KR100803519B1 - Auto generating shoes - Google Patents

Abstract

A self-generating shoe is provided to generate electricity by itself only by the user's action of putting on the shoe and walking to heat a heat wire and to keep the user's foot warm. A self-generating shoe includes a variable pulley(1), a bellows-shaped heel, a generating portion, a metal support(19), an exterior case and a control portion. In the generating portion, a connection gear(6) is rotated, a fly wheel(8) is rotated through an rpm amplifying process by the rpm conversion of rpm amplifying gears(7,7a,7b,7c), and electricity is generated by rotating a shaft(9a) of a generator(9) with the uniform and continuous rotary force of the rpm amplifying gears. The electricity is stored by using a condenser and a storage battery. The metal support fixes the generator, a motor, the variable pulley and the exterior case.

Description

Self generating shoes {Auto generating shoes}

1 is a method of self-generation ①

2 is a method of self-generation ②

3 is a detailed view of the self-power generation method ②

4a and 4b show the prior art.

5A and 5B are X-shaped variable pulleys.

Figure 6a is a V-shaped variable pulley

6b is an inverted V-shaped variable pulley.

7 is a horizontal movement distance efficiency diagram compared to the vertical movement distance of the variable pulley

Figure 8a] is a plan view of the self-power generation method ① and the bellows heel combined

Figure 8a is a right side view of the self-power generation method ① and the incomplete heel combined

9 is an elevational view of the self-power generation method ② and the bellows heel combined

10 is a control unit and an outer case

11 is a general configuration diagram

Table 1 shows the efficiency table by variable pulley coupling number.

☆☆ Explanation of symbols for main part of drawing ☆☆

1. Variable pulley 1a. Where fixed pulleys are fixed 1b. Adjustable pulley guide

2. Pull 2a. Where the pulley pushes and pulls the pulley

2b. Flat gear installed on the side of the pull

3. Nan gear 3a. Nan gear guide

4. Wire 4a. Wire connections 4b. Penetrating tube

4c. Pulley where the wire is bent 4d. Pulley holder

5. Conical Lock 5a. Central axis of conical knob

5b. Gear of Conical Blade

6. 6a. 6b. Connection gear

7. 7a. 7b. 7c. Turnover Amplifier

8. Flywheel 8a. Axis of flywheel

9. Generator 9a. Shaft of generator

10. Motor

11. Power Control Total Switch 11a. Jack socket 11b. Heated insole switch

11c. Motor switch 11d. LED relay switch 11e. Light switch

11f. Cigar jack

12. Speaker 13. LED relay processor

14. Condenser 15. Storage battery 16. LED relay mounting tube

17. Air passage 18. Valve 19. Metal support

20. Control unit 21. Exterior case 22. Heated insole

23. Bellows heel 23a. Inner heel of bellows heel 23b.

23c. Shrinkage point of good contraction force

31. Sliding Bearing

32. Cancer of variable pulley 32a. Side arm of variable pulley

33. Spring

40. Shoe cut 41. Inner wall of the heel

[Technical field of invention]

The present invention relates to a shoe that generates power by using self-power by using an operation of repeating stepping and releasing steps, and more particularly, when a person wears shoes and steps or walks or runs, The load of is loaded in the vertical direction toward the ground, and the load of this weight is converted from the vertical to the horizontal force to turn the flywheel, which drives the generator connected to the flywheel, and stores electricity in the battery through the capacitor. In addition, the present invention relates to a self-powered shoe that is configured to use self-generated electricity.

[Prior art]

As a prior art in the field of the present invention, there is a domestic utility model registration application No. 20-2006-0024231 [registration date December 04, 2006] [Fig. 4a], domestic patent application No. 10-2002-0055277 [Publication Number 10-2004-0023848] (Fig. 4b). In addition, there are Korean Patent Registration Application No. 10-2001-0070627 [Registration Date 09.05.2005] and Korean Patent Registration Application No. 10-2004-0007568 [Registration Date Sep. 05, 2006].

