無線充電設(shè)備英文翻譯

1、英語文獻(xiàn)翻譯姓 名： 徐英杰 學(xué) 號(hào)： 201057503119 Wireless charging technology overview and outlookOne, the history of wireless charging technology actually idea of wireless power supply have emerged as early as one hundred years ago, in 1890, nikola tesla, the founder of the modern alternating current (ac) system b

2、egan to idea of wireless power supply method, and finally put forward a very ambitious plan - the earth as the inner conductor; Between the earth and the ionosphere established about 8 hz low frequency resonance, recycled around the earths surface electromagnetic wave to transmit power at a distance

3、. At the time, tesla is a series of experiments are carried out using coil, created the wireless power transmission. In 1990, and tesla began his research, and try to make electricity like broadcast across oceans, afterwards because of huge investment, the technology of death. Although tesla researc

4、h ultimately no results, but his original wireless power technology idea is bold enough.Second, the development of wireless charging technology tesla coil at the time didnt get, but in the mid - 1920 - s, Japanese H.Y agi and S.U da theoretically confirmed this solution is a completely different fro

5、m special power supply way of cable transmission, the wireless power supply technology, photoelectric coupling, electromagnetic coupling main magnetic resonance, etc. Three different ways.A power supply, the current wireless power supply technology, photoelectric coupling, electromagnetic coupling m

6、ain magnetic resonance, etc. Three different ways. 1, electromagnetic coupling, electromagnetic coupling for power engineers, in the familiar, the transformer is to use this principle to transfer energy. If separate two winding transformer, is something of a wireless power supply. Rechargeable elect

7、ric toothbrush is a typical case, but the use of electromagnetic coupling way has a lot of disadvantages, not high magnetic permeability of magnetic core as a medium, the lines of magnetic force can lead to serious spread into the air, resulting in a decline in transferring efficiency, especially wh

8、en two coil from down badly. So this way is only suitable for small power, close communication, for high-power, long-distance wireless power supply is not so good this way. 2, photoelectric coupling photoelectric coupling is to convert electrical energy to light energy, such as laser, energy transfe

9、r to the destination by light into electricity. The wireless power supply technology is more intuitive, photoelectric coupling also can well restrain interference, and the application of the photoelectric conversion technology is relatively wide. The unidirectional, but made by light transmission de

10、termines its transfer path has certain defects, there can be no obstacles in the transfer path. So this kind of technology, also has the corresponding defects. 3 people on magnetic resonance and magnetic resonance coupling has a noun is unknown, its principle is similar to the principle of sonic res

11、onance, if the two media have the same resonance frequency, can be used to transfer energy. Magnetic resonance chamber are currently studying a way of power transmission. In 2008, Intel engineers had to the technology as the foundation, in according to the power three feet lit a 60 w light bulb.In S

12、eptember 2010, Fujitsu, wireless charging technology using magnetic resonance between the charger and the device of the air transport charge, the coil and capacitor in resonance between the charger and the device. Fujitsu said the system can be widely used in the future, such as for electric car cha

13、rging area and the power chip, power transmission, adopting the technology of the charging system the required charging time is only about one over one hundred and fifty of the current. At present, Japan plans to set the charging points in 2012.Also developed by Fulton eCoupled technology originated

14、 in the 19th century Faraday discovered electromagnetic induction principle, when the current through the coil generates magnetic field, the corresponding equipment will be affected by magnetic field creates an electric current, electric transmission is completed in wireless way, and eCoupled techno

15、logy can also be from of different functions of the same electrical appliances, and the corresponding power adapter. Initially, Fulton will develop eCoupled technology used in parent company amway water purifier, water purifier for bulb wireless power supply. According to the Protable Design, 10th,

16、2010, is expected in 2013, the potential markets in the world of wireless charging equipment capacity is close to $14 billion, to 2014, wireless charging equipment shipments will reach 250 million units.Current wireless charging alliance enterprises include: Atmel, Callpod, LG electronics, national

