M262040 八、新型說明： 【新型所屬之技術領域】 而言之是指一種改良 本創作係與鞋類用品有關，更詳 之鞋中底結構者。 【先前技術】 按，習知鞋中底若就構成材質之柔軟程度作區分， 大體上可分為軟式鞋中底及硬式鞋中底二種類型，常見 之運動鞋、休閒鞋等鞋類多採用以EVA或其他發泡材質 所製成之軟式鞋中底，而皮鞋、女皮靴、高跟鞋等鞋類 大多採用由一半插紙板、一鐵片及一全片式中底板貼合 構成之硬式鞋中底（業界俗稱三合一中底結構）。 雖然現今鞋類技術之發展已臻成熟之程度，惟，為 使功能性更加強化，長期以來，業者仍持續針對鞋類之 避震、吸震效果作改善。習知關於鞋類避震之設計甚多， 如我國專利公告第221867號「鞋子中底結構改良」及第 214648號「軟式鞋中底結構改良」、第29165〇號「鞋 中底構造」、第320860號「一種鞋或鞋墊之緩衝吸震裝 置」、第227094號「改良之鞋類甲底」、第312〇98號 「声避震及按摩效果之鞋中底缓衝塊」、第214649號「鞋 中底」、第239927號「鞋中底（追加一）」、第313766 號「鞋中底之改良構造」、第339563號「鞋中底的結構 改良」、第335632號「鞋底吸震構造」、第411778號 M262040 鞋墊J 、第402874號「鞑驶祕、4 t A 轳「# 鞋體構造改良」及第478320 &積f鞋中底結構」冑專利前案所示。 =揭各該專利前案可知，f知俱備避震、吸震設 軟式中底之鞋類，至於㈣硬式鞋中底設 革=其備有避震、吸震之設計者並不多，主要原因 去-者之使用狀況不同’採用軟式中底之鞋類多供使 者於活動量較大（如運動時）或休間時穿著，是以， 避震、吸震之設計顯得甚為重要，否則即無法發揮適當 ^蒦足部之效果’而採用硬式鞋中底設計之鞋類通常非 1用於前揭之情況，因此，避震、吸震之需求不若採用 軟式中底之鞋類來得高。 惟’隨著生活水準及消費者需求之提昇，即便是採 用硬式鞋中底設計之皮鞋、高跟鞋等鞋類，其避震、吸 震效果之需求亦日漸提高。此外，硬絲中底亦常運用 於有鞋跟或後跟抬起之鞋類，如男、女皮鞋、高跟鞋等。 而習知具有鞋跟或後跟抬起之鞋類其避震、吸震之設計 亦不多，通常僅利用特殊材質或型式之鞋墊來產生避 震、吸震之效果，不過，效果十分有限。目前亦有業者 推廣強調穿著舒適之具有鞋跟或後跟抬起之鞋類，其設 計，要係在中底之下或鞋跟内設置避震塊（彈性塊）或 其他避震裝置，俾利用避震塊或避震裝置吸收行走時地 面所產生之反作用力，使足部感覺較為舒適。惟，此等 避震設計必須更改大底之模具、增加製作成本，且，組 M262040 裝上亦更為複雜、影響製作效率，因此，目前所 震设什之具有鞋跟之鞋類其售價通常較為昂貴 一般消費者接受。 、 匆馬 【新型内容】 本創作之主要目的即在提供—種可解決前揭缺失之 鞋中底結構，其不僅結構精簡、組裝容易，使得製作成 本低、製作效率佳，且，其避震設計係位於中底之上而 可直接對應人體腳掌產生作用，可使具有鞋跟或後跟抬 起之鞋類穿著感更佳，避震、吸震之效果更佳者。 緣是，為達成前述之目的，本創作係提供一種改良 之鞋中底結構，係由一全片式中底紙板、一金屬片及一 半插紙板自上而下地貼合而成，且，該金屬片及一半插 紙板係貼置於全片式中底紙板後段部位之底側；其特徵 在於更包含有一全片式軟板，貼置於該全片式中底紙板 頂侧，其後端並開設有一容置口，用以可相對該全片式 中底紙板頂側形成一開口朝上之容納空間；一彈性體， 具有一本體，該本體係置於容納空間内部，一片狀延伸 部’一體成型突伸於該本體頂侧而貼置於該全片式軟塾 表面，並延伸於對應人體足根及足弓之位置間；一板片， 具適當之硬度，貼置於該全片式中底紙板與金屬片之間 者0 M262040 【實施方式】. 以下，茲舉本創作二較佳實施例，並配合圖式做進 一步之詳細說明如後： 首先’請參閱第一圖及第二圖所示，本創作一較佳 貝加例之鞋中底結構（1 〇)，係包含有一概呈彎折狀之全 片式中底紙板（12)，一金屬片（13)及一半插紙板（14)，依 序貼置於該全片式中底紙板（12)之後段底側。前揭構成 概與習知有鞋跟或後跟抬高鞋類之中底結構相同，業界 慣稱三合一中底結構，惟，其並非本創作之重點，此處 不另贅述其詳細結構，本創作該鞋中底結構（10)之特徵 係在於更包含有： 一全片式軟板（15)，貼置於該全片式中底紙板（12) 後段頂侧之位置，係高密度乳膠材質製成，其上並開設 有一容置口（22)，用以可相對該全片式中底紙板（12)頂侧 形成一開口朝上之容納空間（24)。又，該容置口（22)係具 有連通之一第一部份（26)及一第二部份（28)，該第一部份 (26)係位於軟板（15)後端，該第二部份（28)係延伸至軟板 (15)前端，且，該第一部份（26)之寬度係較第二部份（28) 寬。 一彈性體（16)，以高密度PU材質製成，具有一本體 (30)，該本體（3〇)係可互補地填置於容納空間（24)内部， 一片狀延伸部（32)，一體成型突伸於該本體（30)頂侧並貼 置於該第二半插紙板（15)之表面。 M262040 板片（1 7). ’係起強化紅紙板（硬度〇. )，貼 置於該全片式t底紙板（12)與金屬片（13)之間。 藉此，本創作該六合一鞋中底結構（1〇)係可運用於 有鞋跟或後絲高型叙鞋類，如女用高絲及男皮鞋 f °如第三圖所示，該鞋中底結構（1G)係設置於-女用 间跟鞋（4G)内。基此，當使用者穿著該女用高跟鞋（扣） 時’腳单刖、後端可抵貼於該軟板（I5)與彈性體（I6)上， 而該彈性體（16)之前端並可延伸至^弓之位置。 由於吾人穿著具有鞋跟或後跟抬高之鞋類時，腳掌 與躯幹之相對角度會與正常狀態下不同，因此，行走或 運=時，不僅穿著者脊椎所承受之反作用力、負擔會較 正常狀態下來得大，且，腳掌亦料感覺疲勞甚至酸痛， 而藉由本創作完全契合人肢弓運動工學之鞋中底結構 (10)之設計，可發揮穩定足部「掌」、「跟」、三點距 支力點「防傾」之歸位支撐功能，同時，藉由前端延仲 至足弓位置之彈性體（16)之設置，除了可有效吸收行走 或運動時與地面產生之反作用力、正常傳達脊骨關節無 負擔釋放及保健之效果外，更可使穿著者之足部感覺更 為舒適不易疲勞或酸痛，相較於習知抬跟鞋類於中底 以下設彈性塊(彈性塊甚至延伸至鞋跟内乂= 創作不僅不須另行更改製作鞋大底及鞋跟之模具，而可 降低製作成本’且’組裝時亦較習知者更為方便，可提 昇製作之效率者。 M262040 收行Si:藉此，其同樣可發揮前揭有效吸 收灯走或運動時與地面產生之反作用力、使 部感覺更為舒m疲勞或_之效果者。 由上可知’當習知具有鞋跟或後跟抬高之鞋類運 本創作該鞋中底結構⑽時，除了可吸收行走時地面所 產生之反作用力、使^部及脊骨感覺更為舒適而獲得甚 佳之保健效果外，相較於習知同類型鞋類為獲致適當之 避震效果而必須更改A底之模具所導致之料缺點，本 創作.U更具有組裝容易、製作效率高之優點，同時， 運用本創作之鞋類其售價亦可較為低廉，容易為一般消 費者所接受者。 综上所陳，本創作所提供可運用於有鞋跟或後跟抬 高型式鞋類之鞋中底結構，其不僅結構精簡、組裝容易， 使得製作成本低、製作效率佳，且，其避震設計係位於 中底之上而可直接對應人體腳掌產生作用，可使具有鞋 跟或後跟枱起之鞋類穿著感更佳，避震、吸震之效果更 佳者；緣是’本創作確實符合新型專利之規定，爰依法 提出申請。 M262040 【圖武簡單說明j 第一圖係本創作 第二圖係本創作 第三圖係本創作 —較佳實施例之立體組合圖。 一較佳實施例之立體分解圖。 一較佳實施例運用於女高跟鞋之示 意圖。 第四圖係本創作一較佳實施例運用於男皮鞋之示意 圖。 【主要元件符號說明】 鞋中底結構（10) 中底紙板（12) 金屬片（13) 半插紙板（14) 軟板（15) 彈性體（16) 板片（17) 容置口（22) 容納空間（24) 第一部份（26) 第二部份（28) 本體（30) 延伸部（32) 女用高跟鞋（40) 男用皮鞋（50)M262040 VIII. New type description: [Technical field to which the new type belongs] Refers to an improvement. This creation is related to footwear, more specifically the midsole structure. [Previous technology] According to the conventional shoe soles, if they are distinguished by the softness of the constituent materials, they can be divided into two types: soft midsoles and hard midsoles. There are many common shoes such as