M286720 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種能源產生裝置之結構改良，尤指一種 藉由混合氫氣及氧氣以產生能源且方便攜帶，兼具有控制 燈號設置之結構改良。 【先前技術】 由於地球上的天然資源有限，而各種諸如石油、天然氣等的 I 能源也因為人類消耗而大量減少，因此對於天然能源的利用以及 開發更顯得重要，像是太陽能、風力、潮汐，陸陸續續被開發出 來；但，前述的能源產生設備價格高昂，且能源轉換率低，此外 更需要有足夠的土地去設置這些設備，因此對於一般的工廠以及 家庭而言，並沒有足夠的資金以及技術裝設這些價格高昂的設備。 一般的家庭多以瓦斯爐外接的天然氣或是瓦斯來當做能源的 供應源，亦或者是使用電磁爐或電熱爐來將烹調食物以及加熱食 t 品，然而天然氣以及瓦斯更可用於工廠的焊接。然則在天然氣或 瓦斯的使用上卻可能產生以下的缺點： 1 ·無淪疋天然氣或是瓦斯皆具有毒性，一但接觸人體則對 健康產生損害’且其係以焉壓壓縮而增力σ爆炸的危險。 2·細燒的雜巾如燃燒未完麵易產生一氧化碳而使 人產生昏迷的可能。 而基於前述的能源產生設備，而有業者研發出以下的技術： 如第6圖所示，為習用之氫氣以及氧氣產錄置7，包括了電解 5 M286720 槽8、混合槽9以及與混合槽9連接的焊槍9 1，電解槽8内部 容納有水，並通财卜部魏，喊解難生出的氫氣以及氧氣並 由輸运官路81送至混合槽9混合，最後氫氣以及氧氣的混合氣 體則由烊槍91輸出產生噴射火談而可用以悍接。 但其所佔用之體積龐大，不易攜帶之外，於電解水時必需耗 費極大的電能，無料將大祕S生細需的成本，是故於產業 利用上無法普及化，加上並無控繼制設置，而無法得知各槽 體中氣體的存量，對於使用者而言相當不便，致使上述之能源產 生裝置的實用性受到限制。 【新型内容】 本創作之主要目的，在於解決上述的問題而提供一種能 =產生裝置之結構改良，其係將由混合氫氣、氧氣及冷卻劑之 月匕源產生組經排列組合後，組裝於一具把手之殼體内部， 以使該能源產生裝置具有攜帶方便的功用。 、本創作之次一目的，在於將氧氣供應源、冷卻劑供應 源、氫氣供應源及混合槽分別與一控制面板作電性連結， 使本創作針對各供應源及混合槽具有即時回饋的功用。 本創作之又一目的，係於該殼體底部增設數輪，以使 本創作具有佳加之機動性。 為達前述之目的，本創作係包括：一能源產生盥一 具有把手之殼體，其中： 〜、 該能源產生組包括一混合槽、一氫氣供應源、一氧氣 供應源、一控制面板，以及一冷卻劑供應源，該混合槽具 M286720 有一容置空間，該混合槽具有連通至該容置空間之一輪出 管路、一氫氣輸入管路、一氧氣輸入管路以及一冷卻劑輪 入管路， 該氣氣供應源係連接該氫氣輸入管路以供輸入氳氣至 該容置空間； 該氧氣供應源係連接該氧氣輸入管路以供輸入氧氣至 該容置空間； 該冷卻劑供應源係用以連接該冷卻劑輸入管路以供輪 入冷卻劑至該容置空間； 該控制面板係與氧氣供應源、冷卻劑供應源、氫氣供 應源及混合槽成電性連結，俾以偵測各供應源及混合槽内 之狀況； 該殼體具有一可向上翻掀之上蓋，該殼體之一侧面凸 設一感測元件，該感測元件之上方對應控制面板處設有數 孔，遠離感測元件之一侧設有一插座，且於感測元件兩端 之侧面分別具有多數散熱孔，並對應該輸出管路於任—侧 面設有一出口，且該殼體内部被一隔板區分為上、下層， 以供該能源產生組裝設，並於該殼體之底部設有數滾輪， 藉由上述各構件以組成一攜帶方便、機動性高且安全性高 之能源產生裝置之結構。 门 本創作之上述及其他目 的與優點，不難從下述所選用 實施^詳細說明與附圖中，獲得深入了解。 當然’本創作在某些另件上，或另件之安排上容許有 所不同隹所選用之實施例，則於本說明書中，予以詳細 7 M286720 說明，並於附圖中展示其構造。 【實施方式】 請參閱第1圖至第5圖，圖中所示者為本創作所選用 之實施例結構，此僅供說明之用，在專利申請上並不受此 種結構之限制。 本實施例之能源產生裝置之結構改良，如第1圖與第2圖 所示，其係包括：一能源產生組1與一具有把手2 1之殼體 2 ,其中： 該能源產生組1包括一混合槽1 1、一氫氣供應源1 2、一氧氣供應源1 3、一控制面板1 4，以及一冷卻劑 供應源，該混合槽11具有一容置空間111，該混合槽 1 1具有連通至該容置空間1 1 1之一輸出管路1 1 2、 一氫氣輸入管路1 3 1、一氧氣輸入管路1 2 1以及一冷 卻劑輸入管路151;該容置空間111係以阻檔部11 3區隔為一輸入室114及一輸出室115,阻檔部1 1 3並設有一過濾器1 1 6俾供提供該輸入室1 1 4至該輸 出室1 1 5之過濾效果，如第3圖所示。 該輸出管路1 1 2由該容置空間1 1 1之輸出室1 1 5輸出；該氳氣輸入管路1 3 1、該氧氣輸入管路1 2 1 以及該冷卻劑輸入管路1 5 1分別由各供應源1 2、1 3 輸送至該容置空間1 1 1之輸入室1 1 4内，並經混合 後，輸送至輸出室1 1 5，並藉由該輸出管路1 1 2將混 合後之氣體送出。 該氫氣供應源12在本實施例中為一氫分子儲存器， 8 M286720 係連接該歧輸人管路1 2 1以供^氫氣至該容置空間 1 1 1之輸人室1 1 4，且該氫氣供應2包覆有一包 溫套122，該保溫套122係連通氣氣供應源12，其 2部並具衫賴氣體流過，以藉氧氣供應源：L 2輸出之 氣體維持氫氣供應源1 2之溫度怪定· 該氧氣供應源13在本實施例中為一進氣 接該氧錄人料i 3 輸崎氣至鄉置空間^工 1之輸入室114;該進氣幫浦由〜直流電瓶132驅 動，是故當使用者無論於室内或戶外都可方便攜帶而不需 外接電源。 該冷卻劑供應源係用以連接該冷卻劑輸入管路151 以供輸入冷卻劑至該容置空間1 1 1之輸入室1 1 4，容 置空間1 1 1之輸入室1 1 4並提供氬氣及氧氣做預調以 使二者充份混合，而氫氧混合氣體於燃燒時，冷卻劑更可 降低燃燒溫度，據此可減少氫氧混合燃燒溫度太高而熔化 輸出器具的風險。 該控制面板1 4係與氧氣供應源1 3、冷卻劑供應 源、氫氣供應源1 2及混合槽1 1成電性連結，俾以利用 燈號之明暗來偵測各供應源1 2、1 3、1 5及混合槽1 1内之狀況。 該殼體2具有一可向上翻掀之上蓋28,該殼體2之 一侧面凸設/感測元件2 2，於本例中，該感測元件2 2 係由一溫度表2 21與一液位表2 2 2所組成，俾以測知 混合槽1 1内之液位及溫度，該感測元件2 2之上方對應 9 M286720 控制面板1 4處設有數孔2 3，遠離感測元件2 2之一侧 设有一插座2 4，於本實施例中，該插座2 4係與進氣幫 浦相連接，使本創作為一可交、直流兩用之裝置，且於感 測元件2 2兩端之侧面分別具有多數散熱孔2 5，並對應 該輸出管路1 1 2於任一侧面設有一出口 2 6 ,且該殼體 2内部被一隔板2 7區分為上、下層，以供該能源產生組 1裝設，並於該殼體2之底部設有數滾輪29，藉由上述 各構件以組成一攜帶方便、機動性高且安全性高之能源產生 裝置之結構。 如第4圖所示’其係本創作之混合槽中，該氫氣1 2 、氧氣1 3及冷卻劑之混合過程，且在混合後經由過濾器 1 1 6之過濾後，繼而進入輸出室i i 5，並藉由該輸出 b路1 1 2將混合後之氣體送出之情形。 請參閱第5圖’其係本創作與一般瓦斯爐3組接之示 忍圖，使用者當出外野餐或是需要戶外烹飪時，可攜帶本 創作之能源產生裝置，不僅安全性高，攜帶上更為方便， 且不會產生燃燒不完全的危險。 再者，本創作亦可與一般焊搶相組接，其焊槍喷出火 成ZffiL度可由冷卻劑與虱氣以及氧氣的混合比例來控制，而 火燄更不易擴散，是故在使用上更有效率。 綜上所述，本創作之優點如下·· 1 ·攜帶方便：由於本創作於上蓋頂端設有把手，方便使 用者易於攜帶。 2 ·安全性高：由於控制面板與氧氣供應源、冷卻劑供應 M286720 源、氮氣供應源及混合槽成電性連結，可以藉由燈號 的亮或滅，隨時得知任何異常的現象，並配合感測元 件的設置，以即時回饋各供應源及混合槽内之狀況， 此外，更搭配有多重安全裝置，如溫度過熱可自動斷 電，保護設備及使用者的安全；且該混合槽係在常溫 常壓下運作’而不會有爆炸的危險。 