201218971 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種雨鞋散熱與鞋内暖氣循環裝置，尤指 關於利用鞋内鼓風部之風箱及彈簧片之彈升吸氣，經足跟^ 作將吸入的冷空氣或暖氣，壓擠入散氣部，以達冬暖夏涼 雙重功效。 κ 【先前技術】 按，鞋子雖可保護足部，防止行走或運動時受到外部 異物傷害，亦可避工作中或雨中浸泡到水。惟，多數的鞋 類係為包覆式之設計，因此透氣性不佳，尤其雨鞋幾乎密 不透氣，不僅天熱時悶熱難耐，天冷時冰冷無比，使穿戴 非常不舒服，且足部所產生之濕氣不易散逸至外界，導致 鞋内及足部易滋生黴菌並產生異味，進而漸漸危害足部之 健康。 次按，第一、二圖所示，係新型第M28〇14〇號專利之 結構分解圖及使用狀態示意圖，其主要係為—鞋 (1)，包括有： 一内墊（11’），該内墊（Π’）於腳掌前部佈滿穿孔 (111)’可作為透氣用； 一底墊（12’），疊設於内墊（1Γ)下方，底墊（12,) 適當前半部設有凹槽（122)，另於底墊（12,）後半部設有 凹。Ρ (123)，凹部（123) —側緣連設有一穿孔（cl); 一排氣裝置（2)，係由氣囊（21')、吸氣管（22，）與 排氣管（23·)所組成，其中該氣囊（21，）為一内部呈中 [S1 -3- 201218971 空狀的囊體，兩端分別連設有吸氣管（22,）與排氣管 (23 1 )，吸氣管（22 ’）與氣囊（2Γ )間設有單向氣閥（28 )， 使空氣只能由吸氣管（22')單向流入氣囊（21，）内；又 該排氣管（23,）與氣囊（21')間設有另一單向氣閥（29)， 使致空氣只能由氣囊（21 ’）流向排氣管（23 前述氣囊 (21’）係組設於凹部（123)内，且吸氣管（22，）設置於201218971 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a rain shoe heat dissipation and an in-furnace heating circulation device, and more particularly to an inhalation of a bellows and a spring piece using a blast portion of a shoe, through a heel ^ For the inhaled cold air or heating, squeeze into the air diffusing department to achieve the dual effect of warm winter and cool summer. κ [Prior Art] Press, although the shoes can protect the foot, prevent external foreign body damage during walking or exercise, and avoid immersing in water during work or rain. However, most of the footwear is a wrap-around design, so the breathability is not good, especially the rain boots are almost airtight, not only hot and hot when it is hot, cold and cold when it is cold, making it very uncomfortable to wear, and the foot The generated moisture is not easily dissipated to the outside world, which causes the mold and the foot to easily mold and produce odor, which gradually jeopardizes the health of the foot. Sub-press, as shown in the first and second figures, is a structural exploded view of the new type M28〇14〇 patent and a schematic diagram of the state of use, which is mainly a shoe (1), including: an inner pad (11'), The inner pad (Π') is filled with a perforation (111)' at the front of the sole for ventilation; a bottom pad (12') is stacked under the inner pad (1Γ), and the bottom pad (12,) is suitable for the front half A groove (122) is provided, and a recess is provided in the rear half of the bottom pad (12,). Ρ (123), recess (123) - a perforation (cl) is connected to the side edge; an exhaust device (2) is provided by the air bag (21'), the suction pipe (22,) and the exhaust pipe (23· The airbag (21,) is an inner medium [S1 -3- 201218971 empty capsule, and an air suction pipe (22,) and an exhaust pipe (23 1 ) are respectively connected at both ends, A one-way air valve (28) is arranged between the suction pipe (22') and the air bag (2Γ), so that air can only flow into the air bag (21,) by the suction pipe (22'); and the exhaust pipe (23,) and the air bag (21') is provided with another one-way air valve (29), so that the air can only flow from the air bag (21 ') to the exhaust pipe (23, the aforementioned air bag (21') is assembled Inside the recess (123), and the suction pipe (22,) is disposed in
