M420204 五、新型說明： 【新型所屬之技術領域】 本創作係有關於鞋墊結構，特別是指一種可根據使用者 足弓狀態而調整達到多種辅助支撐效果的鞋墊結構。 【先前技術】M420204 V. New description: [New technical field] This creation is about the structure of the insole, especially the insole structure which can be adjusted according to the state of the user's arch to achieve a variety of auxiliary support effects. [Prior Art]
按，人體腳掌主要分為前掌、足弓及後跟三個部位，其 中，人體是透過呈拱型構造的足弓提供避震、彈性作用，使 身體重力從踝關節向前掌分散並傳向腳掌後跟，以保證人體 站立時足底支樓的穩固性，同時藉由足弓改變站立或行走時 二重、移轉和腳掌與地面的接觸，增加腳部彈力，使得人體 I走時，於身體重力下傳和地面的反彈力之間具有吸收衝擊 、分散重量等緩衝作用，讓身體得以平衡。 或足弓由於其消散能量與避震賴，在糾_立、行走 肉^動時若無適當的辅助緩衝介面支禮，便容易使下肢肌 其’勞；為改善上述問題，如第la、lb圖之習知鞋墊ι〇， 有對應人體腳掌之-前掌區„、—Η區12及一後跟 ’且該足弓區12呈實心且向上凸設有職腳掌足弓形 〜支撐部12卜以提供腳掌足$充分的支撐力。 重力然而’足弓在長時間站立時，其功能主要在於分散身體 拉需要支撐力足夠的鞋墊才能達到久站舒適之效果，而 的鞋妓時’其魏主要在於⑽衝擊力，應以彈性佳 較能達敎走舒緩之效果；但習知鞋塾H)多為一體 3 M420204 發泡成型者，並無法視使用者之使用需求增減鞋墊的支撐力 及彈性； 另，市面上雖具有各式鞋墊供消費者依其足弓構造選 擇，但每個人的足弓構造之間都存在有些微差異，尤其足弓 構造因先天腳部疾病或後天使用不當，而產生足弓過高、降 低或扁平足等情況，以現有不具有調整支撐力之鞋墊而言， 顯難提供難改變，故f知鞋墊結構尚具有改良之空間7 【新型内容】 有鑑於上述習用鞋墊的使用問題，本案創作人認為有必 要加以設計—種鞋墊，令使用者得以依其足弓形狀及其使用 目的進行難的足弓支撐調整結構，啸供多_助支樓效 果。 本創作之主要目的在於提供—種鞋墊之足弓支撐調整 :’其主要包括本體及—調整件，該本體設有對應人體腳 :的足弓區’並於該足弓區凸設有對應腳掌足弓形狀的支撐 15且該本體自該底面朝該切部凹設—緩衝空間，該調整 2置於本體空間内部，該緩衝空間形成該支撐部之彈性形 邊空間，且_整件使該切部改變其雜形變裕度； 藉此’ 4調整厚度大於該核間深度，以增加該 2切敎切力；該難件厚度制、於該本體_" =Μ增加該難支撐部之彈性；棚整件厚㈣等於該 本體緩衝空間深度，以提供該鞋塾支㈣相當之支撐力及彈 M420204 性，讓使用者可依據其足弓形狀，調整 果的鞋墊結 衝空間深度之配合形態，形成多_助支1 X與該緩 構。 實施方式】 特徵及功效能夠有更 圖式簡單說明】詳述 為使貴審查委員對本創作之目的、 進一步之瞭解與認識，以下茲請配合【 如后· • "先，言月以第2圖配合第3、4圖觀之，本創作所提供 -種鞋塾之足弓支撐調整結構的實施例，其主要包括本體 20’該本體20具有-踩踏面2〇1及—底面2〇2,且該踩踏面 2〇1設有對應-人體腳掌A之一前掌區2ι、一足弓區”及 -後跟區23 ;該足弓支撐調整結構係包括該本體π及一調 整件30，其中： 該本體20 ’係於該足弓區22凸設有一對應該人體腳掌 φ A足弓形狀之支標部⑵’且該本體2〇自該底面2〇2朝該支 撐部221凹設一緩衝空間24,該緩衝空間％具有一深度h; 該調整件3G，係、容置於該本體2G之該空間24内部， 並具有一厚度Η; 當該人體腳掌Α壓制於該本體20踩踏面201時，該缓 衝空間24形成供該支撐部221彈性形變之空間，且該支撐 部221為該調整件30支撐調整其彈性形變之裕度。 以上所述即為本創作實施例主要構件及其組態說明，至 5 M420204 ;本創作較佳實施例的使用方式及其功效，請配合參閱第4 至6b圖所示，做以下說明： 本創作鞋墊之足弓支撐調整結構的使用方式，主要是透 過該調整件30厚度Η與該本體2〇的緩衝空間24深度h配 合’以調整增減該鞋㈣支#力或彈性，形成適合長時間站 立或行走，或是站立與行走時間比例相當的鞋塾，使用者依 其足弓形態及使用需求選擇合適舒適的鞋墊； 如第4圖所示，係本創作以厚度H等於該本體2〇緩衝 二間24深度h的調整件3〇所形成之足弓支撐調整結構，於 本實轭例中，該調整件3〇係為具彈性之軟質結構體，透過 該調整件30完全填充於該緩衝空間24内而形成該支撐部 221支撐力，以該調整件30之彈性使該支撐部221受力後具 有形變裕度，而朝該緩衝空間24彈性形變，形成適於站立 與行走時間比例相當的鞋墊。 如第5a、5b圖所示，係本創作藉該調整件3〇厚度H小 於該緩衝空間2 4深度h，且不具彈性之硬質結構體，使該調 整件30置入後餘留部分緩衝空間24，讓該支撐部22ι受力 具有較第4圖更大的形變空間，而增加該鞋墊的彈性，形成 適合長時間行走使用的鞋墊，於本實施例中，該調整件3〇 亦可為具彈性之軟質結構體，以更進一步增加該支撐部221 的形變裕度及該鞋墊的彈性。 如第6a、6b圖所示，係本創作藉該調整件3〇厚度h大 M420204 於該緩衝空間24深度h，使該調整件3〇填滿並略超出該緩 衝空間24，於本實施例中，該調整件3〇係具有 結構體，使該支撐部221受力後具有極佳的支撐力，形^適 合長時間站立使用的鞋墊，同時因軟質調整件3〇而具有彈 性增加舒適度；該調整件30亦可為不具彈性之硬質結構體， 以使該支撐部221增高且具有最佳支撐力。 、综上所述，本創作所提供—種鞋塾之足弓^^調整& 鲁構，主要藉由該調整件3〇及該本體2〇緩衝空間“之配合 以改變該鞋㈣支撐力及彈性，同時可透過該調整件％之 彈性進-步調整該鞋墊的足弓切調整結構，以提供符合足 弓高或低之使用者及其使用目的等多種輔助支擇效果。 【圖式簡單說明】 第la圖習知鞋墊結構示意圖。 第lb圖習知鞋墊結構之剖視示意圖。 • 帛2圖本創條墊結構之立體分解示意圖。 第3圖本創作鞋墊結構之平面組合示意圖。 第4圖本創作鞋墊容置空間與調整件之組合剖視示意 圖。 第5a圖本創作鞋墊容置空間與調整件之另一組合態 樣剖視示意圖。 第5b圖本創作第5&圖之鞋倾構使用狀態示意圖。 第6a圖本創作鞋墊容置空間與調整件之再一組合態 7 M420204 樣剖視示意圖。 第6b圖本創作第6a圖之鞋墊結構使用狀態示意圖。 