KR20130012091A

KR20130012091A - According to shoe size, auto-adjustable surf fishing, working non-slip soles pad

Info

Publication number: KR20130012091A
Application number: KR1020110041824A
Authority: KR
Inventors: 김재현
Original assignee: 김재현
Priority date: 2011-05-03
Filing date: 2011-05-03
Publication date: 2013-02-01

Abstract

PURPOSE: A working non-slip sole pad is provided to enable a user to put on the pad on his or her shoes without taking off the shoes. CONSTITUTION: A working non-slip sole pad is divided into a front pad(1), a central extension spring(2), and a rear pad(3) and completes an independent module using a connection wire(4). The front pad and rear pad are formed with a groove through which an insertion wire passes. The insertion wire is connected to the front, rear, and top of an outsole. An anti-slip device is installed in the front pad and rear pad.

Description

{According to shoe size, auto-adjustable surf fishing, working non-slip soles pad}

The present invention relates to a shoe sole that can be automatically adjusted according to the size of the shoe for fishing, work slippery and shoes, and more specifically, to wear a shoe with a separate shoe, such as a functional shoe for fishing on the rock Is universal. It relates to a shoe sole pad that can be worn on shoes that are worn without special shoes in slippery places such as sea rocks or breakwater tetrafoss.

Functional shoes or boots worn in places with a lot of slip such as sea rocks or breakwater tetrafoss have the disadvantage that artificial leather or cloth, which is the main material of shoes, is easily corroded due to the inconvenience and size of seawater.

Accordingly, the soles of shoes worn in sea rocks or breakwater tetrafoss should be made of a special structure. In the case of such non-slip functional footwear, the soles of the current non-slip functional shoes are published in Korean Patent Application Publication No. 10-2006-0100276 "Shoe soles and fishing shoes. ", Publication No. 2000-0018191" Anti-slip booties ", Publication No. 1998-057619" Anti-slip booties "and the like.

As described above, the conventional structure is to form a general shoe sole as it is to withstand a slippery surface.

On the other hand, the front, center and rear parts are divided into the place where the force of the sole of the shoe is applied, and the front and rear parts are provided with anti-slip iron cores and pads to reduce slippage as much as possible. Place it in contact with the top so that it is completely in contact with the bottom of the shoe. The central part has a stainless steel tension spring and tension wrinkles to increase the size of the shoe. There is a stainless steel wire or stainless steel band for close contact in the center, so the center stretcher is completely in contact with the bottom of the shoe to reduce and minimize the movement of up, down, left and right. The front part, center part, and rear part can be easily connected by using each stainless steel wire and stainless steel ring.

On the other hand, in the case of the equipment used for the ice wall or mountain for a similar structure as described above, there was a problem that only made of iron wire, hook connection to use according to the size of the shoe.

Therefore, the present invention improves the problems of the prior art, so that it is possible to immediately wear the shoes worn in everyday life and to change the structure of the device according to the size of the shoe, the structure of the device front, center, rear The front and rear pads play a role of preventing slippage in places where there are many rocks or slippages, and iron and anti-slip pads are installed on the part of the shoe sole where the force is applied. It is structured to tighten or loosen. Non-slip pads are glued to the Velcro to allow frequent replacement. The central part increases the role of shoe size and restores its original shape to the stainless steel tension spring and the back pads make tension wrinkles. In case of tetrafoam breakwater, concrete is used as the main material, so when the iron core enters, the sliding becomes more severe, so use only non-core slip pads. Each structure is connected with stainless steel rings or iron wires that are not corroded to sea water, and when connected to the upper structure to wear the invention pads, the overall purpose is to minimize slipping and matching with the shoes.

In addition, the present invention has a lot of disadvantages and management, the inconvenience of carrying the corrosion quickly due to salt in the case of the conventional rock fishing, work shoes for work. The main material of the device is made of stainless steel, recycled plastic, silicone, and urethane material to minimize corrosion, so it aims to provide convenience of management and carrying by improving physical properties and minimizing the size of the device.

According to a feature of the present invention for achieving the above object, the present invention is characterized by being stretched and shrunk according to the size of the shoe by separating and connecting each functional device out of the structure of the conventional functional shoes.

The upper structure of the portion corresponding to the instep of the anti-slip sole pad for fishing and working for rock according to the present invention, such as soft silicone, soft urethane, natural rubber material should be increased and decreased depending on the size of the shoe and connected to the lower pad It is characterized by.

