276results about How to "Reduce production man-hours" patented technology

The invention provides a solid-state lithium ion electrode, a solid-state lithium ion battery and a preparation method of the solid-state lithium ion electrode. The solid-state lithium ion battery electrode is composed of a metal current collector, and an active material, a conductive agent, solid electrolyte and a binder, which are attached on the current collector. During the electrode manufacture, the slurry containing the active material and the like is coated on the current collector, the method is suitable for continuous and batch production compared with a deposition method and a compression powder method.

The invention provides a cable connector component and a manufacturing method thereof. The cable connector component comprises an insulation body, a plurality of conductive terminals, a plurality of wire cables and a cable management component. The conductive terminals are fixed on the insulation body and arranged in an upper row and a lower row; the wire cables are electrically connected with the corresponding conductive terminals; and the cable management component is used for arranging wires. The cable management component comprises an upper cable management plate and a lower cable management plate, which can be assembled as whole; the upper surface of the upper cable management plate is provided with a plurality of convex strips which protrude upwards and extend in the wire extension direction, thereby forming a plurality of wire holding grooves which are separated by the convex strips and used for holding and arranging the wires which are electrically connected with the upper rowof conductive terminals. The lower surface of the lower cable management plate is provided with a plurality of convex strips which protrude downwards and extend in the wire extension direction, thereby forming a plurality of wire holding grooves which are separated by the convex strips and used for holding and arranging the wires which are electrically connected with the lower row of conductive terminals. Owning to the structure, the invention can effectively reduce the difficulty in the cable management, reduce the manufacturing time and facilitate the separate removal of the insulation coatings of each layer of wires, and is beneficial to reducing the height of the whole cable management component.

The invention discloses a metformin hydrochloride enteric-coated tablet, which comprises a tablet core and an enteric-coated layer. The tablet core is prepared by the following raw materials by weight: 100 parts of metformin hydrochloride, 3-5 parts of povidone K30, 8-12 parts of 75% ethanol water containing 10% povidone K30 and 0.5-1.0 part of magnesium stearate. The enteric-coated layer is prepared by the following raw materials by weight: 100 parts of eudragit L30D-55, 10-30 parts of talcum powder, 2-4 parts of polyethylene glycol 4000, 4-6 parts of 4% sodium hydroxide solution and 80-120 parts of purified water. The preparation process includes the steps of weighing all raw materials according to proportion, preparing the tablet core, preparing enteric-coated solution and then obtaining the metformin hydrochloride enteric-coated tablet. The metformin hydrochloride enteric-coated tablet simplifies preparation technology, effectively reducing manufacture cost, can simultaneously control releasing speed, and effectively guarantees clinical effects of products.

The present invention provides an organic EL display device which imparts the flexibility to the pull-around operation of lines. The organic EL display device is characterized in that the display device includes a display part and a display drive circuit which is formed on a periphery of the display part on a surface of a substrate, wherein the display part includes a plurality of pixels driven by the display drive circuit, each one of the pixels is formed of a stacked body which is constituted of at least one electrode, a light emitting layer and another electrode stacked from the substrate side, another electrodes of respective pixels are electrically connected in common, and a conductive layer which is formed on the same layer and is made of the same material as another electrodes is formed on a region other than the display region in a state that the conductive layer is electrically separated from another electrodes.

The invention discloses an angle-adjusting numerical control machine tool combined clamp which comprises a lower base plate, an upper base plate, a connecting plate, a support part and a three-jaw chuck. The support part is vertically fixed on the lower base plate. The lower base plate is provided with two identical low-position V-shaped support blocks close to one side. The central lines of the two V-shaped support blocks coincide. The support part comprises a rectangular support element and a high-position V-shaped support block. The high-position V-shaped support block and the low-position V-shaped support blocks are identical in structure. One downward face of the upper base plate is provided with three trimming shafts forming a triangle. The trimming shafts are identical in structure and integrally connected with the upper base plate. The three trimming shafts are respectively located on the two low-position V-shaped support blocks and the high-position V-shaped support block. By the structure, the angle-adjusting numerical control machine tool combined clamp has the advantages that the precision of the clamp is increased greatly, clamp manufacturing time can be reduced, production preparation cycle can be shortened, machining efficiency is increased, and manufacturing cost is lowered.

