TWM505749U - Linear magnetic power generation device - Google Patents
Linear magnetic power generation device Download PDFInfo
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- TWM505749U TWM505749U TW104206226U TW104206226U TWM505749U TW M505749 U TWM505749 U TW M505749U TW 104206226 U TW104206226 U TW 104206226U TW 104206226 U TW104206226 U TW 104206226U TW M505749 U TWM505749 U TW M505749U
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本新型係有關一種發電裝置,特別是指一種相對更為環保,而且經啟動運轉後不需要再消耗能源,而能夠常態持續運轉的線性磁力發電裝置。The present invention relates to a power generation device, and more particularly to a linear magnetic power generation device which is relatively more environmentally friendly and which does not need to consume energy after starting operation, and can continue to operate normally.
按,現代人的生活中充滿了各種電氣用品,使得電氣能源對於現代人來說已經是不可或缺之能源,隨著石化能源逐漸短缺,燃料費及電價不斷高漲,又因地球受到溫室效應的影響,人們對環保重要性的認知提高,節能減碳已成為工業須立即面對解決的問題。According to the modern people's life, they are full of various electrical appliances, making electrical energy an indispensable energy source for modern people. With the gradual shortage of petrochemical energy, fuel and electricity prices are rising, and the earth is affected by the greenhouse effect. Impact, people's awareness of the importance of environmental protection, energy conservation and carbon reduction has become an issue that the industry must face immediately.
過度的使用地球資源,將造成環境與能源各方面之耗竭,並對所有人類與生物造成莫大之影響,令民眾感受最深的就是油價波動及電費、水費及生活費不停的飛漲,由各種數據顯示,民眾之所以生活不安及對前途感到徬徨無助,與能源耗竭之事實所造成之影響息息相關。Excessive use of the earth's resources will cause exhaustion of all aspects of the environment and energy, and will have a great impact on all humans and living things. The most profound feelings for the people are the fluctuation of oil prices and the soaring of electricity, water and living expenses. It shows that the reason why people are uneasy and helpless about their future is closely related to the impact of the fact that energy is depleted.
為了解決未來的能源問題,世界各國莫不積極找尋替代能源,以對能源耗竭之改善多少作出貢獻,特別是環保無污染的綠色能源;然而,目前常使用的方式,仍主要依賴自然能源之進行轉換及使用;例如:透過太陽能、風力或者水力等自然能源轉換成電能,再將所產生的電能進行輸出使用。In order to solve future energy problems, countries around the world are not actively looking for alternative energy sources to contribute to the improvement of energy exhaustion, especially environmentally friendly and non-polluting green energy; however, the methods currently used still rely mainly on natural energy for conversion. And use; for example, converting natural energy such as solar energy, wind power or water into electrical energy, and then outputting the generated electrical energy for use.
然而,太陽能、風力或者水力等自然能源之取得, 往往因為受到地球運轉、地理位置、季節條件等限制,而無法保證能夠常態性持續提供電力,以及確保能夠常態維持應有的發電的功率;因此,如何提供一種相對較為環保、節能,以及能夠常態持續運轉的發電裝置,長久以來一直是產業界及學術界所亟欲解決之課題。However, the acquisition of natural energy such as solar energy, wind power or water power, It is often limited by the earth's operation, geographical location, seasonal conditions, etc., and it is impossible to guarantee the normal supply of electricity continuously, and to ensure that the power of power generation can be maintained normally; therefore, how to provide a relatively environmentally friendly, energy-saving, and normal state The continuously operating power generation unit has long been a subject that the industry and the academic community are eager to solve.
有鑑於此,本新型即在提供一種相對更為環保,而且經啟動運轉後不需要再消耗能源,而能夠常態持續運轉的線性磁力發電裝置,為其主要目的者。In view of this, the present invention provides a linear magnetic power generation device which is relatively more environmentally friendly and which does not need to consume energy after starting operation, and can continue to operate normally.