3 ·機動性高：機體大小適中，且殼體底部滚輪之設計， 讓使用者便於攜帶及移動。 以上所述實施例之揭示係用以說明本創作，並非用以 限制本創作，故舉凡數值之變更或等效元件之置換仍應隸 屬本創作之範疇。 由以上詳細說明，可使熟知本項技藝者明暸本創作的 確可達成前述目的，實已符合專利法之規定，爰提出專利 申請。 【圖式簡單說明】 第1圖係本發明之外觀圖之一 第2圖係本發明之外觀圖之二 第3圖係本創作之結構示意圖 第4圖係本發明之混合槽結構示意圖（用以說明氳氣 、氧氣及冷卻劑間之混合關係） 第5圖係本發明組接瓦斯爐示意圖 第6圖係習用之習用之氳氣以及氧氣產生裝置 【主要元件符號說明】 (習用部分） M286720 電解槽8 混合槽9 氫氣以及氧氣產生裝置7 輸送管路81 焊槍9 1 (本創作部分） 能源產生組1 容置空間111 阻檔部113 輸出室1 1 5 氮氣供應源1 2 保溫套1 2 2 氫氣輸入管路131 控制面板14 殼體2 感測元件2 2 液位表2 2 2 插座2 4 出口 2 6 上蓋2 8 、瓦斯爐3 混合槽1 1 輸出管路112 輸入室114 過濾器116 氧氣輸入管路121 氧氣供應源13 直流電瓶1 3 2 冷卻劑輸入管路151 把手2 1 溫度表2 2 1 孔2 3 散熱孔2 5 隔板2 7 滾輪2 9 12M286720 VIII. New Description: [New Technology Field] This creation is about the structural improvement of an energy-generating device, especially a structure that uses hydrogen and oxygen to generate energy and is easy to carry, and has a control light setting. Improvement. [Prior Art] Due to the limited natural resources on the earth, various energy sources such as oil and natural gas are also greatly reduced due to human consumption. Therefore, it is more important for the utilization and development of natural energy, such as solar energy, wind power, and tides. It has been developed in succession; however, the aforementioned energy-generating equipment is expensive and has a low energy conversion rate. In addition, there is a need for sufficient land to set up these equipment, so there is not enough money for general factories and households. And the technology is equipped with these expensive equipment. In general, most of the households use natural gas or gas from the gas stove as a source of energy, or use an induction cooker or an electric furnace to cook food and heat food. However, natural gas and gas can be used for welding in factories. However, the use of natural gas or gas may have the following disadvantages: 1 • Innocent natural gas or gas is toxic, but it is harmful to health if it comes into contact with the human body. danger. 2. The finely-burned swarf is likely to produce carbon monoxide if it is not burned, which may cause coma. Based on the aforementioned energy-generating equipment, the industry has developed the following technologies: As shown in Fig. 6, for the conventional hydrogen and oxygen production 7, including electrolysis 5 M286720 tank 8, mixing tank 9 and mixing tank 9 connected welding gun 9 1, the electrolytic tank 8 contains water inside, and through the wealth of the Department of Wei, shouting difficult hydrogen and oxygen and sent to the mixing tank 9 by the transport official road 81 mixed, and finally the mixture of hydrogen and oxygen It can be used to make a jet fire by the output of the rifle 91. However, it is bulky and difficult to carry. It requires a lot of electric energy when electrolyzing water. The provision of the system makes it impossible to know the amount of gas in each tank, which is inconvenient for the user, and the utility of the above-described energy generating device is limited. [New content] The main purpose of this creation is to solve the above problems and provide a structural improvement of the energy generation device, which is assembled and assembled by a combination of a mixture of hydrogen, oxygen and coolant. The interior of the housing with the handle allows the energy generating device to have a convenient carrying function. The second purpose of the creation is to electrically connect the oxygen supply source, the