In Korea Utility Model Application No. 20-2006-0024231 [Fig. 4a], the inside of the heel of the shoe is forced to move excessively in order to turn the generator shaft (A of Fig. 4a), and when the shoe must be fastened tightly, Flow inside the heel of the shoe may be uncomfortable. The biggest drawback of this device is the lack of power multiplier for turning the generator's shaft at high speed, which reduces power efficiency.

In the method of Korean Patent Application No. 10-2002-0055277 [FIG. 4B], as in FIG. 4A, the inner heel portion of the shoe must be frequently moved in order to drive the gear, so that the heel may be caught or blistered. However, the biggest problem is that it is difficult to expect the actual power generation that can be used because the necessary movement distance from the inside of the shoe is not sufficient.

Korean Patent Registration No. 10-2001-0070627 [Registration date December 09, 2005] uses the principle of micro fluidics to change the kinetic energy of the human body into electrical energy, but it is a general small It is very small mm unit class compared to generator, and there is still unreasonable point to use for real life.

Korean Patent Registration No. 10-2004-0007568 [Registration Date Sept. 05, 2006] is to install a plurality of plate-like piezoelectric elements stacked in series and formed in the same height in parallel to install a plurality of piezoelectric elements in the shoe, piezoelectric If the electricity generation efficiency of the device is to be significantly improved, it is a story of the future.

It has long been a dream of mankind to generate self-power by heating shoes and to take off the steps to keep the feet warm by heating them. Also, when it was hot, using a motor to blow cool air inside the shoes was as hopeless as warming the feet. The technical problem to be achieved by the present invention is to cause self-power by heating the heated wire only by putting the shoes in place or walking when running or running, warming the feet by heating, using a motor or pump to cool the inside of the shoes It aims to provide self-powered shoes that can be powered and charged for the use of mobile phones and small appliances. In addition, it is an object of the present invention to make a small power generation equipment that is reliable and robust in performance and operation so as to be unreasonable even for industrial and military use.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a shoe that generates self-power and uses its electric power, and includes a variable pulley (1) {[FIG. 5A] and [FIG. 5b], [Fig. 6a], [Fig. 6b]};

Inner heel 23a and heel 23b, which assist the variable pulley 1 {[Fig. 5A], [Fig. 5B], [Fig. 6A], [Fig. 6B]} to easily repeat compression and restoration. The bellows-shaped heel 23 is formed in a dual structure of the air with a valve 18 for sending air in one direction;

By using the variable pulley (1) to convert the horizontal motion to the rotational movement, and attaching the flat gear (2b) to the outer periphery of the pulley (2) around the variable pulley (1) by the denan gear (3) and the connecting gear ( 6) the turning factor amplification gear (7) and the method (2) of turning the denan gear (3) and the connecting gear (6) of the outer case (21) by hooking the wire (4) on the periphery of the pull (2). 7a. 7b. 7c.) Through the rotation speed amplification process to rotate the flywheel (8) and to rotate the shaft (9a) of the generator (9) with an even and constant rotational force by the flywheel (8) Producing apparatus, a power generation device that collects electricity using the capacitor 14 and the storage battery 15 produced electricity;

The total power switch 11 for intermittent power so that the power stored in the battery 15 can be used inside or outside the shoe, and the jack socket 11a for allowing the power to be used from the outside, and the shoe insole heating switch 11b. A control unit 20 capable of operating the motor switch 11c, the LED relay safety light switch 11d, and the LED lighting switch 11e;

A metal support 19 for fixing the variable pulley 1, the generator 9, and the motor 10;

It is connected to the metal support 19 to the outside, and the conical nork (5), the denan gear (3), the connecting gear (6) and the turnover amplification gear (7.7a.7b.7c) operated through the wire (4) .) And flywheel (8) are provided, and the outer case 21 which can selectively install the alarm and call loud speaker 12 for the woman and the cigar jack 11f can be made in the outside of the shoe. It features a self-powered shoe that is fixedly attached.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a structural diagram of the self-power generation method ①, FIG. 2 is a structural diagram of the self-power generation method ②, and FIG. 3 is a detailed view of the self-power generation method ②.

