32results about How to "High conductivity reliability" patented technology

The present invention provides a method for manufacturing an electronic part that can cope with downsizing, improvement in performance and quality of a multilayer electronic part. A ceramic green sheet is produced by forming on a substrate or on a layer formed on a substrate an internal electrode having a predetermined thickness by a discretional process, forming a photosensitive ceramic slurry on a surface of the substrate or the layer and the internal electrode in such a way that its thickness just before exposure will be substantially equal to or smaller than the thickness of the internal electrode from the surface of the substrate or the layer, irradiating the photosensitive ceramic slurry with light from the upper side of the substrate to perform exposure while masking the internal electrode pattern, to selectively harden the surface of the photosensitive ceramic slurry, the exposure amount being controlled in such a way that the surface of the photosensitive ceramic slurry is hardened, and removing the portion of the photosensitive ceramic slurry that has not been exposed by a development process to expose a surface of the internal electrode pattern.

The invention discloses a novel full-automatic PCB vertical continuous electroplating device, comprising: automatic feeding, chain transmission, pre-processing, electroplating, post-processing and automatic unloading. The electroplating copper cylinder adopts an independent anode chamber structure, lower auxiliary chain clamping, side spray and height-adjustable bottom spray, guide members, independent slider connection fixtures and guide and conductive structures, and rubber-sealed conductive chucks to prevent stripping; chain Transmission adopts push spring type tension adjustment. The beneficial effects of the present invention are: the independent anode chamber completely separates the anolyte and the catholyte, completely prevents the anode slime from entering the catholyte to affect the electroplating quality, eliminates or significantly reduces the burden of filtration, and greatly reduces the consumption of additives; The strip-free process simplifies the process and enables double-row operation to increase productivity.

The invention belongs to the technical field of 3D printing, and discloses a 3D printing device for embedded circuit products. The 3D printing device comprises a rack, a printing platform, a first printing mechanism, a second printing mechanism and a milling module, the rack is provided with an X-axis guide rail, a Y-axis guide rail, a Z-axis guide rail, a first driving mechanism, a second driving mechanism, a third driving mechanism and a fourth driving mechanism; the first driving mechanism is used for driving the first printing mechanism and the second printing mechanism to slide along the X-axis guide rail; the second driving mechanism is used for driving the X-axis guide rail to slide along the Y-axis guide rail; the third driving mechanism is used for driving the printing platform to ascend and descend along the Z-axis guide rail; and the fourth driving mechanism is used for driving the milling module to slide along the Y-axis guide rail. The printing method of the embedded circuit products can be used for printing combination of different materials, the combination effect is good, and the conductive reliability is high.

The invention provides a rotary conductive apparatus. The rotary conductive apparatus comprises a cup body and a conductive rod, wherein liquid-state metal is arranged in the cup body; a first wiringend is arranged at the bottom end of the cup body; the first wiring end is used for connecting a first workpiece; the conductive rod is used for transmitting electric energy; the bottom end of the conductive rod is placed in the liquid-state metal; a second wiring end is arranged at the top end of the conductive rod; and the second wiring end is used for connecting a second workpiece. According tothe rotary conductive apparatus provided by the invention, the cup body and the conductive rod are connected with different workpieces; the bottom end of the conductive rod is placed in the liquid-state metal; the electric energy transmitted by the conductive rod is transferred to the cup body through the liquid-state metal, so that electric energy transmission between workpieces in different working states can be realized; and in addition, by adoption of the liquid-state metal conductive mode, the apparatus is high in conductive reliability and easy to maintain, and accessories can be replaced easily.

The invention discloses an automatic control socket special for an electric heating kettle. The automatic control socket comprises a lower socket and an upper socket, wherein the lower socket comprises a shell and a base; a large conductive ring and a columnar upright column are arranged on the base; a small conductive ring is arranged on the columnar upright column; the shell is mounted on the base; an outer ring body, an inner ring body and a grounding pole are arranged at the bottom of the upper base; an upper base annular space is formed between the outer ring body and the inner ring body; a conductive piece of the large conductive ring and a conductive piece of the small conductive ring are arranged on the inner ring body; the large conductive ring comprises a large conductive ring fixing part and a large conductive ring contact part; a positioning ring is arranged between the large conductive ring and the shell; the large conductive ring contact part consists of a plurality of bendable large conductive ring elastic contact pieces which enclose for one circle; a large conductive ring elastic contact piece deformation space in which the large conductive ring elastic contact pieces are bent and deformed is formed between the large conductive ring elastic contact pieces and the shell; the size of the circle formed by the large conductive ring contact part is smaller than that of the circle formed by the large conductive ring fixing part. The automatic control socket has the characteristics of good conducive reliability.

The invention discloses a single-point perpendicular seismic detector. Two single-lead insulator binding posts are fixed to an upper cover. The lower ends of the single-lead insulator binding posts are welded to conductive lead springs, the lower ends of the conductive lead springs are welded to binding posts in coil rack binding post holes, and the other ends of the binding posts are connected with a leading-out terminal of an upper coil and a leading-out terminal of a lower coil in a welded mode; a coil rack is an integrated piece, the lower end of the coil rack is connected to the outer edge of a lower leaf spring in a pressed mode, the lower end of a lower magnetic shoe is connected to the inner edge of the lower leaf spring in a pressed mode, a boss of a lower cover is sleeved with the lower leaf spring, a groove in the upper end of the coil rack is connected to the outer edge of an upper leaf spring in a pressed mode, the upper end of an upper magnetic shoe is connected to the inner edge of the upper leaf spring in a pressed mode, and a lower boss of the upper cover is sleeved with the upper leaf spring; the upper end of the upper magnetic shoe is higher than the upper end of the upper coil and the lower end of the lower magnetic shoe is lower than the lower end of the lower coil; the deformation direction of a main reinforcing bar of the upper leaf spring and the deformation direction of a main reinforcing bar of the lower leaf spring are respectively anticlockwise. The single-point perpendicular seismic detector is simple in structure, low in cost, high in use reliability, long in service life, narrow in winding, wide in magnetic field, evener in magnetic field and more stable in output, and the number of dropping-resistant times is over 8000.

