201013047 九、發明說明： 【發明所屬之技術領域】 本發明主要揭示一種壓力錶在握把之自動歸零的打氣 筒，尤其是指一種無需手動洩氣即可使壓力錶歸零之打氣 筒。 【先前技術】 壓力錶設在握把存有容易讀取壓力數值的優點，惟傳 統設於握把的壓力錶需要再握把處設有排氣閥，提供給操 ，作者灌氣之後手動洩氣，進一步使壓力錶的數值歸零。 參照我國專利公告編號第408793號『自行車打氣筒之 壓力頭不器結構改良』，其結構主要是由表殼（14)、儀表板 (11)、指針（201)、連桿（21)、軸管（19)、彈簧（24)、排氣 閥（22)及手把體（13)等所組成者，其中該表殼（⑷屬透明 體乃覆蓋於儀表板（11)外之手把體（13)頂面上者；其中該 指針（201)乃浮動於儀表板（11)之刻度上，乃隨其連桿（21) 之前後移動而左右滑移者；其中該軸管⑽内徑穿置有一 纏繞彈簧之連桿(21)，且該連桿⑵）前端銜接有一管塞⑽ 者；其中該排氣閥（22)中設有一按壓紐（23)以隨時經按壓 則非出手把體⑽氣搶通道⑽内原充塞之氣體者；其$ 該手把體⑽為打氣筒之手把，但其内設有氣舱通道 (15)，可單向流入相同於打氣管流量壓力之氣體者。 惟，習知的設計在打氣筒與打氣管之間設有一單向閥 門’在氣筒軸管末端還設有一單向閥門，且在手把體的一 201013047 端需設有一排氣閥，換士之 ^ 向閥門與-排―，且^知的設計共収有兩個單 氣閥泡出，令充塞在壓力#、之後必須將氣體經由排 遺漏了減的步驟，將會體完全㈣，若操作者 壓力值。再者，雖職時㈣錶顯示錯誤的 出即可以免除這個缺失，但二要謹記打氣之後將氣體线 獲得操作者的青睞，摔種需要祕計並無法 操作方式，因此，習:=以-種簡單的爾 由本發明排除或至少減輕先前技：乂改良之必要。希望耩 亢剛技藝所遭遇的問題。 【發明内容】 決之==在握把之自動歸零的打氣筒』所欲解 計=:：^^壓力_自動_設 操作者的期待，:; = ;良習知的設計確實無法滿足 外設二二屋:錶在握把之自動歸零的打氣筒』，無需額 步使壓力錶歸零。 自動由軟料出，進〆 作，者進㈣氣之後無需進行額外的汽氣動 歸零，令操作者有較佳的使用便利性。 閥㉟〆㈣發明連桿内設有氣管，且氣管結合於外筒之 3豆轧體經由灌氣動作後進入底座之,, 氣體分別進人軟管則A 閥’而亂閥内之 顯示壓力之功效。到灌氣於待充氣物與壓力錶 201013047 【實施方式】 有關本發明所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳述如後，此僅供說明之用，在專利 申請上並不受此種結構之限制。 參照圖一，為本發明壓力錶在握把之自動歸零的打氣 筒之立體外觀圖。本發明之打氣筒為一種傳統式的立式打 氣筒。本實施例之壓力錶在握把之自動歸零的打氣筒包含 有一灌氣筒10、一握把20與一軟管30。 參照圖二，為本發明壓力錶在握把之自動歸零的打氣 筒之剖面示意圖。該灌氣筒10包括一底座1卜一外筒12、 —連桿13與一氣管14。該握把20接設於該連桿13，該軟 管30接設於該底座11。 該底座11兩端分別设有一踩踏部111(請見圖一），該 底座11内部橫向設有一氣道Π2，該底座11内部縱向還 設有三個通道113、114、115，該三個通道113、114、115 皆相通於該氣道112，且該第一、第二通道113、114位於 該底座11的中心位置，該第三通道115遠離該底座11的 中心位置。 該底座11套接該外筒12，該外筒12與該底座11相 接的一端設有一闕體121 ’該閥體121設有一通孔1211與 一容部1212，該通孔1211對應於該第一通道113，該容部 1212對應於該第；通道114,該容部1212内設有一止逆裝 置122，該止逆装置122包括一止逆閥1221與一彈性體 7 201013047 1222,該止逆閥1221藉由該彈性體1222而封閉該容部 1212。該外筒12相反於該底座11的一端設有一蓋件124, 該，桿13穿伸於該蓋件124，該連桿13 f—端伸入於該 外筒12且設有—活塞131，該連桿13第二端結合於該握 把該氣管14結合固定於該外筒12之閥體121，^該 氣管14穿伸於該連桿13之活塞131與該連桿13内部/ 該握把20固定結合該連桿13第二端，且該握把別 設有一壓力錶21，該壓力錶21封閉該連桿13，且該壓力 錶21可以偵測到連桿13内之氣體的壓力值。 該軟管30包括第—端與第二端，該軟f %第 & 有—結合閥3i，該結合閥31結合於該底座^第三= 115，進—步將該軟管3〇結合於該底座n，該軟管—3= 一端設有一接頭32，該接頭32接於待充氣物。 弟 的打=^ =圖:，為本發養力錶在握把之自動歸零 孔两之刼作不意圖。使用者操控灌氣筒1〇時 行 的32 接。 灌广心。错由握把20使連桿13相對外筒12往 =，紐充滿了連桿13之活塞131與外筒12之間，设 往|灌氣，氣體藉由氣壓而迫使外筒η闕發^ 容部12=!壓迫彈性體1222，外筒12内之氣體經由 續進行i通過弟二通道114進人底座11之氣道m。 並分別進^氣1ί充滿於該氣道112，氣道112内之氣 進入第一通道113與第三通道115，進入 的礼體進入該氣管14，並充滿於該連桿13内部，= 201013047 ^吏設於握把20之勤錶21判斷出灌氣桶1〇内之壓力 值。 當完成灌氣時，將敕管3〇之接頭32移除於待 ，體會經由軟管30接頭32茂出，此時，止逆閥㈣ 舞性體1222的彈性頂掣而封閉該容部i2i2，而充滿^連 桿13與氣管14之_會自動經由氣道ΐΐ2喊軟管％ ^妾頭32 Μ。藉由本發卿 洩出之設計，谁—半读陳am η X礼體可以自動 ❹ ❹ 度#打氣n ^紅力錶21自_零，操作者無須再 還J時也免除了操作者完成灌氣動作之後， 作=使的動作，確實避免因操作者遺漏減動 作而使Μ力錶判斷之壓力值錯誤之缺失。 的打五Ϊ圖七’為本發明壓力錶在握把之自動歸零 大圖貫施狀域外_、剖面示意酸細部放 之i六咎貝/也例之打氣筒為小型握持式打氣筒，本實施例 4 0 Γ一 = f把之自動歸零的打氣筒包含有—灌氣筒 -外^ 與一軟管6〇。該灌氣筒40包括一底座4卜 卜同42、—連桿43與―氣管料。該握把別接設於該連 才干43 ’該軟管60接設於該底座41。 =座則部橫向設有—氣閱411，該氣閥4ΐι設有 道4111與一縱向的通道他，該氣 忒通道4112呈連通狀。 接的ίίί 41套接該外筒42 ’該外筒42與該底座41相 一办叹有_ 421 ’ s亥閥體421設有一通孔4211與 12，該通孔4211與該容部搬皆對應於該氣閱 201013047 411之通道4112。該通孔4211結合該氣管44,該容部4212 内設有一止逆裝置422，該止逆裝置422包括一鋼珠4221 與一彈性體4222，該鋼珠4221藉由該彈性體4222而封閉 該容部4212。該外筒42相反於該底座41的一端設有一蓋 件423，該連桿43穿伸於該蓋件423，該連桿43第—端伸 入於該外筒42且設有一活塞431，該連桿43第二端結合 於5亥握把50。該氣管44結合固定於該外筒42之閥體421， 且该氣音44穿伸於該連桿43之活塞431與該連桿43内部。 該握把50固定結合該連桿43第二端，且該握把5〇 〇 设有一壓力錶51，該壓力錶51封閉該連桿43，且該壓力 錶51可以偵測到連桿43内之氣體的壓力值。 該軟管60包括第一端與第二端，該軟管6〇第—端設 有一結合閥61，該結合閥61結合於該底座41之氣閥411, 且该結合閥61與該氣閥411之氣道4111相連通，進〜步 將該軟管60結合於該底座41，該軟管60第二端設有一接 頭62 ’該接頭62接於待充氣物。 使用者操控灌氣筒4〇時，將軟管6〇之接頭62接於待 Ο 充氣物，藉由握把50使連桿43相對外筒42往復灌氣，氣 體充滿了連桿43之活塞431與外筒42之間，並利用持續 往復4氣，外筒42内之氣體經由容部4212通過該止逆骏 置422進入底座41之氣道4111。持續進行灌氣，氣體充 滿於該氣道4111，氣道4Π1内之氣體並進入該氣管44， 充滿於該連桿43内部，進一步使設於握把50之壓力錶51 判斷出灌氣桶4〇内之壓力值。 