coolant supply source, the hydrogen supply source and the mixing tank to a control panel, so that the creation has an instant feedback function for each supply source and mixing tank. . Another purpose of this creation is to add several rounds to the bottom of the housing to make this creation more maneuverable. For the purposes of the foregoing, the present invention includes: an energy generating device having a handle, wherein: the energy generating group includes a mixing tank, a hydrogen supply source, an oxygen supply source, a control panel, and a coolant supply source, the mixing tank M286720 has a receiving space, the mixing tank has a wheel connecting to the receiving space, a hydrogen input line, an oxygen input line, and a coolant wheel The gas supply source is connected to the hydrogen input line for input helium gas to the accommodating space; the oxygen supply source is connected to the oxygen input line for inputting oxygen to the accommodating space; the coolant supply source The utility model is used for connecting the coolant input pipeline for the coolant to be inserted into the accommodating space; the control panel is electrically connected with the oxygen supply source, the coolant supply source, the hydrogen supply source and the mixing tank, Measuring the condition of each supply source and the mixing tank; the housing has an upper cover that can be flipped upward, and a sensing element is protruded from a side of the housing, and the control surface is corresponding to the control surface a plurality of holes are disposed at a side of the sensing component, and a plurality of heat dissipation holes are respectively disposed at sides of the sensing component, and an outlet is disposed on the side of the output pipe, and the casing is internally provided It is divided into upper and lower layers by a partition for the energy to be assembled, and a plurality of rollers are arranged at the bottom of the casing, and the above components are used to form an energy source with convenient carrying, high mobility and high safety. The structure of the device. The above and other objects and advantages of the present invention are not difficult to understand from the following detailed descriptions and drawings. Of course, the present invention allows for different embodiments to be selected on certain parts or arrangements, and is described in detail in this specification, and is illustrated in the accompanying drawings. [Embodiment] Please refer to Fig. 1 to Fig. 5, which shows the structure of the embodiment selected for the present invention, which is for illustrative purposes only and is not limited by this structure in the patent application. The structural improvement of the energy generating device of the present embodiment, as shown in FIGS. 1 and 2, includes: an energy generating group 1 and a casing 2 having a handle 2 1 , wherein: the energy generating group 1 includes a mixing tank 1 1 , a hydrogen supply source 2 , an oxygen supply source 13 , a control panel 14 , and a coolant supply source, the mixing tank 11 has an accommodating space 111 , the mixing tank 11 has Connected to the accommodating space 1 1 1 one of the output lines 1 1 2, a hydrogen input line 1 3 1 , an oxygen input line 1 2 1 and a coolant input line 151; the accommodating space 111 The blocking portion 11 3 is divided into an input chamber 114 and an output chamber 115, and the blocking