200901908 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種可充氣加壓之鞋帶結構，其兼具可不拆 解鞋帶而調整鬆緊度、氣壓式無段調整、可直接職舌加壓， 以及適用現有鞋具等功效。 【先前技術】 傳統鞋具乡相鞋帶蚊冑設於複數讎帶孔巾，藉由鞋 帶兩端绑/拆蝴蝶結’而將鞋具蚊/脫離雜者之腳部，後來 有可以不拆觸結之料，主要是在鞋具表面設以具供鞋帶 拉緊勾扣，如此達到不拆蝴蝶結的便利。 傳統鞋帶產生以下缺失： 、無料拆解鞋帶_聽緊度。歸密集交叉的穿設 於稷數個鞋π孔中’斜個鞋帶孔為例，在穿麟，要將鞋帶 在十個歸關分職緊，而聰時，又要絲帶在十讎帶 孔間分別轉，_錄具的鬆緊度，相當麻煩。 [2]料式有段調整。為調整鞋帶鬆緊度，市面上有在鞋 ^表面设置小型勾具’只要將鞋帶的―端勾在勾具上，即可拉 緊鞋帶’這樣的結構論 L 歲個勾具，皆為“有段式，，調 八代表—段），調整範圍受到限制1充i量 兩端不用打蝴蝶結，彳日鞋帶 土 緊。 鞋L需在複數個鞋帶孔中拉鬆/拉 [3] 無去直接對鞋舌加壓 習用鞋具g卩使加設勾具 ，也必 200901908 需將鞋帶拉緊’以鞋帶將鞋具兩邊相對之鞋帶孔的距離拉近， 才能對鞋舌加壓，有的人腳瘦，即使將鞋具兩邊相對之鞋帶孔 拉到接觸了’鞋舌對腳部的加壓仍有限度，使鞋具在腳部上鬆 藥々的無法固疋，此時鞋具穿起來極不舒適，習用鞋帶無法直接 對鞋舌加壓。 因此’有必要研發新產品以解決上述缺點。 【發明内容】 本發明之主要目的，在於提供一種可充氣加壓之鞋帶結 構，其可不拆解鞋帶而調整鬆緊度。 本發明之次一目的，在於提供一種可充氣加壓之鞋帶結 構’其為氣壓式無段調整。 本發明之又一目的，在於提供一種可充氣加壓之鞋帶結 構’其可直接對鞋舌加壓。 本發明之再一目的，在於提供一種可充氣加壓之鞋帶結 構’其適用現有鞋具。 本發明係提供一種可充氣加壓之鞋帶結構，其包括： 一鞋帶部，係為空心且略具彈性之帶體，該鞋帶部至少具 有：一充氣口，係設於該鞋帶部之預定段處，該充氣口係具有 彈!·生而可< —外力開啟/封閉；—通氣道，係位於該鞋帶部内 部’該通氣道賴該充氣σ ;以及—轉部初始直徑； 充氣部’係至少包括：一加壓部；一充氣管，係用以傳 輸該加壓部產生之縫；—氣嘴，_崎止/輸出該充氣管 200901908 内之氣體； 藉此，該鞋帶部係用以交叉穿設於一鞋具之複數個鞋帶孔 中；並大體位於該鞋具之鞋舌上；當該充氣部對該鞋帶部之通 氣道充氣至預定時間，該鞋帶部之鞋帶部初始直徑即撐展至一 鞋帶部加壓直徑，並對該鞋舌加壓，使該鞋舌從一第—位置， 朝該鞋具内部移動至一第二位置。 本發明之上述目的與優點，不難從下述所選用實施例之詳 細5兒明與附圖中，獲得深入瞭解。 茲以下列實施例並配合圖式詳細說明本發明於後： 【實施方式】 、 參閱第-、第二及第三圖’本發明係為—種可充氣加壓之 鞋帶結構’其包括： 一鞋帶部10，係為空心且略具彈性之帶體，該鞋帶部1〇 至少具有： 充乳口 u ’係設於該轉部ω之預定段處，該充氣 1係具有彈性而可受—外力開啟/封閉； -通氣道12;係位於雜帶部ig㈣，該通氣道u 連通该充氣口 11(如第六及第八圖所示）’· —鞋帶部初始直徑τι(參閱第六圖）； 充氣部20，係至少包括： 加>1部21 ;例如為手屢式氣囊。 —充氣管22 ’·係用以傳輪該錢式氣囊產生之氣體； 200901908 一氣嘴23 ;係用以停止/輸出該充氣管22内之氣體； 藉此，該鞋帶部10係用以交叉穿設於一鞋具9〇之複數個 鞋帶孔91中；並大體位於該鞋具9〇之鞋舌％上；當該充氣 部20對難帶部K)之通氣道12充氣至預定咖，該鞋帶部 川之鞋帶部初始直徑T1(如第六圖所示)即撐展至一鞋帶部加 壓直徑T2(如第八圖所示），並對該鞋舌％加壓，使該鞋舌％ 從一第-位置Ρ1(如第五_示），朝該鞋具9()内部機至一 第一位置P2(如第七圖所示）。 如此為本發明之可充氣加壓之鞋帶結構。 實務上，在本發明之實施例中(參閱第一、第三、第四A 及第四B圖）’該鞋帶部10之預定段處係設-連接元件隐， 該充氣口 11係設於該連接元件10A内部，該連接元件嫩係 用以將該鞋帶部H)連接起來，當然本發明只是舉例，也可以 直接將該鞋㈣1G __練具9G之__第九圖 嫩，WT均蝶結(很多 T疋不打蝴縣），亦即，只要是可崎魏帶部 行充氣之結構，均可為之。 〇 部20之氣嘴23插入)開啟/封閉 該充氣部2〇係可崎身齡，也可以是設置於該鞋具 90 200901908 之預定位置處要便麟雜帶部1G充氣加壓之結構即可。 參閱第一、第五及第六圖，在一般情況下，該鞋帶部1〇 係交又穿設_鞋具90讀_鞋帶孔91上，壯體位於該 鞋舌92上，如此用以將該鞋具9〇固定於穿鞋者之腳部93(如 第五圖所示）’ _部93具有-腳部高度H1及_腳部接觸點 S1，此時該鞋帶部1G未充氣；其具有—鞋帶部充氣前距離H3’， 該鞋舌92係位於第一位置P1，其具有一鞋舌接觸點&，該腳 部接觸點S1絲錄 S2狀有—腳部錄趙離出。 按壓(也可以講是啟動)該充氣部2〇之加壓部21，該加壓 部h產生預定壓力之氣體，並經該充氣管22及該氣嘴^， :由該鞋帶部1G之充氣口 11輸人該通氣道12 ;當輸入預定 壓力之氣體，該鞋帶部10即由該鞋帶部初始直徑τι(如第丄 =示舰至帶部加壓餘了2(如^卿），也麟 =帶部10之鞋帶部充氣前距離Η3變大至鞋帶部充氣後距離 Η4 〇 藉此，使該鞋帶部10 “卜下声„，， “ 丨 上下關，而“朝下撐開，，的 ;刀，即可將該鞋舌92從第—位置ΡΚ如第五騎示)推頂到 ^位置Ρ2(如第七圖所示），也就是將該鞋舌92朝該鞋具9〇 =推頂’該腳部接觸點S1與該鞋舌接觸點幻合―，該腳部 :^距離H2消失，進而對穿鞋者之腳部％加麼，達到調 、90鬆緊度之功效，當然，第七圖所示之鞋帶部川充氣 200901908 樓開之幅度，僅供參考，實際上“上下朗，，的幅度，全依充 氣壓力大小而㈣性變化，亦可依砰魄具9咖如：登山 辄、-般的皮鞋）而設計可充入不同氣壓之鞋帶部1〇,全依實 際使用需求而靈活改變。 综上所述’本發明之優點及功效可歸納為： [1] 可不拆解鞋帶而調整辟度。鞋帶部係交叉穿設於複 數個鞋帶孔巾’欲調錄具錄度時，無需在複數個鞋帶孔中 =鞋帶，只細縣峨氣即W充氣之鞋帶 :透過鞋舌而對穿鞋者之腳部域，方便的調整鞋具固定於腳 。之氣、緊度，鞋帶不用在複數個鞋帶孔之間拉來拉去，使用上 相當方便。 [2] 氣壓式無段調整。本發明係無段式充氣加壓結構，可 不同穿鞋者的腳部大小而對鞋帶部充人不随 =腳較Γ蝴柯⑽，_«恤氣量可^ 以以鞋具可舒她_部社，嫩紐數的限制。 下撺開，，可Γ雜綱。本發㈣帶部_後即“上 牙开τ撐開的部分，係直接對鞋舌加壓，使鞋舌往鞋 在相對分開之兩排鞋帶孔不拉近的情 鬆調整鞋具鬆緊度。而相對牙鞋者之腳部加壓的功效，輕 []適用現有鞋具。只要是有㈣設計之鞋具，皆可直接 200901908 拆換本發明之可充氣加壓之鞋帶結構，不用改變鞋具設計，可 直接適用目前現有鞋具。 以上僅疋藉由較佳實施例詳細說明本發明，對於該實施例 所做的任何簡轉輯變化，料麟本案之精神與範圍。 由以上詳細說明’可使熟知本項技藝者明瞭本發明的確可 達成前述目的，實已符合專機之規定，紐出翻專利申請。 