201125509 六、發明說明： 【發明所屬之技術領域】 本發明是有關於-種履具，特別是指—種可調整緊度 的鞋。 【先前技術】 如圖1所示，現有一種可方便穿脫及調整鬆緊度的鞋 子（美國專利第侧833號案），是在—鞋子i的鞋帶孔片 2上設置多數鞋眼孔201 ’且在前後位置的鞋眼孔3之間的 中段又設有多數個扣勾體3，該等扣勾體3各設有二組可互201125509 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a type of shoe, and more particularly to a shoe with adjustable tightness. [Prior Art] As shown in Fig. 1, there is a shoe which can be easily worn and adjusted and adjusted for tightness (U.S. Patent No. 833), in which a plurality of eyelets 201 are provided on the shoe hole sheet 2 of the shoe i. And a plurality of buckle bodies 3 are provided in the middle section between the eyelet holes 3 at the front and rear positions, and the buckle bodies 3 are respectively provided with two groups to be mutually
相靠合的勾部3G1。當-鞋帶4穿過前、後位置的鞋帶孔3 中’且也同時勾設定位在各扣勾體3 %勾部3〇1中，利用 鞋帶4勾設在不同位置的勾部3(H，就可調整出不同緊度。 雖然這種鞋子可調整緊度，但使用上仍有下列缺失： 一、該等扣勾體3的勾部3G1呈開放狀，所以若鞋帶* 被外物勾住時，鞋帶4很容易自該等勾部3()1脫離。 一、3亥等扣勾體3都各具有—凸伸在二個鞋帶孔片2 之間的末端部302及-車縫固設在該鞋帶孔片2的連結端 4 303 ’且其中-勾部3()1設於末端部搬，所以手指拉起 鞋帶4時較為容易，但另—組勾部3{)1因趨近於該連結端 部303 ’且連結端部3G3與該鞋帶孔片2車縫固定，會產生 -疋夾制力，所以當欲以手指拉起鞋帶4時較不容易。 三、該等扣勾體3浮突在該鞋帶孔片2的表面且具有 相當厚度’容易因碰撞而產生斷髮。 【發明内容】 201125509 因此’本發明之目的，即在提供一種鞋帶元件定位性 佳且調整緊度之操作較為容易之可調整緊度的鞋。 於是，本發明可調整緊度的鞋，包含一鞋體 一 對調整件及一鞋帶元件。該鞋體單元具有-套入口及二設 於該套入σ -側且可相對靠合、鬆開的鞋帶孔片，該等鞋 帶孔片各具有一外側面、一内側面、多數個沿一長方向間 隔設置的鞋帶孔，該等鞋帶孔片還各具有—趨近於該套入 口的貫穿部’該貫穿部貫穿該外、内側面。該等調整件各 具有-呈封閉狀且分別固設在該鞋帶孔片内部的環框部、 多數設置在該環框部中的調整孔及__設置在該環框部中且 可連通該等調整孔的連通部，該等調整孔及該等連通部對 應該等貫穿部。該鞋帶元件具有二交錯穿設在該等鞋帶孔 且穿设在該等調整件的調整孔中的繩段及二與該等繩段連 結且互相匯結的末端部。 本發明之功效：利用該等調整件之環框部呈封閉狀， 可使該鞋帶元件穿設在該等調整孔中的定位性佳，再利用 該等連通部連通該等調整孔之作用，可使該鞋帶元件調整 緊度之操作較為容易。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中’類似的元件是以相同的編號來表示。 201125509 如圖2及圖3所示，本發明可調整緊度的鞋之第一較 佳實施例，包含一鞋體單元10、一對調整件2〇及―鞋帶元 件30。 該鞋體單元10具有一套入口 11及二設於該套入口 Η 一側且可相對靠合、鬆開的鞋帶孔片12，且定義該等鞋帶 孔片12之間形成一中線L。配合參閱圖4,該等鞋帶孔片 12各具有一外層件12ι、一内層件122、多數個沿一長方向 X間隔設置的鞋帶孔123及一趨近於該套入口 u的貫穿部 124，該外層件121具有一外侧面125，該内層件a〗具有 一内側面126,該貫穿部124貫穿該外、内側面125、'i26 〇 配合參閱圖4及圖5,該等調整件20各具有一呈封閉 狀且分別固設在該等鞋帶孔片12内部的環框部21、四個設 置在該環框部21中的調整孔22及一設置在該環框部21中 且可連通該等調整孔22的連通部23。該環框部21具有一 夾設在該外、内層件121、122之間的周緣211、一對應該 等外層件121的第一側面212及一與該第一側面212相反 且對應於該等内層# 122的第二側面213、二設於該周緣 211且由該第一、二側面212、213凹設的車縫溝214，該 等調整件2G利用縫線沿該等車縫溝叫與該等鞋帶孔片^ 的第、一層件121、122車縫固結，該等調整孔22及該 等連通部23對應該等貫穿部124，該等調整孔22對應長方 向X呈間隔設置，且對應該中線L可有不同的距離，且該 等調整孔22各具有一與該等連通部23銜接的導入部221 5 201125509 221的定位部222。本實施例的連通 及一徑寬大於該導入部 部23呈三角孔狀。 、該鞋帶70件3G具有二交錯穿設在該等鞋帶孔123且穿. :在該等調整件2〇之調整孔Μ中的繩段W及二與該等繩 & 31連結且互相H結的末端部Μ，本實施例的末端部η 匯了成蝴蝶結狀，且趨近於該套人口 Η。值得說明的是， ι等末端。卩32也可利用巾請人所提巾之第941奶號專 利案的扣具繫緊且形成蝴蝶結外觀。 再如圖2及圖3所示，當使用者第一次穿鞋時，是先 將腳Ρ自該套人口 U套人鞋子内部，使用者先將該鞋帶元 件3〇的繩段31交錯穿設在該等鞋帶孔123中，接著，再 穿經該等調整件20對應該中線L具有最小距離的調整孔22 中’且，鞋子可隨意穿脫的狀態下，再拉緊該等繩段31， 且將該等末端部32打成蝴蝶結狀或以前述之扣具繫緊。 再如圖6所示’當使用的腳部自該套入口 u套入鞋子 内部’且欲調整緊度時，可將鞋帶元件3Q自原來的調整孔 22中拉出’且利用該等連通部23與其他調整孔Μ都互相馨 連通的特性，可挪移至對應該中線L具有稱大距離的調整 孔22中’或對應長方向x不同位置的調整孔22中，如此 一該等鞋帶孔片12就會互相趨近，幻皮此之間的寬度 變窄，就可調整緊度，且調整後的鞋帶元件3()因張力作用 ，會定位在該調整孔22中，不會輕易掉出。 再如圖7所示，本發明的調整件2〇各具有3個以上的 調整孔22，利用該鞋帶元件3〇配合不同位置、不同數目之 6 201125509 30產生更多的穿設變 調整孔22的穿設’可使該鞋帶元件 化，且可調整出不同的緊度。 因此，本發明的功效可歸納如下 20的環框部21呈封閉狀，所以該鞋 ’不會自該等調整孔22中脫離。 一、該等調整件 帶元件30的定位性佳 、二、料調整件2G對應於料貫穿部124，所以當欲 以手指拉起該鞋帶元件30在該等調整孔22中作位置變換 時’操作相當容易。The hooks are 3G1. When the shoelace 4 passes through the shoelace hole 3 in the front and rear positions, and also at the same time, the hook is set in the 3% hook portion 3〇1 of each buckle body, and the hook portion of the shoelace 4 is set at different positions. 