JPH01285202A - Shoe sole concealing type floor grasping structure constituted by method receiving pressure to expose - Google Patents

Abstract

PURPOSE: To provide a floor clutching structure of a sole of making possible to improve the safety of shoes and the floor clutching ability of the sole by composing of that the floor clutching structure made of a comparatively hard material forming a floor clutching projecting point (or projecting stripe) in the sole made of a flexible materials is added to the sole. CONSTITUTION: Marks 101 and 102 show a floor clutching structure made of a comparatively hard material and have a floor clutching projecting points, and marks 103 and 104 show protruding points for providing the generation of a floor clutching function, and a mark 105 is comparatively a soft sole so that a sole pressure is normal and each projecting point suitably clutches floor when a user walks normally, on the other hand when the user runs fast, a floor clutching pressure is added so that a floor clutching effect is increased due to the projecting points are projected out. A comparatively soft and flexible material is filled or bonded among respective projecting points of sole, and an inner layer having the projecting points is sandwiched between the soles of shoes, and has a space for exposing the hard projecting points in the floor clutching point of sole, that is, the both points are adjoining to each other but still some space remains between them and the floor clutching point is comparatively sunk in so that the floor clutching point is given to expose a slip-proof projecting point when they are clutched on floor and pressure is added.

Description

【発明の詳細な説明】 伝統的な靴底は通常法の三つの形態で作上げられている
。DETAILED DESCRIPTION OF THE INVENTION Traditional soles are constructed in three conventional ways.

■同材質の平らな底。■Flat bottom made of the same material.

■同材質及び特に滑り止め模様を配慮し、又は外から嵌
込み又は滑り止め粒子を有する固い異質材料を貼付ける
。■ Consider the same material and especially the anti-slip pattern, or attach a hard foreign material that is inset or has anti-slip particles from the outside.

■永久に突出す金属くぎを備えた連動用バイク靴で床つ
かみ力を増進する。■Interlocking bike shoes with permanently protruding metal nails improve floor grip.

この設計案は、−歩進んで一つの靴底隠れ式床つかみ構
造を設計し、主に弾力靴底の上層（又はその中に挟まる
）に、床つかみ凸点又は０縞を有する比較的固い材料に
よって構成された床つかみ構造が設けられ、圧力を増し
て床付けし例えばかけ足で足先を床付けして床付は面積
を小さくして圧力が増える場合に、軟質が圧縮され、上
記の床つかみ凸点突出しによって床面を押付けて床つか
み効果を増加し、等しくない床面又は等しくない着力状
態に対する場合、床付けする瞬間の結合性が改善され、
増圧をしない状態の下に柔らかい靴底で床面に接触し床
面を損害しない。この設計は一般の靴の滑り止め又は登
山又は郊外運動又はかけ足運動等に応用され、安全性を
増進出来る。This design plan is: - Step-by-step design of one shoe sole hidden type floor gripping structure, mainly on the upper layer of the elastic sole (or sandwiched therein), which is relatively hard with floor gripping convex points or zero stripes; A floor grasping structure made of a material is provided, and when the pressure is increased and the floor is attached, for example, when the area of the floor attachment is reduced and the pressure is increased, the soft material is compressed and the above-mentioned The floor gripping convex point protrusion presses the floor surface to increase the floor gripping effect, and in the case of unequal floor surfaces or unequal application force conditions, the bonding property at the moment of attachment to the floor is improved,
When the pressure is not increased, the soft soles of the shoes touch the floor and do not damage the floor. This design can be applied to general anti-slip shoes, mountain climbing, suburban exercise, stepping exercise, etc., and can improve safety.

靴の開拓は足で歩く快適性を向上し及び傷付きを防ぎ、
人達の生活及び歩行運動に対しては一つの重要な進歩で
ある。The development of shoes improves the comfort of walking and prevents scratches.
This is an important advancement for people's life and walking movement.

然し、伝統的な靴底は通常平らな底、又は滑り止め模様
又は粒子が設けられて滑るのを防止し、並びに−歩進ん
でかけ足中に良好な床つかみ性及び滑り止め性を有する
ため、人達はスパイク運動靴を設計して更に広く使用し
、バイク靴の突出しバイク部は永久的な設置であるため
、一般の道路面を歩くのに使用出来ず、人達が登山又は
変化に富む混合タイプ道路状況にある場合、一般の滑り
止め模様又は粒子を有する靴しか選べられず、剛性の靴
底運動靴に比べて、弾力を兼ねられない。However, traditional shoe soles usually have a flat sole or are provided with anti-slip patterns or particles to prevent slipping, and - have good floor grip and anti-slip properties during walking and running. People designed and used spiked sports shoes more widely, and the protruding part of bike shoes is a permanent installation, so they cannot be used for walking on ordinary roads, and people use them for mountain climbing or mixed types. When in road conditions, only shoes with general anti-slip patterns or particles can be selected, which do not have elasticity compared to rigid sole sports shoes.

