KR20220056835A - An aqua bicycle equipped with 3 air thrusters that combines an air pump and an air turbines - Google Patents

Abstract

In the present invention, an air thruster (78) connected to an air pump (7) and an air turbine (8) is installed to a bicycle that rotates a rear wheel axle (65) by turning a sprocket (66) that is transmitted from a crank (20) to a chain (30) and shifts gears when pedaling by stepping on a pedal (10) of the bicycle. A supporter (909) having a crank arm (21) or pedal ring (9) connected to a pedal shaft (100) outside the pedal shaft (100), an air pump ring (99), and a hub (91) connecting the pedal ring (9) and the air pump ring (99) is installed so as to blow rotation of the pedal shaft (100) to the air pump (7). The air thruster (78) connecting the air pump (7) and the air turbine (8) is installed in inner frames (4) of two-wheeled rear wheels (02) of a three-wheeled bicycle (3) so as to transmit pedaling from the crank (20) to a chain (18) when stepping the pedal (10). A power transmission device is installed by mounting the air thruster (78) connecting the air pump (7) and the air turbine (8) to the bicycle that rotates the rear wheel axle (65) by turning a gear shifting sprocket (66). One objective of the present invention is to find an easy and sturdy structure for a water bicycle frame.

Description

An aqua bicycle equipped with 3 air thrusters that combines an air pump and an air turbines}

Power transmission to the rear wheel by the chain when pedaling the water bike

It is about a frame that composes a two-story structure of a water bike by interlocking the power transmission device with a bicycle equipped with air thrusters consisting of an air pump and an air turbine and a yuzu (U) frame.

In the ancient bellows, the current air pump was replaced with a bellows rotation of the pedal, and compressed air was injected into the air turbine connected to the rear wheel axle of the bicycle from the air pump as a power transmission means. The device is installed in an air thruster (1 pedal, in both buoyancy plates (buyos) on both front and back), each of 7 air pumps, 2 air turbines, 2 air turbines, and 2 wheels, 2 inlets and 1 outlets air turbines and propellers, and 2 outers. It is about a frame that composes a water bike as a two-story structure by interlocking a bicycle equipped with a propeller (air thrusters with propellers installed at the end of the shaft of the combined air thruster of the turbine) and the yuzu (U) frame.

Citations of previously filed patent documents by the present inventors: Citations of previously filed patent documents by the present inventors: roller blade application number; 10-1998-0048116 Roller Blade 10-1999-0048488 Automatic opening and closing device for automobile doors, roofs and windows 10-2001-0073605 roller blade 10-2004-0113407 Automatic opening and closing device for automobile roof, door, window and rear glass 10-2005-0026107 Award Board 10-2005-0093462 Backpack 10-2005-0105375 Versatile fitness bike. 10-2005-0115428 In addition to the vehicle's brake system, auxiliary legs and auxiliary wheels for turning forward and backwards, difficult courses on auxiliary wheels (snow fields and deserts), auxiliary legs and auxiliary wheels with a device to smooth water 10-2005-0117341 A device that converts elastic air pockets into rotation means and self-pumping air compression (air compression) means by peristaltic reciprocal motion 10-2005-0117342 Rotary continuous percussion air launcher 10-2005-0119308 Magnet engine using repulsive force of the same pole 10-2005-0128802 Manual winding rod or manual winding stick 10-2005-0128803 (Pressure Air) Turbo Engine 10-2005-0131732 Self-continuous air pumping jet device (I), mainspring (V), rotating continuous blow air launcher (II), air compressor (III), air compressor (IV), battery (VII) with magnet engine (VI); System with throttle (VIII) and heating wire (IX) 10-2005-0131733 (Pressure Air) Turbine 10-2005-0133691 Multipurpose Fitness Bike 10-2006-0014027 Compressed Air Launcher 10-2007-0017307 Energy generating device 10-2007-0017308 Manual winding case 10-2007-0037257 Pressure Air Turbine Engine 10-2007-0037258 (Pressure Air) Turbo engine 10-2007-0037259 Magnet engine using repulsive force of the same pole 10-2007-0037260 Backpack with detachable back and bag with shoulder straps 10-2008-0016259 Award Board 10-2008-0022573 Electric yaw or gas yo to assemble and separate with electric concave molds or gas concave molds 10-2009-0093893 Automatic opening and closing device for automobile roof, door, window and rear glass 10-2010-0081244 Magnet engine using repulsive force of the same pole 10-2013-0046075 Generator using air turbine engine, magnet engine (bearing) and compressed air launcher 10-2013-0049703 Compressed Air Turbine 10-2013-0073137 Compressed Air Launcher 10-2013-0135265 Composite device of Air Pumper, which is installed on the rotating shaft of the machine to interlock and repeat the floor boards built into air tanks, and a pipe that connects the air ring tube and compressed air to the place where compressed air is needed 10-2014-0113976 “Compressed air pumping devices” and “compressed air launchers” and “magnet engine using the same polar repulsion force”, “generator” and “spring case” using a “compressed air turbine” with built-in electric heating wire as starters Composite device of water condition and air condition and steam engine applying "steam tank and steam turbine with built-in electric heating wire" 10-2015-0002033 scaffold board 10-2015-0002034 Backpack with detachable back and bag with shoulder strap 10-2015-0016202 Award Board 10-2015-0016203 It is installed on the rotating shaft of the machine and when the rotating shaft rotates, it is an air pumper installed on the rotating shaft of the machine and a compressor made of an air tank. Compressed air is created using an electromagnetic magnet and a permanent magnet of the same pole as the compression of the spring inside the cylinders of the compressed air launcher. Compressed air launcher with built-in device 10-2015-0021433 System with 'Air, Steam Turbine Engine', 'Water Tank & Boiler System', 'Air, Water, Steam Propulsor' for ship's steering system 10-2015-0031408 Backpack with kite, parachute and wings 10-2016-0071178 Combined air turbine and duct turbine 10-2016-0071179 Aircraft with several devices and controls for flying with air propellants formed by a combination of different types of air turbines 10-2016-0090125 A road that uses a combination of a scaffolding and an air furnace combined with 3 different air turbines installed in A prefabricated furnace to reduce damage to landslide areas, shafts and earthquakes, recycle heavy water and solve snow and ice (road) 10-2016-0121920 Triple Air Buffer Guard 10-2017-0007916 Triple air cushioning protective suit 10-2017-0012857 Air-buffered double protective gloves 10-2017-0014210 Multi-air cushioning helmet 10-2017-0014211 Multi-air cushioning shoe protection (overshoes, shoe covers, soles) stand 10-2017-0015524 Multi-air buffer boat 10-2017-0015985 Scaffolding board for riding in the snow 10-2017-0023691 Protective equipment using air layer 10-2017-0125853 A backpack with wings and a deformable outer body (door, roof) frame and body (door, roof) and an airplane with more wings 10-2017-0133894 Devices using the body frame and the winged backpack and the deformable external body (door, roof, floor) frame and the equipment of the winged aircraft 10-2017-0137338 Protective equipment using air layer 10-2017-0149595 Various equipment including sail wings of air layers 10-2018-0010890 Scaffolding board that can be ridden on water and on land at the same time 10-2018-0023789 Individual sled with plate wings of air layers and different types of wings 10-2018-0024283 Equipment needed for other uses of the Drone 10-2018-0028169 {The health boat} 10-2018-0031520 {The secure ships & equipments of the Aqua accident} 10-2018-0034283 Equipment needed to reduce of (ultra)fine dust} 10-2018-0039921 The secure equipments needed to fire combat} 10-2018-0107032 Generator of wheel(s) with Kickboard(etc)} 10-2020-0052213 {The Generator of wheel(s) with Bicycle} 10-2020-0052638 {The Generator of wheel(s) with Footboard} 10-2020-0053218 {The Generator of wheel(s) with Bicycle and Rear Carrie} 10-2020-0053666 Generator installed on the water board {The Generator with Aqua board} 10-2020-0054507 Generator installed on health vehicle {The Generator with Health Vehicle} 10-2020-0055267 {The Generator with Boat} 10-2020-0055932 A generator that combines an air turbine structure generator and a wheel structure generator using a water wheel and air compressor {Air Turbine type Generator connected Wheels type Generator used by Falling water & Air Compressor } 10-2020-0056031 {The Generator installed in air and water conditioner control device using Peltier modules } 10-2020-0062927 "Air turbine structure generator" and "generator combined with wheel structure" are applied to "generator using a heating element" and a two-way motor (bidirectional propeller) is combined with a two-way air propulsor. {Drone with generators that change the rotation direction of the propeller motor using the Peltier element as a power generation element} 10-2020-0073012 The Drone equipped with the Fanless bidirectional the Jet engine(other than the Propullor) that overcomes the inertia suitable for the propulsion of a bidirectional Motor (bidirectional propeller) - similar to a slow Scram jet 2type & with a directional Motor similar to a slow Scram jet 1 type } 10-2020-0080402 Manufacturing technology of installing a motor-equipped aircraft air thruster and a drone equipped with a propeller on a motorcycle in which a rotor and a drip tray stator generator are installed on motorcycle wheels that match the rating of the electric motorcycle motor) {A power generation motorcycle in which a rotor and a stator generator in a drip tray are installed on a motorcycle wheel that meets the rating of the electric(Generator) motorcycle motor. Aircraft propulsor and drone propulsor are installed as options} 10-2020-0110057 Autoaircraft consisting of an aircraft air propellor equipped with a motor installed on an electric motorcycle and a propulor mounted thereon {The auto aircraft propullor and drone propulsor are installed as options electric(Generator) motorcycle motor} 10-2021 -0011018 Large equipment made of air layers blocks to prepare for and respond to landslides (earth slide, mudslide)} 10-2021-0023260 Electric Airbus {The airbus electric(Generator)} 10-2021-0037914 {A device that collects fire smoke, volcanic fumes and ash installed in airbus electric (Generator) } 10-2021-0039765 The aircar electric(Generator)} 10-2021-0042049 {Auxiliary wings and auxiliary door devices to rescue airbus electric (Generator) from strong winds and typhoons} 10-2021-0048062 An electric board with a large number of rotor wheels and a large number of stator wheel generators on a motorized shaft} 10-2021- 0054360 The medical electric board} 10-2021-0068477 Generator case between wheels {Generator case} 10-2021-0075969 {A 3wheeled bicycle equipped with an air thruster that combines an air pump and an air turbine} 10-2021-0005831 4 air turbine: On the shaft of the air turbine 1. Inner cylinder of inner fans and 2. Outer cylinder of outer fans 3. Both 1. Inner cylinders and 2. Between outer cylinders, duct fans and duct inlet to outer fans and 4 1. the inner cylinders and 2. the outer fans between the outer cylinders 3. the blades on the duct fans and the blade outer formwork (4 connected fans on an axle turbine : 1. The inner fans on the axle in inner cylinder, 2. The outer fans on the axle in outer cylinder &3. The duct fans on the outer fans inside in 2 outer cylinders and 2 inner cylinders, 4. The blades on the duct fans ring in the duct with an inlet and an oulet with another Cylinder) 10-2022-0024604 Driving the steam turbine by supplying power to the steam house super heater in the water tank of the steam cleaner, installing generators in the steam cleaner that supplies steam to the super heater, installing air filters in the inlets of the air turbine, and installing the Peltier element A generator connected to a steam cleaner (powered by a steam turbine with a super heater) and Air filter (air intake, cold and hot air exhaust) A system that combines an air purifying facility and an ice maker in conjunction with an air turbine} 10-2022-0041604

PROTECTOR WITH DOUBLE AIR CUSHIONS IPC : A63B 71/00 deposit No. 2019980022043 deposit day : 1998.11.13. Registration No. 2002118630000 Registration day : 2000.11.16 public No. 20200000009930 public day : 2000.06.05. The inventor's citations Backpack Back pack JP2006141567 A*, KR1020040106204 Records of other inventors in prior art research

The challenge of installing pedal rings on the side of the pedal

The task of installing the pedal ring and air pump ring on the side of the pedal

The task of finding an easy structure for the frame for installing the air pump and air turbine

The task of finding an easy structure for the frame that connects the air pump and the air turbine to the rear carrier

The task of finding an easy and sturdy structure for the water bike frame

in the present invention

A supporter supporting the pedal ring and the air pump ring was installed on the side of the pedal as a transmission means to transmit power to the air pump through the pedal ring and the air pump ring.

