KR20190067692A - Water suit - Google Patents

Abstract

Disclosed is a water suit capable of continuously generating buoyancy by allowing a user to manually or automatically inject additional air to a water suit jacket and water suit pants when an accident that the user falls into water occurs while the user wears the water suit jacket and the water suit pants having a predetermined buoyancy and enjoys water sports, and allowing the user to float for a predetermined time in an erect posture in water or to move to a destination in a posture of lying downward in water by using self-power when an accident that the user falls into water occurs while the user enjoys water sports. The water suit of the present invention comprises: a water suit jacket (100) worn on an upper body of a user and configured to automatically inject or discharge air to the inside by using a wireless battery by operation of the user or detection of a water level sensor; water suit pants (200) worn on a lower body of the user and configured to automatically inject or discharge air to the inside by using a wireless battery by operation of the user or detection of the water level sensor; and a propulsion generation portion (300) worn on a waist of the user to be detached therefrom or attached thereto, and allowing the user to automatically generate propulsion for pushing water to a rear direction of soles of the user by using a wireless battery by operation of the user or detection of the water level sensor.

Description

Water Suit {Water suit}

The present invention relates to a water chute, and more particularly, to a water chute capable of automatically moving to a destination by floating in water for a predetermined period of time without using any rescue equipment, It is about a prize suit.

Today, the population to enjoy marine leisure sports around surf clubs and scuba diving clubs is increasing rapidly. This tendency seems to reflect the current trend of finding a room in the present life, unlike the past that devoted to the stable life of the future.

In Korea, which is surrounded by sea on three sides, marine leisure sports have been established in the concept of leisure. Earlier this year, the Cruise Law and Marina Act passed the plenary session of the National Assembly, and the government is expected to nurture the marine leisure industry and expect the domestic marine industry to revitalize.

Water sports include all kinds of water sports such as rivers and seas, including traditional swimming, canoeing, canoeing, kayaking, yachting and rubber boating, as well as kite boarding with windsurfing, surfing and paragliding Kite surfing, water skiing, wakeboarding, jet skiing, fly fishing, and banana boats are becoming increasingly popular.

These kinds of water sports are diversified every year, and the people who enjoy these water sports are not only increasing continuously, but also the places of water sports are diversified into rivers, rivers, seas and seas, The importance is also increasing, but it is still dependent on life jackets and wet suits.

For example, Korean Patent Laid-Open Publication No. 1995-0000511 (Jan. 03, 1995) has been developed to maintain neutral buoyancy at all times according to the depth of a submerged sill. The pressure regulating part 60 is provided with the inlet 40 and the emergency button 50 so that the spring 40 and the emergency button 50 are engaged with each other so that the pressure regulating part 60 is brought into contact with the rubber film plate 20, And the weight indicator 31 is formed on the support 30 on which the buoyancy adjusting graduation positioning portions 62, 62 ', 62 "and the buoyancy adjusting graduation positioning portions 62, 62', 62" are formed.

In addition, Korean Patent Registration No. 10-1022974 (Mar. 09, 2011) discloses that a liquid such as water is prevented from penetrating into the inside, and water vapor (sweat) A waterproof zipper for waterproofing and waterproofing, a waterproof zipper for easy wearing and dismounting, and a waterproof zipper for urine, and a manufacturing method thereof.

In addition, in Korean Patent Registration No. 10-1182957 (September 07, 2012), the buoyant material of the life jacket absorbs impact force and compression force applied to the user's bust area, especially the heart, In addition, when the user obtains water, buoyancy acts primarily to prevent flooding. At the same time, the buoyancy of the inflatable air tube of the inflatable air tube inside the life jacket allows the heart portion of the user to float on the surface of the water A life jacket comprising a combination of an expansion tube and a buoyant material is provided to prevent a drowning accident, and to ensure multiple safety at normal times and at the time of arrival.

In Korean Patent Laid-Open Publication No. 10-2014-0120790 (October 14, 2014), a warm pad is formed inside a wet suit, and a cable for transmitting electric power is formed inside the wet suit below the waist, The present invention relates to a structure for attaching and detaching a button portion constituted by a velcro to an attachment portion on the outside of the wetsuit, And a heat-generating device including the heat-generating device.

