53results about How to "Realize functional reuse" patented technology

The invention discloses an information processing method and electronic equipment. The method is applied to the electronic equipment which comprises a first interface and a second chip, wherein the first interface has a first protocol and the second chip does not support the first protocol. The method comprises the following steps of: obtaining a first data signal from the first interface, wherein the first data signal is generated by an electronic device which is connected with the electronic equipment through the first interface; transmitting the first data signal to the second chip on the basis of a data channel between the first interface and the second chip; and when the first data signal satisfies a first preset condition, controlling the second chip to respond the first data signal so as to realize a first function of the electronic equipment.

The present application provides a heat dissipation structure and a method for manufacturing the same. The heat dissipation structure comprises a magnetic conductive member and a bottom plate. The bottom plate is provided with a shaft tube thereon, and is provided with a through-hole arranged around the shaft tube. The through-hole accommodates the magnetic conductive member. A sticker is attachedto a surface of the bottom plate facing away from the shaft tube. The sticker covers the through-hole, and the magnetic conductive member is attached and fixed to the sticker. In contrast to the prior art, when the bottom plate of the present application is manufactured, it is not required to integrate the magnetic conductive member into the bottom plate, thereby simplifying processes and improving efficiency. Moreover, a use of the sticker to fix the magnetic conductive member enables multiple functions of the sticker and reduces costs.

The invention provides a novel wideband beam forming system and a realizing method. The system is composed of a set of antenna arrays, a set of band-pass filters and a set of multiplying units and summators. Space signals are received through antenna array elements, each path of signals passes through the band-pass filters, frequency resolution and corresponding processing are conducted within a specified bandwidth range, relative phase information of each path of signals is reserved in the whole signal processing process of a beam former, so that the space information of each path of signals is reserved, and then a corresponding constant-beamwidth beam direction pattern is obtained through weighted processing and combination of the multiplying units and summators. By the adoption of the system and method, hardwire complexity of the system is reduced, system reaction time is shortened, and then it is guaranteed that real-time, effective, flexible and reliable broadband constant beam pointing is realized.

Provided is an optical filter and a manufacturing method, as well as a touch liquid crystal display and a manufacturing method. The optical filter comprises a substrate, a black matrix, a light resistance layer, and a flat layer. The black matrix is located on the substrate and is in a net structure; and the black matrix has gaps and is exposed outside the surface of the substrate. The light resistance layer comprises a plurality of light resistance units; each light resistance unit comprises at least first light resistors, second light resistors, third light resistors, and fourth light resistors. The first light resistors, the second light resistors, the third light resistors and the fourth light resistors are at least located inside the gaps on the surface of the substrate. All or parts of the first light resistors distributed completely or partially along the same first directions are connected together and are of conductivity. All or parts of the third light resistors distributed completely or partially along the same second directions are connected together and are of conductivity. The second light resistors and the fourth light resistors are used for isolating the adjacent first light resistors and third light resistors. The flat layer is located above the light resistance layer. With the simplified structure and technology, the production cycle can be shortened, and the production yield can be increased, accordingly the touch liquid crystal display can be thinner.