2624 results about "Manufacturing efficiency" patented technology

A micro-actuator is comprised of a piezoelectric motor mounted on a flexure tongue with offsetting hinges, to perform a fine positioning of the magnetic read/write head. The substantial gain in the frequency response greatly improves the performance and accuracy of the track-follow control for fine positioning. The simplicity of the enhanced micro-actuator design results in a manufacturing efficiency that enables a high-volume, low-cost production. The micro-actuator is interposed between a flexure tongue and a slider to perform an active control of the fly height of the magnetic read/write head. The induced slider crown and camber are used to compensate for thermal expansion of the magnetic read/write head, which causes the slider to be displaced at an unintended fly height position relative to the surface of the magnetic recording disk. The enhanced micro-actuator design results in reduced altitude sensitivity, ABS tolerances, and reduced stiction. The controlled fly height of the magnetic read/write head prevents a possibility of a head crash, while improving the performance and data integrity.

The present invention provides biochips for ion transport measurement, ion transport measuring devices that comprise biochips, and methods of using ion transport measuring devices and biochips that allow for the direct analysis of ion transport functions or properties. The present invention provides biochips, devices, apparatuses, and methods that allow for automated detection of ion transport functions or properties. The present invention also provides methods of making biochips and devices for ion transport measurement that reduce the cost and increase the efficiency of manufacture, as well as improve the performance of the biochips and devices. These biochips and devices are particularly appropriate for automating the detection of ion transport functions or properties, particularly for screening purposes.

The invention discloses a 3D printing manufacturing device and method of metal parts. The 3D printing manufacturing device and method aim to efficiently manufacture the metal parts. The 3D printing manufacturing device of the metal parts comprises a laser system, a powder laying system, an atmosphere protecting system, a heating system and a computer control system. The 3D printing manufacturing device further comprises a closed work cavity, a forming cylinder is arranged inside the work cavity, and the laser system is arranged above the forming cylinder; the powder laying system is arranged on the upper side of the work cavity; one side of the work cavity is provided with the atmosphere protecting system, and the bottom of the forming cylinder is provided with the heating system; the lower side of the forming cylinder is provided with a driving device; one side of the work cavity is provided with a vacuum pump; the computer control system comprises a computer which is connected with a control card of the driving device and a control card of the laser system through data wires. According to the 3D printing manufacturing device and method, the metal parts of any structures can be directly manufactured, digital manufacturing from 3D digital models to part entities is achieved, and processing and manufacturing efficiency and the material using ratio of aluminium alloy parts of complex structures can be greatly improved.

Methods and systems for developing and manufacturing componentized drug product precursor modules that can be simply assembled to create customized drug products are disclosed. Each module contains components of a final drug product (e.g., active pharmaceutical ingredients, nutritional ingredients, and/or excipients) in a fixed mixture selected to maximize desired pharmaceutical characteristics (e.g., stability, manufacturing efficiency) and minimize cost. The modules can be extensively tested for quality and assembled immediately, or at a later time, in multiple combinations to customize the final drug product characteristics (e.g., multiple active ingredients, doses, flavor, viscosity, etc.) to meet individual patient/consumer needs and/or preferences while assuring high quality. Permitted combinations may be maintained in a database to enable networked drug product selection, prescribing, and ordering. Each resulting customized drug product dose can be labeled to facilitate compliance and reduce the number of drug products administered per day.

A filter medium for use in filtering a mobile fluid made from at least a bicomponent fiber. Other fibers, particles, or other materials can also be entrained in the filter medium. The filter medium has a substantial thickness compared to filters of the prior art. The fiber length and diameter dimensions are selected to obtain desired filter characteristics including thickness, basis weight, pore size, filtration efficiency, pressure drop, burst strength, and manufacturing efficiency. Further, a multilayer filter medium can be provided with ease. Each layer can have a different composition, pore size, basis weight, and so forth, thus providing the ability to build multiple functionality into the filter media of the invention.