The air pump and air turbine are easy structural frames, and the air pump ring is used as a power transmission means to transmit power from the air pump to the inner frame of the rear wheels of the three-wheeled bicycle.

A safe structure was formed by installing an easy structure frame on the air pump, air turbine and rear carrier.

When the present invention is successfully implemented, in addition to transmitting power to the rear wheel by the chain when pedaling, an air thruster (air pump and air turbine) power transmission device is installed to transmit power to the rear wheel faster than conventional bicycles, but air There is continuity, and the power generation and driving force by compressed air makes it easier for one or two people to pedal a water bike, so there is an effect that is good for water transporters and has an effect of playing in the water. In addition, the height, width, and length can be adjusted before forming a two-story structure by attaching frames, columns, walls, glass windows, and doors that make up the second floor by inserting citron (U) frames. It has the effect of increasing the transport capacity of the steering and steering.

Figure 1 is a bicycle pedal of the present invention with pedaling and air pump ring installed on the buoyancy board, 1. Air pump and 2-1. Air turbine, 2-2. Wheel and 4. Air thruster and 3-1. Inlet turbine and... of 3-2. Rotated explanatory drawing of X 130 and Y 40 formed by installing a water tank and generator connected with a spoon blade and a rudder, and interlocking with each other with a U-shaped frame.
Figure 2a) is an explanatory diagram of the rotation of the buoyancy board with the pedaling and the air pump ring installed on the bicycle pedal of Figure 1 at X 130, Y 40 Figure 2b) is the generator case between the wheel and the water tank on the buoyancy board (Patent Document 0082) {Generator case} Description of installing 10-2021-0075969
Figure 3 is a translucent explanatory diagram connecting the pedaling and the air pumping ring to the bicycle pedal 1.
Figure 4a) is 1. A translucent explanatory diagram connected to the air pump and Fig. 4b) is an explanatory diagram connecting the pedaling and air pumping ring to the bicycle pedal 1. Connecting to the air pump
Figure 5a) shows the installation of bicycle wheels on a cradle formed by interlocking with each other with a U-shaped frame.
Figure 5b) shows 2-1. Air turbine and 2-2. Wheels installed, Figure 5c) shows wheels, 2-1. Air turbine, and 2-2. Wheels installed in a U-shaped frame, Figure 5d ) is an explanatory diagram of 2-1. air turbine and 2-2. water wheel installed in a U-shaped frame
Figure 6a) is an explanatory view of the screw installed on the shaft of the air thruster
Figure 6b) is an explanatory view of installing an air thruster in the U-shaped frame at the bottom of the side of the buoyancy board
Figure 7a) is 3-1. Explanatory drawing of inlet turbine and... Fig. 7b) 3-1. Inlet turbine and... of 3-2. Explanation diagram connecting the spoon and rudder
Figure 8 shows the handle and 3-2. Explanation diagram connected to the connecting ring between the spoon wing and the rudder with a steering line
Figure 9 is an explanatory view of the wall frame and the glass that opens and closes vertically
Figure 10 is an explanatory view of the first floor X 330, Y 20 degrees rotated
11 is an explanatory view of the storage space formed on the wall of the first floor, the ceiling of the first floor, and the floor of the second floor
12 is a three-dimensional view of the first and second layers of the present invention
[Code Explanation]
Water bike (07), bicycle (1), pedal (10), pedal ring (9), air pump ring (99), air pump (7), 2-1. Outer air turbine (08) and inner air turbine (8) ) of the axis 80, 2-2. The shaft (80) of the wheel (98) outer air turbine (90), the inner air turbine (9-0), 3-1. 2 Inlet (2-6) and 1 Outlet (2-9) Air Turbine (6-6), 3-2. Air Spoon (1-1), Air Rudder (R), 4. Outer Air Turbine (33), air thruster (3-0), buoyancy board (buyos) (0-0), yuzu (U) frame (42), flooring (honeycomb panel) (pn), wall (honeycomb panel) (pn) ), pedal shaft 100, extended single shaft (69) air pump (7) fixed plate (28), pressure plate (2-7), outre air pipe (7-6), front and rear wheel axles (65, 65- 1), seesaw shaft (6-9), hub (62), cradle (1-0), hub (91), outer air turbine (33) cylinder ring (84), air cylinder tube (8-6) ), disk (6), jaw (6-3), lower air propeller (1-9) connecting cylindrical tube (3-6), microphone (ㅁ) frame (4-9), cylinder (so), left and right 2-sided frame (S2), air thruster (3-0) shaft (38), air thruster (3-0) four-sided frame (34), connection fixture (1-3), hub (55), screw (S) shaft (38), air thruster (3-0), screw (S), blade (4), blade zip (4-4), wheel (98) outer air turbine (90), outer fan (of ), inner air turbine(9-0), inner fan(If), 2-1.Outer air turbine(08) Inlet(It), inner fan(If), outer(os), outlet(ot), head tube (ht), connecting cylindrical tube (3-6), air propeller (1-9), 3-1. 2 Inlet (2-6), 1 Outlet (2-9) Air Turbine (6-6), Air Cylindrical Pipe (8-6), Disc (6), Steering Line (96), Triple Pipe (3-8) , two-prong clamp (01-0), blade other than air turbine (Bl), two-prong air tube (010), air tube (0-10), two-prong clamp shaft (k), handle for water bike (H), Brake lever (br), brake wire (bl), rudder (U) frame (u), stairs (nh), cover (cd), 2nd floor (2p) handrail (ng), fixture (i), pulley (dl) , hook (gn), string (ㅣ), clear tempered glass plastic (vp), clear tempered glass house (vn), pressure plate (27), intersecting wall (n) between the second floor (p), storage cabinet (13) , 2nd floor (2p) bed (bn), 1st floor (1p) lower chair (1ch), 1st floor (1p) upper bed (bl), 1st floor (1p) lower bed (b2), air intake fallopian tube (4i) , shelf (s) frame (sf), amoled LCD monitor (am), first floor (1p) ceiling (c), frame (cf), generator case (G), shaft (80), pedal (10), motor ( M1), BB shaft (bb), ,water tank (wt), diverter (c) top plate (up), quadrilateral customs 3-layer leg (upl), buoyancy scaffold (bf), handle (hl), 2nd floor handrail ( ng), tailgate reinforcement (bg), simple translucent color reinforced plastic roof (r) frame (1rf), pillar (11), tent (tr) frame (rf), drinking fountain (e), toilet (W), wash basin (e1), simple toilet (M), simple translucent color reinforced plastic roof (rt), 2nd floor (2p) floor (p), countertop (kc), cupboard (bt), generator case (G)

(Patent Document 01) Roller Blade Application No.; 10-1998-0048116

(Patent Document 02) Roller blade 10-1999-0048488

(Patent Document 04) Roller blade 10-2004-0113407

(Patent Document 06) Award Board 10-2005-0093462

(Patent Document 08) A multi-purpose Tols bicycle. 10-2005-0115428

(Patent Document 17) Multi-purpose fitness bike 10-2006-0014027

(Patent Document 25) Award Board 10-2008-0022573

(Patent Document 34) Scaffolding board 10-2015-0002034

(Patent Document 36) Award Board 10-2015-0016203

(Patent Document 49) Footboard for riding in the snow 10-2017-0023691

(Patent Document 55) Scaffolding board that can be ridden on water and on land at the same time 10-2018-0023789

(Patent Document 58) Health boat {The health boat} 10-2018-0031520

(Patent Document 64) Generator installed on a footboard {The Generator of wheel(s) with Footboard} 10-2020-0053218

(Patent Document 66) Generator installed on the water board {The Generator with Aqua board} 10-2020-0054507

(Patent Document 67) The generator installed in a health vehicle {The Generator with Health Vehicle} 10-2020-0055267, etc., cited the foot air pump to operate the air pump as much as the rotation width (up and down) of the crank arm.

(Patent Document 49) Footboard for riding in the snow 10-2017-0023691

(Patent Document 55) Scaffolding board that can be ridden on water and on land at the same time 10-2018-0023789

(Patent Document 58) Health boat {The health boat} 10-2018-0031520

(Patent Document 0083) {A 3wheeled bicycle equipped with an air thruster that combines an air pump and an air turbine} Carrier frame was formed,

The present invention relates to a two-story water bike equipped with an air thruster (air pump and air turbine) power transmission device, a two-story structure, and a frame for mounting an air thruster (air pump and air turbine) power transmission device. Details through the drawings I would like to explain the content.

In the present invention, when the bicycle (1) is mounted on the water bicycle (07) and the pedal (10) is stepped on, the water bicycle (07) moves forward at high speed and the buoyancy board (buyos) (0-0) on the second floor ( 2p) to form a structure

Figure 1 is a bicycle pedal of the present invention with pedaling and air pumping installed on the buoyancy board 1. Air pump, 2-1. Air turbine, 2-2. Wheel and 4. Air thruster and 3-1. Inlet turbine and... of 3-2. A rotating explanatory drawing of X 130 and Y 40 formed by installing a water tank and a generator connected with a spoon blade and a rudder, and interlocking with each other with a U-shaped frame.

Figure 2a) is an explanatory diagram of the rotation of the buoyancy board with the pedaling and the air pump ring installed on the bicycle pedal of Figure 1 at X 130, Y 40 Figure 2b) is the generator case between the wheel and the water tank on the buoyancy board (Patent Document 0082) {Generator case} Description of installing 10-2021-0075969

When pedaling by stepping on the pedal 10 of the bicycle, the air pump 7 and To install the air thruster 3-0 connected to the air turbine 8, the pedal shaft 100 is connected to the outside of the pedal shaft 100 to bellow the rotation of the pedal shaft 100 to the air pump 7 Crank arm 21 to be pedal ring (Pedal ring) (9) and air pump ring (Air pump ring) (99) and pedal ring (Pedal ring) (9) and air pump ring (Air pump ring) (99) Install the supporter 909 with the hub 91 connecting ) installed on the sprockets and rotates the rear wheel axle 65 by turning the sprockets (not shown) that are transmitted from the crank 20 to the chain 18 and are gear-shifted when the pedal 10 is stepped on with the air pump 7 and A power transmission device was added by mounting an air thruster (3-0) connecting the air turbine (8), and after inserting each frame with the yuzu (U) frames 42, holes (screw grooves) at regular intervals ) (09), after adjusting the length, height and width, fixed with screws or bolts (04) to form buoyancy boards (buyos) (0-0) 07) and

The seesaw shaft 6-9, which is the central shaft of the press plate 27 connected to the air pump ring 7 shaft 69, includes the front and rear axles 65 of the bicycle and the front, Rear wheel axle (65, 65-1), the seesaw axle (6-9), the hub 62, the buoyancy board (buyos) (0-0) built-in side the yuzu (U) frame 42 ) and fixed with a citron (U) fixture (n) on top,

1. In the place where the pedal ring (9) and the air pump ring (99) rotate, compressed air is generated by operating the 1. air pumps, and the generated compressed air

2-1. (The inner fans turbine on the axle, outer blade turbine on the cylinder and an inner, outer fans turbine on the axle with an water wheel exterior blades) 2-1. 2-1. When the shafts of the outer air turbine and the inner air turbine are extended and connected and the outer blade part and 2-2. part of the outer air turbine are connected 2-2. When the shaft of the outer air turbine and the inner air turbine are rotated 2-2. The blade formed on the exterior of the wheel serves as a furnace.

