M443435 底筋膜炎復健鞋，其不僅可以隨患者的個別差異調整角 度’更可以當做鞋子穿，讓患者隨時隨地進行復健，解決 既有技術的問題’更達到最佳的復健成效。 本創作提供一腳底筋膜炎復健鞋，其包含一鞋底 '局 部樞設於該鞋底之一鞋面及一高度調整組，其中： 該鞋底包含一腳板段以及延伸連接於該腳板段之一腳 跟段’該鞋底包含一穿孔貫穿設於該腳板段； 該鞋面之外型與該腳板段對應，其包含一樞接端、一 •腳趾端及一萬向樞接件，該樞接端與鞋底樞接，該萬向樞 接件設於該鞋面底部表面；及 該高度調整組包含一螺桿、一轉子、一螺鎖件以及一 限位環’該螺桿活動設於該穿孔内，該轉子可轉動與該萬 向樞接件連接’該轉子與該螺桿固定接合，該螺鎖件嚙合 套設於該螺桿外’且該螺鎖件限制轉動及轴向移動而卡設 置於該穿孔内。 其中，該萬向樞接件包含二滑軌、二限位件以及一萬向 •樞接座’兩個該滑軌平行並間隔設置，該限位件分別固定 設於該滑軌之兩個自由端，該萬向樞接座可移動設於兩個 該滑軌之間，該萬向柩接座表面設有一樞接槽，該轉子可 轉動置於該萬向樞接座之該樞接槽内。 其中’該腳跟段與該腳板段之間形成一厚度差，該鞋 面厚度與該厚度差對應，該鞋面之該柩接端樞接於該聊板 段與該腳跟段連接之對應位置。 其中’該腳板段不與該腳跟段相連之一自由端形成一 翹曲段，該翹曲段形成與該腳板段其他區域具有相對於地 5 M443435 面較大夾角的平面β 其中，該高度調整組包含一限位環，該限位環則卡置 於該穿孔内並限制該螺鎖件於該穿孔之軸向方向移動。 其中該穿孔與該螺鎖件之截面外型均非圓形且互相 對應0 由前述說明可知，本創作解決既有技術的問題且具 下列優點： 1·構造簡單而使其製造成本非常低廉； 2.使用時僅需要以簡單的螺鎖工具調整該螺桿之位置 即可達到調整該鞋面之仰角的㈣，非常有利於於使用者 的操作便利性，讓使用者可以快速、方便地依據所需調整， 提昇復健之功效。 【實施方式】 請參考第一圖、第二圖、第三圖及第四圖，其為本創 作腳底筋膜復健鞋之較佳實施例，其包含一鞋底1〇、局部 樞設於該鞋底10之一鞋面20及一高度調整組30。 該鞋底10包含一腳板段12以及延伸連接於該腳板段 12之一腳跟段14，本實施例之該腳跟段14與該腳板段12 之間形成一厚度差·》該腳板段12不與該腳跟段14相連之一 自由端形成一翹曲段122,該翹曲段122形成與該腳板段12 其他區域具有相對於地面較大夾角的平面，藉以便於行 走。該鞋底10包含一穿孔124貫穿設於該腳板段12。本實 施例之該穿孔124設於該翹曲段122與該腳板段12之連接 6 M443435 位置。 該鞋面20之外型與該腳板段12對應，其包含一樞接端 22、一腳趾端24及一萬向柩接件26，該樞接端22與鞋底 10柩接’本實施例之該鞋面2〇厚度與該厚度差對應，且該 鞋面20之該柩接端22樞接於該腳板段12與該腳跟段14連 接之對應位置。該萬向樞接件26設於該鞋面2〇底部表面， 其包含二滑執261、二限位件263以及一萬向樞接座264， 兩個該滑執261平行並間隔設置，該限位件263分別固定設 於該滑軌261之兩個自由端，該萬向樞接座264可移動設於 兩個該滑軌261之間，該萬向樞接座264表面設有一樞接槽。 該高度調整組30包含一螺桿34、一轉子32、一螺鎖件 36以及一限位環38,該螺桿34活動設於該穿孔124内該 轉子32可轉動置於該萬向樞接座264之該樞接槽内，且該 轉子32與該螺桿34固定接合；該螺鎖件36嚙合套設於該 螺桿34外，且該螺鎖件36限制轉動卡設置於該穿孔124 内’其中，限制該螺鎖件36轉動卡設置於該穿孔124之方 式不限，例如該穿孔124與該螺鎖件％之截面外型均非圓 形且互相對應，本實施例之該螺鎖件36與局部之該穿孔124 為六角形且相互對應。該限位環％則卡置於該穿孔内124 並限制該螺鎖件36於該穿孔124之轴向方向移動。 :進一步配合參考第五圖第六圖及第七圖使用時， =的工具轉動該螺桿34,使該螺桿以相對於該穿孔“I 之軸向方向移動，進而調整該鞋面2〇 度關係，使該腳趾端24相對 / ' θ 此，當使用者穿著本實施二度可調〜 ，、疋邵的腳底筋膜得到伸 7 M443435 展，達到復健運動之功效。 基於前述說明可知，本創作解決既有技術的問題，並 且本創作之構造簡單而使其製造成本非常低廉，且本創作 之使用上僅需要以簡單的·螺鎖工具調整該螺桿34之位置即 可達到調整該鞋面20之仰角的目的，非常有利於於使用者 的操作便利性，讓使用者可以快速、方便地依據所需調整， 提昇復健之功效。 【圖式簡單說明】 第一圖為本創作較佳實施例之立體示意圖。 第二圖為本創作較佳實施例之立體示意圖。 第三圖為本創作較佳實施例之正視示意圖。 第四圖為本創作較佳實施例之局部分解示意圖。 第五圖為本創作較佳實施例之局部剖面示意圖。 第六圖為本創作較佳實施例之局部剖面示意圖。 第七圖為本創作較佳實施例之使用示意圖。 【主要元件符號說明】 10鞋底 12腳板段 122翹曲段 124穿孔 14腳跟段 20鞋面 8 M443435M443435 basal fasciitis rehabilitation shoes, which can not only adjust the angle with the individual differences of the patients, but also can be used as shoes to allow patients to rehabilitate anytime and anywhere, to solve the problems of the existing technology, and to achieve the best rehabilitation results. The present invention provides a sole fasciitis rehabilitation shoe comprising a sole that is partially pivoted to an upper of the sole and a height adjustment set, wherein: the sole comprises a leg section and one of the extensions connected to the foot section The sole portion includes a through hole extending through the foot plate segment; the upper shape corresponding to the foot plate segment includes a pivot end, a toe end and a universal pivoting member, the pivot end The universal pivoting member is disposed on the bottom surface of the upper; and the height adjusting group includes a screw, a rotor, a screw, and a limiting ring. The screw is disposed in the through hole. The rotor is rotatably coupled to the universal joint member, the rotor is fixedly engaged with the screw, the screw lock member is sleeved outside the screw, and the screw lock member is restricted from rotating