3 (H, you can adjust the different tightness. Although this kind of shoes can adjust the tightness, there are still the following defects in use: 1. The hook part 3G1 of these buckle body 3 is open, so if the shoelace* When hooked by foreign objects, the shoelace 4 is easily detached from the hooks 3()1. 1. The buckles 3 of the 3H and the other have each of the ends extending between the two lace holes 2 The portion 302 and the sewn are fixed to the connecting end 4 303 ' of the shoe loop piece 2, and wherein the hook portion 3 () 1 is disposed at the end portion, so it is easier to pull the shoelace 4 by the finger, but another The group hook portion 3{)1 is close to the joint end portion 303' and the joint end portion 3G3 is fixed to the shoelace hole piece 2, and a clamping force is generated, so when the shoelace is to be pulled up with a finger 4 o'clock is not easy. 3. The buckle body 3 floats on the surface of the shoe loop sheet 2 and has a considerable thickness & is easily broken due to collision. SUMMARY OF THE INVENTION 201125509 Therefore, it is an object of the present invention to provide a shoe which is easy to adjust and has a tight positioning property and which is easy to adjust the tightening. Thus, the shoe of the present invention which can adjust the tightness comprises a pair of shoe body adjustment members and a shoelace member. The shoe body unit has a sleeve inlet and two lace hole pieces which are disposed on the σ-side and can be relatively abutted and loosened. The shoe hole pieces each have an outer side surface, an inner side surface and a plurality of outer side portions. The lace holes are spaced apart along a long direction, and the lace hole pieces each have a through portion that approaches the inlet of the sleeve. The through portion penetrates the outer and inner sides. Each of the adjusting members has a ring frame portion that is closed and fixed to the inside of the shoe hole sheet, and a plurality of adjusting holes and __ disposed in the ring frame portion are disposed in the ring frame portion and are connectable The communication portions of the adjustment holes, the adjustment holes and the communication portions correspond to the penetration portions. The lace element has two end portions that are staggered through the lace holes and that are inserted through the adjustment holes of the adjustment members, and two end portions that are joined to the rope segments and joined to each other. The effect of the present invention is that the ring frame portion of the adjusting member is closed, and the positioning of the shoelace member in the adjusting holes is good, and the connecting portions are connected to the adjusting holes. The operation of adjusting the tightness of the shoelace component is relatively easy. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the invention. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. 