\ 九、發明說明： 【發明所屬之技術領域】 本發明係提供-種電縣浦，尤指使第―、二泵浦在 不互相干擾下同步進行㈣吸人流體或正壓排放流體動 作用以長保低噪音、高效能之使用特徵。 【先前技術】 ,°月參閱圖-，其係我國公告M244093號『鼻腔清潔噴霧 治療多功能機，該荦主要 要在一對合之前、後殼體中裝置 一空氣果（1〇)，空痛；ςγ·] 礼泵（1 0)係具有一激磁線圈（丄 1 ) ’使激磁線圈（1 1 γ丨” 4丄 丄）仟以错由通電而帶動一轉軸繞 中心轉動，此轉軸一端安Im , θ 哀有風扇（1 2)、另端則組設 有一曲柄（13)，其曲紅rio、 、 （1 3)得帶動一橡帽（1 4 )而對一氣室（1 5 )作η μ 乍及風、送風動作，此氣室（1 5 )進流孔係藉軟管而與吸弓丨哭知拉，音 、及引為相接導，另該氣室（ί 5) 之排放孔係經另一軟管而盥 一嘴射益連接，且在殼體上方容 設有一霧化器，其可經由屮名总士 ± 出乳s之連接，以產生霧化噴霧， 以便達到集吸引器、嘖射哭y 貰射盗及霧化器三種功能於一身。 縱觀該空氣泵（1 η、+ # ^ )主要猎由激磁線圈（11)而 帶動轉軸驅動曲柄（]q # ''激磁線圈（1 1 ) 一定合 產生高溫，所以須藉由風扇 曰 w ( 12)運轉而對殼體内進行 對流散熱’可是便會造成髀 战體積大、風切噪音、不防水之諸 項缺點，而且其轉軸每轉一 釋圈才使橡帽（14)對氣室（1 5 )完成―⑽、送風行程，效能並不高。 清參閱圖二、_ D ^ .. .. —β，其係另一種空氣泵，其主要在一 中空殼體内部一側古θ .. 1又有一具中柱（22)及兩側柱（2 05 )之電磁元件f 9，、 咕〜上 ^ 。 2 1 )’然後在令柱（2 2)繞設有線 圈組（2 4)，使今绩阁么日f 0 /、 K線圈組（2 4)通電而令電磁元件（ )之中柱（2 2)及兩側柱（2 3)生磁，令電磁元 1)兩側柱（2 3)為同一磁極性作用端，中柱（ 2 2)自由端為相反磁極性作用端； 而殼體内沿中柱（2 2)的位置對接有二空氣栗（3 0) ’此二空氣泵（3〇)於對接的位置併排連通有一具 、IL孔（3 1 1 )之進流室（3 1 )、一排放室（3 2 ) 、—連通排放室（3 2)且具排放孔（3 3 1 )之貯氣室 (3 3)，二空氣泵（3 〇)另於進流室（3 1 )、排放 至（3 2)外側位置突設有承座（3 4),並各一橡帽（ 3 5)套合此承座（3 4)，承座（3 4)在相對進流室 (3 1 )的位置設有一可向橡帽（3 5)引流之單向閥（ 3 6)，以及在相對排放室（3 2)的位置設有—可向排 放至（32)引流之逆止閥（37)，至於兩橡帽（35 )各對稱連接一擺臂（3 8)，二擺臂（3 8)之一端係 拖連於殼體之枢座、另端則各設有磁鐵（3 9)，令二擺 ’（38)之磁鐵（39)於中枉（22)及兩側枝（2 1342925 3)間同步動作。 當空氣栗（3 0)使用時，係利用線圈組（2 4 1 電產生磁場’以及交流電循環變換電流方向而轉換中柱^ 2 2 )及兩側柱（2 9 k # ;之磁極’以便糟由同性相斥異性 相吸之原理而驅動二磁鐵（3 9 )，使二磁鐵（3 9 )、IX. Description of the invention: [Technical field to which the invention pertains] The present invention provides a type of electric county, especially for the first and second pumps to be synchronized without mutual interference (4) for inhaling fluid or positive pressure discharging fluid Long-term low noise, high performance use characteristics. [Previous technology], ° month see figure -, it is China's announcement M244093 "nasal cavity cleaning spray treatment multi-function machine, the cockroach is mainly to install an air fruit (1 〇) in the front and rear housings, Pain; ς γ ·] 礼 pump (1 0) has an excitation coil (丄1) 'The excitation coil (1 1 γ丨 4 丄丄) 仟 仟 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电 通电An Im, θ has a fan (1 2), and the other end is provided with a crank (13), which is curved red rio, (1 3) to drive an elastic cap (1 4 ) and a gas chamber (1 5 ) For η μ 乍 and wind, air supply action, the air chamber (1 5) inlet hole is pulled by the hose and the suction bow is crying, the sound, and the lead are connected, and the air chamber (ί 5) The discharge hole is connected by another hose and is connected with a sprayer, and an atomizer is arranged above the casing, which can be connected via the name of the master to produce an atomized spray. The three functions of collecting the suction device, smashing, crying, shooting, and atomizing are all in one. The air pump (1 η, + # ^ ) is mainly driven by the excitation coil (11). Drive crank (]q # ''exciting coil (1 1 ) must