611 presents a non-circular section. The magnet 62 is sleeved on the shaft tube portion 611 of the pivoting member 61 in interlocking manner. The above-mentioned magnet 62 has a non-circular positioning hole 621 whose shape matches the bottom end of the shaft tube portion 611, and a ring around the fulcrum 41. The outer surface 622 of the central axis, and the outer surface 622 corresponds to the pivot space 533 of the fixing unit 5 .

Referring to Fig. 4, 6, 7, after the utility model is installed, this light-emitting device 22 is fixedly combined in the installation chamber 216 of shoe unit 21, after installation, due to the installation surface 218 of installation chamber 216 from the right side of Fig. 4 The left side is lowered, so the pivoting member 61, which can be pivoted by the fulcrum 41 as a fulcrum, swings to the left and is in an unpivoted position, which is the position shown by the solid line in FIG. 7 .

Referring to Figures 3, 6, and 7, when the user puts on the light-emitting shoes 2 and moves to lift the heel, the counterweight 621 on the pivot member 61 that originally swung to the left will move forward due to the lifting of the heel. Pivot, and switch from an unpivoted position to a pivoted position, that is, the position from the solid line in Figure 7 to the imaginary line. When the pivoting member 61 pivoted with the fulcrum 41 as a fulcrum, the magnet 62 solidified with it would pivot along with the pivoting member 61, and pivot with respect to the coil 54 of the fixed unit 5, so that the coil 54 can cut The magnetic field lines generated by the magnet 62 generate an induced electromotive force to provide electric energy for the two light-emitting elements 55 to emit light. In the same way, when the user's heel returns to the state of being flat against the ground, the weight portion 621 on the pivoting member 61 will be converted from the pivoted position to the non-pivoted position, that is, the position returned by the imaginary line in FIG. to the position of the solid line, so as to drive the interlocking pivoting member 61 and the magnet 62 to rotate, and to displace the coil 54 and the magnet 62 again to generate induced electromotive force. In other words, the luminous shoes 2 of this embodiment can allow the pivoting unit 6 to pivot relative to the fixed unit 5 to generate an induced electromotive force during the two actions of the user’s heel lifting off the ground and touching the ground, so as to provide the luminous element 55 with the ability to emit light. Electric energy, and make the luminous element 55 just can produce the flickering effect under the state that does not need to rely on the battery.

Referring to Fig. 8, 9, the basic design of the second embodiment of the utility model is the same as the first embodiment, and the same part will not be described again. The difference between the second embodiment and the first embodiment is: the light emitting device 22, That is to say, the light emitting device 22 of the second preferred embodiment of the utility model is also installed above a mounting surface 218 of the shoe unit 21, and two protrusions 219 protrude from the mounting surface 218, and the light emitting device 22 also includes: a mounting base 3 , a shaft unit 4, a fixed unit 5 and a pivot unit 6, wherein the peripheral wall 35 of the mounting seat 3 is oval, and two vertically corresponding jacks are respectively provided in the direction of the long axis of the oval peripheral wall 35 311, 323, the mounting base 3 further has two screw rods 36 with two shells 31, 32 screwed from top to bottom, and the two bosses 219 on the mounting surface 218 are inserted into the two lower jacks of the mounting base 3 323 to locate the assembly position of the mounting base 3, the structure of the fixing unit 4 of this embodiment is the same as that of the first embodiment and will not be described again.

The fulcrum unit 4 of this embodiment has two bearings 42 mounted on the bottom wall 33 and the top wall 34 of the mounting seat 3 respectively, and a fulcrum 41 passing between the two bearings 42. The fulcrum 41 has two A cross-section 412 arranged along the length direction and radially concave, that is, the cross-section of the fulcrum 41 is non-circular in design, and the pivot unit 6 has a pivot member 61 and a magnet 62, wherein the magnet 62 has a A positioning hole 621 for the pivot 41 to fit through, and a socket hole 615 for the pivot 41 to fit on the pivot member 61, that is to say, in this embodiment, the pivot 41 follows the The pivoting member 61 and the magnet 62 pivot together, and all three components pivot along the central axis of the fulcrum 41 . In the same way, when the luminous shoes 2 are worn and moved, the counterweight 612 of the pivoting member 61 can also pivot forward along the central axis of the fulcrum 41 and the magnet 62. When released, the pivoting member 61 and the interlocking elements can return to their original positions, and the pivoting of the pivoting member 61 can provide induced electromotive force to provide kinetic energy for the two light emitting members 55 to emit light.

