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

The present invention provides a flat shape famous green tea processing method, which includes: firstly performing spreading and greening processing to fresh leaves, and then continuously performing roller de-enzyming, microwave tempering, automatic grounding, and then using a cooling storage machine for cooling the grounded leaves, frying drying after the leaves are cooled and enter in a flat teafrying machine, finally determining whether it is needed to enter a hexagon brightness dried machine for hair-off treatment or directly use far infrared perfuming machine to performing perfuming. Theinvention integrates the use of stacked-type multiple layer placing frame, roller de-enzyming, microwave de-enzyming machine, automatic tea carding machine, cooling storage machine, drying machines,hexagonal brightness drying machine / far-infrared perfuming machine and the like machining processes and equipment for integrated considering, so that the appearance of the obtained product is flat andsmooth, fragrant, to realize mechanization machining of flat famous green tea.

The invention discloses innocent recycle treatment equipment for kitchen waste, which comprises a solid-liquid separating device, a liquid collecting tank, a buffer tank, a vacuum pump, a tail gas purifying device, a demulsifier, a settling separating device, a multi-stage separating device, a wastewater treatment device, a crushing device, an ingredient adjusting device and a feed forming device. The equipment performs innocent recycle treatment on the kitchen waste, fully recycles the kitchen waste, converts solid ingredients in the kitchen waste into an animal feed, converts liquid ingredients into chemical materials for preparing lubricating oil, soaps and other products, and changes the waste into treasure.

The invention provides a production method for fish head paste rich in polyunsaturated fatty acid. The production method comprises the following steps: firstly, fish heads without gills are cleaned, crushed and added with a fishy smell elimination agent, homogenating is carried out, the pH value is adjusted to be less than or equal to 3.0, stirring and pumping filtration are carried out, the filtrate is collected, and fish head paste without fishbone is obtained; secondly, fish maw flesh is cleaned and added with the fishy smell elimination agent, homogenating and filtering are carried out, and fish maw flesh paste is obtained; thirdly, the fish head paste without fishbone and the fish maw flesh paste are taken at a mass ratio of 1:0-0.4 and mixed uniformly, a stabilizing agent and an emulsifier are added, the pH value is adjusted to 3.5-4.5, homogenating is carried out, and mixed fish flesh paste is obtained; fourthly, seasoners are added, the mixture is mixed uniformly, loading and disinfection are carried out and fish head paste is obtained. The production technology is simple, the cost is low, and the method is suitable for industrial production. The fish head paste product has a high unsaturated fatty acid content and has rich nutrients, the TBARS value is low, the fish head paste has no fishy smell and has a good special flavor.

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 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 present invention proposes a vertical sintering machine operating manipulator and its use method. The manipulator includes a working arm, a swaying oil cylinder and a pitching oil cylinder. The working arm is arranged outside the machine hood, and can enter into the machine hood for operation by stretching and contracting. And it can be retracted from the inside of the hood to the outside of the hood, so as to isolate the environment of high temperature and corrosion; the front end of the working arm is equipped with working tools; the working arm is hinged on the turntable through a pitch axis of the working arm; the turntable is rotatably installed on the outer wall of the hood Above; the cylinder rod of the sway cylinder is hinged to the turntable through a pin shaft, and the cylinder barrel of the sway cylinder is hinged to the hood through a hinge seat; the pitch cylinder is used to drive the operating arm to do pitching motion; between the operating arm and the turntable, the turntable There is a rotary sealing structure between the engine cover and the machine cover. The invention realizes mechanized treatment of abnormal fire conditions, space isolation of working tools and operators, and prevents operators from being scalded by high-temperature airflow inside the machine. In addition, the manipulator can quickly complete the surface operation, which can significantly reduce the production loss.

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.

This application relates to the field of prefabricated box girders, in particular to a construction method for prefabricated box girders in high-cold and high-altitude areas, which includes the following steps: constructing a closed greenhouse, pouring a girder pedestal; Tire frame; steel bar processing; installation, tying, welding of bottom web steel bars, installation of embedded parts, to obtain bottom web steel bar skeleton; binding, welding of roof steel bars, to get roof steel bar skeleton; making prestressed pipes, installation of prestressed pipes; hoisting Bottom web steel frame to the preset position of beam-making pedestal; install side formwork; install inner formwork and fix the inner formwork against floating; hoist the roof steel frame; install liner in prestressed pipe; pour bottom slab concrete and web concrete And roof concrete; maintenance, formwork removal; prestressed beams are pierced, prestressed beams are stretched, prestressed tunnels are grouted and anchored; beams are moved and stored. The application has the effect of ensuring the prefabrication efficiency and quality of box girders in alpine and high altitude areas.

The invention belongs to the technical field of metal processing tools and particularly relates to a gear of a workpiece rotating stamping die. The gear of the workpiece rotating stamping die comprises a gear body, wherein the gear body is provided with a workpiece groove for workpiece placement; one end of the workpiece groove extends to the edge of the gear body, and the other end of the workpiece groove extends into the gear body to be connected with a fan-shaped groove; one side of the gear body, which is far away from the fan-shaped groove, is provided with a gear rack, and one side of the gear body, which is positioned between the fan-shaped groove and the workpiece groove, is provided with a stopping workpiece extending to outside. In the invention, the mechanical processing of a tubular workpiece is realized, thereby increasing the efficiency and achieving the large-scale and industrialized production.

The utility model relates to an automatic peeling machine for squid main body, which belongs to the technical field of fishery processing auxiliary equipment. It includes a hollow rotating rod, a rubber hollow body, a geared motor, a base, a pipe, 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 rotating rod is covered There is a rubber hollow body, a geared motor is installed on the lower part of the hollow rotating rod, a base is installed on the lower part of the geared motor, an air extractor, an inflator, a controller and the first electric elevating rod are installed on the base in sequence, and the upper part of the first electric elevating rod is installed with The distance sensor, the second electric lifting rod is installed on the left side, and the scraper is installed on the left side of the second electric lifting rod. The structure is convenient for the squid to be inserted into the shape and taken out, thus realizing mechanized processing and greatly improving the peeling efficiency.

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.