However, the conventional water sports wetsuit or life vest described above is mainly intended to allow the user to float in water for a predetermined time using buoyancy until the user is left in the water, If you think you need to move before reaching about 1 hour, you have to go to your desired destination by swimming or diving while wearing a wetsuit. For ordinary people, children or seniors who are not good at water sports, life jackets or wetsuits Even if you wear it, it will not be long enough to float in the water or to swim or dive over a certain distance.

Korean Patent Publication No. 1995-0000511 (January 03, 1995) Korean Registered Patent No. 10-1022974 (Mar. 09, 2011) Korean Registered Patent No. 10-1182957 (September 07, 2012) Korean Patent Publication No. 10-2014-0120790 (October 14, 2014)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the conventional art described above, and it is an object of the present invention to provide a water- Is to provide a water chute capable of constantly generating buoyancy by further injecting air manually or automatically into the top of the water-jet chute and the water-chute bottom.

Another object of the present invention is to provide a water chute capable of floating in water in a standing posture for a certain time by generating self propulsion when an accident occurs in the water while a user enjoys water sports.

Another object of the present invention is to provide a water chute capable of generating self-propelling force in the event of an accident occurring in water during a user's enjoyment of water sports, so that the chest area is raised above the water surface while being moved in a prone position to a destination.

It is a further object of the present invention to provide a water chute capable of internally implementing and providing various types of wireless power generating devices.

To achieve the above object, an image forming apparatus according to the present invention comprises: a water-suited top surface (100) which is worn on an upper body of a user and is capable of injecting or discharging air into the interior according to a user's operation or a predetermined operation; A water chute bottom 200 worn by the user's lower body; And an urging force generating unit 300 which is worn so as to be attachable to and detachable from the waist of the user and generates propulsive force to generate self propulsion force according to an operation of the user or a preset operation so as to push water in a tail direction of the user's sole .

According to the water chute of the present invention, when a user wears a water chute on a water chute having a constant buoyancy and a water sport under a water chute, he or she can manually or automatically So that it is possible to maximize the enjoyment of the water sports by wearing only the water suits without wearing the life vest or the wet suit which makes the movement unnatural when enjoying the water sports.

In addition, when the user is engaged in water sports while experiencing water sports, he / she can generate self propulsion when an accident occurs in the water, and can float in a standing posture for a certain time (about 1 hour) So that the user rescue time can be extended.

In addition, when the user is engaged in water sports while experiencing water sports, it generates self propulsion when an accident occurs in the water, so that the user can move to the destination automatically in a prone position while raising the chest area on the water surface sufficiently. Even if you are a beginner, you can easily move to a desired shelter within Golden Time for Survival.

In addition, various types of wireless power generation devices can be implemented and provided inside, so that the water chute can generate self-propelling force for a long time and the reliability of the product can be enhanced.

1 is a view showing a state in which a water chute according to a preferred embodiment of the present invention is worn by a user;
FIG. 2 is a view for explaining a structure of a first or second blower of a water chute according to a preferred embodiment of the present invention; FIG.
FIGS. 3A to 3D are views for explaining a structure of a wireless power generating unit included in a water chute according to a preferred embodiment of the present invention; FIG.
4 is a view for explaining the operation in the case where the drive motor provided in the water chute according to the preferred embodiment of the present invention is a scotch yoke motor;
5 is a view for explaining an upright operation without swimming in water in a state in which the water suits according to the preferred embodiment of the present invention are worn;
FIG. 6 is a view for explaining an operation of moving a chest area to a destination in a prone position while raising the chest area on the water surface in water while wearing a water chute according to a preferred embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the structure and operation of a water chute according to a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

FIG. 1 is a perspective view of a water chute according to a preferred embodiment of the present invention. Referring to FIG. 1, a water chute 1000 according to a preferred embodiment of the present invention is worn on a user's upper body, And is configured to be capable of automatically injecting or discharging air into the interior by using the first wireless rechargeable battery 121 by a predetermined operation (for example, when the pair of water level sensors 337a and 337b detect) The water jacket 100 is worn so that it can be attached and detached to the waist of the user and generates its own propulsive force according to the operation of the user or the detection result of the pair of water level sensors 337a and 337b, And an impulse generating unit 300 for generating an impelling force for pushing in the aft direction.