produce high temperature, so it must be convectively dissipated inside the housing by fan 曰w (12) operation, but it will cause large volume and wind cut The shortcomings of noise and non-waterproof, and the rotation of the shaft every revolution makes the rubber cap (14) complete the "(10), air supply stroke to the air chamber (15). The performance is not high. See Figure 2, _ D ^ .. . . - β, which is another type of air pump, which is mainly on the inner side of a hollow casing. The other one has a central column (22) and electromagnetic elements on both sides (2 05). f 9,, 咕~上^. 2 1 )' Then, around the ring (2 2), a coil set (2 4) is placed, so that the current generation of the f 0 /, K coil group (2 4) is energized. The magnet (2 2) and the two columns (23) are magnetized so that the two columns (23) of the electromagnetic element 1) are the same magnetic polarity end, and the middle column (2 2) is free. For the opposite magnetic polarity acting end; and the inside of the housing along the center pillar (2 2) is docked with two air pump (3 0) 'The two air pumps (3 〇) are connected side by side with one, IL hole ( 3 1 1) Inflow chamber (3 1), a discharge chamber (3 2 ), a gas storage chamber (3 3) communicating with the discharge chamber (3 2) and having a discharge hole (3 3 1 ), and a second air pump (3 〇) in the inlet chamber ( 3 1 ), discharged to (3 2) the outer position protrudes from the seat (3 4), and each rubber cap (3 5) fits the seat (3 4), the seat (3 4) is in the opposite direction The flow chamber (31) is provided with a check valve (36) for draining the rubber cap (35), and a position at the opposite discharge chamber (32) for draining to (32) The check valve (37), the two rubber caps (35) are symmetrically connected to a swing arm (38), one end of the second swing arm (38) is dragged to the pivot seat of the housing, and the other end is provided There is a magnet (3 9), so that the magnet (39) of the two pendulum '(38) is synchronized between the middle (22) and the two branches (2 1342925 3). When the air pump (30) is used, it uses the coil group (2 4 1 generates a magnetic field 'and the alternating current cycle changes the current direction to convert the middle column ^ 2 2 ) and the two sides of the column (2 9 k # ; The two magnets (3 9 ) are driven by the principle of homosexual repulsion and the opposite sex, so that the two magnets (3 9 ),
動二擺臂（3 8)❿牽引相對應之橡帽（3 5)伸縮，用 以將進流室（3 i )壓縮至排放室（3 2)中，其較之圖 -結構而言’確具有縮減體積、降低噪音、具防水性及高 效能之功能增進。 间 可是請配合圖二c觀之，該進流室（31)、排放室 (3 2)相連通之二空氣泵（3 〇)在長久使用下，由於 製造尺寸些許誤差或材質差異，令兩橡帽（3 5)動作不 可能完全對稱或者受力狀態不可能完全相等，所以其對應 之單向閥（3 6 )或逆止閥（3 7)啟_機並不會同步， 使二空氣泵（3 0)會產生互相干擾的情形，進而造成噪 音愈來愈大以及效能愈來愈差之問題，在長久使用下其 誤差及干擾只會愈來愈大，導致兩空氣泵（3〇)進、排 氣時機完全脫離原始設定狀態，而會有圖二c所示般效能 減半情形。 