為了達到上述目的,本新型之線性磁力發電裝置,基本上包括有:複數線性運動組件,各線性運動組件係設有一供於通電時產生預先設定之磁力線的電磁元件,以及一受該電磁元件之磁力線作用而做直線位移的磁性元件;一傳動軸,設有複數段供分別與各線性運動組件對應的曲柄梢,且於各曲柄梢處軸設有與相對應線性運動組件之磁性元件軸接的連桿;一磁力控制模組,與該傳動軸構成傳動聯結,且與各線性運動組件之電磁元件電氣連接,供隨該傳動軸旋轉依序控制各線性運動組件之電磁元件電力導通與否;至少一發電機組,與該傳動軸構成傳動聯結,供受該傳動軸驅動運轉發電;以及,該至少一發電機組且與該磁力控制模組電氣連接,提供各線性運動組件運作所需之電力。In order to achieve the above object, the linear magnetic power generating device of the present invention basically comprises: a plurality of linear motion components, each linear motion component is provided with an electromagnetic component for generating a predetermined magnetic field line when energized, and a magnetic component is received by the electromagnetic component. a magnetic element that acts as a linear displacement by a magnetic force line; a transmission shaft is provided with a plurality of crank tips respectively corresponding to the respective linear motion components, and the shafts of the respective linear motion components are axially coupled to the shafts of the respective crank tips a magnetic control module, which is coupled with the transmission shaft and electrically connected with the electromagnetic components of each linear motion component for sequentially controlling the electrical conduction of the electromagnetic components of each linear motion component with the rotation of the transmission shaft At least one generator set is coupled to the drive shaft for driving power generation by the drive shaft; and the at least one generator set is electrically connected to the magnetic control module to provide power required for operation of each linear motion component .
利用上述技術特徵,本新型之線性磁力發電裝置,只需要相對低功率之電力即可利用磁力驅動線性運動組件之磁性元件依照預先設定的行程直線位移,且在磁力控制模組之控制下,令全數線性運動組件依序循環動作,進而帶動傳動軸朝同一方向旋轉並驅動發電機組運轉發電,而且只需要將發電機組極小 部分之電力透過磁力控制模組回授至各線性運動組件即可令全數線性運動組件依序循環動作,進而帶動傳動軸及發電機組持續運轉發電。俾達到相對更為環保,而且經啟動運轉後不需要再消耗能源,即可常態持續運轉發電之目的。By using the above technical features, the linear magnetic power generating device of the present invention only needs relatively low power power to magnetically drive the magnetic component of the linear motion component according to a predetermined linear displacement, and under the control of the magnetic control module, The full linear motion component circulates in sequence, which in turn drives the drive shaft to rotate in the same direction and drives the generator set to generate electricity, and only needs to minimize the generator set. Part of the power is fed back to each linear motion component through the magnetic control module, so that the full linear motion components can be cyclically operated in sequence, thereby driving the drive shaft and the generator set to continuously operate and generate electricity.俾 It is relatively more environmentally friendly, and it does not need to consume energy after starting operation, so it can continue to operate for the purpose of power generation.
依據上述技術特徵,所述線性磁力發電裝置,係進一步設有至少一與各發電機組電氣連接的蓄電模組。According to the above technical feature, the linear magnetic power generating device is further provided with at least one power storage module electrically connected to each of the generator sets.
依據上述技術特徵,所述線性磁力發電裝置,係進一步設有一供與該傳動軸構成傳動聯結的驅動元件。According to the above technical feature, the linear magnetic power generating device is further provided with a driving element for constituting a transmission coupling with the transmission shaft.
依據上述技術特徵,所述線性磁力發電裝置,係進一步設有至少一與各發電機組電氣連接的蓄電模組;以及,設有一供與該傳動軸構成傳動聯結的驅動元件。According to the above technical feature, the linear magnetic power generating device is further provided with at least one power storage module electrically connected to each of the generator sets; and a driving element for coupling the transmission shaft to the transmission shaft.
所述驅動元件為一供與該傳動軸相套接的手搖桿。The driving element is a hand lever for being sleeved with the drive shaft.
所述驅動元件為一供與該傳動軸構成聯結的啟動馬達。The drive element is a starter motor for coupling with the drive shaft.
所述各線性運動組件係設有一套筒,各線性運動組件之電磁元件係固設於該套筒之一端,各線性運動組件之磁性元件係以可於該套筒內往復位移的狀態安裝於該套筒中。Each of the linear motion components is provided with a sleeve, and the electromagnetic components of each linear motion component are fixed at one end of the sleeve, and the magnetic components of each linear motion component are mounted in a state of being reciprocally displaceable in the sleeve. In the sleeve.
