CN101786492A - Design method of split type floating walking machine - Google Patents
Design method of split type floating walking machine Download PDFInfo
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- CN101786492A CN101786492A CN200910021039A CN200910021039A CN101786492A CN 101786492 A CN101786492 A CN 101786492A CN 200910021039 A CN200910021039 A CN 200910021039A CN 200910021039 A CN200910021039 A CN 200910021039A CN 101786492 A CN101786492 A CN 101786492A
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Abstract
The invention discloses a design method of a split type floating walking machine, belonging to split type floating walking machines. The split type floating walking machine is characterized by comprising two single bodies including a balancer and dynamic shoes, wherein an adjustable supporting ring (C) of the balancer is connected on the upper side of a supporting ring (D) through three adjustable brackets (E), and the supporting ring (D) is connected with a buoyancy body through 2-3 fixing brackets (F); and the dynamic shoes are bare feet type dynamic shoes (b1) or shoe-wearing type dynamic shoes (b2), feet fixing belts (K) are connected to the dynamic shoes, and the lower surface of the buoyancy body (M) is fixed with a plurality of paddles in parallel. People can carry out rescues on water, on ice or on marsh or entertainment by using the split type floating walking machine which converts a pedal force into a driving force; people can walk steadily on water as on land by using the invention without drawing support from hands or arms to solve the problem of balance; in addition, the invention has simple operation, easy control, steady gravity center and difficult overturning and is suitable for being used by any people.
Description
Technical field
The invention belongs to floating walking instrument manufacturing technology field, be specifically related to a kind of can be used for waterborne or on ice, rescue or the split type gliding vessel on water and the method for designing that carry out amusement on the marsh.
Background technology
This class device of present gliding vessel on water or aquatic walking shoes, common have several classes such as floating walking ball, ship type aquatic walking shoes, water ski.Wherein, this class gliding vessel on water poor stability of floating walking ball, the user is difficult for keeping balance, needs could grasp through the exercise of certain hour.Ship type aquatic walking shoes one class causes the user to lift the pin difficulty because the buoyancy aid volume of wearing on the pin is too big, and is handicapped.Water ski one class makes pin be subjected to too much restriction, can not be lifted away from the water surface, so the user can not be as normal walking on land, and can only slide on the water.In addition, existing gliding vessel on water need solve the problem of balance mostly by both hands or both arms, makes both hands lose freedom.The gliding vessel on water that for example has needs that the user is flat to stretch both arms and keep balance, and the gliding vessel on water that has need make with the hands holds walking stick to keep balance.And existing gliding vessel on water mostly is young people design, is unwell to children, old man and weakling and uses.
Summary of the invention
Technical matters to be solved by this invention provides a kind of method of designing of split type gliding vessel on water newly, it will be ridden power and be converted into propulsive effort, people utilize it on the water can steady walking as on land, need not to solve the problem of balance by both hands or both arms, and simple to operate, easy control, steadily of centre of gravity, be difficult for translating into, be suitable for the gliding vessel on water that any crowd uses.
In order to solve the problems of the technologies described above, the method for designing of split type gliding vessel on water of the present invention is characterized in that: split type gliding vessel on water is made up of balancing device and two monomers of power shoe.
The balancing device of described split type gliding vessel on water comprises support ring, a support bracket fastened end all is fixed on support ring downside and perpendicular with the tangent line of the support ring of crossing attachment point, each installs and fixes and a little is evenly distributed on the support ring, and each fixed support equates with the anchor ring angulation of support ring, the support bracket fastened other end is captiveed joint with floatage body, the lower surface of floatage body is installed with position plate, adjustable support is fixed on the upside of support ring, one end of adjustable support all is fixed on support ring upside and perpendicular with the tangent line of the support ring of crossing attachment point, each installs and fixes on the circumference that a little is evenly distributed on support ring, and each adjustable support equates with the anchor ring angulation of support ring, the other end of adjustable support is connected with the adjustable supports ring, and balancing band is sleeved on the adjustable supports ring;
The power shoe of split type gliding vessel on water can be barefoot type power shoe, it comprises buoyancy aid, and secured in parallel has a plurality of plates of striking on the lower surface of buoyancy aid, has a groove on the upper surface of buoyancy aid, connect solid pin band at the groove internal fixation, a plurality of water holes of running through buoyancy aid are distributed in the groove; Or wear footwear type power shoe, it comprises buoyancy aid, a plurality of plates of striking of parallel installation on the lower surface of buoyancy aid, on the upper surface of buoyancy aid, have a groove, connect the sealed type water shoes at the groove internal fixation, sealed type water shoes internal fixation connects solid pin band, and sealed type water shoes top is fixed with hasp.