凹槽（122)中，至於排氣管（23')則是穿置於穿孔（121) 内，前述排氡管（23·)中有排氣孔（231)。當氣囊（21，） 受壓於人體足部（3)而呈凹陷狀時，可使氣囊（2Γ)内 的空氣經由排氣管（23·)排出，當行走收部⑺暫時 抬起解除對於氣囊（2Γ)的壓力時，氣囊（Μ,)將可藉 由吸氣管（22，）吸入凹槽（122)内悶熱，藉此，隨著足 部（3)持續行走，鞋内空氣可兩段式由凹槽（122)、吸氣 管（22')而進人氣囊（21’），接著再由氣囊⑵，）進入 職管（23·)’終而能排出至鞋墊本體⑴夕卜，同時，該 軋囊（21,)因係為一柔軟中空之囊體’亦兼具 之效果。 惟查’該專利案之吸㈣（22，）係裸露於鞋跟外，益 法防水，無法作為_或在下雨天使用， 頻繁踏壓易質變而盔达也* ^ 1 ； ^ 功能，;再者其僅㈣排氣散熱 保陡等功旎；因此，尚有改善空間。 【發明内容】 循環褒置，目的’係'在提供"種雨鞋散熱與鞋内暖氣 衣褒置其利用使用者走路時，足跟_高及落下之人 201218971 體工學，作為動力源，往復踩踏一鼓風箱使其產生對外吸取 空氣之吸力，將鞋外或鞋内的空氣吸入風箱内，再經踏壓注 入散氣部，達到散熱與循環暢流的雙重功效，冬暖夏涼，可 依需求隨時調整使用狀態之功效增進。 本發明之又一目的，則在提供一種雨鞋散熱與鞋内暖氣 循環裝置，其吸氣構造不會滲水，特別適用於雨水或工作鞋， 且該鼓風結構具有恢復彈力，不易彈性疲乏，可確保往復作 動之順暢，而具有足夠之吸氣功效。 為達上述目的，本發明所採用之技術手段包含： 一鞋體，具備一鞋底及設在該鞋底上供足部穿戴之鞋 身，且該鞋底於後段部上表面設有一凹槽； 一連結座，係設在該凹槽的後壁面，其垂直向設有一插 孔，水平向設有一與該插孔連通之進氣口，使其形成一L型 之注氣通道； 一墊體，係置於該鞋體内，並位於該鞋底上，其包括前 段之散氣部及後段之鼓風部，該鼓風部係由一可上下伸縮之 風箱及内部之彈簧元件所組成，該風箱底緣相對於該凹槽， 設有一中空凸體可置入該凹槽，該彈簧元件則收納在該中空 凸體内，再者，該中空凸體後端面設有供該進氣口注氣之連 接口，且該鼓風部前端設有送出氣體之凸伸管；另該散氣部 相對於該凸伸管，設有供其嵌入之凹管孔，再者，該散氣部 之夾層設有縱橫交錯之導流通道，且表面設有與該導流通道 連通之多數上下貫穿氣孔；以及 一吸氣管，其上下端係可嵌入該連結座之插孔，且其管 體上於預定位置設有複數個吸氣孔； [S] • 5 · 201218971 藉此，當足跟抬起，彈簧片推升風箱反彈，經由該吸氣 管來吸氣進入該風箱，該風箱内注滿空氣後，經由該散氣部 之導流通道分散於各氣孔。 本發明依據前揭特徵，該吸氣管係由管内之垂直向中間 分隔為第一及第二吸氣通道，該第一吸氣通道頂端向外設有 一第一吸氣孔，用以吸入鞋體外之冷空氣，且該第一吸氣通 道之底面設有一第一開口，俾將所吸取之外部冷空氣經該連 結座之插孔而注入該鼓風部之風箱内；又，該第二吸氣通道 之頂端設有一第二開口，其正面及側面設有複數個第二吸氣 孔，當該吸氣管反置時，該第二開口係嵌入該連結座之插孔， 並由該複數第二吸氣孔吸取鞋體内之暖氣。 再者，該連結座之進氣口設有一防止該風箱内之空氣回 流之單向阻風片；且該風箱之凸伸管設有一防止該散氣部之 空氣回流之單向阻風片。 進一步，該彈簧元件係可由金屬片所設成之彎摺狀，其 前端定位在該風箱内之前側，而其尾端呈彈性狀揚起，並頂 抵在該風箱之内緣頂面，使該風箱撐開，且該風箱被足跟踩 踏壓縮時，該彈簧片係呈收合狀與風箱底緣之中空凸體同位 於該鞋底之凹槽内。 另，該彈簧元件係可由壓縮彈簧所構成，其底端定位在 該風箱内底緣，而其上端頂抵在該風箱之内緣頂面使該風箱 撐開，且該風箱被足跟踩踏壓縮時，該壓縮彈簧係呈收縮狀 與風箱底緣之中空體同位於該鞋底之凹槽内。 m -6- 201218971 又’該風箱係由-底面板、—上遷板及連接在該上虔板與 底面板之間的可伸縮的不等高摺葉所構成，且於該底面板底緣 向下形成中空凸體’用以收納該彈簧元件，防止彈性疲乏。 此外’該髓之散氣料由—上板體及—下板體所疊合 而成’讀應之内緣面設有縱橫交錯之凹溝，使其疊合後之 丨層形成賴交錯之導流通道，且其周緣形成複數之側氣孔。 承上’該側氣孔係設在該上、下板體周緣之間所形成的 凹面上；該上下板體表面設有多數之上下貫穿氣孔且該上 # 下貫穿氣孔之間設有上下凹溝及中空貫穿孔。 【實施方式】 首先，請參閱第三圖〜第十一圖所示，本發明較佳實 施例包含有： 一鞋體（ίο)，具備一鞋底（11)及設在該鞋底（11) 上供足部穿戴之鞋身（12)，且該鞋底（11)於後段部上表面 設有一凹槽（13);本實施例中，該凹槽（13)後壁面設有一 裝設缺口（ 131); Φ 一連結座（20)’係設在該凹槽（13)的後壁面，其垂 直向設有一插孔（21)，水平向設有一與該插孔（21)連通之 進氣口（22)，使其形成一 l型之注氣通道（23); 一墊體（30)，係置於該鞋體（1〇)内，並位於該鞋底 (11)上，其包括前段之散氣部（31)及後段之鼓風部（32)， 該鼓風部（32)係由一可上下伸縮之風箱（33)及内部之彈 簧元件（34)所組成’該風箱（33)底緣相對於該凹槽（a)， 設有一中空凸體（沾）’如第七圖所示，可置入該凹槽（13)， Ϊ S1 •7- 201218971 該彈簧元件（34)則收納在該中空凸體（35)内，再者，該 中空凸體（35)後端面設有供該進氣口（22)注氣之連接口 (36)’且該鼓風部（32)前端設有送出氣體之凸伸管（π); 另該散氣部（31)相對於該凸伸管（37)，設有供其嵌入之凹 管孔（38)’再者，該散氣部（31)之夾層設有縱橫交錯之導 流通道（39)，且表面設有與該導流通道（39)連通之多數上 下貫穿氣孔（391)吸氣管（40)，其上下端係可嵌入該連結 座（20)之插孔（21 )，且其管體上於預定位置設有複數個吸 氣孔（50); ® 藉此，當足跟抬起，彈簧元件（34)推升風箱反彈（33)， 經由該吸氣管（40)來吸氣進入該風箱（33)，該風箱（33) 内注滿空氣後，經由該散氣部（31)之導流通道（39)分散 於各上下貫穿氣孔（391)。 再者’如第八圖所示’該吸氣管（4〇)係由管内之垂直 向中間分隔為第一及第二吸氣通道（41)、（ 42)，該第一吸氣 通道（41)頂端向外設有一第一吸氣孔（51)，用以吸入鞋體 (10)外之冷空氣，且該第一吸氣通道（41)之底面設有一 # 第一開口（411)’俾將所吸取之外部冷空氣經該連結座（2〇) 之插孔（21)而注入該鼓風部（32)之風箱（33)内；又， 該第二吸氣通道（42)之頂端設有一第二開口（421)，且正 面及側面設有複數個第二吸氣孔（52)，當該吸氣管（4〇)反 置時’該第二開口（421)係嵌入該連結座（20)之插孔（21)， 並由該複數第二吸氣孔（52)吸取鞋體（1〇)内之暖氣。如 第十一圖所示之使用狀態。 [S1 •8- 201218971 承上’該吸氣管（40)之中段處有可伸縮之調整部（43)。 俾以適應不同鞋身（12)之長度來作調整。 另如第六圖所示，該連結座（20)之進氣口（22)設 有防止該風箱（33)内之空氣回流之單向阻風片（221)。 又如第七圖所不，該風箱（33)之凸伸管（37)設有-防 止該散氣部（31)之空氣回流之單向阻風片（371)。 請配合第七、九、十圖所示，本實施例中，該彈箐元件 (34)係由金屬片所設成之彎摺狀彈簧片（34a)，其前端定 位在該風箱（33)内之前側，本實施例中，可藉由銷軸（341) 予以疋位，但不限定於此。而其尾端呈彈性狀揚起，並頂抵 在該風箱（33)之内緣頂面使該風箱（33)撐開，且該風箱 (33)被足跟踩踏壓縮時，該彈簧片（34a)係呈收合狀與風 箱（33)底緣之中空凸體（35)同位於該鞋底（ιι)之凹槽 (13)内。且，該風箱（33)係由一底面板（331)、一上壓 板（ 332)及連接在該上壓板（332)與底面板（331)之間的 可伸縮的不等高摺葉（333)所構成，且於該底面板（331) 底緣向下形成中空凸體（35)，用以收納該彈簧片（34)。如 此，可確保該彈簧片（34a)不易彈性疲乏，而增長使用壽命。 請配合第三、五圖所示，該墊體（3〇)之散氣部（31) 係由一上板體（311)及一下板體（312)所疊合而成，且對 應之内緣面設有縱橫交錯之凹溝，使其疊合後之夾層形成緃 k交錯之導流通道（39)，且其周緣形成複數之側氣孔（392)。 