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

The invention relates to a capacitance type touch screen and a manufacturing method thereof. The capacitance type touch screen comprises a substrate, two sets of transparent conducting films of conducting wires, an insulating film and a metal bridging beam film. In the two sets of conducting wires, the first set of transparent conducting films are continuously arranged, and the second set of transparent conducting films are piecewise arranged by using the transparent conducting films of the first set as intervals. The insulating film covers the surfaces of the two sets of transparent conducting films, and the insulating film above each film section of the second set of transparent conducting films comprises a through hole. The metal bridging film is attached on the insulating film, crosses the first set of transparent conducting films and is connected with the second set of transparent conducting films which are arranged at intervals on both sides of the first set of transparent conducting films by passing through the through hole on the insulating film so as to form the continuous second conducting wires. The method comprises the following steps: manufacturing the first set of transparent conducting films, the second set of transparent conducting films, the insulating film and the metal bridging film to achieve the structure of the touch screen. The invention adopts the metal bridging film, thereby improving the continuity of the second set of conducting wires, reducing the resistance of the second set of conducting wires and the color difference of the touch screen and improving the performance of the touch screen and the product quality.

The invention relates to a wiring method and a manufacturing method of a capacitive touch screen, wherein the wiring method 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 and 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 discloses an OLED substrate and a manufacturing method and a display apparatus, relates to the technical field of display, and aims to solve the problem of easy wire breaking of an electrode lead so as to ensure normal display of the OLED display apparatus. The OLED substrate comprises an array substrate with a display region and a peripheral wiring region; multiple OLEDs in array arrangement are arranged in the display region; each OLED comprises an upper electrode and a lower electrode arranged oppositely, and an OLED light emitting layer positioned between the upper electrode and the lower electrode, and the lower electrode is formed on the surface of the array substrate; the peripheral wiring region is provided with a functional film layer and a signal line; the functional film layer partially covers the signal line; an electrode lead is arranged on the surface of the edge of the functional film layer; and one end of the electrode lead is connected with the part, not covered by the functional film layer, of the signal line, while the other end is connected with the corresponding upper electrode. The OLED substrate provided by the invention is used for OLED display.

The invention relates to a manufacturing method of a foldable paper-based micro supercapacitor and belongs to the technical field of a micro energy storage device. The method comprises steps that a graphene or graphene composite electrode is imprinted onto a paper substrate through utilizing the template imprinting technology, the solid electrolyte is coated to the electrode, and the micro supercapacitor is manufactured on the paper substrate. The sheet-like graphene or graphene composite is imprinted through the template on the paper substrate to make the outline of the electrode clear and connectivity good, porosity and the water absorption property of the paper are utilized to ensure stability of the graphene or graphene composite electrode on the paper, foldability and flexibility of the paper are utilized to make the manufactured micro supercapacitor have good flexibility and foldability, wind energy collection and utilization and output of different voltages and currents can be realized, moreover, the manufacturing process is simple, operability is high, cost is low, and large scale manufacturing is realized.

The present invention provides a high characteristic and high reliability stacked coil device which alleviates the internal stress problem and does not form gap between the magnetic body ceramic layerand the internal conductor. The structure includes a magnetic body ceramic layer (1a). The magnetic body ceramic layer (1a) has a region with the pore space area rate of 6 to 20% from the flank of the magnetic body ceramic component (3) to the internal conductor. The structure has multiple layers of the magnetic body ceramic layer having a region with the pore space area rate of 6 to 20%. In thestructure, the gap does not exist on the interface of the internal conductor and the interface of the magnetic body ceramic surrounding the internal conductor, and the interface of the internal conductor is separated from the interface of the magnetic body ceramic. The flank of the magnetic body ceramic component is soaked through a region of the magnetic body ceramic layer with the pore space area rate of 6 to 20%, so that the acidic solution arrives in the interfaces of the internal conductor and the magnetic body ceramic surrounding the internal conductor, to cut off the combination of theinterface of the internal conductor and the interface of the interface of the magnetic body ceramic surrounding the internal conductor.