By injecting the compressed air from the outlets of the 2-2. water wheel outer air turbine and the inner air turbine connected to the outlets of the 2-1.outer air turbine and the inner air turbine and the compressed air of the 1.air pump 3. (2inlets, 1outlet air turbine connected with an air rudder over water wing) One. 2-2 above connected to the outlets of the outer air turbine and the inner air turbine. 4. The air propulsion with 2outer air turbine that Combined a screw) The compressed air from the outlets of the multi-wheel outer air turbine and the inner air turbine and the compressed air of the above 1. At the end of the shaft of the air thruster, the power transmission devices that installed the propeller

2-1. Shaft 80 of the outer air turbine (08) and the inner air turbine (8)

2-2. The shaft (80) of the wheel (98) of the outer air turbine (90) and the inner air turbine (9-0)

3-1 above. 2 Inlet (2-6) and 1 Outlet (2-9) Air Turbine (6-6)

3-2 above. Air spoon blade (1-1) and the air rudder (Rudder) (R)

4. It shows that the screw (S) is installed at the end of the shaft (38) of the air thruster (3-0) of the outer air turbine (33).

Figure 3 is a pedaling and air pumping ring installed on the bicycle pedal 1. A translucent explanatory diagram connected to the air pump and Fig. 4a) is 1. A translucent explanatory diagram connected to the air pump and Fig. 4b) is a pedaling and air pumping ring connected to the bicycle pedal 1. Explanatory diagram for connecting to the air pump

When pedaling by stepping on the pedal 10 of the bicycle, the air pump 7 and To install the air thruster 3-0 connected to the air turbine 8, the pedal shaft 100 is connected to the outside of the pedal shaft 100 to bellow the rotation of the pedal shaft 100 to the air pump 7 Crank arm 21 to be pedal ring (Pedal ring) (9) and air pump ring (Air pump ring) (99) and pedal ring (Pedal ring) (9) and air pump ring (Air pump ring) (99) Install the supporter 909 with the hub 91 connecting ) installed on the sprockets and rotates the rear wheel axle 65 by turning the sprockets (not shown) that are transmitted from the crank 20 to the chain 18 and are gear-shifted when the pedal 10 is stepped on with the air pump 7 and A power transmission device was added by mounting an air thruster (3-0) connecting the air turbine (8), and after inserting each frame with the yuzu (U) frames 42, holes (screw grooves) at regular intervals ) (09), after adjusting the length, height and width, fixed with screws or bolts (04) to form buoyancy boards (buyos) (0-0) 07) and

The seesaw shaft 6-9, which is the central shaft of the press plate 27 connected to the air pump ring 7 shaft 69, includes the front and rear axles 65 of the bicycle and the front, Rear wheel axle (65, 65-1), the seesaw axle (6-9), the hub 62, the buoyancy board (buyos) (0-0) built-in side the yuzu (U) frame 42 ) and fixed by inserting it with a citron (U) fixture (n), and the rotating place of the pedal ring (9) and the air pump ring (99).

Fig. 5a) shows the installation of bicycle wheels on a cradle formed by interlocking with each other in a U-shaped frame, Fig. 5b) shows 2-1. Air turbine and 2-2. Manual installation, and Fig. 5c) shows wheels and 2-wheels. 1.Air turbine and 2-2.Square wheel installed in a U-shaped frame, Figure 5d) is an explanatory diagram of 2-1.Air turbine and 2-2.Manual wheels installed in a U-shaped frame, and Figure 6a) is an air turbine. The explanatory drawing of installing the screw on the propeller shaft and Fig. 6b) is the explanatory view of installing the air thruster in the U-shaped frame at the bottom of the side of the buoyancy board, and Fig. 7a) is 3-1. Explanatory drawing of inlet turbine and... Fig. 7b) 3-1. Inlet turbine and... of 3-2. The explanatory diagram connecting the spoon and rudder

The bicycle (1) turns the rear wheel axle (65) with a chain (18) connecting the crankshaft (20) and the gearings (6-5) of the rear wheel axles (65) when the bicycle (1) pedal (10) is stepped on to form a cradle (1-0) on the buoyancy boards (buyos) (0-0) of the water bike 07, and to the cradle (1-0) on the front and rear wheel axles 65, 65- 1) is carried out,

Install the pedaling (9) on the shaft extending the bicycle pedal shaft (100),

Install the air pump 7 for interlocking with the pedaling 9, but on the U-shaped frame 42 in the buoyancy boards 0-0 of the water bike 07 A hub 91 having a bearing (not shown) that assists rotation of the pedal ring 9 and the air pump 7 ring 99 is formed, and the hub 91 is used as a U-shaped (U) fixture 94 . It is fixed to the upper surface of the yuzu (U)-shaped frame (42).

The air pump 7 ring 99 extends with the pedal shaft 100 of the air pump 7 ring 99 surface connected to the second buoyancy board (buyos) (0-0) and the pedal ring 9 Install the uniaxial (69) that becomes

The air pump (7) by the pressing plate (27) of the air pump (7) connected to the air pump shaft (69) installed in the ring (99) and the fixing plates (28) of the air pump (7) 7) The air inside is compressed and fixed to the side of the yuzu (U) frame 42 built in the buoyancy boards (buyos) (0-0), and when the pedal (10) is stepped on, the pressing plates (27) and To form the air pumps (7) between the press plates (2-7) bisecting the seesaw shaft (6-9) connected to the front and rear wheel shafts (65, 65-1) of the bicycle (1) and the air pumps 7 install the air pump 7 on each of the pressing plates 27, and install the air pumps 7 on each of the fixing plates 2-7 to form the seesaw. The buoyancy boards (buyos) installed on both sides of the bicycle (1) of the water bike (07) installed in the drawing of the present invention are to operate the air pump (7) by making eight each on the shaft (6-9). (0-0) connects each of the three buoyancy boards (buyos) (0-0) to connect a total of 96 air pumps (7) to the buoyancy boards (buyos) (0-0) on both sides of the bicycle (1) ) will be installed in the yuzu (U) frame 42 at the top of the inner side,

The seesaw shaft 6-9, which is the central shaft of the press plate 27 connected to the air pump ring 7 shaft 69, includes the front and rear axles 65 of the bicycle and the front, Rear wheel axle (65, 65-1), the seesaw axle (6-9), the hub 62, the buoyancy board (buyos) (0-0) built-in side the yuzu (U) frame 42 ) and fixed with a citron (U) fixture (n) on top,

The 2-1. Outer air turbine 08 and the inner air turbine ( 8) above 2-1. connected to the inlet (0-8) of the outer air turbine 08 to drive the 2-1. outer air turbine 08 and the inner air turbine 8, and 2-1. The outer air turbine 08 and the shaft 80 of the inner air turbine 8 are extended and connected to the above 2-2. Manual wheel 98, the outer air turbine 90 part (8-2) and the above 2-1. A part (8-1) of the outer air turbine (08) is connected for rotation of the 2-2. wheel (98), and the outer air turbine (90) and the inner air (90) of the 2-2. Turning the turbine (9-0) shaft (80), the 2-2. the wheel (98), the outer air turbine (90) and the inner air turbine (9-0), the shaft (80) and the front of the bicycle (1) , the rear wheel axles 65 and 65-1, the seesaw shaft 6-9, and the hub 62, which are the same axis as the hub 62, are extended and connected to the hub 91 fixed to the cradle 1-0, and are connected to the 2-2 above. The wheel 98 drives the outer air turbine 90 and the inner air turbine 9-0 and protrudes from the blade house 4-8 formed outside the 2-2 wheel 98. 4) is installed to work as a laborer, and the 2-2. water wheel 98 is connected to the outlet 09 of the 2-1. outer air turbine 90 and the inner air turbine 9-0. (90) and the compressed air from the outlet (9-1) of the inner air turbine (9-0) and the compressed air of the air pump (7) through an air pipe (not shown) in 3-1. 2 inlet (2-6) and 1 outlet (2-9) each of the above 3-1 of the air turbine (6-6). It is injected into the 2nd inlet (2-6) and is output to the 1st outlet (2-9) connected to the lower part of the central air turbine (6-6), and compressed air is turned by turning the central air turbine (6-6). It is interlocked with the air pump 7 and 3-1. 2 inlet (2-6) and 1 outlet (2-9), both ends connected to the outlet (2-9) of the air turbine (6-6) are bent downward 3-2. A propeller (1-9) for forming an air rudder (R) is formed in the middle portion of the air spoon blade (1-1) and the lower middle portion of the air spoon blade (1-1), in the above 3-1. 2 inlet (2-6) and 1 outlet (2-9), both ends connected to the outlet (2-9) of the air turbine (6-6) are bent downward 3-2. The upper end of the propeller (1-9), which forms an air rudder (R) in the lower middle part of the air spoon blade (1-1) and the air spoon blade (1-1), is the buoyancy board (buyos) ( 0-0) When installing the disk (6) for steering control at the bottom of the floor, the disk (6) and the above 3-2. When installing the disk (6) for steering control on the top of the air spoon blade (1-1) of the propeller (1-9) in which the air spoon blade (1-1) and the air rudder (R) are formed, the disk ( 6) When installing the buoyancy board (buyos) (0-0) in the disk (6) at the bottom of the bottom and in the disk (6) at the top of the air spoon blade (1-1) of the operator (1-9) Installing bearings (not shown) and

In addition, the 2-1. Outer air turbine (08) and the Outer air turbine (90) and the Inner (2-2) connected to the outlets (0-9) of the inner air turbine (8) in the 2-2. The compressed air from the outlet (9-1) of the air turbine (9-0) and the compressed air of the 1. The outer air turbine 33 cylindrical ring 84 is formed on the outer periphery of the fans, and the 4. outer air turbine 33 blade Bl is added to the outer air turbine 33 cylindrical ring 84 to form the The outer periphery of the outer air turbine (33) forms an outer air tube (4-3), and the screw (S) is installed at the end of the shaft (38) of the air thruster (3-0) of the 4. outer air turbine (33). formed by a single power transmission device

The air thruster 3-0 (compressed air of each of the two air pumps 7 among the four air pumps 7 of the eight air pumps 7) is the 2-1. Outer air turbine 08 and the inlet (0-8) of the inner air turbine (8), and the 2-2. wheel (98) outer air turbine (90) and the inner air turbine (9-0) (buoyancy board (buyos) ) (0-0) outside) the outer air turbine 90 and the compressed air output to the outlet 9-1 of the inner air turbine 9-0 in 2-1. 08) and the air propeller 1-9 at the bottom of the bottom of the buoyancy board 0-0 and output to the outlet 09 of the inner air turbine 8 through the air pipe 7-6 ) above 3-1. 2 inlet (2-6) and 1 outlet (2-9) The air turbine (6-6) and the 3-2. Air spoon blade (1-1) and the nozzle of the air Rudder (R) (not shown) by pushing and propelling compressed air;

The bicycle (1), each of the front and rear second of the buoyancy board (buyos) (0-0), the air propeller (1-9) under the bottom 3-1. A jaw (6-3) is formed in the disk (6) of the air cylinder pipe (8-6) connected to the bottom of the air turbine (6-6) of the 2 inlet (2-6) and the 1 outlet (2-9). Install the bearing (0) under the disk (6) at the end of the connecting cylindrical tube (3-6) of the air manipulator (1-9) at the bottom of the buoyancy board (buyos) (0-0) and install the air cylindrical tube (8- 6) Form a bearing (0) in the jaw (6-3) in the disk (6) of 6) -6) In the lower part of the disk (6) at the end, a groove (5) is formed to insert the steering wire (96) to the outside of the disk (6) connected to the air duct (8-6), and the buoyancy board (buyos) (0-) 0) The rubber ring (not shown) by inserting a rubber ring (not shown) inside the disk (6) formed at the end of the connecting cylindrical tube (3-6) of the outer bottom and the lower air propeller (1-9) Inserting the bearing (not shown) below to steer the rotation direction of the air manipulator (1-9) and the rotation of the handle (H) for the water bicycle by the steering line (96);