且，該側氣孔（ 392)係設在該上、下板體（3u)、（312)周 緣之間所开> 成的凹面（313)上。再者，該上、下板體（Μ〗）、 (312)表面設有多數之上下貫穿氣孔（391)，且該上下貫穿 t S1 -9· 201218971 氣孔（391)之間設有上下凹溝（393)，再者，上、下板體（311)、 (312)表面設有多數之中空貫穿孔（394)，藉以使氣體流通 及散熱，並可增加墊體（30)之彈性及柔軟度。 第十一圖〜第十五圖所示，係本創作另一可行實施例， 其相同於前—實施例之結構，以相同圖號表示，其差異性僅 在於：該彈簧it件（34)係由壓縮彈簧（34b)所構成。其底 端定位在該風箱（33)内底緣，而其上端頂抵在該風箱（33) 之内緣頂面使該風箱（33)揮開’且該風箱（33)被足跟踩 踏壓縮時，該壓縮彈簣（34b)係呈收縮狀與風箱（33)底緣 之中空體（35)同位於該鞋底之凹槽（13)内。 疋以本實細•例僅是將彈簧片（35a )改由壓縮彈簧 (35b)’以及將中空體（35)、凹槽（13)之形狀大小略加改 變而已’基本上其功效相同於上揭實施例，容不費述。 又，上揭二個實施例中，為使該風箱（33)可與鞋底（U ) 方便定位，該風箱（33)底緣面設洧-個以上之凸柱（ 334)， 而該鞋底（11)才目對於該凸柱（334)則設有與其相配合之定 位孔（14)，如此可使其組合方便且結合穩固不易滑移之功 效。 藉助上揭技術特徵，本發明具有如下之功效增進需再 闡明者： —、本發明係利用使用者走路時，足跟自然抬高及落下 體-學作為動力源，往復踩踏一鼓風箱使其產生對外 吸取空氣线力，將鞋外或_的空氣吸人風油，再經踏 入散氣α卩，達到散熱與循環暢流的雙重功效，冬暖夏涼， 可依需求隨時調整使用狀態之功效增進。 201218971 二、本發明所使用之吸氣構造不會滲水，特別適用於雨 水或工作鞋，且該鼓風結構具有恢復彈力，可確保往復作動 之順暢，而具有足夠之吸氣功效。 綜上所述，本發明所揭示之技術手段，確具「新穎性」、 「進步性」、「可供產業利用」等發明專利要件，祺請鈞局 惠賜專利，以勵發明，無任德感。 惟，上述所揭露之圖式、說明，僅為本發明之較佳實施 例，大凡熟悉此項技藝人士，依本案精神範疇所作之修飾或 等效變化，仍應包括本案申請專利範圍内。 【圖式簡單說明】 第一圖係習用新型第M280140號專利之分解立體圖。 第二圖係習用新型第Μ 280140號專利之分使用態樣圖。 第三圖係本發明較佳實施例之外觀圖。 第四圖係第三圖中4 — 4斷面剖示圖。 第五圖係本發明主要構造分解立體圖。 第六圖係本發明之連結座剖示圖。 第七圖係本發明之風箱部分構造剖示圖。 第八圖係本發明之吸氣管示意圖。 第九圖係本發明足跟抬起之示意圖。 第十圖係本發明足跟踩下之示意圖。 第十一圖係本發明使用在吸取鞋内暖氣之示意圖。 第十二圖係本發明另一可行實施例之分解立體圖。 第十三圖係本發明另一可行實施例之彈簧元件剖示圖。 第十四圖係本發明另一可行實施例之風箱剖示圖。 第十五圖係本發明另一可行實施例之足跟踩下之示意圖。 m -11 - 201218971 【主要元件符號說明】 (10) 鞋體 (11) 鞋底 (12) 鞋身 (13) 凹槽 (131)裝設缺口 (14) 定位孔 (20) 連結座 (21) 插孔 • (22)進氣口 (221)風阻片 (23)注氣通道 (30) 墊體 (31) 散氣部 (311) 上板體 (312) 下板體 (313) 凹面 • (32)鼓風部 (33) 風箱 (331 )底面板 ( 332 )上壓板 ( 333 )摺葉 (34) 彈簀元件 (34a)彈箐片 (34b)壓縮彈簧 (341)銷軸 (35) 中空凸體 (36) 連接口 (37) 凸伸管 (371)風阻片 (38) 凹管孔 (39) 導流通道 (391)上下貫穿氣孔 ( 392 )側氣孔 ( 393 )上下凹溝 ( 394)中空貫穿孔 (40) 吸氣管 (41) 第一吸氣通道 (42) 第二吸氣通道 (43) 調整部 (411)第一開口 (421)第二開口 (50) 氣孔 (51) 第一吸氣孔 (52) 第二吸氣孔In the groove (122), the exhaust pipe (23') is inserted into the through hole (121), and the exhaust pipe (23.) has a vent hole (231). When the airbag (21,) is depressed by the human foot (3), the air in the airbag (2Γ) can be discharged through the exhaust pipe (23·), and when the traveling portion (7) is temporarily lifted, the lifting is released. When the airbag (2Γ) is under pressure, the airbag (Μ) will be sucked into the groove (122) by the suction pipe (22), whereby the air in the shoe can be kept as the foot (3) continues to walk. The two-stage type enters the airbag (21') by the groove (122) and the suction pipe (22'), and then enters the service pipe (23·) by the air bag (2), and can be discharged to the insole body (1). At the same time, the rolling cuff (21,) is also a combination of a soft hollow capsule. However, the investigation of the patent case (4) (22,) is bare outside the heel, and it is waterproof, can not be used as _ or in rainy days, frequently stepping on the pressure and changing the helmet and also * ^ 1 ; ^ function,; It only has (4) exhaust heat dissipation and other functions; therefore, there is still room for improvement. [Centre of the Invention] The purpose of the cycle is to provide the "heavy" shoe cooling and the in-shoe heating device to use the user to walk, the heel _ high and the falling person 201218971 physical engineering, as a power source, Reciprocating stepping on a bellows to generate suction force for externally sucking air, inhaling the air outside the shoe or the shoe into the bellows, and then injecting into the air diffusing portion