JP3237281U - Swimming board for use on and underwater - Google Patents
Swimming board for use on and underwater Download PDFInfo
- Publication number
- JP3237281U JP3237281U JP2022000603U JP2022000603U JP3237281U JP 3237281 U JP3237281 U JP 3237281U JP 2022000603 U JP2022000603 U JP 2022000603U JP 2022000603 U JP2022000603 U JP 2022000603U JP 3237281 U JP3237281 U JP 3237281U
- Authority
- JP
- Japan
- Prior art keywords
- board
- buoyancy
- water
- swimming
- swimming board
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Landscapes
- Toys (AREA)
Abstract
【課題】足ヒレを履いてドルフィンキックを行う際の上半身の上下動を抑え、同時にウェービングのコントロールを容易にし、またボードの上下動で生じる挙動を揚力による推進力に変えることができて、水中で使えるように中性浮力とし、正面からの水流の抵抗を減らすスイミングボードを提供する。【解決手段】スイミングボードの形状をイルカやシャチの胸鰭の様な流線型の断面をもつ横長の中空のブレードとする。水中で使用できる為の中性浮力については本体に穴5を開けて外部の水を取り入れる事が可能な構造とし、内部には必要な体積の浮力体7をセットすることでスイミングボード全体として中性浮力に近い浮力に設定することが可能となる。スイミングボードには手で掴みやすいグリップ3を有し、角度を変えて持てる様な設計とする。【選択図】図1PROBLEM TO BE SOLVED: To suppress the vertical movement of the upper body when performing a dolphin kick by wearing a foot fin, at the same time to facilitate control of waving, and to change the behavior generated by the vertical movement of a board into propulsive force by lift, underwater. We provide a swimming board that has neutral buoyancy so that it can be used in the water and reduces the resistance of water flow from the front. SOLUTION: The shape of a swimming board is a horizontally long hollow blade having a streamlined cross section like a pectoral fin of a dolphin or an orca. For neutral buoyancy that can be used in water, a hole 5 is made in the main body so that external water can be taken in, and by setting a buoyancy body 7 of the required volume inside, the entire swimming board is medium. It is possible to set the buoyancy close to the sexual buoyancy. The swimming board has a grip 3 that is easy to grasp by hand, and is designed so that it can be held at different angles. [Selection diagram] Fig. 1
Description
本考案は、水面又は水中で用いる断面が流線型の手に持つスイミングボードに
関するものである。
The present invention relates to a swimming board having a streamlined cross section on the surface of the water or underwater.
従来のスイミングボードは発泡性の樹脂を材料としたものが知られている。
スイマーはこのボードを浮力体として掴かまることで上半身の浮力を得て呼吸を
しながらクロールをはじめ各種のキックの学習が出来る。
これらのスイミングボードは浮力を有することが基本的要素となっている。
Conventional swimming boards are known to be made of foamable resin.
Swimmers can learn various kicks including crawl while breathing by gaining buoyancy of the upper body by grasping this board as a buoyancy body.
Buoyancy is a fundamental factor in these swimming boards.
一方でドルフィンキックと呼ばれる足をそろえて泳ぐ泳法や、競泳競技において
必須となるバサラキック等は、水面ではなく水中において行われる泳法である。
よって、この様な泳法を習得する為には水中における上半身を安定させる様な
補助具があることで、より効果的な練習が可能となるが従来のスイミングボード
は浮力がある為に水面でしか使用することは出来ない。
On the other hand, the dolphin kick, which is a swimming method in which the legs are aligned, and the Basara kick, which is indispensable in swimming competitions, are swimming methods that are performed not on the surface of the water but in the water.
Therefore, in order to learn such a swimming method, it is possible to practice more effectively by having an auxiliary tool that stabilizes the upper body in the water, but the conventional swimming board has buoyancy, so it is only on the surface of the water. It cannot be used.
また水中で移動をするためには抵抗を減らすために滑らかな流線型の形状である
ことが求められるが、抵抗が少ない断面が流線型のボードは存在しなかった。
In addition, in order to move in water, a smooth streamlined shape is required to reduce resistance, but there was no board with a streamlined cross section with low resistance.
海洋哺乳類であるシャチやイルカは胸鰭を使うことでウェービングをコントロール
して効率の良い移動を可能としていることは知られているが、これを人に応用する
様な道具は存在しなかった。
It is known that marine mammals such as orca and dolphins use pectoral fins to control waving and enable efficient movement, but there was no tool to apply this to humans.
ドルフィンキックやバサラキック等の水中で足をそろえてキックする泳法を
マスターする為には、水中での上半身の安定性や胸から下のうねりを学習する
事が重要となる。これに最適な水中で使用できるスイミングボードを提供する
ことが必要である。
In order to master the swimming method such as dolphin kick and basara kick, which kicks with the legs aligned in water, it is important to learn the stability of the upper body in water and the swell below the chest. It is necessary to provide a swimming board that can be used underwater optimally for this.