【主要元件符號說明】According to the definition, the human foot is mainly divided into three parts: the forefoot, the arch and the heel. Among them, the human body provides shock and elasticity through the arch of the arch structure, so that the body gravity is dispersed and transmitted from the ankle to the palm of the hand. To the heel of the sole of the foot to ensure the stability of the plantar floor when the human body is standing. At the same time, by the foot arch, the double, the shift and the contact between the sole and the foot are increased when standing or walking, and the elasticity of the foot is increased, so that the human body I walks. Between the body's gravity and the ground's rebound force, there is a buffering effect such as absorbing shock and dispersing weight, so that the body can be balanced. Or the arch of the foot, because of its dissipating energy and shock absorbers, it is easy to make the lower limbs muscles without any appropriate auxiliary buffer interface when correcting and walking the meat. To improve the above problems, such as the first la, The lb diagram of the known insole ι〇, has the corresponding human foot - the forefoot area „, Η Η area 12 and a heel ' and the arch area 12 is solid and upward convex with the foot arch bow ~ support 12 In order to provide sufficient support for the foot and foot. Gravity, however, when the arch of the foot is standing for a long time, its function is mainly to disperse the body and pull the insole with sufficient support force to achieve the long-term comfort effect, while the shoe lasts Mainly in (10) impact force, it should be better to achieve the effect of relaxation; but the traditional shoe H) is more integrated into 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 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 M M M M M M M M M M M M And elasticity; In addition, although there are various insoles on the market for consumers to choose according to their arch structure, there are some slight differences between the arch structures of each person, especially the arch structure due to congenital foot disease or improper use of the day after tomorrow. And produce a arch In the case of high, low or flat feet, it is difficult to provide difficult to change the existing insole without adjustment support. Therefore, the structure of the insole has improved space. 7 [New content] In view of the use of the above-mentioned insole, The creator of the case believes that it is necessary to design a kind of insole, so that the user can carry out the difficult arch support adjustment structure according to the shape of the arch of the arch and its purpose of use, and the whistle is more than _ help the branch effect. The main purpose of this creation is to provide - Ankle support adjustment of the insole: 'It mainly includes a body and an adjustment member, the body is provided with an arch region corresponding to the human foot: and a support 15 corresponding to the shape of the arch of the foot is protruded in the arch region and The body is recessed from the bottom surface toward the cut portion - a buffer space, the adjustment 2 is placed inside the body space, the buffer space forms an elastic side space of the support portion, and the whole piece makes the cut portion change its misshape The '4' thickness is greater than the inter-core depth to increase the 2-cutting shear force; the difficulty thickness