【發明内容】 本發明係提供一種電磁泵浦，其主要内容在於：使相 7 (S ) 1342925 對稱之第-、二泵浦各別獨立設置’令第—泵浦之進流室 與第二果浦之進流室分開，以及令第—系浦之排放室盘第 二豕浦之排放室分開，俾使第―、二果浦位於搖臂自由端 之磁鐵能同步受電磁^件驅動，用以操作所對應之橡帽驅 動单向闊或逆止閥進行請吸人流體或正壓排放流體；如 此之二進流室及二排放室分離配置，使第―、二栗浦之橡The second swing arm (38) pulls and pulls the corresponding rubber cap (35) to expand and contract the inlet chamber (3i) into the discharge chamber (32), which is compared with the figure-structure It has the function of reducing volume, reducing noise, water resistance and high efficiency. However, please cooperate with Figure 2, and the two air pumps (3 〇) that are connected to the inlet chamber (31) and the discharge chamber (32) are used for a long time, due to slight errors in manufacturing dimensions or material differences, The action of the rubber cap (3 5) may not be completely symmetrical or the force state may not be completely equal, so the corresponding check valve (3 6 ) or the check valve (3 7) will not synchronize, so that the two air The pump (30) will cause mutual interference, which will cause more and more noise and poorer performance. In the long-term use, the error and interference will only get bigger and bigger, resulting in two air pumps (3〇 The timing of the intake and exhaust is completely out of the original setting state, and the performance is reduced by half as shown in Figure 2c. SUMMARY OF THE INVENTION The present invention provides an electromagnetic pump, the main content of which is to make the phase 7 and the second pump of the phase 7 (S) 1342925 symmetrical independently set the 'input-pumped inlet chamber and the second Separation of the inflow chambers of the Ipoh and the separation of the discharge chambers of the second 豕 浦 浦 浦 浦 浦 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , For the operation of the corresponding rubber cap drive one-way wide or check valve for inhaling fluid or positive pressure discharge fluid; such two inlet chambers and two discharge chambers are separated and configured to make the first and second Lipu rubber
帽動作即便_對稱或者受力即衫能相料該第一、 二系浦之進流室或第-、二泵浦之排放室並不會因不同步 而產生彼此干擾之情形，以便在長久使用下，仍能保持低 噪音及高效能之實用特點。 【實施方式】 為使貴審查委員能進一步瞭解本發明之結構、特徵 及其他目的，玆附以較佳實施例之圖式詳細說明如后： 請參閱第三〜八A ' B圖，本發明包括： 一殼體’其具有一基座（4〇); 一電磁元件（2 1 )’其係安裝於基座（4 〇) 一側， 而具有一中柱（22)及兩側柱（23)，且在中柱（2 2)繞設有線圈組（24)，使該線圈組（2 4)通電而 令電磁元件（2 1 )之中柱（2 2)及兩側柱（2 3)產 生磁場，令兩側柱（2 3)為同一磁極性作用端，中柱（ 2 2)自由端為相反磁極性作用端； 1342925 -第-泵浦（5 Ο ) ’其係由泵浦座（5工）、閥殼 (52)橡帽（53)、單向閥（54)、逆止閥qEven if the hood is symmetrical or stressed, the first and second tiers of the inflow chamber or the first and second pumping chambers will not interfere with each other due to the unsynchronization, so as to be long-lasting. Under the use, it can still maintain the practical characteristics of low noise and high efficiency. [Embodiment] In order to further understand the structure, features and other objects of the present invention, the drawings of the preferred embodiments are described in detail below: Please refer to the third to eighth A'B diagram, the present