32results about How to "Realize mechanized processing" patented technology

The invention belongs to the technical field of tea manufacture, in particular to a method for mechanically processing flat green tea. The method is characterized in that fresh green tea leaves are prepared into well-known tea with a flat shape through spreading, enzyme deactivating, sorting, pressing, solidifying, flavoring and other steps. The flat well-know tea has the characteristics of flat and smooth strips, no fragment, unpolished rice like color and luster, constant chestnut fragrance, green and bright color of liquor color, fresh and pure taste, tender, uniform, green and bright leaves and the like. The tea quality can completely reach the level of manually processing, and the method is applicable to mechanical processing production.

The invention discloses an inorganic inflaming retarding straw fiberboard and a production method thereof. The inorganic inflaming retarding straw fiberboard comprises three layers of straw fiber layers, wherein a cotton yarn net is arranged between each two adjacent straw fiber layers, the cotton yarn nets are respectively bonded to the adjacent straw fiber layers through inorganic inflaming retarding adhesive material layers, and the straw fiber layers are slab materials made of straw fibers and inorganic inflaming retarding adhesives. According to the inorganic inflaming retarding straw fiberboard, the cotton yarn nets are arranged in the straw fiberboard, the cotton yarn nets are used as reinforcement bodies, the inorganic inflaming retarding adhesives are used as bonding agents, not only is good strength of the inorganic inflaming retarding straw fiberboard guaranteed, but also the results that no artificial formaldehyde is released from the inorganic inflaming retarding straw fiberboard and the inflaming retarding level of the inorganic inflaming retarding straw fiberboard reaches an A2 level are guaranteed, and furthermore straw fibers are abundant in source, low in production cost, simple to process and high in production efficiency, and mechanization processing can be achieved during the whole production process.

The invention discloses garlic root and stem cutting apparatus. A linkage feeding and positioning mechanism of the garlic root and stem cutting apparatus comprises a machine frame, a bearing seat, a transmission shaft, a chain wheel, a chain, a conveyor tray, a straight gear, racks, a transmission rod, a spring and a sector gear; the bearing seat is fixed on the machine frame; the transmission shaft cooperates with the bearing seat; the straight gear and the chain wheel cooperate with the transmission shaft; the chain is installed on the chain wheel; the conveyor tray is installed on the chain; the transmission rod cooperates with a positioning hole on the machine frame; the racks are installed at two ends of the transmission rod; the spring is installed at an upper part of the transmission rod; and the sector gear is installed on a motor transmission shaft. A crank slider cutting mechanism comprises a motor, an eccentric wheel, positioning shafts, a connecting rod, a slider and a blade; the motor is installed on the machine frame; the eccentric wheel cooperates with the motor transmission shaft; two ends of the connecting rod are respectively connected with the eccentric wheel andthe slider via the positioning shafts; the slider cooperates with a chute on the machine frame; and the blade is installed on the slider. Manpower is replaced by machine by using the garlic root andstem cutting apparatus ; and thus, machinery production of semi-finished garlic products is realized.

The invention provides cooked wheaten food processing equipment. The cooked wheaten food processing equipment comprises a food strip processing device, a food shaping device and a food cooking device,wherein the food strip processing device comprises a stuffing barrel and dough kneading devices, and the operations of dough mixing, dough kneading, stuffing stirring and food strip extrusion are realized by simultaneous rotation of a first shaft, a second shaft and a third shaft; as for the food shaping device, a driving device is used for driving a food plate to move in the horizontal directionto realize food shaping; and the food cooking device realizes continuous food cooking by electric heating. The invention also provides a method for making cooked wheaten foods through the cooked wheaten food processing equipment. The cooked wheaten food processing equipment disclosed by the invention is used for making stuffed cooked wheaten foods, so that making of the stuffed cooked wheaten foods is mechanized, the limitation of manual operation is broken through and the work efficiency is improved.

The invention discloses a method for processing slash marks on the surface of a pseudo-classic board. According to the method, the slash marks are processed by a method for simulating artificial cutter jumping by using a device for processing the slash marks. The device for processing the slash marks comprises scrapers, swing frames, cylinders and a conveying mechanism; the swing frames are driven by changing the ventilation sequence and air pressure of rod cavities on the cylinders to swing, so that the scrapers process the slash marks on the upper surface of the board, the mechanized processing of the slash marks on the surface of the pseudo-classic board is realized, and the processing efficiency is improved; and the depths of the slash marks, the lengths and separated distance of slash mark areas and the distribution of the slash marks in the width direction of the board can be regulated, so that the processed slash marks are irregular, and an emulation effect of manual operation is achieved. The device for processing the slash marks is simple in structure and low in manufacturing cost; and the surface of the board processed by utilizing the device for processing the slash marks is good in pseudo-classic effect, the production efficiency is improved, and the production cost is reduced, so the method and the device for processing the slash marks can be widely applied to the processing and manufacturing of the surface of the pseudo-classic board.