10 201013047 η俨Ιίίί氣時，將軟管6°之接頭62移除於待充氣物， ^曰^由軟管60接頭62茂出，此時，止逆裝謹之 鋼^ 4221糊單性體4222的彈性頂掣封閉該容部4212 ’ 連桿43與氣管44之氣體會自動經由氣咖 = ====本發明灌氣筒4°内之氣 也土卜 衷出又5十進—步讓壓力錶51自動歸零，操 ^ 操控打氣筒，啊也免除了操作者完成灌氣 Ο ❹ 、虫:〜撕進的氣的動作，確實避免因操作者 心動作而使得壓力錶靖之壓力值錯誤之缺失。 本發明之壓力錶在握把之自動歸零的打氣筒，益需設 :排乳閥’當灌氣完成後灌氣筒内之氣體會自動茂出，進 一步讓壓力錶自靖零。本發日暖域管的料使氣體相 與握把，當軟管遠離待充氣物時，氣體會自動由 权官洩出，並使壓力錶完成歸零之目的。 就以上所述可以歸納出本發明具有以下之優點： …^本發明『壓力錶在握把之自動歸零的打氣筒』，無* 額外設計茂壓閥，打L之氣體會自動㈣管茂出‘、，、、= 一步使壓力錶歸零。 、二本發明『壓力錶在握把之自動歸零的打氣筒』 者進仃4氣之後無需進行額外的餘動作，壓力錶 %令，令操作者有較佳的使用便利性。 #3.，，明『壓力錶在握把之自動歸零的打氣筒』，内技 内设有氣管’且氣f結合於外筒之閥體，氣體經由二 作後進入底座之氣閥，而氣閥内之氣體分別進人軟管邀e 11 201013047 g達到廣氣於待充氣物與塵力錶顯示麼力之功效。 、—所述者，僅為本發明之較佳實施例而已，當不能 车之限疋本♦明·^施之關’故舉凡數值之變更或等效元 ^之置換’或依本發明中請專利範ϋ所作之均等變化與修 飾’皆應仍屬本發明專利涵蓋之範缚。 【圖式簡單說明】 圖-：為本發明壓力錶在握把之自動歸零的打氣筒第—實 施例之立體外觀圖。 ' 圖二：為本發明壓力錶在握把之自動歸零的打氣筒第一實 施例之剖面示意圖。 ， ' 圖二.為本發明壓力錶在握把之自動歸零的打氣筒進氣之 示意圖。 圖四.為本發明壓力錶在握把之自動歸零的打氣筒洩氣之 示意圖。 圖五：為本發明壓力錶在握把之自動歸零的打氣筒第二實 施例之立體外觀圖。 圖六：為本發明壓力錶在握把之自動歸零的打氣筒第二實 施例之剖面示意圖。 圖七：為本發明壓力錶在握把之自動歸零的打氣筒第二實 施例之細部放大圖。 附件：我國專利公告編號第408793號專利案。 【主要元件符號說明】 201013047201013047 IX. Description of the Invention: [Technical Field] The present invention mainly discloses an air cylinder in which the pressure gauge is automatically zeroed in the grip, and particularly refers to an air cylinder which can zero the pressure gauge without manual deflation. [Prior Art] The pressure gauge is provided with the advantage that the grip has an easy-to-read pressure value. However, the pressure gauge conventionally placed on the grip needs to have an exhaust valve at the grip, which is provided to the operator, and the author manually deflates after inhaling the gas. Further zero the value of the pressure gauge. Referring to China Patent Publication No. 408793, "Structural improvement of the pressure head of bicycle pump", its structure is mainly composed of case (14), instrument panel (11), pointer (201), connecting rod (21), shaft. a tube (19), a spring (24), an exhaust valve (22), and a handle body (13), wherein the case ((4) is a transparent body covering the handle body outside the instrument panel (11) (13) the top surface; wherein the pointer (201) floats on the scale of the instrument panel (11), and moves left and right as the connecting rod (21) moves forward and backward; wherein the inner diameter of the shaft tube (10) The connecting rod (21) is wound with a spring, and the front end of the connecting rod (2) is connected with a plug (10); wherein the exhaust valve (22) is provided with a pressing button (23) for pressing at any time. The body (10) is the gas that is originally filled in the gas passage (10); the handle body (10) is the handle of the pump, but the gas passage (15) is provided therein, and the gas corresponding to the flow pressure of the gas pipe can be flowed in one direction. By. However, the conventional design has a one-way valve between the pump and the air tube. There is also a one-way valve at the end of the cylinder tube, and an exhaust valve is required at a 201013047 end of the handle body. The valve is connected to the valve and the row, and the design of the product is received by two single-valve valves, so that the pressure is filled in the pressure #, and the gas must be removed through the draining step, and the body will be completely (4). Operator pressure value. In addition, although the time (4) table shows that the mistake can be eliminated, the second thing is to remember that the gas line will be favored by the operator after the pumping, and the fall requires the secret and cannot be