M275736 行鞋帶自動穿繫及脫解複動的鞋子專利案，如中華民國發 =專利公告第355 1 32號，與新型專利第439425號等專^ 前案，其運作架構與方式，係利用鞋的穿脫動作，自動牽 引鞋τ產生繫解與鬆脫的控制，惟，該專利前案的結構與 5運作，鞋帶是需通過鞋面及繫組機構而伸置於鞋墊下的夾 層中，鞋帶通過的路徑較長，調整其長短的伸縮需要配合 的部件較多，而在製鞋產業中，鞋底與中底固定加工本身 已具有一定的難度，加工品質的好壞又直接影響製成鞋子 的品質，而此鞋底與鞋面之間又有鞋帶的牵制，這使得鞋 K)底與中底相固定的加工難度更為提高，無法採用機械作量 化的生產，所以，必需經由特殊的手工操作來完成，相對 的製造成本較高，·又，該鞋的鞋帶鬆緊移動亦會造成使用 故障的出現，令其功能不確實，在使用上會略顯不便。 【新型内容】 15 本創作之主要目的，在於解決上述缺失，避免缺失存 在，本創作將控制鞋子自動穿脫之結構重新設計，利用一 動作調整機構連結鞋體部份之鞋舌部與鞋底，並配合穿脫 鞋動作牵引著鞋舌部與鞋塾上下同步移動，改變鞋舌部與 鞋幫間之開合區開合角度，且配合控制機構的控扣與鬆釋 2〇實現鞋墊與中底的固定與鬆脫作用，實現鞋的自動穿脫， 使其功能更加確實，故障率低，可進行工業化大批量生 產’更不需要鞋帶的參與牽動。 為達上述目的，本創作之自動穿脫鞋，包括： -鞋體部份，由鞋舌部、鞋幫與鞋底構成；鞋舌部與鞋 M275736 幫間設有一開合區；鞋底包括大底、中底及鞋墊；鞋墊前 部與中底固裝，腳跟部份與中底分離相對； ，動作調整機構，由翼形片體、導向片與插片組成，該 翼心片體由一牽引片與端面設有導槽的導引片相並列疊組 5組成’翼形片體一端固定於鞋舌部，並由導引片之導槽利 用插片與導向片組合為鞋舌部上下移動之導向，另端固定 纟鞋墊後上’牽引著鞋舌部與鞋塾上下同步移動配合穿 脫運作；M275736 patents for shoes with automatic lace-up and disengagement, such as the Republic of China = Patent Bulletin No. 355 1 32 and New Patent No. 439425, etc. ^ The previous case, its operating structure and method are based on the use of The putting on and taking off of the shoes, the automatic traction of the shoes τ generates the release and loosening control; however, the structure of the previous patent and the 5 operation, the laces need to pass through the upper and the system of the organization to be placed under the interlayer of the insole In the shoe industry, the shoelaces pass through a long path, and there are many parts that need to be adjusted to adjust the length of the shoe. In the shoe industry, the processing of the sole and the midsole has a certain degree of difficulty, which directly affects the quality of the process. The quality of the shoes is made, and there is a tie between the sole and the upper. This makes the processing of the shoe sole and the midsole more difficult. It is impossible to use machinery for quantitative production, so it is necessary It is completed by special manual operation, and the relative manufacturing cost is high. Also, the elastic movement of the shoelace will cause the use failure to occur, making its function uncertain, and it will be slightly inconvenient in use. [New content] 15 The main purpose of this creation is to solve the above-mentioned shortcomings and avoid the existence of these shortfalls. This creation redesigns the structure that controls the automatic putting on and taking off of shoes, and uses a motion adjustment mechanism to connect the tongue of the shoe body to the sole. In conjunction with the putting on and taking off of shoes, the tongue and the shoe last are moved synchronously up and down to change the opening and closing angle of the opening and closing area between the tongue and the upper, and the buckle and release of the control mechanism are used to achieve insoles and midsoles. The function of fixing and releasing can realize the automatic putting on and taking off of shoes, making its function more reliable, the failure rate is low, and it can be used for industrial mass production. In order to achieve the above purpose, the automatic putting on and taking off shoes of this creation include:-a shoe body part, which is composed of a tongue part, an upper and a sole; an opening and closing area is provided between the tongue part and the shoe M275736; the sole includes an outsole, Midsole and insole; the front part of the insole is fixed to the midsole, the heel part is separated from the midsole; the action adjustment mechanism is composed of a wing-shaped piece body, a guide piece and an insert piece, and the wing core piece body is composed of a traction piece A side-by-side stack of 5 is formed with a guide piece with a guide groove on the end surface to form a wing-shaped piece body with one end fixed to the tongue part, and the guide groove of the guide piece uses the insert piece and the guide piece to combine the tongue piece to move up and down. Guide, the other end is fixed on the insole, and the tongue is pulled up and down simultaneously with the shoe last to cooperate with putting on and taking off;