The invention discloses a liquid crystal display device, which comprises a lower frame, a backlight module, a shading adhesive tape, a liquid crystal panel and an upper frame. The backlight module is arranged in the lower frame, the shading adhesive tape consists of a bottom edge and a side edge, the bottom edge is attached to the backlight module, the side edge is attached to a side surface of the lower frame, the liquid crystal panel is arranged on a surface, with the lower frame, of the shading adhesive tape, the edge of a surface of the liquid crystal panel is attached to the bottom edge of the shading adhesive tape, the peripheral edge of the liquid crystal panel is attached to the side edge of the shading adhesive tape, and the upper frame is covered on the liquid crystal panel and combined with the lower frame. The backlight module and the liquid crystal panel are covered and carried by the metal lower frame, the shading adhesive tape with a flanging structure prevents light from leaking, an adhesive frame structure of a traditional liquid crystal display device is omitted, a design trend of light weight, thinness and short and small size of the market is met, material cost and manufacturing working hours are reduced.

The present invention relates to a method for casting and forming the helical rotor of a compressor, which is realized through the following steps: preparing a first mould, and a helical part mould is axially arranged inside the first mould; a sand mould is prepared by filling the sand pulp inside the first mould, and after the sand pulp is solidified and formed, the sand mould is formed by removing the mould, and the cast-die cavity of the helical part is arranged inside the sand mould; preparing a second mould: the second mould comprises an upper sand box and a lower sand box, and the sand mould is arranged inside the lower sand box, a molding cavity of a first pivot part and a second pivot part are arranged inside the upper sand box to be fixed and integrated with the upper and the lower sand boxes; pouring and forming: liquid cast-piece material is poured into the cast-die cavity and the molding cavity, and a rotor cast piece that is provided with a helical part and with two ends being respectively connected with the first pivot part and the second pivot part is formed by removing the mould after the cast-piece material is formed; the method of the present invention can save a great amount of materials and can save the manufacturing time.

The invention relates to an encapsulating method of a large power reactor, which is characterized in that polyurethane encapsulating material is used for pouring a device to be encapsulated. The encapsulating method is mainly suitable for heating and filling air gaps in a multi-conductor wire and cable core or gaps between cable elements with any structure. The polyurethane encapsulating material not only has favorable insulation performance, mechanics property and chemical property of the epoxy resin, but also overcomes the weakness that the epoxy resin is fragile, has poor impact resistance and non-uniform strength at the high temperature and the epoxy resin is fractured at the low temperature; and at the same time, the polyurethane encapsulating material is toxic-free and resists the fire, and is free from containing the composition which is harmful to the human body and the environment.

The invention relates to a method for shaping contact lenses and a mould, particularly a method which can use simple moulds for forming the contact lenses. The method comprises the following steps: placing the contact lens material in a die cavity of a mould; then, using the mould of an auxiliary appliance to press the lens material in the die cavity; causing the lens material to spread and extend along an arc surface of a die cavity and a mould; pushing excessive materials and overflowing out of the corner cut edge; proving the retained surface at the outer part of the mould for jointing the corner cut edge; removing the excessive materials; solidifying and treating the lens material in the mould; jointing the lens material on the surface of the mould of the auxiliary appliance; shaping glasses of the contact lenses after testing; packaging after injecting buffer solution in the appliance space of the outer part of the mould of an auxiliary appliance; and manufacturing products for selling. The contact lens has the advantages that the manufacturing procedure is simple and fast; and the purposes for saving labor and time, reducing the manufacturing cost, and keeping with the economic effect can be achieved.

The present invention discloses an automatic molding machine for producing pulp moulded products at a super small draft angle, being configured as such that when an overturn means is performing the action of overturning, a centralizing gear of a centralizing means supportively assists in the ascending or descending synchronous movements along a centralizing rack on a centralizing shaft rod so as to enable all shafts to ascend or descend to a defined position in a synchronous and parallel manner, when a pulp absorbing die is conducting up and down movement or overturning movement, due to the supportive assistance between the centralizing gear and the centralizing rack, which will facilitate the realization of a complete and correct die locking as the pulp absorbing die is driven ascended for die locking with an extrusion die, or is driven descended for die locking with a moving die. At the same time, the extrusion die has a descending stroke controlled by a power cylinder body so as to conduct die locking with the ascending pulp absorbing die, which will reduce the move stroke of the pulp die, reduce manufacturing man-hour and manpower, decrease manufacturing cost, and improve qualification rate and excellent quality rate and product competitiveness.