invention. The utility model comprises: a casing 'having a base (4〇); an electromagnetic component (2 1 )' mounted on one side of the base (4 〇), and having a center pillar (22) and two side pillars ( 23), and the coil group (24) is wound around the middle column (2 2), so that the coil group (24) is energized to make the column (2 2) and the column on both sides of the electromagnetic component (2 1 ) 3) Generate a magnetic field so that the two columns (23) are the same magnetic polarity end, and the middle column (2 2) is the opposite magnetic polarity end; 1342925 - the first pump (5 Ο) 'is the pump浦座(5工), valve housing (52) rubber cap (53), check valve (54), check valve q
5 )、擺臂（5 6 )組成；其㈣座（5 i )底端設有可 插固於基座（4 0)之插柱（5 1 1 )，而泵浦座（5工 )正:周緣環設有嵌槽（5 12)，用以提供—閥殼（5 2)背面之嵌條（5 2 1 )氣密對合’此閥殼（5 2)内 :呈中空狀’且以一隔板（5 2 2 )上、下分開出一具進 流孔（5 2 4)之進流室（5 2 3 )、一具排放孔（5 2 6) 之排放至（5 2 5 )，閥殼（5 2)於正面突設有— 橫跨進流室（5 2 3 )、排放室（5 2 5 )之承座（52 7) ，並以—橡帽（5 3)氣密套合此承座（5 2 7 )， 承座（5 2 7)在相對進流室（5 2 3 )的位置設有一可 向橡帽（5 3)引流之單向閥（54)，以及在相對排放 至（5 2 5)的位置設有一可向排放室（5 2 5)引流之 逆止閥（5 5)，至於橡帽（5 3)外侧連接有一擺臂（ 5 6)，擺臂（5 6)之一端係以軸部（5 β 1 )樞連於 閥忒（5 2)所設置之樞座（5 2 0 )，閥殼（5 2)且 以鳩尾槽（5 2 8 )供一可對合啟閉樞座（5 2 〇)之鸠 尾塊（5 2 9 )插固，使此鳩尾塊（5 2 9 )得離合鳩尾 槽（5 2 8)，用以控制樞座（52〇)之啟閉與否，以 便將擺臂（5 6)之軸部（5 6)樞設於樞座（5 2 0)， 1342925 而擺臂（5 6)另端則設有-磁鐵（57)，該磁鐵（5 7)得於中柱（2 2 )及-側柱（2 3)間動作，用以牽 引擺臂（5 6 )帶動橡帽（5 3 )伸縮，如圖六及八A所示， 當電磁元件（2 1 )控制擺t (5 6)帶動橡帽（5 3) 申展夺其便月匕負壓的開啟單向閥（5 4)以及確實關閉 逆止間（5 5) ’使進流室（5 2 3)能透過進流孔（5 2 4)而負㈣將外部流體以橡帽（5 3)及承座^ ⑴中’如圖七及^所示，當電磁元件（21)控制擺 煮（5 6)壓知百橡帽（5 3)時，其便能正壓的關閉單向 間（54)以及開啟逆止閥（5 5)，使橡帽（5 3)中 的流體能壓入排放室（5 2 5 )巾，然後通過排放孔（5 26)而輸出該正壓流體，是以，本發明能藉由交流電循 壞變換電流方向而轉換中柱（22)及兩側柱（23)之 磁極，使第一泵浦（50)產生所需之負壓吸 壓棑放流體效用；以及 $正 一與第-泵浦（5 0)相對稱之第二泉浦（6〇)， ί係由栗浦座（61)、闊殼（62) '橡帽（63)、 早向閥（64)、逆止閥（6 5) , ρ υ )擺# ( 6 6 )組成； j浦座（6D底端設有可_於基座（4q)之插柱 (6 1 1)，而泵浦座（6丄）北 )月面周緣壞5又有嵌條（6 12)，用以提供一閥殼（62)正面之彼槽（621) 1342925 氣密對合’此閥殼（6 2)内部呈中空狀，且以一隔板（ 6 2 2)上、下分開出一具進流孔（6 2 4)之進流室（ 623)、一具排放孔（626)之排放室（625)， 間殼（6 2)於正面突設有一橫跨進流室（6 2 3 )'排 放至（625)之承座（627)，並以一橡帽（63) 氣密套合此承座（6 2 7)，承座（6 2 7)在相對進流 室（6 2 3 )的位置設有一可向橡帽（6 3 )引流之單向 閥（6 4)，以及在相對排放室（6 2 5 )的位置設有一 可向排放室（6 2 5 )引流之逆止閥（65)，至於橡帽 (6 3)外侧連接有一擺臂（6 6)，擺臂（6 6 )之一 端係以軸部（6 6 i )樞連於闕殼（6 2)所設置之枢座 (620) ’閥殼（52)且以轉尾槽（5 2 8 )供一可 對合啟閉樞座（6 2 〇)之鳩尾塊（6 2 g)插固，使此 鸠尾塊（6 2 9 )得離合鸿尾槽（6 2 8 )，用以控制拖 座（6 2〇)之啟閉與否，而擺臂（6 6)另端則設有- 磁鐵（67)，該磁鐵（67)尸 孰^ b 〇侍於中柱（2 2)及另一 二⑴）間動作，用以牵引擺臂（66)帶動橡帽（ 伸& 1U〜vb所不，其動作情形與第一果浦（ 〇 ϋ )相同。 由上述之結構配置得知， 相對本創作較之習用乃在於：使 了辑之第一、二泵浦（5〇) υ; (6〇)獨立設置，令第 —泵浦（5 〇 )之/ 之進、机至（5 2 3 )與第二泵浦（6 〇 ) 之進’"IL 室（6 ? Q、、 05 )分開，以及使第一泵浦（5 0 )之排 放室（5 2 5 )盥笛石> 、 ’、第二泵浦（6 〇 )之排放室（6 2 5 ) (5 更第一、二泵浦（5 0 )( 6 0 )之橡帽 (6 3 )動作不夠對稱或者受力不能相等 i 05 )、進流室（6 2 3 )或排放室（5 2 )、排放室5), the swing arm (5 6 ) is composed; the bottom end of the (4) seat (5 i ) is provided with a plunger (5 1 1 ) that can be inserted into the base (40), and the pump seat (5 work) is positive The peripheral ring is provided with a recessed groove (5 12) for providing a hermetic seal (5 2 1 ) on the back side of the valve casing (52). The inside of the valve casing (5 2) is hollow and A partition (5 2 2 ) is used to separate the inlet chamber (5 2 3 ) of the inlet hole (5 2 4) and the discharge hole (5 2 6) to (5 2 5). ), the valve casing (52) protrudes from the front—the seat (52 7) across the inflow chamber (5 2 3 ), the discharge chamber (5 2 5 ), and the rubber cap (5 3) Closely fitting the seat (5 2 7 ), the bearing seat (52 7) is provided with a check valve (54) for guiding the rubber cap (53) at a position corresponding to the inflow chamber (5 2 3 ). And a check valve (5 5) for draining to the discharge chamber (5 2 5) at a position corresponding to the discharge (5 2 5), and a swing arm (56) for connecting the outer side of the rubber cap (53). One end of the swing arm (56) is pivotally connected to the pivot seat (5 2 0 ) provided by the valve cymbal (52) with the shaft portion (5 β 1 ), and the valve casing (52) and the dovetail groove (5 2 8) for a close-to-close (5 2 〇) The tail block (5 2 9 ) is inserted into the stern block (5 2 9 ) to make the stern tail groove (5 2 8) to control the opening and closing of the pivot seat (52 〇). So that the shaft portion (56) of the swing arm (56) is pivoted to the pivot seat (5 2 0), 1342925, and the other end of the swing arm (56) is provided with a magnet (57), the magnet (5) 7) It is operated between the middle column (2 2 ) and the side column (2 3) to pull the swing arm (5 6 ) to drive the rubber cap (5 3 ) to expand and contract, as shown in Figures 6 and 8A, when electromagnetic The component (2 1 ) controls the pendulum t (5 6) to drive the rubber cap (5 3) to open the check valve (5 4) for the negative pressure of the moon, and to close the backstop (5 5) The flow chamber (5 2 3) can pass through the inlet hole (5 2 4) and negative (4) to the external fluid in the rubber cap (5 3) and the socket ^ (1) as shown in Figure 7 and ^, as the electromagnetic component (21 ) Controlling the cooking (5 6) When pressing the rubber cap (5 3), it can positively close the one-way room (54) and open the check valve (5 5) to make the rubber cap (5 3) The fluid can be pressed into the discharge chamber (5 2 5 ), and then the positive pressure fluid is output through the discharge hole (5 26). Therefore, the present invention can be cycled by alternating current. Converting the magnetic poles of the middle column (22) and the two columns (23) by changing the current direction, so that the first pump (50) generates the required vacuum suction pressure liquid effect; and the positive and the first pump (5 0) Relatively known as the second spring (6〇), ί is from Lipu (61), wide shell (62) 'beauty cap (63), early valve (64), check valve (6 5) , ρ υ ) pendulum # ( 6 6 ); j pu (6D at the bottom with a pedestal (4q) post (6 