24results about "Bivalves processing" patented technology

The application relates to the field of food processing, and particularly discloses a factory high-efficiency oyster shell opening technology for fresh oyster meat and application thereof. The method comprises the steps of removing ropes, drum cleaning, low-temperature blanching for opening shells, cooling and manual meat taking. The application combines the drum cleaning and low-temperature blanching technology of a new oyster special cleaning machine, the oyster surface is cleaned through the new oyster special cleaning machine, and a 1-5mm shell opening effect is formed, then 3-4% salt water at 50-60 DEG C is used for blanching, the closed shell muscle protein is slightly denatured, the shell opening range is expanded to 5-20mm, and finally the meat is taken manually after cooling and stored. Compared with the traditional oyster opening method of directly prying open with an oyster opening knife held in hand, the meat taking speed is increased by more than 86%, the labor intensity is reduced, the hands of workers are prevented from being injured, the freshness and integrity of the oyster meat are ensured, the loss of nutritional components is small, the cost is controllable, and the method is suitable for factory large-scale production of oysters.

The application discloses a shellfish cleaning system based on biomimetic enzymolysis and micro-eddy current impact, and relates to the technical field of aquatic product processing. The system comprises a primary spraying station, a biomimetic enzyme micro-eddy current cleaning station, a secondary spraying station and a vibrating grading and screening station which are sequentially arranged along the material conveying direction. The primary spraying station is provided with a machine vision recognition module and a pre-rinsing spraying module. The machine vision recognition module adopts YOLOv12-DAFM and is intelligently fused by using a DAFM module. The network framework is based on a YOLOv12 baseline model. The biomimetic enzyme micro-eddy current cleaning station is provided with a dosing unit for adding biomimetic enzyme preparations and a fluid generating unit for generating a controlled micro-eddy current field in a cleaning tank. The dosing unit is a composite enzyme adding device for storing and quantitatively adding at least three different biomimetic enzyme preparations. The fluid generating unit comprises the cleaning tank. Based on the recognition result of the machine vision, the system can automatically match the optimal enzyme formula and cleaning parameters, and realize intelligent 'cleaning according to the material'.

The application discloses a shellfish aquatic product processing device, which comprises a base, a left side plate and a right side plate arranged on the base, a cleaning box arranged on the left side plate, two groups of supporting rollers arranged in the cleaning box, a rotating drum and a receiving drum respectively supported on the rollers, helical blades arranged on the inner wall of the rotating drum, a brush drum rotatably arranged in the rotating drum, a main shaft connected to the middle part of the brush drum, the main shaft in transmission connection with a motor and used for driving the receiving drum and the rotating drum to rotate through a transmission mechanism, a shaft pipe axially slidably and relatively rotatably connected to the other end of the brush drum, the right end of the shaft pipe in rotation connection with the right side plate, a matrix spray pipe arranged above the cleaning box and in communication with a water pump. The relative rotation of the rotating drum and the brush drum and the pushing of the helical blades can realize the continuous rolling, moving and multi-directional brushing of the shellfish, and the cleaning efficiency and the cleanliness are obviously improved.

The application discloses a scallop automatic opening and column taking integrated device based on machine vision, a rack is provided with a clamping device, an opening mechanism, a scraping mechanism and a visual identification device; the clamping device is used for clamping and fixing scallops, and the clamping device comprises a turntable driving mechanism used for driving the rotation of the scallops; the opening mechanism is used for opening the scallop shell; the scraping mechanism is used for scraping the column from the inner wall of the shell; the visual identification device comprises an industrial camera used for collecting scallop images and a control box used for processing the images and outputting a rotation angle instruction; the turntable driving mechanism drives the rotation of the clamped scallops according to the rotation angle instruction output by the control box, so that the shell opening of the scallops faces a unified direction. The scheme can realize the automatic opening and column taking of scallops and improve the processing efficiency.