17、semiconductor, nokia, samsung, Olympus, philips, Rohm, SangFei communications, SONY Ericsson, Texas instruments, such as photoelectric in the 60 companies. China as the worlds largest mobile communications market, huge application demand. China SangFei communication is one of the 10 member enterpris

18、es alliance of wireless charging, the chairman of the board of directors of the company, according to the standard, will surely push for wireless charging market to develop in the direction of depth.Four, the status quo of wireless charging technology wireless charging technology in foreign countrie

19、s a lot of research institutions and enterprise groups is still in a lot of energy research and demonstrates the feasibility and industrialization, but China in tsinghua university, Beijing university of science and technology, Harbin institute of technology, north university and some other scientif

20、ic research institutions and in some cities such as shenzhen, Shanghai high-tech enterprise has fully into the hot and forward industry, in the electronic information products such as mobile phones, laptops, and widely used in life such as small home appliance is beauty skin care products, and small

21、-scale production Current wireless charging technology is becoming more and more frequently appear in each big communication technology on the power of new technology, companies have also launched their own research. In June 2007, the United States at the Massachusetts institute of technology resear

22、ch group released to the distance of about 2 m from 60 w light bulb carry electricity, and lit it experiment report, make the attention of the world. To start, as numerous manufacturers and research institutions in order to achieve the wireless power practical, also began to actively research and de

23、velopment. In August 2008, wireless charging union held a press conference in Beijing, announced the wireless charging international standard introduced to China, bret lewis, vice President of wireless charging alliance, nearly 60 members including energizer, LG, nokia, etc. Windows 7 in 2009 confer

24、ence, Microsoft CEO Steve ballmer is brought in the latest wireless video output and wireless power supply technology. Wireless charging technology in city transport, also in March 2010, the wireless charging of electric cars in Seoul, South Korea, large amount of the first trial run in the park.Fiv

25、er 1 wireless charging technology outlook, wireless charging on a mobile phone application is one of the biggest mobile phone market in China, and 60% of the worlds mobile phones are made in China, so the wireless charging technology is bound to take root in China. To realize wireless charging mobil

26、e phone, the current must have two parts: transmitter, connected to the power supply, to the vast space launch power; Receiver, general installation on the electronic products, used to receive electrical energy. At present only part of the mobile phone supports wireless charging and the dimensions o

27、f the charger is still a little big, it was reported that in recent two years, wireless charging receiver will fully lean, become the wireless charging accept chip embedded in the mobile phone products, the size of your fingernail. At present, nokia, philips, samsung, SONY Ericsson, and research in

28、motion (RIM), and many other international well-known mobile phone manufacturer is to support the technology, wireless chargers are also likely to be bundled with mobile phones for sale. Mobile phone is just the first goal, after PMP/MP3 players, digital cameras, laptops, etc all can use the new low

29、 energy consumption, high compatible wireless charger. Is expected to realize long-distance wireless charging within five years. How in the future, wireless charging technology will change our lives? Convenient since needless to say, in addition, wireless charging is more secure, without connector l

30、eakage, leakage, electric leakage and other security hidden danger can be completely avoided. Someone worry about radiation, this technology was first used in water purifiers, until now already has eight years time, security has been validated by the 36 countries, will not bring harm to the human bo

31、dy and environment. According to introducing, wireless charging generally is through the electromagnetic field energy, and human and the human side of the majority of items are magnetic. At present, the efficiency of the accept rate continues to improve, will soon be able to achieve 98%. 2, wireless

32、 charging technology application in medical equipment power supply of implantable medical device at present rely mainly on implanted battery, its biggest drawbacks is to deal with the problem after the battery runs out, whether replacement batteries or buy permanently, there exist hidden danger, the

33、refore, the portable external for wireless charging can be implemented as low power wireless sensor network (WSN), can be recharged and patients medical devices implanted in the body, also can recharge under the special circumstance of automatic test system. Some implants volume is very small, cant

