五、創作說明（1) 【新型所屬技術領域】 本新型係有關-種足弓動態式穩定護塾，尤指缺 散足雜力，緩解足底筋膜張付 【先前技術】 態式穩定護塾。 足底筋膜為腳底足弓之最主要 2正常步態週期，著地所產生之丄m; 導致筋膜對附著端之骨縣及其相連之組織】生 害。例如··鞋墊與足底密合度不 實，彈力不；1，皆可能改變正常步態的力量分布貝 而ν =加足底筋膜之張力與㈣，也就產生腳底刺痛。 的交：=在=?時候，其實是在承受張力與壓力不斷 又曰循％，基本上，所謂步態是指左腳放下至下一次右 n: ’ #果每一個步態都是很均衡的話，每個步態週期 ^GAIT CYCLE)都會對足底部產生壓力與壓力釋放的循 而目前有關健康鞋墊之前案皆強調舒緩壓力，但皆未 二:有關：如何減輕足弓在提腳時對壓力釋放的調適，如 對鞋墊前方弧度針對五隻腳趾與腳掌連接之排列作更 山口的曲面造型，與如何使足跟更穩定的鞋墊設計。 中華民國新型專利第〇9〇2 1 534 3號，揭示一種具有複 二^足弓支撐件之鞋墊，其中提及鞋墊本體上方有一鞋型 盥 但"亥新型並未揭示任何技術方案，可以減輕前腳掌 ”足跟在提腳時因其重量對足弓所造成之張力的負擔，或 M243060 五、創作說明（2) ί = : = ;隻腳趾與腳掌連接之排列 穩定度也未提出解;夫之；宰此新型對於提高足跟與 L新型内容】 $ 本新型之主 =穩定護塾，足弓主體部。故足弓動 足弓結構相互交又組成一二:弓、，、。構與一縱向 體之橫向足弓結構係為從足弓板結構，該塾 ”面，該墊體之縱向;:：”側為_拱 至足跟部為一拱弧形曲面，腳旱部經足弓部 構構成大致吻合於足底弧】、1與縱向足弓結 的彈力結構吸收足弓著=，糟以達到以鞋墊弓形 釋放調適的彈力。τ的展動與提腳時提供足弓壓力 另方面於鞋墊前腳掌部正面之弧产曲而ΛΛ 工；腳以 弧度，即以第：為於五 弟一疏月，及第二疏骨與第二 一巧屹點，經 跛骨為終點之弧線，此外，㈣取兩點，以第五 有一穩定支撐面設計，再”’、月4則與骰骨連接處 後跟骨’提供足部之穩定功f。、足跟區的後腳底凹孔固定 本新型之另一方面 緩衝，，減低足跟於：走〜 可於支樓護墊表面上方實施複數個透氣』Γ 3擊，並 :液產生的濕氣’排出墊體與足部之接觸面貼足部因 由人工或天然之吸汗纖維材料製成之襯塾，增強透==V. Creation Instructions (1) [Technical Field of the New Type] This new type is related to the dynamic stability of the arch of the foot, especially the lack of foot strength, which relieves the plantar fascia tension [previous technology] private school. The plantar fascia is the main part of the plantar arch of the foot. 2 The normal gait cycle, the 丄 m produced by the landing; causes the fascia to damage the bone county and its connected tissues at the attachment end]. For example, the insole is not tightly fitted to the soles and the elasticity is not good; 1, the force distribution of the normal gait may be changed, and ν = the tension and ridges of the plantar fascia are added, which also causes sole pain. Intersection: = At = ?, in fact, it is constantly under tension and pressure, and it is said to follow%. Basically, the so-called gait refers to the left foot down to the next right n: '# 果 Each gait is very balanced Then, every gait cycle (GAIT CYCLE) will produce pressure and pressure release on the soles of the feet. The previous cases on healthy insoles emphasized the relief of pressure, but they are not the same: related: how to reduce the impact of the arch on the foot when lifting the foot. The adjustment of the pressure release, such as the curved shape of the front of the insole for the arrangement of the five toes and the sole of the foot, and the design of how to make the heel more stable. The Republic of China's new patent No. 09002 1 534 3, discloses an insole with a double arch support, which mentions that there is a shoe-shaped toilet above the insole body, but "Hei Xin does not disclose any technical solution, can Relieve the burden of the tension on the arch caused by the weight of the "forefoot" heel when lifting the foot, or M243060 V. Creation instructions (2) ί =: =; The stability of the arrangement of the connection between the toes and the soles of the feet has not been solved. Husband; Jie this new type is to improve the heel and L new content] $ The main of this new type = stable protection, arch body of the foot. Therefore, the arch structure of the foot intersects with each other to form one or two: arch ,,,. The transverse arch structure of the structure and a longitudinal body is from the arch plate structure, the "face", the longitudinal direction of the cushion body; ::: "side is _ arch to the heel is an