113 results about "Wire gauge" patented technology

The invention relates to wire-stripping pliers with an automatic adaptation to various wire gauges and insulation thicknesses that has two pairs of pivotable jaws of which the jaws of the first, outer pair are configured as gripper jaws and are pivotable by means of a first jaw arm and a jaw part about a common point, and the jaws of the other, inner pair are configured as cutting jaws with blades that cut into the insulation, and with a pull rod attached to the cutter jaws and longitudinally moveable within the jaw body providing the stripping motion that is coupled with a second plier arm. At least one sliding wedge is mounted in a recess shaped to match the sliding wedge within the first plier arm or in the jaw part, whereby a first sliding wedge facing the cutting jaws is flat and a second sliding wedge resting in the recess is so shaped that the separation between both sliding wedges at a central area of the sliding wedge diminishes toward at least one of the two sliding wedge ends. Under this configuration, opening the insulation-stripping jaws causes longitudinal displacement of the sliding wedge along with simultaneous matching of position of the sliding wedge perpendicular to the longitudinal direction that results in cutting-depth adjustment of the cutting jaws and the cutting blade attached to it.

Systems and methods for analyzing the resonant frequency of vibratory wires within vibratory wire gauges. The resonant frequency of the vibrating wire is determined by using an interface that digitizes the response of an excited wire in the gauge. A transform then converts the digitized data into a frequency spectrum. The resulting spectrum is used to estimate the resonant frequency of the vibrating wire. The resulting measurement or estimate of the resonant frequency can be used to measure or determine some physical characteristic of the device or structure or system connected to the gauge.

In an environmentally hardened network, a data and power distribution cable is employed in connection with reliable end connectors, high performance physical layer transceivers clocked at a lower rate than is specified and full duplex switched packet transmission techniques between switched nodes in order to extend operational distance between network elements. In a specific embodiment, the data and power distribution cable comprises a data distribution element, a power distribution element, an optional strain distribution element, an optional hollow conduit, and an extra shield and outdoor sheath. The cable may incorporate: 1) a Gel filled outdoor UTP (CAT-5) cable; 2) end connectors of type DB-9 [D-Sub] for connection of the UTP to network equipment; 3) power transmission cable of wire gauge sufficient to carry the power required by network equipment (switches, etc) for the specific segment of the network; and optionally 4) a hollow conduit that permits installation of optical fiber before or after installation of the cable.

The invention relates to an automobile wheel casing trimming system and a using method thereof. The automobile wheel casing trimming system comprises a mechanical grip, a tire mould clamp and a rolling assembly. The tire mould clamp is matched with an automobile wheel casing to be trimmed in an arc mode. The middle and the positions close to two ends of the tire mould clamp are each provided with a clamping point. The tire mould clamp is provided with a visual system. The rolling assembly comprises a body, an upper pressure wheel set and a lower pressure wheel set, wherein the body comprises a base and an installation board; the two surfaces of the installation board are each provided with a wire gauge set; the two wire gauge sets are provided with two connection blocks; the first connection block is provided with an air cylinder connected with an upper roller set through the first connection block; the second connection block is provided with a lower pressure wheel set, and connected with a piston of the air cylinder. In the using process, the mechanical grip grips the tire mould clamp to be installed to the automobile wheel casing, and the rolling assembly rolls the automobile wheel casing through a robot. According to the shapes of a board and a tire mould, the rolling assembly can adjust the interval automatically based on the balance principle so as to maintain the trimming force uniform. The structure is simple. The trimming effect is good.

The invention provides a variable turn pitch planar helical coil, comprising a magnetic core and a planar helical coil arranged above the magnetic core and coiled by an insulated conductor in a clockwise or counterclockwise direction by turns; The turn spacing of the coil is arranged from close to sparse and then from sparse to close in radial direction from the center of the coil to the outside.As that inner diameter of the plane helical coil does not change the equal turn pitch, outer diameter, On the premise of wire gauge, according to the magnetic field distribution on the coil to changethe dense arrangement of the coil into a planar helical coil with variable turn pitch, the overall magnitude of the magnetic field strength on the coil is reduced, The loss of proximity effect of thecoil is reduced, and the increasing trend of AC internal resistance of the coil is finally alleviated so as to reduce the copper loss of the magnetic coupling structure. At the same time, the magneticfield distribution and offset tolerance characteristics of the spiral coil structure with equal turn pitch are not obviously inferior to those of the spiral coil structure with the same specification(inner diameter, outer diameter, turn number, wire gauge).