所述傳動軸係於各曲柄梢之區段處,設有與曲柄梢相對配置的平衡塊。The drive shaft is attached to each of the crank tips and is provided with a balance block disposed opposite the crank tips.
所述各線性運動組件係設有一套筒,各線性運動組件之電磁元件係固設於該套筒之一端,各線性運動組件之磁性元件係以可於該套筒內往復位移的狀態安裝於該套筒中;以及,該傳動軸係於各曲柄梢之區段處,設有與曲柄梢相對配置的平衡塊。Each of the linear motion components is provided with a sleeve, and the electromagnetic components of each linear motion component are fixed at one end of the sleeve, and the magnetic components of each linear motion component are mounted in a state of being reciprocally displaceable in the sleeve. In the sleeve; and the drive shaft is attached to each of the crank tips, and is provided with a balance block disposed opposite the crank tips.
所述線性磁力發電裝置之線性運動組件數量,係可介於2組至16組之間。The linear motion component of the linear magnetic power generating device may be between 2 groups and 16 groups.
所述線性磁力發電裝置係設有4組線性運動組件, 該傳動軸係設有4段依序以90度夾角配置的曲柄梢。The linear magnetic power generating device is provided with four sets of linear motion components. The drive shaft is provided with four crank tips arranged at an angle of 90 degrees.
所述線性磁力發電裝置係設有8組線性運動組件,該傳動軸係設有8段依序以90夾角配置的曲柄梢。The linear magnetic power generating device is provided with 8 sets of linear motion components, and the drive shaft is provided with 8 crank tips arranged at an angle of 90 in sequence.
具體而言,本新型所揭露之線性磁力發電裝置,主要利用磁力驅動線性運動組件之磁性元件直線位移,在連桿及傳動軸之帶動下,驅動發電機組運轉發電,因此不會產生任何的環境汙染源,而且經啟動運轉後只需要將發電機組極小部分之電力透過磁力控制模組回授至各線性運動組件,即可令全數線性運動組件依序循環動作,進而帶動傳動軸及發電機組持續運轉發電不需要再消耗能源,不至於受到地球運轉、地理位置、季節條件等限制,保證能夠常態性持續提供電力,以及確保能夠常態維持應有的發電的功率。Specifically, the linear magnetic power generation device disclosed in the present invention mainly uses a magnetic force to drive a linear displacement of a magnetic component of a linear motion component, and drives the generator set to generate electricity under the driving of the connecting rod and the transmission shaft, so that no environment is generated. The source of pollution, and after starting the operation, only a small part of the power of the generator set needs to be fed back to each linear motion component through the magnetic control module, so that the full linear motion components can be sequentially circulated, thereby driving the drive shaft and the generator set to continue to operate. Power generation does not need to consume energy, and is not limited by the earth's operation, geographical location, seasonal conditions, etc., to ensure that power can be continuously supplied in a normal state, and that power generation due to normal power can be maintained.
10‧‧‧線性運動組件10‧‧‧linear motion components
11‧‧‧電磁元件11‧‧‧Electromagnetic components
12‧‧‧磁性元件12‧‧‧Magnetic components
13‧‧‧套筒13‧‧‧Sleeve
20‧‧‧傳動軸20‧‧‧ drive shaft
21‧‧‧曲柄梢21‧‧‧ crank tips
22‧‧‧連桿22‧‧‧ Connecting rod
23‧‧‧平衡塊23‧‧‧ Balance block
30‧‧‧磁力控制模組30‧‧‧Magnetic Control Module
40‧‧‧發電機組40‧‧‧Generator
50‧‧‧蓄電模組50‧‧‧Power storage module
60‧‧‧電氣設備60‧‧‧Electrical equipment
第1圖係為本新型第一實施例之線性磁力發電裝置外觀結構圖。Fig. 1 is a view showing the appearance of a linear magnetic power generator according to a first embodiment of the present invention.
第2圖係為本新型第一實施例之線性磁力發電裝置其中2組線性運動組件數量之連續動作示意圖。Fig. 2 is a schematic view showing the continuous operation of the number of two sets of linear motion components of the linear magnetic power generating apparatus of the first embodiment of the present invention.
第3圖係為本新型第一實施例之線性磁力發電裝置其中另外2組線性運動組件數量之連續動作示意圖。Fig. 3 is a schematic view showing the continuous operation of the number of the other two sets of linear motion components of the linear magnetic power generating apparatus of the first embodiment of the present invention.