by pressing, to achieve the dual functions of heat dissipation and circulation, and warm winter and summer Cool, you can adjust the use of the function at any time according to the needs. Another object of the present invention is to provide a rain shoe heat dissipation and an in-furnace heating circulation device, wherein the air suction structure does not seep water, and is particularly suitable for rainwater or work shoes, and the air blowing structure has elastic recovery and is not elastic and fatigued. Ensure that the reciprocating action is smooth and has sufficient inhalation effect. In order to achieve the above object, the technical means adopted by the present invention comprises: a shoe body having a sole and a shoe body disposed on the sole for the foot to be worn, and the sole is provided with a groove on the upper surface of the rear section; The seat is disposed on the rear wall surface of the groove, and is provided with a jack in a vertical direction, and an air inlet communicating with the jack is disposed horizontally to form an L-shaped gas injection passage; The utility model is disposed in the shoe body and is located on the sole of the shoe, and comprises an air diffusing portion of the front section and a blasting portion of the rear section, wherein the air blowing portion is composed of a bellows that can be vertically expanded and retracted, and an inner spring element, the wind The bottom edge of the box is opposite to the recess, and a hollow convex body is disposed in the recess, the spring element is received in the hollow convex body, and further, the rear end surface of the hollow convex body is provided with gas for injecting the air inlet. a connecting port, and a front end of the blasting portion is provided with a protruding pipe for sending out gas; and the diffusing portion is provided with a concave tube hole for inserting the protruding portion, and further, the interlayer of the diffusing portion There is a cross-flowing guide channel, and the surface is connected with the flow channel. a gas venting opening up and down; and an air suction pipe, the upper and lower ends of which are embedded in the socket of the connecting seat, and the tube body is provided with a plurality of suction holes at a predetermined position; [S] • 5 · 201218971 The heel is lifted up, the spring piece pushes up the bellows, and the air box enters the wind box through the air suction pipe. After the air box is filled with air, the air flow box is dispersed in the air holes through the flow guiding channel of the air diffusing portion. According to the present invention, the suction pipe is divided into a first and a second air suction passage from a vertical direction in the middle of the pipe, and a first air suction hole is disposed at a top end of the first air suction passage for sucking the shoe. a cold air outside the body, and a first opening is formed in a bottom surface of the first air suction passage, and the external cold air sucked into the air box of the air blowing portion is injected into the air box of the air blowing portion; a second opening is disposed at a top end of the second air suction passage, and a plurality of second air suction holes are disposed on a front surface and a side surface thereof. When the air suction pipe is reversed, the