The invention provides a surface treatment method by which a substrate with desired uniform lyophilicity is obtained in order to enhance the formation of a film pattern by an ink-jet process; a surface-treated substrate obtained by the surface treatment; and a method of forming a film pattern. A surface of a substrate is subjected to lyophobic treatment by forming a self-assembled layer composed of organic molecules. The lyophobicity is then modified by ultraviolet irradiation or the like to obtain desired lyophobicity.

The invention discloses a device and a method for controlling warp yarns of gauze cloth on a loom, and belongs to the technical field of braiding equipments in the textile industry. The device comprises a plurality of heald frames, brackets, first healds, second healds, two-way brackets, linkages and multi-arm mechanisms, wherein the first healds and the second healds are mounted on the brackets front and back in pairs; the brackets are arranged in parallel side by side, and are connected with the heald frames; upper cross beams and lower cross beams of the brackets are respectively connected with a plurality of wooden frames; the heald frames are mounted in baffles on the two sides of the loom; the heald frames are connected with the linkages; the linkages are connected with the multi-arm mechanisms; the two-way brackets are arranged between the adjacent heald frames; the first healds and the second healds respectively pass through the two-way brackets; the two-way brackets are respectively connected with the upper cross beam and the lower cross beam of the loom through nylon pieces and springs. The invention further provides the method for controlling the warp yarns of the gauze cloth. The device and the method have the advantages that the device is suitable for the high-speed weaving of thick yarns, the opening is clear, the friction of yarns is avoided, and the structural design is simple and reasonable.

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.

Provided is an aluminum alloy wire material having high strength and flexibility is minimally prone to breaking even when subjected to severe bending, such as that of 180 DEG. This aluminum alloy wire material has a composition of 0.1-1.0% by mass of Mg, 0.1-1.0% by mass of Si, 0.01-1.40% by mass of Fe, 0.000-0.100% by mass of Ti, 0.000-0.030% by mass of B, 0.00-1.00% by mass of Cu, 0.00-0.50% by mass of Ag, 0.00-0.50% by mass of Au, 0.00-1.00% by mass of Mn, 0.00-1.00% by mass of Cr, 0.00-0.50% by mass of Zr, 0.00-0.50% by mass of Hf, 0.00-0.50% by mass of V, 0.00-0.50% by mass of Sc, 0.00-0.50% by mass of Sn, 0.00-0.50% by mass of Co, and 0.00-0.50% by mass of Ni, with the remainder made up by Al and unavoidable impurities. The area ratio of a region in which the angle between the longitudinal direction of the aluminum alloy wire material and the <111> direction of the crystal is 20 DEG or less is 20-65%.

The invention provides silver conductive slurry used for solar cells, a solar cell, and a solar cell preparation method. The silver conductive slurry comprises a conductive phase, an inorganic binder and an organic carrier. The conductive phase contains 40 to 60% by weight of silver and silicon alloy powder, with the total amount of the silver conductive slurry being a reference. A prepared seed layer is smooth and low, no line breaking phenomenon tends to occur, a prepared electrode on the right side has a fine and smooth surface which has no nodes and holes, etc. Meanwhile, the silver conductive slurry exhibits high welding strength, can be firmly adhered to a silicon substrate, provides a basis for preparation of solar cells, and especially enables cell filling factors and the conversion efficiency to be greatly improved compared with conventional silver conductive slurry that is used for preparing a seed layer for a cell. Furthermore, the silver conductive slurry is easy to prepare, and simple in process and low in cost.

The invention discloses a braided wire with elasticity, which comprises a woven layer and an elastic wire body, the elastic wire body is composed of an elastic inner core and a protective layer, the protective layer is arranged on the outer side of the elastic inner core, A braiding layer is wrapped on that outside of the elastic wire body, the braiding layer is weave by braiding yarn and conductive core wire through a braiding machine, an insulating layer is wrapped on the outside of the conductive core, the diameter of the conductive core wire is the same as the diameter of the braiding yarn. The invention also provides a processing technology of braiding electric wire with elasticity. By adopting the processing technology of the elastic braided electric wire provided by the invention, the production process is fewer, the broken wire phenomenon is not easy to occur in the production process, the braided electric wire is symmetrical, has no burr, and the production cost is low; meanwhile, the braided electric wire produced by the invention has simple structure, simple and beautiful appearance, and has certain elasticity and market popularization value.

