M304582 八、新型說明： 【新型所屬之技術領域】 本創作係為-種可快速轉之增壓泵結構㈠，尤指—_第一微動開 關、第二微動開關及氣動閥皆設至於氣缸本體外側，俾當第一微動開關、第 二微動開關及氣動閥損壞時’俾可提供維修人員能輕易的進行更換或維修， 而不需將氣缸本體完全拆除，進而達到一種可快速維修之增壓泵結構㈠之 目的者。 【先前技術】 如圖一所示，為一般之「氣動式增壓泵」其包含：-氣壓缸1，該氣壓 缸1没有-中桿11及一活塞12，且該中桿n係設有一第一開關、一第二 開關14及一氣動閥（圖未示）； 惟，上述之氣動式增壓泵其雖可藉由該活塞12往返移動時，抵觸至中桿 上之第，關13及-第二開關14以通知該氣動閥（圖未示）切換導通，俾使 ❿ 該活塞反覆運動以加壓空氣輸出，但該第，關13、第二開關14及氣動閥（圖 未示）隨著使用次數的增加，因而造成該第—關13、第二開關14及氣動閥 (圖未示）的毀損，再者，該氣動式增壓泵於關鍵零組件保養或維修時，該維 修人員須將整各氣壓缸分解，因而往往造成該維修人員費時又費力，進而造 成該氣動式增壓泵於維修保養上相當不便； 疋故如何將上述等缺失加以摒除，並於提供—種可快速維修之增壓支 結構(一）’即為本案創作人所欲解決之技術困難點之所在。 5 M304582 【新型内容】 本創作之主要目的即在提供-種可快速維修之增壓泵結構㈠，其包含·· -氣缸本體，該氣缸本體係設有_左側壁、—右罐及— 缸本體内設有-活塞，其中該氣缸本體之中桿設有一進氣孔及= =本設氣孔及-第-銜接孔，又該氣心之右側 壁5又有一第一亂孔及一弟二銜接孔； ，•-第-微細關，該第-鶴關係接設於魏缸本體其 銜接孔外緣，且該第-微動開關—端與讎_接設有—第 ❿ 一微動開關另-端與氣動閥之第五端間接設有一第三管線；*又§亥弟 H動Μ ’該第二微_關係接設於該氣缸本體其 銜接孔外緣，且該第二微動關—端與調壓觸接設有—第二管線，又g -微動開關另-端與氣動閥之第四端間接設有一第四管線； —氣動閥，該氣動閥係設置於該氣叙本 調壓間間接設有一第七管線，該氣動閱之第二端與氣缸本;=二與 接ί有^六管線’該氣動閥之第三端與氣缸本體其左側^第;M304582 VIII. New description: [New technical field] This creation is a fast-adjusting booster pump structure (1), especially - _ first micro switch, second micro switch and pneumatic valve are set to the cylinder body On the outside, when the first micro switch, the second micro switch and the pneumatic valve are damaged, '俾 can provide maintenance personnel to easily replace or repair, without completely removing the cylinder body, thus achieving a quick pressurization The purpose of the pump structure (a). [Prior Art] As shown in FIG. 1, a general "pneumatic booster pump" includes: a pneumatic cylinder 1, which has no - middle rod 11 and a piston 12, and the middle rod n is provided with a a first switch, a second switch 14 and a pneumatic valve (not shown); however, the above-mentioned pneumatic booster pump can resist the first on the middle pole when the piston 12 moves back and forth, and closes 13 And the second switch 14 is configured to notify the pneumatic valve (not shown) to switch on, so that the piston moves back to pressurize the air output, but the first, the third switch 14, the second switch 14 and the pneumatic valve (not shown) As the number of uses increases, the first-off 13, the second switch 14, and the pneumatic valve (not shown) are damaged. Further, when the pneumatic booster pump is used for maintenance or repair of key components, The maintenance personnel must disassemble the entire pneumatic cylinder, which often causes the maintenance personnel to take time and effort, which makes the pneumatic booster pump quite inconvenient in maintenance and repair; therefore, how to eliminate the above-mentioned missing and provide The supercharger structure that can be quickly repaired (1) is the case Zuoren to be solved lies the point of technical difficulties. 