146results about How to "Simple processing equipment" patented technology

The bottom layer of invention uses aluminium baseboard; the intermediate layer is a heat conduction insulation layer; the surface layer is an electric conduction layer. It features the following: the heat insulation layer is a ceramic-like thin film layer with 10-400 micron thick and >=100Momega insulation resistance, which chemical composition is aluminium oxide. The preparation method comprises: making pretreatment, de-oiling and washing for the surface of the aluminium baseboard using mechanical method or chemical method to form a clean workpiece plane; using the microarc oxide treatment and the microplasma surface ceramic method to make a heat conduction insulation layer on the workpiece surface; finally, overlapping an electric conduction layer on the heat conduction insulation layer; etching circuit pattern.

The invention discloses a honeycomb-structure sheet material having a fiber-reinforced thermoplastic skin, characterized in that the honeycomb-structure sheet material comprises fiber-reinforced thermoplastic skins, a film, and a thermoplastic honeycomb core, wherein the thermoplastic honeycomb core is arranged between two fiber-reinforced thermoplastic skins and is bonded with the skins though the film. According to the invention, by using bidirectional continuous fibers to reinforce the thermoplastic composite material skins, the advantages of high strength and good toughness are achieved; simultaneously, by using the film to bond, the amount of glues is easy to control, and the phenomenon that liquid enters in honeycomb holes when using liquid glues to bond is not easy to happen; and by using a hot-press roller secondary forming method, the advantages of simple processing devices, easy control of product quality, high production efficiency, easy realization, and convenient popularization are achieved.

The invention relates to a cell cover and polar ear spot welding device, which comprises a cell feeding mechanism which can send cells to be processed into spot welding stations, a cover guiding mechanism which can lead in covers and automatically and progressively arrange the covers in order, a cover feeding mechanism which accommodates the covers sent by the cover guiding mechanism and sends the covers into the spot welding stations, a laser spot welding mechanism which welds the cell covers and cell polar ears sent into the welding stations, and a control system which can control the motion of various mechanisms, wherein the cover feeding mechanism and the cover guiding mechanism are in matched connection and arranged above the cell feeding mechanism, so that the covers contact upper polar ears of the cells; the laser spot welding mechanism is positioned aside the cell feeding mechanism; and a laser emitting center of the laser spot welding mechanism is in the same line with the contact points of the covers and the upper polar ears of the cells. The invention provides a laser spot welding processing apparatus which can automatically send the cylindrical cells and the covers into the welding stations and perform spot welding connection on the upper polar ears of the cells and the covers.

The invention relates to a thermoplastic styrene-butadiene rubber water latex asphalt modifier and a preparation method thereof, belonging to the chemical engineering field. The modifier is made from the following raw materials in weight percentage: 10 to 70 percent of rubber, 0.1 to 30 percent of surfactant, 20 to 80 percent of water, 0.1 to 20 percent of natural polysaccharide polymer matter and 0.1 to 10 percent of electrolyte. The preparation method has the advantages of simplifying the production process of thermoplastic styrene-butadiene rubber SBS modified asphalt, saving equipment investment and simultaneously avoiding the material ageing phenomena caused when the thermoplastic styrene-butadiene rubber SBS modified asphalt is processed at a high temperature. Modified asphalt obtained by use of the modifier is stable in performance and difficult to segregate. The modifier can also be used in other aspects of the thermoplastic styrene-butadiene rubber SBS modified asphalt or modified emulsified asphalt.

The invention aims to provide polytetrafluoroethylene chopped fiber with high intensity, high uniformity and low production cost and preparation technology thereof. A process flow comprises the following steps of: mixing polytetrafluoroethylene micro powder and a lubricating agent; stirring; standing; performing pre-compression molding; performing push molding; performing rolling molding; drying; performing hot stretching; parting off; twisting; performing primary hot drawing; performing secondary hot drawing; curling and thermally forming; cutting off; loosening; and inspecting and packaging so as to obtain high-intensity polytetrafluoroethylene chopped fiber. In a manufacturing process, the temperature rises gradually from the primary hot stretching to the secondary hot stretching to the curling and thermally forming.

The invention relates to a plasma machining production line of a dual-trapezoid slotted sieve tube, belonging to the field of machining. The production line comprises a main control table, a digital control rotary work table, a plasma machining machine tool, an axial feed driving device, a radial rotary supporting device, an axial guiding and transmission device and a tool body. When processing is performed, the main control table is used for controlling the machining and moving states of the plasma machine tool, the digital control rotary work table, the axial feed driving device, the axial guiding and transmission device and the radial rotary supporting device, the plasma machining machine tool is used for machining slots of the dual-trapezoid slotted sieve tube, the digital control rotary work table drives the slotted sieve tube to perform a rotary indexing movement; when a circle of slots are completely machined, the axial feed driving device drives the slotted sieve tube to move to a designated position axially, the next circle of slots are machined, and the steps are repeated to machine a whole slotted sieve tube. In the invention, modification of a slotted surface material can be realized in the machining process, and the phenomenon of 'match head' does not exist at two ends of the machined slot.