operated. Therefore, Xi: - Simple to exclude or at least mitigate the prior art by the present invention: the need for improvement. I hope that you will encounter problems with your skills. [Summary of the Invention] By ===Inflator in the grip of the auto-zeroing solution]=::^^Pressure_Automatic_Set the operator's expectation, :; = ; Good design knows that the design does not meet the requirements Set two or two houses: the pump that automatically returns to zero in the grip, no need to step to zero the pressure gauge. Automatically out of the soft material, the input is made, and the additional steam and pneumatic zeroing is not required after the (four) gas, so that the operator has better convenience. The valve 35〆(4) is provided with a gas pipe in the connecting rod, and the three-rolled body of the gas pipe combined with the outer tube enters the base after the gas filling operation, and the gas enters the hose respectively, and the A valve is displayed in the valve. The effect. Into the gas to be inflated and pressure gauge 201013047 [Embodiment] Regarding the technology, means and effects of the present invention, a preferred embodiment is described in detail with reference to the following, and this is for illustrative purposes only. It is not restricted by this structure in patent applications. Referring to Figure 1, there is shown a perspective view of the air cylinder of the pressure gauge of the present invention which is automatically zeroed in the grip. The inflator of the present invention is a conventional vertical inflator. The air cylinder of the pressure gauge of the present embodiment in which the grip is automatically zeroed includes a gas cylinder 10, a grip 20 and a hose 30. Referring to Figure 2, there is shown a cross-sectional view of the air cylinder of the pressure gauge of the present invention which is automatically zeroed in the grip. The gas cartridge 10 includes a base 1 and an outer tube 12, a connecting rod 13 and a gas tube 14. The grip 20 is connected to the connecting rod 13, and the flexible tube 30 is connected to the base 11. The base 11 is respectively provided with a stepping portion 111 (see FIG. 1). The base 11 is internally provided with an air passage Π2. The base 11 is further provided with three passages 113, 114 and 115 in the longitudinal direction. The three passages 113, 114, 115 are all connected to the air passage 112, and the first and second passages 113, 114 are located at a center position of the base 11, and the third passage 115 is away from a center position of the base 11. The base 11 is sleeved with the outer tube 12, and the end of the outer tube 12 that is in contact with the base 11 is provided with a body 121. The valve body 121 is provided with a through hole 1211 and a receiving portion 1212. The through hole 1211 corresponds to the The first channel 113 corresponds to the first channel 114. The cavity 1212 is provided with a non-return device 122. The non-return device 122 includes a check valve 1221 and an elastic body 7 201013047 1222. The check valve 1221 closes the cavity 1212 by the elastic body 1222. The outer tube 12 is opposite to the end of the base 11 and is provided with a cover member 124. The rod 13 extends through the cover member 124. The flange 13 extends into the outer tube 12 and is provided with a piston 131. The second end of the connecting rod 13 is coupled to the grip body, and the air tube 14 is coupled to the valve body 