5 M304582 [New content] The main purpose of this creation is to provide a quick-maintenance booster pump structure (1), which includes a cylinder body, which is provided with _ left wall, right tank and cylinder The body is provided with a piston, wherein the rod of the cylinder body is provided with an air inlet hole and == the air hole and the first connection hole, and the right side wall 5 of the air core has a first disordered hole and a second brother Coupling hole; , - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - The fifth end of the end and the pneumatic valve is indirectly provided with a third pipeline; * § 亥 希 H Μ ' The second micro_ relationship is connected to the outer edge of the cylinder body of the engagement hole, and the second micro-motion off-end The second pipeline is provided with the pressure-adjusting contact, and the fourth end of the g-micro-switch is further indirectly connected with the fourth end of the pneumatic valve; a pneumatic valve, the pneumatic valve is set in the gas pressure regulation Indirectly, there is a seventh pipeline, the second end of the pneumatic reading and the cylinder; the second and the second are connected with the six pipelines. Left end ^ of its cylinder body;
糊㈣四卿—端間接設有 線卓四官線’該氣動闕之第五端與第一微動開關另一端間接設有一H 之進^=，;該調鋼係設於該氣紅本體之中桿外側，且該調壓間與中桿 之出該壓力計係設於該氣紅本體之中桿外側，且力計與中桿 微動量，且空氣亦藉由麵閥進入第一 本體内，再之Γ桿其進氣孔進入氣紅 微動開^導通以本體其右側壁之第二微動開關，俾使該第二 _氣動閥切換導通方向，使_向左側壁移動，藉上 6 M304582 ^之活^第-微動開闕及第二微_ ===達增壓之功效，再經由該中桿之出氣孔輸出，同 戸二:微動開關及氣動閥皆設至於氣缸本體外側，俾春n動 修理，而不需將太^入=寸維修人貝能輕易的找到並進行更換或 ㈠之目的者/、 凡王拆除，進而達到-種可快速維修之增m泵結構 【實施方式】 其包閱圖二、三所示’本創作係提供-種可快速維修之增壓泵結構㈠， 尸23，H本體2 ’該氣红本體2係設有—左側壁2卜—右側壁22及-中 2干之中桿2^·所示，且該氣缸本體2内設有—活塞24，其中該氣缸本體 21設有;饥及―出氣孔232，且該氣紅本體2之左側壁 設有-第二氣Γ = Γ弟一f接孔212，又該氣紅本體2之右側壁22 乳孔221及一弟二銜接孔222 ; 壁21 :第二=:1 ::亥第-微，開，31係接設於該氣缸本體2其左側 有-第—管線71 且该第一微動開關31 —端與調壓閥5間接設 接設有-第三管線^弟一微動開關31另一端與氣動閥4之第五端45間 壁泣^== ^第二微動，32係接設於該氣飯本體2其右側 有-第二管線72 : ’且②第—喊動開關32 —端與調壓閥5間接設 接設有―第四管線745;Λ弟二微動開關32另一端與氣動閥4之第四端44間 第一端^調4壓4係設置於該氣紅本體2外側，且該氣動閥4之 氣缸本體2^右側辟=接設有一第七管線77，該氣動閥4之第二端42與 4之弟，43與氣紅本體2 1左繼H //、轉76 ’該氣動閥 ^75 ^ 4 44 M3 045 82 三ί線動閥4之第五端45與第—微動開關31另—端間接設有一第 *.51：： 2 " + # 23 "#，' 力計6與中i 263 魏缸本體2之情23相，且該壓 =參關四、五所示，俾藉由觸細5調整以控制空氣之流量，且空 進人第—微細顧、第二微麵132、氣娜與麵 缸本體錢孔231進人氣缸核細，俾#脑塞24抵觸至該氣 而蚀二二工貝1 土。1之第一微動開關31時，該第一微動開關31瞬間導通後，進 73以壓閥5進入’並經由第—管線7卜第—微動開關3卜第三管線 七上·切換導通方向，俾使該空氣經由調壓哪進人，並經由第 端二第氣動閥4之第一端41進入氣動閥4内’再由該氣動閥4之第三 2內梭線輸送域缸本體2其左繼此第—氣孔211進人氣缸本體 &向右移動以擠壓氣缸本體2内後氣，此時該氣缸本體2 絲24之讎，俾使該糊後錯由糊壁22之第 二二孔〒輸出，並藉由第六管線76與氣動閥4之第二端42進入氣動閥枘，又 因該活基24持續觀氣向右推移而已無抵娜— ==::r活塞24擠壓後’已形成加飯空氣且經由娜之出 圖1^ 〃所不，俾當該活塞24持續被空氣向右推移而抵觸至 :乳紅本體2其右侧壁22之第二微動開關32時(如圖四虛線之活塞24)， 微動開關32瞬間導通’進*使得空氣由調壓哪進人，並經由第 =^Γ2、第四管線74簡知賴動_解通方向，俾使該空氣經由 抓閥5進人，並麵壯管、節贼⑽鶴_ 再=娜之第二端42與第六細輸送至氣缸本體2其右 Λ人氣缸本體2内，俾峰動活塞24向左移動以擠壓氣缸補 内之空氣’此時該氣缸本體2其中桿23左側之空氣因活雜之擠壓，俾使該左 M304582 側之空氣藉由左側壁21之第一氣孔211輸出，並藉由第五管線75與氣動閥4之 第三端43進入氣動閥4内，又因該活塞24持續被空氣向左推移而已無抵觸第二 微動開關32 ’故該第二微動開關以切換至〇FF狀態，但該氣動閥24仍維持原導 通方向，至於該活塞24與中桿23間之空氣經過活塞24擠壓後，已形成加壓過 之空氣且經由中桿23之出氣孔232輸出至外部； 其中，該中桿23之進氣孔231及出氣孔232皆設置有逆止閥（圖未示），俾 可供該進氣孔231及出氣孔232只能單向導通或氣體往錯誤之氣孔進出· 本創作藉由上述之方式’俾使得該活塞24於氣缸本體2内往復作動而達 持續增壓之功效，再經由該中桿23之出氣孔232輸出，同時藉由該第一微動 開關31、第二微動開關32及氣動閥4皆設至於氣缸本體2外側了因此二 一知支動開關31、第二微動開關32及氣動閥4損壞時，維修人員能泰 到並進行更換或修理，而不需將^^本體完全拆除，進*達纟 ♦ 修之增壓泵結構㈠之目的者。 