246results about How to "Satisfy processing" patented technology

A film deposition apparatus to form a thin film by supplying first and second reaction gases within a vacuum chamber includes a turntable, a protection top plate, first and second reaction gas supply parts extending from a circumferential edge towards a rotation center of the turntable, and a separation gas supply part provided therebetween. First and second spaces respectively include the first and second reaction gas supply parts and have heights H1 and H2. A third space includes the separation gas supply part and has a height H3 lower than H1 and H2. The film deposition apparatus further includes a vacuum chamber protection part which surrounds the turntable and the first, second and third spaces together with the protection top plate to protect the vacuum chamber from corrosion.

The invention provides a plasma processing apparatus aimed at suppressing the corrosion caused by reactive gas and heavy-metal contamination caused by plasma damage of components constituting the high-frequency electrode and gas supply unit. The plasma processing apparatus comprises a processing chamber 1 for subjecting a processing substrate 4 to plasma processing, gas supply means 17, 16 and 11 for feeding gas to the processing chamber 1, and an antenna electrode 10 for supplying high-frequency radiation for discharging the gas to generate plasma, wherein the gas supply means includes a gas shower plate 11 having gas discharge holes on the surface exposed to plasma, and a portion of or a whole surface of the conductor 10 exposed to gas constituting the antenna-electrode side of the gas supply means is subjected to ceramic spraying containing no heavy metal to form a protecting film 12.

The invention discloses a three-dimensional point cloud real-time collecting device comprising a robot, a laser displacement sensor and a real-time robot control system. The laser displacement sensor is arranged at the tail end of the robot through the clamp. The real-time robot control system is connected with the robot and the laser displacement sensor through real-time industrial Ethernet bus and used for enabling reading of the laser displacement sensor to be synchronous with the pose of the robot, one-dimensional measurement is extended to three-dimensional measurement, and then the three-dimension point cloud of a workpiece is obtained through scanning. The invention further discloses a robot polishing path planning method based on the three-dimensional point cloud real-time collecting device. The pose of the robot during planning is planned based on the position information and normal information of the three-dimensional point cloud of the workpiece, the pose of the robot is corrected with a scanning path, and then the polishing path of the robot is formed. The three-dimensional point cloud real-time collecting device and the robot polishing path planning method based on the three-dimensional point cloud real-time collecting device are high in precision and have the advantages of having real-time performance and flexibility, the cost is low, and the requirement for machining of different workpieces can be met.

The present invention is constituted of a lower electrode structure (1) comprising a base table (2) formed of a conductive material, an electrostatic adsorption member (3) formed on the base table (2) and having a dielectric layer (4) on which the substrate to be mounted and within which an electrode (5) electrically isolated from the base table (2) is housed, first wiring (7) having an end connected to the electrode (3) of the electrostatic adsorption member, a direct-current source (8) connected to the other end of the first wiring (7), second wiring (10) having an end connected to the base table (2), a high frequency source (11) connected to the other end of the second wiring (10), a third wiring (14) for connecting the first wiring (7) and the second wiring (10), and a capacitor (13) formed on the third wiring (14). Plasma processing is performed by disposing the lower electrode structure (1) in the chamber (21).

The invention discloses a machining method for a turbine work blade. The machining method for the turbine work blade aims to improve the production quality and production efficiency of the turbine blade and meet the machining and use requirements for the turbine work blade of an aero-engine. According to the technical scheme, the machining process comprises the steps of oil removing, precision positioning of the blade, wax filling, grinding of tenon teeth and the tooth exhaust side, wax removing, melting of low-melting-point alloy, pollutant removing, grinding of the bottoms of the tenon teeth, grinding of a marginal plate and the tooth air inlet lateral face, fluorescent inspection, comprehensive detection, machining of film holes, cleaning and storage. A five-axis numerical control creep feed grinder is adopted, the turbine work blade machining process with the advanced manufacturing technology is achieved, novelty, creativity and practicability are high, the process route is arranged reasonably, the production efficiency is high, the blade machining quality is high, the requirement for production of a large batch of turbine blades can be met, and the machining method can be widely used for machining turbine work blades of aero-engines.

