200936891 九、發明說明： 【發明所屬之技術領域】 本發明係提供一種電磁泵浦，尤指使第一、二泵浦在 不互相干擾下时進行負壓吸人流體紐壓排放流體動 作’用以長保低噪音、高效能之使用特徵。 【先前技術】 * e 月 > 閱圖一，其係我國公告脱44093號『鼻腔清潔喷霧 ^夕力此機』’㈣主要在—對合之前、後殼體中裝置 氣果（1 ◦) ’空氣泵（1 ◦)係具有-激磁線圈（1 )使激磁線圈（12)得以藉由通電而帶動一轉轴繞 中心轉動，此轉軸一端安裝有風扇（1 2 )、另端則組設 有曲柄j 1 3 )’其曲柄（1 3)得帶動一橡帽（1 4 )而對1室（1 5 )作吸風、送風動作，此氣室（1 5 )進流孔係藉軟管而與吸引器相接導，另該氣室（15) ⑩ 之排放孔係經另一軟管而與嘻 兴1射裔連接’且在殼體上方容 設有一霧化器，其可經由出氣 矾s之連接，以產生霧化喷霧， 以便達到集吸引器、噴射哭芬愛… ㈣裔及霧化器三種功能於一身。 縱觀該空氣泵（1 〇) )主要糟由激磁線圈（1 1 )而 帶動轉軸驅動曲柄（1 q ) a 、 ）’其激磁線圈（1 1) 一定會200936891 IX. Description of the invention: [Technical field of the invention] The present invention provides an electromagnetic pump, in particular, to perform a negative pressure inhalation fluid discharge operation when the first and second pumps are not interfered with each other. Long-term low noise, high performance use characteristics. [Prior Art] * e月> Read Figure 1, which is the announcement of China's Announcement No. 44093 "Nasal Cleansing Spray ^ Xi Li This Machine" (4) Mainly in the front and rear housings of the gas (1 ◦ The 'air pump (1 ◦) has an excitation coil (1) that causes the excitation coil (12) to rotate around the center by energizing a shaft. The fan is equipped with a fan (1 2 ) at one end and the other end. It is provided with a crank j 1 3 )' its crank (1 3) to drive an aluminum cap (1 4 ) and suction and air supply to the 1 room (1 5 ), and the air chamber (1 5 ) inlet hole is borrowed The hose is connected to the suction device, and the discharge hole of the air chamber (15) 10 is connected to the Zhaoxing 1 by another hose, and an atomizer is arranged above the housing, which can Through the connection of the gas outlet s, to produce an atomized spray, in order to achieve the three functions of the collection aspirator, the spray crying love... (4) and the atomizer. Throughout the air pump (1 〇)), the main shaft is driven by the exciting coil (1 1 ) to drive the crank to drive the crank (1 q ) a , ) ' the exciting coil (1 1) will definitely
產生尚溫，所以須藉由風戶彳q D ^ ^ a ,φ . 羽（1 2 )運轉而對殼體内進行 對流散熱，彳疋便會造成體 谓八、風切噪音、不防水之諸 項缺點，而且其轉軸每轉一 个 得圈才使橡帽（14)對氣室（1 200936891 5)完成-吸風、送風行程，效能並不高。 請參閱圖二A、二B，其係另―财氣泵，其主要在一 中空殼體内部一侧敦設有一具中才主（2 2)及兩側柱（2 3)之電磁7〇件（21)，然後在中柱（22)繞設有線 圈組（24)，使該線圈組（24)通電而令電磁元件（ 2 1 )之中柱（2 2)及兩側柱（2 3)生磁，令電磁元 件（2 1 )兩側柱（2 3)為同-磁極性作用端，中柱（It is still warm, so it must be convectively dissipated by the wind 彳q D ^ ^ a , φ . plume (1 2 ), which will cause the body to be eight, wind-cut noise, not waterproof. All the shortcomings, and the rotation of the shaft every turn, so that the rubber cap (14) to the air chamber (1 200936891 5) - suction, air stroke, performance is not high. Please refer to Figure 2A and IIB, which is another fuel pump, which mainly has a medium-sized main (2 2) and two-sided column (23) electromagnetic 7〇 on the inner side of a hollow casing. Piece (21), then a coil set (24) is wound around the middle column (22) to energize the coil set (24) to cause the column (2 2) and the two sides of the electromagnetic element (2 1 ) (2) 3) Magnetism, so that the two sides of the column (2 3) of the electromagnetic component (2 1 ) are the same-magnetic polarity end, the middle column (
