297results about How to "Fully deformed" patented technology

This invention relates to an electromagnetic progressive shaping method for plate moving coils and a device, in which, said device includes a computer control system, an electromagnetic force generation system and a three-shaft digital control shaping system including a plate clamping elevating device, a supporting model frame and an electromagnetic shaping clamping rod, in which, the computer controls the coil to move downward along the contour of a model profile from the top according to the contour data of the model profile and the plate is formed partly relying on the magnetic force of coil till to the bottom of the model and finish the entire process.

A first portion F is positioned above the center of the pressure chamber 16. A pair of second portions S are disposed on either side of the first portion F. The electrodes 24, 25 are positioned in the second portion S to the side farthest in the thickness direction from the pressure chamber 16. When voltage is developed between the electrodes 24, 25, the polarized active portions 40 of the piezoelectric sheets 54-56 that are sandwiched between the electrodes 24, 25 contract in the planar direction, so that the second portion S arches downward. As a result, the first portion F is pushed upward and protrudingly arches upward so that the volume of the pressure chamber 16 increases.

A narrow key switch for a low travel keyboard and methods of fabrication are described. The low-travel keyboard having narrow keys is suitable for a thin-profile computing device, such as a laptop computer, netbook computer, desktop computer, etc. The keyboard includes a key cap positioned over an elastomeric dome and a two-part scissor mechanism having two separate linkage structures on opposite sides of the dome. A link bar is also provided to transfer a load from a side of a key to the center if the key cap is depressed in an off-center manner. Transferring the load to the center helps to deform the elastomeric dome so that it can activate the switch circuitry of the membrane on printed circuit board underneath the dome. Separating the linkage structures into two separate parts allows for the use of a full-sized elastomeric dome for a narrow key switch. The full-sized dome provides the desired tactile feedback to a user. Thus, the tactile feel of the key is not compromised even thought the key is narrower than a conventional key.

Methods and devices are disclosed for remodeling the tongue. One or more spaces or cavities are formed in the tongue using, for example, surgical or RF ablative techniques. The cavities can be closed or collapsed by inserting a tethered soft tissue anchor into the tongue and attaching the tethered portion of the soft tissue anchor to a bony structure such as the mandible or hyoid bone in order to exert a collapsing force on the one or more spaces or cavities. The insertion pathway of the tethered soft tissue anchor may pass adjacent to or even through one or more cavities. Also disclosed herein is a tongue remodeling system that includes means for creating a space in the tongue, and a tissue anchor configured to close the space. The tissue anchor may be tethered or expandable.

The present embodiments relate generally to applicators of on-skin sensor assemblies for measuring an analyte in a host, as well as their method of use and manufacture. In some aspects, an applicator for applying an on-skin sensor assembly to a skin of a host is provided. The applicator includes an applicator housing, a needle carrier assembly comprising an insertion element configured to insert a sensor of the on-skin sensor assembly into the skin of the host, a holder releasably coupled to the needle carrier assembly and configured to guide the on-skin sensor assembly while coupled to the needle carrier assembly, and a drive assembly configured to drive the insertion element from a proximal starting position to a distal insertion position, and from the distal insertion position to a proximal retraction position.

The invention discloses a method for manufacturing aluminium alloy rings with high performance and low residual stress, comprising the following technical steps: 1) calculating blank weight of forgings according to size and metal residual content of ring forgings; 2) calculating the diameter Phi and length L of aluminium alloy round ingots according to the volume constancy principle; 3) finishing the upsetting and cogging processes by using upper and lower recessed anvils, and preparing ring blank by shallow recessing and punching; 4) preparing rolling ring blank by using flat-die forging trestle broaching on the ring blank; 5) rolling out aluminium ring forgings with big diameter and thick wall by using a ring rolling mill; 6) carrying out solution heat treatment and high water temperature quenching, then carrying out axial cold compression and deformation, and finally finishing artificial aging heat treatment; and 7) carrying out crack detection on the ring by using ultrasonic according to the standard requirement, and carrying out sampling and mechanic performance detection on the main body of the ring complying with the standard requirement. The method has the advantages of high metal utilization rate, complete and uniform deformation from the surface to the core of the ring, high performance, low residual stress and the like.