201125509 As shown in Figures 2 and 3, a first preferred embodiment of the shoe of the present invention which can adjust the tightness comprises a shoe body unit 10, a pair of adjustment members 2, and a "lace element 30". The shoe body unit 10 has a set of inlets 11 and two lacing holes 12 which are disposed on one side of the sleeve Η and can be relatively abutted and loosened, and define a middle line between the lace gussets 12 L. Referring to FIG. 4, the shoelace apertures 12 each have an outer layer member 12i, an inner layer member 122, a plurality of shoelace holes 123 spaced along a longitudinal direction X, and a penetration portion that approaches the inlet u of the sleeve. 124, the outer layer member 121 has an outer side surface 125, the inner layer member a has an inner side surface 126, the through portion 124 extends through the outer and inner side surfaces 125, 'i26 〇 with reference to FIG. 4 and FIG. Each of the ring frames 20 has a ring frame portion 21 that is fixed in the interior of the shoelace hole piece 12, four adjustment holes 22 disposed in the ring frame portion 21, and one of the ring frame portions 21 disposed in the ring frame portion 21. And the communication portion 23 of the adjustment holes 22 can be connected. The ring frame portion 21 has a peripheral edge 211 interposed between the outer and inner layer members 121, 122, a first side surface 212 of the pair of outer layer members 121, and a first side surface 212 opposite to the first side surface 212 and corresponding to the same The second side surface 213 of the inner layer #122 is disposed at the peripheral edge 211 and the sipe groove 214 is recessed by the first and second side surfaces 212, 213. The adjusting members 2G are called along the sewing groove by using the sewing thread. The first and second layers 121 and 122 of the shoelace hole pieces are fixed to each other, and the adjusting holes 22 and the communicating portions 23 correspond to the penetrating portions 124. The adjusting holes 22 are arranged at intervals corresponding to the long direction X. There may be different distances corresponding to the center line L, and the adjustment holes 22 each have a positioning portion 222 of the introduction portion 221 5 201125509 221 that is engaged with the communication portions 23 . The communication and the one-diameter width of this embodiment are larger than the introduction portion 23 in the shape of a triangular hole. The shoelace 70 pieces 3G have two interlaced holes in the shoelace holes 123 and are worn. The rope segments W and 2 in the adjusting holes of the adjusting members 2 are connected to the ropes & At the end portion of the H-junction of each other, the tip end portion η of the present embodiment merges into a bow-like shape and approaches the population of the population. It is worth noting that ι is the end.卩32 can also be used to fasten the buckle of the 941th milk patent of the towel and form a bow. As shown in FIG. 2 and FIG. 3, when the user wears the shoes for the first time, the ankle is firstly placed inside the sleeve of the U-shaped person's shoes, and the user first interlaces the rope segments 31 of the lace element 3〇. The shoe is disposed in the shoelace hole 123, and then passes through the adjusting hole 22 of the adjusting member 20 corresponding to the centerline L with a minimum distance, and the shoe can be detached and pulled, and then tightened. The cord segments 31 are contoured