The application discloses a multifunctional shellfish harvesting machine and a method thereof, and belongs to the technical field of fishery machines. The device comprises a harvesting device, an adjusting device, a conveying device, a sorting device and a cleaning device which are installed on a base. The harvesting device is used for digging and harvesting shellfish and can adjust the harvesting position through the adjusting device connected with the base. The sorting device is arranged behind the harvesting device and comprises a double-arc-shaped vibrating lifting device, a first rotary hub and a second rotary hub. The conveying device is arranged behind the harvesting device, and the cleaning device is arranged behind the conveying device. The water outlet of the nozzle of the cleaning device sprays towards the shellfish on the conveying device. The conveying device can convey the cleaned shellfish to the collecting box behind. The application realizes the effects of continuously digging, conveying, cleaning, sorting and collecting shellfish, overcomes the technical defects that the prior art cannot work continuously, and further increases the work efficiency.

The present application relates to aquatic product processing equipment technical field, specifically is related to a kind of mussel byssus automatic cleaning removal device, by setting filter screen cylinder in filter cylinder, construct the processing cavity for placing mussel and the byssus collection cavity around its outside, under the joint action of water flow and rotating agitator, byssus passes through the filter hole of filter screen cylinder, and is clamped by rotating clamping double roller, byssus is effectively separated from mussel by the continuous rotation of clamping double roller, to solve the problem that traditional manual removal mussel byssus.

The utility model discloses a kind of shellfish shell opening meat taking devices, it is related to shellfish shell opening device technical field, the shellfish shell opening meat taking device, including base, further include: lifting mechanism, it is installed in the upper end surface of the base;Pressing mechanism, it is installed on the lifting mechanism and can be driven up and down adjustment by lifting mechanism, including mounting plate, the front end surface of the mounting plate is fixedly installed with two connecting frames, two connecting frames between fixed sleeve connection have connecting rod, the outer end sliding sleeve connection of the connecting rod has movable frame, the middle part of the connecting rod is fixedly sleeved with limit sleeve, the side of the limit sleeve is rotatably connected with connecting rod two, the upper end of connecting rod two is rotatably connected with connecting rod one;Shell opening head, it is detachably installed in the lower end of the movable frame.The utility model whole structure realizes stable shell opening by mechanical transmission, effectively solve the sample damage, low efficiency and safety risk problem existing in laboratory artificial use cutter shell opening.

This utility model discloses a processing device for pre-prepared pickled oysters, relating to the field of oyster processing technology. The device includes a box body with an ultrasonic transducer mounted on its side wall. A pickling box is located inside the box body, containing an elastic element and a limiting rod. A limiting blind hole is provided on the inner wall of the box body, and the elastic element is used to push the limiting rod into the limiting blind hole. An opening is provided on the side wall of the box body, and a collection box located below the pickling box is located within the opening. An air bladder communicating with the limiting blind hole is also provided inside the box body, and the collection box can compress the air bladder. This utility model utilizes the sound waves generated by the ultrasonic transducer to improve the penetration efficiency of salt and other pickling ingredients, thereby shortening the pickling time of the oysters and facilitating quick removal of the pickling box from the box body.

The present application relates to the technical field of aquatic processing, and particularly relates to a shellfish automatic primary processing control system and method, comprising a cooperative control module, and a feeding conveying module, a position driving module, a clamping module, a pre-cutting module, a shell opening module and a material taking and cleaning module which are electrically connected with the cooperative control module respectively. The present application takes the cooperative control module as the core, and the communication unit uniformly schedules the feeding conveying module, the position driving module, the clamping module, the pre-cutting module, the shell opening module and the material taking and cleaning module, controls the actions of each module according to the preset process sequence, realizes the full-process continuous automatic operation of shellfish from feeding, conveying, positioning, clamping, pre-cutting, shell opening, material taking to cleaning, effectively overcomes the problem that each process is disconnected and relies on manual connection in the prior art, and significantly improves the processing continuity and production efficiency.