【圖式簡單說明】 第一圖係本發明之第—實施例示意圖 第二圖係本發明之部分結構之放大示意圖 第三圖係本發明之部分結構之放大分解示意圖 第四A圖係本發明之部分結構組裝前示意圖 第四B圖係本發明之部分結構組裝後示意圖 第五圖係本發明之鞋帶部穿設於鞋具上且充氣前之示意圖 第六圖係本發明之鞋帶部充氣前之剖視示意圖 第七圖係本發明之鞋帶部穿設於鞋具上且充氣後之示意圖 第八圖係本發明之鞋帶部充氣後之剖視示意圖 第九圖係本發明之第二實施例示意圖 11 200901908 【主要元件符號說明】 10鞋帶部 11充氣口 20充氣部 22充氣管 90鞋具 92鞋舌 T1鞋帶部初始直徑 P1第一位置 H1腳部高度 H3鞋帶部充氣前距離 S1腳部接觸點 10A連接元件 12通氣道 21加壓部 23氣嘴 91鞋帶孔 93腳部 T2鞋帶部加壓直徑 P2第二位置 H2腳部與鞋舌間隙 H4鞋帶部充氣後距離 S2鞋舌接觸點 12200901908 IX. Description of the invention: [Technical field of the invention] The present invention relates to an inflatable and pressurized shoelace structure, which can adjust the tightness without removing the shoelace, the air pressure type without segment adjustment, and the direct tongue Pressurization, and the use of existing footwear and other effects. [Prior Art] Traditional shoe-style lace-up mosquito nets are set in a plurality of slinged slings, and the shoes are mosquitoes/detached from the feet of the worms by tying/removing the bows at both ends of the shoelace. The material of the knot is mainly provided on the surface of the shoe with a shoelace to tighten the hook, so that the convenience of not removing the bow is achieved. Traditional laces have the following shortcomings: No material to disassemble the laces _ listening tightness. For example, in the π hole of a number of shoes, the slanting shoelace hole is taken as an example. In the case of wearing a lining, the shoelace should be divided into ten points, and when it is Cong, the ribbon is in the tenth. It is quite troublesome to rotate between the holes and the tightness of the _ recording. [2] There is a paragraph adjustment in the material type. In order to adjust the tightness of the shoelace, there is a small hook on the surface of the shoe ^ as long as the hook of the shoelace is hooked on the hook, the structure of the shoelace can be tightened. For the "segment type, the adjustment of the eight representative - paragraph", the adjustment range is limited. 1 The amount of the charge is not required to be tied at both ends, and the laces are tight on the next day. The shoe L needs to be loosened/pulled in a plurality of shoelace holes [ 3] No need to directly press on the tongue to use the shoe g卩 to add a hook, also 200901908 Need to tighten the shoelace's shoelace to draw the distance between the shoelace holes on both sides of the shoe, to be right The tongue is pressed, and some people's feet are thin. Even if the shoelace holes on both sides of the shoe are pulled into contact, there is still a limit to the pressure of the tongue on the foot, so that the shoe can not be loosened on the foot. At this time, the shoe is extremely uncomfortable to wear, and the shoelace can not directly pressurize the tongue. Therefore, it is necessary to develop a new product to solve the above disadvantages. [The present invention] The main object of the present invention is to provide a Inflatable and pressurized lace structure, which can adjust the tightness without disassembling the shoelace. It is an object of the present invention to provide an inflatable pressure-resistant lace structure which is pneumatically steplessly adjusted. It is yet another object of the present invention to provide an inflatable and pressureable lace structure which can directly pressurize