second opening is embedded in the socket of the joint seat, and The plurality of second suction holes absorb the heating in the shoe body. Furthermore, the air inlet of the connecting seat is provided with a one-way choke preventing the air in the bellows from flowing back; and the protruding pipe of the bellows is provided with a one-way choke preventing the air from flowing back in the air diffusing portion. sheet. Further, the spring element may be bent by a metal piece, the front end of which is positioned on the front side of the wind box, and the tail end thereof is elastically raised and abuts against the top surface of the inner edge of the wind box. When the bellows is opened, and the bellows is compressed by the heel, the spring piece is in a folded shape and the hollow convex body of the bottom edge of the bellows is located in the groove of the sole. In addition, the spring element may be constituted by a compression spring, the bottom end of which is positioned at the bottom edge of the wind box, and the upper end thereof abuts against the top surface of the inner edge of the wind box to open the bellows, and the bellows is When the heel is stepped on compression, the compression spring is contracted in the same groove as the hollow body of the bottom edge of the bellows. m -6- 201218971 'The bellows is composed of a bottom panel, an upper shifting plate and a telescopic unequal high-deflection leaf connected between the upper jaw and the bottom panel, and at the bottom of the bottom panel A hollow convex body is formed downwardly to accommodate the spring element to prevent elastic fatigue. In addition, the hollow material of the pulp is made up of the upper plate body and the lower plate body. The inner edge surface of the reading body is provided with a longitudinally and transversely intersecting groove, so that the laminated layer is formed by laminating. The flow guiding channel has a plurality of side air holes formed on the periphery thereof. The side vent is provided on a concave surface formed between the upper and lower plates; the upper and lower plates are provided with a plurality of upper and lower through holes, and the upper and lower vents are provided with upper and lower grooves. And hollow through holes. [Embodiment] First, referring to the third to eleventh drawings, a preferred embodiment of the present invention includes: a shoe body (ίο) having a sole (11) and being disposed on the sole (11) A shoe body (12) is provided for the foot, and the sole (11) is provided with a groove (13) on the upper surface of the rear portion; in the embodiment, the rear wall surface of the groove (13) is provided with a notch (131). Φ a connecting seat (20)' is disposed on the rear wall surface of the recess (13), and is provided with a socket (21) vertically, and an air inlet communicating with the jack (21) in a horizontal direction. (22), forming an l-type gas injection passage (23); a cushion body (30) is placed in the shoe body (1〇) and located on the sole (11), which includes the front section a blasting portion (31) and a blast portion (32) of the rear portion, the blasting portion (32) is composed of a bellows (33) that can be vertically expanded and retracted, and an internal spring element (34) 33) The bottom edge is provided with a hollow convex body (dip) relative