-控制機構，包括開關、控勾體、固定片與掛片組成， 控勺體與固疋片裝在鞋墊腳跟部份，相對穿著動作與裝在 中底的掛片勾扣，由裝在鞋體後方的開關，控制勾扣解除 鬆脫鞋墊與中底，實現鞋的自動穿脫。 請參閱以下有關本新型—較佳實施例之詳細說明及豆附 圖，將可進-步瞭解本新型之技術内容及其目的功效；有 關該實施例之附圖。 【實施方式】 請參閱第-〜四圖，本創作一較佳實施例的自動穿脫 鞋，其結構包括鞋體部份it在鞋體部份i之鞋幫12内的 動作調整機構2、與裝在鞋體部们鞋底13内之控制機構3 20 組成，如第一圖所示。 上述所提之鞋體部份卜主要由鞋舌和、鞋帮12與鞋 底13相對疊組構成。其中 前述該鞋舌部Η，具有一鞋舌11〇，在其表面可進一步 依設計或需求加設一調整鞋舌部丨丨鬆緊的裝飾鞋帶丨丨】、 M275736 或魔術膠帶等之其一，如此可根據使用者腳的胖瘦調整鞋 舌部11的寬度。 i 前述該鞋幫12，與上述鞋舌部u間設定有一開合區 121，此開合區121可開設在鞋舌與裝飾鞋帶ηι間的任一 5位置，以形成鞋舌部11面積大小以及動作調整機構2的運作 動程長短。以配合上述動作調整機構2與控制機構3之運 作，形成鞋舌部11與鞋幫丨2間的張合角度改變，相對使用 者穿脫鞋動作，前述該鞋幫12之外部表面與動作調整機構2 的翼形片體2 1之牽引片2 1 1外側表面間，形成一夾層運作 10空間，提供上述動作調整機構2組裝與牽引鞋舌部U運作。 則述該鞋底13是包括大底131、中底132及鞋墊 133組成’·大底131後部端面開設有一導槽134與凹坑 中底132疋固疋於大底131上，並在後部的腳跟部 伤鈿面開设有二穿扣通孔丨3 6、丨3 7及一通孔1 3 8 ;鞋墊 15 133前部的腳掌部份是與中底132固裝一起，而其後部的 腳跟部份是與中底1 3 2呈分離相對。 上述所提之動作調整機構2，係由翼形片體21、導向 片22與插片23組成。其中 4翼形片體21，具有一底部210與一體延伸之二等型 2〇式翼形的牽引片211，並由上端固定部212相對上述鞋舌 部U固裝繫連一體，該牵引片211外側並列一端面設有 導槽213的導引片214，二導引片214延伸設置在上述鞋 幫1 2與牽引片2 1 1形成之夾層運作空間，如此，可根據 使用者腳背的高低調整翼形片體21的有效長度；翼形片體 M275736 底4 21〇是固定在鞋塾133後部上，如此，即可利 ^片體21連結鞋舌部U與鞋塾133產生同步的 私動㈣，且此連動適相對使用者之穿脫鞋的動作。 2該導向片22,係在鞋幫12與㈣片2ιι 間内，與鞋幫121固裝—體，在其端面具有相 子上4牽引片211端面導槽21 3的對組端面221，與-The control mechanism consists of a switch, a hook control body, a fixed piece and a hanging piece. The control spoon body and the solid piece are installed on the heel part of the insole. The relative wearing action and the hanging piece hook on the midsole are installed on the shoe. The switch on the back of the body controls the hook to release the sockliner and midsole to release the shoes automatically. Please refer to the following detailed description of the novel-preferred embodiment and the attached drawings for further understanding of the technical content of the novel and its purpose and effect; the drawings related to this embodiment. [Embodiment] Please refer to Figs.-~ 4, the automatic putting on and taking off shoes of a preferred embodiment of the present invention, the structure of which includes the action adjustment mechanism 2 of the shoe body part it in the upper 12 of the shoe body part i, and The control mechanism 3 20 installed in the sole 13 of the shoe body is composed as shown in the first figure. The shoe body part mentioned above is mainly composed of the tongue and the upper 12 and the sole 13 facing each other. The tongue part Η mentioned above has a tongue 11, and on the surface, one can further adjust the tongue part according to the design or needs. 丨 丨 elastic decorative laces 丨 丨】, M275736 or magic tape, etc. In this way, the width of the tongue portion 11 can be adjusted according to the weight of the user's feet. i An opening and closing area 121 is set between the upper 12 and the tongue u of the shoe upper. The opening and closing area 121 can be opened at any 5 positions between the tongue and the decorative lace η to form the area of the tongue 11 And the length of operation of the motion adjustment mechanism 2. In accordance with the operation of the above-mentioned motion adjustment mechanism 2 and control mechanism 3, the opening angle between the tongue portion 11 and the upper 丨 2 is changed, and the outer surface of the upper 12 and the motion adjustment mechanism 2 are changed relative to the user's putting on and taking off the shoes. Between the outer surfaces of the wing pieces 21 of the wing-shaped piece body 21, a sandwich operation 10 space is formed, which provides the assembly of the above-mentioned action adjustment mechanism 2 and the operation of traction