When the variable pulley 1 ({FIG. 5A], [FIG. 5B], [FIG. 6A], [FIG. 6B]} is stepped on the ground in parallel, the pulley on which one side is fixed is the direction of the arrow in FIG. 1). While moving, the pulley 2 enclosed on the outer side of the variable pulley 1 moves in the direction of the arrow as well. At this time, the denan gear (3) is pushed along the denan gear guide (3a) and contact with the connecting gear (6) to stop the advance, the flat gear attached to the side of the pulley (2) encircled on the outside of the variable pulley in place ( While rotating along 2b), the connecting gear 6 is rotated. In the present invention, this is the first method ① of inducing power generation by converting a linear motion into a rotational motion through a horizontal motion. In the second method②, instead of installing the flat gear 2b in the pulley 2 of the variable pulley 1, as shown in [2] and [3], the wire 4 is hooked to the through tube 4b. Pulling the conical knob (5) installed in the shoe outer case (21) through, the conical knob (5) rises in the opposite direction pulled about the central cone shaft (5a) and pushes the gear (3) connecting gear ( It is to induce development by turning 6).

7A and 7B, the distances moving in the horizontal direction corresponding to the distances moving in the vertical direction of the X-shaped variable chute and V-shaped variable chute or inverted V-shaped variable chute (V-shape) The efficiency is shown in [Table 1].

이다. X자 모양인 ㄴㄹ'와 ㄹㄴ'가 완전히 압축될 때, 수평방향으로의 길이는 ㄱㄴ, ㄴㄷ, ㄷㄹ, ㄹㅁ을 합한 것으로서 4이고, 높이(ㄴㄴ')는

이므로, 4를

로 나누면 움직인 거리에 대한 효율을 구할 수 있다. 4/

= 2.828 이므로 수직방향으로 5mm 움직이면, 수평방향으로 5mm 에 대한 2.828배, 즉 5×2.828=14.14mm 만큼 움직이게 된다.If only one X-shaped pulley is used, the length of one side in the X-shape where b 'and d' are intersected in [Fig. 7a], i.e. ) Is 1, the height (ㄴ ') is

to be. When the X-shaped b 'and d' are completely compressed, the length in the horizontal direction is 4, which is the sum of b, b, c, and r, and the height (b ') is

Is 4

Divide by to find the efficiency of the distance traveled. 4/

Since it is 2.828, moving 5mm in the vertical direction moves 2.828 times to 5mm in the horizontal direction, that is, 5 × 2.828 = 14.14mm.

이다. V자 또는 역V자(Λ자)가 압축될 때, 수평방향으로의 길이는 ab와 bc를 합한 것으로서 2

이고, 높이는 1이므로, 움직인 거리에 대한 효율은 2

/ 1 = 2.828 이다. 즉 수직방향으로 5mm 움직이면, 수평방향으로는 5mm에 대한 2.828배, 즉 5×2.828 = 14.14mm 만큼 움직이게 된다.In the V- and V-variable carriages, when only one pulley is used, the lengths of the sides (ab and bc) are 1 when the height (bb ') is 1 in [Fig. 7b].

to be. When the V or inverted V (Λ) is compressed, the length in the horizontal direction is 2 plus ab and bc.

Since the height is 1, the efficiency for the distance traveled is 2

/ 1 = 2.828. In other words, if it moves 5 mm in the vertical direction, it moves 2.828 times with respect to 5 mm in the horizontal direction, that is, 5 × 2.828 = 14.14 mm.

Table 1 shows the efficiency obtained by combining two, three, and four X-shaped pulleys and V-shaped or inverted V-shaped pulleys.

5A and 5B illustrate a shape in which two X-shaped variable pulleys are combined. FIG. 6A shows two V-shaped variable pulleys and FIG. 6B shows an inverted V-shaped variable pulley. The figure shows a combination of the two.