The first buoyancy board (buyos) (0-0) of the outer side yuzu (U) frame 42 and the second buoyancy board (buyos) (0-0) of the outer side of the yuzu (U) frame (42) The 4. Outlet air turbines 33 are formed in a space connected to the microphone (ㅁ) frame (4-9) between them by outer periphery to some parts of the air thruster (3-0),

Compressed air and the second buoyancy board (buyos) (buyos) (buyos) ( 0-0) Inside front and rear 5. From the air pump 7, through the air duct (7-6) 4. Send to the outer air turbine (33) and the second buoyancy board (buyos) (0-0) The compressed air from the five air pumps (7) inside the air thruster ( 3-0), and the compressed air of each of the three air pumps 7 inside the first buoyancy board (buyos) (0-0) is in the middle two places of the air thruster (3-0) and the outer air turbine (33) to inject air, but by extending the shaft (38) of the air thruster (3-0) and installing a screw (S) at the end

The first buoyancy board (buyos) (0-0) and the second buoyancy board (buyos) (0-0) to the side lower frame 42, the air thruster (3-0) and the screw (S) to the outside to form a cylinder (so)

A frame (S2) of two sides of the cylinder (so) is formed, a frame (34) of upper, lower, left, and right sides of the air thruster (3-0) is formed, and a frame (34) of the air thruster (3-0) is formed. Forming a vertical connection fixture (1-3) of the air thruster (3-0) and having a hub (55) fixed to the connection fixture (1-3) on the frame 34 on the upper, lower, left and right four sides of the The screw having a hub 55 fixed to the connecting fixture 1-3 on the shaft 38 of the air thruster 3-0 and the frame 34 on the upper, lower, left, and right sides of the air thruster 3-0. (S) Compressed air is output to the shaft (38) and propelled,

The compressed air of the air pumps (7) is 2-2. the wheel 98, the outer air turbine 90 and the inner air turbine 9-0 (outside the buoyancy board (buyos) 0-0) and The compressed air output after driving the 2-1. outer air turbine 08 and the inner air turbine 8 is the rear 6 buoyancy boards (buyos) among the 12 buoyancy boards (buyos) (0-0) ( 0-0) at the upper and lower sides of the triple pipe (not shown), a pipe extending (connected) to both sides of the central pipe is installed, and at the end of the triple pipe (not shown), the air thruster (3-0) and the By installing the screw (S), the propulsion of the water bike (07) is formed at the end of the buoyancy board (buyos) (0-0).

2-2. The wheel 98, the outer air turbine 90 has outer fans (of) and a blade 4 and a blade house 4-4 that protrude to the outside, and the inner air turbine In (9-0), the inner fans (If) and the 2-1. The outer air turbine 08 forms the outer (os) blades (Bl) and the inner fans (If) in the inner air turbine (8) Thus, the output air which is compressed air sucked by the operation of the outer fans of of the outer air turbine 90 of the wheel 98 and the inner fan If of the inner air turbine 9-0 is two air pumps. The compressed air of (7) enters into the inlet (It) of 2-1. the outer air turbine (08) and turns the outer (os) blades (Bl) and drives the inner fan (If) in the inner air turbine (8), The outer (os) blades (Bl) are turned and the compressed air is output to the outlet (ot) and output is the triple tube (not shown) at the end of the rear buoyancy boards (buyos) (0-0) of the water bike (07) of the air thruster (3-0) and the above 3-1. 2 inlet (2-6) and 1 outlet (2-9) The air turbine (6-6) and 3-2. It is a power transmission device for propelling the water bike (07) by sending the air spoon blade (1-1) and the air rudder (R).

Figure 8 shows the handle and 3-2. An explanatory drawing of a steering line connected to the connecting ring between the spoon and rudder.

The steering device of the water bike (07) is

Fixed to the handle (H) and head tube (ht) of the bicycle (1) that holds the handle (H) for the water bicycle (07), and the buoyancy board (buyos) at both front and rear sides of the bicycle (1) (0-0) 3-1 above, which is the air propeller (1-9) at the bottom of the floor. 2 inlet (2-6) and 1 outlet (2-9) air turbine (6-6) forming a jaw (6-3) in the disk (6) of the air cylinder pipe (8-6) connected to the bottom of the bin and install the bearing (0) under the disk (6) at the end of the connecting cylindrical tube (3-6) of the air manipulator (1-9) at the bottom of the buoyancy board (buyos) (0-0) and install the air cylindrical tube (8 The bearing (0) is also formed on the jaws (6-3) in the disk (6) of -6), and the connecting cylindrical tube ( 3-6) In the lower part of the disk (6) at the end, a groove (5) for inserting the steering wire (96) is formed on the outside of the disk (6) connected to the air duct (8-6), and the buoyancy board (buyos) (0) -0) Insert a rubber ring (not shown) inside the disk (6) formed at the end of the connecting cylindrical tube (3-6) of the outer bottom and the lower air propeller (1-9). ) by inserting the bearing (not shown) below to steer the rotation direction of the air manipulator 1-9 with the steering line 96 for the rotation of the handle (H) for the water bicycle, the air propeller (1- 9) when rotating

3-1 above, which is an air propeller (1-9) under the bottom of the second rear right of the buoyancy board (buyos) (0-0) among both sides of the pedal (10) of the bicycle (1). 2nd inlet (2-6) and 1 outlet (2-9), the disk (6) formed at the end of the air cylinder tube (8-6) connected to the bottom of the air turbine (6-6) and the second in front of the left pedal The above 3-1 which is the air propeller (1-9) under the bottom of the buoyancy board (buyos) (0-0). The rotation of the disk (6) formed at the end of the air cylinder tube (8-6) connected to the bottom of the air turbine (6-6) of the 2 inlet (2-6) and the 1 outlet (2-9) is a handle ( H) in a counterclockwise direction such as the direction of the steering line 96 connected in the downwardly connected disk 6 and

3-1 above, which is an air propeller (1-9) under the bottom of the second rear left buoyancy board (buyos) (0-0) among both sides of the pedal (10) of the bicycle (1). 2nd inlet (2-6) and 1 outlet (2-9), the disk (6) formed at the end of the air cylinder tube (8-6) connected to the bottom of the air turbine (6-6) and the second in front of the right pedal The above 3-1 which is the air propeller (1-9) under the bottom of the buoyancy board (buyos) (0-0). The rotation of the disk 6 formed at the end of the air cylinder tube 8-6 connected to the bottom of the air turbine 6-6 with the 2 inlet 2-6 and the 1 outlet 2-9 is caused by a handle (H). ) that the steering wire 96 must be twisted so that it can be steered in the same clockwise direction as the steering wire 96 connected in the downwardly connected disk 6 and connected with the arm 8;

The braking of the water bike (07) is

2-1. Outer air turbine (08) and inner air turbine (8) by using the brake lever (br) and the brake wire (bl) installed on the handle (H) for the water bike. 2-1. Outer air turbine (08) for rotating the shaft (80) of the 2-2. wheel (98), the outer air turbine (90) and the inner air turbine (9-0), the shaft (91) of the 2-2. The 2-1. Outer air turbine ( 08) the inlet (0-8) and the triple pipe (3-8) connected to the inlet (0-8) of 2-1. Outer air turbine (08) without the external blade (4) The two galley air pipe 010 is formed and guided, and the two galle air pipe 010 is installed with a two-branch clamp (01-0) divided into one (1) pipe among the two galle air pipes 010, Adjust by pulling the connected brake wire (bl) at the end of the two brackets (01-0)

When the water bicycle (07) is braked in water, the compressed air of the air pumps (7) is supplied with the 2-2. water wheel 98, the outer air turbine 90, the inner air turbine 9-0, and the 2 -2. The wheel 98 of the outer air turbine 90 and the inner air turbine 9-0. 2-2. The wheel 98 and the outer air turbine 90 without the outer blade Bl 2-2. One (1) air pipe (0-10) of the two galley air pipes (010) that comes from the other shaft (91) of the wheel (98) outer air turbine (90) is guided to the 2- 2. To stop the outer air turbine (90) on the wheel (98), and to make the blade (Bl) short and without the blade (Bl) to reverse the 2-2. as

The compressed air of the air pumps 7 is supplied to the shaft 80 of the 2-1. Outer Air Turbine 08 and the Inner Air Turbine 8, and the 2-2. Manual Wheel 98 and the Outer Air Turbine 90 and the two-branched air pipe 010 for applying a brake entering the inlet 0-8 of the 2-1. outer air turbine 08 when the inner air turbine 9-0 shaft 91 is driven In the place where one (1) air pipe (0-10) of the two-branched air pipe 010 without a blade (Bl) other than the two-way air turbine, a double clamp is installed on the two-prong clamp shaft (k), and the When the brake lever (br) installed on the handle (H) for water bike is pulled and operated, the double clamp (01-0) is adjusted with the brake wire (bl) to 2-2. Water wheel (98) Outer air turbine (90) ) and the shaft 80 of the 2-1. Outer Air Turbine 08 and the Inner Air Turbine 8 that turns the shaft 91 of the Inner Air Turbine 9-0, and the 2-2. ) to stop driving the outer air turbine (90).

Figure 9 is an explanatory view of the wall frame and the glass that opens and closes vertically

The wall surface wp sandwiches a (honeycomb panel) pn between the pillars 11, but the glass vp reduces the surface area of the lower glass vp interlocking with the glass vp raised to the top to protect against strong winds. To minimize damage to flying objects

The wall (wp) is sandwiched between the pillars (11) (honeycomb panel) (pn), the glass (vp) forms rings (gn) on the side, and the transparent tempered glass house (vn) at the top and bottom ends A pulley (dl) is installed, and a string (ㅣ) to be fitted to the loop (gn) is installed on both sides of the transparent tempered glass plastic (vp), and the string (ㅣ) is inserted into the loop (gn). The transparent tempered glass plastic (vp) is opened and closed at the top and bottom with (ㅣ), and the string (ㅣ) is the wall (wp) by installing a protruding bar (not shown) on the pillar 11 and leaving the string ( ㅣ), select a different height of the transparent tempered glass plastic (vp), and install the transparent tempered glass house (vn) capable of fixing the transparent tempered glass plastic (vp) to the yuzu (U) frame 42 It is fixed with a fixed body (bolt, U-fixed body, frame, etc.) (n) and is easily opened and closed in a windy river or sea.

