JP2017077436A - Bottom of fishing shoe - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a bottom of a fishing shoe capable of suppressing slipping in water and on moss in water, and in cases other than that, such as walking on fallen leaves, mud, gravel, and bamboo leaves.SOLUTION: The bottom for a fishing shoe includes: a sole 3 disposed at a bottom of a shoe body 2 for storing a person's foot; a rubber part 4 made of rubber and forming an outer peripheral part of the sole 3; and a felt part 5 made of felt, surrounded by the rubber part 4, formed as one area connected to a central part of the sole 3, and projecting in a direction of the sole 3 with respect to the rubber part 4. This configuration can prevent slipping in water and in cases other than that, when walking and standing with the feet firmly holding on the ground, during fishing.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a bottom for a fishing shoe that can be walked without slipping in any place.

  Various bottoms for fishing shoes have been developed in recent years to suppress walking inhibition (see, for example, Patent Document 1). In Patent Document 1, a bottom portion for a fishing shoe comprising a bottom body provided with a felt portion formed of felt at least on the grounding surface side, and a spike pin embedded in the bottom body and having a pin tip exposed from the grounding surface. The spike pin is bonded to the felt part with an adhesive.

JP 2001-292805 A

  However, placing the felt on the bottom of the shoe can make it difficult to slip when walking on the moss in the water, but it becomes slippery in places where there are fallen leaves, mud, gravel, reeds, etc. when entering before entering the water . The spike pin suppresses slipping at the time of entry, but this pin is effective when it is quite slippery, such as when there is moss with long legs. Such a pin is not very effective in suppressing slippage.

  The present invention is based on the above prior art, and can suppress slipping when walking not only on moss and water in water, but also on fallen leaves, mud, gravel, reeds, etc., and felt wear An object of the present invention is to provide a bottom for a fishing shoe in consideration of mitigation.

  In order to achieve the above object, in the present invention, a shoe sole to be disposed on the bottom of a shoe main body that accommodates a person's foot, a rubber rubber portion that forms an outer peripheral portion of the shoe sole, and a rubber portion There is provided a bottom portion for a fishing shoe, comprising a felt felt portion which is surrounded and formed as a continuous region in a central portion of the shoe sole.

  Preferably, the felt part protrudes in the shoe sole direction from the rubber part.

  Preferably, the felt part has side sides which are left and right sides of the felt part when viewed from the shoe sole direction, and the side side is a straight line over the entire length of the shoe sole in the front-rear direction. It is formed with a non-straight line.

  Preferably, the felt part has an outer edge formed in the same shape as the outer edge of the rubber part.

  Preferably, the surface on the inner peripheral side of the rubber part has an inclined part inclined in the shoe body direction.

  Preferably, the rubber part and the felt part are embedded with a pin protruding from the surface of the rubber part and having a tip positioned on the inner side or the same surface as the surface of the felt part.

  According to the present invention, the shoe sole is formed of a rubber portion made of rubber and a felt portion made of felt. For this reason, when you are fishing, you can prevent slipping by the felt part when walking on the moss in the water or standing on the moss, and at the time of entry until reaching the water such as river, lake, sea, etc. Alternatively, it is possible to prevent the rubber part from slipping when walking on fallen leaves, mud, gravel, reeds or the like when walking along the waterside to another water entry point. Since the felt part is formed as one continuous area in the center part of the sole, when the person steps on the foot, he / she puts the weight on the center part of the sole and puts it on, so the entire felt part is used effectively. Can prevent slipping.

  Also, since the felt part protrudes more than the rubber part, it can withstand the wear of the felt for a certain period of time, and the felt part collapses during walking, so both the anti-slip effect by the rubber part and the felt part is used can do. Further, since the rubber portion surrounds the entire circumference of the felt portion, the wear resistance of the felt portion can be improved, and the anti-slip function by the rubber portion can be exhibited for all of the front and rear, left and right directions of the shoe sole.

  In addition, since the side of the felt part is formed with a non-straight line other than a single straight line over the entire length of the shoe sole in the front-rear direction, even when the rubber part is grounded and slipped when walking or standing underwater, The sides of the felt part are received perpendicular to any sliding direction, and the anti-slip function is improved.

  In addition, by forming the outer edge of the felt part in the same shape as the outer edge of the rubber part, the felt part becomes similar to the rubber part in plan view. That is, the outer edge of the felt part has a constant distance from the corresponding outer edge of the rubber part. Thereby, a felt part can be arrange | positioned so that it may become as wide as possible, and the slip prevention effect by a felt part can be acquired efficiently.

