201128071 六、發明說明： 【發明所屬之技術領域】 本發明係提供一種改變電磁泵浦作動模式之變頻電路 及設有該變頻電路之電磁泵浦，特別是指—種可改變電磁 泵浦之搖臂單位_往復鶴之速度、次數、擺幅寬度 而連帶改變電磁泵浦之吸取I力或排放塵力之變頻電路 ，及設有該變頻電路之電磁泵浦。 【先則技術】201128071 VI. Description of the Invention: [Technical Field] The present invention provides an inverter circuit for changing an electromagnetic pump actuation mode and an electromagnetic pump provided with the same, in particular, a laser that can change the electromagnetic pump The arm unit _ reciprocating crane speed, the number of times, the swing width and the frequency conversion circuit for changing the electromagnetic pumping force I or the dust power, and the electromagnetic pump provided with the frequency conversion circuit. [First technology]
請參閱09 22 171 83號『鼻腔清潔喷霧治療多 功能機』（以下簡稱第—f知案），該習知案之實際功能係 可對鼻腔進倾取㈣、躲鼻腔、稍鼻时灑含藥物 之水霧以治療鼻咽喉之疾病，其具有一氣室結構及橡帽， 利用橡帽的往復張縮，使氣室之進口端得以吸取氣體，相 對使氣室出π端得㈣放氣體’如果在該進口端連接一吸 引器’則成為吸取鼻弟的功能，或連接一霧化器，則成為 具霧化喷藥之功能，·然，該習知案所利用之動力源，是一 般具轉子之馬達’其轉子轉動時可同時帶動馬達外側之轉 軸往復位移，該轉齡—往—復魏之行程個定之距 離’馬達之轉子轉動愈快，賊室所產生之吸取力量或排 放力量則愈大’其所產生之壓力與流量是成正比關係，由 於該第知案是—衫魏之_，其翻在喷霧治療 時是没有危險性的，但是翻在吸取鼻科，則會有吸力 過大而傷害鼻腔賴之缺點，或用在以清潔液清洗鼻腔 201128071 時，則會有衝力過大而嗆鼻 消耗功率大，體積大1音大題該種型式之馬達尚有 熱，無法長期使用，不可“之力過大’易產生高 接觸之醫療器材使用時，、夕缺點，應用在與人體 就吾人所知，電麵浦^σ _力源。 低、不易產生高熱、進、出管:：、低噪音、消耗功率 短路之情形，基於上述4;::塞時不會發生電子線路 與人體接紅歸輯之動力^’將㈣縣浦應用於 勒力源，可謂為一種極佳的選 擇，凊參閲第〇 9 2 2 1 8 1 4 ?祙『尸抽亡 、 广 42唬軋墊床之充氣裝置』 用來於間稱第二習知案）’該第二習知案之電磁泵浦係專 2輸送氣體，用來對氣塾床進行充氣，其為本申請人於 ^2年所申請，請再參閱第〇93〇7116號『可對換 吸乳及排氣方向之栗浦氣室結構』（以下簡稱第三習知案） = 09321731 2號『方便清洗之電動吸鼻器』（以 下簡稱第四習知案），電磁栗浦之應用至此時，則因本創 作人之不斷改良而進人了氣液兩用時代；請配合參閱圖一 所不，該電磁泵浦2 0之用電特性是必須以交流電供應， 其搖# 2 5才能往復擺動，而受限於世界各國所供應之居 家用電’不外乎為1 10V或2 2 0V之電源，如台灣所 供應之電源是1 1 〇 V之單相電源’其電壓中之頻率是固 定的6 0Hz ’所以，以丄丄〇 v、6 〇Hz之交流電作為 電磁泵浦2 0之電源時，及受限於電磁鐵裝置2 7所產生 201128071 之磁場強度、搖臂2 5之長度及寬度、磁鐵2 6之磁性強 度、橡帽2 4之彈性度等條件之藕合作用，使得電磁泵浦 2 0之搖臂2 5之擺動速度、單位時間之擺動次數、擺幅 大小等是恆定而無法調整的，如圖一所示，搖臂2 5往^ 擺動之擺幅寬度W4、擺動速度、單位時間之擺動次數， 在電磁泵浦2 0出廠後，即保持一定而不會改變，而搖臂 2 5之往復擺動速度、次數、擺幅大小是影響著電磁泵浦 2 0之吸取壓力、吸取流量、排放壓力、排放流量，即， 礙於前述供電的條件限制，目前電磁泵浦之吸取壓力、吸 取流量或排放壓力、排放流量是無法依所需功能之壓力條 件、流量條件而自行調整的，然，具複合功能之醫療器材 的使用疋未來的趨勢，是以，氣液兩用之電磁泵浦乃有待 再加以進一步改良，使其吸取壓力、吸取流量或排放壓 力、排放流量是可依所需之功能而調整為適當的壓力、流 量。 【發明内容】 基於吸鼻涕器、吸乳器、洗鼻器、喷霧器、洗牙機、 舌台清潔器等人體用醫療器材，須具備消耗功率小，省電， 低噪音’體積小，不會產生高熱，防水等優點，本創作人 乃本著從事電磁泵浦多年之經驗，潛心研究，不斷的設計 改良，並製作樣品試驗，經反覆的測試，再加以改良，終 有確進達成以下創作目的之本創作誕生。 201128071 p，發月之主要目的，係藉—變頻電路可將直流電源 轉換為交流電源，以供應給電縣浦作動時使用，及藉改 變變頻電路之㈣辭，使氣液兩用mt在作吸取 f排放動作時’可視需要而作等虔等流量或碰高流量或 尚壓低流量等功能模式調整或切換。 本發明之次要目的係藉變頻電路中設有一N相或^相 之調變_變魏财單方面加祕臂往外擺動之 速度’進㈣_縣浦之錄勤，或單方面加快搖臂 往内擺動之速度，進而增強電磁㈣之排放動使電磁 杲浦可依所需之魏需求_整其吸轉力或排放盧力。 本發明之再一目的，係藉變頻電路中同時設有一1^相 調變電路及-S相觀f路，該⑽目賴電路係可單方面 加快搖臂往外擺動之速度，進而增強電縣浦之吸取屋 力’該S相調變電路係可單方面加快搖臂往内擺動之速 度，進而增強電磁泵浦之排放壓力，藉該N相調變電路及 S相调變電路之設置’乃使制於具複合魏之醫療器材 之電磁泵浦，可切換調整電磁泵浦之吸取壓力或排放壓力 變大。 本發明之又一目的’係使電磁泵浦使用電源之選擇性 更廣泛，其包括蓄電池、汽車之點煙座、變壓整流器等產 品所提供之直流電源，使以電磁泵浦為動力源之醫療器材 在任何場所皆可選擇適當的電源使用。 201128071 為達上述發明目的’本發明之改良特徵係在於：該變 頻電路係可將直流電源振盪為交流電源供應給電磁栗浦 使用’該電磁泵浦之—側係設有—電磁鐵I置，另一側係 。泵座該I座之外側係至少設有—可彈性張縮之橡 中目’橡帽上再結合—搖臂，該搖臂之—末端係軸設在果座 外側’另一末端係結合有—磁鐵而與電磁鐵裝置相對而距 門隙該栗座中係區隔為兩氣室，該其中一氣室係與一 至數吸取接官連通，該另—氣室係與—至數排放接管連 通，各氣室係與所相對之橡帽間各設有一逆止間，該電磁 泵浦藉搖臂之往復擺動，係可將流體自吸取接管吸入泵座 中，再自排放接管排出；該變頻電路係至少包括一振盪單 元電路、一雙穩態單元電路、推挽單元電路，該振盪單元 電路係可將輸入之直流電源振盪為一單相振盪訊號，該雙 穩態單元電路係可將單相振盪訊號分相為一 Ν相激勵訊 號及一 s相激勵訊號，使電磁鐵裝置兩侧磁極之磁性及中 間磁極之磁性，以Ν相、$相交互切換，以與搖臂上之磁 鐵發生同性相斥、異性相吸之交互作用，而帶動搖臂往復 擺動，該振盪單元電路之振盪頻率調整愈高，該電磁鐵裝 置之Ν相、S相磁性切換之速度愈快，該振盪單元電路之 振盪頻率調整愈低，該電磁鐵裝置之Ν相、S相磁性切換 之速度愈慢，該推挽單元電路係可將Ν相激勵訊號及一 S 相激勵訊號放大’而再輸送給電磁泵浦使用，使電磁泵浦 201128071 之擺臂能有效的擺動；藉變頻電路之設置乃可以直流電源 供應而使該電磁泵浦之搖臂往復的擺動’且藉調整該振盪 單元電路之振盪頻率，乃可改變電磁泵浦之搖臂之擺動迷 度、單位時間之往復擺動次數及擺幅大小，進而改變吸取 壓力、吸取流量、排放壓力、排放流量；該振盪單元電路 係可連接至一旋鈕或一按鍵組，而可直接以該旋鈕或按鍵 組啟動及調整振盪單元電路之振盪頻率高低；該變頻電路 之另一實施例是其還可包括了一個調變單元電路，該調變 單元電路係可產生一單相振盪訊號，以與雙穩態單元電路 所產生之N相激勵訊號、s相激勵訊號混波，以相對增加 N相激勵訊號及同時抵消s相激勵訊號，或相對增加s相 激勵訊號及同時抵消N相激勵訊號，使可加大搖臂往外擴 張之力度、速度及相對縮小搖臂往内收縮之力度、速度， 或可加大搖臂往内收縮之力度、速度及相對縮小搖臂往外 擴張之力度、速度，藉此乃可僅增加電磁泵浦吸取之壓 力，及同時使排放之壓力降低，或僅增加電磁泵浦排放之 壓力，及同時使吸取之壓力降低；該調變單元電路係可連 接至一旋鈕或一按鍵組，而可直接以該旋鈕或按鍵組啟動 及調整調變電路；該變頻電路尚有另一實施例，其是同時 具有-N相調變單元電路及—3相調變單元電路，該附目 調變單元電路及S相調變單元電路係一起連結於一切換 電路’該切換電路係連接至—按_供方便祕，·該輸入 201128071 至變頻電路之直流電源係包括汽車上之點煙器供應之直 流電源、或-蓄電池所供應之直流電源、或—變麼整流器 所供應之直流電源。 【實施方式】 為使胃審查委員及習於本項技藝之人士對本發明 有更步的瞭解舉—較佳實施例，詳細說明於後：Please refer to 09 22 171 83 "Nasal cleaning spray treatment multi-function machine" (hereinafter referred to as the "f-know case"), the actual function of the conventional case can be poured into the nasal cavity (four), hiding from the nasal cavity, sprinkling nose The medicine-containing water mist is used for treating diseases of the nose and throat, and has a gas chamber structure and a rubber cap. The reciprocating contraction of the rubber cap allows the inlet end of the gas chamber to absorb gas, and the gas chamber is discharged at the π end (4). 'If a suction device is connected to the inlet end, it becomes a function of sucking the nose, or connecting an atomizer, it becomes a function of atomizing spray. · Of course, the power source used in the conventional case is Generally, the motor with the rotor can rotate the reciprocating displacement of the outer shaft of the motor at the same time when the rotor rotates. The rotation age--the distance between the Wei and the Weiwei is set to be faster. The faster the rotor of the motor rotates, the suction force or the discharge generated by the thief chamber. The greater the strength, the pressure generated by it is proportional to the flow rate. Since the first case is - Sweater Wei, it is not dangerous when it is sprayed, but it is absorbed in the nose. There will be too much suction and injury The shortcomings of the nasal cavity, or when used to clean the nasal cavity 201128071 with a cleaning solution, there will be excessive impulse and the power consumption of the nose is large, and the volume is large. The motor of this type is still hot and cannot be used for a long time. When the force is too large, it is easy to produce high-contact medical equipment, and the shortcomings are applied to the human body. The electric surface is ^ _ _ force source. Low, not easy to produce high heat, in and out of the tube::, low noise In the case of power consumption short circuit, based on the above 4;:: the power of electronic circuit and human body redeeming will not occur when plugging ^' (4) County Pu applied to Leli source, can be described as an excellent choice, ginseng Read 〇9 2 2 1 8 1 4 祙 尸 尸 尸 尸 尸 尸 尸 尸 尸 广 广 广 广 广 广 广 广 广 广 广 广 广 广 广 广 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁Specialized 2 gas is used to inflate the gas boring machine. It is