Be set with cushion on the balancing device support ring of described gliding vessel on water.
The floatage body of the balancing device of described split type gliding vessel on water is the buoyancy shuttle of three fusiformis, it is installed in the bottom of three fixed supports respectively, wherein two buoyancy shuttles are fixed installation, installation direction is to be parallel to each other and perpendicular with the line of its attachment point, and the 3rd buoyancy shuttle fixedly is rotationally connected by cardan wheel.
The floatage body of the balancing device of described split type gliding vessel on water is made up of buoyancy ring and anti-collision buoyancy ring, wherein buoyancy ring is a rigid lightweight material, be fixedly mounted on support bracket fastened bottom, buoyancy ring is installed with support ring is concentric, the anti-collision buoyancy ring is an elasticity inflation ring, is fixedly mounted on the buoyancy ring outside with one heart.
The floatage body of the balancing device of described split type gliding vessel on water is the buoyancy shuttle of two fusiformis, and two buoyancy shuttles are installed in two support bracket fastened bottoms respectively, and installation direction is that two buoyancy shuttles are parallel to each other and perpendicular with the line of its attachment point.
The floatage body of the balancing device of described split type gliding vessel on water is single-wheel buoyancy wheel; Or be five to take turns buoyancy wheel.
Parallel on the buoyancy aid lower surface of described split type gliding vessel on water power shoe or the flank a plurality of plates of striking are installed, the plate of striking can be the plate of fixedly striking, and also can be the activity plate of striking; A plurality of plates of striking of parallel installation are skewed on the buoyancy aid flank of described split type gliding vessel on water power shoe, with horizontal plane angle be 15 °～90 °.
Described balancing device also comprises one or several function card, and function card is connected by screw with following U type clip by last U type clip, and wherein respectively there is a through hole two of lower catch hoop ends, and function card is fixed on the support ring.
Described floatage body comprises that also one or several balance weight body stablizes rudder, and it is installed on the floatage body below, adopts anti-rust metal to make.
The balancing device of described split type gliding vessel on water and power shoe all can adopt inflatable structure.
During use, put on power shoe earlier, both legs two pin holes passing cushion stand in and regulate adjustable support in the balancing device then, fix after making the adjustable supports ring reach the chest correct position, the size of regulating the adjustable supports ring again fixes after comfort conditions, with balancing band thigh and chest are fixed on the adjustable supports ring then, follow that water begins floating walking under the steady mobile step.
The beneficial effect that the split type gliding vessel on water of this method reaches is, it promptly can be converted into propulsive effort with the power of riding, and people utilize it on the water can steady walking as on land; Can utilize the buoyancy of balancing device to come body support again, make health keep balance, need not to solve the problem of balance by both hands or both arms; And can realize that human body is falling on the water and walk, can also fish on the water and recreation such as ball game.Can also be used for waterborne or, implement rescue action on the marsh on ice.This structure can also repack the gliding vessel on water of animal or vehicle use into, thereby makes activities such as carriage waterborne, pet waterborne match become possibility.Its simple to operate, easy control, steadily of centre of gravity, be difficult for translating into, men and women, old and young all can, be suitable for any crowd and use.
Description of drawings
The present invention is further detailed explanation with concrete mode below in conjunction with the embodiment accompanying drawing:
Fig. 1 is 3 types or steady, free type balancing device a
3Birds-eye view.
Fig. 2 is 3 types or steady, free type balancing device a
3Lateral plan.
Fig. 3 is 3 types or steady, free type balancing device a
3Scheme drawing.
Fig. 4 is round or safe bumper boat type balancing device a
1Scheme drawing.
Fig. 5 is 2 types or high-mobility, multipurpose, wheeled vehicle type balancing device a
2Scheme drawing.
Fig. 6 is barefoot type power shoe b
1Lateral plan.
Fig. 7 is barefoot type power shoe b
1Upward view.
Fig. 8 is barefoot type power shoe b
1Birds-eye view.
Fig. 9 is for wearing footwear type power shoe b
2Lateral plan.
Figure 10 is for wearing footwear type power shoe b
2Upward view.
