CN201834185U

CN201834185U - Slide board on water

Info

Publication number: CN201834185U
Application number: CN2010202141285U
Authority: CN
Inventors: 易学愚
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-06-03
Filing date: 2010-06-03
Publication date: 2011-05-18
Anticipated expiration: 2020-06-03

Abstract

The utility model discloses a slide board on water, which is characterized by comprising a floating body, a pulley and a paddle connecting rod. The floating body is equipped with a slideway. The pulley slides in the slideway. The central section of the paddle connecting rod is fixed to the pulley. A pedal or a hand push rod is fixed to one end of the paddle connecting rod and a paddle is fixed to the other end of the paddle connecting rod. The movement of the pedal or the hand push rod can drive the paddle to slide back and forth and the angle of the paddle changes accordingly. A backward thrust is generated due to a certain angle of the paddle during the backward sliding of the paddle. The resistance of water to the paddle is minimum due to another certain angle of the paddle during the forward withdrawal of the paddle.

Description

Aquaplane

Technical field

The utility model relates to a kind of sports movement apparatus waterborne, in particular to a kind of aquaplane.

Background technology

At present, the exerciser on the water surface mainly contains windsurfing and surfboard.Yet these two kinds of exerciser all are subject to certain condition, and windsurfing need be by wind-force, and surfboard needs stable wave.When not enough or wave is unstable when wind-force, above-mentioned exerciser can't use.And other can not allow the user reach maximum participation as apparatuses waterborne such as speedboat, pleasure-boats, and freedom of motion is also poor.

Summary of the invention

Therefore, the utility model proposes a kind of aquaplane, its mode by foot-operated or hand push paddle produces power, direction of passage rudder or paddle come controlling party to keep balance.Aquaplane need not wind-force and wave, moving condition there is not special requirement, and can give the aquatic sports freedom of sporter's maximum, and only need the sporter can grasp the skill of balance through certain training, be a sports equipment that integrates body-building and amusement.

The utility model provides a kind of aquaplane, it is characterized in that, comprising: buoyancy aid is provided with slideway in described buoyancy aid; Coaster, described coaster slides in described slideway; The paddle connecting rod, the middle part of described paddle connecting rod is fixed on the coaster, wherein, end at described paddle connecting rod is fixed with stretcher, the other end is fixed with paddle, the motion of described stretcher can drive slides before and after the described paddle and its angle is changed, thereby makes described paddle forward an angle to when sliding backward and produce thrust backward, and described paddle can forward another angle to again and make water to its resistance minimum when regaining forward.

Buoyancy aid is provided with yaw rudder, described yaw rudder is controlled by connected steering connecting rod, when sporter's center of gravity is inclined to one side to the left or to the right, make described rudder kick certain angle by described steering connecting rod, make described aquaplane when advancing, can turn to the left or to the right.

Buoyancy aid is provided with holds up bar.

The utility model also provides a kind of aquaplane, it is characterized in that, comprising: buoyancy aid is provided with slideway in described buoyancy aid; Coaster, described coaster slides in described slideway; The paddle connecting rod, the middle part of described paddle connecting rod is fixed on the coaster, wherein, end at described paddle connecting rod is fixed with handspike, the other end is fixed with paddle, the motion of described handspike can drive slides before and after the described paddle and its angle is changed, thereby makes described paddle forward an angle to when sliding backward and produce thrust backward, and described paddle can forward another angle to again and make water to its resistance minimum when regaining forward.

The angle that paddle forwards to when sliding backward is the sense of motion approximate vertical of described paddle and described aquaplane.

Another angle that paddle can forward to again when regaining forward is the sense of motion almost parallel of described paddle and described aquaplane.

Few according to the part that aquaplane of the present utility model surfaces, seem general on the forefront surface for people sensorimotor person, have great freedom of motion.The power that advances produces by foot-operated or hand push paddle, balance or to turn to be that direction of passage rudder or paddle realize.

Description of drawings

Accompanying drawing as described herein only is for illustrative purpose, and never is to attempt to limit the scope of the present disclosure.

Fig. 1 is the structural representation according to first kind of embodiment of aquaplane of the present utility model;

Fig. 2 is the structural representation according to second kind of embodiment of aquaplane of the present utility model;

Fig. 3 A and 3B are the structural representations according to two kinds of serviceability of the third embodiment of aquaplane of the present utility model.

The specific embodiment

Below describing only is schematically in essence, rather than attempts to limit the disclosure.Should be appreciated that in whole accompanying drawings, corresponding Reference numeral is represented identical or corresponding part or feature.