the tongue. A further object of the present invention is to provide an inflatable and compressible shoelace structure which is suitable for use in an existing shoe. The present invention provides an inflatable and pressurized shoelace structure comprising: a lace portion which is hollow And a slightly elastic belt body, the lace portion has at least: an inflation port, which is disposed at a predetermined section of the lace portion, the inflation port has a bomb! · Raw and can be - external force opening/closing; - an air passage, located inside the lace portion - the air passage depends on the inflation σ; and - the initial diameter of the turn; the inflator portion includes at least: a pressurizing portion; an inflation tube for transmitting the pressurization a seam produced by the portion; a gas nozzle, _akisaki/output gas in the inflation tube 200901908; thereby, the lace portion is used to cross the plurality of shoelaces holes of a shoe; and is generally located The shoe on the tongue; when the inflator is on the shoelace The air passage of the portion is inflated to a predetermined time, and the initial diameter of the lace portion of the lace portion is extended to a pressing portion of the lace portion, and the tongue is pressed to make the tongue from a first position to The inside of the shoe is moved to a second position. The above objects and advantages of the present invention are not difficult to understand from the following detailed description of the selected embodiments and the accompanying drawings. DETAILED DESCRIPTION OF THE INVENTION The present invention will be described in detail below: [Embodiment] Referring to the first, second and third figures, the present invention is an inflatable pressure-resistant lace structure which includes: a lace portion 10, which is a hollow and slightly elastic belt body, the lace portion 1 has at least: a filling port u' is disposed at a predetermined section of the rotating portion ω, the inflatable 1 is elastic and can be opened/closed by an external force; - air passage 12; is located in the belt portion ig (four), the air passage u communicates with the air inlet 11 (as shown in the sixth and eighth figures) '· - the initial diameter of the lace portion τι (see the sixth figure); 20, the system includes at least: adding > 1 part 21; for example, a hand-type air bag. - the inflation tube 22 '· is used to transmit the gas generated by the money balloon; 200901908 a gas nozzle 23; is used to stop/output the gas in the inflation tube 22; thereby, the lace portion 10 is used to cross The utility model is disposed in a plurality of shoelace holes 91 of a shoe 9 ;; and is substantially located on the tongue % of the shoe 9 ;; when the venting portion 20 inflates the air passage 12 of the hardband portion K) to a predetermined coffee The initial diameter T1 of the lace portion of the shoelace portion (as shown in the sixth figure) is extended to a lace portion pressing diameter T2 (as shown in the eighth figure), and the tongue is pressurized The tongue % is moved from a first position - 1 (as shown in the fifth) to the internal position of the shoe 9 () to a first