KR200322036Y1 - A belt installed mechanism for energy generation with a independent generation of electric power - Google Patents

Abstract

The present invention relates to a belt having a self-generating energy generating device.

In particular, it is possible to maintain clothing insulation and light emission by supplying an electric energy source to the surface and filamentary heating elements or light emitting bodies incorporated in ordinary clothes by embedding a self-power generator in the belt, and supplying secondary power such as portable computer equipment and It is a belt with a self-powered energy generator that can charge a battery pack for a mobile phone as well as a lighting device function to easily secure the front view when walking at night.

The feature of this invention,

In the belt consisting of a buckle and belt and belt

A plurality of gear groups arranged in a line in the shell of the belt;

Belt connecting means for connecting the plurality of gear groups to each other; And,

Respective driving means inherent in the plurality of tooth groups to generate rotational force while repeating the ascending and descending while the belt is stretched according to the double breathing of the belt wearer;

Hyeokdaegogo government that is installed in the specific gear group to allow the artificial rotational force to be applied for a certain time to maintain and increase the speed storage or deceleration;

An end for adjusting the length of the belt; And,

Characterized in that it comprises a power generation unit for converting the rotational force by the drive means into an electrical energy source.

Description

A belt installed mechanism for energy generation with a independent generation of electric power}

The present invention relates to a belt having a self-generating energy generating device, and more specifically, to the clothing by supplying an electric energy source to the planar and filamentary heating elements or the light emitting body incorporated in the clothes by embedding the self-generating device in the belt. Self-powered energy generator to maintain heat and light for keeping warm, and to charge cell phone battery packs as well as lighting device to provide secondary power supply of portable computer equipment and to secure front view when walking at night It relates to a belt having.

Normally, clothing insulation is based on the characteristics of the product, that is, the quality and material of the fiber, and the degree of thermal insulation effect. There is a known technique for optimizing the upper and lower clothing insulation by directly grafting directly onto the bed and supplying an electrical energy source.

However, the thermal heating device and the clothing light emitting device applied to the clothing including the advanced technology, etc. are by the general battery power source, and there are disadvantages such as the cost and trouble that require regular battery replacement or charging. To solve this problem by applying a rechargeable battery and self-powered module as an alternative to this, but also has a disadvantage in that the device is packaged to a certain size, which is inconvenient to carry, and therefore receives a significant limitation on activity.

Accordingly, an object of the present invention for improving this is to maintain the heat generated by clothing insulation and light emission by supplying an electric energy source to the surface and filamentary heating element or light emitting body grafted to normal clothing by embedding a self-powered device in the belt In addition, the self-powered energy generator is maintained by maintaining the unique function of the belt while allowing the charging of cell phone battery packs as well as the lighting device function to easily supply the secondary power supply of portable computer equipment and to secure the front view at night walking. To provide an ups belt.

This invention is a belt composed of a buckle and belt belt and belt,

A plurality of gear groups arranged in a line in the shell of the belt;

Belt connecting means for connecting the plurality of gear groups to each other; And,

Respective driving means inherent in the plurality of tooth groups to generate rotational force while repeating the ascending and descending while the belt is stretched according to the double breathing of the belt wearer;

Hyeokdaegogo government that is installed in the specific gear group to allow the artificial rotational force to be applied for a certain time to maintain and increase the speed storage or deceleration;

An end for adjusting the length of the belt; And,

It is achieved by constructing a power generation unit for converting the rotational force by the drive means into an electrical energy source.

1 is a plan view and a detailed configuration diagram showing a belt having a self-powered energy generating device according to the present invention

Figure 2 is a plan view and a side cross-sectional view showing a connection state of the buckle and the belt fixing unit and the end of the belt having a self-powered energy generating device according to the present invention.

Figure 3 is a perspective view of the main part showing a coupling state of the belt and the belt in the belt having a self-powered energy generating device according to the present invention.

Figure 4 is a perspective view showing the connection state of the terminal terminal for the charging device, such as a mobile phone battery pack in the belt having a self-powered energy generating device according to the present invention.

Figure 5 is a perspective view of the main part showing a connection state of the mobile terminal in the belt having a self-powered energy generating device according to the present invention.