1 1), and the pump seat (6 丄) north) The lunar surface has a bad edge 5 and a molding strip (6 12) for providing a groove on the front side of the valve casing (62) (621) 1342925 airtight engagement 'this valve casing (6 2) is hollow inside, and A partition (62 2) separates an inflow chamber (623) of the inlet hole (62), a discharge chamber (625) with a discharge hole (626), and a casing (6 2) a protrusion (627) that is discharged to the (625) across the inflow chamber (6 2 3 ) is protruded from the front side, and the seat (6 2 7) is hermetically fitted with a rubber cap (63). The bearing seat (6 2 7) is provided with a check valve (6 4) for guiding the rubber cap (63) at the position of the opposite inlet chamber (6 2 3 ), and in the opposite discharge chamber (6 2 5 ) The position is provided with a check valve (65) for draining to the discharge chamber (6 2 5 ), and a swing arm (6 6) is connected to the outer side of the rubber cap (63), and one end of the swing arm (6 6 ) is connected to the shaft The part (6 6 i ) is pivotally connected to the pivot seat (620) of the clamshell (62) and the valve casing (52) is provided with a pivoting groove (5 2 8 ) for a detachable opening and closing pivot seat (6). 2 〇) The tail block (6 2 g) is inserted into the block so that the tail block (6 2 9 ) can be separated from the Hung Hau trough (6 2 8) to control the opening and closing of the trailer (6 2〇). The other end of the swing arm (6 6) is provided with a magnet (67), which acts on the middle column (2 2) and the other two (1) to pull the pendulum The arm (66) drives the rubber cap (extension & 1U~vb), and its action is the same as that of the first fruit ((). According to the above configuration, it is better to use the first and second pumps (5〇) υ; (6〇) independently set, so that the first pump (5 〇) / The advance, the machine to (5 2 3) and the second pump (6 〇) into the '" IL room (6 ? Q,, 05), and the discharge chamber of the first pump (50) (5 2 5 ) 盥 石 石 > , ', the second pump (6 〇) discharge chamber (6 2 5 ) (5 first, two pump (5 0 ) (60) oak cap ( 6 3) The motion is not symmetrical or the force cannot be equal i 05 ), the inflow chamber (6 2 3 ) or the discharge chamber (5 2 ), the discharge chamber
d b )並不會產生彼此干擾之情形， 發明較圖二之結構而t 再向σ確犯在長久使用下，相對保持低 噪音及高效能之實用特點。 請配合圖三及六觀之，本創作二泵浦座（5 1 )( 6 1)得在相對進流孔（524)(624)及排放孔（5 2 6 ) ( 6 2 6 )的位置得設置擾流柱（5 8 ) ( 6 8 )， 以使流體進出時可㈣當的分散而減低噪音之產生。d b ) does not interfere with each other. The invention is more complex than the structure of Figure 2, and the σ is again used for long-term use, relatively low noise and high efficiency. Please cooperate with Figures 3 and 6 to see the position of the two pump seats (5 1 ) ( 6 1) in the opposite inlet (524) (624) and discharge holes (5 2 6 ) ( 6 2 6 ). It is necessary to set the spoiler (5 8 ) ( 6 8 ) so that when the fluid enters and exits, it can be dispersed to reduce the noise.