sports shoes and casual shoes. Soft shoe midsoles made of EVA or other foamed materials are used, while leather shoes, women's leather boots, high heels and other footwear are mostly hard type consisting of half-inserted cardboard, an iron sheet and a full-piece midsole. Midsole (commonly known in the industry as a three-in-one midsole structure). Although the development of footwear technology has reached a mature level today, in order to further enhance the functionality, the industry has continued to improve the shock absorption and shock absorption effects of footwear for a long time. There are many known designs about footwear shock absorption, such as China Patent Bulletin No. 221867 "Shoe midsole structure improvement" and No. 214648 "Soft shoe midsole structure improvement", No. 291650 "Shoe midsole structure", No. 320860 "A shock-absorbing device for shoes or insoles", No. 227094 "Improved Footwear Sole", No. 312.098 "Sock Suspension Block for Sound Suspension and Massage", No. 214649 "Shoe midsole", No. 239927 "Shoe midsole (additional one)", No. 313766 "Improved structure of midsole", No. 339563 "Structure improvement of midsole", No. 335632 "Sock-absorbing structure of sole ", No. 411778 No. M262040 Insole J, No. 402874 No. 鞑" Secret, 4 t A 轳 "# Shoe body structure improvement" and No. 478320 & product midsole structure "胄 shown in the pre-patent case. = According to the disclosure of the previous patents, we know that there are shock-absorbing and shock-absorbing shoes with soft midsoles. As for hard-type shoes with midsoles, there are not many designers with shock-absorbing and shock-absorbing. The main reason The use condition of the go-goers is different. The shoes with soft midsoles are mostly used for messengers to wear during heavy activities (such as sports) or during breaks. Therefore, the design of shock absorption and shock absorption is very important, otherwise Can not play the effect of proper 蒦 'foot' and shoes with a rigid midsole design are usually not used for front-revealing. Therefore, the requirements for shock absorption and shock absorption are not as high as those with a soft midsole. However, with the improvement of living standards and consumer demand, even for leather shoes and high-heeled shoes with rigid midsole designs, the demand for shock absorption and shock absorption effects is increasing. In addition, hard-wired midsoles are also commonly used on footwear with raised heels or heels, such as men's and women's leather shoes and high heels. However, there are not many shock-absorbing and shock-absorbing designs for shoes with raised heels or heels. Generally, only special materials or types of insoles are used to produce shock-absorbing and shock-absorbing effects. However, the effects are very limited. At present, some companies have also promoted shoes with a heel or a raised heel that are comfortable to wear. The design of the shoes should be under the midsole or in the heel with shock blocks (elastic blocks) or other shock-absorbing devices. Use the shock block or shock absorber to absorb the reaction force generated by the ground during walking to make the feet feel more comfortable. However, these shock-absorbing designs must change the outsole mold and increase the production cost. Moreover, the assembly of M262040 is more complicated and affects the production efficiency. Therefore, the current price of shoes with heels is even higher. Usually more expensive for general consumers to accept. [New content] The main purpose of this creation is to provide a kind of midsole structure that can solve the missing shoes. It not only has a simple structure and is easy to assemble, which makes the production cost low, the production efficiency is good, and its shock