[Description of Symbols for Main Parts of Drawing]

100 ... buckle 110 ... flexible louver

120 ... tooth case 140 ... rectifier diode

200 ... belt 210 ... end

220 ... sheath 230 ... fixed terminal

240 ... lock pin 260 ... wire spring

270 ... leaf spring 290 ... rotary lever

300 ... Self-Generation System 320 ...

370 ... Guide bar 380 ... Belt fixed frame

400 ... Terminal 1 Terminal 420 ... Terminal 2 Terminal

430 ... Connection terminal 440 ... Power cable

450.Connector 460 ... Connector

470 compression coil springs 480 gears

490 ... stopper 500 ... generator

530 ... hand-held gear 540 ... spur gear,

560 ... Worms and Worm Gears 570 ... Ratchet Gears

600 ... Bevel Gears 610 ... Rack Gears

630 ... Hyukdae fixture 640 ... buckle fixing protrusion

650 ... transparent resin louver 660 ... voltage and current adjustment pin

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

In the present invention, the belt is divided into a buckle 100 and a belt fixing part 320 and a belt band 200 as shown in FIG. 1, and an end cap 210 is coupled to the end portion 250 of the belt band 200. When cutting the gear case 120 of the end portion 250 to adjust the length of the belt so that the clean appearance is maintained by the end cap 210, and also the end portion 250 of the buckle 100 as shown in FIG. The buckle 100 and the belt belt 200 are movable by the rack gear 610 based on the belt fixing bracket 380 while being supported by the belt fixing frame 380 by being inserted into the inner surface side.

1 is a plan view and a detailed configuration diagram of a belt having a self-generating energy generating device, the present self-generating device 300 is a conventional belt consisting of a buckle 100 and the belt fixing portion 320 and the belt 200 (200). In the inside of the outer shell 220 of the belt 200, a plurality of gear groups 480 arranged in a line along the longitudinal direction, and the belt connecting means 390 for connecting the plurality of gear groups with each other, and Artificially applied to each of the driving means 130 and the specific gear group 480, which are inherent in the plurality of gear groups 480 and generate rotational force while repeatedly raising and lowering in a state in which the belt is extended according to the double breathing. Rotational power by the drive means 130 including a belt fixing portion 320 for maintaining the rotational force for a predetermined time and to increase or decrease the speed of the storage or deceleration and the end portion 250 for adjusting the length of the belt Into a source of electrical energy It consists of a power unit 350 that was.

At this time, the gear group 480 inherent in the buckle 100 and the gear case 120, the worm and worm wheel gear 560, bevel gears with the flat gear 540 to obtain the desired rotational power, rotation ratio and rotation direction The ratchet gear 570 and the spring gear 530 or the rack gear 610 are combined with each other, and the number of combinations of the gears is not specified.

In addition, the gear group 480 is appropriately divided into the gear case 120 is embedded, but is embedded in the thin belt 200 as described above, so that each of the gear group 480 is installed on the inner surface of the gear case 120, and in the installation direction of the gear In consideration of the thickness change of the belt 200 according to the flat tooth 540, etc. built in the gear case 120 to maintain a thin state as possible, the circular surface is installed so as to face the surface of the belt (200) The buckle 100 part is installed to face the thickness direction of the buckle 100, and at this time, the worm and the worm wheel gear 560 or the bevel gear 600 are properly disposed according to the installation direction of the flat car 540. .

Subsequently, the self-winding gear 530 is fixedly connected to the housing of the self-winding gear 530 at the other end of the self-winding spring 530a which is installed on the inner surface thereof and fixed to the other end of the self-winding spring 530a. The input rotational force from the means 130 is increased and stored at high speed, and the remaining rotational force is transmitted to the power generation unit 350 through the worm gear 560, and then the output rotation proceeds gradually. According to.

The self-powered energy generating device as described above, the belt wearer to the driving means 130 by using the gear group 480 to change the length of the belt caused by the general natural breathing breathing on the belt worn tightly In order to convert this back into rotational force and power generation force, the gear group 480 in the gear case 120 changes the length of the belt that is increased during the double breathing, and the rack gear 610 and the flat gear 540. Is converted to rotational force, and at this time, the length of the belt is increased and increased, and then it is restored by the compression coil spring 470 at the time of return lowering, and is reversed by the ratchet gear 570 mounted on the inner peripheral surface of the flat car 540. It is composed of a configuration that prohibits rotation and only rotates in one direction.