  In addition, by providing an inclined part on the inner peripheral surface of the rubber part, even if the felt is crushed and the surface of the rubber part is flush with the surface of the felt part during walking or stroking, the felt part is A part of the side surface of the part is exposed. For this reason, even when the rubber part is grounded and slipped while walking or standing underwater, it is possible to prevent the exposed side surface of the felt part from capturing moss and slipping.

  Moreover, the anti-slip | skid function by a pin can be added by arranging a pin in a rubber part and a felt part. This pin fits in the felt part (the tip of the pin is the same as or on the inside of the felt surface), so that the shoe sole can be formed nicely. Even if there is, the anti-slip effect by the pin can be demonstrated. Since the rubber part is not easily crushed, the pins arranged in the rubber part can also be used by setting the pins longer than the rubber part.

1 is a schematic perspective view of a fishing shoe including a bottom for a fishing shoe according to the present invention. 1 is a schematic side view of a fishing shoe including a bottom for a fishing shoe according to the present invention. It is the schematic of the bottom part for fishing shoes concerning this invention. It is a schematic sectional drawing which shows another example of the bottom part for fishing shoes. It is a schematic sectional drawing which shows another example of the bottom part for fishing shoes. It is the schematic which shows another shape of a felt part.

  As shown in FIGS. 1 to 3, the fishing shoe 1 includes a shoe body 2 that should accommodate a person's foot, and a shoe sole 3 disposed on the bottom of the shoe body 2. In the illustrated example, the shoe sole 3 forms a fishing shoe bottom portion of the fishing shoe 1. That is, the shoe sole 3 forms a fishing shoe bottom according to the present invention. The bottom portion for fishing shoes according to the present invention can be applied as a sole for fishing boots or waders in addition to the shape of the fishing shoe 1 shown in the drawing.

  A person who is fishing wears the shoe body 2 and grounds the shoe sole 3 to walk or stretch in the water. The shoe sole 3 is formed of a rubber part 4, a felt part 5, and a midsole 6 to which these are fixed. The rubber part 4 forms the outer peripheral part of the shoe sole 3. That is, the rubber part 4 is formed in a substantially annular shape and is continuously provided as an outer peripheral part of the shoe sole 3. Accordingly, the outer peripheral portion of the shoe sole 3 is all formed by the rubber portion 4. A central portion that forms the inside of the outer peripheral portion of the shoe sole 3 is formed of a felt portion 5. The felt part 5 is formed as one area continuous to the central part. That is, the felt part 5 is formed as one lump, and this felt part 5 is surrounded by the rubber part 4.

  The felt part 5 protrudes in the shoe sole direction from the rubber part 4. That is, the thickness of the felt part 5 is larger than the thickness of the rubber part 4. Since the felt part 5 protrudes in this way, even if the felt is worn by using the fishing shoe 1, it can withstand a certain period of time. Further, since the felt part 5 is crushed by the weight of the person while the person is wearing such as walking, the felt part 5 does not become difficult to walk while using the fishing shoe 1. Moreover, the rubber part 4 will also be earth | grounded when the felt part 5 is crushed, and the anti-slip function of both the rubber part 4 and the felt part 5 can be exhibited. Since the rubber part 4 surrounds the felt part 5, the rubber part 4 can protect the felt part 5, and the wear resistance of the felt part 4 can be improved. The fact that the felt part 5 is crushed can ensure comfort in walking on a forest road or asphalt, and can walk without a sense of incongruity. Moreover, since the rubber part 4 forms the whole circumference | surroundings of the shoe sole 3, the anti-slip | skid effect of the rubber part 4 can be exhibited with respect to all the front-back, left-right directions (all the circumference directions) of the shoe sole 3.

  Thus, since the shoe sole 3 which is the bottom for fishing shoes of the fishing shoe 1 is formed by the rubber part 4 and the felt part 5, it can exhibit anti-slip | skid in water and other than underwater. That is, it is possible to prevent the felt part 5 made of felt from slipping on moss or the like adhering to stones in water, and the rubber part 4 made of rubber slips on fallen leaves, mud, gravel, straw, etc. outside the water. Can be prevented. In particular, since the felt part 5 is formed as one continuous area in the center part of the shoe sole 3, a person puts weight on the center part of the sole when walking or standing underwater. You can prevent slipping when walking while walking or fishing. This is an effect that cannot be realized by a structure in which a plurality of felt portions are scattered on the shoe sole 3. This is because if there is a rubber part on the part where the weight is applied when standing, it will slip.

  Also, due to the presence of the rubber part 4, when entering the rivers, lakes, seas, etc. or when walking on the tiptoe along the cliff, during high turns walking along the waterside to other entry points It is possible to prevent slipping. Further, the fishing shoe 1 as a whole can be reduced in weight as compared with the case where the shoe sole 3 is formed only by the felt portion 5. In other words, the felt becomes heavier when it contains moisture, so it becomes lighter if the rubber part 4 is used as a part of the shoe sole.