The invention relates to a method for changing a double-layer lap-winding winding to Y-delt connection mixed winding. The method is characterized in that the method comprises the steps of calculating the section areas of a Y-connection winding conductor and a delt-connection winging conductor, and determining the number of branches connected with each other in parallel, the number of turns of the coil and the width and the thickness of a wire on the basis of the prior double-layer lap-winding windings. In consideration of the manufacture cost of the motor, other parameters and the size of the motor are kept original values when changing to the Y-delt connection mixed winding, but the size of a stator groove needs to be adjusted correspondingly according to the wire gauge and the number of turns of the coil without changing the groove area. The winding has improved winding coefficient and can weaken harmonic waves with higher harmonic contents such as the fifth and the seventh harmonic waves, thereby increasing the wire gauge, reducing the number of turns, lowering the motor loss, and improving the motor efficiency and the power coefficient. Additionally, the Y-connection and delt-connection coils are arranged in a non-alternate manner so as to reduce the process difficulty. The method suits the alteration of common double-layer lap-winding winding of high-voltage large and medium asynchronous motor with a power lower than 2,000 kW.

The invention discloses an automatic inserting-drawing mechanism for a memory chip of a mainboard function testing device. The mechanism comprises an adapter plate, a spring PIN, a guide wire gauge, a connecting block, a guide block, a guide rolling shaft and a power device, wherein the spring PIN and the guide wire gauge are transversely fixed; the connecting block, which can move forwards and backwards along the guide wire gauge, is fixed to the spring PIN; the upper end of the connecting block is connected with a rolling bearing while the lower end of the connecting block is connected with the adapter plate; the rolling bearing is in contact with an inclined surface of the guide block; the power device can downwards press the guide block; one end of the adapter plate is in rotating connection with the connecting block while the other end of the adapter plate is an inserting part which is in match with a memory chip slot of a mainboard; the memory chip can be inserted into an inserting slot in the adapter plate; the memory chip slot communicates with the memory chip through the adapter plate. With the adoption of the mechanism, the memory chip can be mounted in a time and can be automatically inserted and drawn out; the automation degree is high, and the testing efficiency can be effectively improved.

A tool for measuring the outside insulation of electrical conductors (wire) in the electrical trade. The tool includes a set of leaves which are cut to match the various conductor insulations in the trade. The tools have leaves at each end or both ends. The tool is held together by means of a post and screw or other acceptable means that will allow the leaves to swing out to fit over the insulated conductors. The tool has engraved or printed text that has the amperage stated for copper and aluminum conductors a various ambient temperatures as well as the size measured in (kcmil) which is stated in circular mil area of the insulated conductor which will vary with the types of insulation used on the conductors.

The invention discloses a rotatable multi-angle visual inspection device and method. The inspection device comprises a rack, and a camera support frame, a horizontal displacement mechanism and wire gauges are arranged on the upper portion of the rack; a camera fixing block is arranged on the camera support frame, and used for fixing a camera, and a ring light is arranged around the camera; the wire gauges are arranged on the two side edges of the rack, support sliding blocks sliding along the wire gauges are arranged on the wire gauges, a bottom plate is arranged on the upper portions of the support sliding blocks, and a second stepping motor, an electric control module and a rotating platform are arranged on the bottom plate; a semicircular light is arranged around the rotating platform,and strip-shaped lights are arranged on the two sides of the semicircular light; the second stepping motor controls the rotating platform to rotate. The device is simple in structure, the stepping motor controls the rotating platform to rotate stably, products can be shot in multiple angles, and then the multi-angle machine visual inspection is achieved.

Musical instrument pickups and methods of constructing same to achieve a user-desired signal output level and a user-desired tonal characteristic from a stringed instrument are disclosed. The method may include steps for selecting a coil geometry, selecting a number of coils, selecting a coil wire gauge and number of turns for each coil and selecting a pole piece. In selecting the pole piece consideration may be given to pole piece composition, pole piece thickness, height and width, and pole piece response in terms of relative inductive and relative resonant frequency characteristics and/or the shape of the frequency response in the vicinity of resonance.

The invention discloses a production method of large-scale paste chili powder. The production method comprises the following steps: (1) putting a square flat-bottom iron pot on a square hearth, filling firewood ash in the pot, and combusting the firewood ash in the flat-bottom iron pot by taking firewood in the square hearth as fuels; (2) filling selected and cleaned chili by the square iron wire gauge frame with the size of 1/2-2/3 of the flat-bottom iron pot; (3) pushing the combusted firewood ash in the flat-bottom iron pot aside, putting in the iron wire gauze frame filled with the chili, and then covering the chili with the combusted firewood ash until baking the chili to be done; (4) suspending the iron wire gauze frame by a traveling vehicle, and purifying the firewood ash by a draught fan above and an exhaust fan below; (5) putting in a smudging frame, and combusting by chypre branches for 30-40 minutes; and (6) grinding into chili powder by use of a grinding bowl. According to the production method disclosed by the invention, a traditional technology is combined with modern equipment for treating chili powder products on a large scale, not only are active substances in the chili not damaged, but also all products have natural flavor of paste chili, and the production efficiency is improved.

The method includes steps: wire gauges of electrical transmission wires are converted to bar codes of system of 39 codes, and there is one-to-one correspondence between bar code and wire gauge; printing bar code on paster, and sticking the paster with bar code being printed on to two ends of corresponding wire; building information database of the said wire gauges and technical qualification in computer by using bar code as index; being connected to computer, bar code scanner scans bar codes on transmission wires, then computer displays wire gauges and technical qualification so as to realize identifying electrical transmission wires quickly. Advantages are: raising speed for identifying electrical transmission wires so as to increase production efficiency.