The invention provides a flesh removing device for Exocarpium Citri Rubrum. Mechanical processing of fresh removing of the Exocarpium Citri Rubrum can be realized, the production cost of Exocarpium Citri Rubrum and Pu'er tea is reduced, and the production efficiency is improved. The flesh removing device for the Exocarpium Citri Rubrum comprises a coring drill barrel and a flesh removing drill barrel, wherein the bottom opening of the coring drill barrel is circumferentially provided with cutting sawteeth; the upper end of the coring drill barrel is a sleeve clamping end, and the barrel body of the coring drill barrel is made of a stainless steel sheet in a rolling manner; the middle section of the barrel body of the flesh removing drill barrel is axially provided with a plurality of slits; the slits divide the middle section of the flesh removing drill barrel into a plurality of cutting blades capable of bending and deforming outwards; the upper end of the flesh removing drill barrelis a sleeve clamping end, and the side wall of the lower end of the sleeve clamping end is provided with a microswitch; and the microswitch is connected with a switch rod which is obliquely suspendeddownwards.

The invention provides a biomass briquetting device which comprises a rack, a recycling mechanism, a grinding mechanism, a briquetting mechanism, a conveying mechanism and a transmission mechanism, wherein the rack is provided with a tray and a moving part; the recycling mechanism is mounted on the rack; the grinding mechanism is mounted on the rack and connected with the recycling mechanism; the briquetting mechanism is mounted on the tray; the conveying mechanism is connected with the grinding mechanism to convey the substance treated by the grinding mechanism to the briquetting mechanism; the transmission mechanism is in drive connection with the recycling mechanism, the briquetting mechanism and the grinding mechanism; and under external drive force, the transmission mechanism drives the recycling mechanism, the briquetting mechanism and the grinding mechanism to move. The biomass briquetting device provided by the invention realizes mechanical processing, industrial production and industrial utilization and development of the biomass industry, reduces labor input, lowers the transportation cost and production cost, remarkably improves the production efficiency and reduces the combined cost of the product.

The invention discloses an automatic squid body peeling machine, and belongs to the technical field of auxiliary equipment for fishery processing. The automatic squid body peeling machine comprises ahollow rotary bar, a hollow rubber body, a reduction motor, a base, pipelines, an air extractor, an inflator, a controller, a first electric lifting rod, a distance sensor, a second electric lifting rod and a scraper; the hollow rubber body sleeves the hollow rotary bar; the reduction motor is installed under the hollow rotary bar; the base is installed under the reduction motor; the air extractor, the inflator, the controller and the first electric lifting rod are sequentially installed on the base; the distance sensor is installed on an upper part of the first electric lifting rod; the second electric lifting rod is installed on the left side of the first electric lifting rod; the scraper is installed on the left side of the second electric lifting rod; and the hollow rotary bar, the airextractor and the inflator are connected by the pipelines. The automatic squid body peeling machine has the following advantages: the automatic squid body peeling machine adopts an inflatable structure, so that coating, shaping and taking-out of squids are facilitated; and thus, mechanized processing of squid is realized with peeling efficiency greatly improved.

The invention discloses a method for crushing spices. The method comprises the following concrete steps: sending the spices to low-temperature extrusion-grinding crushing equipment; and grinding the spices into superfine powder at a low temperature by adopting a jacket filled with a cooling medium. The low-temperature grinding micro-crushing method for the spices, disclosed by the invention, can be used for achieving mechanical processing; in comparison with a traditional universal crushing method, the method disclosed by the invention has the advantages that materials which are hard to crush at the normal temperature can be crushed, the small material temperature increment is caused during crushing, and the freshness, color, flavor, taste and various active substances of the powder material can be retained, so that the method is especially suitable for crushing the spices which are relatively high in content of volatile components; the processing quality of the spices is greatly guaranteed; the superfine degree of a processed product has incomparable advantages.

A walnut shelling machine, comprising an extruding device and an extruding plate, the extruding device is placed on the extruding plate, a shaft is arranged in the middle of the extruding plate, the shaft is fixed on the frame, and the outer surface of the shaft is evenly divided Roller, the upper part of the extrusion plate is provided with a feeding port, the feeding port is placed on the upper cover, the lower part of the upper cover is provided with an end cover, and the lower part is provided with a lower cover; the advantages of the present invention are: The advantages are: simple structure, realizing mechanized processing, liberating productivity, improving efficiency, improving walnut processing quality and export rate, improving shell breaking rate and whole kernel rate, and good shell breaking performance.