An optical connection structure and an optical connection method for achieving translational and rotational positionings in all of the axial direction and directions perpendicular to the axis of an optical fiber by a combination of a small number of components with a small number of optical connection points and simple structures. The optical fiber connection structure comprises an optical fiber,a pressing body with a circular outer cross-section, and an optical member. The optical member includes an optical component, an optical fiber abutment structure, and an optical fiber holding groove.The optical fiber abutment structure is disposed between the optical component and the optical fiber holding groove. The pressing body is disposed perpendicularly to the optical fiber holding groove.The optical fiber is inserted along the optical fiber holding groove until abutting on the optical fiber abutment structure. The pressing member presses the upper surface of the optical fiber toward the bottom of the optical fiber holding groove to optically connect the optical fiber and the optical component.

The invention relates to a motor rotor and a method of manufacturing the same. The motor rotor (2000) includes a rotor yoke (250) and a plurality of magnetic pole modules (200) disposed on the rotor yoke (250); each magnetic pole module (200) includes a substrate (210), a case (240) and a pair of magnetic pole units (220, 230) with opposite polarities accommodated in an accommodation space formedby the substrate (210) and the case (240); the magnetic pole units (220, 230) in each magnetic pole module (200) are spaced apart from each other by a first distance along the circumferential direction of the rotor yoke (250); and the plurality of magnetic pole modules (200) are mechanically fixed to the rotor yoke (250) through pressing bars (280) and fasteners ( 270). With the motor rotor of themotor rotor of the invention, generator performance (cogging torque and torque ripple), the protection of the magnetic poles, and the mechanical fixation of the magnetic poles can be shared.

The invention provides a laminated rotor used for high-speed motors, which comprises a laminated sheet made from magnetic-permeable silicon steel sheets or magnetic-permeable steel plates and a solid or hollow rotating shaft, wherein press plates are respectively arranged at two ends of the laminated sheet. The laminated sheets are tensioned with the press plates as a whole via a draw bar. Axial air holes are formed on the laminated sheets and the press plates respectively. A groove is formed on the outer circumference of the laminated sheets and used for allowing a winding or a conductor to be embedded therein. The end parts of the winding are fixed by a weftless tape or a steel hoop. The inner hole of the laminated sheets and the outer diameter of the rotating shaft adopt a keyless interference fit. The inner hole of the press plates and the outer diameter of the rotating shaft also adopt a keyless interference fit. The interference value is determined based on the actual interference fit and stress and is different to the products with different specifications. The linear speed of the laminated rotor is as high as more than 200m / s. The iron loss of the rotor is reduced while the rotational speed of the motor is increased, that is, the power density of the motor is increased. Additionally, compared with the solid rotor, the manufacturing time and cost of the laminated rotor are greatly reduced. The laminated rotor is suitable for the high-speed asynchronous motor as well as the high-speed non-salient-pole synchronous motor and the non-commutator direct current motor.

The invention discloses a silk-screen-printing-free light guide plate online production process and production device. During production, an optical granular raw material is prepared by selecting a PMMA, PS, PC, MS, PET or PP material of which the light transmittance is 87-90% and the refractive index is 1.53-1.62; and inorganic silicon or nano barium sulfate is selected as a dispersing agent. The process comprises the following steps: material selection; drying; material supply; hot melting; extrusion calendaring molding; cooling and detection; and film covering, cutting and stacking. By adoption of the silk-screen-printing-free light guide plate online production process and production device provided by the invention, multi-layer optical composite plates of various sizes and materials can be effectively produced; and the production equipment cost and the material requirements are low, the light transmittance and the precision of each finished product are high, and the practical value is very high.