Here, the water chute 1000 according to the preferred embodiment of the present invention is worn on the user's lower body and is operated by a user's operation or a predetermined operation (for example, detection of a pair of water level sensors 337a and 337b) (200), which is configured to automatically inject air into or discharge air from the inside of the water-chute (200) by using the second wireless rechargeable battery (221) The buoyancy of the wearer will be further improved.

1, a first air inlet 112 for injecting air is formed at the lower end of the water chute 100, and the inside of the water chute 100 is filled with air, A first waterproof pocket (not shown) formed on the lower end of the body 110, and a second waterproof pocket (not shown) formed on the lower end of the body 110. The first waterproof pocket The first wireless charging battery 121 is installed to be fixed to the front end of the first air inlet 112 formed in the inside of the first wireless charging port 170. By sensing the operation of the user or a pair of the water level sensors 337a and 337b, And a first blower 120 for automatically generating air in the water and injecting air into the interior of the body 110. The first blower 120 is fixed to the upper end of the body 110, When you move from prone to prone position, And a pair of bubble generators (130, 140) which are fixed to upper ends of the body (110) of the body and generate bubbles to be rotated by the driving force pushing the water in a trailing direction to generate buoyancy 150, and 160 may be additionally configured.

Here, the upper body 110 can be selected from the wet, dry and semi-dry types. The material also has the water repellency of the skin paper and the durability of the lower paper. The USRD (ultra soft radial) New Megoflex (New Megaflex) which uses BGX fabric which enhances the warmth through the friction with the skin while keeping the elasticity of the ultra span at the maximum, while the ultra span jersey with the expansion ratio of 500% , TX (Tuftex) used to protect the shoulder area from BCD as a material with superior abrasion resistance than Lycra, excellent color and shiny feeling, almost no discoloration, LY Lycra), polyester with excellent water-blocking properties, reinforced warmth and air layer with enhanced soft touch NP (air nap), which is formed by knitting nylon yarns ideally, improves the environment of the suit by the hygroscopic heat generation function. AB (Aeroban) which absorbs moisture by sweat and condensation and converts the kinetic energy of water molecules into thermal energy. It is the most commonly used and most used fabric in wet suit. It is thinner than web, strong in friction and has different tensile strength. NY (nylon) superior to fiber, neoprene with high flexibility can be selected from Glitron (Glitron) which exhibits antimicrobial effect which suppresses the insulation effect and the generation of bacteria by specially coating fine powder of titanium and aluminum .

2, the first blower 120 includes a first wireless rechargeable battery 121 inserted therein and a first blower power switch 122 having a first blower power switch 122 mounted on its outer surface, A blower handle 123 and an electric motor 124 for the first blower which are fixed to the upper end of the first blower handle 123 and are electrically connected to the first wireless rechargeable battery 121 A first blower blade 126 fixed to the shaft so as to be rotatable in conjunction with the first blower electric motor 124 of the first blower body 125, And a first blower blade 128 having a first blower blade protection net 127 provided outside the first blower blade 126.

In the preferred embodiment of the present invention, the first blower 120 is installed to be inserted into the first waterproof pocket 170 formed at the inner lower end of the body 110 of the upper body, The power switch 122 for the first blower can be operated.

The pair of lifting blades 130 and 140 are installed to minimize friction caused by water when the user moves quickly from the water to an uphill posture. The swinging blade 130, 140 is provided with an arccurved beam ), So that the upper part of the water surface generates relatively lower pressure than the lower part of the water surface, so that the user can float upward.

1, a second air inlet 212 for injecting air is formed at an upper end portion of the water chute 200, and the inside thereof is filled with air And a second waterproof pocket 270 formed at a lower end of the lower body 210. The second waterproof pocket 270 is formed at a lower end of the lower body 210, And the second wireless charging battery 221 is installed according to the user's operation or when the pair of the water level sensors 337a and 337b detect the air. A second blower 220 for automatically generating air in the water and injecting air into the main body 210 of the lower body and a second blower 220 for blowing air into the water in the state where the user is wearing the water- In order to make the rotation operation flexible, A pair of joint springs 230 and 240 installed on the knee region and a pair of joint springs 230 and 240 installed on the lower body 210 to fix the first and second power generating units 330 and 330a and 330b provided in the driving force generating unit 300 A pair of knee guards 250 and 260 provided at the knee region and a pair of fixing bars 252 and 262 fixed to the pair of knee guards 250 and 260, respectively.

