【关键字】精品无线电力传输外文文献翻译(含：英文原文及中文译文)文献出处：Weaver, Bill. " Can't Touch This: Wireless power transmission."26.3(2009).英文原文Can't touch this - wireless power transmissionWilliam L. WeaverA few years ago, a colleague and I participated in a field trip project organized by the college student group to study the West Orange at the Edison National Historic Site in . We visited with the public and participated in a laboratory set up inside a building to understand the development of incandescent light bulbs and film technology. However, what impressed me most was the two complex additional functions.First, it is a research library equipped with all publications of the then US Patent Office. Representatives of scientists and engineers are concerned that marketable products may be useful in creating new technologies. The university is a great place to discover science and technology with it, but 's laboratory exists as a company. In the late 19th century, there was no internet connection, so the library took up the laboratory's information repository. Just like today, when the researchers needed information about chemical reactions, a mathematical formula or their most advanced engineering solution and consulted the current literature, it was only through paper at the time.By simplifying the adoption of standards, this process is further simplified by the rapid adoption of standards. Since most of the tools and equipment can be developed locally, they can deploy their own standards and create the facility on a multi-acre campus.One of these criteria is the method of distribution of power. The final known power supply for grid development is the famous bulb. The tools used in the early lab were a long axis of rotation like a rear-wheel drive automobile driveshaft made up of a universal cable shaft or a marine vessel. The propeller shaft disperses the potential energy of the entire plant in the form of mechanical energy generated by the boiler. A belt and a simple clutch system are connected to the line shaft and the strength of the lever is enhanced by using a surrounding shaft belt. Over time, the belt was worn out due to excessive friction. However, this technology provides a less complex power distribution method than earlier high-pressure steam and hydraulic systems.Over time, as well as the development of electrical and electronic equipment, high-voltage power supplies and more distribution standards must be used in our production plants, offices and homes in the near future. In the , the electricity generated is 60 Hz and is eventually produced at a nominal voltage between 120, 240and 480 volts. A typical power outlet is specified to accommodate 15 amps of current and is equipped with three familiar prongs, a vertical and U-shaped ground pin consisting of two paddles. Forward-looking retailers make pins of different shapes and orientations to prevent other incompatible devices from connecting. Unless there are not enough power outlets, plugs or extension cords, the standard three-hole power cord is a ubiquitous device to "plug in" the power distribution system.With the continuous development of technology, mobile and handheld devices we currently have are booming, so battery companies will follow. Physically connecting these small devices to the grid will seriously affect their functionality. It is for this reason that they should exhaust their own power supplies or produce rechargeable batteries. manufacturers quickly develop their own industry standards, including "AA" and "C" units, to reduce the confusion that consumers may have when replacing batteries.Although transistor radios and toy sensors were popular at the beginning of the year, single-use chemical batteries could not provide enough current for devices such as laptops, smart phones and personal entertainment games that have complicated computational requirements. Their rechargeable batteries are incorporated into the equipment and rarely need to be replaced by the user. These device manufacturers can choose how the battery is manufactured, such as size, battery life, and internal configuration capabilities of the device components. This feature of the battery has given manufacturers' industrial designers more rights to differentiate their products in style, look and feel.However, the disadvantage of rechargeable batteries is that they eventually still need to be charged. We can easily connect to the power supply via an AC/DC power adapter. However, it is more difficult to connect the battery to the adapter or "charger" because each battery manufacturer is free to design the battery's shape and interface. what? In the lovely 100-year-old innovation after this, it did not change with the mode it should have.A conspiracy theory may indicate that portable device manufacturers admit that battery chargers are a lucrative source of income. Similar bubble jet printer manufacturers rely on the consumption of ink in the device as a sales channel to make up for the difference between the selling price and the cost. Users pay $25 to $100 to replace the damaged or missing power adapter, which cancels out a service. The "real cost of freedom" in a planned or low-cost laptop phone. An innocent non-conspiratorial theory may be related to the 2000 (Y2K) problem. Programmers wouldn’t expect much trouble for this device made in a two-digit year to create for the future, and few portable device designers may expect to consume laptops, mobile phones, MP3 players, and digital cameras today. The number of people. These functions may eventually be provided by an independent "super smartphone", but at present, individual charger users are still inconvenient. Chargers also have similar, incompatible problems between devices, and users may cause exchanges to rise or lose devices. If you are using your fifth mobile phone, it is very likely that there will be four outdated chargers on your garage's work bench.In February this year, the European Union Telecommunications Authority (CEPT)and the subsequent European Union (EU) jointly authorized the establishment of the Publicis Group Special Mobile Association (GSMA), which was developed in 2012 as a standard for use by mobile phones. Micro USB interface charger specification. In addition to making the user more convenient, this specification has also been applied to the recycling of discarded adapters. Although it is not aimed at the standardization of adapters between different mobile devices, it seems to be a good start.However, imagine that if the AC/DC adapter is completely eliminated. This is the future of wireless energy transfer. Nikola Tesla first published his utility in 1893. Inductively coupled transformers use wireless technology to replace an ordinary power adapter, correcting the drawbacks of the DC voltage required to charge the two inductive coils of an inductively coupled transformer supplied by an AC outlet. Unfortunately, as the distance between the transmitter and receiver increases, the inductance effect quickly diminishes and is often affected by interference. In other recent developments, Professor Malinsoor and his colleagues at the Massachusetts Institute of Technology recently developed inductive coupling coils that can be tuned to specific resonant frequencies to overcome these limitations. This improves the understanding of the coupling efficiency of the power supply and reduces the interference around other devices or between coils in other indifferent locations. It is called eCoupled technology.While taking advantage of the high efficiency of the Witricity Resonance Sensing, the eCoupled system, including the sender and receiver, does not include the switching of a metal device or device of the RFID chip into sleep mode. The additional data services are robust and canonical communications, and will automatically power off when the battery is full. If widely adopted, wireless power transmission will be listed as a public service facility. Imagine eCoupled transmitters are simple when it comes to using new standards that are used to spur their own, usually using two main methods. To the new standard, there are usually two main methods used to promote its development. The first is a strong regulatory code. Second, inventing a technology that allows manufacturers to imitate and make it widely popular is powerful, but I prefer the latter's non-intervention method.中文译文不能触碰这个—无线电力传输William L. Weaver几年前, 一个同事和我参加在校大学生团体的组织的一个实地考察项目, 考察地位于新泽西州的爱迪生国家历史遗址的西橙。