Figure 11 is for wearing footwear type power shoe b
2Birds-eye view.
Figure 12 is the activity plate N that strikes
2Collapse state scheme drawing when lifting forward.
Figure 13 is the activity plate N that strikes
2Open configuration scheme drawing when striking backward.
Figure 14 goes up the flank plate structure scheme drawing of striking for power shoe buoyancy aid M.
Figure 15 is balancing device field replaceable unit buoyancy wheel H
2Lateral plan.
Figure 16 is balancing device field replaceable unit buoyancy wheel H
3Lateral plan.
Figure 17 is balancing device field replaceable unit buoyancy wheel H
2Front elevation.
Figure 18 is balancing device field replaceable unit buoyancy wheel H
3Front elevation.
Figure 19 is the lateral plan of function card Y.
Figure 20 is for stablizing the lateral plan of rudder S.
Among the figure: A, balancing band; B, cushion; C, adjustable supports ring; D, support ring; E, adjustable support; F, fixed support; G, anti-collision buoyancy ring; H
0, buoyancy ring; H
1, the buoyancy shuttle; H
2, single-wheel buoyancy wheel; H
3, five take turns buoyancy wheel; I, position plate; J, cardan wheel; K, solid pin band; L, hasp; M, buoyancy aid; N
1, the fixing plate of striking; N
2, the activity plate of striking; N
3, the flank plate of fixedly striking; N
4, the flank activity plate of striking; O, sealed type water shoes; P, S. A.; R, water hole; S, stablize rudder; Y, function card; Y
1, go up U type clip; Y
2, following U type clip.
The specific embodiment
The present invention will be further described below in conjunction with specific embodiment, need to prove, following embodiment is not limited to practical range of the present invention.
Split type gliding vessel on water is made up of balancing device and power shoe.Extremely shown in Figure 5 as Fig. 1, it is the scheme drawing of balancing device, the balancing device of described split type gliding vessel on water comprises support ring D, the end of fixed support F all is fixed on support ring D downside and perpendicular with the tangent line of the support ring D that crosses attachment point, each installs and fixes and a little is evenly distributed on the support ring D, and each fixed support F equates with the anchor ring angulation of support ring D, the other end of fixed support F is captiveed joint with floatage body, the lower surface of floatage body is installed with position plate I, cushion B is sleeved on the support ring D, adjustable support E is fixed on the upside of support ring D, the end of adjustable support E all is fixed on support ring D upside and perpendicular with the tangent line of the support ring D that crosses attachment point, each installs and fixes on the circumference that a little is evenly distributed on support ring D, and each adjustable support E equates with the anchor ring angulation of support ring D, the other end of adjustable support E is connected with adjustable supports ring C, and balancing band A is sleeved on the adjustable supports ring C.
Go up draw-in groove by the card rib on the support ring D and adjustable support E between support ring D and the adjustable support E and match and be connected, make that adjustable support E is adjustable.And the point of connection of adjustable support E is rectangular distribution on support ring D, and adjustable support E can rotate around point of connection, and adjustable support E also is a well-distributed at adjustable supports ring C.Each adjustable support E is all isometric, and each fixed support F is also all isometric.
Adjustable supports ring C is the ring bodies that interface is arranged, and realizes the big minor adjustment of adjustable supports ring C by interface.Adjustable supports ring C also can make the belt annular, adjusts by strap lug, and adds adjustable air bag structure in the strap lug inboard and adjust.Support ring D among the embodiment generally is nonadjustable, but also can make adjustable support ring D under the prerequisite that does not influence stability and reliability.