shoe tongue U. The sole 13 is composed of an outsole 131, a midsole 132, and an insole 133. The rear end of the outsole 131 is provided with a guide groove 134 and a recessed midsole 132, which is fixed on the outsole 131 and is at the rear heel. There are two through-holes through the wound surface, 3, 6, 3, 7 and a through-hole 1 3 8; the sole part of the front part of the insole 15 133 is fixed with the midsole 132, and the heel part of the rear part The portion is opposed to the midsole 1 3 2. The aforementioned motion adjustment mechanism 2 is composed of a wing-shaped piece body 21, a guide piece 22 and an insert piece 23. The 4-wing blade body 21 has a bottom 210 and an integrally extending second-type 20-shaped wing-shaped traction blade 211, and the upper fixing portion 212 is fixedly connected with the tongue portion U in an integrated manner. A guide piece 214 is provided with a guide groove 213 on one end surface of the outer side of 211. The two guide pieces 214 are extended in the interlayer operating space formed by the upper 1 2 and the traction piece 2 1 1. In this way, it can be adjusted according to the height of the user's instep. The effective length of the wing-shaped sheet body 21; the wing-shaped sheet body M275736 and the bottom 4 21 are fixed to the back of the shoe last 133. In this way, the sheet body 21 can connect the tongue U and the shoe last 133 to synchronize the private movement. Hey, and this linkage is suitable for the user's putting on and taking off shoes. 2 The guide piece 22 is fixed between the upper 12 and the cymbal 2 and is fixed to the upper 121. The guide piece 22 has a pair of end faces 221 on the end face of the 4 guide 211 end guide grooves 21, and
10 部對組端面221間的穿槽222，利用-長條狀的插片23， 在相對牵引片211端面導槽213與導向片22對組 ⑵間交錯式的穿插，如第二圖所示，使牽引片2ιι與導 向片22、组合-體’獲得牽引片211❿於上下移動運作導 向，與左右側向的固定作用力。 上述所提之控制機構3，是包括開關31、控勾體32、 固定片33與掛片34組成。其中Ten pairs of through grooves 222 between the end faces 221 of the group are inserted in a staggered manner between the pair of guide grooves 213 and the guide piece 22 at the end faces of the opposite traction piece 211 by using a long strip insert 23, as shown in the second figure. The traction sheet 2m, the guide sheet 22, and the combination body can obtain the traction sheet 211 to guide the movement of the up and down movement, and the fixed force of the left and right sides. The control mechanism 3 mentioned above is composed of a switch 31, a hook body 32, a fixing piece 33 and a hanging piece 34. among them
前述該開關31是固定在鞋底13的後方，其向鞋底13 15内延伸有一推桿311,且其進入鞋底13之運作路徑是相對 上述大底131後部開設的導槽134，換言之，該推桿3ιι 可沿此導槽134往復移動進入凹坑135中，相對控勾體 32之擋塊3 24控制解除其扣制狀態。 前述該控勾體32，是為一平板體，在板體321下方緃 20向凸設有前後兩掛鈎322、323，另在板體321下方且位 於則掛鈎3 22的前方凸設有擋塊324，在板體321對應前 後掛鈎3 2 2、3 2 3兩側位置的板體上，設有複數個長形卡 組通孔3 2 5，並在至少一卡組通孔3 2 5内設置一復歸彈簧 328 ’如第七圖所示，以相對固定片33之凸柱333頂抵。 10 M275736 别述省固定片3 3，主要在相對將上述控勾體3 2固裝 於上述鞋塾133的底部端面，固定片33亦是一片狀體成 型，上方四周凸設有擋垣331，此擋垣331的高度是高於 控勾體32的板體321厚度，四周的擋垣331即可圍設有 5 -容置空間；m’同時在固^片33的上方凸設有複數個凸 柱333，是分別伸置於控勾體32的卡組通孔325中，以 定位控勾體32的移動路徑，並由其至少一凸柱33 3在卡 組通孔325中相對一復位彈簣328頂抵，如第七圖所示， 形成控勾體32移動後的自動復歸動力，如第八圖所示；固 10定片32的中部開設有一長條槽334，形成控勾體32兩掛 鈎322、323貫穿組裝位置，前述該固定片33是連設控勾 體32後嵌置於鞋墊133腳跟處的下方，控勾體32的前後 掛勾322、323及擋塊324是向下伸組於長條槽334之 外，控勾體32可以在固定片33與鞋墊丨33之間組成的容 • 15間332内前後移動。 # 前述該掛片34，是為一片體，較佳為一金屬片體，且 掛片34是固定在鞋底13的中底132底部位置上，掛片 34端面上對應上述控勾體32的前後掛勾322、323位 置’設有兩通孔341、342並相對於中底132開設的二穿 20扣通孔136、137，以便於控勾體32的前後掛勾322、 323通過後，在大底131提供之凹坑i 35空間内，相對兩 通孔341、342扣制固定，掛片34端面開設有一供控勾體 32之擋塊324通過的通孔138’提供擋塊324通過延伸 於大底131的導槽134，相對開關31之推杆311控制解 M275736 除控勾體32與掛片34的扣制狀態。 配合第三圖所示，使用者可根據自動腳型的需要，含 整好鞋舌部11的寛度及翼形片體2 i 凋 使用時吊悲鞋子未經穿著時，鞋舌部11是相對鞋帮i 於開合區121處呈打開狀態，當然該鞋墊133後部也 形片體21的牵引而是處於抬起狀態。 