M281348 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種發電機，特別异> ^_ π疋扣一種電源與壓 縮空氣的供給裝置。 【先前技術】 參閱圖1，是一種現有的發電機8，該發電機8在面才 上顯露出數個插座81，以利供電。 反 參閱圖2 ’是一種現有利用一引擎q ^ W拏91作動的空壓 :该空：機9是利用該引擎91驅動幫浦％作為空 --、佰，亚利用導管93將壓縮空氣送 产Μ 储軋同94内，該儲 2 94上另設有一供檢知儲氣筒料内部壓力大小的壓力 女王閥95及一供釋放壓縮空氣的茂壓閥％。 上述之發電機8與空壓機9 3屈〜 具，使用…… 種單機作業的機 '使用日守疋分開運作，這對於需兼備上诚Λ媸目 士 向n两上迷兩機具，俾供 方便加工等作業的操作者而古，夂 早仏 佔使用办門 ° σ別獨立的機組，不但較 便。 卜使用日守，亦徒增攜帶上之不 此外’右將上述發雷施2 電機8盘& 、人工壓機9單純地結合，發 甩钱8與空壓機9於间 ^ ’因此，負載同步運轉 容易導致輪出電源供給…："源易相互干擾’並且 【新型内容】 不“之使用問題。 因此，本新型之目的， ，空壓機ir ΜΡ在h供一種供應交流電源時 二钱立刻被控制作I r “、、員載運轉，以達供電穩定的電源 5 M281348 與壓縮空氣的供給裝置。 本新型之次要目的在於提供一種攜帶方便的電源與壓 縮空氣的供給裝置。 於是，本新型之電源與壓縮空氣的供給裝置，包含一 引擎、一發電機，及一空壓機。 該引擎為一動力源。 該發電機與該引擎電連接，並具有一發電單元及一電 源輸出單元，該電源輸出單元具有一内建有一電流控制器 的交流電模組。 該空壓機具有一與該發電機共軸的空氣壓縮單元、一 第一縮壓空氣儲存筒、一與上述電流控制器電連結的壓力 感測器，及一與該壓力感測器電連結的洩壓閥。 當取用該交流電模組之交流電電源時，該電流控制器 馬上啟動該壓力感測器及該洩壓閥，強迫上述洩壓閥作洩 壓動作，上述空氣壓縮單元不再將壓縮空氣存入於該第一 縮壓空氣儲存筒内，使空壓機作無負載運轉。 本新型的功效，在供給交流電電源時，配合電流控制 器控制洩壓閥作洩壓，空氣壓縮單元不再將壓縮空氣存入 於第一縮壓空氣儲存筒内，使空壓機作無負載運轉，如此 ，就可維持電源之供給穩定而不受影響。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之較佳實施例的詳細說明中，將可清楚 的明白。 6 M281348 如圖3、圖4所- 之較佳實施例，勺人：，本新型電源與壓縮空氣的供給裝置 。 引辜1、一發電機2，及—空壓機3 如圖4與 燃機 所示’該引擎1為-動力源，俗稱：内 该發電機2與該引擎 發電單元21 作輸出早凡20。該發電單元21具有 及一圍繞在該傳動軸2 輛211， u面 U外周的線圈组212所構成。夂_ 3與圖ό，該電源於ψ _ $閱圖 單凡20具有一交流電模組22 Λ ^ 流電模組23。該交产兩伊彡 及一直 包杈組22具有一與該發電單元兩 連接的電流控制器221(CT，又稱比流器或變流器），及二: 與上达電流控制器221電連接的交流電插座222。參閱圖3 ，、圖7，6亥直流電模組23具有一與該發電單S 21電連:的 ==器231(ct，又稱比流器)，及一個與上述橋式整流 〇σ %連接的直流電插座232。至於該交流電模組22與 該直流電模組23的使用情形，容后詳述。 汝圖3圖6所示，該空壓機3具有一與該發電機2共 軸的空氣壓縮單it 3G、相互連通的—第—壓縮空氣儲存筒 j及第一壓縮空氣儲存筒32、一與上述電流控制器221 電連結的壓力感測器33、一與該壓力感測器33電連結的洩 壓閥34、一安全閥35，及一與該安全閥35電連接的壓力 計36。 如圖3與圖5所示，當内燃機（引擎1)啟動后，因該發 電機2與該空壓機3是共軸運作，所以，該供給裝置藉由' 7 M281348 該發電機2輪屮带、、店 ^ 电源’而藉空遷機3之空氣舞缩單元3〇方 生壓縮空氣，達到⑽1巩/土、、、但早兀30產 冋卞產出電源的壓縮空氣的功能。 電單Γ二與:士6所示，當使用者欲取用交流電，即發 插座222 =二—:卩插頭(圖未示)插置於該交流電 ，同時，該制器221立刻供給交流電㈣電源 ^ ΊΒ 221也同步啟動該麼力感測器33及 交流電(AC)電源34作嶋作，所以，在取用 β %，就可相強迫㈣，空氣I缩單元30 應壓縮空氣進入該第-、二壓縮空氣儲存筒31、32 形同停止供應壓縮空氣，即該空壓機3作無負 =:免發電機、空«此二負載同步運作，導致供電不 穩疋的缺失。 ±如圖3與圖7所示，當使用者欲取用直流電（DC)電源 % ’ -旦外部插頭（圖未示）插置於該直流電插座扣上，鲈 該橋式整流器231將交流電（AC，即發電單元21)電源_ 成直流電(DC)電源，以達到供給直流電(Dc，本實施例為 DC12V)之使用目的，然而’因直流電（Dc)的電流量遠低於 上述之交流電（AC)’所以’供給直流電（DC)電源時，仍可 、’隹持供應壓縮空氣進入該第—、二壓縮空氣儲存筒3卜μ 内，不會造成供電不穩定的問題。 參閱圖3、W 4與圖5,至於，該空壓機3之運作情形 包括壓力感測裔33可在該第一、二壓縮空氣儲存筒3 ^、 32的壓力高於設定值（即高壓狀態）控制該洩壓閥34 3作洩厣 動作，以及在該第一、二壓縮空氣儲存筒31、32的壓力低 M281348 於設定值（即低墨狀態）關閉該茂厂堅間34作停止茂厂堅，以及 該安全閥35可自動控制Μ之使用情形皆屬習知技術，此 不再多述。 歸’.内上述’相較於現有單機式的發電機、空I機而古 i本新型電源與壓縮空氣供給裝置具有同步供給電源㈣ 、'佶工孔Μ及戶外使用上較攜帶方便之功效與優點，而且 1配合該電流控制器221之控制，當取用交流電（Μ)電源 時，可啟動該;^閥34作強迫茂壓，空氣I缩單元不 再將«縮空氣存入於該第—、二縮麼空氣儲存筒Μ、Μ内 ’使該空壓機3作無負載運轉，且讓該發電機2供给交流 電更趨穩定而不受影響’故，本新型確實具有攜帶方便， 供電穩定之功效。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆應 仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體外觀圖，說明一種現有的發電機； 圖2是一立體外觀圖，說明一種現有的空壓機； 圖3是一立體外觀圖，說明本新型電源與壓縮空氣的 供給裝置的較佳實施例； 圖4是該較佳實施例的一側視圖； 圖5是該較佳實施例的一操作流程圖； 圖6是一方塊線路圖，說明一電流控制器、一壓力感 M281348M281348 8. Description of the new model: [Technical field to which the new model belongs] The new model relates to a generator, which is particularly different> ^ _ π buckle a power supply and compressed air supply device. [Prior Art] Referring to Fig. 1, it is a conventional power generator 8. The power generator 8 has several sockets 81 exposed on the surface to facilitate power supply. Referring back to FIG. 2 'is a conventional air pressure using an engine q ^ W to take 91: the air: machine 9 uses the engine 91 to