Figure 10 is an explanatory view of the first floor rotated by X 330, Y 20 degrees, and Figure 11 is an explanatory view of the first floor wall, the first floor ceiling, and the second floor floor with storage space; Figure 12 is the first and second floors of the present invention a three-dimensional view

The water bike side wall boards sandwich the wall board (honeycomb panel) (pn) between the side posts of the water bike and fix it with a fixture (bolt, U fixture, frame, etc.) (n), and the water bike (07 ) Install the two attached yuzu (U) frames so that there is a center plate connecting the side posts 11, fix them with a fixing body (bolt, U-fixer, frame, etc.) (n) on the side of the frame, and attach the two The first floor ceiling plate (honeycomb panel) (pn) is installed between the yuzu (U) frames (u), and the second floor floor plate frame side wall plate (honeycomb pattern panel) (pn) frame (pnf) is installed, Place boards (honeycomb panel) (pn) with a grid on the first floor ceiling board to form under the floor (p) on the second floor (2p), but on the grid board, each cabinet (distribution wire and water bike repair equipment, water rescue equipment) field grid boxes) (13)

Insert the side frames 42 of the buoyancy boards (0-0) with a yuzu (U) frame 42 that connects each other, and the buoyancy board (0) with a fixed body (bolt, U-fixed body, frame, etc.) (n) -0) One-layer flooring (honeycomb panel) (pn) between the yuzu (U) frames 42 connecting the side frames 42 of the buoyancy boards 0-0 to each other and fixing the inner and outer frames ) from the first floor flooring (honeycomb panel) (pn) to the frame 42 inside and outside the buoyancy board (0-0) with a fixture (bolt, U-fixture, frame, etc.) (n) fixing and

From the first floor (1p) to the second floor (2p), the stairs can be installed from the first floor to the second floor where the air intake pipe (pi) is installed on the ceiling (c) of the cyclists on the first floor (1p) The citron (U) frame 42 installed on the pillars 11 from the first floor (1p) to the second floor (2p) floor (p) and the ceiling air intake pipe (pi) From the air intake pipe (pi) on the ceiling (c) to the air pipe (not shown) inside the buoyancy board (0-0) to the installation and the air pipe (not shown) to the columns 11, the yuzu (U) fixture (n) ) to bind

The yuzu (U) frame (u) of the first floor (1p) that can install a staircase (nh) from the first floor (1p) to the second floor (2p) floor (p) and the first floor (1p) to the second floor ( 2p) The transparent tempered glass plastic (pf) is installed on the front windshield of the bicycle rider on the first floor between the yuzu (U) frames (u) installed up to the bottom of the floor (p) (installed through the ceiling on the first floor), and the second floor ( 2p) the floor (p) the cover (cd) covering the stairs (nh) has a hinge fixed under the upper handrail (ng) of the stairs (nh) and is attached to the loop (g) of the step (nh) cover (cd) of the 2 tier (2p) railing (ng) fastening with fasteners (i);

Among the frames of the first-floor buoyancy board (0-0), the press plate 27 of the air pump 7 of the buoyancy board (0-0) at the top of the first-floor buoyancy board (0-0) and the bicycle (1) ) Pedal ring (9) connected to the extension shaft () of the pedal (10) and the buoyancy board (0-0) in which the yuzu (U) frame 42 is interlocked, on the side frame 42, on the floor (p) to install;

Install the air intake pipe (ip) and the air intake pipe (ip) installation frame (not shown), the first floor both shelves (cc), and the installation frame (ccf) and shelves (cc) at the top of the first floor (1p) entrance door (id), ,

The first floor (1p) by installing storage cabinets (distribution wires, water bicycle repair equipment, water rescue equipment grid boxes) 13 on the ceiling (c) of the first floor (1p) and the floor (p) of the second floor (2p) , the noise between the second floor (2p) was reduced and the first floor (1p) ceiling (c) between the first floor (1p) shelf (s) and the second floor floor (p) ( c) Forming intersecting wall surfaces (n) on the frame (cf) and embedding cabinets (13) to store wires, wire wires, and to use lights (l) on the 1st and 2nd floors Intersecting wall surfaces (n) are formed between (c) and the shelves (s) and the second floor floor (p), and a storage cabinet (13) is made so that even if there are passengers on the first floor, the sound is reduced even if people are active on the second floor what made it happen;

The first and bunk beds on the shelf frame installed on the ceiling (c) and the second floor (2p) floor (p) penetrate the ceiling (c) floor of the first floor (1p) at both ends of the water bike (07). 2nd floor (2p) floor (p) The connecting rod fixed to the bottom of the cabinet and the 2nd floor (2p) bed (bn) fixed to the wall (wp) and then unfolded and the 1st floor upper bed fixed to the wall (wp) and then unfolded (b1) and the upper bed (b1) of the first floor (1p) that forms a lower bed leg on the first floor (1p) and spreads out after being fixed to the ceiling (c) wall (wp) of the first floor (1p) and On the first floor (1p), the lower chair (1ch) on the first floor (1p) spread out sideways ) forming the upper bed (b1) and the lower bed (b2) on the first floor (1p),

The first floor deck (honeycomb panel) (pn) frames (pnf) were installed in 3 rows and 4 rows of long chairs (ch) for 3 people to sit on, and fixed bodies (bolts, U fixtures, frames, etc.) (n) From the first floor (1p) bottom plates (honeycomb panel) (pn) to the inner upper frame of the buoyancy board (0-0) and the outer bottom plate (honeycomb panel) (pn) to the frame (pnf) Raise the backrest (not shown) of the long chair (ch) where the three people sit, and fix it with a fixture (bolt, U fixture, frame, etc.) (n), Loosen and lower to form a flat surface,

An air intake fallopian tube (4i) is placed under the front ceiling (c) of the water bicycle (07) to block seasonal winds, and the compressed air is sucked in even in the cross wind. Send the air tube (not shown) up to the air intake fallopian tube (4i) and the air thruster (3-0) inside and outside the water bike (07) pole (11) to the buoyancy board (buyos) (0-0) By fixing the fixing bodies (bolts, n-fixtures, etc.) (n) to the yuzu (U) frame 42, the entire frame of the water bike 07 is installed as a reinforced structure,

Install the air intake fallopian tube (4i) installation frame (if) and the shelf (s) of the wall surface (wp) on both sides of the ceiling (c) on the first floor (1p) and the ceiling (c) and the shelf on the first floor (s) The first floor (1p) of the water bicycle 07 by fixing the frame (sf) with a fixing body (bolts, n-fixed shelf frame, etc.) And forming a strong structure by installing the frame (cf) and the shelf (s) frame (sf) of the ceiling (c);

A perforated groove (not shown) is made on the ceiling (c) in front of the first floor (1p) bicycle (1) rear ceiling (c) long back chair (ch), and an amoled liquid crystal monitor (am) is formed in the perforated groove (not shown) ) to be fixed with a fixing body (n) such as a bolt or the like to the fixing base, and between the simple translucent color reinforced plastic roof (r) and the simple translucent color reinforced plastic between the pillars 11 under the second-story pillar 11 The first floor ( 1p) When connecting to the battery by embedding it in a conduit (not shown) on one side of the ceiling (c) frame (cf) and the pillar (11)

The battery has a built-in generator case {Generator case} (G) 10-2021-0075969 between the wheels (Patent Document 82) in the six buoyancy boards (buyos) (0-0) and each connected to the generator case (G) The battery is provided and connected, and the generator case (G) belt ring (not shown) installed on the shaft (axle) ax coming out on both sides of the generator case (G) and the wheel 98 and the shaft 80 A belt ring (not shown) is installed and the wheel 98 is connected to the belt ring (not shown) to transmit the generated power to each battery, and wire from each battery to other power devices to connect the other power devices. to use and

When the occupants cannot step on the pedal 10 and at night, a motor (M1) is installed on the frame (not shown) of the bicycle (1), and the BB shaft (bb) is rotated with the motor (M1). driving the pedal ring (9) and the air pump (7) ring (99) to make the air pump (7) bellows so that the wheel (98) rotates when always using electric power;

A chair that forms a ring and a ring on the wall surface (wp) of the second layer (2p) and is fixed to the ring with a round string (16) formed to be caught on the ring, and then peels off the round string (16) from the ring and unfolds A chair (bed) (cb) that folds and unfolds in the inner leg groove of the bed (cb) and the chair bed (cb) lower plate, unfolds 3 legs (cm), and fits into the groove of the second floor (2p) floor (cb) is the lower part of the simple translucent color reinforced plastic roof (r) of the second layer (2p) and the lower part of the second layer (2p) the tent (tr) and the second layer (2p) overlap the tent (tr) in the second layer ( 2p) providing a lower part without the tent (tr);

Installing and storing drinking water in the four buoyancy boards (buyos) (0-0) behind the water bike (07) and a water tank (wt) in the inner two buoyancy boards (buyos) (0-0)) Install the water tank (wt) in the two buoyancy boards (buyos) (0-0) on both sides, and let the water play a horizontal water role and clean the floor of the water bike (07). 2nd floor (2p) to 1st floor If you have made a eatery in (1p), put a water pump (not shown) in 4 places in the water tank (wt), put a water pipe (not shown) and a water pipe (not shown) with electric power, and pour water from the faucet (not shown) When operating the water pump (not shown) before unloading, a divided instrument panel (g) on which the storage status is displayed is placed on the six water pumps (not shown) of the water tank (wt) in six places.

The first floor (1p) on both sides of the buoyancy board (buyos) (0-0) in each of the left and right two buoyancy boards (buyos) (0-0) from the front of the water bike (07) In p), the water bike (07) number (front) to remove the buoyancy board (buyos) (0-0) and the buoyancy board (buyos) (c) the inner leg of the top plate (up) The buoyancy board (buyos) (0-0) in the first half of the lower plate of the upper plate (up) that unfolds by pulling out and unfolding the quadrangular customs three-fold leg (upl) that is folded and unfolded in the groove When forming the quadrilateral three-fold bridge (upl) of the digutja (c) top plate of the ) and air pipe, and air is injected with the air pump 7 to form a level with the place of disembarkation, and 3 layers are spread out to form the quadrilateral pipe 3 layer bridge (upl) and to be used as the quadrilateral customs three-fold leg (upl), which is folded and unfolded in the inner leg groove of the digutja (c) upper plate (up) when disembarking;

When viewed from the rear of the water bike (07), a buoyancy footrest (bf) on which each person can stand one by one is installed at the ends of each of the three buoyancy boards (buyos) (0-0) on the left and right, and the The lower frame 42 of the last buoyancy boards (buyos) (0-0) viewed from the rear of the water bike 07 on the second floor (2p) railing (ng) on each last post 11 on the left and right when viewed from the rear The fixing body (bolt, n Fixed with a fixed shelf frame, etc.) to raise the last column 11 and rear door reinforcement bars (bg) on the first floor of the water bicycle (07) to the second floor (2p)

In the second layer (2p), from one (1) side of both sides to the middle of the second layer (2p), the lower part of the buoyancy board (buyos) (0-0) in the yuzu (U) frame 42 in each of the pillars (11) up to (11) the upper half of the awning (tr) frame ( The tent installed on the upper tent tr and the lower slide support f1 fixed to the tent tr frame rf with strings li on round iron pieces o punched in rf) (tr) The frame (rf) is the lower end of the tent (tr) fixed to the tent (tr) frame (rf) with the strings (li) on the round iron pieces (o) punched in the tent (tr) When it rains or snows, unfold the awning (tr) at the bottom of the second floor (2p) of the tile (1) side of the two sides of the tile (1), and attach the string (ㅣ) to the hook (g) of the pillar (11). What is fixed to the tent (tr) frame (rf)

The awning (tr) frame (rf) at the top and bottom of 1/2 of the second floor (2u) installed from one (1) side of both sides of the second floor (2p) to the middle of the second floor (2p) A simple translucent color reinforced plastic roof (r) protruding to the outside of the top of the other side of the installed pole is selected from the left and right of the second floor (2p) of the water bicycle 07 ) Installed on the second pillar 11 of the other side of the one (1) side of the pillar 11 on which the frame (rf) is installed, forming a round and the simple translucent color reinforced plastic roof (r) at the same height When installing the translucent color reinforced plastic roof (r) column 111, the height of the simple translucent color reinforced plastic roof (r) frame (1rf) extends to the pole 11 where the awning (tr) frame (rf) is installed at the bottom. Should be able to be lower than the height of the awning (tr) frame (rf) at the bottom,

Next to the stairs from the first floor (1p) to the second floor (2p), a drinking water fountain (e), a simple toilet (W), a washbasin room (e1), and a toilet (M) are provided,

Under the simple translucent color reinforced plastic roof (rt), a simple countertop and a table leg (not shown) fixed by being inserted into the second floor (2p) floor (p) and a table plate on the table leg (not shown) ( A groove (not shown) for inserting a table leg (not shown) is formed in the table leg (not shown), the table plate (not shown) is placed on the table leg (not shown), and the table leg (not shown) and the table plate ( After separation, the table legs (not shown) and the table plate are laid down horizontally on the side of the countertop (kc) and fixed with a string (not shown) and folding chairs (not shown) are provided and folded after use. (not shown) Fixed with a string (not shown) next to it and covered with a tent cloth (not shown) for storage, and the cupboard (bt) under the countertop (kc) is equipped with an induction stove and tableware, and the six water pumps (not shown) ), 6 instrument panels (not shown), 4 generators (G), 4 batteries (not shown), electric heaters, and electric appliances are connected and used with regulators, simple distribution boards, motors and wires, respectively.