、 10 15 如第五、六所示，當使用者欲進行穿鞋動作時，此 的鞋舌部11是處於打開狀態，如第三、五圖所示，即鞋墊 1 3 3的後部疋處於抬起的狀態，當人的腳部斜向穿入鞋體 内時，腳跟向下移動而壓下鞋墊133 $生向下移動 j動作調整機構2的翼形片體21之牽引片211同步牵引 V動下，使鞋舌110也向下移動，與此同時，鞋墊上 控制機構3的控勾體32前後掛勾322、323，會對準掛片 34兩通孔341、342，以及中底132的二穿扣通孔⑽、 137,且插入兩通孔341、342與二穿扣通孔i36、i37 中由於掛勾322、3 23底部的弧形設計，其弧形面在與 中底132上的掛片34配合時，控勾體32向下移動時，前 後掛勾=2、323的弧形底部，即可推動控勾體32相對鞋 ^ 132前方移動，如第六圖所示，相對此移動動程並由固 疋不動的凸柱333，在卡組通孔奶中相對復位彈菁⑽ 頂抵處於m縮蓄能狀態，如第八圖所示，形成控勾體32移 動後的自動復知動力，當前後掛勾322、完全伸置出 中底132且位於大底⑶令的凹坑135後，在復位彈菁 328的作用下’控勾體32會相對鞋墊⑴及中底⑶向 20 M275736 =133的後方移動，使前後掛勾322、323完全扣制於 ::?2上的掛…，如第七、九圖所示，此： 疋处於穿者狀如第四、九圖所示，即便在行 腳面向鞋舌部η施力，由於此時的鞋墊133 {固定在 底132上’鞋塾} 33又是與鞋舌部^固定連設在一起， 鞋墊133不氣、脫’使用者的腳是不會從鞋體中脫出的。 當使用者欲進行脫鞋動作時，如第十圖所示， 10 15 後跟向後施力按壓開關3卜同時抬動腳面向上對鞋舌部^ 知力’由於開關31相對向鞋體内移動，關關31上的推桿 311向前移動推動控勾體32上推塊…向前移動 掛勾322、323亦同步為相同動程的向前移動，與此同時 控勾體32上的復位彈著328又受凸柱333 彈菁㈣處於壓縮蓄能狀態，如第八圖，當前後掛二 、、323對準中底132與掛片34的通孔34ι、⑷與二 :扣通孔136、137時，配合使用者腳背向上抬起的動 ’推頂鞋舌部u向上移動連動鞋塾133產生向上施力 的作用下’月；）後挂卜勾322、323會由中底132與挂卜片34 =通孔341、342與穿扣通孔136、137中脫出，在復位 3 m的作用下’控勾體32相對鞋塾132向後移動回 设常態，使用者的腳即可從鞋體中脫出，三 圖所示。 本創作在其他具體實施例結構中，如應用於鞋底較薄 :鞋子時’如第十—〜十三圖所示，本創作前述具體組成 …構中，將該控勾體32的前後掛勾mm延伸高度降 13 20 M275736 低採用偏平形的掛勾成型設置，並在控勾體32下方前掛 勾322的前方樞設扭簣329，扭簧32 9的一支腳是貼合在 控勾體3 2的下面，另一支腳3 2 0是張開狀態，彈性頂抵 ;抵制片3 2 7，對應此抵制片3 2 7的位置在中底1 3 2或 5是中底132的掛片34上凸設有兩凸塊139、130，如第十 一 A圖所示。 、/艮據上述實施例結構’如第十-圖所示，當使用者欲 進行穿鞋動作時，此時的鞋舌部η是處於打開狀態，即鞋 塾133的後部是處於抬起的狀態，當人的聊部斜向穿入鞋 1〇體内時，腳後跟向下移動，同時在動作調整機構2的帶動 下鞋舌部11向下移動，與此同時，鞋墊133上控勾體μ 的前後掛勾322、323欲對準中底132上的穿扣通孔 136 137’控勾體32上的扭簧329的另-支腳32〇頂抵 的抵制片327，-端頂制在中底132的前凸塊139上如 B第十- Af所示，在鞋塾133向下移動的同時此抵制片 327會在前凸塊139的頂抵下使控勾體32相對鞋墊丄33 :鞋體前方移動’掛片34即會推動控勾體32上的復位彈 育328 ’文到凸柱333的頂抵，使復位彈簧m處於壓縮 能狀態，當前後掛勾322、323完全對準中底132與掛片 2〇 34的兩通孔341、342與穿扣通孔136、137且插入時 即鞋势⑻將與中底132貼合時，後凸塊13〇是位於抵制 片327的中部位置，再向鞋塾133向下施力後凸塊m 對抵制片327的槓桿作用，使抵制片327脫離對前凸塊 139的頂抵作用，在復位彈簧328的作用下控勾體u 14 M275736 會相對鞋墊133及中底132向鞋墊133的後方移動，使前 後掛勾322、323完全扣制於中底132的掛片34上，如 第十—圖所不。 當使用者欲進行脫鞋動作時，配合第十三圖所示，其 5動作與原理與實施例一相同，在此不贅述。 當然，本創作的控制機構並不局限於上述的兩種實施方 式’控勾體亦可設置在鞋底上，掛片可設置在鞋墊上，同 樣可以實現鞋墊與中底、鞋底的掛持作用。因此大凡配合 開關即可實現鞋墊與中底及鞋底的固定與鬆開的功能均為 10 ^創作的控制機構。本創作的關鍵是在於其動作調整機構 是牵引鞋舌與鞋墊同步連動的作用，如此其相對在先技術 中的動作調整機構，部件單一，結構相對大為簡化，完全 改變了在先技術中利用鞋帶鬆緊實現穿脫鞋的功能，使自 動穿脫鞋結構的功能更加確實，降低故障率，降低了生產 15 成本。 — 綜上所述，本案不但在系統架構與運作型態上確屬創 並能較習用物品增進上述多項功效，應已充分符合新 =性：進步性之法定新型專利要件’爰依法提出申請懇 ::責局核准本件新型專利申請案，以勵創作，至感德 20 使0 【圖式簡單說明】 第一圖為本新型一實施例之結構立體分解圖。 ^二圖為本新型動作調整機構—實施例之組合剖視圖。 第二圖為本新型—實施例之未穿著狀態立體組合圖。 15 M275736 第四圖為本新型一實施例之穿著狀態立體組合圖 第五圖為本新型一實施例的穿鞋動作示意圖。回 第六圖為本新型一實施例的穿鞋動作示咅圖。 第七圖為本新型控制機構之彈性復歸結構圖。 ° 第八圖為本新型控制機構之彈性復歸運作示黃圖。 第九圖為本新型一實施例之穿鞋狀態圖。The switch 31 is fixed to the rear of the sole 13 and has a push rod 311 extending into the sole 13 15. The operation path for entering the sole 13 is relative to the guide groove 134 provided at the rear of the outsole 131. In other words, the push rod 3m can be moved back and forth along the guide groove 134 into the recess 135, and the stopper 3 24 of the hook body 32 is controlled to release its buckling state. The aforementioned hook control body 32 is a flat plate, and two front and rear hooks 322 and 323 are convexly arranged below the plate body 321 and 20, and a stopper is convexly arranged below the plate body 321 and located in front of the hook 3 22 324. A plurality of elongated card group through holes 3 2 5 are provided on the plate body 321 corresponding to the front and rear hooks 3 2 2, 3 2 3, and at least one card group through hole 3 2 5 A resetting spring 328 ′ is provided, as shown in the seventh figure, and abuts against the protrusion 333 of the fixing piece 33. 