Here, the lower body 210 is made of the same material as the material of the body 110, and the second blower 220 is fixed to the inside of the second waterproof pocket 270 formed at the lower inner side of the lower body 210 And the user can operate the power switch 222 for the second blower by putting his or her hand in need or remotely from the outside.

The second blower 220 has the same structure as that of the first blower 120. The second blower 220 has a second wireless rechargeable battery 221 inserted therein and a second blower power switch A second blower handle 223 fixed to the upper end of the second blower handle 223 and having a second blower battery electrically connected to the second wireless rechargeable battery 221, And a second blower body 225 having an electric motor 224 so that the second blower body 225 can rotate with the second blower electric motor 224 of the second blower body 225, The second blower fan blade 228 having the second fan blade 226 fixed to the first fan blade 226 and the second fan blade guard 227 installed outside the second fan blade 226 can be additionally constructed have.

1, the propulsive force generating unit 300 includes a belt body 310 fixed to both sides of the belt body 310 and fixed to both sides of the belt body 310, The first and second support rods 320a and 320b and the first and second support rods 320a and 320b are fixed to the first and second support rods 320a and 320b. The first and second power generators 330 and 330b and the first and second power generators 330 and 330a and 330b that repeatedly perform the rotational motion and the reverse rotational motion in one direction in the water according to the detection of the first and second power generators 330 and 330a, 330b so that the water is repetitively repeated in the rear direction of the user by using the rotational motion (forward rotation or reverse rotation) of the first and second power generators 330 (330a, 330b) The first and second driving motors 340 (340a, 340b) generate driving force for pushing the driving motor 340 (340a, 340b).

As shown in FIG. 3A, each of the first or second power generating units 330 (330a, 330b) includes a body 331 (331a, 331b) having power switches 332a, 332b, 333a, 333b provided inside the bodies 331: 331a, 331b for generating driving force and electric motors 333, 333a, 333b provided inside the bodies 331: 334a and 334b for supplying electric power to the electric motors 333 and 333a and 333b and a control unit 335 for controlling the charging and discharging operations of the electric rechargeable batteries 334 and 334b and the electric motors 333 and 333a and 333b, 335a and 335b and tails 336 and 336b rotating in the left and right or up and down directions under the control of the control units 335 and 335b and the control units 335 and 335a, A pair of water level sensors 337a and 337b for delivering the rotational force to the tail portions 336 and 336b and 336b and 336b and 336b and 336b, 1 and the second drive motor 340 (340a, 340b) It comprises: (338a, 338b 338), each connecting rod passing. Here, the connecting rod 338 serves as a connecting rod connecting the piston 345 and the crankshaft.

In the preferred embodiment of the present invention, the pair of water level sensors 337a and 337b measures the level of water according to the level of water contained in the water tank (the resistance decreases as the water amount increases in the water tank, The water is divided into the water splashes and the water splashes in the user's body, and the detection result is transmitted to the control unit (not shown) 335: 335a, 335b.

Electric motors 333 (333a, 333b) are used as small and light as possible and have low power consumption as much as possible so that the first and second power generators 330 (330a, 330b) It is preferable that a lithium-polymer (Li-Po) battery, which is light and thin and has a large capacity, is used as the wireless rechargeable batteries 334: 334a and 334b for supplying electric power to the motors 333: 333a and 333b.

Here, instead of the wireless rechargeable battery 334, as shown in FIGS. 3B to 3C, the first to third wireless charging devices 400 to 500 using the twistedron are selectively applied, The electricity used for the electric motor 333 can be supplied by itself without using the apparatus.

3B to 3C, the first wireless charging device 400 is rotatable in a state of being inserted into the first shaft rod 413 installed in the vertical direction on the first base plate 411 A first rotary part 410 including an air vane 417 or an electric motor 418 rotatably mounted on an upper end of the shaft rod 413; The second base plate 421 is rotatably mounted on the upper end of a second shaft rod 423 provided on the upper portion of the second base plate 421 and is rotatably supported by a second rotary disk 422 having a protrusion rod 424 protruding in a direction perpendicular to the upper surface thereof. A second rotating part 420 having a first rotating part 420 and a second rotating part 420; A first belt 430 installed between the first rotating disk 415 of the first rotating part 410 and the second shaft rod 423 of the second rotating part 420; A first twisted rhombus 443 formed of a carbon nanotube structure 442 and having a predetermined length in the longitudinal direction in the interior of the cylindrical case 441; The first electrodes 444 and 445 are fixed to the upper ends of the first twisted rods 443 and the other ends of which are fixed to the protruding rods 424 of the second rotary disc 425 And a first cable 447 fixed to the first power generating unit 440.