Claims (1)

In the present invention, when the bicycle (1) is mounted on the water bicycle (07) and the pedal (10) is stepped on, the water bicycle (07) moves forward at high speed and the buoyancy board (buyos) (0-0) on the second floor ( 2p) a structure was formed,
When pedaling by stepping on the pedal 10 of the bicycle, the air pump 7 and To install the air thruster 3-0 connected to the air turbine 8, the pedal shaft 100 is connected to the outside of the pedal shaft 100 to bellow the rotation of the pedal shaft 100 to the air pump 7 Crank arm 21 to be pedal ring (Pedal ring) (9) and air pump ring (Air pump ring) (99) and pedal ring (Pedal ring) (9) and air pump ring (Air pump ring) (99) Install the supporter 909 with the hub 91 connecting ) installed on the sprockets and rotates the rear wheel axle 65 by turning the sprockets (not shown) that are transmitted from the crank 20 to the chain 18 and are gear-shifted when the pedal 10 is stepped on with the air pump 7 and A power transmission device was added by mounting an air thruster (3-0) connecting the air turbine (8), and after inserting each frame with the yuzu (U) frames 42, holes (screw grooves) at regular intervals ) (09), after adjusting the length, height and width, fixed with screws or bolts (04) to form buoyancy boards (buyos) (0-0) 07) as for
The seesaw shaft 6-9, which is the central shaft of the press plate 27 connected to the air pump ring 7 shaft 69, includes the front and rear axles 65 of the bicycle and the front, Rear wheel axle (65, 65-1), the seesaw axle (6-9), the hub 62, the buoyancy board (buyos) (0-0) built-in side the yuzu (U) frame 42 ) and fixed with a citron (U) fixture (n) on top,
1. In the place where the pedal ring (9) and the air pump ring (99) rotate, compressed air is generated by operating the 1. air pumps, and the generated compressed air
2-1. Outer blades The shafts of the 2-1. Outer air turbine and the inner air turbine interlocking the air turbine and the inner fan air turbine are extended and connected, and the outer blade part and
2-2. By connecting a part of the outer air turbine of the two wheels and turning the shafts of the 2-2. the outer air turbine and the inner air turbine, the blade formed on the outside of the 2-2.
By injecting the compressed air from the outlets of the 2-2. water wheel outer air turbine and the inner air turbine connected to the outlets of the 2-1.
Above 3. The 2-inlet and 1-outlet turbines are interlocked, and the bent spoon blade and loader connected to the outlets of the 2-inlet and 1-outlet turbines operate, as well as the 2-1. 2-2 above connected to the outlets of the outer air turbine and the inner air turbine. Compressed air from the outlets of the multiple wheel outer air turbine and the inner air turbine and the compressed air from the 1. air pump are formed in the outlet air turbine in the air thruster,
Above 4. At the end of the shaft of the air thruster, the power transmission devices that allow the propeller to be installed are formed.
2-1. Shaft 80 of the outer air turbine (08) and the inner air turbine (8)
2-2. The shaft (80) of the wheel (98) of the outer air turbine (90) and the inner air turbine (9-0)
3-1 above. 2 Inlet (2-6) and 1 Outlet (2-9) Air Turbine (6-6)
3-2 above. Air spoon blade (1-1) and the air rudder (Rudder) (R)
4. The screw (S) is installed at the end of the shaft (38) of the air thruster (3-0) of the outer air turbine (33).
configuration is
The bicycle (1) turns the rear wheel axle (65) with a chain (18) connecting the crankshaft (20) and the gearings (6-5) of the rear wheel axles (65) when the bicycle (1) pedal (10) is stepped on to form a cradle (1-0) on the buoyancy boards (buyos) (0-0) of the water bike 07, and to the cradle (1-0) on the front and rear wheel axles 65, 65- 1) is carried out,
Install the pedaling (9) on the shaft extending the bicycle pedal shaft (100),
Install the air pump 7 for interlocking with the pedaling 9, but on the U-shaped frame 42 in the buoyancy boards 0-0 of the water bike 07 A hub 91 having a bearing (not shown) that assists rotation of the pedal ring 9 and the air pump 7 ring 99 is formed, and the hub 91 is used as a U-shaped (U) fixture 94 . It is fixed to the upper surface of the yuzu (U)-shaped frame (42).
The air pump 7 ring 99 extends with the pedal shaft 100 of the air pump 7 ring 99 surface connected to the second buoyancy board (buyos) (0-0) and the pedal ring 9 Install the uniaxial (69) that becomes
The air pump (7) by the pressing plate (27) of the air pump (7) connected to the air pump shaft (69) installed in the ring (99) and the fixing plates (28) of the air pump (7) 7) The air inside is compressed and fixed to the side of the yuzu (U) frame 42 built in the buoyancy boards (buyos) (0-0), and when the pedal (10) is stepped on, the pressing plates (27) and To form the air pumps (7) between the press plates (2-7) bisecting the seesaw shaft (6-9) connected to the front and rear wheel shafts (65, 65-1) of the bicycle (1) and the air pumps 7 install the air pump 7 on each of the pressing plates 27, and install the air pumps 7 on each of the fixing plates 28, so that each of the seesaw shafts ( 6-9) each is made to operate the air pump 7, and the buoyancy boards (buyos) (0) installed on both sides of the bicycle (1) of the water bike (07) installed in the drawing of the present invention -0) connects each of the three buoyancy boards (buyos) (0-0) to provide a total of 96 air pumps (7) to the buoyancy boards (buyos) (0-0) on both sides of the bicycle (1) It is installed on the yuzu (U) frame 42 at the top of the inner side,
The seesaw shaft 6-9, which is the central shaft of the press plate 27 connected to the air pump ring 7 shaft 69, includes the front and rear axles 65 of the bicycle and the front, Rear wheel axle (65, 65-1), the seesaw axle (6-9), the hub 62, the buoyancy board (buyos) (0-0) built-in side the yuzu (U) frame 42 ) and fixed with a citron (U) fixture (n) on top,
The 2-1. Outer air turbine 08 and the inner air turbine ( 8) above 2-1. connected to the inlet (0-8) of the outer air turbine 08 to drive the 2-1. outer air turbine 08 and the inner air turbine 8, and 2-1. The outer air turbine 08 and the shaft 80 of the inner air turbine 8 are extended and connected to the above 2-2. Manual wheel 98, the outer air turbine 90 part (8-2) and the above 2-1. A part (8-1) of the outer air turbine (08) is connected for rotation of the 2-2. wheel (98), and the outer air turbine (90) and the inner air (90) of the 2-2. Turning the turbine (9-0) shaft (80), the 2-2. the wheel (98), the outer air turbine (90) and the inner air turbine (9-0), the shaft (80) and the front of the bicycle (1) , the rear wheel shafts 65 and 65-1, the seesaw shaft 6-9, and the hub 62, which are the same shaft as the hub 62, are extended and connected to the hub 91 fixed to the cradle 1-0, and are connected to the 2-2 above. The wheel 98 drives the outer air turbine 90 and the inner air turbine 9-0 and protrudes from the blade house 4-8 formed outside the 2-2 wheel 98. 4) is installed to work as a laborer, and the 2-2. water wheel 98 is connected to the outlet 09 of the 2-1. outer air turbine 90 and the inner air turbine 9-0. (90) and the compressed air from the outlet (9-1) of the inner air turbine (9-0) and the compressed air of the air pump (7) through an air pipe (not shown) in 3-1. 2 inlet (2-6) and 1 outlet (2-9) each of the above 3-1 of the air turbine (6-6). It is injected into the 2nd inlet (2-6) and is output to the 1st outlet (2-9) connected to the lower part of the central air turbine (6-6), and compressed air is turned by turning the central air turbine (6-6). It is interlocked with the air pump 7 and 3-1. 2 inlet (2-6) and 1 outlet (2-9), both ends connected to the outlet (2-9) of the air turbine (6-6) are bent downward 3-2. A propeller (1-9) for forming an air rudder (R) is formed in the middle portion of the air spoon blade (1-1) and the lower middle portion of the air spoon blade (1-1), in the above 3-1. 2 inlet (2-6) and 1 outlet (2-9), both ends connected to the outlet (2-9) of the air turbine (6-6) are bent downward 3-2. The upper end of the propeller (1-9), which forms an air rudder (R) in the lower middle part of the air spoon blade (1-1) and the air spoon blade (1-1), is the buoyancy board (buyos) ( 0-0) When installing the disk (6) for steering control at the bottom of the floor, the disk (6) and the above 3-2. When installing the disk (6) for steering control on the top of the air spoon blade (1-1) of the propeller (1-9) in which the air spoon blade (1-1) and the air rudder (R) are formed, the disk ( 6) When installing the buoyancy board (buyos) (0-0) in the disk (6) at the bottom of the bottom and in the disk (6) at the top of the air spoon blade (1-1) of the operator (1-9) Installing bearings (not shown) and
In addition, the 2-1. Outer air turbine (08) and the Outer air turbine (90) and the Inner (2-2) connected to the outlets (0-9) of the inner air turbine (8) in the 2-2. The compressed air from the outlet (9-1) of the air turbine (9-0) and the compressed air of the 1. The outer air turbine 33 cylindrical ring 84 is formed on the outer periphery of the fans, and the 4. outer air turbine 33 blade Bl is added to the outer air turbine 33 cylindrical ring 84 to form the The outer periphery of the outer air turbine (33) forms an outer air tube (4-3), and the screw (S) is installed at the end of the shaft (38) of the air thruster (3-0) of the 4. outer air turbine (33). formed by a single power transmission device
The air thruster 3-0 (compressed air of each of the two air pumps 7 among the four air pumps 7 of the eight air pumps 7) is the 2-1. Outer air turbine 08 and the inlet (0-8) of the inner air turbine (8), and the 2-2. wheel (98) outer air turbine (90) and the inner air turbine (9-0) (buoyancy board (buyos) ) (0-0) outside) the outer air turbine 90 and the compressed air output to the outlet 9-1 of the inner air turbine 9-0 in 2-1. 08) and the air propeller 1-9 at the bottom of the bottom of the buoyancy board 0-0 and output to the outlet 09 of the inner air turbine 8 through the air pipe 7-6 ) above 3-1. 2 inlet (2-6) and 1 outlet (2-9) The air turbine (6-6) and 3-2. Propulsion by pushing compressed air to the air spoon blade (1-1) and the nozzles (not shown) of the air rudder (Rudder) (R);
The bicycle (1), each of the front and rear second of the buoyancy board (buyos) (0-0), the air propeller (1-9) under the bottom 3-1. A jaw (6-3) is formed in the disk (6) of the air cylinder pipe (8-6) connected to the bottom of the air turbine (6-6) of the 2 inlet (2-6) and the 1 outlet (2-9). Install the bearing (0) under the disk (6) at the end of the connecting cylindrical tube (3-6) of the air manipulator (1-9) at the bottom of the buoyancy board (buyos) (0-0) and install the air cylindrical tube (8- 6) Form a bearing (0) in the jaw (6-3) in the disk (6) of 6) -6) In the lower part of the disk (6) at the end, a groove (5) is formed to insert the steering wire (96) to the outside of the disk (6) connected to the air duct (8-6), and the buoyancy board (buyos) (0-) 0) The rubber ring (not shown) by inserting a rubber ring (not shown) inside the disk (6) formed at the end of the connecting cylindrical tube (3-6) of the outer bottom and the lower air propeller (1-9) Inserting the bearing (not shown) below to steer the rotation direction of the air manipulator (1-9) and the rotation of the handle (H) for the water bicycle by the steering line (96);
The first buoyancy board (buyos) (0-0) of the outer side yuzu (U) frame 42 and the second buoyancy board (buyos) (0-0) of the outer side of the yuzu (U) frame (42) The 4. Outlet air turbines 33 are formed in a space connected to the microphone (ㅁ) frame (4-9) between them by outer periphery to some parts of the air thruster (3-0),
Compressed air and the second buoyancy board (buyos) (buyos) (buyos) ( 0-0) Inside front and rear 5. From the air pump 7, through the air duct (7-6) 4. Send to the outer air turbine (33) and the second buoyancy board (buyos) (0-0) The compressed air from the five air pumps (7) inside the air thruster ( 3-0), and the compressed air of each of the three air pumps 7 inside the first buoyancy board (buyos) (0-0) is in the middle two places of the air thruster (3-0) and the outer air turbine (33) to inject air, but by extending the shaft (38) of the air thruster (3-0) and installing a screw (S) at the end