portion 1 1 3 is provided with a filter 1 16 6 for supplying the input chamber 1 1 4 to the output chamber 1 1 5 Filter the effect as shown in Figure 3. The output line 1 1 2 is outputted by the output chamber 1 1 5 of the accommodating space 1 1 1; the helium gas input line 1 3 1 , the oxygen input line 1 2 1 and the coolant input line 15 1 is respectively sent from the respective supply sources 1 2, 1 3 into the input chamber 1 1 4 of the accommodating space 1 1 1 , and after being mixed, is sent to the output chamber 1 1 5, and by the output line 1 1 2 The mixed gas is sent out. In this embodiment, the hydrogen supply source 12 is a hydrogen molecular reservoir, and the 8 M286720 is connected to the dissimilar input pipeline 1 2 1 for supplying hydrogen gas to the input chamber 1 1 4 of the accommodating space 1 1 1 . And the hydrogen supply 2 is covered with a package of thermostats 122, which are connected to the gas supply source 12, and the two parts of the gas supply flow through the gas supply source to maintain the hydrogen supply by the oxygen supply source: L 2 output gas The temperature of the source 12 is ambiguous. In this embodiment, the oxygen supply source 13 is an intake chamber connected to the oxygen recording material i 3 to the input chamber 114 of the rural space 1; Driven by the DC battery 132, it is convenient for the user to carry it indoors or outdoors without an external power supply. The coolant supply source is used to connect the coolant input line 151 for inputting coolant to the input chamber 1 1 1 of the accommodating space 1 1 1 , and the input chamber 1 1 4 of the accommodating space 1 1 1 is provided Argon gas and oxygen are pre-adjusted to make the two fully mixed, and when the hydrogen-oxygen mixed gas is burned, the coolant can lower the combustion temperature, thereby reducing the risk of the hydrogen-oxygen mixed combustion temperature being too high to melt the output device. The control panel 14 is electrically connected to the oxygen supply source 13 , the coolant supply source, the hydrogen supply source 12 , and the mixing tank 1 1 , and detects the respective supply sources 1 2 by using the light and dark of the light. 3, 1 5 and the situation in the mixing tank 1 1. The housing 2 has an upper cover 28 that can be flipped up, and one side of the housing 2 protrudes/sensing element 2 2 . In this example, the sensing element 2 2 is composed of a thermometer 2 21 and a The liquid level table 2 2 2 is composed of 俾 to detect the liquid level and temperature in the mixing tank 1 1 , and the upper part of the sensing element 2 2 corresponds to 9 M286720. The control panel 14 has a plurality of holes 2 3 away from the sensing element. One side of the 2 2 side is provided with a socket 2 4 . In the embodiment, the socket 24 is connected to the air intake pump, so that the present invention is a device for both AC and DC, and the sensing element 2 2, the two sides of the two sides have a plurality of heat dissipation holes 25, and an outlet 2 1 is provided on either side of the output line 1 1 2, and the inside of the housing 2 is divided into upper and lower layers by a partition plate 27, The energy generating group 1 is installed, and a plurality of rollers 29 are disposed at the bottom of the casing 2, and the above components are used to form a structure of an energy generating device that is convenient to carry, highly mobile, and high in