第4圖係為本新型之線性磁力發電裝置使用狀態示意圖。Fig. 4 is a schematic view showing the state of use of the novel linear magnetic power generation device.
第5圖係為本新型第二實施例之線性磁力發電裝置結構示意圖。Fig. 5 is a schematic structural view of a linear magnetic power generating device according to a second embodiment of the present invention.
第6圖係為本新型第三實施例之線性磁力發電裝置結構示意圖。Figure 6 is a schematic view showing the structure of a linear magnetic power generating device according to a third embodiment of the present invention.
本新型主要提供一種相對更為環保,而且經啟動運轉後不需要再消耗能源,而能夠常態持續運轉的線性磁力發電裝置,如第1圖及第2圖所示,本新型之線性磁力發電裝置,基本上包括有:複數線性運動組件10、一傳動軸20、一磁力控制模組30,以及至少一發電機組40;其中:各線性運動組件10係設有一供於通電時產生預先設定之磁力線的電磁元件11,以及一受該電磁元件11之磁力線作用而做直線位移的磁性元件12;於實施時,所述電磁元件11係可以為一電磁線圈,所述磁性元件12係可以為一永久磁石;於實施時,所述各線性運動組件10係可以進一步設有一套筒13,各線性運動組件10之電磁元件11係固設於該套筒13之一端,各線性運動組件10之磁性元件12則係以可於該套筒13內往復位移的狀態安裝於該套筒13中。The present invention mainly provides a linear magnetic power generation device which is relatively more environmentally friendly and can continue to operate normally after no need to consume energy after starting operation, as shown in Figs. 1 and 2, the linear magnetic power generation device of the present invention. The utility model basically comprises: a plurality of linear motion components 10, a transmission shaft 20, a magnetic control module 30, and at least one generator set 40; wherein: each of the linear motion components 10 is provided with a predetermined magnetic field line for energizing The electromagnetic component 11 and a magnetic component 12 that is linearly displaced by the magnetic field lines of the electromagnetic component 11; in practice, the electromagnetic component 11 can be an electromagnetic coil, and the magnetic component 12 can be a permanent In the implementation, the linear motion components 10 can further be provided with a sleeve 13 , and the electromagnetic components 11 of each linear motion component 10 are fixed to one end of the sleeve 13 , and the magnetic components of each linear motion component 10 12 is attached to the sleeve 13 in a state in which it can be reciprocally displaced in the sleeve 13.
該傳動軸20係設有複數段供分別與各線性運動組件10對應的曲柄梢21,且於各曲柄梢21處軸設有與相對應線性運動組件10之磁性元件12軸接的連桿22;於實施時,所述傳動軸20係可進一步於各曲柄梢21之區段處,設有與曲柄梢21相對配置的平衡塊23,以供降低傳動軸20旋轉時可能產生之晃動現象。The drive shaft 20 is provided with a plurality of crank tips 21 corresponding to the respective linear motion assemblies 10, and a connecting rod 22 axially coupled to the magnetic element 12 of the corresponding linear motion assembly 10 is axially disposed at each of the crank tips 21. In implementation, the drive shaft 20 can be further provided at a section of each crank tip 21 with a weight 23 disposed opposite the crank tip 21 for reducing sloshing that may occur when the drive shaft 20 rotates.
該磁力控制模組30係與該傳動軸20構成傳動聯結,且與各線性運動組件10之電磁元件11電氣連接,供隨該傳動軸20旋轉依序控制各線性運動組件10之電磁元件11電力導通與否,以達到控制全數線性運動組件10依照設定順序動作之控制效果。The magnetic control module 30 is coupled to the drive shaft 20 and electrically connected to the electromagnetic components 11 of each linear motion assembly 10 for sequentially controlling the electric power of the electromagnetic components 11 of each linear motion assembly 10 as the drive shaft 20 rotates. Turns on or not to control the effect of controlling the full linear motion component 10 in accordance with the set sequence.
該至少一發電機組40係與該傳動軸20構成傳動聯結,供受該傳動軸驅動運轉發電;以及,該至少一發電機組40且與該磁力控制模組30電氣連接,透過該磁力控制模組30提供各 線性運動組件10運作所需之電力。The at least one genset 40 is coupled to the drive shaft 20 for driving power generation by the drive shaft; and the at least one genset 40 is electrically connected to the magnetic control module 30 through the magnetic control module 30 available each The linear motion component 10 operates with the required power.