裡m迷維 為使本創作更加親出其進步性與實祕，茲與制作—比較分析如下· 習用技術： 進而使得製造成本提升。 卜消耗性元件皆設於氣缸内，因而造成不易維修。 2、因中桿需接設許多原件，故於製造上較困難， 本創作優點: 卜消耗性元件皆設於氣缸外，維修、保養方便。 2、因中桿接設元件減少，故於製造難度降低， 進而使得製造成本降低。Paste (4) Siqing-end indirectly has the line Zhuozhou official line'. The fifth end of the pneumatic cymbal and the other end of the first micro-switch are indirectly provided with an H input ^=; the steel adjustment system is located in the gas red body The outside of the rod, and the pressure gauge and the middle rod are arranged outside the rod of the gas red body, and the force meter and the middle rod are slightly moving, and the air also enters the first body through the surface valve. Then the intake hole of the mast enters the gas red micro-motion opening ^ to the second micro-switch of the right side wall of the body, so that the second_pneumatic valve switches the conduction direction, so that the _ moves to the left side wall, borrowing 6 M304582 ^ The live ^ first - micro-motion opening and the second micro _ = = = up to the effect of supercharging, and then through the outlet of the middle pole output, the same as the second: micro-switches and pneumatic valves are set to the outside of the cylinder body, Hunchun n moving repairs, without having to be too in. = inch repair people can easily find and replace or (a) the purpose /, the king removed, and then achieve - a kind of rapid maintenance of the pump structure [implementation] It is shown in Figure 2 and Figure 3. 'This creation provides a booster pump structure that can be quickly repaired (1), corpse 23, H The body 2' is provided with a left side wall 2b-the right side wall 22 and a middle middle 2 middle rod 2^·, and the cylinder body 2 is provided with a piston 24, wherein the cylinder body 21 is provided; hunger-venting hole 232, and the left side wall of the gas red body 2 is provided with - second gas Γ = Γ 一 f f-hole 212, and the right side wall 22 of the gas red body 2 is 192 The first two micro-switches 222; the second micro-switch 31 is connected to the left side of the cylinder body 2, and the first micro-switch 31 is connected to the left side of the cylinder body 2 Indirectly connected with the pressure regulating valve 5 - the third line ^ the other end of the micro switch 31 and the fifth end 45 of the pneumatic valve 4 wall weep ^ = = ^ second micro-motion, 32 series connected to the gas The body 2 has a second line 72 on the right side: 'and 2 first - the shunt switch 32 is connected indirectly to the pressure regulating valve 5 with a fourth line 745; the other end of the second micro switch 32 and the pneumatic valve 4 The fourth end 44 of the fourth end 44 is disposed outside the gas red body 2, and the cylinder body 2 of the pneumatic valve 4 is connected with a seventh line 77, and the pneumatic valve 4 Second end 42 and 4 brother, 43 and gas red body 2 