drive the pump as% air, Bai, Asia uses the pipe 93 to send compressed air In the production and storage of the same as 94, a pressure queen valve 95 for detecting the internal pressure of the gas cylinder and a pressure reducing valve% for releasing compressed air are provided on the storage 2 94. The above-mentioned generator 8 and the air compressor 9 are equipped with a single machine that uses a single type of machine to operate separately. It requires the use of Rishou to separate the two machines. 诚For operators who are convenient for processing and other operations, it is convenient to use a separate unit that is too early. Bu use the day guard, but also add the best to bring the other 'right to combine the above-mentioned Lei Shi 2 motor 8 plate & artificial press 9 simply, send money 8 and air compressor 9 in between ^' Therefore, The synchronous operation of the load easily leads to the power supply of the wheels ...: "The sources easily interfere with each other 'and [new content] does not" use the problem. Therefore, for the purpose of this new model, when the air compressor ir MP is supplied with an AC power supply Erqian was immediately controlled for I r ", staff-loading operation to achieve stable power supply 5 M281348 and compressed air supply device. A secondary object of the present invention is to provide a portable power supply and compressed air supply device. Therefore, the novel power supply and compressed air supply device includes an engine, a generator, and an air compressor. The engine is a power source. The generator is electrically connected to the engine, and has a power generating unit and a power output unit. The power output unit has an AC power module with a current controller built in. The air compressor has an air compression unit coaxial with the generator, a first compressed air storage cylinder, a pressure sensor electrically connected with the current controller, and an electrical connection with the pressure sensor. Pressure relief valve. When the AC power source of the AC module is used, the current controller immediately activates the pressure sensor and the pressure relief valve, forcing the pressure relief valve to perform pressure relief action, and the air compression unit no longer stores compressed air in In the first compressed air storage cylinder, the air compressor is operated without load. This new type of function, when supplying AC power, cooperates with the current controller to control the pressure relief valve for pressure relief, and the air compression unit no longer stores compressed air in the first compressed air storage cylinder, so that the air compressor is no load. Operation, so that the power supply can be kept stable without being affected. [Embodiment] The foregoing and other technical contents, features and effects of the present invention will be clearly understood in the following detailed description of the preferred embodiment with reference to the drawings. 6 M281348 As shown in Figure 3 and Figure 4, the preferred embodiment, the spoon: the new power supply and compressed air supply device. Guigu 1, a generator 2, and-air compressor 3 as shown in Figure 4 and the gas turbine 'the engine 1 is a power source, commonly known as: the generator 2 and the engine power unit 21 to output early Fan 20 . The power generating unit 21 is composed of a coil group 212 and an outer periphery of two 211, u-plane U around the transmission shaft.