The invention discloses a diamond wire saw. The diamond wire saw comprises a wire base body made of basalt fiber, wherein the wire rod base body is fixedly provided with a diamond grinding material. The diamond wire saw has the advantages of high strength, high temperature resistance and corrosion resistance, still has enough strength after the diameter of the wire rod base body is reduced to bearthe pulling force in the cutting process, the maintenance and replacement frequency and cost of the wire saw are reduced, the production is ensured to be stable and normal, the production efficiencyis guaranteed, the diameter of the wire rod base body is small, the width of the cutting seam can be effectively reduced, the waste of the cut material is reduced, and the sheet discharging rate is improved.

The present invention relates to a printing-type magnetic boomerang target, including a target body, which is divided into several target parts according to the scoring requirement; a magnetic force area, disposed on the back of the target body to form into a fixed magnetic field thereon; an induction layer, arranged between the target body and the magnetic force area, wherein the induction layer is printed on one carrier as the conducting material and the conducting materials are formed into the conducting line. The invention can make the products with more market competitive power, greatly advance the production efficiency, improve the stability of the products, which is more convenient to use.

The invention discloses a tensile high-frequency multi-core cable and a preparation method thereof. The cable comprises a cable core formed by twisting a plurality of coaxial cable cores, a fluororesin wrapping tape layer, a copper-plastic composite tape wrapping shielding layer and an outer sheath, wherein the coaxial cable core comprises an inner conductor and a cable core body formed by concentrically twisting a plurality of PFA resin filling wires, an inner insulating layer, a metal winding shielding layer, a metal weaving shielding layer and an outer insulating layer sequentially coat theouter portion of the wire core body, the inner conductor is formed by twisting plural strands of wires, the stranded wire is formed by crossly and spirally twisting a plurality of tinned copper monofilaments with a diameter of 0.02-0.03 mm, the metal winding shielding layer is formed by spirally winding copper alloy wires in one direction, the metal weaving shielding layer is formed by spirally winding and weaving double-layer tinned copper wires in opposite directions, and the double-layer tinned copper wires are coated with lubricating oil. The cable has good tensile strength, flexibility,bending resistance and torsion resistance, and is not easy to break, small in high-frequency signal attenuation and durable in use.

The invention is concerned with a kind of laser diode connecting equipment, belonging to whole solid-state laser technology field. This equipment takes insulated material as base plate with inside and outside grooves, and there are metal plates and positive and negative poles inside of the inside and outside grooves in certain order, and the width and thickness of metal plates and poles are same as the width and thickness of grooves. Set laser diodes on the metal plates and positive and negative poles with certain order to connect those laser diodes. This method can connect laser diodes with metal plate and has easy structure for installing and it can bear high output of current to laser diode. This method predigests the structure of whole laser to use for engineering.

The invention discloses an LED lamp. The LED lamp comprises a lamp cap; two conductive contacts are arranged at the lower end of the lamp cap; the conductive contacts are welded to wires; the lower end of the lamp cap and the wires are located inside a lamp shell; a lamp holder is arranged at the lower end of the lamp cap; the radius of the lamp holder is larger than the radius of the lower end of the lamp cap; the conductive contacts penetrate through the lamp holder to be welded to the wires inside the lamp shell; the lower end of the lamp cap and the lamp holder are located inside the lamp shell; a fixing sleeve is arranged inside the lamp shell; and grooves are formed in two sides of the fixing sleeve, and the welding positions of the wires and the conductive contacts are located in the grooves. According to the LED lamp, through the improvement of the structure, the fixing effect between the lamp cap and the lamp shell and the fixing effect between the wires and the conductive contacts are greatly improved, and the disjunction phenomenon is not easy to occur.