Here, the second wireless charging apparatus shown in FIG. 3C is different from the second wireless charging apparatus shown in FIG. 3B in that the electric vane 417 is not used but the electric motor 418 is used.

Also, as shown in FIG. 3D, the third wireless charging device 500 includes: a helium balloon 510 that drifts in a free direction in accordance with the flow of wave current; A second twistron 523 formed of a carbon nanotube structure 522 and having a predetermined length in the longitudinal direction inside the cylindrical case 521 and filled with an electrolyte material to be sealed; A second cable 524 and a second cable 525 fixed to the upper end of the second twistron 523 and the other end fixed to the helium balloon 510, And a second self-power generating unit 520 composed of a plurality of power generating units 527 and 527.

In the wireless charging apparatus configured as shown in FIGS. 3B to 3D, the cylindrical case 441 and 521 are preferably cylindrical glass bottles, and the electrolyte material is dissolved in a polar solvent such as water to form ions, , The electrolyte dissolved in the solvent is divided into cations and anions and spreads evenly throughout the solution. The solution in this state is electrically neutral.

In addition, the first and second twisted rods 443 and 523 are made of thin carbon nanotubes having a thickness of 1 / 10th of a hair excessively twisted in one direction to form a coil like a rubber band. When the material contracts or moves, Is a room where electric power is produced by using the principle of generating electric energy. Such a twisted rhombus can easily relax the shrinkage (about 30%) due to a spring-like structure having a tube shape in which six hexagons are connected to form a tubular shape. First, the carbon nanotubes are twisted to form a high-strength, lightweight yarn type yarn. Further, the yarns are further twisted to form a coil-shaped yarn to give high elasticity. When the first and second twisted rods 443 and 523 are pulled in the electrolyte, the twist increases while the density increases, while the internal surface area decreases, resulting in a decrease in capacitance (capacity to store charge in the capacitor, capacitance) . The electric potential energy (potential energy position energy, pressure) is changed by the change amount of the capacitance, and electric energy can be produced.

When the first electrodes 444 and 445 and the second electrodes 524 and 525 are installed in the cylindrical cases 341 and 521, when a voltage is applied between the two electrodes, the positive ions gather toward the electrode (cathode) The ions in the solution act as a carrier of electric charge to flow current because they move toward the receiving electrode (anode).

Accordingly, when the rotary vane 417 connected to the twist drone or the rotary disk connected to the electric motor 418 is shrunk and relaxed 30 times per second in the electrolyte due to the force of wind or electricity, 250 watt power can be produced per kilogram.

In a preferred embodiment of the present invention, the first or second drive motor 340 (340a, 340b) is preferably a scotch yoke motor as shown in Figs. 4a and 4b.

The first or second driving motor 340 (340a, 340b) is preferably implemented as a scotch yoke motor, as shown in FIGS. 4a and 4b, and its configuration may include a first or second tail 336 343a, 343b which are inserted into the housings 344 (344a, 344b) to convert the forward and reverse rotations of 90 占 to reciprocating linear motion, and a yoke 338a and 338b connected to the tail portions 336a and 336b of the first and second power generating units 330 and 330a and 330b and the other end is connected to the connecting rods 338a and 338b of the housings 344 and 344a and 344b 343a and 343b so as to be connected to the yokes 343 and 343a and 343b and 343b and 343b and 343b in such a manner that water is supplied to the inside of the cylinder (345: 345a, 345b) pushing the piston in the rearward direction.

At this time, the tail portions 336: 336a and 336b using the batteries 334: 334a and 334b are connected to the yokes 343: 343a and 343b in a straight line by the connecting rods 338: 338a and 338b. Here, the yoke 343 (343a, 343b) forms a magnetic circuit in the wiper motor to perform an operation of converting 90 ° positive rotation and reverse rotation into reciprocating linear motion.