夂 _ 3 and the figure, the power supply is shown in ψ _ $. The single fan 20 has an AC power module 22 Λ ^ current power module 23. The produced two Iraqi electric and straight package units 22 have a current controller 221 (CT, also known as a current transformer or converter) connected to the power generation unit, and two: Connected AC outlet 222. Referring to FIG. 3, and FIG. 7, the 6H DC power module 23 has an electrical connection with the power generation unit S 21: == 231 (ct, also known as current converter), and a bridge rectifier 0σ% Connected DC power socket 232. As for the use cases of the AC power module 22 and the DC power module 23, details will be described later. As shown in FIG. 3 and FIG. 6, the air compressor 3 has an air compression unit it 3G coaxial with the generator 2 and interconnected—the first—compressed air storage cylinder j and the first compressed air storage cylinder 32— A pressure sensor 33 electrically connected to the current controller 221, a pressure relief valve 34 electrically connected to the pressure sensor 33, a safety valve 35, and a pressure gauge 36 electrically connected to the safety valve 35. As shown in Figures 3 and 5, when the internal combustion engine (engine 1) is started, the generator 2 and the air compressor 3 operate coaxially, so the supply device is driven by '7 M281348 the generator 2 wheels 屮Bring the power supply to the store, and use the air retraction unit 30 of the air mover 3 to generate compressed air to achieve the function of compressing air to produce power. As shown in the electric bill Γ2 and: 6, when the user wants to use AC power, the socket 222 = 2——: 卩 plug (not shown) is inserted into the AC power, and the controller 221 immediately supplies AC power㈣ The power source ^ ΒΒ 221 also activates the force sensor 33 and the alternating current (AC) power source 34 to operate simultaneously. Therefore, when β% is taken, it can be forced. The air reduction unit 30 should compress the air into the unit. -The two compressed air storage cylinders 31 and 32 stop the supply of compressed air in the same way, that is, the air compressor 3 is operated without negative == generator-free and airless. These two loads operate synchronously, resulting in the lack of stable power supply. ± As shown in Figures 3 and 7, when the user wants to use a direct current (DC) power source, the external plug (not shown) is inserted into the direct current socket buckle, and the bridge rectifier 231 sends AC power ( AC, that is, the power generation unit 21) power_ becomes a direct current (DC) power to achieve the purpose of supplying direct current (Dc, DC12V in this embodiment), but 'because the current of direct current (Dc) is much lower than the above-mentioned alternating current ( AC) 'So' when supplying direct current (DC) power, it is still possible to 'hold the supply of compressed air into the first and second compressed air storage cylinders within 3 μ, which will not cause the problem of unstable power supply. Referring to FIG. 3, W 4 and FIG. 5, as for the operation condition of the air compressor 3, the pressure of the pressure sensor 33 can be higher than the set value of the first and second compressed