1 Left following H //, turn 76 'The pneumatic valve ^75 ^ 4 44 M3 045 82 The third end 45 of the three-way line valve 4 and the first-micro switch 31 are indirectly provided with a *.51:: 2 " + # 23 "#,' Force meter 6 and Zhong i 263 Wei cylinder body 2 of the 23 phase, and the pressure = shown in the fourth and fifth, 俾 by the touch 5 adjustment to control the flow of air And the air into the first - micro-care, the second micro-face 132, Qi Na and the face cylinder body money hole 231 into the cylinder core fine, 俾 # 脑塞24 contradicts the gas and eclipse two two shells 1 soil. When the first micro switch 31 is turned on, the first micro switch 31 is turned on instantaneously, and the inlet 73 enters with the pressure valve 5 and is switched to the conduction direction via the first pipeline 7 - the micro switch 3俾 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该Leftly, the first air hole 211 enters the cylinder body & moves to the right to squeeze the rear air in the cylinder body 2, at which time the cylinder body 2 is twisted by the wire 24, so that the paste is wrongly caused by the second wall of the paste wall 22 The two holes are outputted and enter the pneumatic valve port by the sixth line 76 and the second end 42 of the pneumatic valve 4, and since the active base 24 continues to move to the right, there is no arrival - the ==::r piston 24 After squeezing, 'the meal air has been formed and is not shown by Fig. 1 俾, when the piston 24 continues to be displaced by the air to the right, the second micro switch of the right side wall 22 of the blush body 2 At 32 o'clock (as shown in the four-dotted piston 24), the micro switch 32 is turned on instantaneously 'into* so that the air is regulated by the pressure, and via the first ^2, the fourth line 74 Knowing the direction of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In the human cylinder body 2, the peak moving piston 24 moves to the left to squeeze the air in the cylinder. At this time, the air in the cylinder body 2 on the left side of the rod 23 is squeezed by the living, so that the air on the left side of the M304582 is made. The first air hole 211 of the left side wall 21 is outputted, and enters the pneumatic valve 4 through the fifth line 75 and the third end 43 of the pneumatic valve 4, and the piston 24 is continuously moved by the air to the left. The micro switch 32' is therefore the second micro switch to switch to the 〇FF state, but the pneumatic valve 24 still maintains the original conduction direction, and the air between the piston 24 and the middle rod 23 is pressed by the piston 24, and the pressure is formed. The air passing through the air outlet 232 of the middle rod 23 is output to the outside; wherein the air inlet hole 231 and the air outlet hole 232 of the middle rod 23 are both provided with a check valve (not shown), and the air inlet hole is provided. 