The invention discloses a surface palladium-plated bonding brass wire comprising a brass core taking brass as a main component and a palladium layer formed by plating on the brass core. The surface palladium-plated bonding brass wire is characterized in that trace metal for improving the extension performance is added in the brass core taking the brass as the main component; a single crystal is smelt and drawn to form a brass alloy core wire; the palladium is plated on the surface of the brass alloy core wire; and the surface palladium-plated bonding brass wire is formed in a superfine drawing manner. Compared with the prior art, the invention has the benefits that the surface palladium-plated bonding brass wire has better final plasticity deformation capability in the subsequent superfine drawing process without intermediate annealing; the percentage elongation of the surface palladium-plated bonding brass wire is at least 11 percent; the deformation of a palladium-plated layer in the pressure processing flow is consistent; the surface of the surface palladium-plated bonding brass wire is uniform, compact and complete, which is especially beneficial to full deformation during welding bonding, and thus the pulling strength and the reliability are improved. In addition, the cost of products can be controlled to be about 6 yuan / 100 meters and the products have high cost performance.

A narrow key switch for a low travel keyboard and methods of fabrication are described. The low-travel keyboard having narrow keys is suitable for a thin-profile computing device, such as a laptop computer, netbook computer, desktop computer, etc. The keyboard includes a key cap positioned over an elastomeric dome and a two-part scissor mechanism having two separate linkage structures on opposite sides of the dome. A link bar is also provided to transfer a load from a side of a key to the center if the key cap is depressed in an off-center manner. Transferring the load to the center helps to deform the elastomeric dome so that it can activate the switch circuitry of the membrane on printed circuit board underneath the dome. Separating the linkage structures into two separate parts allows for the use of a full-sized elastomeric dome for a narrow key switch. The full-sized dome provides the desired tactile feedback to a user. Thus, the tactile feel of the key is not compromised even thought the key is narrower than a conventional key.

The invention discloses a coal seam group with high gas content pressure relief and co-mining method based on gob-side entry retaining of a working face of first mining total rock pressure relief. When a first mining pressure relief coal seam can not be selected, the coal and rock seams are moved and broken through the working face of first mining total rock pressure relief, an upper covered coal seam with high gas and a lower covered coal seam which high gas are subjected to pressure relief and swollen, fractures of a surrounding rock mass are developed, the gas permeability is increased, the gas is subjected to desorption and transportation, and finally a top plate pressure relief annular fracture area and a bottom plate pressure relief annular fracture area are generated. To create a favorable stress environment of retained roadway surrounding rock, retained roadway mining empty side cantilever crest truncation is conducted to first advance mining drill site toward and backward the working face in a bi-directional mode, according to the top plate lithologic characters, the first advance is subjected to top plate deep hole pre-splitting and cover caving so that it is guaranteed that the top plate is sufficiently collapsed to fill a worked out section. By means of the method, the prominent problems of exhausting and mining of coal seam group pressure relief gas and safe mining when the first mining pressure relief coal seam of the coal seam group with high gas content is difficult to select are solved.

A gasket (10) is provided for an evacuation head assembly (20) to evacuate a chamber (104) defined by two glass sheets (101, 102). The gasket (10) may be made from a metal foil such as aluminium and has opposite sealing surfaces (14, 15, 19) that are profiled with a series of fine grooves (17) and wherein the variation in thickness between the sealing surfaces is less than 1 μm.

The invention relates to a forging forming process of an aluminum alloy straight-flanked ring with an extra-large specification. The forging forming process comprises the fist step of blanking; the second step of a first heating before forging, wherein two heating stages are included; the third step of billet fabricating, wherein four stages are included; the fourth step of machining and damage removing; the fifth step of a second heating before forging; the sixth step of forging and ring rolling; the seventh step of heat treatment, wherein two heat treatment stages are included; the eighth step of machining to appropriate dimensions. By means of the forging forming process of the aluminum alloy straight-flanked ring with the extra-large specification, forging formability and mechanical performance of the aluminum alloy straight-flanked ring with the extra-large specification are improved.