applied for by the applicant in ^2 years. Please refer to No. 93〇7116 "The pumping chamber structure of the pumping and exhausting direction" 』(hereinafter referred to as the third custom case) = 09321731 No. 2 "Electric suction for easy cleaning" 』 (hereinafter referred to as the fourth custom case), the application of the electromagnetic pump is at this time, because of the continuous improvement of the creator, it has entered the era of gas and liquid use; please refer to Figure 1 for the electromagnetic pump 2 The power consumption characteristic of 0 must be supplied by alternating current, and its shaking #2 5 can reciprocate and swing, and it is limited by the power supply of households in the world, which is nothing more than a power supply of 1 10V or 220V, such as supplied by Taiwan. The power supply is a single-phase power supply of 1 〇V. The frequency of the voltage is fixed at 60 Hz. Therefore, when 交流v, 6 〇 Hz AC is used as the power source for electromagnetic pumping, it is limited by The electromagnet device 27 produces the magnetic field strength of 201128071, the length and width of the rocker arm 25, the magnetic strength of the magnet 26, and the elasticity of the rubber cap 24, etc., so that the electromagnetic pump is shaken. The swing speed of the arm 25, the number of swings per unit time, the swing size, etc. are constant and cannot be adjusted. As shown in Fig. 1, the rocker arm 25 swings to the swing width W4, the swing speed, and the swing per unit time. The number of times, after the electromagnetic pump 20 is shipped, it is kept constant Change, and the reciprocating swing speed, the number of times, and the swing amplitude of the rocker arm 25 affect the suction pressure, the suction flow rate, the discharge pressure, and the discharge flow rate of the electromagnetic pump 20, that is, due to the limitation of the aforementioned power supply conditions, the current electromagnetic Pump suction pressure, suction flow or discharge pressure, and discharge flow rate cannot be adjusted according to the pressure conditions and flow conditions of the required function. However, the use of composite medical equipment is the future trend. The liquid dual-purpose electromagnetic pump needs to be further improved, so that the suction pressure, the suction flow rate or the discharge pressure, and the discharge flow rate can be adjusted to an appropriate pressure and flow according to the required function. SUMMARY OF THE INVENTION Human body medical equipment such as a nasal suction device, a breast pump, a nasal washer, a sprayer, a washing machine, a tongue cleaner, etc., must have low power consumption, low power consumption, low noise, and small volume. It does not produce high heat, waterproof and other advantages. The creator is based on the experience of electromagnetic pumping for many years, painstaking research, continuous design improvement, and production of sample tests, after repeated tests, and then improved, and finally achieved The creation of the following creative purposes was born. 201128071 p, the main purpose of the month is to borrow - the frequency conversion circuit can convert the DC power to AC power, to supply to the electricity county Puzuo to use, and to change the frequency conversion circuit (4), so that the gas and liquid dual-use mt is sucking f When the emission operation is performed, it is necessary to adjust or switch the function mode such as the equal flow rate or the high flow rate or the low pressure flow. The secondary purpose of the present invention is to provide an N-phase or phase-to-phase modulation in the frequency conversion circuit, and to change the speed of the swing arm to the outside (the fourth) _ county Puzhi recording, or unilaterally accelerate the rocker arm The speed of swinging inward, and thus the electromagnetic (four) discharge, allows the electromagnetic pump to be able to absorb the force or discharge the luke according to the required demand. Another object of the present invention is to provide a 1^ phase modulation circuit and a -S phase f path in the frequency conversion circuit, and the (10) circuit can unilaterally accelerate the swinging speed of the rocker arm, thereby enhancing the power. County Puzhi suction house force 'The S phase modulation circuit system can unilaterally accelerate the swinging speed of the rocker arm, thereby enhancing the discharge pressure of the electromagnetic pump, by the N-phase modulation circuit and S phase modulation and transformation The setting of the road is made by the electromagnetic pump with the medical equipment of the composite Wei, which can be switched to adjust the suction pressure or discharge pressure of the electromagnetic pump. Another object of the present invention is to make the electromagnetic pump use a more selective power source, which includes a DC power supply provided by a battery, a cigarette lighter of a car, a transformer rectifier, and the like, so that the electromagnetic pump is used as a power source. Medical equipment can be selected for use in any location. 201128071 In order to achieve the above object, an improved feature of the present invention is that the frequency conversion circuit can oscillate a DC power source into an AC power supply for use in an electromagnetic pump, and the electromagnetic pump is disposed on the side of the electromagnetic pump. The other side is tied. The outer side of the I-seat of the pump base is provided with at least an elastically stretchable rubber middle eye, a rubber cap, and a rocker arm. The end of the rocker arm is disposed on the outer side of the fruit seat. - a magnet opposite to the electromagnet device and spaced from the door gap. The chest seat is divided into two chambers, one of which is in communication with one to several suction ports, and the other chamber is connected to the number of discharge ports Each of the air chambers and the opposite rubber caps are respectively provided with a backstop. The electromagnetic pump is reciprocally oscillated by the rocker arm, and the fluid can be sucked into the pump seat from the suction nozzle, and then discharged from the discharge nozzle; The circuit system comprises at least an oscillating unit circuit, a bistable unit circuit and a push-pull unit circuit, wherein the