  The felt part 5 has side sides 5a that are the left and right sides of the felt part 5 when viewed from the direction of the sole 3. The side 5a is a side extending in the front-rear direction with respect to the fishing shoe 1 of the felt portion 5. The side 5a is formed in a non-straight line other than one straight line over the entire length of the shoe sole 3 in the front-rear direction. For example, as apparent from FIG. 3, the side 5a is formed with a plurality of curved lines continuously over the entire length. That is, it is formed as a waveform curve having various shapes and sizes. As a result, even when the rubber part 4 is grounded and slips while walking or standing underwater, the side 5a of the felt part 5 receives perpendicularly to any sliding direction, and slipping can be prevented. Therefore, the slip prevention function of the shoe sole 3 as a whole is improved. In addition, if the side 5a of the felt part 5 is formed in non-straight lines other than one straight line over the full length in the front-back direction of the shoe sole 3, it may not be a waveform curve, for example, a short straight line changes the angle. It may be shaped like a sawtooth.

  As shown in FIG. 4, the inner peripheral surface of the rubber part 4 has an inclined part 4 a that is inclined in the direction of the shoe body 2. That is, the ground contact surface of the rubber part 4 is bent and formed so that the side face of the felt part 5 is widely exposed. Thus, by providing the inclined part 4a on the inner peripheral surface of the rubber part 4, the felt part 5 is crushed during walking or stroking, and the surface of the rubber part 4 and the surface of the felt part 5 are flush with each other. Even so, a part of the side surface of the felt part 5 is still exposed by the inclined part 4a. For this reason, even when the rubber part 4 is grounded and slipped when walking or standing underwater, it is possible to prevent the exposed side surface of the felt part 5 from catching moss and slipping.

  Further, as shown in FIG. 5, a pin 8 may be provided on the shoe sole 3. The pin 8 includes a single pin and a combination of two pins. The pin 8 is attached to the midsole 6 and extends from the midsole 6 in the direction of the rubber part 4 and the felt part 5, that is, in the ground contact direction. Further, the length of the pin 8 is longer than the ground contact surface of the rubber portion 4 and is the same as or shorter than the surface of the felt portion 5. By arranging the pins 8 on the shoe sole 3 in this way, a non-slip function by the pins 8 can be further added to the shoe sole 3 as a whole. Since the pin 8 is accommodated in the felt part 5, the shoe sole 3 can be formed with good appearance. In addition, since the felt part 5 is crushed during walking or the like, the pin 8 is exposed, and even if there is moss with a long foot on the riverbed or the like, the anti-slip effect by the pin 8 can be exhibited. On the other hand, since the rubber part 4 is hard to be crushed, by setting the pin 8 longer than the rubber part 4, the pin arranged in the rubber part 4 can be used as needed.

  Further, as shown in FIG. 6, the outer edge of the felt part 5 may be formed in the same shape as the outer edge of the rubber part 4. Thus, by forming the outer edge of the felt part 5 in the same shape as the outer edge of the rubber part 4, the felt part 5 becomes similar to the rubber part 4 in plan view. That is, the outer edge of the felt part 5 has a constant distance from the corresponding outer edge of the rubber part 4. Thereby, the felt part 5 can be arrange | positioned so that it may become as wide as possible, and the slip prevention effect by the felt part 5 can be obtained efficiently.

1: fishing shoes, 2: shoe body, 3: shoe sole, 4: rubber part, 4a: inclined part, 5: felt part, 5a: side, 6: midsole, 8: pin

Claims (6)

A shoe sole to be placed on the bottom of a shoe body that accommodates a person's foot;
A rubber part made of rubber that forms the outer periphery of the shoe sole;
A bottom portion for a fishing shoe, comprising: a felt felt portion surrounded by the rubber portion and formed as a single region continuous with a central portion of the shoe sole.   2. The fishing shoe bottom portion according to claim 1, wherein the felt portion protrudes in the shoe sole direction from the rubber portion. The felt part has side sides that are left and right sides of the felt part when viewed from the shoe sole direction;
The bottom portion for a fishing shoe according to claim 1 or 2, wherein the side is formed in a non-straight line other than one straight line over the entire length in the front-rear direction of the shoe sole.   The bottom part for fishing shoes according to claim 1 or 2, wherein an outer edge of the felt part is formed in the same shape as an outer edge of the rubber part.   The bottom part for fishing shoes in any one of Claims 1-4 with which the surface of the inner peripheral side of the said rubber part has the inclination part inclined in the said shoe main body direction.   6. The rubber part and the felt part are embedded with a pin protruding from the surface of the rubber part and having a tip positioned on the inner side or the same surface as the surface of the felt part. The bottom for fishing shoes.

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