2 2)自由端為相反磁極性作用端； 而殼體内沿令柱（2 2)的位置對接有二空氣果（3 〇)，此二空氣泵（3 〇)於對接的位置併排連通有一具 進流孔（3 1 1 )之進流室（3丄）、一排放室（3 2) 、一連通排放室（3 2)且具排放孔（3 3丄）之貯氣室 (33)，二空氣泵（3〇)另於進流室（31) '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)的位置設有一可向排 放室（3 2)引流之逆止閥（3 7)，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)於中柱（22)及兩側柱（2 6 ❹2 2) The free end is the opposite magnetic polarity end; while the inside of the housing is connected to the position of the column (2 2) with two air nuts (3 〇), and the two air pumps (3 〇) are connected side by side at the docking position. An inflow chamber (3丄) with an inlet hole (3 1 1 ), a discharge chamber (3 2), a gas storage chamber (33) that communicates with the discharge chamber (32) and has a discharge hole (3 3丄) , the two air pumps (3 〇) and the inlet chamber (31) 'discharge to the outer position of (3 2) protruded with a seat (34), and each of the rubber caps (3 5) fits the seat ( 3 4), the socket (34) is provided with a check valve (36) that can be drained to the rubber cap (3 5) at the position of the opposite inlet chamber (3 1 ) and in the opposite discharge chamber (3 2) The position is provided with a check valve (37) for draining to the discharge chamber (32), and the two rubber caps (35) are symmetrically connected to a swing arm (38), and one of the two swing arms (38) Dragged to the base of the housing, the other end is provided with a magnet (3 9), the magnet (39) of the second pendulum # (38) is on the center column (22) and the columns on both sides (2 6 ❹
200936891 3)間同步動作。 當空氣泵（30)使用時，传 雷荖头戚π 糸利用線圈組（24)通 電產生磁智，以及交流電猶環 2 2)及兩_(2：^ U向而轉換中柱（ 匕J)之磁極，以便藉由同 相吸之原理而驅動二磁鐵 、 動-押劈Μ 〇、 使二磁鐵（39)連 擺#(38)而牵引相對應之橡帽（35)伸缩，用 以料流室（31)_至排放室（3 2)巾，其較之圖 一結構而言，確具有縮減體積、降低噪音、具防水性及高 效能之功能增進。 可是請配合圖觀之，該料室（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f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 )啟閉時機並不會同步， 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 200936891 ❹ 對稱之第-、二泵浦各職立設置，令第—泵浦之進流室 與第二㈣之進流室分開，以及令第—泵浦之排放室與第 二粟浦之排放室分開，俾使第―、二泵浦位於搖臂自由端 之_能同步受電磁元件驅動’用以操作所對應之橡帽驅 動早向閥或逆止閥進行負壓吸人流體或正壓排放流體；如 此之—進流室及二排放室分離配置，使第―、二I浦之橡 帽動作即便不夠對稱或者受力即便不能㈣時，該第一、 二泵浦之進流线第-、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-步瞭解本發明之結構、特徵 及其他目的，兹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); -電磁元件（21)’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)繞設有線圈組（24)，使該線 令電磁元件⑴)之中柱(22)及兩側柱(;3通)電產而 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· 8 200936891 -第-泵浦（50)，其係由泵浦座（51)、閥殼 (5 2)、橡帽（5 3)、單向閥（54)、逆止閥（5 5) 、擺臂（5 6)組成；其泵浦座（51)底端設有可 插固於基座（4 0)之插柱（5工丄），而果浦座（5丄 )正面周緣料有㈣（512)，用以提供—閥殼（5 2 )背面之欲條（5 2 1 )氣密對合，此閥殼（5 <2 )内 部呈中空狀，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) 之排放室（ 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（5 2 7) ，並以一橡帽（53)氣密套合此承座（527)， 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（5 4)，以及在相對排放 室（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)外側連接有一擺臂（ 5 6)’擺臂（5 6)之一端係以軸部（5 6 1 )樞連於 閥殼（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 0 )之鸠 尾塊（5 2 9 )插固，使此鳩尾塊（5 2 9 )得離合續尾 槽（5 2 8 )，用以控制樞座（5 2 0)之啟閉與否，以 便將擺臂（56)之軸部（56)樞設於柩座（52〇)， 9 200936891 而擺臂（5 6 )另踹則 ▽、方5而則έ又有—磁鐵（5 7 ),該磁鐵（5 7)得於中桎（？ 