In addition, the flat gear 540 is combined with the mainspring gear 530 by fine-tuning the gear ratio, pitch circle, and the axial distance when combined with the following flat wheel 540 to increase rotational force. 530 is formed in a structure to obtain a large speed ratio when driving even a small fine movement of the belt in the form of a reel winding the fishing line by carving the worm gear on the circumferential surface of the lower end to be engaged with the worm wheel gear (560). do.

Subsequently, the rotational power transmitted to the worm wheel gear 560 is uniformly connected to the beginning and the end of the belt through the belt connecting means 390. The inner surface of the central axis of the worm wheel gear 560 has a polygonal structure. By placing the polygon rotating rod 550 by this, the belt 200 is repeated ascending and descending as the belt 200 increases each time to breathe according to the double breath of the belt wearer while passing through the polygonal cylindrical structure to transmit the rotational force.

On the other hand, the belt connecting means 390 is composed of a wire spring 260 and a leaf spring 270 and the flash louver 110 or the transparent resin louver 650 connected integrally with the guide bar 370, The wire spring 260 is a rotational force transmission means for connecting the rotational power transmitted to the worm wheel gear 560 to the next gear case 120. The wire spring 260 has no flexibility of twisting or bending. Or selectively provided among the power cable fire, leaf spring 270 is also the same.

In addition, the belt 200 is capable of transmitting rotational power even in a bent or bent state at a large angle, and is preferably configured as a spring structure that can be restored to a circular shape by the air force shape, and the power-applying line 440 is also flexible. Consists of a structure.

In addition, the wire spring 260 and the polygon rotating rod 550 connected to the guide bar 370 or the worm wheel gear 560 are screwed in the opposite direction to the rotation direction to be tightened without loosening the screw during rotation. It is formed in a detachable structure, and the leaf spring 270 is also made of a structure that can be detached and assembled by the wearer to adjust the length of the belt is possible to detachable by the outer peripheral surface of the gear case 120 and the screw.

In addition, the belt connecting means 390, while absorbing the change in the length and refraction and deformation of the belt resiliently, while maintaining the rotational power between each tooth case 120 or the main power supply line 440 of the load side It is preferable to configure the flexible louver 110 having excellent elasticity or flexibility as a passage, and also to operate the small fine movement of the buckle 100 and various gear groups 480 inside the belt in consideration of the aesthetic sense of the belt. It may be made of a transparent resin louver 650 or the like to see clearly.

Subsequently, the gear group 480 is formed of a plurality of belts having a large number of lengths, and is coupled to the body belt connecting means 390 embedded in the tooth case 130, and the driving part 310 is partially formed according to the state when the belt is worn. Alternatively, all of them are operated to transfer the rotational power to the power generation unit 350 by taking the wire spring 260, and some of the non-operating driving units 310 rotate by idling by the reverse rotation preventing ratchet gear 570 to reverse the rotation. The power does not reach the rack gear 610 is configured.

Meanwhile, as shown in FIG. 3, the belt fixing portion 320 includes a first ratchet wheel 150 and a belt fixing portion 630 for applying an artificial driving force. The government 320 is integrally coupled and fixed through the fixed terminal 230 and the connection terminal 430 on the back of the gear case 120, which adjusts the length of the belt and adjusts the belt fixing fixture 630 to the inner surface of the buckle 100. It is made of a structure that is detached by the built-in stopper 490 and not shown (hanging projection).

In addition, the rack gear 610 is engraved on the guide bar 370 integrally connected with the belt fixing fixture 630 after the belt is worn, and the stopper 490 and the rack gear locking protrusion 645 are tightened. It is installed to face the gear case 120 of both sides of the government 320, the rack gear engaging projection 645 is fixed and detachable to the rack gear 610 groove by the elastic return force of the compression coil spring 470. Consisting of the belt in a cold state, the double breathing is generally not to be uncomfortable to adjust the degree of adhesion.

Subsequently, the belt fixing unit 320 configures the first ratchet wheel 150 so that the driving force can be maintained for a predetermined time without the double breathing driving by applying an artificial driving force at the end of the belt. Place the rotary lever 290 in the fixed terminal 230 and the connecting terminal 430 to match the fixing pin 240, and the fixed position is located in the flat gear 540 of the central rack gear 610 side Pin 240 is a pin having a polygonal cylindrical structure, the rotation lever 290 is made of a structure in which the rotational force can be continued to the flat gear 540 of the lower belt side when operating.