另外圖五則說明本發明第—、二㈣（5〇) (6〇 之進流孔（5 2 4 ) ( 6 2 4 )得分別藉由—軟管（5 )而並聯至-匯流器（591)，用以提供吸引器相接 至於第一、二㈣（5 0) (6 G)之排放孔（5 2 6 ( 6 2 6 )則藉由另一軟管（59〇)而並聯至另一匯 器（ 5 9 2 ) ’用以提供噴射器補化器相接；以使本In addition, FIG. 5 illustrates that the first, second (four) (5 〇) (6 进 inlet holes (5 2 4 ) ( 6 2 4 ) of the present invention are connected in parallel to the - confluence device by the hose (5), respectively. 591), to provide a suction hole connected to the first, second (four) (5 0) (6 G) (5 2 6 (6 2 6 ) is connected in parallel by another hose (59 〇) Another concentrator (5 9 2 ) ' is used to provide the injector supplemental connection;
發明得視產品應用時之需 請參閱圖九、圖十A 要而進行吸取或噴出之動作。 、B所示，其是本發明第一泵浦 12 1^42925 5 ?與第二泵浦6 ◦之另-實施例，第二泵浦（6 Ο)是 以隔板（6 2 2)前、後分開出一具進流孔（6 2 4 )之 進机至（6 2 3)、—具排放孔（6 2 6 )之排放室（6 f5) ’第-果浦則是以隔板522前、後分開出一具進 机孔（5 2 4 )之進流室（5 2 3)、一具排放孔（5 2 之排放室（5 2 5 )，本實施例之其它元件之相關位 置及作動模式與第—實施例皆相同，恕不贅述。 ,綜上所述，本發明整體作確能較傳統更為順暢且不虞 ' <擾疋技術理念上的高度發明，應符專利申請要 牛—爰依法提出申請。惟以上所述者，僅為本發明之一較 佳實施例而已’當不能以之限定本發明實施之範園，即大 凡依本發明巾請專利範圍所作之均特化與修飾，皆應仍 屬本發明涵蓋之範圍内。 〜 【圖式簡單說明】 圖二A 圖二B 圖二C 圖三 圖·係習知空氣栗之結構示意圖。 係第二習知空氣泉於進氣時之組合剖面示意圖。 係第二習知空氣泵於排氣時之組合剖面示意圖。 係第一習知空氣泵誤差產生時之剖面示意圖。 係本發明之分解示意圖。 圖四係 '本發明部份組合之立體示意圖。 圖五.係本發明之組合立體示意圖。 13 1342925 圖’、#本發明於貞體時之組合剖面示意圖。 圖 係'本毛明於正壓排放流體時之組合剖面示意圖。 圖八A:係本發明二栗浦同時進行負壓吸人流體時之組合 剖面示意圖。 圖B係本發明二泵浦同時進行正壓排放流體時之組合 剖面示意圖。 圖九：係本發明第二實施例示意圖。 S十A B .係本發明第二貫施例之剖面動作示意圖。 (11)激磁線圈 (13)曲柄 (15)氣室 (2 2)中桎 (2 4)線圈組 (3 1 )進流室 (3 2)排放室 (3 3 1 )排放孔 (3 5)橡帽 (3 7)逆止閥 (3 9)磁鐵 【主要元件符號說明】 (1 〇)空氣泵 (12)風扇 (1 4 )橡帽 (21)電磁元件 (2 3)側柱 (3 0)空氣泵 (311)進流孔 (3 3)貯氣室 (3 4)承座 (3 6)單向閥 (3 8 )擺臂 (4 0)基座 1342925 (5 Ο)第一泵浦 (5 1 1 )插柱 (5 2 )閥殼 (5 2 1 )嵌條 (5 2 3)進流室 (5 2 5)排放室 (5 2 7)承座 # ( 5 2 9 )鳩尾塊 (5 4)單向閥 (5 6 )擺臂 C 5 7)磁鐵 ( 5 9 ) ( 5 9 0 )軟管 (6 0)第二泵浦 (6 1 1 )插柱 • ( 6 2)閥殼 (6 2 1 )嵌槽 (6 2 3)進流室 (6 2 5 )排放室 (6 2 7 )承座 (6 2 9 )鳩尾塊 (6 4)單向閥 (5 1 )泵浦座 (512)嵌槽 (5 2 0)樞座 (5 2 2)隔板 (5 2 4 )進流孔 (5 2 6 )排放孔 (5 2 8)鳩尾槽 (5 3)橡帽 (5 5 )逆止閥 (5 6 1 )軸部 (5 8)擾流柱 ( 5 9 1 ) ( 5 9 2 )匯 (6 1 )泵浦座 (6 1 2)嵌條 (6 2 0)枢座 (6 2 2)隔板 (6 2 4 )進流孔 (6 2 6 )排放孔 (6 2 8 )鳩尾槽 (6 3)橡帽 (6 5 )逆止閥 1342925 (6 6)擺臂 (6 7)磁鐵 (6 6 1 )軸部 (6 8)擾流柱The invention needs to be applied when the product is applied. Please refer to Figure 9 and Figure 10A for the action of suction or ejection. And B, which is another embodiment of the first pump 12 1^42925 5 ? and the second pump 6 本 of the present invention, the second pump (6 Ο) is a partition (6 2 2) Then, separate the inlet (6 2 4) into the discharge chamber (6 2 3), the discharge chamber with the discharge hole (6 2 6) (6 f5) Before and after 522, an inlet chamber (5 2 3) with an inlet hole (5 2 4 ) and a discharge hole (5 2 5 discharge chamber (5 2 5 ) are separated, which are related to other components of the embodiment. The position and actuation mode are the same as those of the first embodiment, and will not be described. In summary, the overall