KR200187821Y1 - Jelljy fish wrinkle webfoot - Google Patents

Abstract

This article is about the jellyfish wrinkle webbed that gains momentum when worn on the feet during swimming or skin scuba diving.

In more detail, even the untrained public can immediately use it, and it is characterized by providing strong propulsion by simply walking on the water where the current or the tide is strong.

Description

Jellyjy Fish Wrinkle Webfoot

This article is about the jellyfish wrinkle webbed fin which is a kind of webbed fin which is worn on the foot during general swimming or skin scuba diving to get the driving force only by the foot motion.

Normally, the speed is a continuation of the walking motion. When the speed is higher, the driving force is generated by the continuation of the cyclist's motion, and the movement is similar to that of the jellyfish. As shown in the figure, the wrinkled membrane (Fig. 2) rounded from the ankle part to the sole of the foot, the upper part of the wrinkled membrane (8) and the upper part of the boot-shaped body (9) are combined and fixed, and the inner surface of the wrinkled membrane Between the 11 and the outer body 12, a triangular fixed partition 13 is installed to prevent the wrinkles from overturning, to allow the action and force to be even, and to install a plurality of vertical thick wrinkles 10 on the wrinkles. When the feet are stretched, such as the umbrella's spreading and folding, they are stretched to the maximum to generate a propulsive force by increasing the contact surface with water, and when the feet are pulled and pulled, they are folded to minimize the resistance of the water to make the next operation easier. Even when the driving force is generated, the fatigue of the user is significantly reduced. The conventional webbed (aka flippers) is applied only to the front part so that it becomes too long. There is a problem that it is difficult to walk while worn outside the water or underwater, and the driving force is weak, so it is difficult to move forward in a place where the flow of water or tidal current is strong, and it cannot be achieved because it is swept away. come.

The ability to move forward or submerge when swimming is due to the propulsion generated by using hands and feet.

However, considering the enormous energy loss of the human body, the result is insignificant. Therefore, in addition to sports use, it is more convenient while reducing energy consumption during underwater work. Advanced mechanisms are required.

The purpose of this paper is to solve these problems, so that the general public can be proficient immediately without training and can walk easily in the water or in the water. It is to provide convenience and advantages to prevent the injury of the foot and to reduce the fatigue by significantly reducing the fatigue of the user.

Figure 1. Configuration of the body

Figure 2. Configuration of Wrinkle Film

Figure 3. Back view

4. Completeness

[Explanation of symbols for the main parts of the drawings]

2. Ankle tightening band 3. Holes for drip and breathability

4. Foot heel opening 5. Foot heel tightening band

7. Body Sole 9. Wrinkle Fixation Joint

10. Creases and wrinkles 12. Outside the body

13. Wrinkle fixing partition

Referring to the present invention by the drawings as follows.

Boot-shaped body made of material considering elasticity and wearing comfort (Fig. 1) It is installed on the upper part of the body and attaches Velcro tape (Fig. 1-1a.1b) with good adhesion and separation so that it does not come off from water and gives stability. Ankle tightening band fixed at one side (Fig. 1-2) Exposed opening for exposing the heel (Fig. 1-3) with multiple holes perforated the wall of the body for good drainage and bloat Tighten the heel and add velcro tape (Figs. 1-6a.6b) to protect the feet from sharp objects such as pieces of glass on the heel of the heel (Fig. 1-5). Coupling film (Fig. 2) of the shape surrounding the body of the sole (Fig. 1-70) installed with a plurality of protrusions to prevent the upper part of the body (Fig. -9) Unfold to the largest area and fold to the smallest area Thick vertical wrinkles and creases (Fig. 2-10) where the force is generated The inner surface of the crease membrane (Fig. 3-11) and the outside of the body (Fig. 3-12) to prevent the wrinkle membrane from overturning and to give the action and force evenly. A triangular partition (Fig. 3-13) that secures the connection is simply completed (Fig. 4), and its action can be reminiscent of an umbrella's extension and folding, and its continuous motion is similar to that of jellyfish.

As described above, according to this proposal, the general public can use it immediately without training practice. It is convenient to walk outside or in the water, and it can achieve the purpose by exerting the driving force in the place of strong flow of water or algae. It is easy to float and dive on the surface enough to walk fast while exposing the upper part of the body over the surface of the water, and even beginners can reduce the fear of water to prevent accidents, prevent foot injuries and reduce the strength. The user's fatigue is significantly reduced and semi-permanent, so that the above-mentioned various conveniences and benefits can be provided.

Claims (1)

Ankle tightening band (FIGURE 1-2) with an Velcro tape (FIGURE 1-1A.1B) attached to one side of the upper body of the rain boots (FIG. 1), which is secured to the upper end of the rain boots and has good adhesion and separation. Body hole for better ventilation (Fig. 1-3) Exposed opening on the heel to expose the heel (Fig. 1-4) Tightening the heel to add stability to the band (Fig. 1-5) 1-6a.6b) A pleated film surrounding the body of the sole (Fig. 1-7) installed with a number of protrusions that protects the foot from sharp objects such as pieces of glass (Fig. 1-6a.6b) and prevents slipping. 2) The large number of thick vertical wrinkles and corrugated bones (Fig. 2-10) are reversed to increase the propulsion and flotation force by varying the area of the coupling fixing part (Fig. 1-9) that is fixed to the top of the wrinkle membrane to the maximum and minimum. The inner surface of the pleated membrane (Fig. 3-11) and the body so that the action and force are evenly distributed. Jellyfish fold webbed, characterized in that consisting of a triangular partition (Fig. 3-13) to secure the outside (Fig. 3-12).