ドルフィンキックや水泳のバサラキックでは人は手を上げて上下動に対する抵抗
としてきたが、フットフィンを履いてドルフィンキックを行うと足ヒレの面積が
大きくなる為にキック時に反動が生じ、この反作用により上半身が傾き易く傾き
易くなる。 これによって体幹筋及び大腿筋の利用が制限され、十分な筋力が
使えないという課題がある。
In dolphin kicks and swimming Basara kicks, people raise their hands to resist vertical movements, but when dolphin kicks are performed with foot fins on, the area of the foot fins increases, causing a reaction during kicking, which causes a reaction. The upper body is easy to tilt and easy to tilt. This limits the use of the trunk muscles and thigh muscles, and there is a problem that sufficient muscle strength cannot be used.
上下動で生じる挙動のエネルギーは、本来流線型による揚力の発生を利用すること
で推進力に変えることが可能であり、ボードをこのような水の抵抗の少ない流線型
の形状にすることが課題となる。
The energy of the behavior generated by vertical movement can be converted into propulsive force by utilizing the generation of lift originally due to the streamlined shape, and it is a problem to make the board into such a streamlined shape with less water resistance. ..
水中でスイミングボードを使用する為には中性浮力とする必要があり、これを
解決する為にはボードの比重の調整が必要である。
In order to use the swimming board in the water, it is necessary to have neutral buoyancy, and in order to solve this, it is necessary to adjust the specific gravity of the board.
本考案は、スイミングボードの形状をイルカやシャチの胸鰭の様な流線型の断面
をもつ横長の中空のブレードとすることで、課題となっている正面からの水の抵抗
を低く抑えることを可能とする。
The present invention makes it possible to reduce the resistance of water from the front, which is a problem, by making the shape of the swimming board a horizontally long hollow blade with a streamlined cross section like the pectoral fin of a dolphin or orca. do.
水中で使用できる為の中性浮力については本体に穴を開けて外部の水を取り入れ
る事が可能な構造とし、内部には必要な体積の浮力体をセットすることでスイミン
グボード全体として中性浮力に近い浮力に設定することが可能となる。但し水中で
手を離した際に沈まないように若干淡水でも浮く程度の浮力構造とする。
Regarding the neutral buoyancy for use in water, the structure is such that it is possible to take in external water by making a hole in the main body, and by setting a buoyancy body of the required volume inside, the neutral buoyancy of the entire swimming board It is possible to set the buoyancy close to. However, the buoyancy structure should be such that it floats even in fresh water so that it will not sink when you release your hand in water.
スイミングボードには手で掴みやすいグリップを有し、角度を変えて持てる様な
設計とする。これによって遊泳者は迎角を持って上下にスイミングボードを動かす
ことが可能となり流線型のボードに生じる揚力により推進力を得ることが出来る。
またスイミングボードの面による上下動に対する抵抗によって、上半身を安定させ
る効果が生まれると同時にウェービングのコントロール性を高めることも可能と
なり効率の良い水中移動が実現できる形状としている。
The swimming board has a grip that is easy to grasp by hand, and is designed so that it can be held at different angles. This allows the swimmer to move the swimming board up and down with an angle of attack, and the lift generated by the streamlined board can provide propulsion.
In addition, the resistance to vertical movement by the surface of the swimming board creates the effect of stabilizing the upper body, and at the same time, it is possible to improve the controllability of waving, and the shape is such that efficient underwater movement can be realized.
上述の様な流線型のブレードのスイミングボードを手に持ちフィンキックすること
で、フィンキックによる反動を打ち消すことが出来、上半身の安定性が高まった。
また体全体のウェービングコントロールが容易になり、これらウェービングを伴う
泳法のトレーニングに有効であることが確認できた。
By holding the swimming board with the streamlined blade as described above and fin-kicking it, the recoil caused by the fin-kick can be canceled and the stability of the upper body is improved.
In addition, it was confirmed that the waving control of the whole body became easy and it was effective for the training of the swimming method accompanied by these waving.
スイミングボードを手に持ちフィンキックの力に合わせて迎角をもって腕を上下
に移動させることでブレードに揚力が発生し、スイミングボードからの推進力が
得られて楽に進む効果が確認できた。
長距離の水中移動では大腿筋のみに頼ることなく、体幹筋を積極的に利用すること
で足の筋肉の疲労が軽減されることが確認できた。
By holding the swimming board in hand and moving the arm up and down with an angle of attack according to the force of the fin kick, lift was generated on the blade, and the propulsive force from the swimming board was obtained, and the effect of proceeding easily was confirmed.
It was confirmed that fatigue of the leg muscles is reduced by actively using the trunk muscles instead of relying only on the thigh muscles for long-distance underwater movement.
スイミングボードは横長で材料は樹脂又は木製等により制作される。肩幅に左右に
持ち手部分があり、断面は魚の断面の様な流線型であり進行方向からの水の流れに
対する抵抗を最小限に抑えると共に、且つ上下動では翼の揚力に相当する推進力が
発生しやすい形状とする。
ボードの比較的水の抵抗にならない位置に穴を開けて水の出し入れが容易なもの
とする。
The swimming board is horizontally long and the material is made of resin or wood. There are handle parts on the left and right sides of the shoulder width, and the cross section is streamlined like the cross section of a fish, minimizing resistance to water flow from the direction of travel, and in vertical movement, propulsive force equivalent to the lift of the wing is generated. Make the shape easy to use.