The invention provides an isolation switch conducting structure formed by special-shaped aluminium tubes. The isolation switch conducting structure comprises two upper portion conductive parts and two lower portion conductive parts. The upper portion conductive parts include conductive tubes and contact pads that are installed on the conductive tubes; the two conductive tubes are symmetrically connected together through a rotating shaft pin, wherein the rotating shaft pin is in the middle of the conductive tubes, so that an X shape is formed; and connection pins are installed at the low portions of the conductive tubes. Besides, the two lower portion conductive parts are symmetrically arranged at positions, wherein the positions are below and corresponded to the upper portion conductive parts; end portion shafts are fixed at inner side ends of the two lower portion conductive parts; and pins are installed at outboard ends. And the connection pins are connected with the corresponded pins through two side plates. According to the invention, the contact pads employ a fixed contact mode with arc plane contacting; and the contact pads have simple structures and can be installed conveniently as well as the contact areas of the contacts are large. A copper belt fixed electrical connection mode is employed during the conductive connection, so that a conductive contact area is increased, current distribution is uniform and heat is radiated fast and conductive reliability is improved. Moreover, the whole conducting structure can be assembled conveniently and fast.

The invention provides an integral type conductor and a double-circuit fuse equipped with the integral type conductor. The integral type conductor is an integrally molded integral member comprising a conductive piece portion and conductive clamping piece portions arranged on the two sides of the conductive piece portion. The double-circuit fuse comprises a top cover, a pedestal and two fuse wiring loops forming in the top cover and the pedestal. Each fuse wiring loop comprises two conductors and a fuse positioned between the two conductors and electrically connected to the conductors; the fuse is arranged in the top cover in a pluggable mode; the conductors are integral type conductors; and the conductive clamping piece portions of the integral conductors are electrically connected to the fuse. According to the application, the integrally molded integral conductors are employed, so the processing and manufacturing efficiency is high, and the manufacturing efficiency of the double-circuit fuse is high; conductive performance between the conductive piece portion and the conductive clamping piece portions of each integral type conductor is reliable and stable; and the conductive reliability of the integral type conductor can be raised, thereby guaranteeing working stability and reliability of the double-circuit fuse.

Provided is a short-circuited prevention power failure resetting type snap action thermostat. A first PTC heating unit and a second PTC heating unit of the thermostat are arranged in a first PTC bin and second PTC bin of a shell respectively and make contact with the top surface of an upper rivet head of a first rivet and the top surface of an upper rivet head of a second rivet respectively, the first rivet and the second rivet are connected to a bottom plate of the shell in a riveting mode, the first rivet penetrates through a first pressing block and a reed to be connected to a first terminal in a riveting mode, the second rivet penetrates through a second pressing block to be connected to a second terminal in a riveting mode, flaky compressed springs are arranged between the bottom surface of a guide frame and the top surface of the first PTC heating unit and between the bottom surface of the guide frame and the top surface of the second PTC heating unit, an action rod sequentially penetrates through the guide frame, the flaky compressed springs and a guide pipe in the center of the shell from top to bottom to be connected with the reed, and the top end of the action rod is located below a bimetallic disc and makes contact with the bimetallic disc. The thermostat is simple in structure, conducting elements are reliably connected, and when the thermostat works under abnormally harsh conditions, even though the PTC heating units are smashed, it is guaranteed that a short-circuit accident of the thermostat cannot occur.

The invention discloses a socket special for an electric kettle. The socket comprises a lower seat and an upper seat which are matched with each other, wherein the lower seat comprises a housing and a base; a large conductive ring and a cylindrical vertical column are arranged on the base; a small conductive ring is arranged on the outer surface of the cylindrical vertical column; the housing is installed on the base; an outer ring body, an inner ring body and a grounding plug column are arranged at the bottom of the upper seat; an upper seat annular space is formed between the outer ring body and the inner ring body; a large conductive ring conductive sheet and a small conductive ring conductive sheet are arranged on the inner ring body; the large conductive ring comprises a large conductive ring fixing part and a large conductive ring contact part; a location ring is arranged between the large conductive ring and the housing; the large conductive ring contact part is composed of a plurality of bendable large conductive ring elastic contact sheets; the plurality of bendable large conductive ring elastic contact sheets are encircled; large conductive ring elastic contact sheet deformation spaces for the bending deformations of the large conductive ring elastic contact sheets are formed between the large conductive ring elastic contact sheets and the housing. The socket has the characteristic of good conductive reliability.

The present invention provides a conductive material that has high storage stability and exhibits excellent cohesiveness even if it is left for a long time after the conductive material is placed on a member to be connected, so that it can exhibit high conductivity reliability. The conductive material related to the present invention includes: a plurality of conductive particles having solder on the outer surface portion of the conductive part, a thermosetting component, and a flux. The flux is a salt formed by an acid and an alkali. In , the flux exists in solid form.