is formed on the body _"=Μ increases the elasticity of the difficult support portion; It is equal to the depth of the body buffer space to provide the supporting force of the shoe last (four) and the M420204 property, so that the user can adjust the matching shape of the skin insole space according to the shape of the arch, forming a multi-support 1 X and the slow structure. Embodiments] Features and effects can be more simple and detailed description] Detailed description for the purpose of the review, further understanding and understanding of the purpose of this review, please follow the following [such as • • " Firstly, in the second picture, in conjunction with Figures 3 and 4, the present invention provides an embodiment of an arch support adjustment structure for a shoe last, which mainly comprises a body 20' having a tread surface 2〇 1 and - the bottom surface 2 〇 2, and the tread surface 2 〇 1 is provided with a corresponding one - the forefoot area 2 ι of the human foot A, the one arch area" and the heel area 23; the arch support adjustment structure includes the body π and an adjusting member 30, wherein: the body 20' is attached to the arch region 22 with a pair of branch portions (2)' which should be in the shape of an ankle of the human foot φ A and the body 2 is oriented from the bottom surface 2〇2 The support portion 221 is recessed with a buffer space 24, and the buffer space has a depth h; the adjusting member 3G is disposed inside the space 24 of the body 2G and has a thickness Η; when the human foot is pressed against the tread surface 201 of the body 20, the buffer space 24 is formed. The support portion 221 is elastically deformed, and the support portion 221 supports the adjustment member 30 to adjust the margin of the elastic deformation. The above is the main components of the creative embodiment and its configuration description, to 5 M420204; the use of the preferred embodiment of the present invention and its efficacy, please refer to the description of Figures 4 to 6b, the following description: The use of the arch support adjustment structure for creating the insole is mainly achieved by adjusting the thickness of the adjusting member 30 and the depth h of the buffer space 24 of the body 2 to adjust or decrease the force or elasticity of the shoe (four). The time is standing or walking, or the shoe lasts in proportion to the walking time. The user selects a suitable insole according to the shape of the arch and the use requirements; as shown in Fig. 4, the thickness H is equal to the body 2 The arch support adjustment structure formed by the adjustment member 3 of the 24th depth h of the two buffers is configured to be an elastic soft structure body, and the adjustment member 30 is completely filled with the adjustment member 30. The supporting portion 221 supports the supporting force of the supporting portion 221, and the elastic force of the adjusting member 30 causes the supporting portion 221 to have a deformation margin and is elastically deformed toward the buffer space 24 to form a position suitable for standing and walking. A significant proportion of the insole. As shown in Figures 5a and 5b, the present invention uses the adjustment member 3 to have a thickness H smaller than the depth of the buffer space 24 and a rigid structure that is not elastic, so that the adjustment member 30 is placed in the remaining portion of the buffer space. 