oscillating unit circuit can oscillate the input DC power supply into a single-phase oscillating signal, and the bistable unit circuit can be single The phase oscillation signal is phase-divided into a phase excitation signal and an s phase excitation signal, so that the magnetic poles of the magnetic poles on both sides of the electromagnet device and the magnetic properties of the intermediate magnetic poles are alternately switched by the Ν phase and the $ phase, and the magnets on the rocker arm are generated. Same sex, resentment, opposite sex Interaction, and driving the rocker arm to swing back and forth, the higher the oscillation frequency of the oscillating unit circuit is adjusted, the faster the Ν phase and S phase magnetic switching speed of the electromagnet device is, and the lower the oscillation frequency of the oscillating unit circuit is adjusted, The slower the speed of the S phase and S phase magnetic switching of the electromagnet device, the push-pull unit circuit can amplify the Ν phase excitation signal and an S phase excitation signal and then send it to the electromagnetic pump to make the electromagnetic pump 201128071 The swing arm can be effectively oscillated; the setting of the frequency conversion circuit can make the swing of the electromagnetic pump to reciprocate by the DC power supply, and by adjusting the oscillation frequency of the oscillating unit circuit, the electromagnetic pump can be changed. The swinging degree of the arm, the number of reciprocating swings per unit time, and the swing amplitude, thereby changing the suction pressure, the suction flow rate, the discharge pressure, and the discharge flow rate; the oscillating unit circuit can be connected to a knob or a button group, and can directly The knob or the button group activates and adjusts the oscillation frequency of the oscillating unit circuit; another embodiment of the frequency conversion circuit may further include a tone a unit circuit, the modulation unit circuit can generate a single-phase oscillation signal to mix with the N-phase excitation signal and the s-phase excitation signal generated by the bistable unit circuit to relatively increase the N-phase excitation signal and simultaneously cancel s The phase excitation signal, or relatively increase the s phase excitation signal and simultaneously cancel the N phase excitation signal, so as to increase the strength and speed of the rocker arm outward expansion, and relatively reduce the strength and speed of the rocker arm to contract inward, or increase the rocker arm The strength and speed of the inward contraction and the relative reduction of the strength and speed of the expansion of the rocker arm can only increase the pressure of the electromagnetic pump suction, and at the same time reduce the pressure of the discharge, or only increase the pressure of the electromagnetic pump discharge. And simultaneously reducing the pressure of the suction; the modulation unit circuit can be connected to a knob or a button group, and the modulation circuit can be directly activated and adjusted by the knob or the button group; The circuit has a -N phase modulation unit circuit and a -3 phase modulation unit circuit, and the accessory modulation unit circuit and the S phase modulation unit circuit are coupled together to a switching circuit. The switching circuit is connected to - press _ for convenience. · The input DC power supply of 201128071 to the inverter circuit includes the DC power supply supplied by the cigarette lighter on the car, or the DC power supply supplied by the battery, or the rectifier. DC power supply. [Embodiment] For a more detailed understanding of the present invention, a preferred embodiment of the present invention will be described in detail below.
(淮’本實施例僅為利於說明，本發明日後之實施，並不 以此為限’凡以本發明之技術特徵所為之改良實施，皆受 本發明所拘束）。 睛參閱圖二至圖六所示，本實施例之電磁泵浦2 〇之作 動原理其係於其-侧設有—緩有線圈之電磁鐵裝置2 7 ’另一側係設有一泵座2 1，該泵座2 χ之兩外侧再各 f有一可張縮之彈性橡巾胃2 4，各橡帽2 4上再結合一搖 5山該各搖’ 2 5之—末端係轴設在泵座21外側， 末端係結合有-磁鐵2 6而與電磁鐵裝置2 7相對 舰一間隙，鮮座21中係區隔為兩氣室2ΐι、2ι “第氣至2 1 1係與兩吸取接管2 2連通，該第二 氣室2 12係與排放接管2 3連通，第一氣室211係位 於上部’第二氣室212係位於下部，請再配合參閱圖The present embodiment is intended to be illustrative only, and the present invention is not limited thereto, and any improvement made by the technical features of the present invention is bound by the present invention. Referring to FIG. 2 to FIG. 6 , the operation principle of the electromagnetic pump 2 本 of the present embodiment is provided on the side of the electromagnet device 2 7 ' on the side thereof and the pump seat 2 is provided on the other side. 1. The outer sides of the pump base 2 have a stretchable elastic rubber napkin 2, and each of the rubber caps 4 4 is combined with a rocking mountain. The shaking ends are set at the end of the shaft. Outside the pump base 21, the end is coupled with a magnet 26 and a gap with the electromagnet device 27, and the fresh seat 21 is divided into two air chambers 2ΐι, 2ι“the gas to the 2 1 1 system and the two suctions The second pipe 2 is connected to the discharge pipe 23, and the first air chamber 211 is located at the upper part. The second air chamber 212 is located at the lower part. Please refer to the drawing.
四、五所示’該電磁鐵裝置 _ 1 Z 7於通電時，其兩側磁極2 7 1之磁性與中間磁極2 7 ^ ^ 匕之螆性係以N相、S相互為 <又，而與其相對之兩磁鐵2 6之外侧面係設為N 201128071 相’内側©係設為s相’如圖崎示，當電磁鐵裝置2 ? 之兩側磁極2 7 1之磁性切換為s相時，其中間磁極2 ? 1之磁14即切換為N相，該兩磁鐵2 6則被電磁鐵裝置2 7之中間磁極2 7 2的N相所斥及同時被兩侧磁極2 7 1之S相所磁吸而帶動搖臂2 5 -起朝外侧偏擺 ，反之， 如圖五所示’當電磁鐵裝置2 7之兩侧磁極2 7丄之磁性 切換為N相時，其中間磁極2 7 2之磁性即城為s相， 該兩磁鐵2 6則被電磁鐵裝置2 7中間磁極2 7 2的S 相所磁吸及同時被兩側磁極2 7 1之1^相相斥而帶動搖 臂2 5—起朝中間偏擺，請繼續配合參閱圖三至圖六所 不，該搖臂2 5擺往外擺動時，係可帶動橡帽2 4往外伸 張，設於泵座2 1及橡帽2 4間之兩第一逆止閥2 41係 呈開啟狀態（如圖四所示），乃可使流體自泵座2丄外側 之吸取接管2 2進入至第一氣室2 1 1，再輾轉進入兩橡 帽2 4中’而進入兩橡帽2 4中的流體受到兩第二逆止閥 2 4 2之限制（該兩第二逆止閥2 4 2係呈關閉狀態）， 並無法進入第一氣室2 1 2中；當該兩搖臂2 5朝中間偏 擺時’係可令該兩橡帽2 4壓縮，該兩第二逆止閥2 4 2 乃開啟’第一逆止閥2 41乃關閉，進入兩橡帽2 4中之 流體’乃僅能流至第二氣室2丄2而不會逆流至第一氣室 2 1 1 ’且流至第二氣室212的流體再輾轉自兩排放接 管2 3排至泵座2 1外側，藉由這樣的設計’乃可令泵座 201128071 2 1可自吸取接管2 2端吸取流體而自排放接管2 3端 排出’而達到傳送流體的功能，本實施例之搖臂2 5、橡 帽2 4等元件雖設有左右兩組，視需要其亦可僅設為一 組，或該兩搖臂2 5於本實施例中雖設計為同時往外擺動 及同時往内擺動之方式’視需要該兩搖臂2 5亦可設為同 時朝左擺動及同時朝右擺動之方式反復交替，其所傳送之 流體係包括氣體或液體或氣、液混合體。 睛再配合參閱圖七、圖八所示，本實施例之電磁系浦 2 0係連結有一電路板2 8，該電路板2 8上係設有一變 頻電路40，該變頻電路4〇係包括一降壓單元電路4 2、一振盪單元電路4 3、一雙穩態單元電路4 4、一推 挽單元電路4 6 ;其中，該振盪單元電路4 3是可為史密 特振盪電路； 該降壓單元電路4 2係將外部直流電源4工所輸入 之1 2 V直流電降麗為5 v之直流電源供應给各單元電 路而供為其電子元件使収卫作，其並兼具有穩壓 之政果’睛配合參關二十—至二十三所示，該直流電 ，係可由-種變壓整流器5 〇所提供，或由—種可充電 蓄電池6 〇所提供’或由汽車點煙座連結—點煙座專用 電原線7 〇所提供，俾本發明無論是在家中或車上或郊 外，皆可選擇適當的電源使用。 