The first buoyancy board (buyos) (0-0) and the second buoyancy board (buyos) (0-0) to the side lower frame 42 to the air thruster (3-0) and the screw (S) to the outside to form a cylinder (so)
A frame (S2) of two sides of the cylinder (so) is formed, a frame (34) of upper, lower, left, and right sides of the air thruster (3-0) is formed, and a frame (34) of the air thruster (3-0) is formed. Forming a vertical connection fixture (1-3) of the air thruster (3-0) and having a hub (55) fixed to the connection fixture (1-3) on the frame 34 on the upper, lower, left and right four sides of the The screw having a hub 55 fixed to the connecting fixture 1-3 on the shaft 38 of the air thruster 3-0 and the frame 34 on the upper, lower, left, and right sides of the air thruster 3-0. (S) Compressed air is output to the shaft (38) and propelled,
The compressed air of the air pumps (7) is 2-2. the wheel 98, the outer air turbine 90 and the inner air turbine 9-0 (outside the buoyancy board (buyos) 0-0) and The compressed air output after driving the 2-1. outer air turbine 08 and the inner air turbine 8 is the rear 6 buoyancy boards (buyos) among the 12 buoyancy boards (buyos) (0-0) ( 0-0) at the upper and lower sides of the triple pipe (not shown), a pipe extending (connected) to both sides of the central pipe is installed, and at the end of the triple pipe (not shown), the air thruster (3-0) and the By installing the screw (S), the propulsion of the water bike (07) is formed at the end of the buoyancy board (buyos) (0-0).
2-2. The wheel 98, the outer air turbine 90 has outer fans (of) and a blade 4 and a blade house 4-4 that protrude to the outside, and the inner air turbine In (9-0), the inner fans (If) and the 2-1. The outer air turbine 08 forms the outer (os) blades (Bl) and the inner fans (If) in the inner air turbine (8) Thus, the output air which is compressed air sucked by the operation of the outer fans of of the outer air turbine 90 of the wheel 98 and the inner fan If of the inner air turbine 9-0 is two air pumps. The compressed air of (7) enters into the inlet (It) of 2-1. the outer air turbine (08) and turns the outer (os) blades (Bl) and drives the inner fan (If) in the inner air turbine (8), The outer (os) blades (Bl) are turned and the compressed air is output to the outlet (ot) and output is the triple tube (not shown) at the end of the rear buoyancy boards (buyos) (0-0) of the water bike (07) of the air thruster (3-0) and the above 3-1. 2 inlet (2-6) and 1 outlet (2-9) The air turbine (6-6) and 3-2. that the air spoon blade (1-1) and the air rudder (Rudder) (R) are sent to propel the water bike (07);
The steering device of the water bike (07) is
Fixed to the handle (H) and head tube (ht) of the bicycle (1) that holds the handle (H) for the water bicycle (07), and the buoyancy board (buyos) at both front and rear sides of the bicycle (1) (0-0) 3-1 above, which is the air propeller (1-9) at the bottom of the floor. 2 inlet (2-6) and 1 outlet (2-9) air turbine (6-6) forming a jaw (6-3) in the disk (6) of the air cylinder pipe (8-6) connected to the bottom of the bin and install the bearing (0) under the disk (6) at the end of the connecting cylindrical tube (3-6) of the air manipulator (1-9) at the bottom of the buoyancy board (buyos) (0-0) and install the air cylindrical tube (8 The bearing (0) is also formed on the jaws (6-3) in the disk (6) of -6), and the connecting cylindrical tube ( 3-6) In the lower part of the disk (6) at the end, a groove (5) for inserting the steering wire (96) is formed on the outside of the disk (6) connected to the air duct (8-6), and the buoyancy board (buyos) (0) -0) The rubber ring (not shown) by inserting a rubber ring (not shown) inside the disk 6 formed at the end of the connecting cylindrical tube 3-6 of the outer bottom and the lower air propeller (1-9) ) by inserting the bearing (not shown) below to steer the rotation direction of the air manipulator 1-9 with the steering line 96 for the rotation of the handle (H) for the water bicycle, the air propeller (1- 9) when rotating
3-1 above, which is an air propeller (1-9) under the bottom of the second rear right of the buoyancy board (buyos) (0-0) among both sides of the pedal (10) of the bicycle (1). 2nd inlet (2-6) and 1 outlet (2-9), the disk (6) formed at the end of the air cylinder tube (8-6) connected to the bottom of the air turbine (6-6) and the second in front of the left pedal The above 3-1 which is the air propeller (1-9) under the bottom of the buoyancy board (buyos) (0-0). The rotation of the disk (6) formed at the end of the air cylinder tube (8-6) connected to the bottom of the air turbine (6-6) of the 2 inlet (2-6) and the 1 outlet (2-9) is a handle ( H) in a counterclockwise direction such as the direction of the steering line 96 connected in the downwardly connected disk 6 and
3-1 above, which is an air propeller (1-9) under the bottom of the second rear left buoyancy board (buyos) (0-0) among both sides of the pedal (10) of the bicycle (1). 2nd inlet (2-6) and 1 outlet (2-9), the disk (6) formed at the end of the air cylinder tube (8-6) connected to the bottom of the air turbine (6-6) and the second in front of the right pedal The above 3-1 which is the air propeller (1-9) under the bottom of the buoyancy board (buyos) (0-0). The rotation of the disk 6 formed at the end of the air cylinder tube 8-6 connected to the bottom of the air turbine 6-6 with the 2 inlet 2-6 and the 1 outlet 2-9 is caused by a handle (H). ) that the steering wire 96 must be twisted so that it can be steered in the same clockwise direction as the steering wire 96 connected in the downwardly connected disk 6 and connected with the arm 8;
The braking of the water bike (07) is
2-1. Outer air turbine (08) and inner air turbine (8) by using the brake lever (br) and the brake wire (bl) installed on the handle (H) for the water bike. 2-1. Outer air turbine (08) for rotating the shaft (80) of the 2-2. wheel (98), the outer air turbine (90) and the inner air turbine (9-0), the shaft (91) of the 2-2. The 2-1. Outer air turbine ( 08) the inlet (0-8) and the triple pipe (3-8) connected to the inlet (0-8) of 2-1. Outer air turbine (08) without the external blade (4) The two galley air pipe 010 is formed and guided, and two galle clamps (01-0) are installed in the two galle air pipe 010 to divide into one (1) pipe among the two galle air pipes 010, Adjust by pulling the connected brake wire (bl) at the end of the two brackets (01-0)
When the water bicycle (07) is braked in water, the compressed air of the air pumps (7) is supplied with the 2-2. water wheel 98, the outer air turbine 90, the inner air turbine 9-0, and the 2 -2. The wheel 98 of the outer air turbine 90 and the inner air turbine 9-0. 2-2. The wheel 98 and the outer air turbine 90 without the outer blade Bl 2-2. One (1) air pipe (0-10) of the two galley air pipes (010) that comes from the other shaft (91) of the wheel (98) outer air turbine (90) is guided to the 2- 2. To stop the outer air turbine (90) on the wheel (98), and to make the blade (Bl) short and without the blade (Bl) to reverse the 2-2. as
The compressed air of the air pumps 7 is supplied to the shaft 80 of the 2-1. Outer Air Turbine 08 and the Inner Air Turbine 8, and the 2-2. Manual Wheel 98 and the Outer Air Turbine 90 and the two-branched air pipe 010 for applying a brake entering the inlet 0-8 of the 2-1. outer air turbine 08 when the inner air turbine 9-0 shaft 91 is driven In the place where one (1) air pipe (0-10) of the two-branched air pipe 010 without a blade (Bl) other than the two-way air turbine, a double clamp is installed on the two-prong clamp shaft (k), and the When the brake lever (br) installed on the handle (H) for water bike is pulled and operated, the double clamp (01-0) is adjusted with the brake wire (bl) to 2-2. Water wheel (98) Outer air turbine (90) ) and the shaft 80 of the 2-1. Outer Air Turbine 08 and the Inner Air Turbine 8 that turns the shaft 91 of the Inner Air Turbine 9-0, and the 2-2. ) to stop the operation of the outer air turbine 90;
The water bike side wall boards sandwich the wall board (honeycomb panel) (pn) between the water bike side pillars and fix it with a fixture (bolt, U fixture, frame, etc.) (n)
Install the two yuzu (U) frames attached so that there is a center plate connecting the side posts 11 of the water bike 07, and fix it with a fixing body (bolt, U fixing body, frame, etc.) (n) on the side of the frame and install the first floor ceiling plate (honeycomb panel) (pn) between the two pasted Yuzu (U) frames (u), and install the second floor floor plate frame side wall plate (honeycomb panel) (pn) frame (pnf) ) and inserting a lattice (honeycomb panel) (pn) on the first-floor ceiling plate to form under the second-floor (2p) floor (p), but on the lattice plate, each cabinet (distribution wire and water bike repair) equipment, water rescue equipment, grid boxes) (13) and
Insert the side frames 42 of the buoyancy boards (0-0) with a yuzu (U) frame 42 that connects each other, and the buoyancy board (0) with a fixed body (bolt, U-fixed body, frame, etc.) (n) -0) One-layer flooring (honeycomb panel) (pn) between the yuzu (U) frames 42 connecting the side frames 42 of the buoyancy boards 0-0 to each other and fixing the inner and outer frames ) from the first floor flooring (honeycomb panel) (pn) to the frame 42 inside and outside the buoyancy board (0-0) with a fixture (bolt, U-fixture, frame, etc.) (n) fixing and
From the first floor (1p) to the second floor (2p), the stairs can be installed from the first floor to the second floor where the air intake pipe (pi) is installed on the ceiling (c) of the cyclists on the first floor (1p) The citron (U) frame 42 installed on the pillars 11 from the first floor (1p) to the second floor (2p) floor (p) and the ceiling air intake pipe (pi) From the air intake pipe (pi) on the ceiling (c) to the air pipe (not shown) inside the buoyancy board (0-0) to the installation and the air pipe (not shown) to the columns 11, the yuzu (U) fixture (n) ) to bind
The yuzu (U) frame (u) of the first floor (1p) that can install a staircase (nh) from the first floor (1p) to the second floor (2p) floor (p) and the first floor (1p) to the second floor ( 2p) The transparent tempered glass plastic (pf) is installed on the front windshield of the bicycle rider on the first floor between the yuzu (U) frames (u) installed up to the bottom of the floor (p) (installed through the ceiling on the first floor), and the second floor ( 2p) the floor (p) the cover (cd) covering the stairs (nh) has a hinge fixed under the upper handrail (ng) of the stairs (nh) and is attached to the loop (g) of the step (nh) cover (cd) of the 2 tier (2p) railing (ng) fastening with fasteners (i);
The wall surface wp sandwiches a (honeycomb panel) pn between the pillars 11, but the glass vp reduces the surface area of the lower glass vp interlocking with the glass vp raised to the top to protect against strong winds. To minimize damage to flying objects
The wall (wp) is sandwiched between the pillars (11) (honeycomb panel) (pn), the glass (vp) forms rings (gn) on the side, and the transparent tempered glass house (vn) at the top and bottom ends A pulley (dl) is installed, and a string (ㅣ) to be fitted to the loop (gn) is installed on both sides of the transparent tempered glass plastic (vp), and the string (ㅣ) is inserted into the loop (gn). The transparent tempered glass plastic (vp) is opened and closed at the top and bottom with (ㅣ), and the string (ㅣ) is the wall (wp) by installing a protruding bar (not shown) on the pillar 11 and leaving the string ( ㅣ), select a different height of the transparent tempered glass plastic (vp), and install the transparent tempered glass house (vn) capable of fixing the transparent tempered glass plastic (vp) to the yuzu (U) frame 42 fixing with fixtures (bolts, U fixtures, frames, etc.) (n);
Among the frames of the first-floor buoyancy board (0-0), the press plate 27 of the air pump 7 of the buoyancy board (0-0) at the top of the first-floor buoyancy board (0-0) and the bicycle (1) ) Pedal ring (9) connected to the extension shaft () of the pedal (10) and the buoyancy board (0-0) in which the yuzu (U) frame 42 is interlocked, on the side frame 42, on the floor (p) to install;