Disclosed are devices and methods relating to a suture passer that passes suture efficiently via motion of fluid in and out of the suture passer. In certain embodiments, the suture passer includes a syringe-like barrel and a plunger for drawing and expelling fluid from the barrel. A suture can be disposed within the barrel, and one end of the suture can be releasably secured to a portion of the plunger. In certain embodiments, the suture end can be releasably secured to a tip portion of the plunger. Various examples of suture releasing mechanisms and actuations of such mechanisms are disclosed. Also disclosed are examples of how such releasably secured sutures can be assembled and packaged into pre-loaded suture passer devices. Also disclosed are examples of suturing operations that can be achieved easier and quicker by use of such suture passer devices.

The invention relates to a cross laminated timber (CLT) double-board seismic wall with a swinging energy-dissipation function. The CLT double-board seismic wall is composed of two CLT shear walls, a friction-type vertical connecting piece and a friction-type pulling-resistant anchoring piece. The two CLT shear walls are spliced together through the friction-type vertical connecting piece, and a wall body is connected with a floor or a foundation through the friction-type pulling-resistant anchoring piece. Under the effect of an earthquake, the CLT shear walls rotate in the wall board plane, the friction-type vertical connecting piece is in shear, and lap joint friction surfaces of the friction-type vertical connecting piece slide relatively to dissipate energy; and meanwhile, the specially-designed pulling-resistant anchoring piece is matched with rotation of the CLT shear walls, and friction surfaces in the pulling-resistant anchoring piece also slide relatively to dissipate energy. The CLT shear walls are hardly damaged after the earthquake, friction sheets in the vertical connecting piece and the pulling-resistant anchoring piece are not damaged and do not need to be replaced after the earthquake, and the ideal anti-seismic property that the structure is stable under small earthquakes, the seismic wall swings but is not damaged under large earthquakes, and no post-earthquake maintenance or only a small amount of post-earthquake maintenance is needed is achieved.

An unloading conveyor apparatus and system for an agricultural harvester including a spout controllably directable for enabling distributing grain in a desired manner within a region of a receiving storage container, or a transporting truck, wagon, or other vehicle, and configurable as a closure for the conveyor for preventing entry of contaminants and the like. The spout can advantageously extend both the distance and range of variability of grain delivery location, and the free end of the spout can include a cover for improving grain delivery accuracy and wind resistance, and a break open feature to prevent damage. The spout can also be rotatable laterally about the end of the conveyor.

The present disclosure relates to a method of manufacturing a breast prosthesis, wherein a film pouch of at least three film layers is welded for the production of at least two chambers. First, the film pouch is inserted into a prosthetic mold and the outwardly disposed chamber is filled with a mass; the mold is closed with a rear mold part having a specially defined contour and the transparent mass is cross-linked so much that it remains stable in shape in the further production steps. Subsequently, the inner chamber is filled with a second, largely light impermeable mass comprising light fillers and a mold half comprising a shallow cavity is inserted to completely cross-link the masses located in the chamber at a raised temperature.

A flow control element (e.g., a baby bottle nipple or a child sippy cup flow control valve) that includes a tube-like wall section defining a flow channel, and a substantially flat membrane supported by the wall section such that membrane impedes flow through the flow channel to an external region. The membrane punctured to form multiple, substantially round pinholes arranged in a two-dimensional pattern that remain closed to prevent fluid flow under normal atmospheric conditions, and open and to facilitate fluid flow rate through the membrane under an applied pressure differential (e.g., when sucked on by a child). The wall section has a greater rigidity than the membrane (which is formed from a relatively highly elastic material). Different sized pinholes are produced using different sized pins, thereby facilitating different flow rates in response to different applied pressure differentials. The pinholes are generated while stretching the membrane in a radial direction.