The invention relates to the technical field of mussel cleaning, in particular to efficient cleaning equipment and a cleaning method for grading and shell protection of mussels. Comprising a machine frame, a cleaning pool and a conveying belt are arranged on the machine frame, the conveying belt is provided with a horizontal conveying section submerged below the liquid level of the cleaning pool and a climbing section penetrating out of the liquid level in an upward inclined mode, a grading mechanism is arranged on the front half portion of the horizontal conveying section and comprises a vibration material frame and a net bag arranged in the vibration material frame, and a height adjusting frame is arranged on the machine frame. A vibration generator is arranged on the height adjusting frame, the net bag is composed of a fixed net and a movable net, an inner frame is arranged in the vibration material frame and can drive the movable net to be close to or away from the fixed net, and a material falling net gap is formed between the fixed net and the movable net. By adjusting the blanking net gap between the movable net and the fixed net, stage-by-stage release of mussels is achieved, extrusion damage is avoided, then dirt in the mussels is removed under the cleaning action of pre-cleaning, aeration turning and washing and variable-frequency spraying, and the cleaning effect is improved.

The application discloses a scallop shelling and cleaning integrated machine, and belongs to the technical field of aquatic product processing equipment. The machine comprises a rack, a feeding and positioning mechanism, a conveying mechanism, a guide groove, a cutting and shelling mechanism, a shell and meat separating mechanism, a cleaning and collecting mechanism and a driving unit which are installed on the rack. The feeding and positioning mechanism quantitatively distributes the scallops to the jig of the conveying mechanism through the rotating indexing roller, the jig moves along the conveying belt, and then passes through the wide part and the narrow part of the guide groove, so that the clamping plate is opened and folded and locked. The cutting and shelling mechanism cuts the scallops through the multiple disc saw blades which are arranged on the saw blade shaft. The shell and meat separating mechanism scrapes the scallop meat through the rotating scraper, and the cleaning and collecting mechanism rinses and collects the scallop meat. The application also integrates a counting unit and a weighing module. The scallop shelling and cleaning integrated machine has a simple structure, controllable cost, can well preserve the meat quality, and realizes the full-automatic closed-loop production from the shelled scallops to the clean meat.

The application discloses an automatic oyster opening machine, which comprises a rack, a positioning seat and a taper head, the taper head is located above the positioning seat, the positioning seat is provided with an inclined surface, a bottom surface and a first clamping surface, the first clamping surface is inclined to the side of the inclined surface or perpendicular to the bottom surface, the inclined surface, the bottom surface and the first clamping surface jointly form a first limiting groove, the inclined surface is provided with a second limiting groove communicated with the first limiting groove, the taper head is connected with a lifting mechanism, the lifting mechanism is used for driving the taper head to drop and squeeze into a raw oyster on the inclined surface, the rack is further provided with a horizontal moving mechanism, the horizontal moving mechanism is used for driving the positioning seat or the taper head to move away from each other, so that the taper head squeezed into the raw oyster can pry open the oyster shell. Compared with the prior art, the application can complete the drilling into the raw oyster and the prying of the shell by using one taper head under the cooperation of the positioning seat, and the overall structure is simple; secondly, the raw oyster is easy to load and unload, the posture is easy to adjust, and the oyster opening efficiency is improved.

The utility model discloses a kind of high-efficiency bubble cleaning machines for food manufacturing, including support frame, cleaning assembly is arranged on support frame, the surface of cleaning assembly is connected with the top of support frame, the back of support frame is connected with third driving source, the power output end power connection of third driving source has transmission roll, the surface transmission connection of transmission roll has transmission belt, the utility model is driven transmission roll rotation by third driving source, conveniently drive transmission belt transmission to food conveying, by water pump, water source is conveniently sprayed by connecting pipe and multiple spray heads to food flushing cleaning, the effect of cleaning is assisted to improve by multiple spray heads, by first driving source drive reciprocating screw rod rotation, conveniently drive slider to make left and right translation movement in circulation, the bottom of slider is slidably connected with the surface of support frame, the surface of reciprocating screw rod is rotatably connected with support rod, thus double support effect improves the stability of cleaning brush subsequent displacement, effectively avoid the situation of shaking.