A serrated kneading disk including a body having a perimeter that is an ellipse having truncated ends, the curved elliptical portions forming flanks and the truncated ends forming crests. The crests are curved to form the arc of a circle having a radius substantially the same as the radius of the bore of the extruder barrel with which the disk is to be used. The disk body has a cylindrical passageway extending through the middle thereof, the passageway having a configuration adapted to allow the kneading disks to be lockingly engaged on the shaft of an extruder screw. A plurality of grooves are formed in the flanks and crests. A serrated kneading block can be formed from a plurality of the serrated kneading disks, or formed as a single body having a plurality of lobes, each lobe being substantially identical to the serrated kneading disk.

A method, including: receiving a software requirement; and constructing a workflow template that can satisfy the software requirement, wherein the workflow template comprises a plurality of processing stages, wherein each processing stage includes at least one component class and each component class includes at least one component, and wherein an output of each processing stage is described by a processing goal pattern that is described by a set of tags and facets.

The invention discloses a multi-stage angle-variable machining tool, which aims to provide an angle-variable swing angle workbench with the advantages of simple structure, easy operation and low cost, and the workbench not only can guarantee the machining quality of a multi-angle part, but also can aid ordinary numerical-control machining equipment to complete the task for machining the multi-angle part. The free ends of a swing angle workbench (1) are rotatablely connected to the step fitting surfaces of two step boss supporting seats (2) symmetrically arranged on the same surface of numerical control machines (6) by rotating shaft holes of fixed seats (3) fixedly connected to the surfaces of the numerical control machines (6), so that the swing angle workbench (1) can keep a required angle with the surfaces of the numerical control machines (6); and the bottoms of the step boss supporting seats (2) on both sides of the free ends of the symmetrical swing angle workbench (1) are also provided with a positioning key which can move only along the same key groove of the surface of the machine. The invention is applicable to be installed on the surface of a numerical control machine which can not perform swing angle machining, for machining slide blocks with various angles.

A method for constructing a processing request so that an information processing application satisfying the processing request can be assembled, includes: inputting a processing request, wherein the processing request includes a goal that is represented by a graph pattern that semantically describes a desired processing outcome; and assembling a processing graph that includes at least one component that satisfies the desired processing outcome, wherein the processing graph is assembled by associating the graph pattern that semantically describes the desired processing outcome with a graph pattern that semantically describes an applicability condition of the at least one component or a graph pattern that semantically describes an inclusion effect of the at least one component.

The invention relates to a full closed-loop numerical control gear shaper for large-scale hydraulic main drive cutting, comprising a rotary table, a shaper body assembly, an intermediate shaper body assembly, a stand column, a cutter relieving mechanism, a cutter rest mechanism, a numerical control system, a hydraulic system, a lubricating system and a cooling chip removing system. Serve motors are arranged on both sides of the rotary table and are connected with a worm gear motion pair through a shaft coupler to form a dual-driving mechanism of the rotary table; a cutter shaft of the cutter rest mechanism is driven by a hydraulic cylinder to do reciprocating motion; a motor base of the cutter rest mechanism is provided with a servo motor; and the cutter relieving mechanism is provided with camshafts of a conjugate dual cams to connect and drive the servo motor. The invention has the advantages that the gear shaper adopts the servo hydraulic cylinder to drive to provide reciprocating motion of the cutter shaft, adopts a torque motor to provide the rotary motion of the cutter shaft and adopts the servo motor to drive the cutter relieving mechanism to meet the processing requirement of large-scale precise gears; the rotary table bears heavy load and has high operation stability; the processing range, the stroke length and the cutting force are enlarged; the processing precision is high; and the processing flexibility adaptability is strong.

An operating arm (12) supported on a movable body (3) is operated to move downwards, and a supporting body (14) located on the front end section of the operating arm (12) is rotated about an axis in the lateral direction of a processing line (L), whereby a conveyance object (M) supported on the supporting body (14) is immersed in a processing liquid in a processing liquid tank (1) and processed by the same. Furthermore, the conveyance object (M) is removed from the processing liquid, during which operation the supporting member (14) is rotated in accordance with the shape of the conveyance object (M), thereby controlling the angle of the conveyance object (M) upon introduction into the processing liquid, the angle of the conveyance object (M) during immersion in the processing liquid, and the angle of the conveyance object (M) upon removal from the processing liquid.