10 M275736 Do not mention the provincial fixed piece 3 3, which is mainly fixed to the bottom end face of the shoe last 133. The fixed piece 33 is also formed as a piece. The height of this retaining wall 331 is higher than the thickness of the plate body 321 of the hook body 32, and the surrounding retaining wall 331 can be surrounded by a 5-space for accommodation; m 'and a plurality of protrusions are provided above the solid piece 33 at the same time. The protruding posts 333 are respectively extended into the card group through holes 325 of the control hook body 32 to position the moving path of the control hook body 32, and at least one of the protruding posts 33 3 are opposite to each other in the card group through hole 325. The reset impeachment 328 abuts, as shown in the seventh figure, forming the automatic returning power after the movement of the hook body 32, as shown in the eighth figure; a long slot 334 is provided in the middle of the fixed 10 fixed piece 32 to form the control hook The two hooks 322 and 323 of the body 32 pass through the assembly position. The aforementioned fixing piece 33 is connected with the hook body 32 and is embedded under the heel of the insole 133. The front and rear hooks 322, 323 and the stopper 324 of the hook body 32 are The downward extension group is outside the long slot 334, and the hook control body 32 can move forward and backward within the space formed between the fixed piece 33 and the insole 丨 33. 332 . # The aforementioned hanging piece 34 is a piece, preferably a metal piece, and the hanging piece 34 is fixed at the bottom position of the midsole 132 of the sole 13, and the end face of the hanging piece 34 corresponds to the front and rear of the hook control body 32. The positions of the hooks 322 and 323 are provided with two through holes 341 and 342 and two through-holes 20 through 136 and 137 which are opened relative to the midsole 132 to facilitate the control of the front and rear hooks 322 and 323 of the hook body 32. In the space of the pit i 35 provided by the outsole 131, the two through holes 341 and 342 are fastened and fixed. The end face of the hanging piece 34 is provided with a through hole 138 'for the stopper 324 of the control hook body 32 to provide the stopper 324 through extension. In the guide groove 134 of the outsole 131, the pusher 311 of the switch 31 controls the unlocking state of the hook body 32 and the hanging piece 34. As shown in the third figure, the user can adjust the length of the tongue 11 and the wings 2 i according to the needs of the automatic foot shape. When the shoe is not worn, the tongue 11 is The upper i is opened at the opening and closing area 121. Of course, the rear part of the insole 133 is also pulled by the sheet body 21 and is in a lifted state. , 10 15 As shown in Fifth and Sixth, when the user wants to perform a shoe-wearing action, the tongue part 11 is in an open state, as shown in the third and fifth figures, that is, the rear part of the insole 1 3 3 is at In the lifted state, when a person's foot penetrates into the shoe body obliquely, the heel moves downward and presses the insole 133 to move downward. The traction piece 211 of the wing piece 21 of the motion adjustment mechanism 2 is synchronously pulled. When the V is moved, the tongue 110 is also moved downward. At the same time, the hook body 32 of the control mechanism 3 on the insole hangs the hooks 322 and 323 back and forth, which will be aligned with the two through holes 341 and 342 of the hanging piece 34 and the midsole. The two through-holes ⑽ and 137 of 132 are inserted into the two through-holes 341 and 342 and the two through-holes i36 and i37. Due to the curved design of the bottom of the hooks 322 and 3 23, the curved surface is on the midsole. When the hanging piece 34 on 132 cooperates, when the hook body 32 moves downward, the front and rear hooks = 2, the curved bottom of 323 can push the hook body 32 relative to the front of the shoe ^ 132, as shown in the sixth figure. Relative to this movement, and fixed by the fixed post 333, the relatively reset elastic bullet in the through-hole milk of the card group is in the state of m-shrinkage, as shown in the eighth figure. After the movement of the hook control body 32 is formed, the power of automatic re-knowledge is formed. After the current rear hook 322, the midsole 132 is fully extended, and it is located in the pit 135 of the outsole ⑶, the action of the reset spring 328 is to control the hook. The body 32 will move to the rear of 20 M275736 = 133 relative to the insole ⑴ and the midsole ⑶, so that the front and rear hooks 322, 323 are completely buckled on the hook on ::? 