arch curved surface, foot dry part The arch structure of the foot approximately matches the plantar arc], 1 and the elastic structure of the longitudinal arch knot absorbs the arch of the foot =, so as to achieve the release of the adjusted elasticity in the shape of the insole bow. Τ is provided when the foot is lifted and lifted On the other hand, bow pressure is produced by the arc on the front of the sole of the insole. ; The feet are in radians, that is, the first: the fifth brother and the second sparse bone, and the second sparse bone and the second clever point, passing the sacrum as the arc. In addition, take two points, and the fifth has a stability. The design of the support surface, and then "', the 4th month, the heel bone at the junction with the dice bone" provides the foot's stable work f. 、 The recessed hole in the heel of the heel area fixes the cushion on the other side of the new model, reducing the heel in: walking ~ can be implemented on the surface of the support pads a number of breathable "Γ 3 hits, and: the moisture generated by the liquid 'The contact surface between the discharge pad and the foot is affixed to the foot due to the lining made of artificial or natural sweat-absorbent fiber material to enhance penetration ==
IH 第6頁 M243060 五、創作說明（3) 汗效果，及該支撐護墊本身下方可設置複數個凸點或凹 紋，增加墊體下方與鞋内底部之摩擦力，以增強其防滑功 能。 有關本創作的較佳實施例與技術内容，茲配合圖式說 明如下。 【實施方式】IH Page 6 M243060 5. Creation instructions (3) The sweat effect, and the support pad itself can be provided with a plurality of bumps or depressions, increasing the friction between the bottom of the pad body and the bottom of the shoe to enhance its anti-slip function. The preferred embodiments and technical contents of this creation are described below with reference to the drawings. [Embodiment]
本新型，如「第1圖」所示之一墊體1裝置於足底，該 墊體1預設有一前腳掌部2，一足弓部3及一足跟部4，其墊 體1之彈力結構原理，係以一橫向足弓結構與一縱向足弓 結構相互交叉組成一複合彈力結構，該墊體1係為高分子 化合物材質，為高韌性薄板結構，「第2，3，4圖」分別為 足底不同位置橫截面，如「第3圖」所示，墊體1之橫向足 弓結構係為從足弓部3之内側經中點至外側為一拱弧弓形 曲面，如「第5圖」所示，該墊體之縱向足弓結構係為從 前腳掌部2經足弓部3至足跟部4為一拱弧形曲面，該橫向 足弓結構與縱向足弓結構之複合構成大致吻合於足底之弓 形弧面，藉以達到以鞋墊弓形的彈力結構緩衝足弓著地時 的衝擊力與提腳時提供足弓壓力釋放的彈力。According to the new model, as shown in "Figure 1", a cushion body 1 is installed on the sole of the foot. The cushion body 1 is preset with a forefoot part 2, an arch part 3, and a heel part 4. The elastic structure of the cushion body 1 The principle is that a transverse arch structure and a longitudinal arch structure intersect each other to form a composite elastic structure. The cushion body 1 is made of a polymer compound material and has a high toughness thin plate structure. "Figures 2, 3, and 4" respectively It is a cross section of the foot at different positions. As shown in "Figure 3", the transverse arch structure of the cushion body 1 is an arched curved surface from the medial point of the arch portion 3 to the outside, such as "5 As shown in the figure, the longitudinal arch structure of the cushion is an arched curved surface from the forefoot 2 through the arch 3 to the heel 4. The composite structure of the transverse arch structure and the longitudinal arch structure is roughly It fits on the arcuate surface of the sole of the foot, so as to use the insole bow-shaped elastic structure to cushion the impact of the arch when it hits the ground and provide the elastic force of the arch pressure release when lifting the foot.