The application relates to an energy-saving mussel meat and shell separating device and relates to the technical field of food processing machinery. The device comprises a bottom plate, a support column, a first frame body, a second frame body, a supporting plate, an extrusion plate, a gas cylinder, a motor, a rocker arm and a connecting rod mechanism. The motor drives the rocker arm to rotate through a belt, and the connecting rod mechanism drives the supporting plate and the extrusion plate to move horizontally and reciprocally in a sliding groove, and the gas cylinder controls the second frame body to ascend and descend to adjust the distance between the extrusion plate and the supporting plate. The application can realize efficient and energy-saving separation of mussel meat and shells, can reduce energy consumption through integrated driving of a single power source, and can improve stroke matching of moving parts to improve separation efficiency.

The batch river snail tail removing device comprises a vibrating elevator, a river snail arrangement device and a snail tail cutting device; the vibrating elevator comprises a vibrating base and a spiral conveyor connected in sequence from bottom to top; the river snail arrangement device comprises double guide rods and a snail head pressing plate; the double guide rods are provided with linear working sections at rear ends; the snail head pressing plate is fixedly arranged on the upper ends of the working sections of the double guide rods and is arranged in parallel to the working sections of the double guide rods; the snail tail cutting device is arranged at the lower ends of the working sections of the double guide rods and is used for cutting the snail tails of the river snails arranged on the working sections of the double guide rods. The automatic feeding, directional arrangement and continuous conveying of the river snails are realized through the cooperation of the vibrating motor and the spiral conveyor, the snail tail cutting operation is realized through the cooperation of the snail tail cutting mechanism and the snail tail breaking mechanism, the processing efficiency is several times higher than that of manual operation.

A kind of sieve selects meat primary processing machine of sinonovacula constricta, including feeding mechanism, screening mechanism, big clam separates and collects mechanism, middle clam separating mechanism, small clam collecting mechanism, middle clam push moves transposition mechanism, middle clam clamping rotary transposition mechanism, middle clam shell meat separation mechanism and middle clam meat taking mechanism;Feeding mechanism, big clam separates and collects mechanism, middle clam separating mechanism, middle clam push moves transposition mechanism and small clam collecting mechanism are sequentially arranged on screening mechanism in height direction from top to bottom;Middle clam clamping rotary transposition mechanism and middle clam meat taking mechanism are located between screening mechanism and middle clam shell meat separation mechanism.The present application can replace manual realization sinonovacula constricta screening classification and shelling meat, with compact structure, easy operation, stable operation, screening classification efficiency is high, classification precision is uniform, shelling meat efficiency is high, the characteristics of sinonovacula constricta meat damage rate is low, fill the blank of sinonovacula constricta primary processing automation equipment, promote the scale development of sinonovacula constricta aquaculture industry.

The application discloses a pry table for opening oysters, which comprises a positioning seat, wherein an inclined surface, a bottom surface and a first clamping surface are arranged on the positioning seat; the bottom surface is connected with the lower end of the inclined surface and the lower end of the first clamping surface respectively; the first clamping surface is inclined to the side of the inclined surface or perpendicular to the bottom surface; the inclined surface, the bottom surface and the first clamping surface jointly form a first limiting groove; a second limiting groove matched with an oyster shell is arranged on the inclined surface; and the slope of the groove bottom of the second limiting groove is smaller than the slope of the inclined surface. Compared with the prior art, the pry table has the advantages that the overall structure is simple, the oyster is placed on the inclined surface, the limitation before the oyster shell is opened can be completed through the inclined surface, the included angle C and the second limiting groove, the oyster is fixed conveniently, the posture of the oyster lying on the inclined surface can be adjusted easily in the limitation, no other force needs to be applied to bind the oyster, energy consumption is saved, no additional power needs to be consumed to offset the binding force applied to the oyster when the oyster shell is opened subsequently, and energy consumption is further saved.