Disclosed is a feature-based numerical-control method for processing and manufacturing complicated parts. The feature-based numerical-control method includes expressing features on the basis of a body and an object-oriented process; expressing geometrical and technological information of a part in an integral manufacturing procedure on the basis of the features; utilizing the features as carriers of manufacturing knowledge and experience to implement effective integration and closed-loop control for information of manufacturing stages of designing, processing, detecting and the like; and carrying out automatic technological decision, automatic numerical-control programming, post-processing, control for a processing procedure, online detection, technology optimization and working hour prediction on the basis of automatic feature identification and the features. The feature-based numerical-control method has the advantages that information links are effectively connected with one another in the processing procedure, the manufacturing procedure is automatic and intelligent, dependence on manual experience is reduced in the manufacturing procedure, production management for the manufacturing procedure is facilitated, the manufacturing efficiency is improved, and the production cost is reduced.

The invention discloses a mould for manufacturing a fissure surface of a rock like test block. The mould comprises a sliding groove, a sheet steel locating rod, a protractor, a sliding rod and a sheet steel, wherein the sliding groove is a long strip type metal component provided with a straight groove hole; the sheet steel locating rod is a metal rod; the sliding rod is a metal rod marked with ascale; a sheet steel fixing sheet is a hard sheet provided with a notch and stuck on the bottom surface of the test block mould; the sliding groove is fixed on the top of the side wall of the test block mould; the sheet steel locating rod is fixed above the sliding groove; the circle centre of the protractor passes through any bolt and is fixed above the sheet steel locating rod; the sliding rod passes through holes at two ends of the sheet steel locating rod and is vertical to the sheet steel locating rod; one end of the sheet steel is fixed in a through groove of the sheet steel locating rod; and the other end of the sheet steel is clamped in the notch of the sheet steel fixing sheet. The mould disclosed by the invention is capable of conveniently and rapidly adjusting parameters of thefissure surface of the test block, such as an inclination angle, an interval, a communication rate and the like. The mould is easy to process and can be repetitively utilized, thus, the manufacture efficiency and the precision of the test block are increased.

A frame structure and a method of manufacturing a body frame that is divided into small assemblies to facilitate the carriage and storage of articles and individuals and the manufacturing efficiency. A body frame is divided into three, namely, a front assembly having a closed loop structure, an engine support system assembly having a closed loop structure and a rear suspension support system assembly having a closed loop structure. The front assembly and the rear suspension support system assembly are connected to the engine support system assembly to form the body frame. The small assemblies have a closed loop structure whereby the rigidity is enhanced, and the shape is also stabilized. Therefore, the accuracy management can be performed.

The invention relates to a quickly shaped diatomite composition with high strength and high function and a manufacturing method thereof. The composition comprises 100 portions of diatomite, 0 to 1,000 portions of stuffing, 50 to 300 portions of adhesive, 0 to 30 portions of antibacterial agent, and 0 to 30 portions of shaping and processing aid. Formulation and shaping manufacturing technology ofthe diatomite composition radically solve the problems that a common diatomite product has long producing and shaping period and low manufacturing efficiency; and the obtained product has the advantages of good mechanical property, light weight and low formaldehyde release, and has good functional properties such as flame retarding, water proofing, bacteria resistance and the like. The diatomite composition is applied to be manufactured into plates and profiles, can replace wood and artificial boards, and is used for products such as indoor and outdoor ornaments, office and household furniture, furniture components, acoustics, internal ornaments of vehicles, wall panels, security doors, wall boards, partition wall boards, packing materials, bed boards, floor, solid door frames, shutters, and the like.

A dynamic manufacturing system such as for the additive manufacture of a fabrication item with multiformative capabilities presents a processor (29) that can refine movement, instructions, or data to achieve greater manufacturing efficiency and substantially uninterruptive change between formative process elements (24) or capabilities with simple user input (28) or indications. Optimization of movements, deposition of material, positioning, variant repositioning for next item layers during fabrication are provided in manners where the functions can be self contained such as in a 3D printer or the like and can be accomplished without significant interruptions to traditional processing times or even in shorter times through the improved transformations.