invention can be more smooth and unobtrusive than the traditional one. The application is to be filed in accordance with the law. However, the above description is only a preferred embodiment of the present invention and has not been limited to the scope of the invention. Both the specialization and the modification should remain within the scope of the present invention. ~ [Simple description of the diagram] Figure 2A Figure 2B Figure 2C Figure 3 Figure 3. Schematic diagram of the structure of the air chest A schematic cross-sectional view of a second conventional air spring at the time of intake. A schematic cross-sectional view of a second conventional air pump when exhausted. A schematic view of a first conventional air pump error. Figure 4 is a perspective view of a partial combination of the present invention. Figure 5. A schematic perspective view of the combination of the present invention. 13 1342925 Figure ', # is a schematic cross-sectional view of the invention in the case of a corpus callosum. Fig. 8A is a schematic cross-sectional view showing the simultaneous introduction of a negative pressure inhalation fluid by the second pump of the present invention. Fig. B is a view showing the second pump of the present invention simultaneously discharging a positive pressure fluid. BRIEF DESCRIPTION OF THE DRAWINGS Figure 9 is a schematic view of a second embodiment of the present invention. S 十 AB is a schematic diagram of the cross-sectional action of the second embodiment of the present invention. (11) Excitation coil (13) crank (15) air chamber (2 2 ) Lieutenant (2 4) coil group (3 1 ) Inlet chamber (3 2) Discharge chamber (3 3 1 ) Discharge hole (3 5) Rubber cap (3 7) Check valve (3 9) Magnet [Main components DESCRIPTION OF SYMBOLS (1 〇) Air pump (12) Fan (1 4) Rubber cap (21) Electromagnetic element ( 2 3) Side column (3 0) Air pump (311) Inlet hole (3 3) Gas storage chamber (3 4) Bearing seat (3 6) Check valve (3 8 ) Swing arm (4 0) Base 1342925 (5 Ο) First pump (5 1 1) Insert (5 2 ) Valve housing (5 2 1 ) Insert (5 2 3) Inlet chamber (5 2 5) Discharge chamber (5 2 7) Seat # ( 5 2 9 ) Iris block (5 4) check valve (5 6 ) swing arm C 5 7) magnet ( 5 9 ) ( 5 9 0 ) hose (6 0) second pump (6 1 1 ) Inserts • ( 6 2) Valve housing (6 2 1 ) Insert groove (6 2 3) Inlet chamber (6 2 5 ) Discharge chamber (6 2 7 ) Bearing seat (6 2 9 ) Tail block (6 4) Single Directional valve (5 1 ) Pumping seat (512) Inserting groove (5 2 0) Pivot (5 2 2) Partition (5 2 4 ) Inlet hole (5 2 6 ) Drain hole (5 2 8) Tail groove (5 3) Rubber cap (5 5 ) Check valve (5 6 1 ) Shaft (5 8) Spoiler ( 5 9 1 ) ( 5 9 2 ) Meeting (6 1 ) Pumping seat (6 1 2) Insert (6 2 0) pivot (6 2 2) partition (6 2 4 ) inlet hole (6 2 6 ) discharge hole (6 2 8 ) tail groove (63) rubber cap (6 5) Valve 1342925 (6 6) Swing arm (6 7) Magnet (6 6 1 ) Shaft (6 8) Spoiler