As shown in FIG. 4B, a piston 345 (345a, 345b) is pushed to the lower end of the cylinder 342 (342a, 342b) in the rear direction of the cylinder 342 (342a, 342b) The cylinder switches 347a and 347b are opened by hydraulic pressure when the water inside the cylinders 342a and 342b is released in the rearward direction and the first or the second The cylinder openers 347a and 347b are closed as the second pistons 345a and 345b are pulled forward and the pistons 345a and 345b are pulled by the drawn pistons 345a and 345b into the cylinders 342a and 342b Can be prevented.

One end of the cylinder switches 347a and 347b is fixed to one bottom surface of the first or second piston 345a and 345b and the other end of the cylinder switches 347a and 347b constitute the cylinder switches 347a and 347b 345a and 345b are preferably attached and detached to the other bottom surface of the piston 345 (345a, 345b) due to the shape of the leaf springs 346 (346a, 346b). When the piston 345 The leaf spring 346 (346a, 346b) constituting the spring 347 (347a, 347b) is deployed in the trailing direction by the water pressure, and the cylinder switch 347 (347a, 347b) is opened by the water pressure.

Hereinafter, the operation of the water chute according to the preferred embodiment of the present invention will be described with reference to the accompanying drawings.

As shown in FIG. 1, the user can enjoy the water sports desired by the user while wearing the water-winning chute 100, the water-chute 200, and the propulsive force generating unit 300. At this time, Since a certain amount of buoyancy is generated due to a certain amount of air entering into the interior of the water tank 100 and the underwater chute 200, the user may not be intimidated by any water sports.

Meanwhile, when a user who enjoys a water sport has a situation in which water is lost due to an unexpected situation, if the user presses the first blower 120 and the second blower 220 within a predetermined time (for example, 3 seconds) The power switches 122 and 222 and the power switches 332 and 332a and 332b of the first and second power generating units 330 and 330a and 330b are directly powered on by a manual operation, The control unit 335 controls the first blower 120 and the second blower 220 by using the radio control technology according to the detection values of the pair of the water level sensors 337a and 337b And the power switches 332: 332a and 332b of the first and second power generators 330 and 330a and 330b are automatically powered on.

Accordingly, the first blower 120 generates air in the water to inject air into the interior of the body 110, and the second blower 220 also generates wind in the water, So that buoyancy, which is additionally generated inside the body 110 of the upper body and the body 210 of the lower body, can float to the water even if the user falls into the water. At this time, the first blower 120 and the second blower 220 are in a state of being on the water which is not exposed to water.

When the power switches 332a and 332b of the first and second power generators 330 and 330a and 330b are powered on, the control of the first and second power generators 330 and 330a and 330b The first and second driving motors 335 335a and 335b drive the respective electric motors 333 333a and 333b so that the tail portions 336 336a and 336b are rotated forward and reverse in a predetermined direction, (345a, 345b, 345b) can be converted into reciprocating linear motion, as shown in Figs. 4A and 4B, by forward and reverse rotations of the piston 340 (340a, 340a, 340b). Accordingly, when the first and second pistons 345 (345a and 345b) are rotated by reciprocating linear motion by 90 ° positive and reverse rotations of the yokes 343 (343a and 343b) So that the driving force can be generated.

Accordingly, when the user takes an upright posture in the state of falling into the water, the buoyancy generated in the body 110 of the upper body and the buoyancy generated in the body 210 of the lower body and the first and second pistons 345 : 345a, 345b) allows the user to float for a period of time (one hour or more) without sinking into the water. Such an upright posture may be desirable for a posture that is taken when the user is in water while enjoying water sports and then rescued within a visual distance within a relatively short period of time.

However, in a situation where the rescuer is not within the visible range, it is desirable for the user who is in the water to move to a position, structure or land where the structure is possible. If the user takes a posture up to the water while facing the destination, As shown in FIG. 6, due to the buoyancy generated in each of the body 110 of the upper body and the lower body 210, and the driving force generated by the reciprocating motion of the first and second pistons 345: 345a and 345b, The user can be moved to the destination.

In the preferred embodiment of the present invention, the wireless rechargeable batteries 334, 334a and 334b are connected to the electric motors 333 (333a, 333b) for the operation of the first and second power generators 330 (330a, The first to third wireless charging devices 400 to 500 using the twistron may be used instead of the wireless charging battery 334 as shown in FIGS. 3B to 3C So that electricity to be used for the electric motor 333 can be supplied by itself without using a separate electricity generating device.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limiting the scope of the invention as defined by the appended claims. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention.