該振盡單元電路4 3係可為-史密特單元振盪電f t 201128071 路’其係藉充放電之時間差而可將12v直流電源振盪出 一單相振盪訊號輸出，並藉改變充放電時間差之長短，口 調整振還頻率之高低’該振盪頻率係介於4 3 η z至6 6 Η ζ間；請配合參閱圖二十五、二十六所示，該電磁栗涛 2 〇及電路板2 8係可收納於一座本體3 〇中，該振盪單 元電路4 3係可連結至一按鍵組3 8而以其數按鍵3 8 1、3 8 2、3 8 3啟動及調整該振盪單元電路4 3之振 盪頻率高低；另’請再配合參閱圖二十七所示，該振盈單 元電路4 3亦可用一種旋鈕3 7來啟動及調整該振盪單 元電路4 3之振盪頻率高低； 該雙穩態單元電路4 4係將單相振盪訊號分相為一 Ν相激勵訊號及一 S相激勵訊號，使直流電源被轉換為交 流電源，而使電磁鐵裝置2 7之兩侧磁極2 71之磁性與 中間磁極2 7 2之磁性可不斷的交替切換為Ν相或s 相，並與兩磁鐵2 6產生同性相斥、異性相吸之交互作 用，同時使搖臂2 5不斷的往復擺動而帶動所對應之橡帽 2 4張縮； 該推挽單元電路4 6係可將Ν相激勵訊號及s相激 勵訊號放大，使電磁系浦2 0之擺臂2 5能有效的擺動， 進而提昇電磁泵浦2 0之功率。 請再配合參閱圖九至十一所示，本實施例之變頻電路 4 〇中之史密特單元振盪電路4 3之振盪頻率數值調整 201128071 愈向時’電磁鐵裝置2 7之N相與S相磁性切換的速度就 愈快，即促使搖臂2 5單位時間内之往復擺動之速度及次 數增向、擺幅寬度變小’如圖九所示之wi，請再配合參 閱圖十二、十三所示，由於搖臂2 5往復擺動之速度快、 次數高’即’在單位時間内電磁泵浦2 〇吸取之次數暴增 而使吸取之壓力（負壓）大幅提高，又由於搖臂每次往復 擺動之寬度小’所以每次能吸取之流量就少，同理，其排 放之麼力則愈大、排放流量亦較小；當調整史密特振蓋電 路4 3之振盪頻率降低時（4 3 Η z )，電磁鐵裝置2 7 之Ν相與s相磁性切換的速度就愈慢，即促使搖臂2 5單 位時間内之往復擺動之速度、次數降低、擺幅寬度變大， 如圖十一所示之W3，該搖臂2 5擺動之速度降低，乃使 電磁栗浦2 0之吸取壓力下降，又由於搖臂2 5往復擺動 之寬度變大’電磁泵浦2 〇吸取之流量乃大幅增加，同 理其排放壓力亦愈小，排放的流量亦大幅增加，以此類 推’當調整史密特振盪單元電路4 3之振盪頻率居中時 (5 5ΗΖ )’其搖臂2 5單位時間内之往復擺動之速 度、-欠數、擺幅寬度則皆居於中間值，如圖十所示之W 2， 此時電磁泵浦2 〇之吸取壓力及吸取流量、排放壓力及排 放机畺係呈中壓、中流量之狀態；由上述之說明，乃可發 現電磁系浦2 〇藉著調整史密特振盪單元電路4 3之振 盪頻率愈高時’乃可使電磁泵浦20呈現出高吸取壓力、 201128071 低吸取心的雜，蝴整切料元電路。之 率愈低時，乃可使電錄浦呈現出低吸取壓力、高= 取流量的特性;而利用此電磁展浦2〇之特 ，人齡有所接觸之醫心_，難使醫療器材二 特定之功能’如制在鼻料岭科，躲鼻水多㈣ 者，該史密特單元電路4 3之振_率將其調㈣低_ 的模式，即，低壓高流量之模式，最為適合患者之需要， ^對於流鼻膿或有結成鼻#、的患者，則須將其振動頻率調 為而頻率，即，高壓低流量之模式，以順利將鼻膿或鼻 属順利吸取；再者’若助在鼻腔清洗裝置時，亦可先將 顧頻率罐為較低者，使流出之液斷力㈣和緩，使 不會有哈鼻或駿患者H使財韻覺沖力有不足 •再將振盪頻率輕依序難為較高，使流出之液體沖 力符。所$，另，若應用在噴霧治療裝置時，則可將振盈 頻率調至最高，使電磁泵浦排放之氣體壓力最高，而可將 藥劑霧化為最細緻之效果，以利人體吸收。 睛再配合參閱圖十四所示，其係本發明變頻電路4 〇之另—實施例，其係在變頻電路4 〇中增加設置了一 以相調變單元電路4 5，該N相調變單元電路4 5係可 產生N相振盪訊號，該N相振盪訊號係會與雙穩態單 元電路44所產生之N相激勵訊號、s相激勵訊號混 波，以增強N相激勵訊號及同時相對抵消3相激勵訊 201128071 號’即’其係可單方面增強電磁鐵裝置2 7 N相之場力 強度，而同時抵消S相之磁力強度，請再配合參閱圖十 五所示，當啟動調變單元電路4 5時，#電磁鐵裝置2 7兩側磁極2 7 1之磁性切換為N相、中間磁極2 72 之磁性切換為S相時’由於兩磁鐵2 6之磁性配置，外 側面係設為N相、内側面係^為3相，該兩磁鐵2 6受 電磁鐵裝置2 7中間s相磁極2 7 2磁吸之磁力乃較 小’使該搖臂2 5往中間擺動之速度及力度皆較小，且 該搖臂2 5往⑽動之擺幅寬度在竊合條件下，有時亦 會縮小，而反應在電磁泵浦2 〇之排放壓力時，乃使其 排放壓力較小，請再配合參閲圖十六所示，當電磁鐵裴 置2 7之甲間磁極2 7 2的磁性切換為N相、兩側磁極 2 71之磁性切換為s相時，而該N相激勵訊號受到調 ^ 變單元電路4 5所產生之單相振盪訊號之增加效果，該 電磁鐵裝置2 7中間N相磁極2 7 2之磁力乃較強，磁 鐵2 6受到中間N相磁極2 7 2較大的磁力強度的相斥 作用’搖臂2 5往外擴張之速度及力度乃瞬間增大，且 該搖臂2 5往外擺動之擺幅寬度在藕合條件下，有時亦 會擴張，反應在電磁泵浦2 〇之吸取壓力時，其吸取壓 力乃增大，是以，當啟動該N相調變單元電路4 5時， 該搖臂2 5往外擴張之速度、力度、擺幅寬度係恆保持 争乂大，而其往中間擺動時之速度、力度、擺幅寬度係恆 201128071 保持較小’即，藉上述N相調變單元電路4 5之設置， 乃使電磁泵浦2 〇之吸取壓力得以增大，排放壓力反而 減小，而藉此特性，亦可運用至醫療器材，如應用至鼻 涕吸取裝置時，對於不易吸取之鼻膿或鼻屎，乃可啟動 N相調變單元電路45 ’使該電磁泵浦2〇之吸取壓力 瞬間加大，以順利將鼻膿或鼻屎吸取；請配合參閱圖二 十六所示，該調變電路4 5係可連結至一外部之按鍵3 5，而以該按鍵3 5啟動該調變電路4 5。 請再參閱圖十七所示，其係本發明變頻電路4 〇 又一實施例，其係在變頻電路4 〇中增加設置了 — 8相 調變單元電路4 7，該S相調變單元電路4 7係可產生 S相振盪訊號，該s相振盪訊號係會與雙穩態單元電 路4 4所產生之N相激勵訊號、5相激勵訊號混波，以 增強S相激勵訊號及同時相對抵消N相激勵訊號，即， 其係可單方面增強電磁鐵裴置2 7 s相之磁力強度，而 同時抵消N相之磁力強度，請再配合參閱圖十八所示， 當啟動S相調變單元電路4 7時，當電磁鐵裝置2 7兩 側磁極2 71之磁性切換為N相、中間磁極2 7 2之磁 性切換為S相時’由於兩磁鐵2 6之磁性配置’外側面 係設為N相、内側面係設為3相，而s相激勵訊號受到 S相調變單元電路4 7之S相振盧訊號之增加效果，該 電磁鐵裝置2 7中間S相磁極2 7 2之磁力乃較強，磁 201128071 鐵2 6乃受到中間磁極2 7 2較大磁力強度的相吸作 用’使該搖臂2 5往中間擺動之速度及力度瞬間增大， 且該搖臂2 5㈣擺動之肺寬度在藕合條件下，有時 亦會增大，而反應在電磁泵浦2〇之排放壓力時，乃使 其排放壓力增大’請再參關十九所示，當電磁鐵裝置 2 7之令間磁極2 7 2的磁性切換為N相、兩側磁極2 # 71之磁性切換為s相時，該兩磁鐵2 6乃受到電磁鐵 裝置27中間Μ相磁極2 7 2較小磁力之相斥作用，使 該搖臂2 5往外擺動之速度及力度皆較小，且該搖臂2 5往外擺動之擺幅寬度在藕合條件下，有時亦會縮小， 而反應在電縣浦2 〇之吸取力時，乃使其吸取麼力 較小，是以，當啟動該s相調變單元電路4 7時該搖 臂2 5往内擺動之速度、力度、擺幅寬度係十互保持較大， φ 料往外觸時之速度、力度、擺幅寬度雜保持較小， 即’藉上述S相調變單元電路4 7之設置，乃使電磁录 浦2 0之職壓力得以增大，吸取壓力反㈣小，而藉 此特性，亦可利至醫療輯，如應用至讀治療裝^ 時，乃可使傾_之霧化效果更為提高；請配合參閱 圖二十六麻，賴㈣路4 7射連結至—外部之按 鍵3 5，而以該按鍵3 5啟動該調變電路4 7。 請再配合參關二十四所示，其係本發明變頻電則 〇之又-實施例，該變頻電路4 Q係同時包括了—傭相 201128071 調變單元電路4 5及一S相調變單元電路4 7 ’該N相調 變單元電路4 5及S相調變單元電路4 7係再共同與一 切換電路4 8連結’該切換電路4 8係可切換撰擇N相調 變單元電路4 5或S相調變單元電路4 7之使用，請配合 參閱圖二十五、二十六所示，本實施對於一些多功能之醫 療器材，其必須同時兼具吸取或排放之功能時，該電磁泵 浦2 〇及電路板2 8係可收納於一座本體3 〇中，請再配 合參閱圖二十七所示，該切換電路4 8係可連結至一座本 體3 〇之按鍵3 6，而可以按鍵3 6切換選擇使用n相調 變單元電路4 5或S相調變單元電路4γ ,待選擇後，再 以按鍵3 5啟動該N相調變單元電路4 5或3相調變單 疋電路4 7 ;藉由本實施例之變頻電路4 q同時兼具肋 。周變單元電路4 5及S相調變單元電路4 7之配置，乃使 多功能之醫療器材之吸取壓力或排放壓力之選擇更具多 樣性，俾能更切合多功能醫療賴在操作單—特定魏時 之壓力需求。 請參閲圖二十所示，本發明具賤電路4 〇之電磁果 庸2 〇係可應用在單-特定功能之醫療器材，如圖二十所 示’電磁泵浦2◦與電路板2 8係-起置設於—殼：3 〇 1中’其係-種㈣之吸取裳置；請再配合參閱圖二十 五、圖二十七至圖三十-所示，該電磁系浦2〇及電路板 2 8係可收納於-座本體3 〇中，該座本體3 〇係至少設 201128071 有一負壓接頭3 3及一正壓接頭3 4,該負壓接頭3 3與 電磁泵浦2 0之吸取接管2 2間係連接一負壓管路3 1 ’該正壓接頭3 4與電磁泵浦2 0之排放接管2 3間乃 連接一正壓管路3 2，該座本體3 0之外側面係設有一電 源插座3 9以供變壓整流器5 0、蓄電池6 0、點煙座專 用之電源線7 0插接，該負壓接頭3 3係可供一吸鼻涕器 8 0連接而可用來吸取鼻涕（如圖二十七所示），或該負 墨接頭3 3係可供一吸乳器8 4連接而可用來吸取母乳 (如圖二十八所示）；該正壓接頭3 4係可供一洗鼻桿8 1連接而可用來清洗鼻腔（如圖二十九所示），該座本體 3 0上係設有一供貯置清潔液之容器8 6，該負壓接頭3 3與容器8 6間再連通一導管8 5，俾啟動電磁泵浦2 0 時，可將容器8 6内之清潔液汲取而自洗鼻桿81排出， 或該正壓接頭3 4係可供一手持式噴霧罐組8 2連結而 可用來將藥劑霧化，供患者隨呼吸一起吸入體内（如圖三 十所示），或該正壓接頭3 4係可供一喷霧面罩組8 3連 結而可亦用來將藥劑霧化，供患者隨呼吸一起吸入體内 (如圖三十一所示）。 綜上所述，本發明實深具實用性及進步性，且經本申 明响人遍查國内外文獻，並無發現相同或近似者，本發明 誠符合專觀上㈣發明之規定，纽法提出申請。 201128071 【圖式簡單說明】 圖一係電磁泵浦之搖臂擺動時之示意圖。 圖一係本發明較佳實施例之電磁泵浦之立體示意圖。 圖二係圖二之電磁泵浦之c c剖面示意圖，用以表示流體被電 磁泵浦吸取之流向。 圖四係圖二之電磁泵浦之A A剖面示意圖，用以表示流體被電 磁栗浦吸取之流向。 圖五係圖二之電磁泵浦之B B剖面示意圖，用以表示流體被電 φ 磁泵浦排出之流向。 圖六係圖二之電磁泵浦之C c剖面示意圖，用以表示流體被電 磁栗浦排出之流向。 圖七係本發明較佳實施例之電磁泵浦連結一具變頻電路之電 · 路板較佳之立體示意圖。 圖八係本發明較佳實施例之變頻電路之方塊流程圖。 圖九係本發明較佳實施例之電磁泵浦之搖臂擺幅示意圖（用來 · 表示搖臂擺動頻率最高、擺幅最小寬度之示意）。 圖十係本發明較佳實施例之電磁泵浦之搖臂擺幅示意圖（用來 表示搖臂擺動頻率中等、擺幅亦位於中等寬度之示意）。 圖十一係本發明較佳實施例之電磁泵浦之搖臂擺幅示意圖（用 來表示搖臂擺動頻率最低、擺幅最大寬度之示意）。 圖十二係本發明較佳實施例之振盪頻率與吸取壓力之座標關 係圖。 201128071 圖十二係本發明較佳實施例之振盪頻率與吸取流量之座標關 係圖。 圖十四係本發明變頻電路之第二種實施例之方塊流程圖。 圖十五係啟動本發明變頻電路之N相調變單元電路，搖臂往内 收縮之變化示意圖。 圖十六係啟動本發明變頻電路之N相調變單元電路，搖臂往外 擴張之變化示意圖。 圖十七係本發賴頻電路之第三種實施例之方塊流程圖。 圖十八係啟動本發明變頻電路之s相調變單元電路，搖臂往内 收縮之變化示意圖。 圖十九係啟動本發明變頻電路之3相調變單元電路，搖臂往外 擴張之變化示意圖。 圖二十是本發明之變頻電路顧於單—魏之醫療器材之示 意圖。 圖二十一係變壓整流器之示意圖。 圖二十二係蓄電池之示意圖。 圖二十三係汽車點煙器之專用電源線之示意圖。 圖二十四係本發明變頻電路之第四種實施例之方塊流程圖 圖二十五係本發明較佳實施例之電磁泵浦收納於一座本體中 之示意圖。 圖二十六係本發日謂頻魏之振盪單元電路連接至外側之按 鍵組之示意圖。 201128071 早疋電路連接至外側之旋 紐之示意圖。