and axially moving to be disposed on the through hole. Inside. Wherein, the universal joint member comprises two sliding rails, two limiting members and a universal jointing member. The two sliding rails are parallel and spaced apart, and the limiting members are respectively fixedly disposed on the two sliding rails. a free end, the universal pivoting seat is movably disposed between the two sliding rails, the universal splicing seat surface is provided with a pivoting groove, and the rotor is rotatably disposed at the pivotal connection of the universal jointing seat Inside the slot. A thickness difference is formed between the heel section and the leg section. The thickness of the shoe surface corresponds to the thickness difference. The splicing end of the shoe upper is pivotally connected to the corresponding position of the chatting section and the heel section. Wherein the 'foot plate segment does not form a warped segment with one of the free ends of the heel segment, the warped segment forming a plane β with a larger angle with respect to the ground surface of the M M M M M M M M M M M M The set includes a limit ring that is inserted into the perforation and limits movement of the screw in the axial direction of the perforation. Wherein the perforation and the cross-sectional shape of the screw are non-circular and correspond to each other. 0 It is known from the foregoing description that the present invention solves the problems of the prior art and has the following advantages: 1. The structure is simple and the manufacturing cost is very low; 2. When using, it is only necessary to adjust the position of the screw with a simple screw-locking tool to adjust the elevation angle of the upper (4), which is very convenient for the user's operation convenience, so that the user can quickly and conveniently rely on the Need to adjust, improve the effectiveness of rehabilitation. [Embodiment] Please refer to the first figure, the second figure, the third figure and the fourth figure, which is a preferred embodiment of the artificial sole fascia rehabilitation shoe, which comprises a sole 1 , which is partially pivoted One of the uppers 10 of the sole 10 and a height adjustment set 30. The sole 10 includes a leg section 12 and a heel section 14 extendingly coupled to the leg section 12. A thickness difference is formed between the heel section 14 and the leg section 12 of the embodiment. One of the free ends of the heel section 14 defines a warped section 122 that forms a plane that has a larger angle with respect to the ground in other areas of the leg section 12 for ease of walking. The sole 10 includes a through hole 124 extending through the leg section 12 . The perforation 124 of the embodiment is disposed at a position of the connection between the warped section 122 and the leg section 12 at a position of 6 M443435. The outer shape of the upper 20 corresponds to the leg section 12, and includes a pivot end 22, a toe end 24 and a universal joint 26, and the pivot end 22 is coupled to the sole 10 'this embodiment The thickness of the upper 2 对应 corresponds to the difference in thickness, and the splicing end 22 of the upper 20 is pivotally connected to the corresponding position of the leg section 12 and the heel section 14 . The universal pivoting member 26 is disposed on the