この設計等は上記の欠点に対して設計された一つの靴底
隠れ式床つかみ構造で、主な特徴ば、弾力材料で作上げ
た靴底に別に床つかみ凸点（又は凸！ａ）を有する比較
的固い材料で作上げた床つかみ構造を付加えて、圧力を
加えて床付けした場合、例えば空中から飛び下り又は濡
れた床面を通る場合、足首を曲げて靴先及び靴後の圧力
を増大し、床つかみ構造をさらけ出して床面に接触させ
られ、床つかみ能力を増進し、実際の設計応用中で、上
記の比較的固い材料は、針状又は凸点又は突出し縞面状
を呈するのを含む、第１図、第２図及び第３図に示すの
はこの設計の実施例である。This design is a sole-hidden floor gripping structure designed to address the above-mentioned drawbacks.The main feature is that the sole is made of elastic material and has a separate floor gripping convex point (or convex! a). If you add a floor gripping structure made of a relatively hard material and attach it to the floor by applying pressure, for example when jumping from the air or walking across a wet floor, you will have to bend your ankle and apply pressure to the toe and back of your shoe. In order to increase the floor gripping structure and expose the floor gripping structure to increase the floor gripping ability, in actual design application, the above relatively hard materials have needle-like or convex points or protruding stripes. An example of this design is shown in FIGS. 1, 2, and 3, including the present invention.

図中１０１及び１０２は、比較的固い材料で作られ床つ
かみ凸点を持った床つかみ構造で、１０３．１０４は凸
点であって床つかみ機能を生じるのに供され、１０５１
よ比較的柔らかい靴底で、正常な歩行の場合に、靴底の
圧力が正常で、各凸点は適当に床付けし、かけ足する場
合、床付けの圧力が加えられ、凸点が突出すため床つか
みの効果を増加する。In the figure, reference numerals 101 and 102 are floor gripping structures made of relatively hard material and having floor gripping convex points, 103 and 104 are convex points used to create a floor gripping function, and 1051
The sole is relatively soft, and when walking normally, the pressure on the sole is normal, and each convex point is properly placed on the floor. Increases the effect of floor grabs.

上記の比較的固い材料は、金属又は合成プラスチック材
料又はその他適当な材料で作上げたものを含み、上記で
床付けした場合床つかみの機能を呈する。又上記靴底と
比較的固い材料で構成され、下向き凸点を有する内層間
に関する構造は次のものを含む。The relatively rigid materials described above, including those made of metal or synthetic plastic materials or other suitable materials, provide the function of a floor grip when attached to the floor. Further, the structure related to the sole and the inner layer, which is made of a relatively hard material and has a downward convex point, includes the following.

それぞれ重なる結合方式で構成され、 凸点を持つ靴底の各点間に比較的柔らかい弾力靴底材料
を充填し又は結合し、 凸点を有する内層は挾み付けられて成形して靴底の中に
設置し、凸点の靴底間に於ける相対構造の主な特徴は、
弾力靴底の床付は点に硬質凸点をさらけ出すのに供する
空間を有し、即ち両者はすれ違いに設置され更に隙間を
残しており、床つかみ点は比較的中に引込んで、床付け
して圧力を加える場合に、滑り止め凸点をさらけ出すの
に供される。They are constructed using an overlapping bonding method, in which a relatively soft elastic sole material is filled or bonded between each point of the sole having convex points, and the inner layer having convex points is sandwiched and molded to form the sole. The main features of the relative structure between the soles of the shoes and the convex points are:
The elastic shoe sole has a space at the point to expose the hard convex point, that is, the two are placed in front of each other, leaving a gap, and the floor gripping point is relatively retracted and is attached to the floor. This is used to expose the anti-slip convex points when applying pressure.

上記の硬質材料で作上げられ、床つかみ凸点を有する床
つかみ構造の設置は、実際の応用中で、靴底に全部設置
し又は一部を選んで設置し又は数個所に分けて設置する
のが出来実際応用上床つかみ凸点が常態にて少し露出す
ることを含み、而して弾性材料が圧力を受けた侍史に露
出し、依って弾性に富んだ床っかみ功能を得る。The installation of the floor gripping structure made of the above hard material and having floor gripping convex points is in actual application, and can be installed entirely on the sole of the shoe, selectively installed in a part, or installed in several locations. In practical application, the floor gripping convex point is slightly exposed under normal conditions, and the elastic material is exposed to the pressure, thus obtaining a highly elastic floor gripping function.

