M403232 五、新型說明： 【新型所屬之技術領域】 本創作為高跟鞋之彈性鞋跟（二），尤指一種具有 吸震緩衝效果之鞋跟構造，提供使用者穿戴行走具有 彈性、避震之技術領域。 【先前技術】 按，一般鞋跟在其内部設置一容置室，於容置室 中裝設置一由定位元件、彈性元件、止滑元件所構成 之彈性緩衝件，其中彈性元件二端分別與定位元件、 止滑元件連接，而止滑元件表面稍透出於該容置室 外，俾當使用者行走時，能經由止滑元件、彈性元件 之彈性力作用，以有效防止腳部之不適、受傷、滑倒 〇 【新型内容】 一、解決之問題： 1. 習知鞋跟的設計，是在一限位管孔内之容置室 作伸縮往覆的縱向伸縮，然而，在行走中，鞋跟先行 著地時會呈現一傾斜角，則彈性元件下方所連接的止 滑元件側壁必然容易與該容置室的内壁相摩擦而有伸 縮動作不順暢的情形衍生，進而導致該止滑元件未必 能順勢進入該容置室内，造成腳根骨部位的傷害。 2. 習知鞋跟的結構是在容置室中裝設置定位元 3 M403.232 f 件、彈性元件、止滑元件，其必然僅適用於鞋跟較粗 的鞋體上。 二、解決手段： 1.本創作之主要目的，係提供一種高跟鞋之彈性 鞋跟（二）；其中，在空心的尚鞋跟端緣上方延設階梯 型彈片一端，另端的平板則以數鉚釘由下而上貫接通 孔暨穿過釘孔而鉚設於釘孔上端，促使數鉚釘將該另 端的平板固設於大底末段下方，或在呈實心的高鞋跟 前緣上段，以固定件固設階梯型彈片一端的固定板 上，而另端的平板則以數娜釘由下而上貫接通孔魯穿 過釘孔而鉚設於釘孔上端，促使數鉚釘將另端的平板 固結於大底末段下方；於行走時，該鞋跟會呈現一傾 斜角先行著地，經由該階梯型彈片與鞋跟頂部之階梯 面所形成的彈性間隙，其鞋跟底部與地面接觸而能直 接適切地轉換壓力於頂部固結的階梯型彈片上，同 時該階梯型彈片因彈性屢縮而有效吸收、分散震動 力，提供防止腳部不適、受傷、滑倒者。 2.本創作之次要目的，係一種高跟鞋之彈性鞋跟 (一），其中，在高跟鞋與平底鞋上皆能應用；鞋跟能 依需求而為空心與實心；大底能設為一完整平面而與 階梯f彈片另端的平板柳接或黏接，以上係為結構上 Httx# ’且實施方式與作用原理皆與前述相 4 同，達到鞋跟具有彈性、緩衝、避震的效益者β 【實施方式】 首先，請配合參閱第一〜四圖所示，鞋體係由鞋 跟2、大底3、中底4、鞋面5所構組成；其中，鞋 跟2係與大底3結合成一體’鞋面5又與大底3結合 成一鞋體’該大底3向上又與中底4結合；其中·· 一鞋跟2 ;係以铭合金、鋅合金、ABS、木質 、鐵、不鏽鋼製成之空心或實心的高跟或平底為主體 ，並在其上方端緣延設或頂面端緣焊設或前緣上段固 設階梯型彈片2 1的一端’其頂部順依該階梯型彈片 2 1的板形而對應設成一階梯面2 3，而該階梯型彈 片2 1另端的平板則以數鉚釘2 2貫接通孔2 1 1或 焊接或黏接等方式固結於大底3末段下方，且該階梯 型彈片2 1與該階梯面2 3形成有短間距的活動往覆 空間之彈性間隙A; 一大底3 ;係在末段開設數個與階梯型彈片2 1 的通孔211相對應之釘孔31或為一完整平面以與 該階梯型彈片2 1—端焊接、黏接； 一中底4 ;係附結於鞋面5底部周緣； 一鞋面5;係呈各類樣式的鞋品款型的淑女鞋； 由此結構，即可達到有效吸收震動力暨彈性避震的使 用效果。 M403232 請配合參閲第二〜四圖所示，係為本創作之較佳 實施例，在呈空心的高鞋跟2上方端緣延設階梯型彈 片2 1的一端，另端的平板則以數鉚釘2 2由下而上 貫接通孔2 1 1暨穿過釘孔3 1而柳設於釘孔3 1上 端（如第四圖）；或者顛倒設置’另端的平板則以數鉚 釘2 2由上而下貫接釘孔3 1暨穿過通孔2 1 1而娜 設於通孔2 1 1下端，促使數鉚釘2 2將該另端的平 板固結於大底3末段下方；當使用者在一般行走時， 鞋跟2會呈現一傾斜角先行著地，經由階梯型彈片2 1與鞋跟頂部之階梯面2 3所形成的彈性間隙A，其 鞋跟底部與地面接觸而能直接適切地轉換壓力於頂部 固結的階梯型彈片2 1上，同時，該階梯型彈片2 1 因彈性壓縮而有效吸收、分散震動力，提供防止腳部 不適、受傷、滑倒，達到鞋跟具有彈性、缓衝、避震M403232 V. New description: [New technical field] This creation is the elastic heel of high heels (2), especially a heel structure with shock absorbing cushion effect, which provides the user with the technical field of wearing elastic and shock absorbers. . [Prior Art] According to the general heel, an accommodating chamber is disposed in the interior thereof, and an elastic buffer member composed of a positioning member, an elastic member and a non-slip member is disposed in the accommodating chamber, wherein the two ends of the elastic member are respectively The positioning component and the anti-slip component are connected, and the surface of the anti-slip component is slightly transparent to the outside of the housing. When the user walks, the elastic force of the anti-slip component and the elastic component can be used to effectively prevent the discomfort of the foot. Injured, slipped 〇 [new content] First, the problem to be solved: 1. The design of the heel is a longitudinal expansion and contraction of the telescopic cover in a housing in a limit tube hole. However, during walking, When the heel strikes the ground, an inclined angle is formed, and the side wall of the anti-slip element connected under the elastic element is inevitably easily rubbed against the inner wall of the accommodating chamber and the expansion and contraction motion is not smooth, thereby causing the anti-slip element It may not be able to enter the housing room, causing damage to the roots and bones. 