position P2 (as shown in the seventh figure). Thus, the inflatable pressure shoe structure of the present invention. In practice, in the embodiment of the present invention (refer to the first, third, fourth, and fourth B drawings), the predetermined portion of the lace portion 10 is provided with a connection element hidden, and the inflation port 11 is provided. Inside the connecting component 10A, the connecting component is used to connect the lace portion H). Of course, the present invention is only an example, and the shoe (4) 1G __ practicing 9G _ _ ninth figure can be directly used. WT is a butterfly knot (many T疋 does not fight in the county), that is, as long as it is a structure that can be inflated by the Kawasaki Wei belt. The gas nozzle 23 of the crotch portion 20 is inserted into the opening/closing of the inflating portion 2, which may be the body of the inflating portion, or may be a structure that is placed at a predetermined position of the shoe 90 200901908 to be inflated and pressurized. can. Referring to the first, fifth and sixth figures, in general, the lace portion 1 is worn and worn on the shoe 90 reading_lace hole 91, and the body is located on the tongue 92. The shoe 9 is fixed to the wearer's foot portion 93 (as shown in FIG. 5). The _ portion 93 has a foot height H1 and a foot contact point S1. At this time, the shoe portion 1G is not Inflated; having a lacing portion pre-inflating distance H3', the tongue 92 being located at the first position P1, having a tongue contact point & the foot contact point S1 silk recording S2 shape - foot recording Zhao left. Pressing (may also speaking to activate) the pressurizing portion 21 of the inflating portion 2, the pressing portion h generating a gas of a predetermined pressure, passing through the inflating tube 22 and the air nozzle, by the lace portion 1G The inflating port 11 is input to the air passage 12; when a predetermined pressure of gas is input, the shoelace portion 10 is the initial diameter of the shoelace portion τι (such as the second 示 = the ship to the belt is pressurized 2 (such as ^ Qing ), also Lin = belt part 10 of the shoelace part before the inflating distance Η 3 becomes larger until the shoelace part is inflated after the distance Η 4 〇, so that the shoelace part 10 "beep down", " “ 丨 up and down, and" Pushing down, the knife, the tongue 92 can be pushed from the first position, such as the fifth ride, to the position Ρ 2 (as shown in the seventh figure), that is, the tongue 92 To the shoe 9〇=pushing top 'the foot contact point S1 is in harmony with the tongue contact point ―, the foot part: ^ distance H2 disappears, and then the foot of the wearer is added, to achieve The effect of 90 tightness, of course, the range of the opening of the shoelace in Sichuan, 200901908, shown in the seventh picture, is for reference only. In fact, the range is up and down, the magnitude of the inflation pressure is all (4). It is also possible to design a shoelace part that can be filled with different air pressures according to the 9-cafe such as: mountaineering rafts, general-like shoes, and all of them can be flexibly changed according to actual