The invention provides a conductivity adjustable atomizing medium electric spark discharge ablation and electrolytic combined machining method which is characterized in that during the electric spark induced ablation machining, an insulated working medium used by electric spark discharge is replaced by electrolyte and forms an atomizing medium with an inflammable (combustion-supporting) gas such as oxygen to be sprayed into the machining area, the aim of controlling the conductivity of the atomizing medium is achieved by adjusting the proportion of the gas and the electrolyte during the machining, and a machining manner of mainly taking discharge induced ablation machining, or discharge induced ablation and electrolytic machining, or electrolytic machining can be realized at different stages of the whole machining process based on the machining needs or stage requirements, and the machining improves the machining efficiency through ablation, or takes the machining efficiency and surface quality into account, or removes a surface degenerating layer. The aims of initial high efficiency machining based on machining needs during the whole machining process and degenerating layer reduction or removal at the end are achieved. The machining manner can be applied to milling of conductive materials and machining of deep blind holes.

Disclosed is a double-faced pressure-sensitive adhesive tape which includes a foam substrate, one pressure-sensitive adhesive layer arranged on or above one side of the substrate, and another pressure-sensitive adhesive layer arranged on or above the other side of the substrate. The adhesive tape has a total thickness of 250 μm or less. The adhesive tape is thin but highly waterproof (sealable against water). The adhesive tape preferably has a tensile strength of 0.5 to 20 MPa for further superior processability.

The invention discloses a universal fixture for processing a plate spring inclined hole of a heavy-duty automobile front axle. The universal fixture comprises a substrate, a left graduated disk assembly and a right graduated disk assembly respectively arranged on the left end and the right end of the substrate, and a cross beam surface plate with two ends being respectively connected with a left graduated disk and a right graduated disk. The universal fixture is characterized in that a left positioning seat assembly is matched and connected onto the left end part of the cross beam surface plate; and a right positioning seat assembly is matched and connected onto the right end part of the cross beam surface plate. The universal fixture can ensure each part to be standard and universal, and not only can meet the requirement of processing of workpieces with different heights and different lengths, but also can meet the requirement of processing of plate spring holes of workpieces with different included angles.

A delivery system for introduction of a starter culture directly into a dairy process line, comprising a sealed enclosure having outlet means for connecting the enclosure to the process line, the sealed enclosure containing the starter culture and/or milk clotting enzyme. The system can be used to introduce a dairy starter culture directly into a closed dairy process line without risk of contamination.

An etching method etches an organic film by using an inorganic film as a mask at a high etch rate, in a satisfactory etch profile in a satisfactory in-plane uniformity without causing the inorganic film to peel off. An organic film formed on a workpiece is etched by using an inorganic film as a mask with a plasma produced by discharging an etching gas in a processing vessel (1). The etching method uses a mixed gas containing NH₃ gas and O₂ gas for etching the organic film when the organic film is to be etched in a pattern having an opening ratio of 40% or above. The etching method uses NH₃ gas as an etching gas for etching the organic film when the organic film is to be etched in a pattern having an opening ratio below 40%.

The invention discloses a photo-thermal cooperatively controllably degradable high-molecular composite mater batch and a preparation method thereof. The master batch comprises the components in parts by weight: 0.5-4 parts of a photo-thermal sensitive catalyst, 80-95 parts of a high-molecular material, 0.1-2 parts of an anti-oxidant and 0.025-0.2 part of a coupling agent. The preparation method comprises: mixing metal oxides, grinding finely and performing high-temperature sintering to obtain the photo-thermal sensitive catalyst; performing surface activation on the photo-thermal sensitive catalyst by employing the coupling agent; and then beforehand mixing with the anti-oxidant and the high-molecular material, then performing extrusion by a double screw extruder, cooling and granulating to obtain the master batch. The master batch provided by the invention is capable of regulating the degradation induction period and expanding the application scope by adding the master batch into synthetic high molecules according to different ratios.

The invention discloses UV gravure RFID printing ink and a preparation method thereof; the UV gravure RFID printing ink comprises, by weight:10-30 parts of petroleum resin, 10-30 parts of acrylic acid prepolymer, 0.1-1 part of a polymerization inhibitor, 5-12 parts of a photoinitiator, 5-10 parts of pigment, 1-5 parts of a dispersant, and 20-50 parts of acrylic acid monomers. The UV gravure RFID printing ink of the invention has the following beneficial effects: the printing ink is suitable for gravure press and flexo-graphic machines, is instantly dried by an ultraviolet lamp, which greatly increases the working efficiency. After dried, the printing ink can resist strong acid etching; the concentration of the etching acid can be adjusted at will; the etching solution temperature can be increased; the etching time can be increased; and thus processing of various RFID labels can be met. After drying and etching, the printing ink is easy to be washed by alkalis, and a 3% NaOH solution can remove the ink within 5-20 seconds. The line surface is effectively maintained to be clean and free of printing ink residues, and thus the final product quality is ensured.