Up and down movement inside the shoe, or up and down movement outside the shoe is required to secure the minimum movement distance necessary to convert the movement distance up and down to the rotational movement while wearing the shoe. However, when the insole portion of the inner heel flows up and down, the shoes are gasped and the heel may get up, causing pain in wearing the shoes. In addition, in some cases, it is necessary to fasten the shoes tightly, and the insole portion of the shoe moves up and down inevitably is obsolete.

In the present invention, the bottom portion of the shoe is compressed between the ground and the sole when stepping and squeezing to solve this problem, is designed to protrude and restore toward the ground ([Fig. 8b], [Fig. 9a], [Fig. 9b]) It was. When the heel is compressed between the sole and the ground, the bottom of the heel 23b is first pressed, and the variable pulley 1 is simultaneously pressed and compressed together with the bottom of the inner heel 23a. In addition to the heel, the variable pulley (1) is restored to the ground direction as soon as the shoe is removed from the ground by adding the resilience of the elastic member with the elastic member 33 and the elastic member attached to have a resilience force and a restoring force.

8a, 8b, 9a and 9b when the heel 23b is compressed, the variable pulley 1 {5a, 5b, 6b, 6a, 6b]} is a sliding bearing 31 adopted on the upper side and the lower side to easily slide and compress in the horizontal direction with the ground, and one end is fixed (2a), the length is increased in the opposite direction fixed and pulls (2) Will be taken. Pulling the wire (2) pulls the conical knob (5) through the through pipe (4b).

When the wire 4 is pulled, a pulley-shaped chuck 4c containing a bearing is applied to a portion where the wire 4 is bent to reduce frictional resistance. Since the force to be compressed is most likely to be stepped on, the flexure 4d is employed to hold the conical knob 5 in the direction in which the pulley 2 protrudes when the variable pulley 1 is stepped on, thereby The reversal was reversed.

The conical knob 5 pulled by the wire 4 is driven in the circular motion about the fixed shaft 5a to bite the denan gear 3 and turn the splicing gear 6. At this time, the splice gear 6 turns the gear ratio conversion gear 7.7a.7b.7c. And turns the flywheel 8 connected thereto. When the flywheel 8 rotates, the rotation speed is increased once more through the rotation rate conversion gear 7c which is coaxially rotated with the flywheel 8 and rotates the shaft 9a of the generator 9.

As the flywheel is used for the purpose of smooth rotational movement and reduction of vibration in the automobile, the adoption of the flywheel 8 is to ensure smooth and uniform rotational force.

When the heel 23b of the heel 23 and the variable pulley 1 are compressed and the force for pulling the wire 4 of the pulley 2 reaches its limit, the wire 4 pulls the conical knob 5. When the force stops, the cone-shaped bolt (5) loses the force of pushing the gear (3) toward the connecting gear (6), and the gear (5) stops the tooth (5a) of the stopped cone-shaped nut (5). It falls down along the conical knocker guide 3a.

The compressed heel 23b and the variable pulley 1 are restored by the elastic member 33 of the heel 23 and the elastic member 33 attached to the variable pulley 1 when the pedestrian removes the shoe from the ground. The pulley 2 and the wire 4 are released, and the conical nut 5 is returned to the original position by the spring 5c pulling back.

Whenever the shoe wearer steps, the above operation is repeated in the shoe, and the flywheel 8 continuously rotates the shaft 9b of the generator 9 through the connecting gear 6b to complete the self-generation. .

The electricity produced through the above mechanism is stored in the storage battery 15 via the capacitor 14 of FIG.

The control unit [Fig. 10] was made to stably mount the power generation device to the shoe and to easily use the produced electricity. By using the produced electricity, the heating coil of the shoe insole can be heated to warm the sole of the shoe in winter. It can drive a motor for ventilation and ventilation 10 or an electric air pump that sends air to the inside of a shoe, and is provided with a jack socket 11a to charge and supply a mobile phone battery and a small portable home appliance. For outdoor sports and work, it is possible to adopt a safety indicator light [Fig. 11] and a light [Fig. 11] using a relay type light emitting diode as a light source, and optionally provide an alarm / housing loud speaker for a woman [Fig. 11]. It can be used in case of emergency by attaching.