A face mask manufacturing machine includes a platform, a first-side edge fusion module, a second-side edge fusion module, a folding device, and a center line fusion module. The first-side and second-side edge fusion modules and the center line fusion module each comprise a pneumatic cylinder, which is operatively coupled to automatic control facility for carrying out automatic operation to thereby reduce the labor needed for operating fusion facility and enhance manufacturing efficiency.

The invention relates to a method for manufacturing electroplating diamond wire saw. The invention has main features as follows: firstly, winding the metal lines on a string releasing wheel, continuous operating the metal lines, completing the fore treatment, pre-plating, sanding and thickening procedures, and finally winding the metal lines on a string receiving wheel to complete the electroplating process, wherein, the pre-plating, sanding and thickening procedures are completed in a same electroplating bath; sanding is completed by annular feather belt subsequent rotated in the electroplating bath; the diamond grinding medium in the plating solution is suspended in the plating solution under the mixing function, and naturally depositing on the annular feather belt; and the linear velocity passing through the annular feather belt and the metal lines of the annular feather belt are identical, so the diamond grinding medium on the metal lines and the annular feather belt has a definite relative still time, to ensure sanding time. The invention uses annular feather belt to perform sanding, improves sanding efficiency, improves the manufacturing efficiency of electroplating diamond wire saw and reduces the manufacturing costs.

The invention relates to a method for producing a box beam/column with a steel structure, comprising the following steps: (1) numerically controlling web plates, blanking based on the size of a partition plate and processing to form a bevel outlet; (2) assembling spot welding lining plates on the backs of the web plates and the partition plate; (3) assembling cover plates and two of the web platesto form a U-shape groove on a box assembling machine; (4) placing the partition plate in the formed U-shaped groove and welding three sides of the partition plate; and (5) assembling the cover platesand welding attachment welds between every two cover plates. The method solves the problem that the box beam/column cannot produce when no special electroslag welding equipment is provided, what is more important, the method solves the problem that welding is difficult by adopting the electroslag welding when the thickness of a wall panel of the beam/column is below 18 mm during multi-layer buildings are built. By adopting the method, the processing process is simplified, the component quality and the manufacture efficiency are greatly improved, favorable economic and societal values are achieved, and polarization and application are easy.

To improve the performance of a rare-earth magnet, it is effective to use a low-oxidized powder having a small grain size. One objective of the present invention is to provide a method for manufacturing a sintered rare-earth magnet having a magnetic anisotropy, in which a very active powder having a small grain size can be safely used in a low-oxidized state. Another objective is to provide a method capable of efficiently manufacturing products having various shapes. In a weighing and loading section 41 and a high-density loading section 42, a fine powder as a material of the sintered rare-earth magnet having a magnetic anisotropy is loaded into a mold until its density reaches a predetermined level. Then, in a magnetic orientation section 43, the fine powder is oriented by a pulsed magnetic field. Subsequently, the fine powder is not compressed but immediately sintered in a sintering furnace 44. The present method enables the mass-producing machine to be simple in its operation and its housing to be accordingly smaller, so that it will be possible to eliminate the danger of oxidization or burning of the powder, which has been a serious problem for a conventional method that uses a large-scale die-pressing machine. Furthermore, the manufacturing efficiency can be improved by using a multi-cavity mold for manufacturing a sintered rare-earth magnet having an industrially important shape, such as a plate magnet or an arched plate magnet.

The invention discloses a combination manufacturing method and device for an injection mold with a conformal cooling water path. The device comprises a light beam focusing system, a close wave length coaxial vision positioning system, a powder pavement system and a gas protection system. The gas protection system comprises a sealed forming chamber, a shielding gas device and a powder purification device, wherein the shielding gas device is connected to one side of the sealed forming chamber, and the powder purification device is connected to the other side of the sealed forming chamber. The method is a combination processing method combined with the laser region selection fusion technology and the precision cutting processing technology, the advantages of the laser region selection fusion flexible processing are retained, and the feature that the precision of the high-speed cutting processing is good is given to play. In the process of region selection laser fusion processing, laser surface refusion processing is carried out on each layer, and the compactness and the surface quality of the mold are improved. The technique of density changing rapid manufacturing is adopted, and manufacturing efficiency is improved. Precision mold components with the interior special-shape cooling water path and the complex inner cavity structure can be integrally processed at a time.