The invention discloses an arc additive and laser-assisted thermoplastic forming composite manufacturing device and method. The arc additive and laser-assisted thermoplastic forming composite manufacturing device comprises a workbench and a base plate fixedly arranged on the workbench. A moving machine tool is arranged above the workbench; and an electric arc additive module and a plastic formingmodule which are connected to the moving machine tool are arranged above the base plate. The electric arc additive module comprises a welding gun and a wire feeder; the plastic forming module comprises a mechanism for carrying out plastic forming on a deposition layer on the surface of the base plate; a laser heating module for heating the deposition layer under the plastic forming mechanism is arranged at one side of the plastic forming module above the base plate; the laser heating module comprises a laser generator and a laser head connected with the laser generator through an optical fiber, the laser generator is connected with a stabilized voltage supply, the laser head comprises a housing, an optical fiber inlet is formed in one end of the housing, a laser outlet is formed in the other end of the housing, a collimating mirror and a focusing mirror are arranged in the housing, and the laser outlet faces the deposition layer under the plastic forming mechanism.

The invention relates high conduction heat-resistant aluminum alloy wire manufacturing method. It includes the following steps: adding aluminum ingot with 0.06% silicon, not more than 0.16% iron and 0.01% copper, 0.015% four elements Ti, V, Cr, Mn, and 0.03% other impurity into shaft furnace to melt; adding 0.03-0.5% zirconium as additional element; stirring; refining; degassing; deslagging; using solid covering agent to cover aluminum pad surface; standing for 445-60 minutes; using high speed spectrum analyzer to test, monitor, adjust each element, control element content; filtering; continuous casting to form aluminum casting ingot; tandem rolling; drawing to form aluminum alloy wire with need diameter.

A first portion F is positioned above the center of the pressure chamber 16. A pair of second portions S are disposed on either side of the first portion F. The electrodes 24, 25 are positioned in the second portion S to the side farthest in the thickness direction from the pressure chamber 16. When voltage is developed between the electrodes 24, 25, the polarized active portions 40 of the piezoelectric sheets 54–56 that are sandwiched between the electrodes 24, 25 contract in the planar direction, so that the second portion S arches downward. As a result, the first portion F is pushed upward and protrudingly arches upward so that the volume of the pressure chamber 16 increases.

The invention discloses an economic-type pipe fitting steel with high strength and low yield ratio, which comprises the following elements: 0.10%-0.18% of C, 0.25%-0.55% of Si, 1.40%-1.90% of Mn, 0.02%-0.05% of Nb, 0.008%-0.020% of Ti, 0.02%-0.05% of V, 0.010%-0.040% of Als, smaller than or equal to 0.10% of Nb, V and Ti, 0-0.25% of Mo, 0-0.30% of Ni, 0-0.35% of Cu, 0-0.30% of Cr, smaller than or equal to 0.55% of Mo, Ni, Cu and Cr, and the balance of ferrum and unavoidable impurities. The yield strength after heat treatment can reach more than 630MPa or 690MPa, the tensile strength reaches more than 775MPa or 870MPa, the yield ratio is lower than 0.85, the impact ductility at minus 46 DEG C is not lower than 80J, and the technical requirements for X90 level and X100 level pipe fitting steel are completely satisfied.

The invention discloses a preparation method of a high-purity copper sputtering target, belonging to the technical field of sputtering targets. The method mainly comprises the following steps: carrying out upsetting and stretching plastic deformation on a high-purity copper target blank; cooling the target blank after multiple rounds of upsetting and stretching deformation; carrying out rolling deformation on the cooled high-purity copper target blank to prepare a high-purity copper target blank; and then carrying out thermal treatment on the target blank to obtain the high-purity copper target with fine and uniform tissues. The preparation method has the advantages that the high-purity copper target is prepared by adopting the method combining plastic deformation with thermal treatment; grains of the target prepared by the method are fine and are uniform in distribution, thus completely meeting the requirements of sputtering; meanwhile, the consistency and repeatability of the processing technology are ensured by adopting plastic processing equipment with controllability; the method is simple in process, flexible in equipment operation and high in production efficiency and is suitable for large-scale industrial production.