and the end portions 32 are bowed or fastened with the fasteners described above. Further, as shown in FIG. 6, 'when the used foot is inserted into the inside of the shoe from the sleeve u' and the tension is to be adjusted, the shoelace member 3Q can be pulled out from the original adjustment hole 22 and the communication is utilized. The characteristics of the portion 23 and the other adjustment holes are in singular communication with each other, and can be moved to the adjustment hole 22 of the adjustment hole 22 having a large distance corresponding to the center line L or the adjustment hole 22 corresponding to the different position of the long direction x, such a shoe The apertured sheets 12 will approach each other, and the width between the magical skins will be narrowed to adjust the tightness, and the adjusted lace element 3() will be positioned in the adjustment hole 22 due to the tension, Will fall out easily. As shown in FIG. 7 , the adjusting members 2 of the present invention each have three or more adjusting holes 22 , and the shoe elements 3 〇 are matched with different positions and different numbers of 6 201125509 30 to generate more adjusting holes. The wearing of '22' enables the shoelace to be componentized and can be adjusted to different tightness. Therefore, the effect of the present invention can be summarized as follows. The ring frame portion 21 of the following 20 is closed, so that the shoe ' does not come out of the adjustment holes 22. 1. The positioning of the adjusting member belt member 30 is good, and the material adjusting member 2G corresponds to the material penetrating portion 124. Therefore, when the shoelace member 30 is to be pulled by the finger in the adjusting hole 22, the positional change is performed. 'Operation is quite easy.
三、該等調整件20埋設在該等鞋帶孔# η内部，且 該等周緣2U與該等鞋帶孔片12車縫固定，不會受到碰撞 ’也不容易產生斷裂。 值仔提的疋’利用該等調整件2〇隱藏在該等鞋帶孔 ^ ^内部的特性，可以採—種特殊的製成方式，如圖8所 示，是先製備-預定形成該調整件2〇的實心狀板片2〇〇, 且將該板片200車縫在該等鞋帶孔片12的第一、二層件 121、122之間，再利用—刀模遍對該等鞋帶孔μ η及板 片200 -起衝孔，即可在該等鞋帶孔片12上各形成一個貫 穿部124’同時在該板片2〇〇上也同時形成一個連通部μ 及多數個與該連通部23連通的調整孔22，且該等貫穿部 ⑶的輪摩形狀對應於該等連通部23與該等調整孔22的輪 廓（如圖4所示），不僅可減少組配時對位的問題，且製 造組配相當簡單。 再如圖9所示，本發明的第二實施例與第—實施例大 致相同，差異在於：該等調整件2〇，之連通部23，的形狀呈 7 201125509 又戟狀，且各具有一橫槽231’及多數由該橫槽23ι，連通至 該等調整孔22,中的豐槽232,，該第二實施例亦可達到與第 一實施例相同的目的功效。 . 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是現有一種可方便穿脫及調整鬆緊度的鞋子的平 面組合圖； 圖2是一立體組合圖，說明本發明可調整緊度的鞋一 第一較佳實施例； 圖3是本發明上述較佳實施例之一平面組合示意圖， 說明-鞋帶元件穿過多數鞋帶孔及二調整件的調整孔中； 圖4是沿圖3中之線jy _!y的一剖面圖； 圖5是本發明上述較佳實施例之一調整片的立體圖； 圖6疋本發明上述較佳實施例之一調整緊度示意圖，鲁 說明該鞋帶元件穿過不同位置的調整孔中； 圖7是本發明上述較佳實施例之一調整變化示意圖； 圖8是本發明上述較佳實施例之調整片的成形示意圖 ;及 圖9是本發明可調整緊度的鞋一第二較佳實施例的平 面意圖。 8 201125509 【主要元件符號說明】 10…… …·鞋體單元 213 ..·· …第二側面 11… •.套入口 214 …車缝溝 12… ••鞋帶孔片 22…… …調整孔 121 ··· •…外層件 221 .·.· …導入部 122 .... …·内層件 222 .··· …定位部 123… •…鞋帶孔 23…… …連通部 124 ··· •…貫穿部 30…… …鞋帶元件 125… •…外側面 31…… …繩段 126… •…内側面 32…… …末端部 L....... …·中線 20,·...