3 types or steady, free type balancing device a have been shown by Fig. 1 to Fig. 3
3, it states the buoyancy shuttle H that floatage body is three fusiformis
1, three buoyancy shuttle H
1And be installed in the bottom of three fixed support F respectively, the end of three fixed support F all is fixed on support ring D downside, its installation site is last and perpendicular with the tangent line of the support ring D that crosses attachment point for be evenly distributed in support ring D with hexagonal angle, and each fixed support F equates with the anchor ring angulation of support ring D.Two buoyancy shuttle H wherein
1Be fixed installation, installation direction is to be parallel to each other and perpendicular with the line of its attachment point.The 3rd buoyancy shuttle H
1J fixedly is rotationally connected by cardan wheel.After the user puts on the buoyancy footwear, both legs pass two pin holes of cushion B, stand in and regulate adjustable support E in the balancing device, fix after making adjustable supports ring C reach the chest correct position, the size of regulating adjustable supports ring C again fixes after comfort conditions, with balancing band A thigh and chest are fixed on the adjustable supports ring C then, follow that water begins floating walking under the steady mobile step.During walking, at balancing device a
3Two buoyancy shuttle H captiveing joint with fixed support F in the bottom
1The hard-wired position plate I of lower surface can keep balancing device to move along rectilinear direction.Another buoyancy shuttle H that is rotationally connected by cardan wheel
1Can freely rotate, make the position plate I that is fixedly mounted on its lower surface play the effect of yaw rudder, thereby control the sense of motion of balancing device.If row is weary from walking, can loosen balancing band A or regulate adjustable support E, make health descend, what human body loosened is sitting on the cushion B.Can loosen and have a rest or carry out stress-relieving activity such as fish waterborne.
Round or the safe bumper boat type balancing device a that shows by Fig. 4
1Scheme drawing as can be known, gliding vessel on water can have another kind of embodiment by balancing device, itself and 3 types or steadily, free type balancing device a
3Difference only be that described floatage body is by buoyancy ring H
0Form with anti-collision buoyancy ring G, wherein buoyancy ring H
0Be rigid lightweight material, be fixedly mounted on the bottom of fixed support F, buoyancy ring H
0Install with support ring D is concentric.Anti-collision buoyancy ring G is an elasticity inflation ring, is fixedly mounted on buoyancy ring H with one heart
0The outside.Because anti-collision buoyancy ring G is an elasticity inflation ring, can strengthen the anti-collision ability of balancing device.Can be in the activity of carrying out bumper boat waterborne.
2 types that show by Fig. 5 or high-mobility, multipurpose, wheeled vehicle type balancing device a
2Scheme drawing as can be known, gliding vessel on water can also have another kind of embodiment by balancing device, itself and 3 types or steadily, free type balancing device a
3Difference only be that described floatage body is the buoyancy shuttle H of two fusiformis
1, two buoyancy shuttle H
1Be installed in the bottom of two fixed support F respectively, installation direction is two buoyancy shuttle H
1Be parallel to each other and perpendicular with the line of its attachment point.Two fixed support F are fixedly mounted on the two ends of support ring D diameter respectively, and each fixed support F perpendicular with the tangent line of the support ring D that crosses attachment point equates with the anchor ring angulation of support ring D.Adopt this structure, by two fixed buoyancy shuttle H
1The position plate I of lower surface can keep balancing device to move along rectilinear direction, uses direction and is difficult for producing deflection.Use when being fit to straight-line motion.
Take turns H by the balancing device field replaceable unit buoyancy that Figure 15 and Figure 17 show
2Lateral plan, front elevation as can be known, above-mentioned floatage body can also be single-wheel buoyancy wheel H
2Adopt this structure owing to the reason of friction of rolling can reduce buoyancy wheel H
2Thereby friction force raising speed with water.Balancing device field replaceable unit buoyancy wheel H
2Be the single-wheel structure, be rotationally connected, at buoyancy wheel H with respect to fixed support F
2Be connected with position plate I on the circumferential periphery.
Take turns H by the balancing device field replaceable unit buoyancy that Figure 16 and Figure 18 show
3Lateral plan, front elevation as can be known, above-mentioned floatage body can also be five to take turns buoyancy wheel H
3Balancing device field replaceable unit buoyancy wheel H
3Be five wheel constructions, be rotationally connected, at buoyancy wheel H with respect to fixed support F
3Be connected with position plate I on the circumferential periphery.This structure is taken turns H with respect to buoyancy
2Can increase the alerting ability of bank up and down.
If above-mentioned balancing device only is used for walking on the water in use, the cushion B that support ring D can be gone up suit that midway do not need to have a rest lays down, and can increase the alerting ability of both legs activity.