to the groove (a). As shown in the seventh figure, the groove (13) can be placed, Ϊ S1 • 7- 201218971 the spring element (34) ) is housed in the hollow convex body (3 5) Further, the rear end surface of the hollow convex body (35) is provided with a connection port (36) for injecting the air inlet (22), and the front end of the air blowing portion (32) is provided with a convexity of the gas to be sent out. Extending the tube (π); the diffusing portion (31) is provided with a concave tube hole (38) for embedding the protruding tube (37), and the interlayer of the diffusing portion (31) is provided There is a cross-flowing guide channel (39), and a plurality of upper and lower through holes (391) suction pipes (40) are connected to the flow guiding passages (39), and the upper and lower ends thereof can be embedded in the joints (20). a jack (21), and a plurality of suction holes (50) are arranged at a predetermined position on the pipe body; thereby, when the heel is lifted, the spring element (34) pushes up the bellows to rebound (33) The air intake box (33) is sucked into the air box (33) through the intake pipe (40), and the air box (33) is filled with air, and then dispersed in each of the flow guiding passages (39) of the air diffusing portion (31). The air holes (391) are penetrated up and down. Furthermore, as shown in the eighth figure, the suction pipe (4〇) is divided into a first and a second intake passage (41), (42) from the vertical to the middle in the pipe, and the first intake passage ( 41) a first air suction hole (51) is disposed at the top end for sucking cold air outside the shoe body (10), and a first opening (411) is provided on a bottom surface of the first air suction channel (41). '俾Injecting the external cold air sucked into the bellows (33) of the blast portion (32) through the socket (21) of the joint (2); and, the second intake passage (42) a second opening (421) is provided at the top end, and a plurality of second air suction holes (52) are provided on the front side and the side surface. When the air suction pipe (4〇) is reversed, the second opening (421) is The socket (21) of the connecting seat (20) is embedded, and the heating in the shoe body (1〇) is sucked by the plurality of second air suction holes (52). The usage status as shown in Figure 11. [S1 •8- 201218971 承上] The middle of the suction pipe (40) has a retractable adjustment part (43).俾 Adapt to the length of the different shoes (12). As shown in the sixth figure, the air inlet (22) of the joint (20) is provided with a one-way choke (221) for preventing backflow of air in the bellows (33). Further, as shown in the seventh figure, the bellows (37) of the bellows (33) is provided with a one-way choke plate (371) for preventing air from flowing back from the air diffusing portion (31). As shown in the seventh, ninth, and tenth drawings, in the embodiment, the magazine element (34) is a bent spring piece (34a) provided by a metal piece, and the front end thereof is positioned in the bellows (33). The inner front side can be clamped by the pin (341) in the present embodiment, but is not limited thereto. The tail end is elastically raised and abuts against the top surface of the inner edge of the bellows (33) to open the bellows (33), and the bellows (33) is compressed by the heel pedal, The