9、a t 引擺臂（5 fn恶 （23)間動作’用以牵 、_ 動橡帽（5 3 )伸縮’如圖六及八A所示， 田電凡件(2 1 )控制擺臂(5 6)帶動橡帽(5 3) 伸展時，其便能負壓的開啟i 逆止閥（55)，使二Γ 4 實關閉 進"U·至（5 2 3 )能透過進流孔（5 ❹ 24)而負壓的將外部流體吸人橡帽（53)及承座（5 2 6 )中’如圖七及八8所示，當電磁元件（2 u控制擺 ，W 6 ；)㈣橡巾目（5 3 )時’其便能正壓的關閉單向 闕（54)以及開啟逆止閥（55)，使橡帽（53)中 的流體能壓入排放室（5 2 5 )中，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 環變換電流方向而轉換中柱（22)及兩側柱（23)之 ❹ 磁極，使第-栗浦（50)產生所需之負壓吸入流體或正 壓排放流體效用；以及 -與第-栗浦（50)相對稱之第二㈣（6〇)， 其係由泉浦座（6 1)、閥殼（62)、橡帽（63)、 單向閥（64)、逆止閥（65)、擺臂（66)组成： 其泵浦座（6 1 )底端設有可插固於基座（4 〇)之插柱 (6 11)，而泵浦座（6 1)背面周緣環設有嵌條（6 12)，用以提供一閥殼（62)正面之嵌槽（62^) 10 200936891 氣植對合’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（ 6 2 3 )、一具排放孔（6 2 6)之排放室（6 2 5 )， 閥殼（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) e φ 氣密套合此承座（627)，承座（627)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 j向排放至（6 2 5)引流之逆止閥（6 5)，至於橡帽 (6 3)外側連接有一擺臂（66)，擺臂（66)之一 端係以轴部（6 6 1 )樞連於閥殼（6 2)所設置之樞座 (6 2 0)，閥殼（5 2)且以鳩尾槽（5 2 8 )供一可 對合啟閉樞座（6 2 〇)之填尾塊（6 2 9 )插固，使此 填尾塊（ 6 2 9 )得離合鳩尾槽（6 2 8 )，用以控制枢 磁（6 2〇)之啟閉與否’而擺臂（6 6)另端則設有- 側Γ(67) ’該磁鐵（67)得於中柱（22)及另一 6”(23)間動作，用以牵引擺臂（66)帶動橡帽（ 0 J )伸縮，圖六〜八Β所千，廿‘ s η . ’、其動作情形與第一泵浦（ u )相同。 由上述之結構配置得知， 相對稱t第 r本創作較之習用乃在於··使 第一、二㈣（50) (60)獨立設置，令第200936891 3) Synchronous action. When the air pump (30) is used, the lightning 荖 戚 戚 糸 is energized by the coil group (24) to generate magnetic wisdom, and the alternating current is still ring 2 2) and two _ (2: ^ U direction and the middle column (匕J The magnetic pole, in order to drive the two magnets, move the 劈Μ 〇 by the principle of in-phase absorption, and make the two magnets (39) connect the pendulum # (38) and pull the corresponding rubber cap (35) to expand and contract. The flow chamber (31)_ to the discharge chamber (32) towel, compared with the structure of Fig. 1, does have the function of reducing the volume, reducing the noise, being waterproof and high-performance. However, please cooperate with the figure. The two air pumps (3 〇), which are connected to the chamber (31) and the discharge chamber (32), can not be completely symmetrical in the action of the two rubber caps (3 5) due to slight errors in manufacturing dimensions or material f in long-term use. Or the force state cannot be completely equal, so the corresponding check valve (3 6 ) or the check valve (3 7) does not synchronize with each other, so that the two air pumps (30) will interfere with each other. In turn, the noise is getting bigger and the performance is getting worse and worse. Under long-term use, the error and interference will only get bigger and bigger. The result is that the two air pumps (3 〇) intake and exhaust timing are completely separated from the original set state, and the performance is halved as shown in FIG. 2C. [Invention] The present invention provides an electromagnetic pump, the main content of which is : Make phase 7 200936891 对称 Symmetrical first and second pumping positions, separate the first pumping inlet chamber from the second (four) inlet chamber, and the first pumping chamber and second Seiko's discharge chamber is separated, so that the first and second pumps are located at the free end of the rocker arm, and can be driven by the electromagnetic element to operate. The corresponding rubber cap drive early valve or check valve