The pad iron core corresponding to the front portion and the rear portion of the anti-slip sole pad for fishing and working according to the present invention as described above is characterized in that it is tightened and loosened like a female screw or a male screw.

In the above-mentioned anti-slip sole pad for fishing and working according to the present invention, the front portion, the rear portion of the pad inside the stainless steel wire or piano wires can be inserted into the space to allow the connection of the upper device and the sole of the shoe to be completely close It is characterized by limiting and fixing the up, down, left and right movement of the pad.

In the anti-slip sole pad for fishing and working according to the present invention as described above, the anti-slip pad groove is separately placed on the front and rear pads, and the Velcro is adhered to attach the anti-slip pad to the Velcro surface. It is characterized in that the attachment method can be replaced from time to time.

In such a paddle fishing for fishing, work anti-slip outsole pad according to the present invention, the central device of the pad is composed of a spring, a spring fixing plate and is connected to the front and rear pads, characterized in that it increases and decreases according to shoe size.

As such, the part connected in the rock pad for fishing and working non-slip sole pad according to the present invention is characterized in that it is made of stainless steel wire, band, and ring which are not severely corroded.

According to the present invention according to the present invention for the sea rock fishing, non-slip sole pad for work, while the manufacturing process is made simple, the separation and reassembly is possible for each part is easy to maintain or replace the device. In addition, general functional shoes have the disadvantage of being easily corroded by salinity, the present invention has the advantage of easy to select the good durability and fold in a small bag to be worn on the waist, easy to carry, wear. As the shoe size can be adjusted freely, the non-slip pad and the anti-slip iron core are located on the part of the sole of the shoe, which is excellent in preventing accidents caused by slipping.

1 (a) and (b) is a view for explaining the overall technical spirit of the anti-slip sole pad for fishing, working for the sea rock that can be automatically adjusted according to the shoe size. (a) is a view for showing a technical idea using the tension spring according to the present invention (b) is a view for showing a technical idea using the tension spring structure and the other back tension folds of (a);
Figure 2 is a view for showing the front portion of the non-slip outsole for paddle fishing, work is adjustable automatically according to the shoe size;
Figure 3 is a view for showing the central tension spring forming an anti-slip sole pad for fishing, work rocking can be adjusted automatically according to the shoe size of Figure 3;
Figure 4 is a view for showing the rear portion forming a non-slip outsole for paddle fishing, work for the automatic adjustment according to the shoe size of Figure 4;
Figure 5 is a view for showing another form using a tension wrinkle rather than the rear tension spring forming a non-slip outsole pad for fishing, work rocking is automatically adjustable according to the size of the shoe; Anti-slip sole for fishing, work according to the size of the shoe of Figure 6 non-slip sole pad for work is to show another form using only the non-slip pad without the non-slip iron core available in the breakwater tetraphos;

The present invention relates to an anti-slip sole pad for fishing and work that can be automatically adjusted according to the size of the shoe, mounted on the shoe sole freely varies depending on the size of the shoe in a slippery place, and slips on the site where the load of the shoe sole works a lot. It is a device to minimize. As the representative figure of the anti-slip sole pad for fishing and work that can be automatically adjusted according to such shoe size, it is largely divided into a front pad (1), a central tension spring (2), and a rear pad (3). The upper connection of (1) is connected to the front upper connection wire (9). The central tension spring (2) is stretched or reduced in the direction of the front portion, the rear portion according to the size of the shoe and is integrated into one module by connecting the front portion (1) and the rear portion (3) by the front and rear connection wire (4).

1 a is assembled into a module in which the front pad 1 and the rear pad 3 are integrated by connecting the central tension spring 2 with the front and rear connection wires 4. 2 b is a device for making the front pad (1) and the rear pad pad (2a) in the front pad (3) without the center tension spring (2) to stretch or shrink in the front and rear directions according to the shoe size The module is integrated by connecting the front and rear connection wires (4). In the joint apparatus of a and b of FIG. 2, the pad insertion groove groove 10a is formed inside the front and rear pads 1 and 3, and the front and rear pads 1 and 3 are passed through the pad insertion wire 10. 3) Make sure that the shoe is completely in contact with the sole. In addition, it is connected to the upper connection circular ring (8) and connected to the front and rear upper connection wires (9, 12) to connect to the upper and completely in contact with the worn shoes to complete the integrated module. The anti-slip screw core lock hole 6 in the front and rear pads 1 and 3 is made, and the non-slip screw core 13 is tightened to facilitate individual separation and assembly. In addition, the Velcro adhesive groove 5 is attached to the non-slip pad adhesive Velcro 14 and the non-slip pad 15. A tension spring 2 and a front and rear connection plate 16 are placed at the center portion thereof. Allows for automatic adjustment to length changes that vary with shoe size. The front and rear pads (1, 3) are made of stainless steel, recycled plastic, hard urethane, hard silicone, etc., and the non-slip screw core 13 is made of hard rubber, recycled plastic, hard urethane, and hard silicon stainless steel. Allow the iron core to be inserted. The material of the center tension spring 2 and the front and rear connection plate 16 is made of stainless steel that is not corroded.