4 and 5, when the electromagnet device _ 1 Z 7 is energized, the magnetic properties of the magnetic poles 2 7 1 on both sides and the magnetic poles of the intermediate magnetic poles 2 7 ^ ^ 系 are N phase and S are each other < On the other hand, the opposite side of the two magnets 6 is set to N 201128071. The inner side is set to the s phase. As shown in the figure, when the magnetic poles 2 7 of the electromagnet device 2 are switched to the s phase When the magnetic pole 14 of the middle magnetic pole 2 1 is switched to the N phase, the two magnets 26 are rejected by the N phase of the intermediate magnetic pole 2 7 2 of the electromagnet device 27 and simultaneously by the magnetic poles 2 7 1 The S phase is magnetized to drive the rocker arm 2 5 - to yaw outward; otherwise, as shown in Figure 5, when the magnetic poles of the magnetic poles 2 7 on both sides of the electromagnet device 27 are switched to the N phase, the middle magnetic pole The magnetic property of 2 7 2 is the s phase, and the two magnets 26 are magnetically attracted by the S phase of the intermediate magnetic pole 2 7 2 of the electromagnet device 27 and are simultaneously repelled by the magnetic poles 2 7 1 of both sides. Drive the rocker arm 2 5 - to the middle yaw, please continue to refer to Figure 3 to Figure 6. If the rocker arm 25 swings outward, it can drive the rubber cap 24 to extend outward, and is placed on the pump base 2 1 And the two of the two of the two A check valve 2 41 is in an open state (as shown in FIG. 4), so that the fluid can be taken from the suction nozzle 2 2 on the outer side of the pump housing 2 into the first air chamber 2 1 1 and then transferred into the two rubber caps 2 The fluid entering the two rubber caps 4 is restricted by the two second check valves 24 (the two second check valves 24 4 are closed) and cannot enter the first air chamber 2 1 2; when the two rocker arms 25 are biased toward the middle, the two rubber caps 24 are compressed, and the two second check valves 2 4 2 are opened. The first check valve 2 41 is closed. The fluid entering the two rubber caps 24 can only flow to the second air chamber 2丄2 without flowing back to the first air chamber 2 1 1 ' and the fluid flowing to the second air chamber 212 is transferred from the two The discharge nozzle 2 3 is discharged to the outside of the pump base 2 1 , and by such a design, the pump seat 201128071 2 1 can suck the fluid from the suction nozzle 2 2 end and discharge from the discharge nozzle 2 3 to achieve the function of transferring the fluid. In the present embodiment, the rocker arm 25, the rubber cap 24, and the like are provided with two groups of left and right, and may be set to only one group as needed, or the two rocker arms 25 are designed to be simultaneously in this embodiment. Going out The method of swinging in and out at the same time 'The two rocker arms 25 can be alternately alternated while swinging to the left and swinging to the right at the same time, and the flow system transmitted includes gas or liquid or gas and liquid mixing. body. Referring to FIG. 7 and FIG. 8 , the electromagnetic system of the present embodiment is coupled to a circuit board 2 8 , and the circuit board 28 is provided with a frequency conversion circuit 40 , and the frequency conversion circuit 4 includes a The step-down unit circuit 4 2, an oscillating unit circuit 433, a bistable unit circuit 4 4, a push-pull unit circuit 4 6; wherein the oscillating unit circuit 43 is a Schmitt oscillating circuit; The voltage unit circuit 42 is a DC power source that converts 1 2 V DC power input to the external DC power source 4 to 5 V for supply to the electronic components, and has a voltage regulator. The political effect of the eye is shown in Figure 20- to Twenty-three. The DC power can be supplied by a variable voltage rectifier 5 , or by a rechargeable battery 6 ' or by a car. The connection is provided by the special electric line 7 of the cigarette holder. The invention can be used in the home or in the car or in the suburbs. The oscillation unit circuit 43 can be a Schmidt unit oscillating electric ft 201128071 road. The system can oscillate the 12v DC power supply out of a single-phase oscillating signal by the time difference of charging and discharging, and change the charging and discharging time difference. Length and length, the mouth adjusts the frequency of the vibration. The oscillation frequency is between 4 3 η z and 6 6 Η ;; please refer to Figure 25 and 26, the electromagnetic chestnut 2 〇 and the circuit board 2 8 series can be stored in a body 3 ,, the oscillating unit circuit 43 can be connected to a button group 38 and the number of buttons 3 8 1 , 3 8 2 , 3 8 3 can be used to start and adjust the oscillating unit circuit 4 3 oscillation frequency; another 'please refer to Figure 27, the vibration unit circuit 43 can also use a knob 3 7 to start and adjust the oscillation frequency of the oscillation unit circuit 43; The steady-state unit circuit 4 4 separates the single-phase oscillation signal into a phase excitation signal and an S-phase excitation signal, so that the DC power source is converted into an AC power source, and the magnetic poles 2 71 on both sides of the electromagnet device 27 are The magnetic properties of the magnetic and intermediate magnetic poles 2 7 2 can be continuously switched to Phase or s phase, and the two magnets 26 generate the same-sex repulsive, opposite-sex interaction, while the rocker arm 25 continuously reciprocates to drive the corresponding rubber cap 24 to shrink; the push-pull unit circuit The 4 6 series can amplify the Ν phase excitation signal and the s phase excitation signal, so that the swing arm 2 of the electromagnetic system can effectively swing, thereby increasing the power of the electromagnetic pump 20 . Please refer to FIG. 9 to FIG. 11 again, and the oscillation frequency value of the Schmitt unit oscillating circuit 43 in the frequency conversion circuit 4 of the embodiment is adjusted to 201128071. The more the time, the N phase and the S of the electromagnet device 2 7 The faster the phase magnetic switching speed is, that is, the speed and the number of reciprocating oscillations of the rocker arm are increased in 25 units, and the swing width is reduced. As shown in Figure 9, please refer to Figure 12. As shown in the thirteenth, because the rocker arm 25 reciprocates and swings at a high speed, the number of times is 'i', the number of times the electromagnetic pumping 2 〇 is sucked up per unit time increases the pressure (negative pressure) of the suction greatly, and The width of each reciprocating swing of the arm is small, so the flow rate can be absorbed less each time. Similarly, the greater the force of the discharge, the smaller the discharge flow rate; when the oscillation frequency of the Schmidt vibrating circuit 4 3 is adjusted When reducing (4 3 Η z ), the speed of the magnetic phase switching between the Ν phase and the s phase of the electromagnet device 2 7 is slower, that is, the speed, the number of