is used for negative pressure suction fluid or The positive pressure discharge fluid; in this way, the inlet chamber and the second discharge chamber are separated and arranged, so that the first and second pumps are inflow even if the first and second pumps are not symmetrical or force is not enough (four). The discharge chambers of the first and second pumps will not interfere with each other due to the unsynchronization, so that the long-term use can still maintain the practical characteristics of low noise and high efficiency. [Embodiment] Can further understand the knot of the present invention The structure, features, and other objects are described in detail with reference to the drawings of the preferred embodiments as follows: Referring to Figures 3-8A, B, the present invention includes: a housing having a base (4 turns) The electromagnetic component (21) is mounted on the side of the base (4〇) and has a center pillar (22) and two side pillars (23), and is in the middle pillar. 2) A coil set is arranged around 24), so that the line (22) and the two columns (3 pass) in the electromagnetic element (1)) are electrically generated to generate a magnetic field, so that the two columns (23) are the same magnetic polarity end, the middle column ( 2 2) The free end is the opposite magnetic polarity end · 8 200936891 - the first pump (50), which is driven by the pump seat (51), the valve housing (52), the rubber cap (5 3), the check valve (54), the check valve (5 5), the swing arm (56); the bottom of the pump seat (51) is provided with a plunger (5 work) that can be inserted into the base (40). The front edge of the Guopu (5丄) has (4) (512), which is used to provide the airtight combination of the back of the valve casing (5 2 ) (5 2 1 ). The valve casing (5 < 2 ) The inside is hollow, and a partition (5 2 4 ) is inserted into the inlet chamber (5 2 4 ) by a partition (5 2 2 ) (5 2 3 ) ), a discharge chamber (5 2 5) with a discharge hole (5 2 6), the valve casing (52) protrudes from the front side - across the inflow chamber (5 2 3), the discharge chamber (5 2 5) The seat (5 2 7) is airtightly fitted with a seat (527) by a rubber cap (53), and the seat (5 2 7 ) is provided at a position corresponding to the inflow chamber (5 2 3 ). A check valve (5 4) for draining the rubber cap (5 3 ) and a draining valve (5 2 5) at the position of the opposite discharge chamber (5 2 5 ). Check valve (5 5) As for the outer side of the rubber cap (53), there is a swing arm (56). One end of the swing arm (56) is pivotally connected to the pivot seat provided by the valve housing (52). 5 2 0), the valve casing (52) is inserted into the dovetail block (5 2 9) of the closable opening and closing pivot seat (5 2 0) with the dovetail groove (5 2 8), so that the dovetail block (5 2 9 ) The clutch tail groove (5 2 8 ) is used to control the opening and closing of the pivot seat (520) to pivot the shaft portion (56) of the swing arm (56) to the seat (52〇), 9 200936891 And the swing arm (5 6 ) is another ▽, the square 5 and the έ has a magnet (5 7 ), the magnet (5 7) is obtained from the middle 桎 (? 