121 fixed to the outer tube 12. The air tube 14 extends through the piston 131 of the connecting rod 13 and the inside of the connecting rod 13 The 20 is fixedly coupled to the second end of the connecting rod 13, and the grip is provided with a pressure gauge 21, the pressure gauge 21 closes the connecting rod 13, and the pressure gauge 21 can detect the pressure of the gas in the connecting rod 13. value. The hose 30 includes a first end and a second end, and the soft f% & has a coupling valve 3i, the coupling valve 31 is coupled to the base ^3=115, and the hose 3〇 is combined At the base n, the hose - 3 = one end is provided with a joint 32 which is connected to the object to be inflated. The younger brother's fight = ^ = map:, for the hair care table in the grip of the automatic return to the hole, the two are not intended. The user controls the 32 connections of the gas cylinder. Fill the heart. Wrong 20 is made by the grip 20 so that the connecting rod 13 is opposite to the outer tube 12, and the button is filled between the piston 131 of the connecting rod 13 and the outer tube 12, and the gas is forced to press the outer tube η by the air pressure. The cavity 12=! compresses the elastic body 1222, and the gas in the outer cylinder 12 enters the air passage m of the base 11 through the second passage 114. The air in the air passage 112 enters the first passage 113 and the third passage 115, and the entered ceremony enters the air tube 14 and is filled inside the connecting rod 13 = 201013047 ^ The diligence table 21 provided on the grip 20 determines the pressure value in the inside of the filling bucket. When the filling is completed, the joint 32 of the manifold 3 is removed, and the body is exposed through the joint 32 of the hose 30. At this time, the elastic top of the swinging valve 1222 of the check valve (4) closes the volume i2i2. And the ^ link 13 and the trachea 14 will automatically call the hose through the airway % 2% ^ 妾 32 Μ. With the design of Benfa's venting, who--reading Chen am η X ritual can automatically ❹ ❹ degree #气气 n ^红力表21自_零, the operator does not need to return J when the operator is also relieved After the air movement, the action of making = makes it possible to avoid the lack of the pressure value error determined by the operator due to the omission of the operator. The five-figure figure seven' is the pressure gauge of the invention in the grip of the automatic zero-return large-scale image outside the field _, the section shows the acid detail of the i six mussels / also the pump is a small grip-type pump, In this embodiment, the air pump that automatically zeros is replaced by a gas cylinder - an outer tube and a hose. The gas cartridge 40 includes a base 4, a joint 42, a link 43 and a gas pipe. The grip is not attached to the connector 43'. The hose 60 is attached to the base 41. The seat portion is laterally provided with a gas reading 411, and the air valve 4 is provided with a passage 4111 and a longitudinal passage, and the air passage 4112 is in communication. The outer casing 42 is connected to the outer casing 42. The outer cylinder 42 is slid with the base 41. The 421's valve body 421 is provided with a through hole 4211 and 12, and the through hole 4211 and the receiving portion are both Corresponding to the channel 4112 of the gas reading 201013047 411. The through hole 4211 is coupled to the air tube 44. The receiving portion 4212 is provided with a non-return device 422. The non-return device 422 includes a steel ball 4221 and an elastic body 4222. The steel ball 4221 is closed by the elastic body 4222. 