Fig. 1 illustrates first kind of embodiment according to aquaplane of the present utility model.It comprises buoyancy aid 1, is provided with slideway 2 in described buoyancy aid 1; Coaster 3, described coaster 3 slide in described slideway 2; Paddle connecting rod 4, the middle part of described paddle connecting rod 4 is fixed on the coaster 3, end at described paddle connecting rod 4 is fixed with stretcher 5, the other end is fixed with paddle 6, the motion of described stretcher 5 can drive the slip of described paddle 6 front and back and its angle is changed, when pedal step pedal 5 makes described paddle 6 forward to produce with the angle of the sense of motion approximate vertical of aquaplane maximum thrust backward when sliding backward,, pin makes described paddle 6 when regaining forward, can forward to again to make water to its resistance minimum with the angle of the sense of motion almost parallel of aquaplane when driving pedal 5.So take turns to scrunch, regain, just can promote aquaplane and sporter generation power forward.In addition, on the buoyancy aid 1 yaw rudder 10 can also be set, described yaw rudder 10 is controlled by connected steering connecting rod 9, when sporter's center of gravity (or to the right) partially the time left, make angle of yaw rudder 10 deflections by steering connecting rod 9, slide plate when advancing left (or to the right) turn, to the sporter produce one to the right () centnifugal force or left, thus make the sporter keep balance.Simultaneously, on buoyancy aid 1, can also be provided with and hold up bar 8, so that the sporter keeps balance.

Fig. 2 illustrates second kind of embodiment according to aquaplane of the present utility model.Second kind of embodiment of aquaplane can be described as no rudder pin gliding style aquaplane, and the difference of itself and first kind of embodiment is to have cancelled yaw rudder 10 and steering connecting rod 9.Because the left and right pin corresponding to the sporter on the aquaplane is provided with left and right two paddles 6 respectively, and these two paddles 6 on the water slide plate vertically on disalignments all, so when left foot scrunched the left side stretcher, the left side paddle will produce deflection force to the right; When right crus of diaphragm scrunched the right side stretcher, the right side paddle will produce deflection force left; So just realized turning to and equilibrium function.Identical in miscellaneous part in second kind of embodiment and function thereof and the first kind of embodiment is not repeated here.

Fig. 3 A and 3B illustrate two kinds of serviceability according to the third embodiment of aquaplane of the present utility model.The third embodiment of aquaplane can be described as no steersman's gliding style aquaplane, the difference of itself and second kind of embodiment is, an end of paddle connecting rod 4 fixing be handspike 7, but not stretcher 5, that is to say, replace stretcher 5 with handspike 7, drive paddle 6 slips and rotation by promoting handspike 7.Similarly, because the left hand and right hand corresponding to the sporter on the aquaplane is provided with left and right two handspikes 7 respectively, and these two handspikes 7 disalignment all, so when left hand promotes the left side handspike, will produce deflection force to the right during the paddle of left side; When the right hand promotes the right side handspike, will produce deflection force left during the paddle of right side; So just realized turning to and equilibrium function.Different with preceding two kinds of embodiments is can not to pedal out simultaneously by bipod during with the pedal oar; But, can exert oneself simultaneously by two hands during with the hand push oar, at this moment aquaplane is with straight ahead, shown in Fig. 3 B.

The above description of the present utility model only is schematically in essence, so those of ordinary skills can carry out various modification in spirit and scope of the present utility model.These modification all are considered as being in the spirit and scope of the present utility model.

Claims

1. an aquaplane is characterized in that, comprising:

Buoyancy aid is provided with slideway in described buoyancy aid;

Coaster, described coaster slides in described slideway;

Paddle connecting rod, the middle part of described paddle connecting rod are fixed on the described coaster,

Wherein, be fixed with stretcher at an end of described paddle connecting rod, the other end is fixed with paddle.

2. aquaplane according to claim 1 is characterized in that described buoyancy aid is provided with yaw rudder, and described yaw rudder is controlled by connected steering connecting rod.

3. aquaplane according to claim 1 is characterized in that, described buoyancy aid is provided with holds up bar.

4. aquaplane according to claim 1 is characterized in that, the angle that described paddle forwards to when sliding backward is the sense of motion approximate vertical of described paddle and described aquaplane.

5. aquaplane according to claim 1 is characterized in that, another angle that described paddle can forward to again when regaining forward is the sense of motion almost parallel of described paddle and described aquaplane.

6. an aquaplane is characterized in that, comprising:

Buoyancy aid is provided with slideway in described buoyancy aid;

Coaster, described coaster slides in described slideway;

Wherein, be fixed with handspike at an end of described paddle connecting rod, the other end is fixed with paddle.

7. aquaplane according to claim 6 is characterized in that, the angle that described paddle forwards to when sliding backward is the sense of motion approximate vertical of described paddle and described aquaplane.

8. aquaplane according to claim 6 is characterized in that, another angle that described paddle can forward to again when regaining forward is the sense of motion almost parallel of described paddle and described aquaplane.