This utility model relates to shellfish cleaning equipment, specifically an oyster cleaning machine. It includes a vibrating cleaning section and a fine cleaning section connected in sequence. The vibrating cleaning section includes a vibrating screen with several high-pressure rinsing nozzles positioned above it. The fine cleaning section includes a conveyor and a conveyor belt, with high-pressure rinsing nozzles positioned above and below the conveyor belt. Several brush rollers are also positioned above the conveyor belt. The high-pressure rinsing nozzles are mounted on longitudinally arranged water distribution pipes, and the brush rollers are arranged adjacent to the water distribution pipes. This utility model combines vibration, high-pressure spraying, and brushes, resulting in excellent cleaning performance.

This invention relates to the field of shell processing equipment technology, and proposes an automatic shelling machine for scallops to solve the problem of difficulty in aligning the scallop shells with the seams. The machine includes a frame, on which a directional feeding mechanism and a directional shelling mechanism are provided. The directional feeding mechanism includes a feeding hopper, a conveyor belt, a straightening feeding device, and a first cooperative drive device. The directional shelling mechanism includes a clamping and cutting device, a shelling device, and a second cooperative drive device.

The present application relates to a kind of scallop shelling equipment, specifically to a kind of automatic shelling equipment based on continuous conveying and multi-process collaborative operation of conveyer belt.The purpose is to provide a kind of scallop automatic shelling equipment based on conveyer belt, the equipment has the characteristics of high processing efficiency and automation level, compact structure, stable operation.The technical scheme is a kind of scallop automatic shelling equipment based on conveyer belt, including rack and the conveyer belt assembly arranged on the rack, characterized by: the rack is also provided with the feeding sorting mechanism for posture arrangement of the scallop to be processed, the self-adapting clamping mechanism symmetrically arranged on the both sides of the conveyer belt for clamping the lower half scallop, the displacement shelling mechanism for shelling the scallop and moving the upper half scallop sucked during shelling to the turnover mechanism, and the turnover mechanism for turning the upper half scallop sent to facilitate operator inspection.

This invention provides an automated oyster processing device and an automated oyster shelling and meat extraction method, relating to the field of aquatic product processing technology. It includes a frame and controller, as well as a feeding mechanism, a clamping and conveying mechanism, a cutting mechanism, a gripping mechanism, a cleaning mechanism, a collection box, and a vision inspection unit mounted on the frame. The automated oyster processing device provided by this invention achieves unmanned continuous processing of oysters from scattered raw materials to clean oyster meat through a complete process mechanism encompassing feeding, posture correction, adaptive clamping, vision-guided shell opening, meat extraction, ultrasonic deep cleaning, and centralized shell collection. This solves the problems of low efficiency, high labor intensity, and difficulty in controlling hygiene standards associated with traditional manual processing, while also addressing the shortcomings of existing equipment such as poor process integration, poor specification adaptability, and low processing accuracy.

The application discloses a shellfish processing device for automatically grading, shelling and separating shellfish meat, which comprises a rack, a grading mechanism, a shelling mechanism, a driving mechanism and an electric control system. The grading mechanism is detachably installed on the top of the rack and is used for grading the shellfish according to the size and fumigating the shellfish with high-temperature steam during the grading process. The shelling mechanism is installed in the rack and is used for shelling the graded shellfish to realize the separation of the shell and the meat through a rotating-swinging compound motion. The driving mechanism is used for driving the shelling mechanism to realize the rotating-swinging compound motion. The electric control system is used for controlling the grading mechanism, the driving mechanism and the shelling mechanism. The above mechanical system can realize the automatic grading and shelling of the shellfish without additional operations and instruments.