A substrate holding/rotating device includes an urging unit, urging support portions of movable pins to either an open position or a hold position, first and second driving magnets, mounted in correspondence to respective movable pins of respective first and second movable pin groups and having mutually opposite magnetic pole directions, a first moving magnet, for urging the support portions of the first movable pin group to the other of either the open position or the hold position, and a second moving magnet, for urging the support portions of the second movable pin group to the other of either the open position or the hold position.

The invention relates to a high-rigidity hard-guide-rail inclined numerical control lathe which comprises a lathe body, a spindle box device, a main motor, a hydraulic tailstock device and a power tool turret mechanism. The lathe body is a split lathe body inclining by 45 degrees, the spindle box device is arranged at one end of the lathe body and connected with the main motor arranged on the lathe body in an inclined manner, the hydraulic tailstock device is arranged at the other end of the lathe body, and the power tool turret mechanism is arranged between the spindle box device and the hydraulic tailstock device. The high-rigidity hard-guide-rail inclined numerical control lathe is high in rigidity, machining efficiency and chip removing capability, easy in tensioning of a belt and capable of automatically programming rotating speed of a spindle for automatic gear shifting according to a machining process, meets needs on machining high-accuracy parts well, is suitable for most machining enterprises and has high practical value and popularization value.

The invention discloses a pitching direction-rotating heliostat model for wind tunnel test, which is composed of a mirror surface reflector plate (1), a rotating device (2), a rotating shaft (3), a vertical prop (4) and a support member (5), wherein all the components are made of organic glass. The mirror surface reflector plate (1) is formed by jointing flat plates (13) and (14), pressure testing holes (12) are uniformly and symmetrically distributed on front and rear surfaces of the mirror surface reflector plate (1) in order to conduct the measurement for wind pressure distribution and pulsation characteristics. The rotating device (2) is composed of a positioning plate (9) and a flange rotating disc (8), a positioning bolt hole of the positioning plate (9) is linked with a scale slot (19) of the flange rotating disc (8) via a positioning screw (7), the positioning screw (7) can freely slide in the scale slot (19) from 0 degree to 90 degrees so as to lead the model to perform the pitching rotation. The support member (5) is manufactured in the detachable form.

An image forming apparatus including an image carrying belt which has volume resistance from 10⁷ Ωcm to 10¹² Ωcm and carries an image, a roller around which the image carrying belt is wound and which drives the image carrying belt, a transfer roller which includes a transfer material gripper which grips a transfer material which is disposed in a concaved portion of the transfer roller and which comes into pressing contact with the roller with the image carrying belt interposed therebetween so as to transfer the image carried by the image carrying belt to the transfer material, a bias applying unit which applies a transfer bias to the roller, and a ground unit which electrically grounds the transfer roller.

The invention discloses a multi-functional machine tool. The multi-functional machine tool comprises a machine tool body, wherein an engaging cavity is formed in the machine tool body in a fixed mode,a main motor is fixedly arranged in the inner wall of the left side of the engaging cavity, a main transmission shaft extending into the engaging cavity is connected to the right end of the main motor in a driving cooperation mode, a first bevel gear is fixedly arranged on the main transmission shaft, and a second bevel gear is engaged with the upper side of the first bevel gear; the level of themachining accuracy of the machine tool is an important index to measure the developing degree of the national manufacturing industry, how to improve the machining accuracy of the machine tool is therefore a problem technical personnel need to solve currently. In the prior machining art, lathing a shaft shoulder by using lathing operation, milling a key slot by using milling operation are usuallyused when shaft parts are machined, but lathing and milling are two different machining processes of the machine tool, after a machining process is completed, a workpiece needs to be dismounted and then be mounted onto another machine tool to be machined, and because of the existence of an operation of re-fixing the workpiece during the process, new machining errors are generated.

Method and plant to make tesserae (11) for glass mosaic, containing ornamental metal foil (14) inside. The method comprises the steps of positioning a first glass strip (30), with a metal foil (14) associated above, on a work plane (20) including first molding means (22), localized heating of the work plane (20) to obtain a softening of the first glass strip (30), casting a quantity of glass onto the metal foil (14), pressing the semi-worked product (29) in its plastic state, and molding the semi-worked product (29) to define the contours of the tesserae (11), by means of cooperation between second molding means (19) and the first molding means (22). One or more of the steps are performed sequentially in at least one work station (40-49).