The invention relates to a method for utilizing and disposing micro-electrolyzed waste residue of organic waste water, a method for immobilizing arsenic and heavy metal in soil and a method for utilizing and disposing micro-electrolyzed waste residue and activated sludge of organic waste water. The invention is characterized in that iron carbon is used as main filler for the micro electrolysis of the organic waste water, the waste residue (solids) produced after the micro electrolysis of the iron carbon is collected, concentrated and mixed with the activated sludge, inorganic/organic mixed restoration agent is prepared after 10-50 days of composting treatment are conducted, the weight of the iron in the restoration agent accounts for (0.5-20) percent of the total weight of the solids, finally deep tillage is conducted to restore the pollution soil after the restoration agent is evenly dispersed in soil, and the weight ratio of the restoration agent to the polluted soil is (0.1-5.0):100.

The invention discloses an electronic product middle frame and a processing method thereof, and belongs to the technical field of electronic product components. The electronic product middle frame comprises a panel and a side frame which are integrally connected with each other, wherein the side frame comprises three extending parts; the first extending part is connected with the panel and is perpendicular to the panel; the second extending part is in tight fit with the first extending part and is parallel to the first extending part; the third extending part is in tight fit with the second extending part and is parallel to the second extending part; the third extending part and the first extending part are positioned on the same side of the second extending part. The electronic product middle frame adopts an integrated structure; the side frame is formed by bending and stamping the edge of the panel for many times, so that the structural strength is high; the electronic product middle frame is processed by a continuous die or an engineering die, the working procedure is simple, and the yield is high; processing equipment is simple; the utilization rate of raw materials is high; the production cost is low; the raw materials which are as thin as 0.3-0.8 mm can be used for processing the electronic product middle frame; therefore the finished product is light in weight and convenient to use and carry.

The invention relates to a preparation method for liquid crystal material of electronic paper material, belonging to the functional polymer liquid crystal display field. The manufacturing process is that a series of choiesl-like compounds are mixed, so that the indoor temperature is in the liquid crystal state; nematic liquid crystal and hydrogenbond-like chirality compounds are fed in the mixture; when the temperature is raised to a certain degree, the hydrogenbond-like chirality compounds are decomposed, and the liquid-system thread pitch is changed, so that the reflecting color is changed;after the temperature is reduced to the room temperature, the changed color can keep a period of time, namely, the changed color has memory; then, along with the completion of the self-assembling of chirality compounds in the system, the reflecting color is recovered to the initial state; polymerizable monomer and light photoinitiator are added in the system, and a polymer wall is formed by ultraviolet polymerization under a photomask, thereby obtaining a reflecting colorful display electronic paper driven by a thermal field. The preparation method has the advantages that the background colorof the liquid crystal material can be regulated as required, the color is brilliant without the background source, the energy is saved, and the method can be applied in a display device, a thermal sensitivity temperature sensor and the like.

The invention relates to a pre-processing production system for deep-processing of automobile glass; the pre-processing production system comprises a sheet-taking table, a cutting machine, a sheet-breaking and air-bearing table, an edge grinding machine, a suction arm, a transition conveyor, a sheet washing machine, a power blower, a cleaning, testing, overturning and discharging conveyor, a corner conveyor, a pre-targeting machine, a silk printer, a silk-printing, testing, overturning and discharging conveyor, a drying machine, an air-cooler and a discharging machine; and the edge grinding machine comprises a wheel-grinding shaft, a rocker arm, a hand wheel, locking screws, an upright column, a table top and a grinding wheel for grinding edges. The pre-processing production system for deep-processing of the automobile glass has the following beneficial effects: manual equipment and automatic equipment and combined, so that the pipelining working of the pre-processing for deep-processing of the automobile glass is realized; the production system is simple and stable in processing quality of glass; the internal glass and the external glass of coaches and minibuses are processed on the production system, so that the production staff is reduced, the labor intensity is reduced, the production field is saved, the production efficiency is improved and the operating cost of enterprises is reduced effectively.

The invention discloses a paper-based electrolytic cell for electrochemical detection. The paper-based electrolytic cell comprises filter paper, wherein a closed carbon powder region is formed on the filter paper; and a region encircled by the carbon powder region serves as an electrolytic cell region. The invention also provides a manufacturing method for the paper-based electrolytic cell. The method comprises the following steps of: making a pattern of the carbon powder region on a computer; printing the carbon powder region on the filter paper by a laser printer with resolution of more than or equal to 300 dpi; and heating the filter paper on which the pattern is printed by a heating device at the temperature of between 120 and 180 DEG C for 60 to 300 minutes, and thus obtaining the paper-based electrolytic cell. Equipment for processing the paper-based electrolytic cell for the electrochemical detection is simple, can be implemented in a common laboratory, is low in manufacturing cost, and can be manufactured easily and quickly; the volume of a required sample is only 1 to 100 microliters; and the paper-based electrolytic cell has a wide using range and a small volume, is portable, meets the requirement of portable electrochemical detection, and is discardable.