4212. The outer tube 42 is opposite to the one end of the base 41, and a cover member 423 is disposed. The connecting rod 43 extends through the cover member 423. The first end of the connecting rod 43 extends into the outer tube 42 and is provided with a piston 431. The second end of the link 43 is coupled to the 5 liter grip 50. The air tube 44 is coupled to the valve body 421 fixed to the outer tube 42 , and the air sound 44 extends through the piston 431 of the connecting rod 43 and the inside of the connecting rod 43 . The grip 50 is fixedly coupled to the second end of the connecting rod 43 , and the grip 5 is provided with a pressure gauge 51 . The pressure gauge 51 closes the connecting rod 43 , and the pressure gauge 51 can detect the inside of the connecting rod 43 . The pressure value of the gas. The hose 60 includes a first end and a second end. The hose 6 is provided at the first end with a coupling valve 61. The coupling valve 61 is coupled to the air valve 411 of the base 41, and the coupling valve 61 and the air valve The air passage 4111 of the 411 is in communication, and the hose 60 is coupled to the base 41. The second end of the hose 60 is provided with a joint 62' which is connected to the object to be inflated. When the user manipulates the gas cartridge 4, the joint 62 of the hose 6 is connected to the inflated body, and the rod 43 reciprocates the rod 43 with respect to the outer cylinder 42 by the grip 50, and the gas fills the piston 431 of the connecting rod 43. Between the outer cylinder 42 and the continuous reciprocating air, the gas in the outer cylinder 42 passes through the cavity 4212 and enters the air passage 4111 of the base 41. The gas is continuously filled, the gas is filled in the air passage 4111, the gas in the air passage 4Π1 enters the air tube 44, and is filled inside the connecting rod 43, and the pressure gauge 51 provided on the grip 50 is further judged to be in the filling chamber 4 The pressure value. 10 201013047 η俨Ιίίί, when the hose 6 ° joint 62 is removed from the to-be-inflated material, ^ 曰 ^ is ejected by the hose 60 joint 62, at this time, the anti-reloading steel ^ 4221 paste single body The elastic top of 4222 closes the volume 4212'. The gas of the connecting rod 43 and the air pipe 44 will automatically pass through the gas coffee ===== the gas in the gas cylinder of the invention is also within 5 degrees of the gas. Pressure gauge 51 is automatically reset to zero, and the control pump is operated. It also eliminates the operator's operation of filling the gas. 虫, insect: ~ tearing the action of the gas, and indeed avoiding the pressure value of the pressure gauge due to the operator's heart motion. Missing. The pressure gauge of the present invention is provided in the pump of the automatic zero return of the grip, and it is necessary to set: the milk discharge valve ‘When the gas filling is completed, the gas in the gas cylinder will automatically pop out, and the pressure gauge is further self-contained. The material of the heating zone tube of the present day makes the gas phase and the grip. When the hose is away from the object to be inflated, the gas is automatically released by the authority and the pressure gauge is completely zeroed. As far as the above is concerned, the present invention