times, and the swing width of the reciprocating oscillation of the rocker arm for 25 units are reduced. Large, as shown in Figure 11 W3, the rocker arm 25 swing speed The decrease in the degree causes the suction pressure of the electromagnetic pump to drop 20, and the width of the reciprocating swing of the rocker arm 25 becomes larger. The flow rate of the electromagnetic pump 2 〇 is greatly increased, and the discharge pressure is also smaller, and the discharge is also reduced. The flow rate is also greatly increased, and so on. When the oscillation frequency of the Schmidt oscillation unit circuit 43 is centered (5 5 ΗΖ ), the speed of the reciprocating oscillation of the rocker arm for 25 units, the number of undershoots, and the swing The width is in the middle value, as shown in Fig. 10, W 2, at this time, the suction pressure and suction flow rate of the electromagnetic pump 2, the discharge pressure and the discharge system are in the state of medium pressure and medium flow; It can be found that the electromagnetic system Pu 2 〇 by adjusting the Schmitt oscillation unit circuit 4 3 the higher the oscillation frequency 'is that the electromagnetic pump 20 can exhibit high suction pressure, 201128071 low absorption of the heart, the butterfly cut Material element circuit. The lower the rate, the lower the absorption pressure and the higher the flow rate of the electric recording. The use of this electromagnetic exhibition is especially suitable for medical treatment. The second specific function 'such as in the nose ridge family, more than the nose (4), the Schmitt unit circuit 4 3 vibration _ rate will adjust it (four) low _ mode, that is, the low pressure high flow mode, the most suitable The needs of the patient, ^ for patients with runny nose or with a nose #, the vibration frequency must be adjusted to the frequency, that is, the mode of high pressure and low flow, in order to smoothly absorb nasal pus or nasal genus; 'If you help the nasal cavity cleaning device, you can also set the frequency tank to the lower one, so that the outflowing liquid breaks the force (4) and slows down, so that there will be no nasal or chronic patient H, which will make the financial sense insufficient. The frequency of the oscillation is difficult to be high in order, so that the liquid flowing out is a symbol. The $, in addition, if applied to the spray therapy device, the vibration frequency can be adjusted to the highest, so that the electromagnetic pump discharges the highest gas pressure, and the agent can be atomized to the most detailed effect for the body to absorb. Referring to FIG. 14 again, it is another embodiment of the frequency conversion circuit 4 of the present invention, which is provided with a phase modulation unit circuit 45 in the frequency conversion circuit 4 ,, the N phase modulation The unit circuit 45 can generate an N-phase oscillation signal, and the N-phase oscillation signal is mixed with the N-phase excitation signal and the s-phase excitation signal generated by the bistable unit circuit 44 to enhance the N-phase excitation signal and simultaneously Offset 3-phase excitation signal 201128071 'that' can unilaterally enhance the field strength of the 2 N phase of the electromagnet device, while offsetting the magnetic strength of the S phase, please refer to Figure 15 as shown in Figure 15 When the unit circuit 4 5 is changed, the magnetic properties of the magnetic poles 2 7 1 on both sides of the electromagnet device 2 7 are switched to the N phase, and the magnetic properties of the intermediate magnetic pole 2 72 are switched to the S phase. It is assumed that the N phase and the inner side surface are three phases, and the two magnets 26 are subjected to the electromagnet device 27, and the magnetic force of the magnetic phase of the intermediate s phase magnetic pole 2 7 2 is smaller than the speed at which the rocker arm 25 is swung in the middle and The strength is small, and the rocker arm 25 to (10) moving swing width is in the case of stealing, sometimes Will be reduced, and the reaction pressure is less than the discharge pressure of the electromagnetic pump 2 乃, so that the discharge pressure is small, please refer to the figure shown in Figure 16, when the electromagnet is placed 2 7 of the inter-magnetic pole 2 7 2 When the magnetic switching to the N phase and the magnetic poles 2 71 of the two sides are switched to the s phase, the N-phase excitation signal is subjected to the effect of increasing the single-phase oscillation signal generated by the modulation unit circuit 45, and the electromagnet device 27 The magnetic force of the intermediate N-phase magnetic pole 2 7 2 is strong, and the magnet 26 is subjected to the repulsive action of the large magnetic strength of the intermediate N-phase magnetic pole 2 7 2, and the speed and strength of the expansion of the rocker arm 25 are instantaneously increased, and The swing width of the rocker arm 25 swinging outward is sometimes expanded under the coupling condition, and the suction pressure is increased when the electromagnetic pumping pressure is 2 ,, so that when the N phase is activated When the unit circuit 45 is modulated, the speed, the force and the swing width of the rocker arm 25 are constantly expanded, and the speed, the force and the swing width of the swinging arm are constant at 201128071. 'That is, by the above-mentioned setting of the N-phase modulation unit circuit 45, the electromagnetic pump 2 The suction pressure is increased, and the discharge pressure is reduced, and the characteristics can be applied to medical equipment. For example, when applied to a nasal suction device, N-phase modulation can be initiated for nasal pus or nasal discharge that is not easily absorbed. The unit circuit 45' instantaneously increases the suction pressure of the electromagnetic pump 2 to smoothly suck the nasal pus or the nose; as shown in Fig. 26, the modulation circuit 4 5 can be connected to the The external button 35 is activated by the button 35. Referring to FIG. 17, which is another embodiment of the frequency conversion circuit 4 of the present invention, an 8-phase modulation unit circuit 4 7 is added to the frequency conversion circuit 4 〇, and the S-phase modulation unit circuit is added. The 4 7 system can generate an S-phase