2, as shown in the seventh and ninth figures, this: As shown in the fourth and ninth figures, the 疋 is in the wearer's shape. Even if the foot is forced to face the tongue η, the insole 133 {fixed on the bottom 132 'shoe last> 33 is also connected to the tongue ^ Fixedly connected together, the insole 133 is not gas, and the user's feet will not come out of the shoe body. When the user wants to take off the shoes, as shown in the tenth figure, the 10 15 heel presses the switch 3 at the same time and simultaneously raises the foot to face up to the tongue of the shoe. The push rod 311 on Guanguan 31 moves forward to push the hook body 32 to push up the block ... Moving the hooks 322 and 323 forward simultaneously also moves forward with the same stroke, and at the same time control the reset bomb on the hook body 32 The 328 is also subjected to the convex column 333. The elastic cyanine is in a state of compressed energy storage. As shown in the eighth figure, the current rear hang two, 323 are aligned with the through holes 34m, ⑷ and two of the midsole 132 and the hanging plate 34: the through holes 136. , 137 hours, in accordance with the user ’s instep lifted up, the “pull-up shoe tongue u” moves upward to link the shoe last 133 to produce an upward force under the effect of the month;) the rear hooks 322, 323 will be formed by the midsole 132 and Hanging piece 34 = the through holes 341, 342 and the through holes 136, 137 are released, and under the action of resetting 3 m, the 'control hook body 32 moves back to the normal state relative to the shoe last 132, and the user's feet can be Release from the shoe body, as shown in the three pictures. In the structure of other specific embodiments, such as the application of thinner soles: when shoes are used, as shown in the tenth to thirteenth drawings, the specific composition of the previous composition of the creation ... The extension height in mm is reduced by 13 20 M275736 Low adopts a flat hook shape setting, and a torsion pin 329 is pivotally located in front of the front hook 322 below the control hook body 32, and one leg of the torsion spring 32 9 fits on the control hook Under the body 3 2, the other leg 3 2 0 is in an open state and elastically resists; the resisting piece 3 2 7 corresponds to the position of the resisting piece 3 2 7 on the midsole 1 3 2 or 5 is the midsole 132. Two protruding blocks 139 and 130 are protruded on the hanging piece 34, as shown in FIG. 11A. According to the structure of the above embodiment, as shown in the tenth figure, when the user wants to perform a shoe wearing action, the tongue portion η at this time is in an open state, that is, the rear portion of the shoe last 133 is raised. In the state, when the chattering part of the person penetrates into the body of the shoe 10 obliquely, the heel moves downward, and at the same time, the tongue 11 of the shoe is moved downward by the action adjustment mechanism 2. At the same time, the hook body is controlled by the insole 133 The front and rear hooks 322 and 323 of μ are to be aligned with the through holes 136 137 on the midsole 132. The other-foot 32 of the torsion spring 329 on the hook body 32 controls the resisting piece 327, which is a top-end system. As shown in B tenth-Af on the front protrusion 139 of the midsole 132, the resisting piece 327 will make the control hook body 32 face the insole 下 while the shoe last 133 moves downward. 