Figure 2 is intended to show the modular plane and cross section of the front pad (1), located in the front of the bottom of the worn shoe to prevent the sliding of the portion where the force acts.

Figure 3 is intended to show the modular plane of the central tension spring (2), located in the middle of the device and connected to the front pad (1) and the rear pad (3) freely sized for changes in shoe size To coordinate changes. Front and rear connecting plate 16 is installed in the middle of the device to connect the four tension springs (2). The front and rear connection plate 16 is connected to the upper portion of the central part of the upper connection wire 11 connected to the upper portion passes and serves to make the central portion stably close to the shoe sole.

Figure 4 is intended to show the modular plane and cross section of the rear pad 3, located in the rear of the bottom of the worn shoe to prevent the sliding of the portion where the force acts.

FIG. 5 shows a change in shoe size in a manner in which a rear pad tensioning wrinkle 2a is placed on the rear pad 3 without being connected to the tension spring 2 of the rear pad 3 so as to be directly connected to the front pad 1. As the tensile wrinkles 2a are extended, they are stretched and the size is stably adjusted.

1. Front side pad 2. Tension spring
2a. Back Pad Tension Wrinkle 3. Back Pad 4. Front & Rear Connection Wire 5. Velcro Adhesive Groove 6. Non-slip Screw Core Lock Hole 7. Upper Circular Groove 8. Upper Circular Circular Ring 9. Upper Front Connection wire 10. Insertion wire in pad 10a. Insert wire groove in pad 11. Tightening in the center Top connection wire 12. Rear top connection wire 13. Non-slip screw core 14. Non-slip pad adhesive Velcro 15. Non-slip pad 16. Front and rear connection plate

Claims

In the device that is installed on the sole of the shoes to be worn, it is divided into the front pad, the central tension spring, the rear pad, and each module is automatically adjusted according to the size of the shoe, characterized in that each module is completed as an independent module using a connection wire Non-slip sole pad for fishing, working on this rock.

The method of claim 1,
Shoe size, characterized in that the front wire and the rear pad has a groove through which the insertion wire penetrates and passes through the insertion wire so that the pad is completely in contact with the sole surface of the shoe and connected to the front, rear and top. Anti-slip sole pad for fishing and work on the rocks according to the automatic adjustment.

The method of claim 1,
A device for preventing slippage is installed on the front pad and the rear pad, and the non-slip screw type iron core has a non-slip screw type iron core locking groove on the pad to be tightened and locked to be attached to or detached from the pad. Non-slip sole pad for fishing and work on the rock, which can be automatically adjusted according to the size of the shoe.

The method of claim 1,
A device for preventing slippage is installed on the front pad and the rear pad, and the velcro adhesive groove in the pad is attached to the pad, and the non-slip pad is attached or detached to the bonded velcro. Anti-slip sole pad for self-adjusting sea rock fishing and work.

The method of claim 1,
Depending on the size of the shoe, the size of the invention pad should be increased or decreased.The tension spring and the plate are placed in the center of the front pad and the rear pad to connect with the front and rear pads. Non-slip sole pad for fishing and working on the rock, which can be adjusted automatically according to the size of the shoe characterized by shrinking.

The method according to claim 1 and 5,
Depending on the size of the shoe, the size of the invention pad should be increased or decreased.The tension pad of claim 5 does not use the tension spring, so the tension pad is made directly on the rear pad and directly connected to the front pad, so that the size of the shoe is increased before and after the shoe. Non-slip sole pad for fishing and working on the rocks, which can be adjusted automatically according to the size of shoes, characterized in that it is reduced or reduced.