oscillation signal, which is mixed with the N-phase excitation signal and the 5-phase excitation signal generated by the bistable unit circuit 44 to enhance the S-phase excitation signal and simultaneously cancel the signal. The N-phase excitation signal, that is, it can unilaterally enhance the magnetic strength of the electromagnet for the 27 s phase while canceling the magnetic strength of the N phase, please refer to Figure 18 for the start of the S phase modulation. In the case of the unit circuit 47, when the magnetic poles of the magnetic poles 2 71 on both sides of the electromagnet device 27 are switched to the N phase, and the magnetic properties of the intermediate magnetic poles 2 7 2 are switched to the S phase, the magnetic configuration of the two magnets 26 is externally configured. The N-phase and the inner side are set to 3 phases, and the s-phase excitation signal is subjected to the S phase modulation signal of the S-phase modulation unit circuit 47, and the electromagnet device 27 has an intermediate S-phase magnetic pole 2 7 2 The magnetic force is strong, magnetic 201128071 iron 2 6 is the phase of the larger magnetic strength of the intermediate magnetic pole 2 7 2 The action 'instantly increases the speed and force of swinging the rocker arm 25 to the middle, and the lung width of the swing arm 25 (4) swings sometimes increases under the coupling condition, and the reaction is in the electromagnetic pump 2〇 When the discharge pressure is increased, the discharge pressure is increased. Please refer to the reference 19, when the magnetic pole of the electromagnet device 27 is switched to the magnetic phase of the N phase and the magnetic poles of the two sides 2 # 71. When switching to the s phase, the two magnets 6 are subjected to the repulsive action of the smaller magnetic force of the Μ phase magnetic pole 272 in the middle of the electromagnet device 27, so that the speed and force of swinging the rocker arm 25 are small, and the The swing width of the rocker arm 25 swinging outward is sometimes reduced under the condition of the twisting, and the reaction force is less in the suction force of the electric county Pu 2, so when starting the When the s phase modulation unit circuit 4 7 swings, the speed, the strength and the swing width of the rocker arm 25 are kept larger, and the speed, the force and the swing width of the φ material are kept small. That is, 'by the above-mentioned S-phase modulation unit circuit 47, the pressure of the electromagnetic recording 20 is increased, and the suction pressure is increased. Anti-(4) is small, and this feature can also benefit the medical series. For example, when applied to the reading treatment device, the atomization effect of the tilting can be improved; please refer to Figure 26, Ma, Lai (4) Road 4 7 is connected to the external button 3 5, and the modulation circuit 47 is activated by the button 3 5 . Please cooperate with the reference to the twenty-fourth, which is the embodiment of the present invention. The variable frequency circuit 4 Q includes the commission phase 201128071 modulation unit circuit 4 5 and an S phase modulation. The unit circuit 4 7 'the N-phase modulation unit circuit 45 and the S-phase modulation unit circuit 47 are connected together with a switching circuit 48. The switching circuit 48 is switchable to select an N-phase modulation unit circuit. For the use of 4 5 or S phase modulation unit circuit 47, please refer to Figure 25 and 26, this implementation is for some multifunctional medical equipment, which must have both suction and discharge functions. The electromagnetic pump 2 〇 and the circuit board 2 8 series can be stored in a body 3 ,, please refer to FIG. 27, the switching circuit 48 can be connected to a body 3 〇 button 3 6 Alternatively, the n-phase modulation unit circuit 45 or the S-phase modulation unit circuit 4γ can be switched by pressing the button 36, and after the selection is made, the N-phase modulation unit circuit 4 5 or 3-phase modulation unit is started by the button 3 5 . The circuit 4 7 is provided with the ribs by the frequency conversion circuit 4 q of the present embodiment. The configuration of the peripheral unit circuit 45 and the S-phase modulation unit circuit 47 makes the selection of the suction pressure or the discharge pressure of the multifunctional medical device more diverse, and is more suitable for the multi-function medical operation sheet. Specific pressure requirements of Wei Shi. Referring to FIG. 20, the electromagnetic circuit 2 of the present invention can be applied to a single-specific medical device, as shown in FIG. 20, 'electromagnetic pump 2 ◦ and circuit board 2 8 series - set in the shell - 3 〇 1 'the line - seed (4) sucking skirt; please refer to Figure 25, Figure 27 to 30 - as shown in the electromagnetic system 2〇 and circuit board 2 8 series can be stored in the body 3 of the body, the body 3 is at least 201128071 has a negative pressure joint 3 3 and a positive pressure joint 3 4, the negative pressure joint 3 3 and the electromagnetic pump The suction pipe 2 of the Pu 2 2 is connected to a negative pressure pipe 3 1 'The positive pressure joint 3 4 and the discharge pipe 2 of the electromagnetic pump 20 are connected with a positive pressure pipe 3 2 , the seat body The outer side of the 30 is provided with a power socket 3 9 for plugging the transformer rectifier 50, the battery 60, and the power cord 70 for the cigarette holder, and the vacuum connector 3 3 is available for a suction device 8 0 is connected to suck the nose (as shown in Fig. 27), or the negative ink connector 3 3 can be connected to a breast pump 84 to absorb breast milk (as shown in Fig. 28); positive The connector 3 4 is connected to a nasal rod 8 1 and can be used for cleaning the nasal cavity (as shown in FIG. 29). The base body 30 is provided with a container 8 for storing cleaning liquid. The joint 3 3 and the container 8 6 are connected to a conduit 8 5, and when the electromagnetic pump 20 is activated, the cleaning liquid in the container 86 can be taken out and discharged from the washing rod 81, or the positive pressure joint 34 A hand-held spray can set 8 2 can be used to atomize the medicament for inhalation of the patient with the breathing (as shown in FIG. 30), or the positive pressure connector 34 can be used for a spray mask. The group 8 3 is also used to atomize the medicament for inhalation by the patient with the breathing (as shown in Figure 31). In summary, the present invention is practical and progressive, and the same as or similar to the domestic and foreign literatures, and the invention is in accordance with the provisions of the (4) invention. Application. 