請同時配合參照第1圖至第3圖所示,原則上,本新型之線性磁力發電裝置,只需要相對低功率之電力即可利用磁力驅動線性運動組件10之磁性元件12依照預先設定的行程直線位移,且在磁力控制模組30之控制下,令全數線性運動組件10依序循環動作。Please refer to FIG. 1 to FIG. 3 together. In principle, the linear magnetic power generating device of the present invention only needs relatively low power power to drive the magnetic component 12 of the linear motion component 10 according to a predetermined stroke. The linear displacement, and under the control of the magnetic control module 30, causes the full linear motion component 10 to cycle in sequence.
進而帶動傳動軸20朝同一方向旋轉並驅動發電機組40運轉發電,其在整個發電運轉的過程中,幾乎不會產生任何的環境汙染源,而且只需要將發電機組40極小部分之電力透過磁力控制模組30回授至各線性運動組件10即可令全數線性運動組件10依序循環動作,進而帶動傳動軸20及發電機組40持續運轉發電不需要再消耗能源,相對的其他的電力即可如第4圖所示輸配給所應用之電氣設備60使用,不至於受到地球運轉、地理位置、季節條件等限制,保證能夠常態性持續提供電力,以及確保能夠常態維持應有的發電的功率。In turn, the drive shaft 20 is rotated in the same direction and the generator set 40 is driven to generate electricity. During the whole power generation operation, almost no environmental pollution source is generated, and only a very small part of the power of the generator set 40 needs to be transmitted through the magnetic control mode. The group 30 is fed back to each linear motion component 10, so that the full linear motion component 10 can be cyclically operated in sequence, thereby driving the transmission shaft 20 and the generator set 40 to continue to operate, and no additional energy is consumed, and the other power can be as The transmission and distribution shown in Fig. 4 is used for the applied electrical equipment 60, and is not limited by the earth's operation, geographical location, seasonal conditions, etc., to ensure that the power can be continuously supplied in a normal state, and that the power of the power generation to be maintained in a normal state can be maintained.
本新型之線性磁力發電裝置,亦可如第5圖所示,進一步設有至少一與各發電機組40電氣連接的蓄電模組50,可利用蓄電模組50將發電機組40所產生的電力儲存,於必要時再輸出使用,以及達到穩定輸出電壓、電流之目的,甚至可供預先儲存整體線性磁力發電裝置於下次運轉時所需的啟動電源。The linear magnetic power generating device of the present invention may further include at least one power storage module 50 electrically connected to each of the gensets 40 as shown in FIG. 5, and the power storage module 50 may be used to store the power generated by the genset 40. It can be output and used when necessary, and achieve the purpose of stabilizing the output voltage and current. It can even pre-store the starting power required for the next linear magnetic power generation device in the next operation.
相對的,本新型線性磁力發電裝置,於實施時,係可進一步設有一供與該傳動軸構成傳動聯結的驅動元件(圖略);所述驅動元件係可為一供與該傳動軸相套接的手搖桿,或是為一供與該傳動軸構成聯結的啟動馬達,使本新型線性磁力發電裝置,可採用手動或電動的方式啟動傳動軸20旋轉至一定轉速之後,即可由發電機組40運轉發電並提供回授至各線性運動組件10之電 力。In contrast, the linear magnetic power generation device of the present invention may be further provided with a driving component (not shown) for coupling the transmission shaft; the driving component may be a sleeve for the transmission shaft. The connecting hand lever or a starting motor for coupling with the transmission shaft enables the linear magnetic power generating device of the present invention to manually or electrically start the transmission shaft 20 to rotate to a certain speed, and then the generator set can be 40 running power generation and providing feedback to each linear motion component 10 force.
當然,本新型線性磁力發電裝置,又以進一步設有至少一與各發電機組40電氣連接的蓄電模組50;以及,設有一供與該傳動軸20構成傳動聯結的驅動元件之結構型態呈現為佳。Of course, the linear magnetic power generating device of the present invention further has at least one power storage module 50 electrically connected to each of the generator sets 40; and a structural type of a driving element for driving connection with the transmission shaft 20; It is better.