On the other hand, the electric energy source provided by the power generation unit 350 is used to apply power to the heating element for clothes warm up and down, or to provide a secondary power supply of portable computer equipment and other lights to facilitate visibility during walking at night In addition to the device function for accommodating the light emitting energy source and the function to charge the mobile phone battery pack, etc. to easily identify the person, the electromotive force generated in the power generation unit 350 as shown in FIG. Is connected to the power supply line along the end line of the belt 200 via the rectifier type diode 140 and the push button switch 170, the first and second terminal terminals 400, 420 are also movable Is provided.

The first and second terminal terminals 400 and 420 are connected to the power supply line wired along the longitudinal direction of the belt 200 to be selectively connected to any one of the fixed terminals 230 in the energized state. A connection protrusion 460 having a terminal 430 and connected to a power connector 435 or a plug 620 such as a lead wire of a woven means such as planar and filamentary heating elements or a light emitting body, which are incorporated in upper and lower garments, and other portable computer equipment is provided. Two or more integrally formed together, and the connection terminal 430 of the first and second terminal terminals 400 and 420 and the fixed terminal 230 formed in the belt have a hole shape and the connection terminal 430 After passing through the fixing pin 240, the conductor in the state and the fixed terminal 230 is matched, and then coupled with the connection terminal 450 according to the electrical method to conduct electricity for each electrode, the terminal mounting is fixed to the desired position by moving left and right You can.

In addition, the fixed terminal 230 and the connection terminal 430 are configured in pairs, respectively, and the upper and lower circuits are separately configured so that when an increase or decrease in the use voltage and current of the connecting load is required, an internal circuit configuration (not shown) of each terminal terminal is required. Accordingly, the voltage and current adjustment pins 660 protruding from the outside of the terminals are manipulated to form a direct and parallel circuit.

In addition, the second terminal terminal 420 is provided with a pocket 510 to accommodate a battery pack for a mobile phone, and the variable battery charging terminal 520 located in the pocket is in accordance with the position of the battery side connection terminal 430. It is constructed by rail movement method so that connection is possible.

On the other hand, the power generation unit 350 is composed of a buckle 100, the storage unit 330 and the speed increase unit 340 and the generator 500, the speed increase unit 340 is a second ratchet wheel 150 The rotational power generated from each gear group 480 is formed to reach the bevel gear 600 and the flat gear 540 by the belt connecting means 390.

At this time, the flat gear 540 leads to a worm and a worm wheel gear 560 accelerated at a low speed according to a plurality of gear ratios and gear combinations, and again through a plurality of flat wheels 540 to rapidly reduce the rotating force The proper rotation ratio is transmitted to the generator 500 to generate an electrical energy source, and the buckle 100 is installed by forming a plurality of air holes 190 for heat dissipation during power generation.

In addition, the worm and the worm wheel gear 560 adopts a screw rotation method to increase the starting torque during power generation, and is configured to use the bevel gear 600 in the case of single power generation instead of multiple power generation.

Subsequently, before the electrical energy source generated through the generator 500 is transmitted to the primary load side, the rectifier diode 140 and the lead lamp-mounted push button switch 170 are passed through the rectifier diode. 140 is a device for lowering the generated AC voltage to a low voltage DC voltage to output a high voltage during power generation, and is selectively configured according to the load characteristics, the push button switch 170, the lead display unit is embedded It is installed to expose only the button part on the surface of the buckle 100 as a structure that can check the light of the lamp when the power is cut off and energized.

On the other hand, the illumination device 280 for securing the front view when walking at night, the lamp housing 655 and the like (led) is composed of a push button switch 170 and the lamp and the reflector 590, the connection port 435 The connection protrusion 460 is made of a removable structure.

Referring to the operation of the present invention made of the configuration as described above are as follows.

The self-generating device 300 of the belt can be divided into a driving means 130, a belt connecting means 390 and a speed increaser 340, a power generator 350, etc. First, to generate an electrical energy source By wearing the belt close to the abdomen so that each gear group 480 having the driving means 130 can operate, and performing general double breathing, the change in the length of the fine state in which the belt is extended and shortened is performed with the flat gear 540. The rack gear 610 is used to convert this into rotational power, and then the rotational power through the belt connecting means 390 to the polygonal rotation rod 550 and the wire spring 260, and the like. Transfer to the power generation unit 350, the generated electromotive force is to be applied to each load through the first and second terminal terminals 400 and 420 through the belt connection means 390 again.