An object is to provide a method for manufacturing a resin laminate IOU, the method being capable of achieving satisfactory reduction in weight and wall thickness while ensuring manufacture efficiency and product quality. To accomplish the object, a resin laminate manufacturing method includes a step of providing a pair of split mold blocks one of which has a cavity provided with a plurality of protrusions each extending toward the other one, and preparing two molten thermoplastic resin sheets each having a thickness adjusted, a step of feeding the two molten thermoplastic resin sheets between the pair of split mold blocks with a predetermined gap left therebetween such that each thermoplastic resin sheet protrudes around annular pinch-off parts, a step of forming a hermetic space between one of the sheets and the cavity of the one mold block opposed to an outer surface of the one sheet, a step of sucking air in the hermetic space from the one mold block side, pressing the outer surface of the one sheet against the cavity of the one mold block to shape the one sheet, and forming cup-shaped portions, and a step of clamping the pair of mold blocks, welding peripheral edges of the two molten thermoplastic resin sheets to each other, and welding the bottoms of the cup-shaped portions formed on the one sheet to an inner surface of the other sheet. According to this method, in the resin laminate thus manufactured, the two sheets are substantially equal in thickness to each other.

The invention discloses a light emitting diode (LED) pixel unit device structure. Three blue LED chip units which are connected with one another through the same substrate and electrically isolated from one another are inversely assembled with one another, so a package area is reduced and the resolution of an LED display screen is improved; the structures of the LED chip units are the same; greenfluorescent powder and red fluorescent powder are coated on two of the LED chip units respectively, so the two LED chip units can emit green light and red light respectively; therefore, during use, the attenuation of the LED chip units are consistent, and the color consistency of the display screen is enhanced. The invention also discloses a preparation method of the structure. An LED module is inversely arranged on a heat conducting substrate, so steps of chip bonding and gold line bonding are omitted, the cost is reduced, manufacturing efficiency is improved, the problem that a welding diskand a lead wire in an LED package block light is solved, the light emergent efficiency of an LED is improved greatly, package space is saved, and the LED package can be further miniaturized and integrated.

Electric motor components, such as a plurality of electromagnetic poles of an annular stator, are formed of soft magnetic composites comprising compacted, electrically isolated iron alloy particles. Embodiments comprise predetermining particular alloy compositions and processing conditions, such as compaction pressures and temperatures, and post compaction heat treating temperatures and atmospheres, for an intended mode of operation, thereby improving manufacturing efficiency and reliability in tailoring soft magnetic composite components for particular design situations.

The invention belongs to the field of intelligent compound material increasing and decreasing manufacturing, and discloses an online layered detection material increasing and decreasing compound manufacturing method. The online layered detection material increasing and decreasing compound manufacturing method comprises the steps that (1) a three-dimensional model of a to-be-formed part is established and transformed into an STL model, the STL model is sliced, theoretical shape data of each layer are obtained, and a material increasing processing path and a material decreasing processing path of each layer are preset; (2) a plurality of cladding channels are formed according to cladding forming of the material increasing processing path of the current layer, the multiple cladding channels form the current cladding layer, section shape information of the cladding channels is collected in real time while cladding forming is conducted and subjected to data processing, and the shape of thecurrent cladding layer is obtained to assist planning the material increasing and decreasing paths; and (3) the step (2) is repeated, cladding forming of each layer is completed, so that manufacturingof the whole part is completed. According to the online layered detection material increasing and decreasing compound manufacturing method, the problem that past manufacturing and measuring separation have no real-time feedback and have deviation in the manufacturing process is solved, the manufacturing efficiency and manufacturing precision are improved, and the online layered detection materialincreasing and decreasing compound manufacturing method adapts to layered formed material increasing manufacturing.