spring piece (34a) is in the groove (13) of the sole (1) which is folded and the hollow protrusion (35) of the bottom edge of the bellows (33). Moreover, the bellows (33) is composed of a bottom panel (331), an upper pressing plate (332), and a telescopic unequal high-deflection leaf connected between the upper pressing plate (332) and the bottom plate (331) ( 333), and a hollow protrusion (35) is formed downward on the bottom edge of the bottom panel (331) for receiving the spring piece (34). Thus, it is ensured that the spring piece (34a) is less susceptible to elastic fatigue and increases the service life. Please cooperate with the third and fifth figures, the air diffusing part (31) of the cushion body (3〇) is formed by superposing an upper plate body (311) and a lower plate body (312), and correspondingly The rim surface is provided with criss-crossing grooves so that the laminated layers form a 緃k-interleaved flow guiding channel (39), and a plurality of side vents (392) are formed on the periphery thereof. Further, the side air holes (392) are provided on the concave surface (313) which is opened between the upper and lower plates (3u) and (312). Further, the upper and lower plates (Μ) and (312) are provided with a plurality of upper and lower through holes (391), and the upper and lower through holes t S1 -9· 201218971 (39) are provided with upper and lower grooves. (393) Further, a plurality of hollow through holes (394) are provided on the surfaces of the upper and lower plates (311) and (312) to allow gas to flow and dissipate heat, and to increase the elasticity and softness of the pad body (30). degree. 11 to 15 are another possible embodiment of the present invention, which is identical to the structure of the former embodiment, and is represented by the same figure, and the difference is only in that the spring piece (34) It is composed of a compression spring (34b). The bottom end is positioned at the inner bottom edge of the bellows (33), and the upper end thereof abuts against the top surface of the inner edge of the bellows (33) to cause the bellows (33) to be opened' and the bellows (33) is When the heel is stepped on compression, the compression magazine (34b) is in the same shape as the hollow body (35) of the bottom edge of the bellows (33) and is located in the groove (13) of the sole. In this case, the example only changes the spring piece (35a) to the compression spring (35b)' and slightly changes the shape of the hollow body (35) and the groove (13). The above embodiments are not mentioned. Moreover, in the two embodiments, in order to facilitate the positioning of the bellows (33) with the sole (U), the bottom edge of the bellows (33) is provided with more than one protrusion (334), and The sole (11) is provided with a positioning hole (14) for matching the protruding post (334), so that the combination is convenient and the combination is stable and difficult to slide. With the above technical features, the present invention has the following effects and needs to be clarified: - The present invention utilizes the user's walking, the natural heel of the heel and the falling body-study as a power source, and reciprocating the blast box It generates the external air force, absorbs the air outside the shoe or the air, and then enters the air gas to achieve the dual functions of heat dissipation and circulation. It is warm in winter and cool in summer, and can be adjusted at any time according to requirements. The effect of the state is enhanced. 