The invention discloses online hot pressed composite panel production equipment which comprises a drier, a dedustor, a distributor, a single screw extruder, a full-automatic multi-layer coextrusion clothes rack die head, a multi-roll calender, a slow cooling rack, a defect detector, a thickness detector, a temperature equalizer, a precise temperature hot press, a traction mulch applicator, an edge cutting traction machine, a transverse cutting machine and a manipulator. A production process of the online hot pressed composite panel comprises the specific steps: S1, material selection; S2, drying; S3, material supply; S4, hot melting; S4, extrusion calendaring forming; S6, cooling and detection; S7, temperature control and hot pressing; and S8, tailoring and stacking. According to the online hot pressed composite panel production equipment and the production process thereof, one material is used and is primarily calendered and formed, so that the manufacturing process is simple, the production efficiency is high, the overall cost is low, the environment is little in influence, and the product is good in transmittance.

The invention discloses a method for producing molybdenum element of cathode of magnetron, mainly comprising that first, fills molybdenum powder into a special mould, to be compressed into a molybdenum end cap blank, then sinters the molybdenum end cap blank in inertia gas in a middle-frequency sensitive sinter furnace, while the sinter temperature is between 1650-1800Deg. C, and the sinter time is 2-6h, to obtain an upper molybdenum end cap and a lower molybdenum end cap which bent resistance strength is higher than 35kg / mm2, second, uses laser welding to weld the upper and lower molybdenum end caps respectively with an annular welding sheets together, third, welds the upper molybdenum end cap welded with the annular welding sheet with a central molybdenum lead wire rod together, and welds the lower molybdenum end cap welded with the annular welding sheet with a side molybdenum lead wire rod together. The molybdenum produced by The invention can reduce the fraction defective in welding process, reduce the production time and cost.

A suspension board with circuit includes a metal supporting board, an insulating base layer formed on the metal supporting board, a conductive pattern formed on the insulating base layer, an insulating cover layer formed on the insulating base layer so as to cover the conductive pattern, and an optical waveguide.

The invention relates to a device for fixing a coaxial cable in an antenna device and the method thereof. The coaxial cable is firstly combined in advance with the fixing device, and then the coaxial cable with the fixing device is arranged on basis material with the antenna device, and the fixing device and the ground plane on the basis material are finally welded to realize electrical property connection, the direct welding of the coaxial cable is avoided in order not to damage the structure of the coaxial cable due to the high temperature; therefore, the product yield rate of the antenna device is increased, and the manufacturing cost is reduced.

The utility model discloses an ultrasonic sensor device, which comprises a hollow shell, a connecting tube part connected with the hollow shell, five pins, a sensor and a circuit board, wherein one end of each pin is positioned at a first opening of the hollow shell, the other ends of two pins are positioned at a second opening of the hollow shell, and the other end of the other three pins are extended into the connecting tube part and positioned at a third opening of the connecting tube part; the sensor is provided with an opening, and the side wall of the sensor is provided with a ground wire hole; the sensor is fixed at the second opening of the hollow shell, so that the other end of one of the pins extended to the second opening extends into the opening and is electrically connected with a piezoelectric patch, and the other end of the other pin extended to the second opening is inserted into the ground wire hole; and the circuit board is arranged on the first opening of the hollow shell and electrically connected with one end of each pin.

The invention relates to a touch panel structure and a manufacture method thereof. The touch panel structure comprises a substrate, a decoration layer, a touch control unit and at least one first ink layer, wherein the decoration layer and the touch control unit is arranged on one side of the substrate, the decoration layer is clamped between the touch control unit and the substrate, the decoration layer is provided with a visual area and at least on patter arrangement area, the touch control unit comprises a transparent sensing element extending to be covered on the pattern arrangement area, the first ink layers are arranged on the touch control unit and provided with at least one pattern, and the first ink layers correspond to the pattern arrangement area. Thus, cost and labor hours for forming patterns of the touch panel are reduced.

The present invention relates to an air bag for protecting knee portion of passenger. Said air bag can be folded, and can be received in the front side of knee portion of the passenger taken seat. Said air bag includes said air bag main body and tie band, and said air bag main body contains air channel and air flowing hole. Said invention also provides the concrete structure of said air bag main body and its application method.