The figure that is shown by Fig. 6 to Fig. 8 is barefoot type power shoe b
1Structural representation, barefoot type power shoe b
1Comprise buoyancy aid M, parallel on the lower surface of buoyancy aid M a plurality of plate N that fixedly strike are installed
1A plurality of plate N that fixedly strike
1Lower surface at buoyancy aid M is a captive joint.When pin lifts forward when stepping, plate N fixedly strikes
1Because the front is the inclined-plane, resistance is little, and plate N fixedly strikes when pin is kicked backward
1The back is big for facing resistance directly, after strike when pedaling, because of the antagonistic force of water produces forward thrust.Have a groove on the upper surface of buoyancy aid M, connect solid pin band K at the groove internal fixation, a plurality of water hole R that run through buoyancy aid M are distributed in the groove.Use barefoot type power shoe b
1The time, pin is tied up to power shoe b with solid pin band K
1On.Barefoot type power shoe b
1Be applicable to the season of being warm, water directly impacts sole from water hole R when advancing, and sole is produced certain lifting power.Make the people feel pin, make the many a kind of enjoyment of floating walking by the sensation that water holds up.
By Fig. 9 to Figure 11 as can be known, the figure that shows is for wearing footwear type power shoe b
2Structural representation, wear footwear type power shoe b
2Comprise buoyancy aid M, parallel on the lower surface of buoyancy aid M a plurality of plate N that fixedly strike are installed
1Plate N fixedly strikes
1Connection mode and action principle the same.Have a groove on the upper surface of buoyancy aid M, connect sealed type water shoes O at the groove internal fixation, sealed type water shoes O internal fixation connects solid pin band K, and the top of sealed type water shoes O is equipped with velcro L.Footwear type power shoe b is worn in use
2The time, shod pin is put into sealed type water shoes O, fasten solid pin band K, buckle well the hasp L on top again.Wear footwear type power shoe b
2In the season that is suitable for being cold, has the function of thermal insulating and water-proof.
By Figure 12 to Figure 13 as can be known, the buoyancy aid M lower surface of split type gliding vessel on water power shoe is parallel to be equipped with a plurality of plates of striking, and the plate of striking can be the plate of fixedly striking, and also can be the activity plate of striking; The activity on the buoyancy aid M lower surface of the being connected plate N that strikes
2Be by S. A. P bonded assembly, the activity plate N that strikes
2Can rotate around S. A. P.
When pin lifts when stepping the activity plate N that strikes forward
2The bottom surface of the buoyancy aid M that is flattened on power shoe rotates backward.The activity plate N that strikes when pin is kicked backward
2Automatically sagging opening struck under the drag effect of gravity and water, because of the antagonistic force of water produces forward thrust.The both feet alternating movement makes the body forward motion.
As shown in Figure 14, power shoe buoyancy aid M is can be on flank parallel to be equipped with a plurality of plates of striking, and the plate of striking can be the plate of fixedly striking, and also can be the activity plate of striking; A plurality of plates of striking of parallel installation are skewed on the buoyancy aid M flank of described split type gliding vessel on water power shoe, with horizontal plane angle be 15 °～90 °.
Above-mentioned two kinds of embodiments can be at two kinds of power shoe b
1Or b
2The fixing flank plate N that fixedly strikes in side of buoyancy aid M
3(the shoes both sides respectively have one group): when pin is stepped on downwards because the flank plate N that fixedly strikes
3Be 15～90 ° of inclined-planes, make antagonistic force that water makes progress by the flank at 15～90 ° of angles plate N that fixedly strikes
3Be converted into thrust forward.
Also can be at two kinds of power shoe b
1Or b
2The fixing flank activity plate N that strikes in side of buoyancy aid M
4(the shoes both sides respectively have one group): the flank activity plate N that strikes
4Employing is fixed on by S. A. P on the buoyancy aid M side of power shoe, can rotate around S. A. P.When pin lifts when stepping the flank activity plate N that strikes forward
4The side of the buoyancy aid M that is flattened on power shoe rotates backward.The flank activity plate N that strikes under the resistance of water when pin is stepped on downwards
4Automatically be opened for 15～90 ° of inclined-planes, make antagonistic force that water makes progress by the flank activity at 15～90 ° of angles plate N that strikes
4Be converted into thrust forward.
As required, the activity plate N that strikes
2, the flank plate N that fixedly strikes
3, the flank activity plate N that strikes
4Promptly can make cross-sectional plane is the quadrangular type of oblong or parallelogram, and also can make cross-sectional plane is shapes such as leg-of-mutton triangular column type.
The lateral plan of the function card Y that shows by Figure 19 as can be known, described function card Y is by last U type clip Y
1With following U type clip Y
2Be formed by connecting last U type clip Y by screw
1With following U type clip Y
2Can interfix or rotation mutually lower catch hoop Y wherein as required
2Two ends one through hole is respectively arranged, passing two through hole with screw can be fixed on accessory functions card Y on the support ring D.Adopt this structure, user's things such as umbrella, fishing rod of can putting on the shelf at function card Y.