The first floor (1p) by installing storage cabinets (distribution wires, water bicycle repair equipment, water rescue equipment grid boxes) 13 on the ceiling (c) of the first floor (1p) and the floor (p) of the second floor (2p) , the noise between the second floor (2p) was reduced and the first floor (1p) ceiling (c) between the first floor (1p) shelf (s) and the second floor floor (p) ( c) Forming intersecting wall surfaces (n) on the frame (cf) and embedding cabinets (13) to store wires, wire wires, and to use lights (l) on the 1st and 2nd floors Intersecting wall surfaces (n) are formed between (c) and the shelves (s) and the second floor floor (p), and a storage cabinet (13) is made so that even if there are passengers on the first floor, the sound is reduced even if people are active on the second floor what made it happen;
The first floor (1p) ceiling (1p) on the shelf (s) frame (sf) installed on the ceiling (c) and the second floor (2p) floor (p) and the bunk beds at the ends of the beds on both sides of the water bike (07) c) Penetrating through the floor and fixing to the connecting rod fixed to the bottom of the cabinet on the second floor (2p) and the wall (wp) on the second floor (2p) and then fixed to the bed (bn) and wall (wp) on the second floor (2p) that unfolds The first floor (1p) that forms the upper bed (b1) of the first floor unfolding and the lower bed legs of the first floor (1p) spread sideways, and is fixed to the ceiling (c) wall (wp) of the first floor (1p) and unfolds The upper bed (b1) and the lower chair (1ch) on the first floor (1p) spread out sideways to form the upper bed (b1) on the first floor (1p) and the lower bed (b2) on the first floor (1p),
The first floor deck (honeycomb panel) (pn) frames (pnf) were installed in 3 rows and 4 rows of long chairs (ch) for 3 people to sit on, and fixed bodies (bolts, U fixtures, frames, etc.) (n) From the first floor (1p) bottom plates (honeycomb panel) (pn) to the inner upper frame of the buoyancy board (0-0) and the outer bottom plate (honeycomb panel) (pn) to the frame (pnf) Raise the backrest (not shown) of the long chair (ch) where the three people sit, and fix it with a fixture (bolt, U fixture, frame, etc.) (n), Loosen and lower to form a flat surface,
An air intake fallopian tube (4i) is placed under the front ceiling (c) of the water bicycle (07) to block seasonal winds, and the compressed air is sucked in even in the cross wind. Send the air tube (not shown) up to the air intake fallopian tube (4i) and the air thruster (3-0) inside and outside the water bike (07) pole (11) to the buoyancy board (buyos) (0-0) By fixing the fixing bodies (bolts, n-fixtures, etc.) (n) to the yuzu (U) frame 42, the entire frame of the water bike 07 is installed as a reinforced structure,
Install the air intake fallopian tube (4i) installation frame (if) and the shelf (s) of the wall surface (wp) on both sides of the ceiling (c) on the first floor (1p) and the ceiling (c) and the shelf on the first floor (s) fixing the frame (sf) with a fixing body (bolts, n-fixed shelf frame, etc.) And forming a strong structure by installing the frame (cf) and the shelf (s) frame (sf) of the ceiling (c);
A perforated groove (not shown) is made on the ceiling (c) in front of the first floor (1p) bicycle (1) rear ceiling (c) long back chair (ch), and an amoled liquid crystal monitor (am) is formed in the perforated groove (not shown) ) between the simple translucent color reinforced plastic roof (r) and the simple translucent color reinforced plastic between the pillars 11 of the second floor and between the pillars 11 of the second floor to be fixed to the fixing table with a fixing body (n) such as a bolt The first floor ( 1p) When connecting to the battery by embedding it in a conduit (not shown) on one side of the ceiling (c) frame (cf) and the pillar (11)
The battery has a built-in generator case {Generator case} (G) 10-2021-0075969 between the wheels (Patent Document 82) in the six buoyancy boards (buyos) (0-0) and each connected to the generator case (G) The battery is provided and connected, and the generator case (G) belt ring (not shown) installed on the shaft (axle) ax coming out on both sides of the generator case (G) and the wheel 98 and the shaft 80 A belt ring (not shown) is installed, the wheel 98 is connected to the belt ring (not shown), and the power generated is transmitted to each battery, and the other power devices are wired by wiring from each battery to other power devices. to use and
When the occupants cannot step on the pedal 10 and at night, a motor (M1) is installed on the frame (not shown) of the bicycle (1), and the BB shaft (bb) is rotated with the motor (M1). driving the pedal ring (9) and the air pump (7) ring (99) to make the air pump (7) bellows so that the wheel (98) rotates when always using electric power;
A ring and a ring are formed on the wall surface wp of the second layer (2p), and the ring is fixed to the ring with a round string (not shown) formed to be caught on the ring, and then the round string (not shown) is peeled off and unfolded from the ring is a chair bed (cb) and a chair (bed) (cb) that is folded and unfolded in the inner leg groove of the lower plate of the chair bed (cb) 3 legs (not shown) are unfolded and inserted into the groove of the second floor (2p) floor (cb) overlaps the lower part of the simple translucent color reinforced plastic roof (r) of the second layer (2p) and the lower part of the tent (tr) in the second layer (2p) and the second layer (2p) the tent (tr) What is provided in the lower part of the second floor (2p) without the tent (tr);
Installing and storing drinking water in the six buoyancy boards (buyos) (0-0) behind the water bike (07) and a water tank (wt) in the inner four buoyancy boards (buyos) (0-0)) Install the water tank (wt) in the two buoyancy boards (buyos) (0-0) on both sides, and let the water play a horizontal water role and clean the floor of the water bike (07). 2nd floor (2p) to 1st floor If you have made a eatery in (1p), put a water pump (not shown) in 4 places in the water tank (wt), put a water pipe (not shown) and a water pipe (not shown) with electric power, and pour water from the faucet (not shown) Placing a separate instrument panel (not shown) in which the storage state is displayed on the four water pumps (not shown) of the water tank (wt) at four places when the water pump (not shown) is operated before unloading;
The first floor (1p) on both sides of the buoyancy board (buyos) (0-0) in each of the left and right two buoyancy boards (buyos) (0-0) from the front of the water bike (07) In p), the water bike (07) number (front) to remove the buoyancy board (buyos) (0-0) and the buoyancy board (buyos) (c) the inner leg of the top plate (up) The buoyancy board buoyancy board (buyos) (0-0) on both sides of the outer upper side frames in the first half of the lower plate of the digutja (c) upper plate (up) that unfolds by pulling out the quadrangular customs three-fold leg (upl) that is folded and unfolded in the groove When forming the quadrilateral three-fold leg (upl) of the width and width of the width and width, the air tube is built in and the air pump close to the water bicycle (07). (7) and air pipe are connected and air is injected with the air pump (7) to form a level with the place of disembarkation, so that 3 layers are spread out, the digutja (c) upper plate (up) to be used as the quadrilateral customs three-fold leg (upl), which is folded and unfolded in the inner leg groove of the digukja (c) upper plate (up) when disembarking by forming;
When viewed from the rear of the water bike (07), a buoyancy footrest (bf) on which each person can stand one by one is installed at the ends of each of the three buoyancy boards (buyos) (0-0) on the left and right, and the The lower frame 42 of the last buoyancy boards (buyos) (0-0) viewed from the rear of the water bike 07 on the second floor (2p) railing (ng) on each last post 11 on the left and right when viewed from the rear The fixing body (bolt, n by fixing it with a fixed shelf frame, etc.) to raise the last pillar 11 of the first floor of the water bicycle 07, and the rear door reinforcement bars (bg) to the second floor (2p),
Each of the pillars in the yuzu (U) frame 42 at the lower part of the buoyancy board (buyos) (0-0) from one (1) side of both sides to the middle of the second layer (2p) in the second layer (2p) The awning (tr) frame ( Installed on the top of the tent (tr) fixed to the tent (tr) frame (rf) with strings (not shown) on round iron pieces (not shown) punched in rf) and a slide support (not shown) at the bottom The tent (tr) frame (rf) being the lower end fixed to the tent (tr) frame (rf) with the string (not shown) to the round iron pieces (not shown) punched in the tent (tr) When installing the tent (tr) and when it rains or snows, unfold the tent (tr) at the bottom of the second floor (2p) on both sides of the tile (1) on the hook (not shown) of the side pillar 11 ( is fixed to the tent (tr) frame (rf) with
The awning (tr) frame (rf) at the top and bottom of 1/2 of the second floor (2p) installed from one (1) side of both sides of the second floor (2p) to the middle of the second floor (2p) A simple translucent color reinforced plastic roof (r) protruding to the outside of the upper end of the other side of the installed pole is selected 1/2 of the left and right of the second floor (2p) of the water bicycle (07) and the upper and lower tents ( tr) Installed on the second column 11 of the other side of the one (1) side of the column 11 on which the frame (rf) is installed, forming a round and at the same height as the simple translucent color reinforced plastic roof (r) When the simple translucent color reinforced plastic roof (r) pillar 111 is installed, the height of the simple translucent color reinforced plastic roof (r) frame (1rf) is up to the pillar 11 on which the awning (tr) frame (rf) is installed at the bottom. It should be able to unfold and be lower than the height of the awning (tr) frame (rf) at the bottom,
Next to the stairs from the first floor (1p) to the second floor (2p), a drinking water fountain (e), a simple toilet (W), a washbasin room (e1), and a toilet (M) are provided,
Under the simple translucent color reinforced plastic roof (rt), a simple countertop and a table leg (not shown) fixed by being inserted into the second floor (2p) floor (p) and a table plate on the table leg (not shown) ( A groove (not shown) for inserting a table leg (not shown) is formed in the table leg (not shown), the table plate (not shown) is placed on the table leg (not shown), and the table leg (not shown) and the table plate ( After separation, the table legs (not shown) and the table plate are laid down horizontally on the side of the countertop (kc) and fixed with a string (not shown) and folding chairs (not shown) are provided and folded after use. (not shown) fixing it with a string (not shown) next to it and covering it with a tent cloth (not shown) for storage;
The cupboard (bt) under the countertop (kc) is equipped with an induction stove and dishes, and the 6 water pumps (not shown), 6 instrument panels (not shown), 4 generators (G), 4 batteries (not shown), and an electric heater Connecting spheres and electrical appliances with regulators, simple distribution boards, motors and wires, respectively. 1. When a rider steps on the pedal (10) of the bicycle (1), the With the compressed air generated by the pumps (7)
2-1. The shaft 80 of the outer air turbine (08) and the inner air turbine (8) and
2-2. The shaft 80 of the wheel 98, the outer air turbine 90 and the inner air turbine 9-0, and
3-1 above. 2 inlet (2-6) and 1 outlet (2-9) air turbine (6-6) and
3-2 above. The air spoon blade (1-1) and the air rudder (Rudder) (R) and
4. The power transmission device for operating the air thruster 3-0 of the outdoor air turbine 33 and the yuzu (U) frame 42 and the flooring (honeycomb pattern) on the buoyancy board (buyos) (0-0) It is about the water bike 07, characterized in that the structure is formed with panels) (pn) and wall surfaces (honeycomb panel) (pn).

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