34、accommodate the battery. Such as cochlear, it needs to be surgically inserted instead of inner ear hair cells play a role of an electronic device. The use of external power wireless charging methods for continuous provide high can for implantable medical electronics. Using radio frequency links, not

35、 only can achieve energy transfer, also can control and query for implantable medical devices. In addition, implantable medical electronics the service life and storage life are no longer limited by the battery. For example, a cardiac pacemaker (necessary power supply signal activation of cardiac re

36、covery and maintain normal), at present, the cardiac pacemaker implantation in the human body, after 8 to 10 years or so need to replace the battery. That is to say, although installed pacemakers, then every eight to ten years will also need to be an operation to replace pacemaker cells. Imagine if

37、a pacemaker used the wireless charging technology, it is more convenient? More dont happen surgical failures, chest infection, etc., the postoperative quality of life of patients could get great improvement. 3, the wireless charging technology application in mobile intelligent terminal equipment in

38、the league of wireless charging technology planning, the future of around 125 w high power electronic equipment will also support.4, wireless charging technology in electric vehicle application along with the rapid development of economy in our country, the national corresponding preferential polici

39、es, the subsidy policy, still in the new policy and a series of policies introduced gas energy, further promoted the private cars increase, the international energy and environment has become the worlds most current concerns, and alternative energy shortage, environment pollution and protection to t

40、he developing of the new environmental protection. The electric car is the first developed a kind of environmentally friendly new energy vehicles, including battery electric vehicles, hybrid electric vehicles and fuel cell electric cars. The battery electric vehicle technology has matured, many manu

41、facturers have begun to production, around also in the construction of charging stations. But the battery charging issue has been the researchers have a headache, and, therefore, solution of charging technology, will greatly promote the development of battery electric vehicles. Wireless charging tec

42、hnology to be applied in electric cars, on the one hand, during the construction of roads and buildings, by the power supply unit according to plan in advance in the intersection, public parking lot parking, parking space and garages unit or village below embedded wireless charging the charger, and

43、make the charger connected to the grid or solar panels; Car manufacturers, on the other hand, want to install in car at the bottom of the acceptance of wireless charging device, and electromagnetic devices such as xu and connectivity; In addition, the relevant state departments to the same emission

44、and receiving signal frequency, can make its are general.On the application of wireless charging technology applied to electric vehicles, should also pay attention to the following questions 1) countries should publish relevant policy, encourage, support and standardize the development of the wirele

45、ss charging car and the construction of the charging infrastructure, wireless charging is a fledgling can even calculate is not start field, its effective development can be largely solved the electric car development a bottleneck. 2) no matter which way eventually to take charge, using what kind of

46、 battery, state and local relevant departments should be on its frequency, safety, environmental protection, energy saving, etc, do research, avoid the harm to human body and environment. 3) in the actual use process, because the transmitter on the ground, want to protect, so much rain in the place

47、of waterproof facilities must be used.Influence, significance and wireless charging technology has the advantage of portability and versatility, and can make a variety of devices using a charging station, perhaps in the near future, all kinds of power adapter cut hard also disorderly situation will

48、disappear, and the use of public charging stations mobile devices become a reality. Its significance and influence to the public were remarkable. (1) portable due to waves transmission has nothing to do with the charging interface equipment, so if the wireless charging technology once popular, not o

49、nly will make electronics from the plug and cable tie, charging more convenient, and it will make different brands, different interface charger incompatible problem is resolved. In the near future, global wireless charging infrastructure will be in every home, coffee shops, airports and other public

50、 places, consumers can use the wireless charging equipment charging anytime and anywhere. All this has become very convenient because of the existence of wireless charging. (2) beautiful sex without wires and charging interface, the volume of portable mobile electronic devices will be narrowed, thus