2. The structure of the conventional heel is to install a positioning element 3 M403.232 f piece, elastic element and anti-slip element in the accommodating chamber, which must be applied only to the shoe body with thick heel. Second, the solution: 1. The main purpose of this creation is to provide a high heel elastic heel (2); in which, one end of the stepped elastic piece is extended above the hollow end of the heel, and the other end of the plate is numbered with rivets The bottom hole is connected to the hole through the nail hole and is riveted to the upper end of the nail hole, so that the rivet is fixed to the lower end of the bottom plate, or in the upper part of the solid high heel front edge, The fixing member is fixed on the fixing plate at one end of the step type elastic piece, and the other end plate is riveted to the upper end of the nail hole through the nail hole through the bottom hole and the upper hole through the nail hole, and the rivet is pushed to the other end plate. Consolidated below the end of the big bottom; when walking, the heel will assume a slanting angle first, through the elastic gap formed by the stepped elastic piece and the step surface of the top of the heel, the bottom of the heel is in contact with the ground The step-type elastic piece can be directly and appropriately converted to the top-consolidated step-type elastic piece, and the step-type elastic piece absorbs and disperses the vibration force due to the elastic contraction, and provides the foot to prevent discomfort, injury, and slip. 2. The secondary purpose of this creation is a kind of elastic heel of high heels (1), which can be applied on high heels and flat shoes; the heel can be hollow and solid according to demand; the outsole can be set as a complete The plane is connected or bonded to the flat plate at the other end of the step f. The above is the structure Httx# 'and the implementation and the principle of action are the same as the above-mentioned phase 4, which achieves the benefits of elasticity, cushioning and shock absorption of the heel. [Embodiment] First, please refer to the first to fourth figures, the shoe system is composed of a heel 2, an outsole 3, a midsole 4, and an upper 5; wherein the heel 2 is combined with the outsole 3 The integrated 'shoe 5 is combined with the outsole 3 to form a shoe body'. The outsole 3 is combined with the midsole 4; among them, a heel 2; is made of alloy, zinc alloy, ABS, wood, iron, The hollow or solid high heel or flat bottom made of stainless steel is the main body, and the upper end edge is extended or the top end edge is welded or the upper end of the leading edge is fixed with one end of the step type elastic piece 2 1 'the top thereof follows the step The shape of the elastic piece 2 1 is correspondingly set to a step surface 23, and the step type elastic piece 2 1 is another The flat plate is fixed under the end of the outsole 3 by a plurality of rivets 2 2 through holes 2 1 1 or by welding or bonding, and the stepped elastic piece 2 1 and the step surface 23 are formed with a short pitch. The elastic gap A of the movable facing space; the large bottom 3; a plurality of nail holes 31 corresponding to the through holes 211 of the stepped elastic piece 2 1 or a complete plane to be the same as the step type elastic piece 2 1 - end welding, bonding; a midsole 4; attached to the bottom of the bottom of the upper 5; a vamp 5; is a variety of styles of shoes of the ladies type; this structure, can achieve effective absorption The effect of vibration and elastic suspension. M403232, as shown in the second to fourth figures, is a preferred embodiment of the present invention. One end of the stepped elastic piece 21 is extended on the upper end edge of the hollow high heel 2, and the other end plate is counted. The rivet 2 2 is connected to the upper end of the nail hole 3 1 from the bottom hole through the hole 2 1 1 and through the nail hole 3 1 (as shown in the fourth figure); or the rivet 2 2 is placed upside down. From the top to the bottom of the nail hole 3 1 and through the through hole 2 1 1 and Na is placed at the lower end of