100: 110 on the prize chute: upper body
112: first air inlet 114: first air outlet
120: first blower 121: first wireless rechargeable battery
122: first blower power switch 123: first blower handle
124: electric motor for the first blower 125: body for the first blower
126: first blower blade 127: first blower blade protection net
128: first blower blade 130, 140: lift blade
150, 160: bubble generator 170: first waterproof pocket
200: Award Chute 210: Lower Body
212: second air inlet 214: second air outlet
220: Second blower 221: Second wireless rechargeable battery
222: power switch for the second blower 223: handle for the second blower
224: Electric motor for the second blower 225: Body for the second blower
226: second blower blade 227: second blower blade protection net
228: second blower blade 230, 240: joint spring
250,260: knee protector 252,262:
270: second waterproof pocket 300: propulsion generating part
310: belt body 320: 320a, 320b:
330: 330a, 330b: Power generating unit 331: 331a, 331b: Body
332: 332a, 332b: power switch 333: 333a, 333b: electric motor
334: 334a, 334b: battery 335: 335a, 335b:
336: 336a, 336b: tail portions 337a, 337b:
338: 338a, 338b: connecting rod 340: 340a, 340b: drive motor
342: 342a, 342b: cylinder 343: 343a, 343b: yoke
344: 344a, 344b: housing 345: 345a, 345b: piston
346: 346a, 346b: leaf spring 347: 347a, 347b: cylinder actuator
400: first wireless charging device 410: first rotating part
411: first base plate 413: first shaft rod
415: first rotating disc 417: water vane
418: electric motor 420: second rotating part
421: second base plate 423: second shaft rod
424: projecting rod 425: second rotating disk
430: first belt 440: first self-
441: Cylindrical case 442: Carbon nanotube structure
443: first twisted rhombus 444, 445: first and second electrodes
447: first cable 500: second wireless charging device
510: Helium balloon 520: Second self-
521: Cylindrical case 522: Carbon nanotube structure
523: second twistron 524, 525: second electrode
527: Second cable 1000: Award chute

Claims (11)