The invention discloses a display panel and a display device, and belongs to the technical field of display. The display panel includes a first substrate which includes a display area and a non-display area around the display area; the display area includes a plurality of first touch electrodes and a plurality of first touch electrode lines; the non-display area includes a first frame area and a second frame area, the first frame area includes a binding area, and the binding area includes a plurality of conductive bonding pads; the first substrate further includes a test circuit, and the testcircuit includes test wiring lines and a test transistor; the test transistor is disposed in the second frame area; one ends of the test wiring lines include signal input ends, and the signal input ends are disposed in the first frame area; at least one test wiring line extends from the second frame area, sequentially passes through the second frame area, the display area and the first frame area,and is disposed in the same layer as the first touch electrode lines. Compared with the prior art, the frame narrowing of the display panel is facilitated and the manufacturing efficiency of the display panel is improved.

The invention discloses a touch screen, a manufacturing method of the touch screen and a display device. The method comprises the following steps that patterns of a touch control electrode layer are formed on a base plate; patterns of an insulation layer are formed on the touch control electrode layer; and then, patterns of a bridge connection layer and peripheral wires are formed on the insulation layer through a one-step picture composition process. The picture composition of the bridge connection layer and the peripheral wires is simultaneously completed in the one-step picture construction process, the number of picture composition times in the manufacturing process is reduced, the manufacturing efficiency of the touch screen is improved, and the production cost is reduced.

The invention relates to the technical field of liquid crystal display and provides a color filter and a preparation method thereof. The color filter comprises a glass substrate and a plurality of color film layers formed on one surface of the glass substrate; in the color filter, color sub-pixel areas are formed by the color film layers which are completely reserved; black matrix areas are formed by stacking the color film layers which are locally reserved in turn and are located at the edges of the color sub-pixel areas, thereby separating the color sub-pixel areas; spacer areas are formed by stacking the color film layers which are completely and/or locally reserved in turn and are located at one corners of the black matrix areas; and spacer graphics are formed by the outermost color film layers of the spacer areas. In the color filter provided by the invention, only one stacked structure of the color film layers is adopted for realizing all the functions of a common color filter; the color filter is simple in structure; the processes of black matrixes, protective film layers and spacer film layers are omitted, so that the manufacturing efficiency is increased; and about a half of the cost of the manufacturing materials is saved.

The invention provides an Animation production method, device and apparatus and a storage medium. The method comprises the steps of: collecting character images including limb movement; selecting keypoints from the character images; establishing a mapping relationship between the key points and the target points of the virtual model; converting coordinate change information of the key points in Nconsecutive frames of character images into coordinate change information of the target points, wherein N is a natural number greater than 1; according to the coordinate change information of the target point, driving the virtual model to generate an animation. The invention can directly drive the virtual model to generate a segment of animation according to the character image including the limbmovement, and has the advantages of simple manufacturing process and high manufacturing efficiency.

The invention presents a new practical LED assembly and LED string assembly. The invented LED package includes an LED, a lamp cover, a lamp holder, wire connections, and a plug. The LED with its electrical connections is inserted and positioned in the lamp cover/lamp holder subassembly. The bottom opening of the lamp holder and the exit path of the wires are sealed by a plug. Compared to the conventional LED string manufacture procedures using injection modeling, the new assembly uses discrete components that make the LED assembly components standardized and replaceable, and dramatically reduce production cost and improve manufacture efficiency. Because the new assembly structure is tightly attached and hence discouraging any unauthorized removal of the expensive LED lamps from the strings.

The invention discloses an electric arc additive manufacturing method which comprises the following steps of (1) selecting a corresponding heat source type, a forming wire material, and a material type of a base plate according to the material requirement of a forming target part; (2) building a computer-aided design (CAD) geometric model of the forming target part, extracting a standard templatelibrary (STL) model, slicing the STL model, generating a G code file required for printing, and transmitting the G code to a printer; (3) setting printing parameters, starting the printer, and printing metal thin layers according to a planned route layer by layer; and (4) after finishing printing all layer sheets through the printer, carrying out arc failure through a welding gun, and obtaining the forming target part. An additive piece printed through the method provided by the invention is less in error and flawless, has the advantage of good surface quality, and is stable in process, high in dimensional accuracy and surface quality, short in processing period, and low in cost at the same time; the printing process is in closed-loop control, so that the automation degree is high, and thelabor intensity of operating personnel can be reduced; and continuous manufacturing can be realized, and the manufacturing efficiency is high.