the through hole 2 1 1 , causing the number of rivets 2 2 to consolidate the other end of the plate below the end of the outsole 3; When the user walks generally, the heel 2 will assume a tilt angle first, and the elastic gap A formed by the stepped elastic piece 2 1 and the step surface 23 of the top of the heel, the bottom of the heel is in contact with the ground. The pressure is directly applied to the stepped elastic piece 2 1 which is consolidated at the top. At the same time, the step type elastic piece 2 1 absorbs and disperses the vibration force by elastic compression, and provides prevention of foot discomfort, injury, slipping, and reaching the heel. Flexible, cushioning, shock absorber
的運用者。 請配合參閱第五〜七圖所示，係為本創作之另一 實施例，在呈實心的高鞋跟2前緣上段，以數固定件 2 4固設階梯型彈片2 1一端的固定板2 1 2上’該 固定件2 4可為螺絲或螺栓等’而另端的平板則以數 鉚釘2 2由下而上貫接通孔2 1 1暨穿過釘孔3 1而 鉚設於釘孔3 1上端（如第七圖）’促使數鉚釘2 2將 另端的平板固結於大底3末段下方’提供與前段相同 6 M403.232 之功效者。 請配合參閱第二圖、第五圖所示，係能應用於高 跟鞋與平底鞋上，且其鞋跟能依需求而為空心與實 心，在大底3亦能設為完整的平面，而與階梯型彈片 2 1另端的平板鉚接或黏接，作為結構上之簡單變換 設計，其實施方式與作用原理皆與上述相同，達到鞋 跟具有彈性、緩衝、避震的效益者。 _ 综上所陳，本案確提供鞋跟吸收震力、緩衝效果 的運用，使穿戴者於行走具有彈性、避震的實用性， 顯巳符合新型專利實用性增進之成立要義。 M403232 【圖式簡單說明】 第一圖：係本創作之立體分解圖。 第二圖：係本創作第一實施例之立體分解圖。 第三圖：係本創作第一實施例之側視組合圖。 第四圖：係本創作第一實施例之立體組合圖。 „ 第五圖：係本創作第二實施例之立體分解圖。 . 第六圖：係本創作第二實施例之側視組合圖。 鲁第七圖：係本創作第二實施例之立體組合圖。 【主要元件符號說明】 鞋跟2 階梯型彈片2 1 通孔2 1 1 固定板212 鉚釘2 2 « • 階梯面23The user. Please refer to the fifth to seventh figures, which is another embodiment of the present invention. In the upper part of the solid high heel 2 front edge, a fixing plate of one end of the step type elastic piece 2 1 is fixed by a plurality of fixing members 24 . 2 1 2上 'The fixing member 2 4 can be a screw or a bolt, etc.' and the other end plate is riveted to the nail by a number of rivets 2 2 from the bottom to the top through hole 2 1 1 and through the nail hole 3 1 The upper end of the hole 3 1 (as shown in the seventh figure) 'promotes the number of rivets 2 2 to consolidate the other end of the plate below the end of the outsole 3' to provide the same effect as the previous section of 6 M403.232. Please refer to the second and fifth figures, which can be applied to high heels and flat shoes, and the heel can be hollow and solid according to the needs, and can also be set as a complete plane in the outsole 3, and The stepped elastic piece 2 1 is riveted or bonded to the other end of the plate. As a simple structural change design, the embodiment and the principle of action are the same as above, and the heel has the advantages of elasticity, cushioning and shock absorption. _ In summary, this case does provide the use of the heel to absorb the shock and cushioning effect, so that the wearer has the flexibility to use the shock and the shock, and it is in line with the establishment of the new patent. M403232 [Simple description of the diagram] The first picture: is a three-dimensional exploded view of the creation. Second figure: is a perspective exploded view of the first embodiment of the present creation. The third figure is a side view combination diagram of the first embodiment of the present creation. The fourth figure is a three-dimensional combination diagram of the first embodiment of the present creation. „ Fig. 5 is a perspective exploded view of the second embodiment of the present creation. Fig. 6 is a side view combination diagram of the second embodiment of the present creation. The seventh figure is the three-dimensional combination of the second embodiment of the present creation. Fig. [Description of main components] Heel 2 Stepped shrapnel 2 1 Through hole 2 1 1 Fixing plate 212 Rivet 2 2 « • Step surface 23
固定件2 4 大底3 釘孔3 1 中底4 鞋面5 彈性間隙AFixing piece 2 4 Outsole 3 Nail hole 3 1 Midsole 4 Upper 5 Elastic gap A