51、 increasing the beautiful sex of carrying and convenient. To deal with the problem of the transformation of energy efficiency in the future, under the condition of electromagnetic radiation human body safety, if all the electrical appliances into the era of wireless power supply, will be able to eff

52、ectively resolve family wiring, appliances immobilized, bedroom metope, the problem such as landscape destruction, for the life of people more beautification effect. At the same time, it will save a lot of a lot of manpower, material and so on. (3) security because of wireless electronic devices she

53、ll can save metal contact or charging opening, electronic products, waterproof and sealing will be further enhanced, so use of wireless charging technology electric toothbrushes and waterproof electric shaver will be further improved. Medical equipment manufacturers also hope through a wireless char

54、ging method to replace the plug, because this will lead to battery power supply of the equipment with waterproof performance, and convenient to disinfect. And for consumers, is not only that, the significance of wireless charging with wireless charging technology from mobile phones, tablets and othe

55、r small power equipment to laptop computers, smart TV or even large equipment such as electric cars, more surprise is worth looking forward to.Wireless charging technology is still on the stage of research and development, but there are many countries have it applied to devices such as mobile phones

56、, computers and the walkman, including the United States, South Korea, Japan and other countries also started the wireless charging car related research and development.Wireless charging technology has a solid mass base, the relevant survey report shows that people have strong interest in via a wire

57、less power supply solutions, wireless charging technology, as an important technology of top 20% by consumers, more than 80% of the respondents thought otherwise, they will put the wireless charging technology used in electronic devices, so every time and charge will be as far as possible use of wir

58、eless charging. Believe that with the constant improvement of the technology and development, will bring to our life a lot of benefits, will also reduce our reliance on existing energy.無線充電技術(shù)的簡介及展望一、 無線充電技術(shù)的歷史 實(shí)際上無線供電的設(shè)想早在一百多年前就已經(jīng)出現(xiàn)，在1890年，尼古拉特斯拉，這位現(xiàn)代交流電系統(tǒng)的奠基者就開始構(gòu)想無線供電方法，最后提出了一個(gè)非常宏大的方案把地球作為內(nèi)導(dǎo)體；在地球與電

59、離層之間建立起大約8Hz的低頻共振，再利用環(huán)繞地球表面電磁波來遠(yuǎn)距離傳輸電力。在當(dāng)時(shí)，特斯拉也利用線圈進(jìn)行了一系列的實(shí)驗(yàn)，開創(chuàng)了無線電力傳輸?shù)南群?。?990年，特斯拉開始了他的研究，并設(shè)法讓電能像廣播一樣跨越大洋，后來因?yàn)橥顿Y巨大，這項(xiàng)技術(shù)“胎死腹中”。盡管特斯拉的研究最終沒有結(jié)果，但是他當(dāng)初的無線供電技術(shù)構(gòu)想絕對(duì)是足夠的大膽。 二、 無線充電技術(shù)的發(fā)展 雖然特斯拉線圈在當(dāng)時(shí)沒有得到推行，但是到了20世紀(jì)20年代中期，日本的H.Yagi和S.Uda從理論上完全證實(shí)了這種方案是一種區(qū)別于有線傳輸?shù)奶厥夤╇姺绞?，目前無線供電技術(shù)主要有電磁耦合、光電耦合、電磁共振等三種不同的方式。三、供電方式，目前無線供電技術(shù)主要有電磁耦合、光電耦合、電磁共振等三種不同的方式。1、 電磁耦合 電磁耦合對(duì)電源工程師來說，在熟悉不過了，變壓器就是利用這個(gè)原理來傳遞能量的。如果把變壓器的兩個(gè)繞組分開，就是某種意義上的無線供電。電動(dòng)牙刷的充電就是一個(gè)典型的案例，但是用電磁耦合的方式有很大的缺點(diǎn)，沒有高磁導(dǎo)率的磁芯作為介質(zhì)，磁力線會(huì)嚴(yán)重發(fā)散到空氣中，導(dǎo)致傳遞效率下