201218971 2. The suction structure used in the present invention does not seep water, and is particularly suitable for rain or work shoes, and the blast structure has a resilient force to ensure smooth reciprocating action and sufficient inhalation effect. In summary, the technical means disclosed in the present invention have the invention patents such as "novelty", "progressiveness", and "available for industrial use", and invite the bureau to give a patent to encourage the invention. German sense. The drawings and descriptions of the present invention are merely preferred embodiments of the present invention. Those skilled in the art, which are modified by the spirit of the present invention, should be included in the scope of the patent application. [Simple description of the drawing] The first figure is an exploded perspective view of the new patent No. M280140. The second figure is a sample of the use of the new patent No. 280140. The third drawing is an external view of a preferred embodiment of the present invention. The fourth figure is a sectional view of section 4-4 in the third figure. The fifth drawing is an exploded perspective view of the main structure of the present invention. Figure 6 is a cross-sectional view of the joint of the present invention. Figure 7 is a cross-sectional view showing the construction of the bellows portion of the present invention. The eighth figure is a schematic view of the suction pipe of the present invention. The ninth drawing is a schematic view of the heel lift of the present invention. The tenth figure is a schematic view of the heel of the present invention. The eleventh figure is a schematic view of the present invention for taking in the heating of the shoe. Figure 12 is an exploded perspective view of another possible embodiment of the present invention. Figure 13 is a cross-sectional view of a spring element of another possible embodiment of the present invention. Figure 14 is a cross-sectional view of a bellows of another possible embodiment of the present invention. The fifteenth diagram is a schematic view of the heel depression of another possible embodiment of the present invention. m -11 - 201218971 [Explanation of main components] (10) Shoe body (11) Sole (12) Shoe body (13) Groove (131) with notch (14) Positioning hole (20) Connecting seat (21) Insert Hole • (22) Air inlet (221) Wind resistance piece (23) Gas injection channel (30) Pad body (31) Air diffusing part (311) Upper plate body (312) Lower plate body (313) Concave surface • (32) Blasting part (33) bellows (331) bottom panel (332) upper platen (333) hinged leaf (34) elastic element (34a) elastic piece (34b) compression spring (341) pin (35) hollow convex Body (36) Connection port (37) Projection tube (371) Wind resistance sheet (38) Concave tube hole (39) Diversion channel (391) up and down through air hole (392) Side air hole (393) Upper and lower groove (394) hollow Through hole (40) suction pipe (41) first suction passage (42) second suction passage (43) adjustment portion (411) first opening (421) second opening (50) air hole (51) first Suction hole (52) second suction hole