201128071 [Simple description of the diagram] Figure 1 is a schematic diagram of the swinging arm of the electromagnetic pump. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of an electromagnetic pump in accordance with a preferred embodiment of the present invention. Figure 2 is a schematic view of the c c section of the electromagnetic pump of Figure 2 to indicate the flow direction of the fluid being pumped by the electromagnetic pump. Figure 4 is a schematic cross-sectional view of the A A of the electromagnetic pump of Figure 2 to indicate the flow direction of the fluid by the electromagnetic pump. Figure 5 is a schematic view of the B B section of the electromagnetic pump of Figure 2, showing the flow of fluid discharged by the electric φ magnetic pump. Figure 6 is a schematic view of the C c profile of the electromagnetic pump of Figure 2 to indicate the flow direction of the fluid discharged by the electromagnetic pump. Figure 7 is a perspective view of a preferred embodiment of the electromagnetic pump of the preferred embodiment of the present invention. Figure 8 is a block flow diagram of an inverter circuit in accordance with a preferred embodiment of the present invention. Figure 9 is a schematic diagram of the swinging arm swing of the electromagnetic pump according to the preferred embodiment of the present invention (for indicating the highest swinging frequency of the rocker arm and the minimum width of the swing). Figure 10 is a schematic diagram of a rocker swing of an electromagnetic pump according to a preferred embodiment of the present invention (indicating that the swinging frequency of the rocker arm is medium and the swing is also at a medium width). Figure 11 is a schematic view of a rocker arm swing of an electromagnetic pump according to a preferred embodiment of the present invention (used to indicate the lowest swing frequency of the rocker arm and the maximum width of the swing). Figure 12 is a graph showing the coordinate relationship between the oscillation frequency and the suction pressure in the preferred embodiment of the present invention. 201128071 Figure 12 is a graph showing the coordinate relationship between the oscillation frequency and the suction flow rate in the preferred embodiment of the present invention. Figure 14 is a block flow diagram of a second embodiment of the frequency conversion circuit of the present invention. Fig. 15 is a schematic diagram showing the change of the N-phase modulation unit circuit of the inverter circuit of the present invention, in which the rocker arm is contracted inwardly. Fig. 16 is a schematic diagram showing the change of the N-phase modulation unit circuit of the inverter circuit of the present invention and the expansion of the rocker arm outward. Figure 17 is a block flow diagram of a third embodiment of the present invention. Figure 18 is a schematic diagram showing the change of the s phase modulation unit circuit of the frequency conversion circuit of the present invention and the rocker arm contracting inward. Fig. 19 is a schematic diagram showing the change of the three-phase modulation unit circuit of the inverter circuit of the present invention and the expansion of the rocker arm outward. Figure 20 is a schematic view of the frequency conversion circuit of the present invention taking care of the medical equipment of Wei-Wei. Figure 21 is a schematic diagram of a transformer rectifier. Figure 22 is a schematic diagram of a battery. Figure 23 is a schematic diagram of a dedicated power cord for a car cigarette lighter. Figure 24 is a block diagram showing a fourth embodiment of the frequency conversion circuit of the present invention. Figure 25 is a schematic view showing the electromagnetic pump of the preferred embodiment of the present invention housed in a body. Figure 26 is a schematic diagram of the button group connected to the outer side of the oscillating unit circuit of the frequency. 201128071 Schematic diagram of the early turn circuit connected to the outside of the knob.
说孔孬彳文用 <不惠圖。 圖二十七係本發明變頻電路之振盪 路之電磁泵浦搭配一 圖一十九係本發明較佳實施例具變頻電 洗鼻桿使用之示意圖。 圖三十係本發·佳雜祕配一手 持式喷霧罐組之示意圖。 圖三十-係本發雜佳實闕具賴電路之電縣浦搭配一 喷霧面罩組之示意圖。 【主要元件符號說明】 20電磁泵浦 21泵座 211第一氣室 212第二氣室 22吸取接管23排放接管 24橡帽 241第一逆止閥 242第二逆止閥25搖臂 26磁鐵 2 7電磁鐵裝置 2 71兩側磁極2 7 2中間磁極 2 8電路板 30座本體 301殼座 31負壓管路 32正壓管路 33負壓接頭34正壓接頭 35按鍵 36按鍵 37旋紐 3 8按鍵組 381、382、38 3按鍵 3 9插座 201128071 4 0變頻電路 41外部直流電源 42降壓單元電路 43振盪單元電路 4 4雙穩態單元電路4 5 Ν相調變單元電路 4 6推挽單元電路 4 7 S相調變單元電路 4 8切換電路 5 0變壓整流器6 0蓄電池 7 0點煙座專用電源線 8 0吸鼻涕器 81洗鼻桿 8 2手持式喷霧罐組 83喷霧面罩組 84吸乳器 85導管 8 6容器Said Kong Yiwen with < not benefit map. Figure 27 is a schematic view showing the use of an inverter electric washing rod in accordance with a preferred embodiment of the present invention. Figure 30 is a schematic diagram of the hand-held spray can set. Figure 30 - A schematic diagram of the spray mask set of the electric county Pu with a circuit. [Main component symbol description] 20 electromagnetic pump 21 pump base 211 first air chamber 212 second air chamber 22 suction nozzle 23 discharge nozzle 24 rubber cap 241 first check valve 242 second check valve 25 rocker arm 26 magnet 2 7 electromagnet device 2 71 magnetic pole on both sides 2 7 2 intermediate magnetic pole 2 8 circuit board 30 seat body 301 housing 31 negative pressure line 32 positive pressure line 33 negative pressure joint 34 positive pressure joint 35 button 36 button 37 knob 3 8 button group 381, 382, 38 3 button 3 9 socket 201128071 4 0 frequency conversion circuit 41 external DC power supply 42 step-down unit circuit 43 oscillating unit circuit 4 4 bistable unit circuit 4 5 调 phase modulation unit circuit 4 6 push-pull Unit circuit 4 7 S phase modulation unit circuit 4 8 switching circuit 5 0 transformer rectifier 6 0 battery 7 0 point cigarette holder dedicated power cord 8 0 suction nose device 81 wash nose rod 8 2 hand-held spray can group 83 spray Mask set 84 breast pump 85 catheter 8 6 container