1343results about How to "Facilitate automated production" patented technology

The invention discloses a cutting-stirring friction welding composite processing device for a floating double-shaft-shoulder double-stirring needle and a manufacture method thereof, and particularly relates to a combined or composite processing device capable of simultaneously carrying out milling or cutting processing and stirring friction welding processing and a method thereof. The cutting-stirring friction welding composite processing device for the floating double-shaft-shoulder double-stirring needle integrates a cutting system or a milling system, a stirring friction welding system, a forced cooling system, a gas protection system, a temperature sensing system, a pressure induction system, a milling liquid supply system and a sensing-free system. The cutting-stirring friction welding composite processing device has functions of temperature control, gas protection, pressure detection, cooling liquid protection, milling head replacing and floating double-shaft-shoulder self-supporting stirring friction welding. The method for carrying out cutting-stirring friction welding composite processing on workpieces can meet strength requirements of mechanical processing of ferrous light metal materials, carbon steel materials and alloy steel materials. The cutting-stirring friction welding composite processing device for a floating double-shaft-shoulder double-stirring needle and the manufacture method of the cutting-stirring friction welding composite processing device reduce manufacture procedures, save processing cost, have the advantages of being high in efficiency, excellent in quality, high in stability and saving in energy, break through limitation of conventional machining technology, form a new method and a new thought for machinery processing, and have wide application prospects in industries of heating, air conditioners, ice manufacture, freshness keeping, medicine preparation, construction, aquatic products and foods.

The invention relates to a microbial inoculum for fermenting and producing organic fertilizers, comprising cellulomonas, bacillus, lactobacillus, methagen, thiobacillus, streptomyces, thermoactinomyces, thermomonospora, azotobacter, nitrosomonas, nitrobacter, rhizobium, aspergillus, yeast, penicillium, humicola, rhizopus and mycorrhizal fungi. In addition, the invention also relates to organic fertilizers fermented and produced by using the microbial inoculum and a method for fermentation and production.

An antistaling method for the packed food features that a flow control system is coupled to the packing machine to quantitatively spray the antiseptic antistaling liquid onto the surface of said food or in the packing bag.

A apparatus implemented using a programmable computer that automatically generates the rules required by a software rules engine as a process flow diagram is designed. The apparatus includes a developer interface; an editing interface, and a rules generator. A developer interface enables the user to define functions and variables together with their properties from the business application. An editing interface allows the user to define the logical rules the business would follow in performing the business application by constructing a process flow diagram and associated tables using the functions and variables defined in the developer interface. The rules generator then automatically parses the flow diagrams and tables defined by the business user and, using the functions and variables defined in the developer interface, generates rules for a rules engine. The rules can then be deployed to a controller that implements the process automatically based on the input rules.

An electronic cigarette vaporizer comprises a vaporizer body and a filter tip. The filter tip is a cylindrical flexible body located on the outside of one end of the vaporizer and arranged coaxially with the vaporizer body. Peripheral surfaces of the vaporizer body and the flexible body are wrapped with a first sticker, by means of which the vaporizer body and the filter tip are tightly wrapped. The use of glue to adhesively bond the vaporizer body and the filter tip is no longer needed, which completely avoids the glue being harmful to the human body. Production of filter tips can be automated and user experience is improved. Furthermore, when it needs to replace the filter tip, it only needs to tear off the first sticker, which facilitates the replacement of the filter tip, thus the operation is easy and cost-save.

The invention relates to a microbial agent used for producing a soil modifying agent by fermentation, consisting of fiber monad, bacillus, lactobacillus, methanobacteria, thiobacillus, streptomycete, high-temperature actinomyces, high-temperature monad, azotobacteria, nitration monad, nitration bacilus, rhizobium, koji mold, leaven, blue mold, detritus mold, rhizopus as well as mycorrhizal fungi and substrate. In addition, the invention also relates to a soil modifying agent produced by the fermentation of the microbial agent, application thereof and the like.

The invention provides a microbial composition comprising acetobacter aceti, beauveria bassiana, azospirllum brasilense, nocardia cellulans, bacillus mucilaginosus, metarhizium anisopliae, trichoderma aureoviride and the like. The microbial composition can be stably combined in a microbial agent, is used for improving soil/land and especially can be used for effectively improving soil polluted by heavy metals.