The invention discloses a multi-point flexible positioning tool which comprises a plurality of rectangular coordinate type flexible support die blocks and a base, wherein the plurality of rectangular coordinate type flexible support die blocks are arranged and fixed on the upper surface of the base; an X-direction sliding panel in each rectangular coordinate type flexible support die block is driven by a driving mechanism to do straight reciprocating motion along an X-direction straight guide track; and a Y-direction sliding panel in each rectangular coordinate type flexible support die block is driven by the driving mechanism to do straight reciprocating motion along a Y-direction straight guide track. The multi-point flexible positioning tool can ensure precise positioning of a thin-walled curved part, rapidly form an optimal support array which is matched with the surface of the part according to three-dimensional information and machining information of the thin-walled curved part to be clamped under the control of a computer control unit, and alleviate the deformation of a workpiece which is stressed and heated in a machining state, thus improving the manufacturing quality and the manufacturing efficiency of the part; and moreover, the tool can also be taken as an assembling tool to assemble the thin-walled curved part, and can effectively improve the machining efficiency and the machining quality of the part.

The invention discloses a printing type paper microfluid chip and a manufacture method thereof. The chip comprises one or an integrated component of a paper base, an electrode formed by conductive metal ink, a heater, a thermosensitive sensor, a photosensitive sensor, a magneto-dependent sensor, a piezoelectric sensor, a humidity-dependent sensor, an electrochemical sensor and an electrode array electric wetting pump. The printing type paper microfluid chip and the manufacture method thereof provided by the invention have the advantages that a low-melting-point liquid metal ink is introduced, sensor pieces arranged on the whole chip can be directly manufactured in a printing manner, so that the chip is obtained; the chip is finished in a preparation process under the normal temperature and normal condition, the common biodegradability paper is adopted as a base, the environmental requirement is not high, the complexity of the preparation technology of the microfluid chip is remarkably reduced, the manufacture efficiency is greatly improved, and the cost is reduced.

A reflective sheet with a dot-cut pattern for preventing both bright line and bright spot, and a method of manufacturing the same, is provided. The reflective sheet and method of manufacturing the same may be capable of reducing a manufacturing cost and also improving a manufacturing efficiency. The reflective sheet may include a bottom part including a hole for exposing a light source, the bottom part provided on a bottom surface of a cover bottom; a lateral part extending from the bottom part, the lateral part provided at a lateral surface of the cover bottom; a half-cut pattern formed in the boundary between the bottom part and the lateral part; and a plurality of dot-cut patterns formed at the lateral part.

The invention provides a photo-curing 3D forming system adopting an LED array micro-projection light source. LEDs in the LED array light source are equidistantly distributed in the y direction and equidistantly staggered in the x direction. Lower LED array light sources are gathered to form a micro-projection beam array with dense distribution through a lens array group and a photomask plate to facilitate quick scanning and curing of a part model with small structural size. Moreover, single LEDs in the LED array light source are independently controlled through computer-single chip microcomputer parallel communication, the number of LEDs needing to be driven in the LED array light source is regulated in real time through a computer according to two-dimensional section information of each layer in the scanning process, and the scanning and curing are finished with an X-Y mobile platform controlling the micro-projection beam array to move in the X-Y horizontal direction. By taking original photo-curing 3D forming equipment as an application basis, the photo-curing forming system can improve the manufacturing efficiency and reduce the cost while guaranteeing the prototype manufacturing accuracy.

A main object of the present invention is to provide a polarizing plate having a good polarization performance, capable of being reduced in thickness, and showing excellent manufacturing efficiency. To attain the above mentioned object, the present invention provides a polarizing plate comprising: a base material; a resin layer formed on the base material and having concave portions or convex portions formed in a pattern on its surface; and a polarizing layer formed on the resin layer and comprising a tabular dye.