safety. As shown in Fig. 4, in the mixing tank of the present invention, the mixing process of the hydrogen gas 12, the oxygen gas 13 and the coolant is filtered through the filter 1 16 after mixing, and then enters the output chamber ii. 5, and the mixed gas is sent out by the output b path 1 1 2 . Please refer to Figure 5, which is a combination of the creation and the general gas stove 3 group. When the user goes out for a picnic or needs outdoor cooking, he can carry the energy generating device of this creation, which is not only safe, but also carries It is more convenient and does not pose a risk of incomplete combustion. In addition, this creation can also be combined with the general welding rush, the welding gun can be fired into ZffiL degree can be controlled by the mixing ratio of coolant and helium and oxygen, and the flame is less likely to spread, so it is more in use. effectiveness. In summary, the advantages of this creation are as follows: 1. Easy to carry: Since the creation is provided with a handle at the top of the upper cover, it is convenient for the user to carry. 2 · High safety: Since the control panel is electrically connected to the oxygen supply source, the coolant supply M286720 source, the nitrogen supply source and the mixing tank, any abnormal phenomenon can be known at any time by turning on or off the light. With the setting of the sensing component, it can instantly feedback the condition of each supply source and the mixing tank. In addition, it is equipped with multiple safety devices, such as temperature overheating, which can automatically power off, protect equipment and user safety; and the mixing tank system Operate at normal temperature and pressure 'without the risk of explosion. 3 · High maneuverability: The size of the body is moderate, and the roller at the bottom of the housing is designed to be easy to carry and move. The above description of the embodiments is intended to be illustrative of the present invention and is not intended to limit the scope of the present invention. From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the foregoing objectives, and it has been in compliance with the provisions of the Patent Law and has filed a patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an external view of the present invention. FIG. 2 is an external view of the present invention. FIG. 3 is a schematic structural view of the present invention. FIG. 4 is a schematic view showing the structure of the mixing tank of the present invention. To illustrate the mixing relationship between helium, oxygen and coolant. Fig. 5 is a schematic diagram of the gas oven and oxygen generating device used in the schematic diagram of the gas furnace of the present invention. [Main component symbol description] (customized part) M286720 Electrolyzer 8 Mixing tank 9 Hydrogen and oxygen generating device 7 Conveying line 81 Welding torch 9 1 (This creation part) Energy generating group 1 accommodating space 111 Blocking part 113 Output chamber 1 1 5 Nitrogen supply source 1 2 Insulation sleeve 1 2 2 Hydrogen input line 131 Control panel 14 Housing 2 Sensing element 2 2 Level table 2 2 2 Socket 2 4 Outlet 2 6 Upper cover 2 8 Gas burner 3 Mixing tank 1 1 Output line 112 Input chamber 114 Filter 116 Oxygen input line 121 Oxygen supply 13 DC battery 1 3 2 Coolant input line 151 Handle 2 1 Thermometer 2 2 1 Hole 2 3 Cooling hole 2 5 Separator 2 7 Roller 2 9 12