The invention provides a flexible composite membrane, a preparation method of the flexible composite membrane, and a display device. The flexible composite membrane comprises a buffer layer, a coolingfin and a shielding layer, the cooling fin is arranged on the side of the buffer layer, a bending gap is arranged on the cooling fin, and the shielding layer is arranged on the side, far from the buffer layer, of the cooling fin. Therefore, the flexible composite membrane is effectively used in an electronic device, the internal and external impact forces of the electronic device are buffered, and the flexible composite membrane also has an excellent cooling capability and an excellent electromagnetic shielding function, further has an excellent bending performance, and is lighter and thinner.

The invention provides a novel method for preparing a molybdenum-copper component and belongs to the technical field of the molybdenum-copper forming. The method adopts the powder injection molding technology to prepare a molybdenum-copper injection blank, and then prepares the molybdenum-copper component by the steps of degreasing, presintering, sintering and the like. The sintered product is subjected to the heat treatment to obtain the molybdenum-copper component finished product with excellent performance and high size precision. The invention has the advantages of high utilization rate of the materials, no need of subsequent processing and capacity of batch production of the molybdenum-copper component product with high shape complexity and excellent combination property.

The present invention is an antenna structure of a radio frequency identification system transponder, especially an antenna structure wherein an insulation layer and a foldback circuit, an opening of which faces toward a coupling part, are provided at corresponding positions of an antenna body which is provided with the coupling part. The foldback circuit is provided with a radio frequency integrated circuit, such that radio signals can be transmitted by induction by the foldback circuit and the coupling part. By this foldback circuit, an issue of directivity of the radio signals can be reduced, an effective read range of the radio signals can be increased, as well as a near field induction function and a far field induction function can be provided at a same time. Therefore, when manufacturing an RFID transponder, a production speed can be increased and production cost can be reduced.

The invention relates to an electronic cigarette, a manufacture method of the electronic cigarette, and an injection method of the electronic cigarette. The electronic cigarette comprises a power unit, an atomizer unit, and a nozzle and liquid bottle unit; the units are assembled in sequence; the bottom end of a liquid bottle of the nozzle and liquid bottle unit is provided with an injection through hole hermetically connected through a plug. A gas passage forms among the liquid bottle, an outer tube and a nozzle. A nozzle liquid storage unit is assembled by: unplugging the plug, injecting tobacco juice into the liquid bottle, pressing the plug into the injection through of the liquid bottle with the injected tobacco juice, and mounting the liquid bottle with the mounted plug into the nozzle and liquid bottle unit. The injection method includes: making the protruding liquid injection through hole in the bottom end of the liquid bottle and manufacturing the plug used for plugging the injection through hole; sealing the gas passage of the electronic cigarette; inserting an injection head into the injection through hole of the liquid bottle for injection; unplugging the injection head and hermetically connecting the plug into the injection through hole in the bottom end of the liquid bottle. The method of assembling the liquid bottle prior to injection is provided to adapt to automatic high-efficiency production of electronic cigarettes and the injection method of electronic cigarettes.

The invention discloses a preparation method of W-Ni-Fe alloy parts. The preparation method includes the steps of (1) material preparing by using reducted tungsten powder, hydroxy nickel powder and hydroxy iron powder as metal powder; (2) powder blending by weighing W powder, Fe powder and Ni powder in the proportion of 95:3.5:1.5; (3) binder preparation; (4) W-Ni-Fe materials mixing and feeding; (5) pelletizing; (6) injection molding; (7) solvent degreasing; (8) thermal debinding; (9) sintering; (10) thermal treating after sintering. By the preparation method, problem caused by using the present manufacturing process of W-Ni-Fe alloy is solved, so that product shapes are diversified, product design is liberated, mass production is implemented, manufacturing cost is reduced and the like.

The invention relates to a method and a device for laser shock forming on the basis of a polyurethane rubber film. The method is characterized in that shock waves induced by laser are used as a power source for forming; the polyurethane rubber film is used as a concave film for the laser shock forming; and the stress condition of a plate under the action of the shock waves is changed to achieve the shock forming of a complicated curved surface. The device comprises a laser generating device, a light guide system, a laser shock head, a polyurethane rubber film system and a control system and is also provided with a detection feedback system with a displacement measuring device. According to the requirement of the curved surface shape and forming rules of a plate, laser shock process parameters are optimized, the polyurethane rubber of proper hardness and thickness are selected, and the plate is deformed under the associative action of the shock waves and the polyurethane rubber. The device not only can achieve the complicated and precise forming of the plate, but also can carry out the flexible leveling of the plate, and also can be applied to the surface shock strengthening treatment of materials.