9, at the swing arm (5 fn evil (23) action 'to pull, _ move the rubber cap (5 3) telescopic' as shown in Figure 6 and 8A, Tiandian Fan (2 1) control swing arm (5 6) When the rubber cap (5 3) is extended, it can open the i check valve (55) under negative pressure, so that the two Γ 4 can be closed into the "U· to (5 2 3) through the inflow The hole (5 ❹ 24) and the negative pressure attracts the external fluid into the rubber cap (53) and the seat (5 2 6 ) as shown in Figures 7 and 8 as the electromagnetic component (2 u control pendulum, W 6 ;) (4) When the rubber towel (5 3 ) is used, it can positively close the one-way crucible (54) and open the check valve (55), so that the fluid in the rubber cap (53) can be pressed into the discharge chamber (5) 2 5), and then outputting the positive pressure fluid through the discharge hole (5 26), which is capable of converting the magnetic pole of the middle column (22) and the two side columns (23) by the current direction of the alternating current cycle. , so that the first - Lipu (50) produces the required vacuum suction fluid or positive pressure discharge fluid utility; and - the second (four) (6 〇) symmetrical with the first Lipu (50), which is from Quanpu Seat (6 1), valve housing (62), rubber cap (63), check valve (64), check valve (65 ), the swing arm (66) is composed: the bottom of the pump seat (6 1 ) is provided with a plug (6 11) that can be inserted into the base (4 〇), and the pump seat (6 1) has a ring around the back of the ring A molding strip (6 12) is provided for providing a groove (62^) on the front side of the valve casing (62). 10 200936891 Gas-fired combination. The inside of the valve casing (62) is hollow and has a partition. (6 2 2) separating the inlet chamber (6 2 3) of the inlet hole (6 2 4) and the discharge chamber (6 2 5) of the discharge hole (6 2 6), the valve casing (6 2) A seat (627) that straddles the inflow chamber (6 2 3) and drains to (625) is protruded from the front side, and the seat is airtightly fitted with a rubber cap (63) e φ ( 627), the bearing seat (627) is provided with a one-way valve (6 4) for guiding the rubber cap (63) at a position corresponding to the inflow chamber (6 2 3 ), and in the opposite discharge chamber (6 2 5 ) The position is provided with a check valve (6 5) for draining to the (6 2 5) drainage, and a swing arm (66) is connected to the outer side of the rubber cap (63), and one end of the swing arm (66) is connected to the shaft portion. (6 6 1 ) is pivotally connected to the pivot seat (6 2 0) provided by the valve casing (62), and the valve casing (52) is provided with a reciprocating opening and closing pivot seat by the dovetail groove (52). 6 2 〇) The fill block (6 2 9 ) is inserted into the block, so that the fill block ( 6 2 9 ) has a clutch tail groove (6 2 8 ) to control the opening and closing of the pivot (6 2〇) No' and the swing arm (6 6) is provided at the other end - side cymbal (67) 'The magnet (67) is operated between the center column (22) and the other 6" (23) to pull the swing arm ( 66) Drive the rubber cap ( 0 J ) to expand and contract, Figure 6 ~ gossip thousands, 廿 ' s η . ', its action is the same as the first pump ( u ). According to the above-mentioned structural configuration, the relative use of the t-th creation is based on the fact that the first, second (four) (50) (60) are independently set, and the first