另一方面於鞋墊前腳掌部2正面之弧度曲面，如「第 7，8圖」所示，符合於五隻疏骨與腳掌連接之排列弧度， 即以第一蹏骨11為起點，經第二蹏骨1 2，以第三蹏骨1 3與 第二跛骨1 2之間為最高點，以第五疏骨1 4為終點之弧線， 再將腳跟套合於與足跟部4的一後腳底凹孔5固定，提供足 部之穩定功能，提高腳跟及踝關節之穩定度，或如「第6On the other hand, the curved surface of the front surface of the sole 2 of the insole, as shown in "Figures 7 and 8", conforms to the arrangement of the five sparse bones connected to the soles. The second metatarsal bone 12, with the third metatarsal bone 13 and the second metatarsal bone 12 as the highest point, and the fifth sparse bone 14 as the end of the arc, and then fit the heel with the heel 4 One rear foot recess 5 is fixed to provide the stability function of the foot and improve the stability of the heel and ankle joints, or as described in "Sixth
第7頁 M243060 五、創作說明（4) 圖」所示，後腳底凹孔5加裝一緩衝墊6，減低足跟於行走 或跳躍時對足跟著地的衝擊。 本新型之另一方面，如「第10圖」所示，可於墊體i 表面上方實施複數個凹孔7，可將足部因汗液產生的渴 氣，排出墊體1與足部之接觸面，加強透氣效果，如;、第9 圖」所示，於墊體丨表面上貼附一種以人工纖維材料（如聚 丙烯纖維）或是天然纖維材料（如棉花纖維）所製成的襯墊 ’增強透氣及吸汗效果，或如「第i】圖」所示， 可Λ置複數個凸點9,或如「第12圖」所示，該 广1本身下方可没置複數個凹紋丨〇，增加墊體丄下方盥 内底部之摩擦力，以增強其防滑功能。 ^ 土 &、惟以上所述者，僅為本新型之較佳實施例而已，各不 :=之限疋本創作實施之範圍，，大凡依本新型 ^作之均等變化與修飾，皆應仍屬本新型專利涵蓋2Page 7 M243060 V. Creative Instructions (4) Picture ", the bottom foot hole 5 is equipped with a cushion 6 to reduce the impact of the heel on the ground when walking or jumping. On the other hand, as shown in FIG. 10, a plurality of recessed holes 7 can be implemented above the surface of the cushion body i, and the thirst caused by sweat can be discharged from the contact between the cushion body 1 and the feet. Surface, to enhance the ventilation effect, as shown in Figure 9; on the surface of the cushion body, a lining made of artificial fiber material (such as polypropylene fiber) or natural fiber material (such as cotton fiber) is attached The pad 'enhances the effect of breathability and sweat absorption, or as shown in the "picture i", a plurality of bumps 9 can be placed, or as shown in the "picture 12", a plurality of grooves can not be placed under the wide 1 itself丨 〇 Increase the friction of the bottom of the toilet under the cushion body ， to enhance its anti-slip function. ^ Soil &, but the above is only the preferred embodiment of the new model, each of which is not limited by: = the scope of the implementation of this creation, all equal changes and modifications based on this new model ^ should be Still covered by this new type of patent 2
第8頁 M243060 圖式簡單說明 【圖式之簡單說明】 第1圖，係本新型之立體圖。 第2圖，係第1圖A — A剖面之剖視圖。 第3圖，係第1圖B — B剖面之剖視圖。 第4圖，係第1圖C — C剖面之剖視圖。 第5圖，係本新型之側視圖。 第6圖，係本新型之實施例示意圖。 第7圖，係人體前腳掌疏骨骨骼排列。 第8圖，係第7圖D — D剖面之剖視圖。 第7圖，係本新型之實施例示意圖。 第8圖，係本新型之實施例示意圖。 第9圖，係本新型之實施例示意圖。 第1 0圖，係本新型之實施例示意圖。 第1 1圖，係本新型之實施例示意圖。 第1 2圖，係本新型之實施例示意圖。 元件符號對照表： 1 .......................................墊體 2 ....................................... 前腳掌部 3 ....................................... 足弓部 4 ....................................... 足跟部 5 ....................................... 後腳底凹孔 6 ....................................... 緩衝墊Page 8 M243060 Brief description of the drawings [Simplified description of the drawings] Figure 1 is a perspective view of the new model. Fig. 2 is a cross-sectional view of the A-A cross section of Fig. 1. Fig. 3 is a sectional view taken along the line B-B in Fig. 1. FIG. 4 is a cross-sectional view taken along the line C-C in FIG. 1. Fig. 5 is a side view of the present invention. FIG. 6 is a schematic diagram of an embodiment of the present invention. Figure 7 shows the sparse bone arrangement of the forefoot of the human body. FIG. 8 is a cross-sectional view of section D-D in FIG. 7. FIG. 7 is a schematic diagram of an embodiment of the present invention. FIG. 8 is a schematic diagram of an embodiment of the present invention. FIG. 9 is a schematic diagram of an embodiment of the present invention. FIG. 10 is a schematic diagram of an embodiment of the present invention. FIG. 11 is a schematic diagram of an embodiment of the present invention. Fig. 12 is a schematic diagram of an embodiment of the present invention. Component symbol comparison table: ... ..................................... Forefoot 3 ... .............................................. 4 ....................... Heel 5 ............. ....................................................................................................................................... .......... cushion
7 ....................................... 凹孑L 8 ....................................... 襯塾7 ........................ L 8 .................. lining
第9頁 M243060 圖式簡單說明 9 ....................................... 凸點 10 ....................................... C3、紋 11 ....................................... Μ —疏骨 12 .......................................第二疏骨 13 .......................................第三踱骨 14 .......................................第五疏骨Page 9 M243060 Schematic description 9 ... 10 ..................... C3, pattern 11 ... ....................... Μ-Boneless 12 ......... ..................................... Second bone thinning 13 ........ ..... the third metatarsal bone 14 .............. ............... the fifth bone thinning