The lateral plan of the stable rudder S that shows by Figure 20 as can be known, the floatage body below is equipped with the balance weight body that anti-rust metal (as lead, corrosion-resistant steel etc.) makes and stablizes rudder S.Adopt this structure can increase the stability of balancing device waterborne.
Power shoe of the present invention is not limited to the structure of Fig. 6 to embodiment shown in Figure 14, balancing device of the present invention also is not limited to Fig. 1 to Fig. 5, Figure 15 structure to embodiment shown in Figure 20, this structure can also repack the gliding vessel on water of animal or vehicle use into, thereby makes activities such as carriage waterborne, pet waterborne match become possibility.
Power shoe of the present invention and balancing device can have other versions; as long as being divided into the power shoe that body support weight produces buoyancy and the balancing device that keeps one's balance and produce propulsive effort, gliding vessel on water is used in combination in the above-mentioned embodiment; thereby make power shoe the power of riding can be converted into propulsive effort; and the buoyancy sum that the buoyancy that balancing device a produces and power shoe b produce more than or equal to health (if when below the floatage body balance weight body being installed and stablizing rudder S; stablize the weight sum of rudder S for health and balance weight body) structure of required buoyancy, and all drop among protection scope of the present invention by the split type gliding vessel on water that they are formed.
In sum, the split type gliding vessel on water of the present invention can and keep one's balance with balancing device body support weight generation buoyancy, to ride power with power shoe and be converted into propulsive effort, people utilize it on the water can steady walking as on land, need not to solve the problem of balance by both hands or both arms, can also be implemented in waterborne or on ice, implement action such as rescue on the marsh.And simple to operate, easy control, steadily of centre of gravity, be difficult for translating into, be suitable for any crowd and use.
Claims (10)
1. the method for designing of a split type gliding vessel on water, it is characterized in that: split type gliding vessel on water is made up of balancing device and two monomers of power shoe.
2. according to the method for designing of the described a kind of split type gliding vessel on water of claim 1, it is characterized in that: the balancing device of described split type gliding vessel on water comprises support ring (D), one end of fixed support (F) all is fixed on support ring (D) downside and perpendicular with the tangent line of the support ring (D) of crossing attachment point, each installs and fixes and a little is evenly distributed on the support ring (D), and each fixed support (F) equates with the anchor ring angulation of support ring (D), the other end of fixed support (F) is captiveed joint with floatage body, the lower surface of floatage body is installed with position plate (I), is set with cushion (B) on the balancing device support ring (D); Adjustable support (E) is fixed on the upside of support ring (D), one end of adjustable support (E) all is fixed on support ring (D) upside and perpendicular with the tangent line of the support ring (D) of crossing attachment point, each installs and fixes on the circumference that a little is evenly distributed on support ring (D), and each adjustable support (E) equates with the anchor ring angulation of support ring (D), the other end of adjustable support (E) is connected with adjustable supports ring (C), and balancing band (A) is sleeved on the adjustable supports ring (C);
The power shoe of split type gliding vessel on water can be barefoot type power shoe (b
1), it comprises buoyancy aid (M), and secured in parallel has a plurality of plates of striking on the lower surface of buoyancy aid (M), has a groove on the upper surface of buoyancy aid (M), connects solid pin band (K) at the groove internal fixation, and a plurality of water holes (R) of running through buoyancy aid (M) are distributed in the groove; Or wear footwear type power shoe (b
2), it comprises buoyancy aid (M), a plurality of plates of striking of parallel installation on the lower surface of buoyancy aid (M), on the upper surface of buoyancy aid (M), have a groove, connect sealed type water shoes (O) at the groove internal fixation, sealed type water shoes (O) internal fixation connects solid pin band (K), and sealed type water shoes (O) top is fixed with hasp (L).
3. according to the method for designing of the described a kind of split type gliding vessel on water of claim 2, it is characterized in that: the floatage body of the balancing device of described split type gliding vessel on water is the buoyancy shuttle (H of three fusiformis
1), it is installed in the bottom of three fixed supports (F) respectively, wherein two buoyancy shuttle (H
1) being fixed installation, installation direction is to be parallel to each other and perpendicular with the line of its attachment point, the 3rd buoyancy shuttle (H
1) fixedly be rotationally connected by cardan wheel (J).
