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2016 China International Industry Fair

> 2016 China International Industry Fair     LUPHI TECH will take part in the 2016 China International Industry Fair. Our Booth No. is 6.1H A120~A121   Warmly welcome you to visit our booth to review!     > About China International Industry Fair   China International Industry Fair, or CIIF, is jointly organized by seven Chinese Ministries and Shanghai Municipal People’s Government, co-organized by China Machinery Industry Federation and managed by Shanghai East Best & Lansheng International (Group) Co., Ltd. CIIF, a leading event on equipment manufacturing in China, is staged from the first Tuesday to Saturday in November annually in Shanghai.   Since CIIF‘s launch in 1999, CIIF has become one of the most influential international industry brand exhibition in China, through implementing “professionalization, marketization, internationalization and branding” as its strategies for over 16 years. CIIF, an UFI approved event, is a leading event for manufacturing in China as well as an important window and platform open to the world for international trade, communication and cooperation on industrial scope.   In 2015 or the 17th session of the event, CIIF will move to National Exhibition and Convention Center (Shanghai) as its venue. National Exhibition and Convention Center (Shanghai) is the largest exhibition complex in the world located at Shanghai Hongqiao CBD, adjacent to Hongqiao Transportation Hub.   The 17th session China International Industry Fair or CIIF 2015 is going to be held from 3 to 7 November 2015 at National Exhibition and Convention Center (Shanghai). CIIF 2015 will comprise nine Theme Shows under one roof and occupy 200,000 sq. meters as its display area. Over 2,000 exhibitors and 120,000 trade visitors are expected to attend the event.  

2016

07/04

About Membrane Keypads

Membrane keypads are user-equipment interface utilities that allow for the delivery of commands to electronic devices. Throughout the world, especially in more developed economies, electronic devices become more important to businesses and individuals on a daily basis. Even in developing countries, where access to sources of electricity is irregular, electronic devices like mobile phones can be found everywhere. In order to interact with these devices, control systems like keypads, switches, panels and screens are necessary.   Membrane keypads are among the many user interface construction possibilities. They are used as button covers and displays on cell phones, automobile control panels, computer controls and even light switches. Industry, commerce and the consumer products market all rely on technology that integrates membrane keypads and other interface systems. The personal computing industry, which serves almost every person in developed economies and a rising number of people in the developing world, depend heavily on keyboard production. Most personal computing keyboards involve moving parts like plastic keys; membrane keypads involve a sheet, usually of plastic, layered on top of a circuit board and printed with symbols. Membrane keypads are more frequently used equipment control systems and in small consumer electronics applications, as most varieties are not practical for prolonged typing applications.   While membrane keypads are not as suitable for typing applications as plastic keyboards are, their qualities make them very suitable for other applications. Consumer electronics like mobile phones, kitchen utilities and even automobiles often involve the use of membrane keypads. In telephones, membrane keypads are useful because they can be clearly printed with labels, they are not susceptible to build up of dirt because they feature no separated buttons and they are moderately resistant to accidental spills. This is also true of keypads for use in domestic utilities like blenders and other food preparation equipment. Membrane keypads usually consist of three layers. The bottom layer of the keypad is fitted with circuitry that is connected to the rest of the electronic device. Above this layer is an electrical insulator, and above that layer is the membrane on which the symbols are printed. On the lower side of the membrane are conductive materials, which, when forced into contact with the bottom circuitry layer, completes an electrical circuit and sends a signal. Some configurations also feature a layer of plastic or metal domes beneath the membrane, which, when depressed, makes a noise or offers resistance; this indicates to a user whether or not the keystroke has registered. Because there are so many membrane keypad possibilities, it is not difficult for electronic device manufacturers to find the right model for their products.     Applications:             

2015

12/01

LUPHI Membrane Switch Panels

  Dongguan LuPhi Electronics Technology Co., Ltd. is a professional manufacturer of high quality HMI products and electronics project assembly, offers a wide range of innovative membrane switch panel capabilities. LUPHI utilizes the latest switch panel technologies, high quality imported raw materials and specializes in integrated switch panel assemblies. These membrane switch panels are ideal for a variety of medical industry application. LUPHI's membrane switch panels can be ergonomically designed for ease of use.   LUPHI's dynamic membrane switch panels feature embossed graphics, integrated LED's, selective solvent resistant textures, colored window displays, waterproof, LGF backlighting, custom sheet metal backers or enclosures and ESD shielding. These panels can be designed for specific environments including operating rooms, diagnostic centers and bedside use where sealing and durability are required.   LUPHI's highly knowledgeable Field Applications Engineers hasve extensive medical device experience which aid the design process. Additionally, LUPHI can integrate switches from its broad catalog offerings such as E-stops, key switches, toggles and pushbuttons with necessary wiring harnesses included.   Panels are typically designed with Ni-plated metal dome for a durable tactile response but can also incorporate polyester domes or be supplied without tactile feedback. Mechanical switches can be integrated in the design to provide additional functionality. For most applications, a NEMA-4 or IP65 seal can be achieved and, for more demanding applications, IP67 can be achieved. For flexible panels, a variety of interconnect technologies can be utilized to provide the best connection to suit the customer's packaging.   About LUPHI Since 1998, LUPHI has started the business of the HMI products in China mainland. Offering one of the broadest product lines on the market, LUPHI's products line includes super big size membrane switches, big size PET printed circuits, LED backlighting membrane switches, LGF backlighting membrane keypads, El backlighting keypads, capacitive membrane keypads, PCB/FPC circuit membrane switches, rubber keypad, LCDs, touch panels, OCA full lamination processing, PCB Assembly, turnkey project assembly etc. For more information about LUPHI or its broad line of products, contact us right now by jasony@luphitech.com.    

2016

06/11

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