49results about How to "Less prone to disconnection" patented technology

The application provides a wearable equipment fixing band and wearable equipment. The wearable equipment fixing band comprises a support framework, wherein the support framework comprises a driving mechanism, a control mechanism and a connecting rod mechanism; the control mechanism is electrically connected with the driving mechanism; the driving mechanism is connected with the connecting rod mechanism in a driving way; and the control mechanism is used for controlling the driving mechanism in order to drive the connecting rod mechanism to extend or retract along the extension direction of thewearable equipment fixing band, so that the length of the wearable equipment fixing band can be adjusted. When a user wears the wearable equipment with the wearable equipment fixing band, the lengthof the wearable equipment fixing band can be controlled with the control mechanism, so that the wearing comfort can be enhanced. Especially for wearable equipment with a detection function, when the wearable equipment detects that the wearable equipment fixing band needs to be tightened, the detection convenience and accuracy can be improved, and the user experience can be improved.

An electric wire includes a center conductor, and an insulation layer formed on an outer periphery of the center conductor. The center conductor includes a high tensile-strength fiber and a plurality of metal strands wound around the high tensile-strength fiber.

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.

The copper wire material for bonding wires of the present invention is a copper wire material for bonding wires for forming bonding wires, which is composed of high-purity copper with a purity of 99.9999% by mass or more, has a wire diameter of 0.5 mm to 3.5 mm, and is perpendicular to the wire drawing direction. The area ratio of the (001) plane in the cross section is not less than 15% and not more than 30%.

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 provides a method for manufacturing the electronic device with high productivity to produce much reliable electronic device and the electronic device obtained from such method. An integrated circuit 1 has a bonding pad 8 of a double layer structure connected to a conductive wiring 5 via a contact hole 10. The bonding pad 8 has a surface layer 7 bonded to the bonding wire 9, and a foundation layer 6 which improves adhesion between the surface layer 7 and a coating layer 4. The foundation layer 6 and the surface layer 7 are formed by a droplet delivery method, and Ni and Au are used as materials which can be liquefied under conditions suitable for use in the droplet delivery method.

The invention discloses a device and method for controlling the warp of leno fabric on a loom, and belongs to the technical field of weaving equipment in the textile industry. The device comprises a plurality of heald frames, a bracket, a first heddle, a second heddle, a two-way bracket, a connecting rod group and a dobby mechanism; the first heddle and the second heddle are installed on the bracket in pairs; the bracket Set side by side in parallel and connected with the heald frame; the upper and lower beams of the heald frame are respectively connected with multiple wooden frames; the heald frame is installed in the baffles on both sides of the loom; the heald frame is connected with the connecting rod group; connected; two-way brackets are arranged between adjacent heald frames, and the first heddle and the second heddle respectively pass through the two-way brackets; the two-way brackets are respectively connected to the upper and lower beams of the loom through nylon sheets and springs. The invention also provides a method for controlling the warp of the leno fabric. The invention has the advantages of being suitable for high-speed weaving of thick yarns, having clear openings and avoiding yarn scratching, etc., and has a simple and reasonable structural design.

A shielded wire includes a center conductor, and an insulation layer and a shield that are sequentially formed on an outer periphery of the center conductor. The center conductor includes a high tensile-strength fiber and a plurality of metal strands wound around the high tensile-strength fiber.

The object of the present invention is to provide a woven fabric which is less prone to mesh dislocation due to friction, has excellent abrasion resistance, has a smooth surface, and is excellent in touch. The present invention is that at least a part of any one of the warp or weft is a fiber (M) that is a monofilament (1), and the fiber (N) intersecting with the above-mentioned fiber (M) is at least a part of a multifilament (2). Fiber (N), and satisfy the following (1) or (2) of the fabric. (1) The above-mentioned monofilament (1) is fused with the above-mentioned multifilament (2), and the following (A) and (B) are satisfied at the same time. 1.0≤a / L≤1.5(A)0.5≤h / b≤1.0(B)(2) The above-mentioned monofilament (1) is not fused with the above-mentioned multifilament (2), and simultaneously satisfy the following (C), (D ). 1.0≤a / L≤1.5(C)0.7≤h / b≤1.0(D)a: the length of the fabric in the cross-section of the multifilament (2) b: the fabric in the cross-section of the multifilament (2) Length L in the thickness direction: distance h between the centers of adjacent multifilaments (2) with fibers (M) interposed therebetween: crimp height of monofilaments (1).