air storage cylinders 3, 32 (ie, high pressure State) controls the pressure relief valve 343 to perform a deflation action, and when the pressure of the first and second compressed air storage cylinders 31 and 32 is low M281348 is closed at a set value (ie, low ink state), the Maojian Jianjian 34 is stopped. The use of Maochangjian and the use of the safety valve 35 to automatically control M are conventional techniques, and will not be described further here. Compared with the existing stand-alone generators and air compressors, the new power source and the compressed air supply device of the present invention have the synchronous power supply function ㈣, 佶 work hole M, and more convenient for outdoor use. And advantages, and 1 with the control of the current controller 221, when the AC power (M) power is taken, the valve can be activated; ^ valve 34 for forced green pressure, air I shrink unit no longer stores «shrink air in the The first and second shrinking air storage cylinders M and M 'make the air compressor 3 run without load, and make the AC power supply from the generator 2 more stable and unaffected', so the new model does have portability, The effect of stable power supply. However, the above are only the preferred embodiments of the new model. When the scope of implementation of the new model cannot be limited in this way, that is, the simple equivalent changes and modifications made according to the scope of the patent application and the description of the new model, All should still fall within the scope of this new patent. [Brief description of the drawings] FIG. 1 is a three-dimensional appearance diagram illustrating a conventional generator; FIG. 2 is a three-dimensional appearance diagram illustrating an existing air compressor; FIG. 3 is a three-dimensional appearance diagram illustrating the novel power supply and The preferred embodiment of the compressed air supply device; Figure 4 is a side view of the preferred embodiment; Figure 5 is an operation flowchart of the preferred embodiment; Figure 6 is a block circuit diagram illustrating a current control Device, a pressure sensor M281348
應器、一洩壓閥及一交流電插座與一發電單元的連接關係 :及 圖7是一方塊線路圖，說明一橋式整流器、一直流電 插座與該發電單元的連接關係。 10 M281348The connection between a reactor, a pressure relief valve, and an AC power socket and a power generating unit: and Figure 7 is a block circuit diagram illustrating the connection relationship between a bridge rectifier, a DC power socket, and the power generating unit. 10 M281348
【主要元件符號說明】 1 … •引擎 231 * • 橋式整流器 2… •發電機 232 * •直流電插座 21 ·， •發電單元 3… •空壓機 211 * * 傳動軸 30.， •空氣壓縮單元 212 * •線圈組 31·· ^第一壓縮空氣儲存筒 20· · •電源輸出單元 32... •第二壓縮空氣儲存筒 22·. ‘ 交流電相:組 33. ·. 壓力感測器 22卜 電流控制器 34... 洩壓閥 222 ·， 交流電插座 35· . · 安全閥 23·… 直流電相:組 3 6· · · 壓力計[Description of main component symbols] 1… • Engine 231 * • Bridge rectifier 2… • Generator 232 * • DC socket 21 ·, • Generation unit 3… • Air compressor 211 * * Drive shaft 30., • Air compression unit 212 * • Coil group 31 ·· ^ First compressed air storage cylinder 20 · · • Power output unit 32 ... • Second compressed air storage cylinder 22 ·. 'AC phase: Group 33. ·. Pressure sensor 22 Current controller 34 ... Pressure relief valve 222 ·, AC socket 35 · · · Safety valve 23 · ... DC phase: Group 3 6 · · · Pressure gauge
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