In addition, the driving method may utilize a permanent driving method by the double breathing driving of the belt wearer and an auxiliary driving method through the first ratchet wheel 150 of the belt fixing section 320 installed at the end of the belt. .

As described above, the present invention adds a self-generating energy generating device while maintaining the inherent function of the belt, so that an electric energy source can be easily applied to the heating element and the light emitting body for the upper and lower garments that are worn on the upper and lower garments. As a belt that enables the supply of secondary power to computer equipment and provides it as an energy source for charging such as lighting devices and mobile phone battery packs to secure the front view when walking at night, it is useful for daily activities and its convenience. It is effective to increase sex in various ways.

In addition, while the present invention has been shown and described with respect to specific embodiments, it will be understood that the present invention may be variously modified and changed without departing from the spirit or the field of the present invention provided based on the utility model registration claims below. It should be noted that those of ordinary skill in the art can know it very easily.

Claims (12)

In the belt consisting of a buckle (100) and belt belt 200 and belt belt fixing section 320, A plurality of gear groups 480 arranged in a line inside the outer shell 220 of the belt 200; A belt connecting unit 390 for connecting the plurality of gear groups 480 to each other; And, Drive means (130) inherent in the plurality of gear groups (480) to generate a rotational force while repeating the ascending and descending in a state in which the belt is stretched according to the double breath of the belt wearer; Hyeokdae high government 390 to maintain a certain time to be stored in a specific gear case 120 to increase the rotational force is applied to increase or decrease the speed of rotation, and to adjust the degree of close contact wearing the belt; And, An end portion for adjusting the length of the power generation unit 350 and the belt for converting the rotational force transmitted by the driving means 130 into an electric energy source; It comprises a first and second terminal terminals 400 and 420 which are connected to the outside of the belt 200 to supply the lighting device 280 and the load side power supply for securing visibility when walking at night. A belt having a self-generating energy generating device. The belt case 120 of claim 1, wherein the belt fixing part 320 includes a first ratchet wheel 150 and a belt fixing part 630 for applying an artificial driving force, and adjusts the length of the belt. The fixed terminal 230 and the connection terminal 430 of the back is integrally coupled and fixed, the belt fixture 630 is a structure that is detached by the stopper 490 embedded in the inner surface of the buckle 100 is fine The rack gear 610 is engraved on the guide bar 370 integrally connected with the belt fixing fixture 630 so as to adjust the length, and the stopper 490 and the rack gear locking protrusion 645 of the belt fixing part 320 are fixed. The gear case 120 is installed to be opposite to both sides, and the rack gear locking projection 645 is fixed and detached to the rack gear 610 groove by the elastic return force of the compression coil spring 470, which is uncomfortable in the cold state of the belt. A belt having a self-generating energy generating device, characterized in that the adhesion is adjusted so as not to. According to claim 1 or claim 2, The first ratchet wheel 150 of the belt fixing section 320, so that the artificial driving force can be applied at the end of the belt so that the driving force for a certain time without the double breathing driving The first ratchet wheel 150 is integrally combined with the springspring 530a and the ratchet gear 570 so as to be sustained, and the rotary lever 290 is provided at the top to fix the terminal 230 and the connection terminal 430. ) Is fixed and coupled through the fixing pin 240, the fixing pin 240 is located in the central rack gear 610 side flat difference 540, a pin having a polygonal cylindrical structure, the rotary lever 290 Belt having a self-powered energy generating device, characterized in that the turning force is continued to the flat gear 540 of the lower belt side when operating. The method of claim 1, wherein the gear group 480 is composed of a variety of gears, springs, fixed terminals 230, guide bars 370 and polygon rotating rods 550 to obtain the rotational force, rotation ratio and direction of rotation, Guide bar 370, the rack gear 610 is engraved on one side of the central portion integrally fixed so as to always engage with the flat car 540 and rotates on the flat car 540 as the length of the belt changes in accordance with the double breathing A belt having a self-generating energy generating device, characterized in that the structure is configured to transmit power. The gear group 480 of claim 1 or 4, wherein the gear group 480 is equal to the rack gear 610. When the rotational power generated from the 540 is combined with the next flat gear 540, the gear ratio and pitch circle and the distance between the shafts are increased to increase the rotational force and then transmitted to the mainspring gear 530. 