absorption The design is located on the midsole and can directly respond to the soles of the human body. It can make shoes with raised heels or heels feel better, and have better shock absorption and shock absorption. The reason is that, in order to achieve the aforementioned purpose, this creation is to provide an improved midsole structure of shoes, which is made up of a full-piece midsole cardboard, a metal sheet and half of a cardboard insert from top to bottom, and, the The metal sheet and the half-insert board are attached to the bottom side of the rear section of the full-sheet mid-sole cardboard; it is further characterized by including a full-sheet flexible board attached to the top side of the full-sheet mid-sole cardboard, and its rear end An accommodating opening is provided for forming an accommodating space with an opening facing up from the top side of the full-sheet mid-sole cardboard; an elastomer having a body, the system is placed inside the accommodating space and extends in a piece. The part is integrally formed to protrude from the top side of the body and is placed on the surface of the full-piece soft palate, and extends between the positions corresponding to the foot and arch of the human body; a plate with appropriate hardness is placed on the Between the full-sheet midsole cardboard and the metal sheet 0 M262040 [Embodiment]. Hereinafter, the second preferred embodiment of this creation will be described in detail with the drawings as follows: First, please refer to the first figure As shown in the second picture, In addition, the midsole structure (10) of the shoe includes a full-piece mid-sole cardboard (12), a metal sheet (13), and a half-inserted cardboard (14), which are generally bent and placed in order. The bottom side of the rear section of the full-sheet midsole cardboard (12). The structure of the front lift is the same as the known midsole structure with heels or heels. The industry commonly refers to the three-in-one midsole structure, but it is not the focus of this creation, and the detailed structure is not described here. The characteristic of the midsole structure (10) of this creation is that it further includes: a full-sheet soft board (15), which is placed on the top side of the rear section of the full-sheet midsole cardboard (12) and is high It is made of high-density latex material, and an accommodating port (22) is opened on it, so as to form an accommodating space (24) with an opening facing up from the top side of the full-sheet midsole cardboard (12). In addition, the accommodating port (22) has a first part (26) and a second part (28) which communicate with each other. The first part (26) is located at the rear end of the flexible board (15). The second part (28) extends to the front end of the flexible board (15), and the width of the first part (26) is wider than the second part (28). An elastic body (16) is made of high-density PU material, and has a body (30). The body (30) can be complementarily filled in the accommodation space (24), and a piece of extension (32) The integral molding protrudes from the top side of the body (30) and is attached to the surface of the second half-inserted cardboard (15). M262040 sheet (1 7). ′ Is a reinforced red cardboard (hardness of 0.1), which is placed between the full-sheet t-bottom board (12) and the metal sheet (13). In this way, the six-in-one midsole structure (10) of this creation can be used in high-profile footwear with heels or back silk, such as women's high silk and men's leather shoes f ° As shown in the third picture, the shoe The midsole structure (1G) is set in the women's heel shoes (4G). Based on this, when the user is wearing the female high-heeled shoes (buckle), the feet can be worn on