33: Moving the hanging piece 34 in front of the shoe body will push the reset spring 328 on the hook control body 32 to the top of the protruding column 333, so that the reset spring m is in a state of compression energy, and the current rear hooks 322 and 323 are completely Align the two through holes 341 and 342 of the midsole 132 and the hanging piece 2034 with the through-holes 136 and 137 and insert it, that is, when the shoe potential ⑻ will fit with the midsole 132, the rear bump 13 It is located at the middle position of the resisting piece 327, and the lever m acts on the resisting piece 327 after applying downward force to the shoe last 133, so that the resisting piece 327 is released from the top resisting effect of the front protruding piece 139. Under the action, the hook body u 14 M275736 moves relative to the insole 133 and the midsole 132 toward the rear of the insole 133, so that the front and rear hooks 322 and 323 are completely buckled on the hanging piece 34 of the midsole 132, as shown in the tenth figure. . When the user wants to take off the shoes, according to the thirteenth figure, the five actions and principles are the same as those of the first embodiment, and will not be repeated here. Of course, the control mechanism of the present invention is not limited to the above two implementation modes. The control hook body can also be provided on the sole, and the hanging piece can be provided on the insole, which can also realize the hanging effect of the insole with the midsole and the sole. Therefore, with the switch, you can achieve the function of fixing and releasing the insole and midsole and the sole. The key to this creation is that the action adjustment mechanism is the synchronous linkage of the traction tongue and the insole. Therefore, compared to the prior art, the action adjustment mechanism has a single component and a relatively simplified structure, which completely changes the use of the prior technology. The elasticity of the shoelaces realizes the function of putting on and taking off shoes, making the function of the automatic putting on and taking off shoes more reliable, reducing the failure rate, and reducing the cost of production. — In summary, this case is not only innovative in terms of system architecture and operation mode, but also can improve the above-mentioned multiple effects over conventional items. It should have fully met the new requirements: progressive statutory new patent elements, and applied in accordance with the law. :: Responsibility Bureau approves this new patent application, encourages creation, and achieves 20 digits. [Simplified illustration of the drawing] The first figure is a three-dimensional exploded view of an embodiment of the new model. ^ The second figure is a combined cross-sectional view of an embodiment of the novel motion adjustment mechanism. The second figure is a three-dimensional combined view of the unworn state of the novel embodiment. 15 M275736 The fourth figure is a three-dimensional combined view of the wearing state of an embodiment of the novel. The fifth figure is a schematic view of a shoe wearing action according to an embodiment of the new invention. FIG. 6 is a diagram showing a shoe wearing action according to an embodiment of the present invention. The seventh figure is the elastic return structure of the new control mechanism. ° The eighth picture is the yellow picture of the flexible return operation of the new control mechanism. The ninth figure is a state diagram of a shoe according to an embodiment of the present invention.