231 and the air outlet 232 can only be single-pass or gas to the wrong air hole in and out. '俾 causes the piston 24 to reciprocate in the cylinder body 2 to achieve continuous boosting effect, and then output through the air outlet 232 of the middle rod 23, while the first micro switch 31, the second micro switch 32 and the pneumatic The valve 4 is disposed outside the cylinder body 2, so that when the two-way control switch 31, the second micro-switch 32 and the pneumatic valve 4 are damaged, the maintenance personnel can be replaced and repaired without having to completely replace the body. Demolition, into the * 纟 ♦ repair the structure of the booster pump (1). In order to make this creation more proactive and practical, the production and comparison are as follows: Applied technology: In turn, the manufacturing cost is increased. The consumable components are all disposed in the cylinder, thus making it difficult to repair. 2, because the middle pole needs to be connected with many originals, it is difficult to manufacture. The advantages of this creation: The consumable components are all located outside the cylinder, which is convenient for maintenance and maintenance. 2. Since the middle pole connecting component is reduced, the manufacturing difficulty is reduced, and the manufacturing cost is lowered.
【圖式簡單說明】 效，， 所具 懇請 第一圖係為習知之氣壓缸剖視圖。 第二圖係為本創作之正視立體圖。 M304582 第三圖係為本創作之背視立體圖。 第四圖係為本創作之氣缸本體剖視圖。 第五圖係為本創作之第一動作圖。 第六圖係為本創作之第二動作圖。 【主要元件符號說明】 1.. .氣壓缸 11…中桿 12·.·活塞 14.. .第二開關[Simple description of the diagram] Effect, what is required The first diagram is a cross-sectional view of a conventional pneumatic cylinder. The second picture is a front view of the creation. M304582 The third picture is a rear view of the creation. The fourth figure is a cross-sectional view of the cylinder body of the present creation. The fifth picture is the first action diagram of this creation. The sixth picture is the second action diagram of the creation. [Description of main component symbols] 1.. Pneumatic cylinder 11... Middle rod 12···Piston 14.. Second switch
2...氣缸本體 21...左側壁 211…第一氣孔 22.. .右側壁 221…第二氣孔 23.. .中桿 231...進氣孔 24.. .活塞 13…第一開關 212…第一銜接孔 222…第二銜接孔 232...出氣孔 31.. .第一微動開關 32.. .第二微動開關 4...氣動閥 41…第一端 42...第二端 44···第四端 45...第五端 5...調壓閥 6·.·壓力計 71...第一管線 72…第二管線 74…第四管線 75…第五管線 77…第七管線 43. ·.第三端 73…第三管線 76…第六管線2...cylinder body 21...left side wall 211...first air hole 22..right side wall 221...second air hole 23.. middle rod 231...air intake hole 24.... piston 13...first The switch 212...the first connecting hole 222...the second connecting hole 232...the air outlet 31..the first micro switch 32..the second micro switch 4...the pneumatic valve 41...the first end 42... Second end 44···fourth end 45... fifth end 5...pressure regulating valve 6·.·pressure gauge 71...first line 72...second line 74...fourth line 75... Five lines 77... seventh line 43. ·. third end 73... third line 76... sixth line