II 200936891 一泵浦（5 〇 )之進流室（5 2 3 )與第二栗浦（6 ) 之進流室（6 2 3 )分開，以及使第-㈣（5 ◦)之排 放室（5 2 5 )與第二泉浦（6 〇)之排放室（6 2 5) 分開’如此’即便第-、二泵浦（5 0) (6 0)之橡帽 ( 5 3 ) ( 6 3 )動作不夠對稱或者受力不能相等時，^ 進流室（5 2 3 )、進流室（6 2 3 )或排放室（5 2 5、 ❹ Ο )、排放室（6 2 5 )並不會產生彼此干擾之情形，使本 發明較圖二之結構而言’確能在長久使用下，相對保持低 噪音及高效能之實用特點。 °月配σ圖二及六觀之，本創作二泵浦座（5 1 )( 6 丄）得在相對進流孔（5 2 4 ) ( 6 2 4 )及排放孔（5 2 6) (6 2 6)的位置得設置擾流柱（5 8 ) ( 6 8 )， 以使流體進出時可被適當的分散而減低噪音之產生。 另外圖五則說明本發明第一、二栗浦（50)(6〇 )之進流孔（ 5 2 4 ) ( 6 2 4 )得分別藉由—軟管（5 9)而並聯至-匯流器（591)，用以提供吸引器相接 ;至於第—、二栗浦（5〇) (6 0)之排放孔（526 )(626)則藉由另一軟管（59〇)而並聯至另一匯 流器（592) ’用以提供噴射器或霧化器相接；以使本 發明得視產品應用時之需要而進行吸取或噴出 請參閱圖九、圖十A、Β所示，其是本發明第一果浦 200936891 5 0與第二泵浦6 0之另一實施例，第二泉 一水浦（6 〇)是 以隔板（6 2 2 )前、後分開出一具進湳 </;,L fL C 6 2 4 )之 進流室（6 2 3 )、-具排放孔（6 2 6 )之排放室^ 25) ’第-泵浦則是以隔板522前、後分開出— 流孔（524)之進流t (523)、一具排放孔（5、2 6)之排放室（ 5 2 5 )，本實施例之其它元件之相關位 置及作動模式與第一實施例皆相同，恕不贅述。II 200936891 A pump (5 〇) inlet chamber (5 2 3 ) is separated from the second pump (6 2) inlet chamber (6 2 3 ), and the (-) (5 ◦) discharge chamber is 5 2 5) Separate from the discharge chamber (6 2 5) of the second spring (6 〇) 'so' even the first and second pump (50) (60) rubber cap (5 3 ) ( 6 3 When the motion is not symmetrical or the force is not equal, ^ the inlet chamber (5 2 3 ), the inlet chamber (6 2 3 ) or the discharge chamber (5 2 5, ❹ Ο ), the discharge chamber (6 2 5 ) It will cause mutual interference, so that the present invention can effectively maintain the low noise and high efficiency of the utility model under the long-term use. ° month with σ map two and six views, the creation of the two pump seat (5 1) (6 丄) in the opposite inlet (5 2 4) (6 2 4) and discharge holes (5 2 6) ( 6 2 6) The position of the spoiler (5 8 ) ( 6 8 ) is set so that the fluid can be properly dispersed to reduce the noise. In addition, FIG. 5 illustrates that the inlet holes (5 2 4 ) ( 6 2 4 ) of the first and second Lipu (50) (6 〇) of the present invention are connected in parallel to each other by a hose (59). (591) for providing a suction device; as for the first and second Lipu (5〇) (60) discharge holes (526) (626) are connected in parallel by another hose (59〇) To another combiner (592) 'to provide an ejector or atomizer to be connected; for suction or ejection of the present invention for use in the application of the product, see Figure 9, Figure 10A, Β, It is another embodiment of the first fruit pump 200936891 50 and the second pump 60 of the present invention, and the second spring water (6 〇) is separated by a partition (6 2 2 ) before and after. The inlet chamber (6 2 3 ) of the inlet </;, L fL C 6 2 4 ), the discharge chamber with the discharge hole (6 2 6 ) 25) The first pump is the partition 522 Separate front and rear - the inflow t (523) of the orifice (524), the discharge chamber (5 2 5) of a discharge orifice (5, 26), the relative position and actuation mode of the other components of the embodiment The same as the first embodiment, and will not be described again.