或いは床つかみ凸点が常態にて没し去り、而して弾性材
料が圧力を受けた時露出し、以って床つかみ功能の有る
弾性靴底を提供する。斯くの如く異なる功能の重点を提
供して、ユーザーの選択に任せる。Alternatively, the floor gripping convex point disappears under normal conditions, and the elastic material is exposed when pressure is applied, thereby providing an elastic shoe sole with floor gripping function. In this way, it provides different emphasis on functions and leaves it up to the user to choose.

以上をまとめ、この設計は一つの靴底隠れ成体つかみ構
造を提供し、この構造の新規性によって靴の安全性及び
床つかみ性を向上するので法により審査をお願いする次
第です。In summary, this design provides a shoe sole hidden adult grasping structure, and the novelty of this structure improves the safety and floor gripping ability of the shoe, so we request that it be reviewed in accordance with the law.

【図面の簡単な説明】[Brief explanation of the drawing]

第１図はこの設計の立体表示図である。 第２図は第１図の側面断面図である。 第３図は第１図の底面図である。 手続補正書（方式） FIG. 1 is a three-dimensional representation of this design. FIG. 2 is a side sectional view of FIG. 1. FIG. 3 is a bottom view of FIG. 1. Procedural amendment (formality)

Claims (6)

【特許請求の範囲】[Claims] （１）弾力材料で作上げた靴底に、床つかみ凸点（又は
突出し縞）を有する比較的固い材料の床つかみ構造が付
加えられ、その特徴は弾力靴底と床つかみ凸点（又は突
出し縞）がすれ違いを呈して設置され更に隙間を有して
、床つかみ凸点は比較的中に引込むのを主な特徴とする
、圧力を受けて露出する方法で構成された靴底各れ式床
つかみ構造。(1) A floor gripping structure made of a relatively hard material with floor gripping convex points (or protruding stripes) is added to the sole made of an elastic material. Each shoe sole is constructed in such a way that it is exposed under pressure, and the main feature is that the protruding stripes (protruding stripes) are placed in a way that passes each other, and there is a gap, and the floor gripping convex points are relatively retracted. Type floor grip structure. （２）針状又は凸点又は突出し縞面を呈する外形を含む
、特許請求の範囲第１項記載の比較的硬い材料の床つか
み構造。(2) A floor gripping structure made of a relatively hard material according to claim 1, which includes an outer shape exhibiting a needle-like shape, a convex point, or a protruding striped surface. （３）金属又は合成プラスチック材料又はその他適当な
材料を含む、特許請求の範囲第１項記載の比較的硬い材
料の床つかみ構造。(3) A floor gripping structure of relatively hard material as claimed in claim 1, comprising metal or synthetic plastic material or other suitable material. （４）内層が重なり又は後者が成形されて前の中に挟ま
れ、又は凸点靴底を持ち、その凸点間に比較的柔らかい
弾力靴底材料を充填し又は結合した、特許請求の範囲第
１項記載の靴底と床つかみ構造。(4) Claims in which the inner layer overlaps or is molded and sandwiched within the former, or has a raised point sole, with a relatively soft elastic sole material being filled or bonded between the raised points. The shoe sole and floor gripping structure described in item 1. （５）靴底に全部設置し又は一部を選んで設置し又は数
個所に分けて設置するのが出来る、特許請求の範囲第１
項記載の比較的硬い材料の床つかみ構造。(5) Claim 1, which can be installed entirely on the sole of the shoe, selectively installed in a part of the sole, or installed in several locations.
Floor gripping structure made of relatively hard material as described in Section 1. （６）特許請求の範囲第１項に記載した受圧露出は二種
類の靴底構成を含む。第一種類は床つかみ凸点が常態に
て少し露出し、弾性材料が圧力を受けた時、もっと露出
して床つかみ功能をもつ靴底構成で、第二種類は床つか
み凸点が常態にて没し去り、而して弾性材料が圧迫を受
けをこ時露出して床つかみ功能を有する靴底の床つかみ
構造。(6) The pressure-receiving exposure described in claim 1 includes two types of sole configurations. The first type has a sole structure in which the floor gripping convex points are slightly exposed under normal conditions, and when the elastic material is under pressure, it becomes more exposed and has a floor gripping function, and the second type has a floor gripping convex point that is normally exposed. The floor gripping structure of the sole of the shoe has a floor gripping function in which the elastic material is exposed under pressure and has a floor gripping function.