Referring to Figures 10 and 11, the light-emitting device 22 of the third preferred embodiment of the utility model also has: a mounting seat 3, a supporting shaft unit not shown in the figure, a fixing unit 5, and a not shown in the figure The pivoting unit, the feature of this embodiment is that the fixed unit 5 has a lower magnetic induction ring seat 51, an upper magnetic induction ring seat 52, a coil seat 53, a coil 54 and a light-emitting member 55, and also has a The upper ring-shaped circuit board 56, wherein the diameter of the lower magnetic-sensing ring seat 51 is larger than the upper magnetic-sensing ring seat 52, and the above-mentioned lower magnetic-sensing ring seat 51 also has a number of upper induction sheets arranged around a central axis and positioned on the inner side 513, on an outer ring wall of the lower magnetic induction ring base 51, the lower conductive protrusions 515 protrude equidistantly and electrically connect with the circuit board 56, and the upper magnetic induction ring base 52 also has an upper induction piece 523 with a digital inner ring, And the upper conductive protrusion 525 electrically connected with the circuit board 56, the two end legs 541 of the coil 54 and the two end legs 551 of the light emitting element 55 are respectively electrically connected to the top surface and the bottom surface of the circuit board 56.

The circuit board 56 of this embodiment is erected on the mounting base 3 in a ring shape, and has an inner conductive ring 561, an outer conductive ring 562 with the same center on the circuit board 56, and several electrical connections with the inner conductive ring 561. The inner jack 563, several outer jacks 564 electrically connected to the outer conductive ring 562, and several luminous element jacks 565, wherein the inner jack 563 is for the upper conductive protrusion 525 to be inserted and fixed while being electrically connected, and The outer jack 564 is for the lower conductive protrusion 515 to be plugged and fixed to be electrically connected at the same time, and the luminous element jack 565 is a group of two, and is electrically connected with the inner and outer conductive rings 561, 562, and the two luminous element 55 The end pins 551 are respectively inserted in the two luminous parts jacks 565, and the two ends pins 541 of the coil 54 are respectively welded on the inner and outer conductive rings 561, 562. By adding the circuit board 56, the Components that require electrical connections are more convenient to install.

It can be seen from the above description that the utility model changes the structure of the light-emitting device 22, so that the light-emitting device 22 can generate an induced electromotive force in the state of moving with the shoes, so as to provide the light-emitting element 55 with light-emitting electric energy. The design can emit light without using batteries, so the utility model is not only novel, but also a light-emitting shoe that can emit light without energy.

Claims (7)

1. A light-emitting shoe, comprising: a shoe unit and a light-emitting device, wherein the shoe unit has an installation chamber, and a light-transmitting area corresponding to the installation chamber, and has an installation surface on the installation chamber, and the light-emitting device is Installed in the installation room of the shoe unit; it is characterized in that: the light emitting device includes: A mounting seat, fixedly installed on the mounting surface of the shoe unit, has a bottom wall, a top wall, a peripheral wall connected between the bottom wall and the top wall, and a wall defined by the bottom wall, the top wall, and the peripheral wall. storage space; A shaft unit has a fulcrum erected between the top and bottom walls of the mounting seat; A fixed unit, which has two magnetic induction ring bases that fit up and down, a coil base surrounded by the two magnetic induction ring bases and arranged along a central axis of the support shaft, a coil wound on the coil base, and at least one A luminous element electrically connected to the coil and corresponding to the light-transmitting area on the shoe unit; and A pivoting unit has a pivoting member pivoting around the fulcrum, and a magnet connected with the pivoting member and pivoting relative to the fixed unit. 2. The luminous shoe as claimed in claim 1, characterized in that: the fulcrum protrudes downward integrally from the top wall of the mounting base, and the bottom end of the fulcrum is screwed on a bottom wall of the mounting base in a screw hole. 3. The luminous shoes as claimed in claim 2, characterized in that: the mounting surface of the mounting seat is arranged in a left-right inclined state, and there is an included angle between a vertical line of the mounting surface and a vertical line of the ground, and the supporting shaft The central axis of the center axis overlaps with the vertical line of the mounting surface, and the pivoting member has a shaft tube part sleeved on the fulcrum, and a counterweight protruding radially from the shaft tube part, when the pivoting part is in the In the non-pivoting position, the weight portion of the pivoting member swings toward the lower side of the mounting surface, and when the pivoting member is in the pivoting position, the weighting portion of the pivoting member pivots toward the front of the shoe unit. change. 4. The luminous shoe according to claim 1, characterized in that: the magnetically sensitive ring base includes a ring wall, an outer ring wall extending from the outer peripheral edge of the ring wall, and several inner peripheral edges of the ring wall An induction strip extending around the central axis of the fulcrum. 5. The luminous shoe as claimed in claim 1, characterized in that: the coil base has two ring-shaped retaining walls spaced up and down, a connecting ring wall connected between the inner peripheries of the two retaining walls, and a connecting ring The wall defines a pivoting space for the magnet to pivot, and the coil is wound on the connecting ring wall and limited between the two blocking walls. 6. The luminous shoe as claimed in claim 1, characterized in that: the fulcrum unit further has two bearings respectively fixed on the bottom wall and the top wall of the mounting seat for the fulcrum to be erected, and the fulcrum has two The tangent surface is provided along the length direction and radially concave, and the pivoting member has a socket hole for the fulcrum to fit in, and the magnet is provided with a positioning hole for the fulcrum to fit in. 7. The light-emitting shoe according to claim 1, characterized in that: the fixing unit further has a circuit board fixed on the mounting base, and the two magnetic induction ring bases, the coil and the light-emitting element of the fixing unit are all connected with the circuit board board electrical connections.

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