附帶一提的是,本線性磁力發電裝置,為避免各線性運動組件10之磁性元件12位於行程之死點而影響往返之動作,整體線性磁力發電裝置之線性運動組件10數量,係可介於2組至16組之間;再上揭第1圖至第5圖所示之實施例中,整體線性磁力發電裝置係設有4組線性運動組件10,且該傳動軸20係對應設有4段依序以90度夾角配置的曲柄梢21。Incidentally, in the linear magnetic power generating device, in order to prevent the magnetic component 12 of each linear motion component 10 from being located at the dead point of the stroke and affecting the reciprocating action, the number of linear motion components 10 of the overall linear magnetic power generating device may be Between 2 groups and 16 groups; in the embodiment shown in Figures 1 to 5, the integral linear magnetic power generation device is provided with 4 sets of linear motion components 10, and the drive shaft 20 is correspondingly provided with 4 The segments are sequentially arranged with a crank tip 21 at an angle of 90 degrees.
當然,整體線性磁力發電裝置亦可如第6圖所示,設有8組線性運動組件10,該傳動軸20則對應設有8段依序以90夾角配置的曲柄梢21,藉由線性運動組件10之數量增加,可獲致相對更為穩定的運轉效果。Of course, the overall linear magnetic power generating device can also be provided with eight sets of linear motion components 10 as shown in FIG. 6, and the drive shaft 20 is correspondingly provided with eight segments of crank tips 21 arranged at an angle of 90, by linear motion. The increased number of components 10 results in a relatively more stable operation.
與傳統習用技術相較,本新型所揭露之線性磁力發電裝置,主要利用磁力驅動線性運動組件之磁性元件直線位移,在連桿及傳動軸之帶動下,驅動發電機組運轉發電,因此不會產生任何的環境汙染源,而且經啟動運轉後只需要將發電機組極小部分之電力透過磁力控制模組回授至各線性運動組件,即可令全數線性運動組件依序循環動作,進而帶動傳動軸及發電機組持續運轉發電不需要再消耗能源,不至於受到地球運轉、地理位置、季節條件等限制,保證能夠常態性持續提供電力,以及確保能夠常態維持應有的發電的功率。Compared with the conventional technology, the linear magnetic power generation device disclosed by the present invention mainly uses a magnetic force to drive a linear displacement of a magnetic component of a linear motion component, and drives the generator set to generate electricity under the driving of the connecting rod and the transmission shaft, so that no power generation occurs. Any environmental pollution source, and after starting the operation, only a small part of the power of the generator set needs to be fed back to the linear motion components through the magnetic control module, so that all the linear motion components can be sequentially circulated, thereby driving the transmission shaft and generating electricity. The continuous operation of the unit does not require energy consumption, and it is not limited by the earth's operation, geographical location, seasonal conditions, etc., to ensure that the power can be continuously supplied in a normal state, and that the power generation of the power generation can be maintained in a normal state.
綜上所述,本新型提供一較佳可行之線性磁力發電裝置,爰依法提呈新型專利之申請;本新型之技術內容及技術特點已揭示如上,然而熟悉本項技術之人士仍可能基於本新型之揭 示而作各種不背離本案新型精神之替換及修飾。因此,本新型之保護範圍應不限於實施例所揭示者,而應包括各種不背離本新型之替換及修飾,並為以下之申請專利範圍所涵蓋。In summary, the present invention provides a preferred and feasible linear magnetic power generation device, and an application for a new patent is proposed according to law; the technical content and technical features of the present invention have been disclosed above, but those skilled in the art may still be based on the present disclosure. New type It is a variety of alternatives and modifications that do not depart from the new spirit of the case. Therefore, the scope of the present invention should not be limited by the scope of the invention, but should be construed as being included in the appended claims.
10‧‧‧線性運動組件10‧‧‧linear motion components
11‧‧‧電磁元件11‧‧‧Electromagnetic components
12‧‧‧磁性元件12‧‧‧Magnetic components
13‧‧‧套筒13‧‧‧Sleeve
20‧‧‧傳動軸20‧‧‧ drive shaft
21‧‧‧曲柄梢21‧‧‧ crank tips
22‧‧‧連桿22‧‧‧ Connecting rod
23‧‧‧平衡塊23‧‧‧ Balance block
30‧‧‧磁力控制模組30‧‧‧Magnetic Control Module
40‧‧‧發電機組40‧‧‧Generator
60‧‧‧電氣設備60‧‧‧Electrical equipment
Claims (12)
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