530 is to engrave the worm gear on the circumferential surface of the lower end so that it can be engaged with the worm wheel gear 560, to obtain a large speed ratio when driving even a small fine movement of the belt in the form of a reel winding the fishing line. Belt having a self-generating energy generating device. The worm wheel gear 560 of claim 1 or 4, wherein the gear group 480 has a rotational power transmitted to the worm wheel gear 560 uniformly at the beginning and the end thereof through the belt connecting means 390. Into the inner surface of the central axis of the polygonal polygon rotation rod 550 having a polygonal structure by which the belt 200 is stretched every time according to the breathing of the belt wearer by the compression coil spring (470) A belt having a self-generating energy generating device, characterized in that the transfer power is transmitted to and from the polygonal cylindrical structure by repeatedly rising and falling in a recovered form. The ratchet gear of claim 1 or 4, wherein the gear group 480 is integrally connected to the fixed terminal 230 by a ratchet gear 570 for preventing the reverse rotation on the inner surface of the central shaft of the flat gear 540. 570 so as to be rotated in only one direction so that the rotational force does not affect the rack gear 610 even if some or all of the gear group 480 is rotated to separate the locking rotation from the idle rotation. A belt having a self-generating energy generator, characterized in that the rotational force can be input and output. According to claim 1 or 4, wherein the gear group 480, the wire spring 260 or the polygonal rotary rod 550 connected to the guide bar 370 and the worm wheel gear 560, the direction opposite to the rotation direction It is made of a structure that can be detached and tightened without being loosened when rotating by forming a screw thread. The leaf spring 270 is also by screwing the outer circumference of the tooth case 120 and the belt wearer disassembles for adjusting the length. A belt having a self-generating energy generating device, characterized in that the structure can be assembled. According to claim 1, The belt connecting means 390, the wire spring 260 and the leaf spring 270 and the flexible louver 110 or transparent resin louver connected integrally with the guide bar 370 650 and the like, the spring is made of a spring structure so that there is no twisting and bending phenomena, and the belt 200 can be circularly restored by the air force shape so that the rotational force can be transmitted even when the belt 200 is bent or bent at a large angle. The belt having a self-powered energy generating device, characterized in that made of a flexible molded structure. 10. The method according to claim 1 or 9, wherein the belt connecting means 390 is made of a flexible blue fiber 110 having excellent elasticity or flexibility to elastically absorb the change in the length and refraction and deformation of the belt In addition, in consideration of the aesthetics of the belt, the buckle 100 and the transparent resin louver 650, which can clearly see the small fine movement and operation of the various gear groups 480 inside the belt, characterized in that it is configured selectively Belt with self-generating energy generator. According to claim 1, The power generation unit 350 is composed of a buckle 100 and the speed increase unit 340 generator 500, the speed increase unit 340 is formed by the second ratchet wheel 160 is excessive By storing the rotational power or transferring the rotational ratio to the worm and the worm wheel gear 560 to increase the maneuvering torque, and further uniformize the upper and lower rotational power for plural power generation, and then through a plurality of flat gear 540. The rectifier type diode 140 is selectively configured to meet the load characteristics so as to generate an electric energy source so that the proper rotation ratio is maintained and formed, and a high voltage is outputted during power generation and then down to a low voltage. Belt having a self-generating energy generating device. According to claim 1, The electromotive force generated by the driving means 130, through the rectified diode 140 and the (led) push button switch 170 to adjust and block the voltage and current, the push button switch The 170 is a lead lamp attached to the buckle 100 when the power is cut off is made of a configuration that can be confirmed whether blocking the light, the electromotive force transmission method via the belt connection means 390 In the electrical method by passing through the fixing pin 240 of the conductor in a state in which the fixed terminal 230 of the gear group 480 and the connecting terminal 430 of each of the first and second terminal terminals 400 and 420 are matched. According to the electrode is energized, the fixed terminal 230 and the connection terminal 430 is composed of a pair of upper and lower circuits, respectively, when the voltage and current adjustment pins of the connection load is required to increase and decrease the voltage and current adjustment pins ( 660) can be operated to configure series and parallel circuit Self-belt which comprises having a power generation type energy generation system.