第十圖為本新型一實施例之脫鞋動作圖。 第十一圖為本新型另一實施例之穿鞋動作圖。 第十一A圖為本新型第十一圖之局部結構放大圖。 第十二圖為本新型另一實施例之穿鞋狀態圖。 第十二圖為本新型另一實施例之脫鞋動作圖。 【主要元件符號說明】The tenth figure is an action diagram of removing a shoe according to an embodiment of the present invention. The eleventh figure is a shoe wearing action diagram according to another embodiment of the present invention. Fig. 11A is an enlarged view of a part of the structure of the eleventh figure of the new model. The twelfth figure is a state diagram of a shoe according to another embodiment of the present invention. The twelfth figure is a shoe removing action diagram according to another embodiment of the present invention. [Description of main component symbols]
1 一鞋體部份 3 —控制機構 15 1 2 —鞋帮 2 1 —翼形片體 2 3 —插片 32 —控勾體 34—掛片 2〇 111〜裝飾鞋帶 1 3 1 —大底 1 3 3 —鞋墊 1 3 5 —凹坑 1 3 8 ~通孔 2 —動作調整機構 11 一鞋舌部 I 3 —鞋底 22 —導向片 3 1 —開關 33—固定片 II 0 —鞋舌 1 2 1 —開合區 1 3 2 —中底 134—導槽 136、137 —穿扣通孔 1 3 9 —前凸塊 16 M275736 1 3 0 —後凸塊 21 1 —牽引片 213—導槽 2 2 1 —對組端面 5 3 1 1 —推桿 3 22 —前掛鈎 324 —擋塊 3 2 7 — 4氐制片 3 2 9 —扭餐 10 3 3 1 —擋垣1 A shoe body part 3 —Control mechanism 15 1 2 —Upper 2 1 —Wing piece 2 2 —Insertion piece 32 —Control hook body 34—Hanging piece 2〇111 ~ Decorative shoelace 1 3 1 —Outsole 1 3 3 —Insole 1 3 5 —Dent 1 3 8 ~ Through hole 2 —Motion adjustment mechanism 11 —Shoe tongue I 3 —Sole 22 —Guiding piece 3 1 —Switch 33—Fixing piece II 0 —Shoe tongue 1 2 1 —Opening and closing area 1 3 2 —Midsole 134 —Guide grooves 136, 137 —Through hole 1 3 9 —Front projection 16 M275736 1 3 0 —Rear projection 21 1 —Drawing piece 213—Guide slot 2 2 1 —End of the group 5 3 1 1 —Push rod 3 22 —Front hook 324 —Stopper 3 2 7 — 4 氐 Production 3 2 9 —Twisting meal 10 3 3 1 —Retainer
3 3 3 —凸柱 341、342 —通孑L 15 2 1 0 —底部 2 1 2 —固定部 214 —導引片 2 2 2 ·—穿槽 3 2 1 —板體 32 3 —後掛鈎 3 2 5 —卡組通孔 328 —復位彈簧 32 0 —支腳 3 3 2 —容置空間 334 -長條槽3 3 3 —Bosses 341, 342 —Tong L 15 2 1 0 —Bottom 2 1 2 —Fixed section 214 —Guide piece 2 2 2 · —Thru groove 3 2 1 —Board body 32 3 —Rear hook 3 2 5 —Card set through hole 328 —Reset spring 32 0 —Leg 3 3 2 —Accommodation space 334 -Long slot
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