The invention relates to a sensitive material for a tensile deformation test and a preparation method thereof. The method comprises the following steps of: stirring and mixing liquid-state silicon rubber, chopped carbon fiber, conductive carbon black, nano-SiO2, a curing agent and a coupling agent serving as raw materials at normal temperature and under normal pressure in turn; removing air bubbles by vacuumizing; and molding. The obtained sensitive material for the tensile deformation test has high flexibility and very small tensile modulus and does not affect the deformation of a test structure or a test material in a testing process; and simultaneously, the sensitive material has the advantages of high sensitivity, performance stability, simple preparation method, wide raw material source and low manufacturing cost.

A method for machining extra large circular arc plates comprises the following steps that a bed mould is manufactured, the bottom face of a plate needing to be machined is machined into a plane, the bed mould is welded to the bottom face of the plate, the bed mould is attached to the surface of a machine tool table, the radian of an upper circular arc face formed at the bottom face of the plate is detected, the upper circular arc face and an arc face of a finished circular arc plate form a conjugate surface, milling is conducted on the upper plane of the plate, the difference of a high point and a low point meets the demand of a pattern, the bed mould is dismantled, and the bed mould is separated from the circular arc plate after the bed mould is separated from the machine tool table. The method for machining and preparing the extra large circular arc plates is simple in machining device and high in machining accuracy, lowers machining difficulty, and saves machining time and machining cost.

The invention discloses completely-water-soluble organic-inorganic biological bacterial fertilizer. The water-soluble fertilizer is composed of amino acid, yeast powder, amino acid chelated trace element fertilizer, boric acid, magnesium sulfate monohydrate and functional biological bacterial agent. The preparation method includes the steps of chelating reaction, mixing reaction, drying and smashing to obtain biological organic water-soluble fertilizer. The amino acid, the yeast powder and the amino acid chelated trace element fertilizer provide other nutrient elements and can provide sufficient carbon elements for crop growing, so that input-output ratio is higher with same input, and yield is increased by 30% averagely. The preparation method is simple in preparation process and simple in processing equipment, utilization rate of trace elements at a later stage is increased, and loss of other nutrient elements of the fertilizer during processing is avoided.

The invention provides a multifocal lens and a processing device and method thereof. The processing device comprises a femto second laser generator 210, a parameter modulation optical path 220, an optical CCD 230, a semitransparent and semi-reflecting lens 240, an optical focusing lens 250, a hard substrate 260 and a 3D translation platform 270, wherein the femto second laser generator 210 generates femto second laser pulses 280, the femto second laser generator 210, the parameter modulation optical path 220 and the semitransparent and semi-reflecting lens 240 are placed in the same optical path successively, the optical CCD 230, the semitransparent and semi-reflecting lens 240, the optical focusing lens 250 and the hard substrate 260 are placed in the same optical path successively, and the hard substrate 260 is arranged on the 3D translation platform 270. According to the multifocal lens and the processing device and method thereof, technology is simple, and curved surfaces are controllable.

The invention discloses a method for machining a universal joint bearing. The method comprises the following steps of: machining a spherical head rod and an outer ring, wherein the outer ring is provided with an elastic mounting groove and a splitting hole which are communicated and penetrate through the outer ring along an axial line of the mounting groove; mounting a tool in the mounting groove, wherein the tool is provided with an outer spherical surface and a through slot penetrating through an axial line of the tool, and parameters of the outer spherical surface and parameters of the mounting groove of the outer ring are matched; mounting the tool and the outer ring on a machining device in a connecting manner after a connection shaft penetrates through the through slot; carrying out finish machining on the outer side surface of the outer ring through a machining device; splitting the outer ring and the tool through the splitting hole of the outer ring; and mounting the spherical head rod and the outer ring. The method for machining the universal joint bearing, disclosed by the invention, has the following advantages that the machining precision of the outer side surface of the outer ring, which is provided with the spherical head rod, is good and the yield of the universal joint bearing can be increased.

The invention provides a manufacturing method of a pipe cap with a glass lens optical window. The pipe cap with the glass lens optical window comprises a metal pipe cap and a glass optical window, wherein a light hole is formed in the upper end of the metal pipe cap, and a glass lens is embedded in the light hole so as to form the glass optical window. The innovation of the pipe cap with the glass lens optical window lies in that after glass is liquefied, the liquefied glass is molded in the metal pipe cap by using a mold so as to form the glass lens. The pipe cap with the glass lens optical window has the beneficial effects that a packaging process of the glass optical window and the metal pipe cap and a forming process of the glass optical window are finished once, the optical property of the glass optical window and the connection firmness between the glass optical window and the metal pipe cap are very good, processing equipment is simple, and the cost is low.