· …調整件 X....... •…長方向 23, …連通部 20…… •…調整件 23Γ ··· …橫槽 21…… •…環框部 232,… …豎槽 211··· •…周緣 200···· …板片 212 ... —第 側面 300 .... …刀模3. The adjusting members 20 are embedded in the interior of the shoelace holes # η, and the peripheral edges 2U are fixed to the shoelace holes 12 without being collided and are not likely to be broken. The value of the value of the 调整's use of these adjustments 2 〇 hidden inside the lacing holes ^ ^ can be taken in a special way, as shown in Figure 8, is prepared - predetermined to form the adjustment a solid sheet 2〇〇 of the piece 2〇, and the plate 200 is sewn between the first and second layers 121 and 122 of the lace hole piece 12, and then the same is used The shoelace hole η and the plate 200 are punched, and a through portion 124' can be formed on each of the shoe hole pieces 12, and a communication portion μ and a majority are simultaneously formed on the plate piece 2 The adjustment holes 22 communicating with the communication portion 23, and the wheel shape of the penetration portions (3) corresponds to the contours of the communication portions 23 and the adjustment holes 22 (as shown in FIG. 4), which can reduce the assembly The problem of alignment, and manufacturing assembly is quite simple. As shown in FIG. 9, the second embodiment of the present invention is substantially the same as the first embodiment. The difference is that the shape of the connecting portion 23 of the adjusting member 2 is 7 201125509 and has a shape, and each has a The transverse groove 231' and a plurality of the groove 232 are connected to the adjustment hole 22 by the lateral groove 23, and the second embodiment can achieve the same purpose and effect as the first embodiment. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view of a conventional shoe that can be easily worn and adjusted to adjust the tightness; FIG. 2 is a perspective assembled view showing a first preferred embodiment of the shoe with adjustable tightness of the present invention. 3 is a plan view of a planar combination of the above preferred embodiment of the present invention, illustrating that the lace element passes through the adjustment holes of the plurality of lace holes and the two adjustment members; FIG. 4 is along the line jy _!y in FIG. Figure 5 is a perspective view of one of the above-described preferred embodiments of the present invention; Figure 6 is a schematic view showing the adjustment of the tightness of the preferred embodiment of the present invention, illustrating that the lace element passes through different positions. Figure 7 is a schematic view showing the adjustment of one of the above preferred embodiments of the present invention; Figure 8 is a schematic view showing the formation of the adjustment piece of the preferred embodiment of the present invention; and Figure 9 is a shoe 1 of the present invention The planar intent of the second preferred embodiment. 8 201125509 [Explanation of main component symbols] 10... ...·shoe body unit 213 ..··...second side 11...•.sleeve inlet 214...slot groove 12...••lace hole piece 22.........adjustment hole 121 ··· •...Outer part 221 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . • ... penetration portion 30 ... ... lace element 125 ... • ... outer side 31 ... ... rope section 126 ... ... ... inner side 32 ... ... end part L. ... ... ... center line 20, ...· ...adjustment piece X....... •...long direction 23, ...communication part 20...•...adjustment piece 23Γ···...transverse groove 21...•...ring frame part 232,... Vertical groove 211··· •...perimeter 200···· ... plate 212 ... — first side 300 ....