6results about How to "High peeling rate" patented technology

The single-groove double-roller efficient peeling machine comprises a first peeling box body, a second peeling box body and a third peeling box body, and heightening bases are fixedly installed at the positions, close to one sides, of the lower surfaces of the interiors of the first peeling box body, the second peeling box body and the third peeling box body; a second roller is movably installed on the lower surface, located on one side of the heightening base, of the interior of each of the first peeling box body, the second peeling box body and the third peeling box body, a first roller is movably installed on the upper surface of each heightening base, and a motor speed reducer driving system is connected to the end of each first roller and the end of each second roller. According to the single-groove double-roller efficient peeling machine, the friction area of wood can be increased, the peeling rate and the production yield of the peeling machine are improved, the peeling rate is greatly improved and can reach more than%, the peeling precision can be guaranteed, meanwhile, the abrasion resistance of the grinding teeth is improved, maintenance and replacement of the grinding teeth of the peeling machine are facilitated, and the service life of the peeling machine is prolonged. And the use and maintenance cost of users is greatly reduced.

The invention provides a method for peeling canna edulis ker, and belongs to the technical field of agricultural product processing. Comprising the following steps: freezing canna edulis ker to be peeled, then carrying out high-pressure steam treatment, finally putting the canna edulis ker into a composite enzymatic hydrolysate for enzymolysis, and kneading and peeling after cooling. The canna edulis ker is frozen, so that the enzymatic reaction of the canna edulis ker is reduced, the degradation of nutritional ingredients is reduced, the compactness of the canna edulis ker peel is dispersed, and the affinity of the canna edulis ker peel and enzymatic hydrolysate is enhanced; through high temperature and high pressure, the canna edulis ker peel is more obviously layered from the internal moisture-filled taro pulp and taro peel; the compound enzymatic hydrolysate is used for removing wax and cuticle on the surface of the canna edulis ker peel and dissolving cell walls and middle glue layers of the canna edulis ker peel, so that the canna edulis ker peel is separated from the canna edulis ker pulp, nutritional ingredients are reserved to the maximum extent, the peeling efficiency of the canna edulis ker is improved, the canna edulis ker is not prone to browning, and the processing integrity of the canna edulis ker is guaranteed. According to the peeling method of canna edulis ker, the browning speed of the canna edulis ker pulp can be reduced, peeling is easy, and the peeling effect is good.

The utility model discloses a drum-type chestnut shell and kernel separator, which belongs to the technical field of chestnut shell and kernel separators, and adopts the technical scheme that the drum-type chestnut shell and kernel separator comprises a drum structure, a transmission shaft is arranged on the inner wall of the drum structure, a movable plate is bolted to the surface of the transmission shaft, and a flexible rubber plate is fixedly connected to the surface of the movable plate; a baffle is arranged on the inner wall of the roller structure, a draught fan is arranged on the left side of the roller structure, and the problems that when an existing chestnut shell and kernel separator is used, frying or baking is conducted after manual or mechanical cutting is mostly adopted, manual peeling is still needed after high-temperature treatment, the labor efficiency is low, and the labor cost is high are solved; and the problems of low finished product yield, high comprehensive processing cost and poor product market competitiveness caused by high kernel breakage rate in the manual peeling process are solved.

The utility model discloses a crayfish shelling assembly line which comprises a pretreatment device, a feeding device, a shelling device, a discharging device, a material collecting box, a water collecting hopper and a plurality of filter screens. The pretreatment device is used for pretreating the crayfish so as to preliminarily separate the crayfish shells from the crayfish meat; the feeding device is in butt joint with the feeding end of the shelling device and used for conveying the pretreated crayfishes to the shelling device. The shelling device is used for separating shells and meat of the crayfishes; the discharging device is in butt joint with the discharging end of the shelling device and is used for receiving shrimp shells and shrimp meat; the material collecting box is in butt joint with the discharging end of the discharging device and is used for collecting shrimp shells and shrimp meat; the water collecting hopper is in butt joint with water overflowing from the feeding device and the material collecting box and conveys the water to the material collecting box to be arranged in the material collecting box at intervals so as to filter shrimp shells. By means of the structure, residual water in the crayfish conveying process can be collected and fed into the material collecting box, separated crayfish shells and crayfish meat are soaked in the material collecting box and separated by the filter screen, the shelling rate is increased while transferring is facilitated, and very good practicability is achieved.

The invention discloses a peeling inner container and a peeling machine, the peeling inner container is used for being rotatably arranged in the peeling machine, the peeling inner container comprises a cutter head, the cutter head is provided with blades distributed in the center area of the cutter head, and the blades are distributed in the radial direction of the cutter head; the turbulent flow ring is arranged on the cutter head, a turbulent flow part is arranged on the inner side wall of the turbulent flow ring, and the turbulent flow part is arranged in a bent mode and used for guiding materials to fall back to the cutter head to make contact with the blades again; under the condition that the cutterhead rotates, the cutterhead drives materials to move in the turbulent flow ring, the motion trail of the materials is changed after the materials are guided by the turbulent flow part, and the materials make contact with the blades located in the center area of the cutterhead so that peeling operation can be achieved. According to the peeling inner container, the blade is arranged in the middle area of the cutter head and used in cooperation with the turbulent flow ring, fruits rolling along the wall face are guided to the center area of the blade, meanwhile, the fruits conduct three-dimensional rolling in the falling process and make contact with the blade to achieve peeling operation, and therefore the three-dimensional cutting probability can be increased, and the peeling rate can be increased.

The present invention discloses a cultivation method for improving the molting rate and survival rate of diapause first-instar Chinese horseshoe crabs. The diapause first-instar Chinese horseshoe crabs refer to individuals that are hatched into first-instar juveniles in September of the current year and have not molted into second-instar horseshoe crabs until April of the following year. The method comprises the following steps: selecting diapause first-instar Chinese horseshoe crabs and placing them in seawater containing 30-90 mg / L of vitamin C for cultivation. The present invention can not only effectively improve the molting rate of diapause first-instar juvenile horseshoe crabs but also improve the survival rate of the juvenile horseshoe crabs, thereby obtaining second-instar horseshoe crab seedlings with good quality.