the back, and the back end can abut the soft board (I5) and the elastic body (I6), and the front end of the elastic body (16) is Can be extended to the position of ^ bow. Because when I wear shoes with heels or heels raised, the relative angle between the soles of the feet and torso will be different from that under normal conditions. Therefore, when walking or transporting, not only the wearer ’s spine ’s reaction force and burden will be greater. The normal state is large, and the soles of the feet also feel tired or even sore. With this design, the design of the midsole structure (10) that fully fits the human limb and bow kinematics can stabilize the foot "palm", "heel" ”, Three-point distance support point" anti-tilt "return support function, at the same time, through the front end extended to the arch position of the elastic body (16), in addition to the effective absorption of walking or movement with the ground In addition to the reaction force, the normal transmission of spinal joints without burden and the effect of health care, it can make the wearer's feet feel more comfortable and less prone to fatigue or soreness. Compared with the conventional heel shoes, there are elastic blocks below the midsole. (The elastic block even extends to the heel 乂 = creation does not only need to change the mold for making shoe outsoles and heels, but it can reduce the production cost. Efficient person. M262040 Acceptance Si: In this way, it can also exert the effect of the front cover effectively absorbing the reaction force generated by the lamp when walking or moving with the ground, making the part feel more comfortable, fatigue or _. From the above we can know 'Dang Knowing how to transport shoes with heels or heels raised. When creating the midsole structure of the shoe, in addition to absorbing the reaction force generated by the ground when walking, it makes the chin and spine feel more comfortable. In addition to the health effects, compared with the known disadvantages caused by the need to change the mold of the A bottom in order to obtain the appropriate shock-absorbing effect, this creation. U has the advantages of easy assembly and high production efficiency. At the same time, The price of shoes made with this creation can also be relatively low, and it is easy for consumers to accept. In summary, the creation provided by this creation can be used in the midsole of shoes with heels or heels The structure is not only simple in structure and easy to assemble, which makes the production cost low and the production efficiency high. Moreover, its shock-absorbing design is located on the midsole and can directly respond to the soles of the human body. It can have a heel or heel platform. Of Those who have a better sense of wearing and better shock absorption and shock absorption; the reason is that 'this creation really meets the requirements of new patents and has been applied in accordance with the law. M262040 [Tu Wu brief description j The first picture is the second picture of this creation The third drawing of this creation is a three-dimensional combination drawing of the preferred embodiment. A three-dimensional exploded view of a preferred embodiment. A schematic illustration of a preferred embodiment applied to female high-heeled shoes. The fourth illustration is a preferred implementation of this creation. The schematic diagram of the example applied to men's leather shoes. [Description of Symbols of Main Components] Midsole Structure (10) Midsole Cardboard (12) Metal Sheet (13) Half Insert Cardboard (14) Soft Board (15) Elastomer (16) Sheet (17) Receiving opening (22) Receiving space (24) First part (26) Second part (28) Body (30) Extension (32) Women's high heels (40) Men's leather shoes (50)