(100) which is worn on a user's upper body and is configured to inject or discharge air into the interior according to a user's operation or a preset operation;
A water chute bottom 200 worn by the user's lower body;
And an urging force generating unit 300 which is worn so as to be attachable to and detachable from the waist of the user and generates propulsive force to generate self propulsion force according to an operation of the user or a preset operation so as to push water in a tail direction of the user's sole (1000).
The method according to claim 1,
(100) on the water chute,
And a first air inlet 112 for injecting air into the lower end of the body 110. The first air inlet 112 for discharging air stored in the first air outlet 114 (110) formed on an upper end thereof;
And is fixed to the front end of the first air inlet 112 formed in the first waterproof pocket 170 formed at the lower end of the body 110 of the upper body, And a first blower (120) for generating air by injecting air into the main body (110) of the image.
3. The method of claim 2,
(100) on the water chute,
A pair of lifting vanes (130, 140) fixed to the upper end of the body (110) of the upper body and generating lifting force in the shoulder area when the user moves from the water to the prone position;
And a pair of bubble generators (150, 160) fixed to the upper end of the main body (110) of the image forming body to generate bubbles for generating buoyancy by being rotated by an urging force pushing water in a trailing direction. Award suits.
The method according to claim 1,
Wherein the water chute bottom (200) is formed to automatically inject or discharge air into the interior of the water chute (200) according to the user or a preset operation.
5. The method of claim 4,
The lower surface of the water-
A second air inlet 212 for injecting air into the upper end portion of the air conditioner 200, and a second air outlet 214 for discharging the air being stored therein A lower body 210 formed at a lower end thereof;
And is fixed to a front end portion of a second air inlet 212 formed in a second waterproof pocket 270 formed at a lower end of the lower body 210. The air inlet 212 is formed in the water And a second blower (220) for generating air by injecting air into the lower body (210).
6. The method of claim 5,
The lower surface of the water-
A pair of joint springs 230 and 240 installed on knee portions of the lower body 210 to flex the rotation operation of the user's knee joint in the water while the user is wearing the water- and;
And a pair of fixing tables 252 and 262 fixed to the knees to fix the first and second power generating units 330 and 330a and 330b provided in the driving force generating unit 300 And the like.
The method according to claim 1,
The thrust generating unit 300 may include:
A belt body 310 worn to be fixed to the waist of the user;
First and second supports 320a and 320b fixed to both side surfaces of the belt body 310 and extending for a predetermined length in the paper surface direction;
The first and second supports 320 and 320 are installed to be fixed to the first and second supports 320a and 320b, respectively. The first and second supports 320 and 320b repeatedly perform forward and reverse rotations in a single direction 2 power generating part 330 (330a, 330b);
The first and second power generators 330 and 330b are connected to the first and second power generators 330 and 330a and 330b so as to rotate the first and second power generators 330 and 330b. (340a, 340b) generating driving force to repeatedly push the first and second driving motors (340, 340a, 340b) repeatedly in the rear direction of the user.
8. The method of claim 7,
The first or second power generating unit 330 (330a, 330b)
A body 331 (331a, 331b) having power switches (332a, 332b);
Electric motors 333 (333a, 333b) installed inside the bodies (331: 331a, 331b) and generating driving force;
A wireless rechargeable battery (334: 334a, 334b) installed inside the body (331: 331a, 331b) for supplying electricity to the electric motor (333: 333a, 333b);
A control unit (335: 335a, 335b) for controlling the charge / discharge operation of the wireless rechargeable battery (334: 334a, 334b) or the operation of the electric motor (333: 333a, 333b);
A tail portion 336 (336a, 336b) which is rotated in the left-right direction or the up-down direction under the control of the control portion 335 (335a, 335b);
A pair of water level sensors 337a and 337b for sensing the level of the surrounding water and delivering it to the controller 335 (335a and 335b);
And connecting rods (338: 338a, 338b) connected to the tail portions (336: 336a, 336b) for transmitting rotational driving force according to the rotational motion of the tail portions (336: 336a, 336b) to the outside, Wherein said water sucker comprises:
9. The method of claim 8,
A first wireless charging device 400 is provided instead of the wireless charging battery 334 (334a, 334b)
The first wireless charging device (400)
A first rotating disk 415 rotatably mounted on a first shaft rod 413 provided in a vertical direction on an upper portion of the first base plate 411 and a second rotating disk 415 rotatably mounted on the upper end of the shaft rod 413 A first rotating part 410 made up of a water vane 417 or an electric motor 418;
And a second rotary disk 423 rotatably mounted on an upper end of a second shaft rod 423 installed vertically above the second base plate 421 and having a protruding rod 424 protruding in a direction perpendicular to the upper surface, A second rotation part 420 having a second rotation part 425;
A first belt 430 installed between the first rotating disk 415 of the first rotating part 410 and the second shaft rod 423 of the second rotating part 420;
A first twisted rhombus 443 formed of a carbon nanotube structure 442 and having a predetermined length in the longitudinal direction in the interior of the cylindrical case 441; The first and second electrodes 444 and 445 are fixed to the upper ends of the first twisted rods 443 and the second ends of the second rotating disks 425 are fixed to the upper ends of the first twisted rods 443, And a first self-generating part (440) composed of a first cable (447) fixed to the rod (424).
9. The method of claim 8,
A second wireless charging device 500 is provided instead of the wireless charging battery 334 (334a, 334b)
The second wireless charging device (500)
At least one helium balloon (510);
A second twistron 523 formed of a carbon nanotube structure 522 and having a predetermined length in the longitudinal direction inside the cylindrical case 521 and filled with an electrolyte material to be sealed; A second cable 524 and a second cable 525 fixed to the upper end of the second twistron 523 and the other end fixed to the helium balloon 510, And a second self-power generating unit (520) composed of a first power generating unit (527).
11. The method of claim 10,
The first or second driving motor 340 (340a, 340b)
A housing 344 (344a, 344b) is inserted into the first or second tail 336 (336a, 336b), and a yoke 343 (344a, 344b) 343a, 343b;
One side is connected to a connecting rod 338 (338a, 338b) connected to the tail portion 336 (336a, 336b) of the first or second power generating portion 330 (330a, 330b) and the other side is connected to the housing 344 342a and 343b of the yoke 343 so as to be connected to the yokes 343a and 343b of the yokes 343a and 344b, And a piston (345: 345a, 345b) for pushing the water in the water toward the rear direction.

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