51results about How to "Will not disconnect" patented technology

The invention relates to a wiring structure of a capacitive touch screen and a manufacturing method thereof, wherein the wiring structure comprises two groups of transparent conducting films on X and Y directions on a substrate, an insulating film and a connecting film, wherein the surface resistance of the connecting film is lower than the surface resistance of the transparent conducting films, an intersection structure of the transparent conducting films on the two directions adopts continuous connection or tunnel connection, wherein the continuous connection structure is a continuation of transparent conducting film materials at two sides of the intersection point, and the tunnel connection structure is achieved as follows: the transparent conducting film on X or Y direction is continuously connected at the intersection point, and the transparent conducting film on the other direction is disconnected; the connecting film is sectionally arranged corresponding to the disconnected transparent conducting films at the intersection point; the insulating film is covered at the middle part of the connecting film, the disconnected transparent conducting films are covered at the end part of the connecting film and the substrate to form a continuous wire, and the transparent conducting films which are continuously connected at the intersection point stretch over the connecting film to be covered on the insulating film and the substrate. The manufacturing method comprises the step of manufacturing the connecting film, the insulating film and two groups of wire conducting films. The invention can avoid color difference and improve the sensitivity, the standard ratio and the quality of the touch screen.

Delamination in the conventional chip-type electronic part may create voids thereinside, allowing an internal electrode therein to vibrate in presence of external impacts or large electromagnetic forces caused by a high frequency current flowing inside the electrode, in such a way that fatigue may accumulate in the internal electrode, which eventually will results in the internal electrode being electrically disconnected. To solve this problem, a chip-type electronic part of the present invention includes synthetic resins impregnated into the voids to secure the internal electrode, wherein external electrodes of the chip-type electronic part are made of a conductive synthetic resin or a porous conductive material formed by sintering a conductive paste. The former is achieved by impregnating the synthetic resins before the formation of the external electrodes and the later, by extending the pores from surfaces of the external electrodes to surfaces of a main body and then by impregnating the synthetic resins thereinto.

The invention discloses water-soluble reflective thread. The water-soluble reflective thread is formed by compositing a yarn core and at least one wrapped yarn. The wrapped yarn is wound on the outer surface of the yarn core in a spiral mode. The yarn core is a reflective silk, and the wrapped yarn is water-soluble yarn. A water-soluble reflective thread production process includes the following steps that (1) the water-soluble yarn is twisted; (2) the reflective silk is selected, wherein the surface of a PET film is coated with glass beads and are cut into different specifications, and reflective silks are obtained; (3) at least one water-solute yarn treated through the step 1 is wound on the reflective silk obtained through the step 2 in a spiral mode, and reflective yarn is obtained; (4) the reflective yarn is branched and coiled to be of the fixed length, and the water-soluble reflective thread is obtained. According to the water-soluble reflective thread and the production process, the water-soluble yarn is matched with the reflective silk, the sewability of the water-soluble reflective thread is enhanced, no twisting happens, no thread breakage occurs in the using process, and sewing is facilitated; meanwhile, after the thread is used, textile is washed, the water-soluble yarn part can dissolve and disappear, and the reflective effect is improved.

The invention relates to a wiring structure of a capacitive touch screen and a manufacturing method thereof, wherein the wiring structure comprises the step of arranging two groups of wire transparent conducting films in X and Y directions, an insulating film and a bridging film on a basal plate, wherein the surface resistance of the bridging film is lower than the surface resistance of the transparent conducting films, an intersection structure of the transparent conducting films in the two directions comprises continuous connection or bridging connection, wherein the continuous connection structure is a continuation of transparent conducting film material at two sides of the intersection point, and the bridging connection structure has the structures that the transparent conducting film in X or Y direction is continuously connected and positioned on the basal plate at the intersection point, the transparent conducting film in the other direction is disconnected at the intersection point, the insulating film is covered on the transparent conducting films that are continuously connected at the intersection part, and the bridging film stretches over the transparent conducting films that are continuously connected at the intersection point and is covered on the insulating film and connected with the transparent conducting film disconnected at the intersection point; and the method comprises the step of manufacturing two groups of wire conducing film, the insulating film and the bridging film. The invention can avoid color difference and improve the sensitivity, the standard ratio and the quality of the touch screen.

The invention relates to cable modem termination system and method. The cable modem termination system is connected with a dynamic host configuration protocol (DHCP) server through a network and is connected with customer premise equipment through a cable modem; the cable modem termination system comprises a disconnection termination unit; and when the cable modem changes a radio-frequency channel to carry out network communications, the disconnection termination unit informs the customer premise equipment of requesting for the IP address reallocation from the DHCP server, and the customer premise equipment is connected to the network to carry out network communication according to the IP address. According to the invention, the disconnection of the customer premise equipment to the network can be prevented when the cable modem changes the radio-frequency channel, thus the customer premise equipment can request for the IP address reallocation from the DHCP server so as to be connectedto the network to carry out network communications without being restarted.

The invention discloses a stabilizing treatment production method for a zinc-coated steel wire connector. The stabilizing treatment production method comprises the steps of connector welding, steel tube flattening, paying-off, first tensioning, straightening, intermediate frequency heating, water cooling, second tensioning, hauling, winding-up. The stabilizing treatment production method has the characteristics that waste wire in the production process is largely reduced, the percent of pass is increased by 2-4%, and production and operation efficiency is improved.

This invention relates to a preparation method for special steel woven filaments for communication cable shield layers including rough drawing, plating, mid-drawing, fine-drawing and annealing of copper-wrapped steel filaments with the mechanical performance approaching to copper wires, the extension rate of which reaches to 20% and the tensile strength reaches to that of copper wires, so it will not be broken when used in weaving cable shield layers and the product will not be hard and keep fine flexibility.