bottom surface of the upper 2 , and includes two sliding 261 , two limiting members 263 and a universal pivoting seat 264 . The two sliding 261 are parallel and spaced apart. The limiting members 263 are respectively fixedly disposed on the two free ends of the sliding rail 261. The universal pivoting seat 264 is movably disposed between the two sliding rails 261. The universal jointing seat 264 is provided with a pivotal connection. groove. The height adjustment group 30 includes a screw 34, a rotor 32, a screw member 36 and a limiting ring 38. The screw 34 is movably disposed in the through hole 124. The rotor 32 is rotatably disposed in the universal joint 264. In the pivoting slot, the rotor 32 is fixedly engaged with the screw 34; the screwing member 36 is sleeved outside the screw 34, and the screwing member 36 limits the rotation card to be disposed in the through hole 124. The manner of restricting the rotation of the screw member 36 to the through hole 124 is not limited. For example, the cross-sectional shape of the through hole 124 and the screw member are not circular and correspond to each other. The screw lock member 36 of the embodiment is The perforations 124 are partially hexagonal and correspond to each other. The limit ring % is then placed in the perforation 124 and limits the movement of the screw 36 in the axial direction of the perforation 124. Further, when used in conjunction with the sixth and seventh figures of the fifth drawing, the tool of = rotates the screw 34 to move the screw in the axial direction relative to the perforation "I", thereby adjusting the relationship between the upper 2 and the upper Therefore, the toe end 24 is opposite / ' θ. When the user wears the second adjustment of the embodiment, the foot fascia of the sputum is stretched to reach the M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M The creation solves the problem of the prior art, and the construction of the creation is simple, so that the manufacturing cost is very low, and the use of the creation only needs to adjust the position of the screw 34 with a simple screw-locking tool to adjust the upper. The purpose of the elevation angle of 20 is very conducive to the user's convenience of operation, so that the user can quickly and conveniently adjust according to the required adjustment, and improve the effect of rehabilitation. [Simplified illustration] The first picture is better for the creation. BRIEF DESCRIPTION OF THE DRAWINGS The following is a schematic view of a preferred embodiment of the present invention. The third drawing is a schematic view of a preferred embodiment of the present invention. 5 is a partial cross-sectional view of a preferred embodiment of the present invention. The sixth drawing is a partial cross-sectional view of a preferred embodiment of the present invention. The seventh drawing is a schematic view of the use of the preferred embodiment of the present invention. Component symbol description] 10 sole 12 foot plate segment 122 warping segment 124 perforation 14 heel segment 20 upper 8 M443435
22樞接端 24腳趾端 26萬向柩接件 261滑軌 263限位件 264萬向柩接座 30高度調整組 32轉子 34螺桿 36螺鎖件 38限位環22 pivot joint 24 toe end 26 million directional joint 261 slide rail 263 limit member 264 million directional joint 30 height adjustment group 32 rotor 34 screw 36 screw lock 38 limit ring