use requirements. The advantages and effects can be summarized as follows: [1] The laces can be adjusted without disassembling the laces. The laces are cross-cut through a plurality of lace burrows. Medium = shoelace, only the county's suffocating air is the inflated shoelace: through the tongue and the foot of the wearer's foot, the convenient adjustment of the shoe is fixed to the foot. The gas, tightness, the shoelace do not need to be in the plural The lace holes are pulled and pulled together, which is quite convenient to use. [2] Pneumatic type without segment adjustment. The present invention is a segmentless inflatable pressure structure, which can be different for the size of the foot of the wearer and the lace portion. Filling people do not follow = foot is more Γ 柯 ( (10), _ «shirt gas volume can be used to shoe shoes can be _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ After that, the part of the upper teeth that open the τ is directly pressed against the tongue, so that the tongue is placed on the shoe in the opposite rows of the two rows of lace holes. degree. The effect of the pressure on the feet of the teether is lighter [] applicable to existing shoes. As long as there is a (four) design of the shoe, it can be directly replaced with the inflatable pressure shoe structure of the present invention. Without changing the design of the shoe, the existing shoe can be directly applied. The invention will be described in detail above by way of preferred embodiments, and any changes made to the embodiment are intended to be in the spirit and scope of the present invention. From the above detailed description, it will be apparent to those skilled in the art that the present invention can be achieved by the present invention, which is in accordance with the provisions of the special machine. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a schematic view of a part of an embodiment of the present invention. The second drawing is an enlarged schematic view of a part of the structure of the present invention. The third drawing is an enlarged exploded view of a part of the structure of the present invention. FIG. 4 is a schematic view of a part of the structure of the present invention. FIG. 5 is a schematic view of the shoe portion of the present invention which is worn on a shoe and is inflated. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 7 is a schematic cross-sectional view of the shoelace portion of the present invention after being inflated, and the eighth embodiment is a schematic cross-sectional view of the shoelace portion of the present invention after inflation. Second Embodiment Schematic 11 200901908 [Description of main component symbols] 10 lace portion 11 inflation port 20 inflation portion 22 inflation tube 90 shoe 92 tongue T1 lace portion initial diameter P1 first position H1 foot height H3 lace portion Inflated front distance S1 foot contact point 10A connecting element 12 air passage 21 pressurizing portion 23 air nozzle 91 lace hole 93 foot T2 lace portion pressurizing diameter P2 second position H2 foot and tongue gap H4 lace portion Inflated distance S2 shoes Contact point 12