45results about How to "Suitable for processing and production" patented technology

The invention relates to a method for producing selenium-enriched germinated brown rice and a process thereof. The method is characterized in that fresh rough rice or brown rice used as a raw material is supplied with water in segments, namely the semi-dry and semi-humid germinated process (the water for germination is specially-prepared selenium containing water with selenium content between 0.1 and 250ppm.). The water supply quantity can ensure the minimum water quantity needed for the germination of the rough rice and the brown rice; the germinated temperature is between 15 and 40 DEG C; the germinated time is between 10 and 72 hours; when the germinated length of 80 percent of the rough rice and the brown rice is between 0.5 and 1mm(the rough rice is processed by the first drying into the brown rice), the rough rice and the brown rice are subjected to gelatinization and enzyme-killing treatments; the germinated brown rice is dried at normal temperature or at the temperature of below 50 DEG C; and the water content of the finished production is less than or equal to 14 percent. The organic selenium content of the selenium-enriched germinated brown rice is 0.9mg/kg; and compared with other brown rice, the r-propalanine content of the selenium-enriched germinated brown rice produced by the method is nearly 40 percent higher. The method has the advantages that the special mechanism of the germination of rough rice and brown rice seeds is utilized; and after the seeds absorb the selenium containing water and are subjected to enzymatical conversion, the contents of the organic selenium and other nutrient components in the rough rice and the brown rice are higher.

The present invention discloses a castanea mollissima shelling device and belongs to shelling devices. A structure comprises a conveying heating mechanism, an extruding mechanism and a separating mechanism. The extruding mechanism is arranged at a lower part of the conveying heating mechanism, the separating mechanism is arranged at a lower part of the extruding mechanism, the conveying heating mechanism comprises a motor, a coupling, a rotation shaft, screw blades and a shell body, the rotation shaft and screw blades are arranged in the shell body, a material inlet is arranged at a left side of an upper part of the shell body, a material outlet is arranged at a right side of a lower part of the shell body, a material outlet valve is arranged on the material outlet, a plurality of hot air inlets are arranged at the lower part of the shell body, a plurality of moisture extraction outlets are arranged at the upper part of the shell body, and the material outlet is connected with the extruding mechanism. The castanea mollissima shelling device has characteristics of saving time and effort, not causing harms to human body, being high in shelling efficiency and suitable for large-scale processing and production of the castanea mollissima, etc.

The invention relates to a foam forming machine, in particular to a CNC (Computer Numerical Control) four-axis full-automatic foam die-free forming machine which comprises a digital control computer, an electric heating wire transformer (54), an electric heating wire (64), a machine body (5), an operating platform (42), a stand column (6), a beam (8) and a Z-direction sliding device (73), wherein an X-direction sliding device (71) is arranged on the beam (8). The CNC four-axis full-automatic foam die-free forming machine also comprises a fixing device (67) for a workpiece to be processed on the operating platform (42). The workpiece to be processed moves linearly forth and back along the Y-axis direction, the electric heating wire (64) moves linearly left and right along the X-axis direction and moves linearly up and down along the Z-axis direction, and the electric heating wire (64) rotates. The invention has the advantages of simple structure, realization of processing various complicated shapes of foams, good processing quality, low cost and wide application range.

The invention discloses a die casting machine tool with an automatic part taking and spraying function. The die casting machine tool comprises a bottom plate and is characterized in that a conveying mechanism is mounted on the upper surface of the bottom plate, a vertical first electric telescopic rod is mounted on the left side of the conveying mechanism, a transfer device is mounted at the upperend of the first electric telescopic rod, the transfer device is located above the conveying mechanism, a lateral seat is fixed at the left end of the upper surface of the bottom plate, a fixing seatis fixed to the upper surface of the lateral seat, a control switch is mounted on the front side of the fixing seat, and horizontal guide columns are arranged at four corners of the fixing seat. Thedie casting machine tool is simple in structure, convenient to use, capable of taking and transferring die casting parts through the coordination of the transfer device and the conveying mechanism, capable of avoiding manpower consumption and accidents, capable of lowering worker labor intensity, capable of drying the inner side of a die seat and performing release agent spraying through a spraying device, capable of automatically selecting spraying and drying positions and capable of adjusting spraying and drying angles.

The invention provides a process for making bottom flavoring of chafing fish dish, wherein the raw material includes salad oil, butter, bean cotyledon, pepper, fresh ginger, toasted garlic, onion, crystal sugar, fermented glutinous rice, star aniseed, rhizome of galange resurrectionlily, cassia bark, common fennel fruit, tsaoko cardamon, alkanna tinctoria, geranium, vanilla leaves and cloves.