A sand shell mold for manufacturing the blank of a vehicle braking disc belongs to the field of manufacturing of car accessories, and comprises an upper mold and a lower mold; the junction surface between the upper mold and the lower mold is a poured parting surface of the braking disc; the upper mold comprises an upper mold plate and an upper cavity; the lower mold comprises a lower mold plate and a lower cavity; the lower mold plate is positioned at the periphery of the lower cavity; the lower cavity is formed inside the lower mold plate; the lower cavity is the same as a part below the parting surface of the braking disc in shape; and the size of the lower cavity is equal to the size of the part below the parting surface of the braking disc and the thickness of a sand shell. The sand shell mold has the characteristics that the production of the blank of the braking disc can be realized efficiently, materials and labors are saved, the mechanical processing capacity is reduced, casting flaws are reduced, the yield is improved, and the automatic production is easy to realize.

The invention discloses a power battery module, an assembling method and an electric vehicle. The power battery module comprises a battery compartment, flexibly packaged electric cores and a PBC plate arranged at the upper part of the battery compartment; a tab is arranged on the upper side of each flexibly packaged electric core; the battery compartment comprises a main fixed bracket in the middle; spliced brackets are arranged on the left and right sides of the main fixed bracket in a clamping manner; a plurality of electric core clamping grooves spliced by the main fixed brackets and the spliced brackets are formed in the left and right sides of the battery compartment; the electric core clamping grooves are longitudinally arranged along the battery compartment; the flexibly packaged electric cores are clamped in each of the electric core clamping grooves in sequence; tab perforating holes are formed in the position, corresponding to the tabs, in the PCB plate; the positive electrode tabs and the negative electrode tabs of the flexibly packaged electric cores upwardly penetrate through the corresponding tab perforating holes to form connection parts; the connection parts are bent to be clung to the PCB plate; and the connection parts are in spot welding connection with conductive nickel sheets on the surface of the PCB plate. The power battery module can avoid damage of the flexibly packaged electric cores and the environment pollution caused in the tin soldering process; and in addition, the power battery module is high in the assembling efficiency, suitable for industrial production and capable of ensuring reliable connection as well.

The invention discloses a battery pole piece and a method for preventing the battery pole piece from being curled. The battery pole piece comprises a metal current collector, wherein an active material layer is arranged on side of the metal current collector; and a high polymer material layer is arranged on the other side of the metal current collector. According to the battery pole piece disclosed by the invention, the high polymer material layer is arranged on one side, on which the active material layer does not need to be arranged, of the metal current collector, and stress caused by extension of the active material after rolling can be offset or partially offset, so that the pole piece curling problem caused by single-sided coating and rolling of the pole piece can be solved.

The invention relates to an efficient electrode wire for precision mould cutting. The efficient electrode wire comprises a core material and a shell layer wrapping the surface of the core material, the core material is made of yellow copper from the processes of smelting, casting, stretching and annealing, the shell layer is a discontinuous shell layer formed by heating, continuously drawing and continuously annealing a zinc metal plating layer plated on the yellow copper core material, and the discontinuous shell layer comprises shell particles which radially cover 40-90% of the surface of the core material and are distributed at intervals along an axial direction of the surface of the core material. The invention further relates to a preparation method of the electrode wire. The preparation method is simple in production technology, strong in operability, less in preparation steps, simple in production equipment and easy to prepare satisfactory products and realize large-scale and automated production. The efficient electrode wire is strong in universality and is particularly suitable for precision mould cutting.

The invention discloses a touchpad fitting alignment system based on machine vision. The touchpad fitting alignment system comprises a rack, a platform with a position to be grabbed, a fitting position and a calibration position, a conveying and locating device, an input mechanism, an output mechanism, a mechanical arm and a calibration and alignment mechanism, the output mechanism is used for outputting a finished fit product, the mechanical arm is used for grabbing aluminum sheets, the calibration and alignment mechanism is used for calibrating the mechanical arm, the platform is horizontally borne by the rack, the conveying and locating device, the input mechanism and the output mechanism all stretch out from the rack, a conveying outlet of the conveying and locating device exactly faces to the position to be grabbed, and a conveying outlet of the input mechanism and a conveying inlet of the output mechanism exactly and respectively face the fitting position. The calibration and alignment mechanism is arranged under the calibration position. The position to be grabbed, the fitting position and the calibration position are separated from one another, and are all located within the coverage range of the projection of the movement trail of the mechanical arm on the platform. The calibration and alignment mechanism is electrically connected with the mechanical arm. According to the system, the aluminum sheets can be pasted on a touchpad automatically and precisely in an alignment mode.