The present invention relates to the. use of optimized magnet design, magnetic circuit design and wire coil design to improve latching reliability and reduce driving current for the switchable Faraday rotator devices. The geometrical parameters of semi-hard magnet are optimized to produce maximal magnetic field at the location of magneto-optic crystal and hence improve latching reliability and reduce driving current. The wire coil is optimized in coil length, wire gauge, and number of turns to produce most efficient energy transfer and hence reduce driving current and driving voltage. To reduce magnetic energy loss, soft magnetic material is included to form a magnetic conductive close loop and further reduces driving current requirements.

The invention relates to an annular axial pressing device and an annular axial pressing method for a transformer coil. The annular axial pressing device is provided with a pressure plate and an upper hanger plate which are connected through a chain; and the lower part of the pressure plate is provided with a plurality of position adjustable pressure beams along the radial direction of the pressure plate. The method comprises the following steps: according to the inner diameter of a coil to be pre-pressed, adjusting the adjustable pressure beams of the annular axial pressing device; using a hoist to hoist the annular axial pressing device, and directly putting the annular axial pressing device on the section of the coil to be pre-pressed; controlling the pre-pressing time to be 10-20 minutes; and after the pre-pressing of the section of the coil is finished, hoisting and moving away the annular axial pressing device, so that the one-time pre-pressing process is finished. According to the annular axial pressing device and the annular axial pressing method, the pre-pressing process is realized in the coil winding process as well as after completion of winding and before demolding, so that the problem that the winding of the coil with a larger wire gauge or a special structure is not compact is solved.

The present invention relates to a sheet-metal work developed intersecting line marking gauge, and it is sued for marking out intersecting line on the surface of recovling body. Said invention is composed of the components of indicator, marking awl, scale disk, centering bush, positioning bolt, fork bar, sleeve, positioning nut, adjustable rotary frame, sizing pointer, regulating nut, adjustable screw bolt and connecting bolt. It can raise marking accuracy and efficiency, and can save sample sheet material.

The invention discloses a winding mold for producing a formed winding by using large-wire-gauge circular copper wires. On the basis of ensuring the cross-sectional dimension of the linear side of a coil, and an end portion layer replacement shaping groove is specially designed on an original closed pressure plate so that a shaping tool (such as shaping bar) can pass through the end portion layer replacement shaping groove, thereby greatly increasing the shaping operation space of the end portion of the coil, reducing the operational difficulty at the coil winding layer replacement position, and ensuring a coil size.

The invention discloses a numerical control electromagnetic brake winding tension device for a distribution transformer. The numerical control electromagnetic brake winding tension device comprises a controller, an enameled round wire tension mechanism, a paper-covered flat wire tension mechanism, an enameled wire guide mechanism, an enameled wire buffering mechanism and an outlet guide anti-twist scratch-resistant mechanism. The numerical control electromagnetic brake winding tension device for the distribution transformer is in high-low voltage integrated design, electromagnetic force is used for braking, brake force can be remotely regulated and controlled by a numerical control system, wires are tensioned by electromagnetic brake, enameled wires and paper-covered wires can be wound and tensioned by various wire gauges, tensile force can be remotely regulated and controlled, the brake force is stable, and the tension device has anti-damage, anti-loose and anti-twist functions for the wires. The tension device is convenient and simple to operate and safe to use, and overcomes the shortcomings that a pneumatic tension device is affected by an air source, and tensile force applied to the wires in unstable. The tension device is applicable to products such as S11 and S13 oil-immersed distribution transformers, an SH15 amorphous alloy distribution transformer, a dry transformer, a prefabricated substation and a combined transformer.

The invention discloses a using method for a semi-automatic frame assembly welding tool. The using method comprises: arranging a wire gauge below a frame combined welding tool, respectively arranging three sections of mobile stations on the wire gauge, and arranging at least one movable chassis tool assembly platform above the wire gauge; arranging a chassis assembly welding station in front of a central assembly welding station, arranging an assembly replacing station behind the central assembly welding station, and symmetrically arranging symmetrical lines of a left door frame assembly welding station and a right door frame assembly welding station at the two sides of the central assembly welding station; and during working, placing the chassis tool assembly platform into a chassis tool assembly, moving the chassis tool assembly platform to a central assembly welding station by virtue of the wire gauge and stopping the chassis tool assembly platform after assembly welding is completed, then, turning over a left door frame and a right door frame to correspond to each other respectively by virtue of a left door frame tool assembly locating rack and a right door frame tool assembly locating rack, pushing a left door frame and a right door frame to clamp by virtue of a hydraulic device, and locating a locating pin and a locating pin base of a beam to carry out assembly welding. According to the using method, the structure is simple, the welding construction surface is concentrated, the frame is precisely located and the welding is automatic.