Microvision Cooled 11 Million Investment into Breakthrough for Domestic VR Education Industry

As a hot element this year, VR technology has attracted the close attention of many investors with its wide applicability. Recently, Beijing Weishiku Technology Co., Ltd. has obtained over 1100 million yuan from PRE-A, a number of well-known investment companies such as Huarong Tianze. This company that was founded just a hundred days could have achieved such success, and most of it was attributed to the practical concept of Micro Vision's "Real VR only."

Although there are a lot of emerging VR startups this year, but domestic VR companies can really achieve commercial applications, Wei Wei is the first breakthrough in the domestic VR education industry. Micro Vision is based on the patented technology "IES immersive education software. The system "combined with the actual teaching needs of the development of micro-cool VR classroom" can provide a mature VR education application of the overall solution is an important product to attract the attention of investors.

Microvision is cooperating with Beijing Peixin Primary School, Dongcheng District School of Education and other schools and institutions to carry out professional course research and development. During the cooperation with the school, CCTV conducted multiple reports on the open class of Microview Cool VR Classroom. At the same time, Microvision also cooperated with Beijing Dongcheng District and Haidian District to build a model school, and reached strategic cooperation with the Education Bureau of the two districts to create a nationwide education reform VR demonstration area.

FPC Connector and Extender

FFC connector is a new type of data cable made of PET insulation material and extremely thin tin-plated flat copper wire, which is pressed by high-tech automation equipment production line. It is soft, bending and folding at will, thin in thickness, small in volume, easy to connect, easy to disassemble and easy to solve electromagnetic shielding (EMI).

FPC Flexible Printed Circuit is a form of Circuit produced on a Flexible surface, which may or may not have an overlay (usually used to protect FPC circuits). FPC is more and more widely used because it can bend, fold or repeat motion in a variety of ways and has the advantages of light, thin and flexible compared with ordinary hard board (PCB).


FPC composition materials

1. Insulating film

The insulating film forms the base layer of the circuit, and the adhesive attaches the copper foil to the insulating layer. In a multilayer design, it is then bonded to the inner layer.

They have also been used as a protective cover, in order to make circuit from dust and damp, and the ability to reduce stress during bending, copper foil to form the conductive layer. In some flexible circuits, adopted by the aluminum or stainless steel formed by the rigid member, they can provide the size stability, provides a physical support components and resettlement of the wire, as well as the release of stress.

2, the conductor

Copper foil is suitable for use in flexible circuits, it can use the electric deposition (Electrodeposited, ED.), or plating system.

3. Adhesive

In addition to being used for bonding insulating films to conductive materials, adhesives can also be used as cladding, protective coating, and cladding. The main difference between the two is in the application in which the covering layer is bonded to the covering insulating film in order to form a laminated structure of the circuit.

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