The invention belongs to the technical field of wood board processing, and discloses a processing device for cut marks on an antique looking wooden board surface. The processing device for the cut marks on the antique looking wooden board surface comprises: a working platform, a knife roll and a bracket. A clamp is arranged on the table surface of the working platform, and grooves are arranged ontwo opposite sides of the working platform. The bracket comprises two support rods vertically distributed on two sides of the working platform, and the bottom ends of the two support rods are fixed ona fixing seat provided with idler wheels at the bottom, the fixing seat is matched with the grooves, and the fixing seat is provided with a first driving device connected with the idler wheels. Screwrods are arranged on the inner sides of the two support rods, a second driving device is connected with the tops of the two screw rods, the two ends of the knife roll are fixed on the two screw rodsthrough connecting blocks, the knife roll comprises a roller shaft and a cylindrical knife rest mounted on the outer side of the roller shaft, the cylindrical knife rest is provided with a threaded hole for fixing a knife, the knife comprises a knife head and a knife handle, and the knife handle is provided with a thread matched with the threaded hole. The processing device has a simple and reliable structure, strong controllability, and achieves mechanized processing of the cut marks on the wooden board surface.

The invention relates to the field of prefabricated box girders, in particular to a construction method of a prefabricated box girder in a high-cold and high-altitude area. The construction method comprises the following steps of constructing a closed greenhouse, and pouring a girder making pedestal; prefabricating a bottom web steel bar positioning jig frame and a top plate steel bar positioning jig frame; processing steel bars; mounting, binding and welding bottom web steel bars, and mounting embedded parts to obtain a bottom web steel bar framework; binding and welding top plate steel bars to obtain a top plate steel bar framework; manufacturing a prestressed pipe, and installing the prestressed pipe; hoisting the bottom web steel reinforcement framework to the preset position of the girder making pedestal; installing a side mold; installing an inner mold, and carrying out anti-floating fixing on the inner mold; hoisting the top plate steel bar framework; installing a liner pipe in the prestressed pipe; pouring bottom plate concrete, web plate concrete and top plate concrete; maintaining and removing the mold; arranging pre-stressed tendons in a penetrating mode, tensioning the pre-stressed tendons, and carrying out pre-stressed duct grouting and anchor sealing; and moving the girder and storing. The construction method has the effect of ensuring the prefabricating efficiency and quality of the box girder in the high-cold and high-altitude area.

The invention discloses a cream-fat separation and cheese forming all-in-one machine based on a traditional technology, relates to cream-fat separation and cheese forming equipment, and aims to solve the technical problems that an existing cheese processing method is time-consuming, labor-consuming and low in efficiency. The all-in-one machine comprises a raw milk stirring system, a heating and disinfecting system, a material distributing system, a mold device and a control system; wherein the raw milk stirring system comprises a raw milk stirring cylinder and a stirrer mounted in the raw milk stirring cylinder, and the stirrer is eccentrically mounted; the raw milk stirring system, the heating and disinfecting system, the material distributing system and the mold device are connected in sequence, and the raw milk stirring system, the heating and disinfecting system and the material distributing system are controlled by the control system. The all-in-one machine can automatically complete the integrated operation of grease separation, heating, filtering and cheese forming for dairy products, realizes mechanical processing of cream, butter and cheese, and can be applied to the field of dairy product processing.

The invention relates to machining equipment for an S-shaped curve bend. The machining equipment comprises a working table, wherein a pipe sleeve I and a pipe sleeve II are arranged on the working table; the pipe sleeve I is mounted at the left end of the working table in an anticlockwise sliding manner; the pipe sleeve II is mounted at the right end of the working table in an anticlockwise sliding manner; a roller I, a first bending mold, a second bending mold and a roller II are distributed on a connecting line of the pipe sleeve I and the pipe sleeve II from left to right sequentially; a power system driving the first bending mold and the second bending mold to slide is connected with the first bending mold and the second bending mold and comprises a gear rack I connected with the first bending mold, a gear rack II connected with the second bending mold and a gear which is meshed with the gear rack I and the gear rack II and connected with a motor. The machining equipment for the S-shaped curve bend has the beneficial effects as follows: one-time machining molding of the S-shaped bend can be realized, interference in the bending process can be avoided, the machining difficulty is reduced, the machining time is saved, mechanical processing can be realized, the degree of automation is high, the production efficiency is improved, and large-scale production work can be performed.