4. according to the method for designing of the described a kind of split type gliding vessel on water of claim 2, it is characterized in that: the floatage body of the balancing device of described split type gliding vessel on water is by buoyancy ring (H
0) and anti-collision buoyancy ring (G) composition, wherein buoyancy ring (H
0) be rigid lightweight material, be fixedly mounted on the bottom of fixed support (F), buoyancy ring (H
0) with the concentric installation of support ring (D), anti-collision buoyancy ring (G) is fixedly mounted on buoyancy ring (H with one heart for elasticity inflation ring
0) outside.
5. according to the method for designing of the described a kind of split type gliding vessel on water of claim 2, it is characterized in that: the floatage body of the balancing device of described split type gliding vessel on water is the buoyancy shuttle (H of two fusiformis
1), two buoyancy shuttle (H
1) being installed in the bottom of two fixed supports (F) respectively, installation direction is two buoyancy shuttle (H
1) be parallel to each other and perpendicular with the line of its attachment point.
6. according to the method for designing of the described a kind of split type gliding vessel on water of claim 2, it is characterized in that: the floatage body of the balancing device of described split type gliding vessel on water is single-wheel buoyancy wheel (H
2); Or be five to take turns buoyancy wheel (H
3).
7. according to the method for designing of the described a kind of split type gliding vessel on water of claim 1, it is characterized in that: parallel on the buoyancy aid of described split type gliding vessel on water power shoe (M) lower surface or the flank a plurality of plates of striking are installed, the plate of striking can be the plate of fixedly striking, and also can be the activity plate of striking; A plurality of plates of striking of parallel installation are skewed on the buoyancy aid of described split type gliding vessel on water power shoe (M) flank, with horizontal plane angle be 15 °～90 °.
8. according to the method for designing of the described a kind of split type gliding vessel on water of claim 1, it is characterized in that: described balancing device also comprises one or several function card (Y), and function card (Y) is by last U type clip (Y
1) and following U type clip (Y
2) by screw connection, wherein lower catch hoop (Y
2) two ends one through hole is respectively arranged, function card (Y) is fixed on the support ring (D).
9. according to the method for designing of the described a kind of split type gliding vessel on water of claim 2, it is characterized in that: described floatage body comprises that also one or several balance weight body stablizes rudder (S), and it is installed on the floatage body below, adopts anti-rust metal to make.
10. according to the method for designing of the described a kind of split type gliding vessel on water of claim 1, it is characterized in that: the balancing device of described split type gliding vessel on water and power shoe all can adopt inflatable structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910021039A CN101786492A (en) | 2009-01-23 | 2009-01-23 | Design method of split type floating walking machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910021039A CN101786492A (en) | 2009-01-23 | 2009-01-23 | Design method of split type floating walking machine |
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| CN101786492A true CN101786492A (en) | 2010-07-28 |
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| CN200910021039A Pending CN101786492A (en) | 2009-01-23 | 2009-01-23 | Design method of split type floating walking machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104527941A (en) * | 2015-02-02 | 2015-04-22 | 王鹏翔 | Water entertainment dragon boat and paddling method thereof |
| CN111605661A (en) * | 2020-06-03 | 2020-09-01 | 上海交通大学 | Thrust-increasing retaining structure for outer shell of hydrodynamic vehicle |
| CN111605662A (en) * | 2020-06-03 | 2020-09-01 | 上海交通大学 | Thrust-increasing and backstopping structure capable of deforming in self-adaption mode for fluid vehicle |
-
2009
- 2009-01-23 CN CN200910021039A patent/CN101786492A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104527941A (en) * | 2015-02-02 | 2015-04-22 | 王鹏翔 | Water entertainment dragon boat and paddling method thereof |
| CN111605661A (en) * | 2020-06-03 | 2020-09-01 | 上海交通大学 | Thrust-increasing retaining structure for outer shell of hydrodynamic vehicle |
| CN111605662A (en) * | 2020-06-03 | 2020-09-01 | 上海交通大学 | Thrust-increasing and backstopping structure capable of deforming in self-adaption mode for fluid vehicle |
| CN111605662B (en) * | 2020-06-03 | 2022-06-07 | 上海交通大学 | Thrust-increasing and backstopping structure capable of deforming in self-adaption mode for fluid vehicle |
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Application publication date: 20100728 |