❹ 綜上所述’本發明整體作確能較傳統更為順暢且不虞 彼此干擾，是-技術理念上的高度發明，應符專利申請要 件’爰依法提iB申請。惟以上所述者，僅為本發明之一較 佳實施例而已，當不能狀限定本發明實施之範圍，即= 凡依本發明申請專利範圍所作之均㈣化與修飾，皆應仍 屬本發明涵蓋之範圍内。 【圖式簡單說明】 圖一：係習知空氣泵之結構示意圖。 圖4·係第二f知空氣泵於進氣時之組合剖面示意圖。 圖：β.係第二習知空氣泵於排氣時之組合剖面示意圖。 圖二C··係第二習知空氣栗誤差產生時之剖面示意圖。 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 200936891 圖/、.係本發明於負壓吸入流體時之組合剖面示意圖。 圖七.係本發明於正壓排放流體時之組合剖面示意圖。 圖八A .係本發明二泵浦同時進行諸吸人流體時之組人 剖面示意圖。 圖八B :係本發明 剖面示意圖。 二泵浦㈣進行正壓排放流體時之組合综 In summary, the whole of the present invention can be more smooth and undisturbed than the traditional ones. It is a highly invented technical concept, which should be in accordance with the patent application requirements. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited, that is, the uniformity and modification of the scope of the patent application of the present invention should still belong to the present invention. Within the scope of the invention. [Simple description of the diagram] Figure 1: Schematic diagram of the structure of the conventional air pump. Fig. 4 is a schematic cross-sectional view showing the second air pump at the time of intake. Figure: β. is a schematic cross-sectional view of a second conventional air pump when it is exhausted. Fig. 2C is a schematic cross-sectional view of the second conventional air chest error. The drawings are schematic exploded views of the present invention. Figure 4 is a perspective view of a portion of the combination of the present invention. Figure 5. A perspective view of the combination of the present invention. 13 200936891 Fig. /, is a schematic cross-sectional view of the present invention when a negative pressure is used to draw a fluid. Figure 7. is a schematic cross-sectional view of the present invention in the case of a positive pressure discharge fluid. Fig. 8A is a schematic cross-sectional view of a group of two pumps of the present invention simultaneously carrying out inhalation of human fluids. Figure 8B is a schematic cross-sectional view of the present invention. Two pump (four) combination of positive pressure discharge fluid
圖九：係本發明第二實施例示意圖。 = 係本發明第二實施例之剖面動作示意圖 【主要7G件符號說明】 (1 0 )空氣泵Figure 9 is a schematic view showing a second embodiment of the present invention. = Schematic diagram of the cross-sectional action of the second embodiment of the present invention [Main 7G symbol description] (1 0) air pump
(12)風扇 (14)橡帽 (2 1 )電磁元件 ^ 2 3)側柱 (3 〇)空氣泵 (3 1 1 )進流孔 (3 3)貯氣室 (3 4 )承座 (3 6)單向閥 (3 8)擺臂 (4 〇)基座 (11)激磁線圈 (13)曲柄 (15)氣室 (2 2)中柱 (2 4)線圈組 (31)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(12) Fan (14) Rubber cap (2 1 ) Electromagnetic element ^ 2 3) Side column (3 〇) Air pump (3 1 1 ) Inlet hole (3 3) Gas storage chamber (3 4 ) Seat (3 6) Check valve (3 8) Swing arm (4 〇) Base (11) Excitation coil (13) Crank (15) Air chamber (2 2) Middle column (2 4) Coil group (31) Inflow chamber ( 3 2) Discharge chamber (3 3 1 ) discharge hole (3 5) rubber cap (3 7) check valve (3 9) magnet
200936891 (5 0)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 (51)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 )鸡尾槽 (5 3)橡帽 (5 5 )逆止閥 (5 6 1 )軸部 (5 8)擾流柱 (591) (592 (61)泵浦座 (6 1 2)嵌條 (6 2 0)樞座 (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 )匯流器 15 200936891 (6 6)擺臂 （6 6 1 )軸部 (6 7)磁鐵 （6 8)擾流柱200936891 (5 0) 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) Block (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 ) Insert (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) One-way Valve (51) pump seat (512) slot (5 2 0) pivot seat (5 2 2) partition (5 2 4) inlet hole (5 2 6 ) discharge hole (5 2 8) chicken tail groove ( 5 3) Rubber cap (5 5 ) Check valve (5 6 1 ) Shaft (5 8) Spoiler (591) (592 (61) Pump seat (6 1 2) Insert (6 2 0) Seat (6 2 2) partition (6 2 4) inlet hole (6 2 6 ) discharge hole (6 2 8 ) tail groove (6 3) rubber cap (6 5) check valve) manifold 15 200936891 (6 6) Swing arm (6 6 1) Shaft (6 7) Magnet (6 8) Spoiler
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