The invention discloses walnut shell breaking equipment. The walnut shell breaking equipment comprises a rack, wherein a containing chamber is inverted conical; the conical degree of the containing chamber is 1:(7-8); a shell breaking roll is connected with a motor and a driving shaft and then is suspended in the containing chamber; the shell breaking roll comprises a conical upper roll, an inverted conical lower roll and an inner fixed frame for fixing the upper roll and the lower roll; the conical degree of the lower roll is 1:(11-15); the bottom of the containing chamber is communicated with a discharge channel which is disposed in a right-leaning manner; a storage tank is disposed below the discharge channel; the storage tank comprises a front tank for storing walnut kernels and a rear tank for storing walnut shells; the front tank and the rear tank are separated via a partition plate; a fan is mounted on the outer wall of the left side of the front tank. According to the walnut shell breaking equipment, the shells can be fully broken, time and labor are saved, the efficiency is high, the walnut shell breaking cost is greatly reduced, and the equipment greatly promotes industrial development.

The invention discloses a turning gasket for connecting flanges, which is used for solving the problem of higher cost when the direction of two connecting pipes are changed in the prior art. The turning gasket for connecting the flanges comprises a gasket body, wherein extension lines connecting the planes on both sides of the gasket body intersect to form an included angle less then 90 degrees. By using the turning gasket for connecting the flanges with the included angle to connect the two pipes, the connecting direction of the pipes can be changed conveniently. The turning gasket for connecting the flanges has simple structure and low production cost and is suitable for processing and production.

The invention provides membrane processing equipment. The equipment comprises a cutting mechanism, a detection mechanism and a typesetting mechanism, wherein the cutting mechanism is used for cuttingthe membrane into the membrane of a finished product with a preset size; the detection mechanism is used for receiving the membrane of the finished product and detecting the membrane of the finishedproduct so as to obtain a detection result; and the typesetting mechanism is used for receiving the detected membrane of the finished product and classifying and typesetting the membrane of the finished product according to the detection result. According to the diaphragm processing equipment, automatic processing is adopted in each stage of cutting, detecting and typesetting of the membrane, andthe full-process automation of cutting, detecting and typesetting the membrane is achieved, production efficiency is improved, and a secondary pollution caused by manual participation is reduced.

The invention discloses an integrated processing device of a neodymium-iron-boron magnet. The integrated processing device comprises a stand, a cutting assembly, a steering mechanism, a lifting mechanism, a traction mechanism and a grinding assembly, wherein the steering mechanism comprises a steering driving mechanism, a turning wheel and an abnormal-shaped steering wheel; the abnormal-shaped steering wheel and a processing piece are mounted on a seventh rotating shaft; the steering driving mechanism is in meshed transmission with a first gear which is arranged in the cutting assembly; the steering driving mechanism drives the abnormal-shaped steering wheel to be rotated through the turning wheel in a reversing manner; the cutting assembly and the grinding assembly are separately arrangedon the two sides of the processing piece; the cutting assembly is moved along sliding slots which are formed in the two sides of the stand in the horizontal direction; the grinding assembly is mounted on the lifting mechanism; the lifting mechanism is moved under an effect of the traction mechanism; and one end of the traction mechanism is connected with the lifting mechanism while the other endof the traction mechanism is connected with the seventh rotating shaft. The integrated processing device disclosed by the invention has the advantages of being high in integration degree, high in grinding efficiency and simple in operation; and moreover, cutting and grinding operations can be performed completely and sequentially, and meanwhile, double-sided grinding on the cut processing piece can be realized.

The invention relates to the field of aero-engines and gas turbines, and particularly relates to a technical method for manufacturing an aero-engine cyclone through a special processing technology. The method comprises the step of manufacturing a cyclone blank, wherein the cyclone bank is manufactured through a cylindrical forging piece. The method further comprises the step of manufacturing semi-finished cyclone and the step of finishing through pincers; the step of manufacturing the semi-finished cyclone is that the cyclone blank is sequentially subjected to turning processing and electric spark processing to obtain the semi-finished cyclone; the step of finishing through the pincers is that the semi-finished cyclone is finished based on the requirement on a finished cyclone so as to obtain the finished cyclone. According to the method, the forging piece is outstanding in mechanical property, and two processing modes are provided, so that the manufactured cyclone product is high in strength and toughness; the yield is increased; and the processing cost and the processing period are reduced; the manufactured cyclone product can stably run for a long time in an aero-engine combustion chamber; and the service life of the aero-engine combustion chamber cannot be influenced by the quality of the cyclone.