A hole should be made in the board at a position where it does not resist water so that water can be easily taken in and out.
実施形態のスイミングボードはFRP樹脂材料にて制作し、形状は横長で断面は流線
型とした。
またボードの前方左右の形状についてはプール等で他の遊泳者との接触時に怪我
をしないように大きなアールをつけた曲線とした。
持ち手部分はグリップしやすいような形状とし親指を下にくぐらせて上から4本
の指でボードの先端部分にかけられるようにした。
また、上から力をかける際に容易になるように小指球部分で押せる形とした。
ボードは中空で水の出し入れが可能な様に先方とやや後方に穴があけられている。
また、中性浮力からやや浮く浮力に設定し、海等でも手を離した時に沈んで行か
ないように内部には必要な体積の浮力体をセットした。
The swimming board of the embodiment was made of FRP resin material, and the shape was horizontally long and the cross section was streamlined.
The shape of the front left and right of the board is a curved line with a large radius so as not to get injured when contacting other swimmers in a pool or the like.
The handle part is shaped so that it is easy to grip, and the thumb is passed underneath so that it can be hung on the tip of the board with four fingers from the top.
In addition, it is shaped so that it can be pressed with the hypothenar eminence so that it is easy to apply force from above.
The board is hollow and has holes in the front and slightly behind so that water can be taken in and out.
In addition, the buoyancy was set to slightly float from the neutral buoyancy, and a buoyancy body of the required volume was set inside so that it would not sink when the hand was released even in the sea.
1. 左右のウイング部分
2. 中央のウイング部分
3. 親指をくぐらせるグリップのへこみ部分
4. 手の付け根や小指球で押す部分
5. 水を取り入れる後方の穴
6. 水や空気を排出する為の前方の穴
7. 内部浮力体 (見えない為点線表示)
1. 1. Left and
Claims (2)
中性浮力とすることが可能な持ち手部分があるスイミングボード。 A horizontally long board with a streamlined cross section, a swimming board with a hole in the main body and a handle part that can be made neutral buoyancy by taking in external water.
で、水面及び水中移動をサポートするスイミングボード。
A swimming board that supports water surface and underwater movement with a hollow resin or wooden blade with a streamlined cross section like a pectoral fin of a dolphin or orca.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2022000603U JP3237281U (en) | 2022-03-01 | 2022-03-01 | Swimming board for use on and underwater |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2022000603U JP3237281U (en) | 2022-03-01 | 2022-03-01 | Swimming board for use on and underwater |
Publications (1)
Publication Number | Publication Date |
---|---|
JP3237281U true JP3237281U (en) | 2022-04-28 |
Family
ID=81385641
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP2022000603U Active JP3237281U (en) | 2022-03-01 | 2022-03-01 | Swimming board for use on and underwater |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP3237281U (en) |
-
2022
- 2022-03-01 JP JP2022000603U patent/JP3237281U/en active Active
Similar Documents
Publication | Publication Date | Title |
---|---|---|
Lucero | The 100 best swimming drills | |
US7125299B1 (en) | Hand held paddles for underwater movement | |
CA2797459C (en) | Buoyant device for teaching and training | |
JP6374877B2 (en) | Swimming assistance accessories to achieve a swimming style that particularly requires swell movements | |
JP3237281U (en) | Swimming board for use on and underwater | |
US6544089B2 (en) | Two-hand bodysurfing and swimming aid | |
US20140378013A1 (en) | Fluke Board...A Fluky Fusion of Fun and Fitness | |
WO2019056598A1 (en) | Water recreation device capable of being driven by manpower | |
US20150314847A1 (en) | Paddleboard with reciprocating direct drive and rudder controls | |
KR101632497B1 (en) | Swimming aid apparatus | |
AU2008100295A4 (en) | Total Immersion Freestyle Swimming | |
US20220176220A1 (en) | Bilateral kicking boards for non-swimmers to the elite level swimmer | |
JP2011004835A (en) | Assist device for underwater swimming | |
CN208302123U (en) | A kind of auxiliary ventilation swimming floating board | |
Guzman | The swimming drill book | |
RU175667U1 (en) | DEVICE FOR SWIMMING SURNINOV | |
KR101852948B1 (en) | Noneelectric device for a rippling | |
CN220778965U (en) | Frog shoe structure | |
US20170312583A1 (en) | Cavitated Water Training/Exercise Ball | |
US20220249913A1 (en) | Device for learning and training the underwater dolphin kick and methods | |
KR200323238Y1 (en) | rippling of water utensil for nothing power | |
WO2019056597A1 (en) | Swimming board | |
JP7432232B2 (en) | Leg kick propelled water boat | |
KR101682853B1 (en) | Swimming aid apparatus | |
RU2778894C1 (en) | Oar |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
R150 | Certificate of patent or registration of utility model |
Ref document number: 3237281 Country of ref document: JP Free format text: JAPANESE INTERMEDIATE CODE: R150 |