The invention provides a base substrate, a resonator, an oscillator, and an electronic device, which guarantees tightness and realizes low cost. A package (20) of a quartz resonator (1) includes a tabular base substrate (21), a base material of which is a single layer, a lid section (22) that has a recess (22a) and covers the base substrate (21), and a bonding material (23) provided over the entire periphery of one principal plane (21a) of the base substrate (21) and including low-melting glass for bonding the base substrate (21) and the lid section (22). Internal electrodes (24, 25) are provided on the one principal plane (21a) of the base substrate (21). External electrodes (26, 27, 28, 29) are provided on the other principal plane (21b) of the base substrate (21). A wire (24a) contains an Ag-Pd alloy having a glass component and crosses the bonding material (23) on the one principal plane (21a).

The invention discloses badminton, and particularly relates to badminton which is formed by combining detachable feathers, a badminton head and a connecting frame with the artificial feathers, wherein the connecting frame with the artificial feathers consists of vertical stems with the artificial feathers, vertical stems with feather implanting holes, connecting ribs and a badminton head clamping base, and is machined by using a high-strength plastic material; the detachable feathers comprise feather leaves and feather roots at lower ends and can be manufactured by natural feathers or non-natural materials artificially; and the badminton head comprises an outer badminton head body and a clamping base hole. According to the badminton manufactured by the technology, complex processes can be saved, the production efficiency can be improved, and the cost can be reduced; the sizes, shapes and weights of the badminton are consistent, and the motion performance of the badminton is improved; and particularly, the phenomena of the breakage of feather leaves and feather stems and looseness of weaved strings in the conventional badminton are reduced obviously, the service life of the badminton is prolonged, and the cost performance is improved.

This inveniton provides a cooling device disposition structure of a construction machine, decreasing the number of parts and reducing the disposition space of a heat exchanger. In this structure, a cooling device including an oil cooler 7, a radiator 8 and a cooling fan 10 for cooling the oil cooler 7 and the radiator 8 is disposed in a revolving structure 2 of a hydraulic shovel. The radiator 8 is disposed so that both side parts of the radiator 8 are respectively opposite to a front wall member 4a and a rear wall member 4b which are members constituting an engine room 4. A first projecting part 8a and a second projecting part 8b are formed on both side parts of the radiator, respectively, and a first seal member 11 sealing a gap between the first projecting part 8a and the front wall member 4a and a second seal member 12 sealing a gap between the second projecting part 8b and the rear wall member 4b are provided.

The invention discloses a temperature-uniformizing plate structure and a manufacturing method for the temperature-uniformizing plate. The temperature-uniformizing plate structure comprises a body, wherein the body is provided with a plurality of flow guide bodies and working fluid; at least one flow channel is formed among the flow guide bodies, and the flow channel and the flow guide bodies define a flow guide area together; and the two ends of the flow guide area are respectively connected with a first convection area and a second convection area and are communicated with the flow channel. The temperature-uniformizing plate structure is characterized in that the body is formed by extruding according to the invention, and the internal flow channel is formed when the external body is formed, so that the labor hour is reduced greatly and the cost is saved.

The present invention provides a fabrication method of a display device which aims at the reduction of fabricating man-hours. In a fabrication method of a display device having a thin film transistor in which a gate electrode includes a first gate electrode and a second gate electrode which is overlapped to the first gate electrode and has a size thereof in the channel direction set smaller than the corresponding size of the first gate electrode, the semiconductor layer includes a channel region which is overlapped to the second gate electrode, a first impurity region which is overlapped to the first gate electrode and is formed outside the second gate electrode, a second impurity region which is formed outside the gate electrode, and a third conductive impurity region which is formed outside the gate electrode and the second impurity region, the first impurity region, the second impurity region and the third impurity region are respectively formed of the same conductive type, the impurity concentration of the first impurity region is lower than the impurity concentration of the third impurity region, and the impurity concentration of the second impurity region is lower than the impurity concentration of the first impurity region, impurities are collectively implanted into both of the first and second impurity regions such that the impurities are implanted into the first impurity region by way of the first gate electrode and the impurities are implanted into the second impurity region such that a peak position of the impurity concentration in the depth direction is positioned below the semiconductor layer thus lowering the impurity concentration of the second impurity region than the impurity concentration of the first impurity region.

The process of making member for golf club head includes the following steps: providing workpiece and punching die; heating the workpiece and the punching die simultaneously in the same temperature; and punching the workpiece in the punching die in the heating environment to form the member for golf club head. In addition, the present invention proposes also the punch for making the golf club head member. The golf club head member has the advantages of stable shape and no residual machining stress.