The invention discloses a machining process method of a rubber workpiece step surface. The method includes the following steps of firstly, machining an annular end face shear mark on the outer end face of a circular platy rubber blank workpiece through a hollow drill bit, wherein the depth of the end face shear mark is equal to the height of a small-diameter section of the workpiece to be machined, and the diameter of the end face shear mark is equal to the diameter of the small-diameter section of the workpiece to be machined; secondly, machining an annular circumferential shear mark on the outer circumferential face of the blank workpiece through a tool which rotates relative to the blank piece, wherein the mark bottom of the circumferential shear mark and the mark bottom of the end face shear mark coincide; thirdly, removing an annular body, disengaged from the blank workpiece, between the end face shear mark and the circumferential shear mark. In the whole process, the whole unnecessary part of the blank workpiece can be smoothly cut off, and therefore the rubber workpiece step surface is rapidly machined, and the method has the advantages of being low in cost and short in cycle and is quite suitable for machining and producing small batches of workpieces.

The invention provides a four-block combination two-way opening and closing clamp horizontal type supercritical fluid foaming quick-opening device for the defects that supercritical fluid vertical type kettle bodies are mostly suitable for small experimental devices and the installation and operation space of horizontal type tank body device manhole seal ends is insufficient. Automatic opening andclosing control is adopted for the device. The device is mainly composed of a kettle body assembly, a supporting assembly, a clamp assembly and an end cover opening and closing assembly. The clamp combination face in the clamp assembly and the kettle body longitudinal vertical face of the kettle body assembly are installed in an inclined manner. The clamp assembly is composed of four clamps, a clamping groove is formed in the inner side of each clamp, the warp angle of each clamp is 90 degrees, and each clamp is of a fan-shaped annular structure. Opening and closing of an end cover are achieved through a link mechanism driven by hydraulic push-pull rods. By means of the device, he installation space of equipment is reduced, the operation labor intensity is lowered, and meanwhile the laborefficiency is improved. The four-block combination two-way opening and closing clamp horizontal type supercritical fluid foaming quick-opening device is suitable for supercritical industrialized production of polymer materials.

The invention belongs to the technical field of food production and processing, particularly relates to plant meat stuffing and a preparation method thereof, and solves the problem that sensory characteristics such as chewiness, cohesiveness, texture and taste of available plant-based products are greatly different from those of animal meat products in the prior art. The plant meat stuffing comprises the following raw materials in percentage by weight: 10-20% of vegetable oil, 20-40% of plant tissue protein, 2-10% of starch, 2-9% of protein isolate powder, 2-11% of a binder, 1-10% of fibre powder, 1-8% of a toner, 1-2% of edible essence, 2-5% of a seasoner and the balance of ice water. The plant meat stuffing in the invention is scientific in formula, rigorous in proportion, simple in process, economical and easily available in raw materials and suitable for processing and production in meat product factories; and products with different sensory indexes can be obtained by adjusting the proportion of the additives.

The invention discloses an aquatic feed mixing device for microptenus salmoides. The aquatic feed mixing device for the microptenus salmoides comprises a supporting seat; an electric hydraulic rod isfixedly mounted at the top end of the interior of a groove; a pressure sensor is fixedly mounted in the position, close to one side of an electric control box, of the upper surface of a pressure bearing plate; a mixing barrel is fixedly mounted at the top of the supporting rod; a feeding trough is mounted on one side of the top of the mixing barrel in an embedded manner; the upper end of a dampingspring is fixedly connected with a screening box; a vibrating motor is fixedly mounted on the front surface of the screening box. According to the aquatic feed mixing device for microptenus salmoides, mixed aquatic feed can be screened through the screening box and the vibrating motor; the stability of the mixing device in normal work is further improved on the premise of not influencing the normal movement of the mixing device; through the pressure sensor, a controller and a buzzer, the buzzer can make a sound when a material receiving box is approximately full, so that an operator can replace the material receiving box conveniently in time.

The invention relates to a strip steel straightening method and device. The method comprises the steps: sequentially applying first tension, second tension and third tension to strip steel in the movement direction of the strip steel, and arranging extension roller sets between the action points of the first tension and the second tension; and enabling a flattening roller set to be arranged on the extension roller sets in the moving direction of the strip steel, and enabling a homogenizing roller set to be arranged between the action points of the second tension and the third tension and comprise a first homogenizing roller and a second homogenizing roller which are arranged in a relatively staggered mode, wherein the strip steel penetrates through the homogenizing roller set to form a plurality of continuous arcs with opposite bending directions, and residual stress on the strip steel is homogenized. By means of the method, wave-shaped influence caused by incoming material machining can be eliminated, transverse bending and longitudinal bending generated by uneven extension are eliminated, the residual stress is homogenized, and therefore, the high-strength strip steel is obtained, and the method is particularly suitable for machining production of ultrahigh-strength strip steel.