24, the support portion 22 ι force has a larger deformation space than the fourth figure, and the elasticity of the insole is increased to form an insole suitable for long-term walking. In this embodiment, the adjusting member 3 can also be The flexible soft structure further increases the deformation margin of the support portion 221 and the elasticity of the insole. As shown in the figures 6a and 6b, the present invention uses the adjustment member 3〇 thickness h M420204 in the buffer space 24 depth h to fill the adjustment member 3〇 and slightly exceed the buffer space 24, in this embodiment. The adjusting member 3 has a structure, so that the supporting portion 221 has excellent supporting force after being stressed, and is suitable for the insole used for standing for a long time, and has elasticity to increase comfort due to the soft adjusting member 3〇. The adjusting member 30 can also be a rigid structural body that is not elastic, so that the supporting portion 221 is increased and has an optimal supporting force. In summary, the creation of the shoe arch of the shoe sole ^^ adjustment & ruling, mainly by the adjustment member 3 〇 and the body 2 〇 buffer space "cooperate to change the shoe (four) support force And the elasticity, and at the same time, the insole cutting adjustment structure of the insole can be further adjusted by the elasticity of the adjusting member to provide a plurality of auxiliary cutting effects such as the user who meets the high or low arch of the arch and the purpose of use thereof. Brief Description of the Drawings La Figure is a schematic view of the structure of the insole. Figure lb is a schematic cross-sectional view of the structure of the insole. • Figure 3 is a three-dimensional exploded view of the structure of the insole. Figure 3 is a schematic diagram of the planar combination of the insole structure. Fig. 4 is a schematic cross-sectional view showing the combination of the creation of the insole space and the adjustment member. Fig. 5a is a schematic cross-sectional view showing another combination of the creation of the insole space and the adjustment member. Fig. 5b is a 5& Schematic diagram of the state of use of the shoe tilting structure. Fig. 6a is a schematic cross-sectional view of the assembled state of the insole space and the adjusting member of the shoe 7 M420204. Fig. 6b is a schematic view showing the state of use of the insole structure of Fig. 6a. Symbol Description】
《習知》 鞋墊10 前掌區11 足弓區12 後跟區13 支撐部121 《本新型》 本體20 踩踏面201 底面202 前掌區21 足弓區22 支撐部221 後跟區23 緩衝空間24 調整件30 厚度Η 深度h 人體腳掌A《习知》 Insole 10 Forefoot area 11 Arch area 12 Heel area 13 Support part 121 "This new type" Body 20 Tread surface 201 Bottom surface 202 Forefoot area 21 Arch area 22 Support part 221 Rear area 23 Buffer space 24 Adjusting piece 30 Thickness 深度 Depth h Human foot A