can be summarized as follows: ... The invention "the pressure gauge is automatically zeroed in the grip of the pump", no * additional design of the pressure valve, the gas of the L will automatically (four) tube ',,,, = = One step to zero the pressure gauge. The second invention, "the pressure gauge is automatically zeroed in the grip of the pump", does not require additional residual movement after the intake of 4 gas, the pressure gauge % order, so that the operator has better use convenience. #3.,, Ming "The pressure gauge is in the pump of the automatic zero return of the grip", the internal technology is provided with a trachea 'and the gas f is combined with the valve body of the outer cylinder, and the gas enters the air valve of the base through the second, and The gas in the gas valve is separately entered into the hose to invite e 11 201013047 g to achieve the effect of the gas to be inflated and the dust meter. The above is only a preferred embodiment of the present invention, and when the vehicle is not limited to the limit, the change of the value or the replacement of the equivalent element is used or according to the present invention. The equivalent changes and modifications made by the patents are still subject to the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig.-: is a perspective view of the first embodiment of the inflator of the pressure gauge of the present invention in which the grip is automatically zeroed. Fig. 2 is a schematic cross-sectional view showing the first embodiment of the pump for automatically resetting the pressure gauge of the present invention to the grip. , ' Fig. 2 is a schematic view of the air intake of the air cylinder of the pressure gauge of the present invention which is automatically zeroed in the grip. Fig. 4 is a schematic view showing the deflation of the air pump of the pressure gauge of the present invention in which the grip is automatically zeroed. Fig. 5 is a perspective view showing the second embodiment of the pump which automatically resets the pressure gauge of the present invention to the grip. Figure 6 is a cross-sectional view showing a second embodiment of the pump for automatically resetting the pressure gauge of the present invention. Figure 7 is an enlarged view of a second embodiment of the pump of the present invention in which the pressure gauge is automatically zeroed in the grip. Attachment: Patent No. 408793 of China Patent No. 408793. [Main component symbol description] 201013047
10 灌氣筒 11 底座 111 踩踏部 112 氣道 113 第一通道 114 第二通道 115 第三通道 12 外筒 121 閥體 1211 通孔 1212 容部 122 止逆裝置 1221 止逆閥 1222 彈性體 124 蓋件 13 連桿 131 活塞 14 氣管 20 握把 21 壓力錶 30 軟管 31 結合閥 32 接頭 40 灌氣筒 41 底座 411 氣閥 4111 氣道 4112 通道 42 外筒 421 闊體 4211 通孔 4212 容部 422 止逆裝置 4221 鋼珠 4222 彈性體 423 蓋件 43 連桿 431 活塞 44 氣管 50 握把 51 壓力錶 60 軟管 61 結合閥 62 接頭 1310 Filling cylinder 11 Base 111 Stepping part 112 Air passage 113 First passage 114 Second passage 115 Third passage 12 Outer cylinder 121 Valve body 1211 Through hole 1212 Housing 122 Check device 1221 Check valve 1222 Elastomer 124 Cover member 13 Rod 131 Piston 14 Trachea 20 Grip 21 Pressure gauge 30 Hose 31 Combined valve 32 Connector 40 Filling cylinder 41 Base 411 Air valve 4111 Air passage 4112 Channel 42 Outer cylinder 421 Wide body 4211 Through hole 4212 Housing 422 Check device 4221 Steel ball 4222 Elastomer 423 Cover member 43 Connecting rod 431 Piston 44 Trachea 50 Grip 51 Pressure gauge 60 Hose 61 Combined valve 62 Joint 13