The invention relates to an ultrahigh-toughness fiber-reinforced polymer modified cementitious composite and a preparation method. The ultrahigh-toughness fiber-reinforced polymer modified cementitious composite is prepared from raw materials in parts by weight as follows: 100 parts of comprising cement, 50 parts of medium sand, 25-35 parts of polymer emulsion (in terms of solid content), synthetic polymer fibers, 0.1-0.5 parts of a water reducing agent, an antifoaming agent, 0.1-0.5 parts of a thickener and 30-40 parts of water according to a formula, wherein the synthetic polymer fibers account for 2.5% of the total volume of the composite, and the antifoaming agent accounts for 0.05%-0.2% of the mass of the polymer emulsion. Compared with the prior art, the ultrahigh-toughness fiber-reinforced polymer modified cementitious composite has the advantages of ultrahigh initial cracking strain, higher bending stress, higher initial cracking stress and the like.

The invention relates to an energy-saving high-elongation soft aluminum alloy wire and a preparation method thereof. The aluminum alloy wire is mainly composed of the following components in percentage by weight: 0.05-0.40% of Cu, 0.10-0.40% of Zr, 0.25-1.00% of Fe, 0.01-0.22% of Mg, 0.001-0.15% of Si, 0.05-0.15% of Y, 0.05-0.10% of Sc, and the balance of Al and other inevitable impurity elements. The amount of each element in the other inevitable impurity elements does not exceed 0.03%, and the total amount of all the other inevitable impurity elements does not exceed 0.15%. The aluminum alloy wire has the advantages of favorable creep resistance, high elongation percentage, favorable bending property and the like, is easy for machine-shaping, and can ensure the stability of the electrical connection.

Retainer means has a pair of retainers that are disposed diametrically opposite sides of a passage way of an annular engaging projection of a pipe, and release arms that are provided on the retainers, respectively. Each of the retainers has a fixing end portion integrally connected to and supported by a pipe retainer portion, and a free end including an engaging portion for snap-engaging with the annular engaging projection. Each of the release arms has a cross-sectional shape for allowing a pressure on the release arm in the other longitudinal direction, when being pressed radially inwardly from outside.

PCT No. PCT / US97 / 16787 Sec. 371 Date Mar. 26, 1999 Sec. 102(e) Date Mar. 26, 1999 PCT Filed Sep. 22, 1997 PCT Pub. No. WO98 / 14106 PCT Pub. Date Apr. 9, 1998A system for the removal of waste from dry toilet bowls (10) and other containers adapted to have a disposable liner sheet (12) comprising an apparatus (16, 18, 20, 36) for forming elastic wads (32) from lengths of liner sheet (12) containing waste and for inserting the wads through a port (28) into a pipe (34), and an arrangement (38) for introducing air pressure into the pipe near the port to propel the wads along the pipe toward the exit (40).

The invention relates to a manufacturing process of a high-strength aluminum alloy ring forge. The manufacturing process comprises the following operation steps of blank purchasing, blank cut-off, heating of the forge, blank forming, machining of an inner hole, heating, broaching of a mandrel supporter, return heating, ring milling, cooling, curing, cold deformation, aging and machining to the required dimension. Through combination of the multiway improving forging technology, the mandrel supporter broaching technology, the lubricating technology, the numerical control ring-milling technology, the high-intensity thermal treatment technology and the cold deformation technology, the problems that an existing aluminum alloy ring forge is low in overall performance, nonuniform in mechanical property, obvious in anisotropism and the like.

A method for treating ischaemic tissue comprising cutting the tissue to form a wound, and locating a sponge-like element (1) structured to receive blood and to comply with the movement of the tissue, in contact with a source of blood whereby the element (1) receives blood from the source of blood to thereby promote tissue growth and angiogenesis throughout and beyond the element (1).

An object of the present invention is to provide an impact absorbing member capable of reinforcing a desired reinforcement object portion. The impact absorbing member includes a long impact absorbing body which absorbs energy at the time of a collision by being deformed itself and a mounting member which is disposed at a reinforcement object portion of the impact absorbing body so that it is deformed along deformation of the reinforcement object portion at the time of the collision and mounted to a mounting object member. When the reinforcement object portion is deformed at the time of the collision, the mounting member is deformed along deformation of the reinforcement object portion. Due to that deformation, the mounting member can reinforce the reinforcement object portion.