FIG. 10 shows the outer case 21 in a round shape depending on the arrangement of the turnaround amplification gears (7. 7a. 7b. 7c.) And the flywheel 8, including the conical knob 5, to form an aesthetic sense. You can also save.

The bellows-shaped heel 23 is formed in a double structure of the inner heel 23a and the outer heel 23b and has a valve 18 for controlling the intake and exhaust of air, and by adopting an air passage 17 through the shoe. When walking, it is possible to inject fresh air into the shoe even without using the motor 10, thereby reducing the power usage of the battery 15.

When people wear shoes and walk or walk or run, they generate electricity by using the power of weight repeatedly applied to the shoes to produce and charge electricity semi-permanently. When warming and sweating from the foot, by using the motor 10, by rotating the fan or by operating the electric air pump there is an effect to cool the foot by blowing the outside air into the shoe. In addition, the jack socket 11a can be used as a charging and power supply source for mobile phones and small portable electronic devices, eliminating the inconvenience of carrying and replacing batteries, attaching lights, and at night and in dark places. When working, you can use the safety indicator [Fig. 11] by turning on the relay-type LED bulb on the shoe, which has the effect of preventing traffic accidents and safety accidents.

Claims (3)

The present invention relates to a self-developed shoe that generates electricity by using the weight of the weight pressed on the shoe when the user walks on a foot or walks or runs, and converts the vertical force into a horizontal force. A V-shaped and inverted V-shaped (Λ-shaped) variable pulley (1); Bellows-shaped heel having a dual structure of inner heel 23a and outer heel 23b for fixing the variable pulley 1 to the inside of the heel to assist the compression and restoration of the variable pulley and for sending air in one direction. (23); Using the variable pulley (1), the horizontal motion is converted to rotational motion, and the flat gear (2a) is attached to the periphery of the pulley (2) wrapped around the variable pulley (1), and the denan gear (3) and the connecting gear (6) are attached. ) And the depressed gear (3) by hanging the wire (4) on the outer periphery of the pull (2) and pulling the conical knob (5) installed on the shoe outer case (21) through the through pipe (4b). By rotating the connecting gear 6, the connecting gear 6 is rotated, and the flywheel 8 is rotated through the rotation amplification process by the rotation rate conversion of the rotational amplification gears (7.7a.7b.7c). The generator generates electricity by turning the shaft 9a of the generator 9 with an even and continuous rotational force by the flywheel 8, and storing the electricity using the capacitor 14 and the battery 15. ; A metal support 19 for fixing the generator 9, the motor 10, and the variable pulley 1 and fixing the exterior case 21; It is connected to the metal support 19 to the outside, and the conical nork (5), the denan gear (3), the connecting gear (6) and the turnover amplification gear (7.7a.7b.7c) operated through the wire (4) .) And flywheel (8) are provided, and the outer case 21 which can selectively install the alarm and call loud speaker 12 for the woman and the cigar jack 11f can be made in the outside of the shoe. An outer case 21 fixedly attached; The total power switch 11 to control the power on the outer case 21 and the jack socket (11a), shoe heat insole heating switch (11b), motor switch (11c), LED relay safety A control unit 20 capable of operating the light switch 11d and the LED light switch 11e; A shoe that generates power by attaching the above devices. The shoe according to claim 1, which generates self-power using an X-shape, a V-shape, and an inverted V-shape (Λ-shape) type pulley. The inner heel 23a and the heel 23b in combination with the X-shape, V-shape and inverted V-shape (Λ-shape) type pulleys according to claim 1 to assist the compression and restoration of the variable pulley 1. Shoes having a dual structure and a bellows-shaped heel (23) having a valve (18) for sending air in one direction to cause self-power.

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