31results about "Fish threading devices" patented technology

A power tool accessory identification system includes a power tool which has a motor, an output spindle actuatable by the motor, and a tool holder connected to the spindle and configured to hold an accessory therein. The power tool includes an accessory reader to decoding an identification device on the accessory. In a method of controlling the power tool with an accessory operatively coupled thereto, the accessory is inserted in the tool and a communication interface between the accessory and tool is read. An accessory identification is decoded via an accessory reader of the tool. A tool setting for the power tool is accessed based on the decoded accessory identification.

A slicing machine for slicing meat strands that have a cross section that varies over a longitudinal extension in large numbers and as quickly as possible into weight precise slices. In one embodiment, two meat strands are received adjacent to each other in a respective form tube and pushed against a respective separately adjustable stop plate independently from each other by a controlled longitudinal press plunger and compressed in the longitudinal direction. In addition, a cross section of the form tubes may be reduced in a first transversal direction jointly and in a second transversal direction independently from each other and thus the respective meat strand is transversally compressed to a constant cross section prior to slicing.

The invention discloses a finless eel killing tool, and aims at providing the finless eel killing tool with the advantages that the operation is convenient and fast, the operation safety is high, the cost is low, and the finless eel killing tool is suitable for being applied to small-quantity finless eel killing in places such as families, dining halls and restaurants. The finless eel killing tool comprises a finless eel automatic wire mounting device and a finless eel belly opening device, wherein the finless eel automatic wire mounting device comprises a storage box, a vertical insertion plate and a plurality of wire mounters, the vertical insertion plate is arranged in the storage box, and the wire mounters are arranged on the vertical insertion plate. Each wire mounter respectively comprises an induction sleeve, a release insertion pin, a traction wire, a trigger rod, an elastic steel bar and a bait bag, the induction sleeve, the release insertion pin, the traction wire, the trigger rod and the elastic steel bar are arranged on the vertical insertion plate, and the bait bag is arranged in the induction sleeve. The finless eel belly opening device comprises a finless eel installing and clamping table and a cutting device, and the finless eel installing and clamping table comprises a support frame and a plurality of shaping elastic sleeves arranged on the top of the support frame side by side. Cutter avoiding notches are respectively formed in the top of each shaping elastic sleeve, and in addition, the cutter avoiding notches extend in the axial directions of the shaping elastic sleeves and penetrate through the two ends of the shaping elastic sleeves.

The invention discloses a combined tool for processing sea eel or finless eel. The invention aims to provide a combined tool which is convenient and quick in operation, low in cost and fit for killing a small amount of sea eel or finless eel in the places, such as home, restaurants and hotels. The combined tool comprises a sea eel or finless eel automatic loading device, a shaping elastic sleeve and a cutter, wherein the sea eel or finless eel automatic loading device comprises a storage box with an opening at the upper end and a plurality of vertical insert plates which are arranged in the storage box and can be taken out of the storage box; a plurality of loaders are respectively arranged on the vertical insert plates; mesh enclosures are respectively arranged on one side of each of the vertical insert plates; the loaders on the same vertical insert plate are all located in the corresponding mesh enclosures; each of the loaders comprises an inducing sleeve, a pin, a dragging line, a trigger rod, a spring steel sheet and a bait bag; the spring steel sheet is arranged right under the inducing sleeve; the bait bag is arranged in the inducing sleeve; one end of the inducing sleeve is fixed on a side wall of each of the vertical insert plates; penetrating through holes are respectively arranged on the side walls of the vertical insert plates corresponding to the inducing sleeve.

The invention relates to the field of food processing instruments and particularly relates to a squid stringing auxiliary device. The squid stringing auxiliary device comprises a long-strip-shaped base and a long-strip-shaped gland matched with the base, wherein one end of the base is hinged with one end of the gland; a returning mechanism for keeping the base and the gland opened is arranged at the hinge joint between the base and the gland; an upper wave-shaped surface and a lower wave-shaped surface which are mutually matched are respectively arranged on the upper surface of the base and the lower surface of the gland, and waves of the upper wave-shaped surface and the lower wave-shaped surface respectively extend forwards and backwards along the base and the gland; a lower groove which extends forwards and backwards along the base is formed in the center of the upper wave-shaped surface; an upper groove which extends forwards and backwards along the gland is formed in the center of the lower wave-shaped surface; after the base and the gland are closed, the upper groove and the lower groove are combined to form a perforated channel only permitting inserting sticks to pass through. The squid stringing auxiliary device has the advantages that high-quality squid strings can be rapidly and accurately made, and furthermore, processors cannot be accidentally injured by the inserting sticks in the processing process.

The invention provides a squid stringing device which comprises a squid mold mechanism and a squid pressing mechanism. The squid mold mechanism comprises a base and an upper cover. The base comprisesa plural number of fish body grooves, a tentacle joint groove, three tentacle grooves and a stick groove; the upper cover comprises a plural number of convex blocks corresponding to the fish body grooves; a squid body is pressed into a wavy shape by interaction between the convex blocks and the fish body grooves; the squid pressing mechanism is arranged in a manner of facing the squid mold mechanism; the squid pressing mechanism includes a squid pressing driving unit and an upper cover pushing unit; the squid pressing driving unit drives the upper cover pushing unit to push an upper cover, andthe upper cover and the base are in a tight or separated state. The squid stringing device has the advantages that operation of squid stringing is completely mechanized and the production efficiencyis improved through cooperative use of the squid transfer mechanism, the squid mold mechanism, the squid pressing mechanism, a stick conveying mechanism, a stick pushing mechanism and a stick pressingmechanism.

A device for retaining and trussing the hocks of poultry carcass in juxtaposition and proximal to the carcass during processing, packaging, shipping, storage, and / or cooking. The present invention, including hock retaining members, can be constructed of a unitary, plate-like member of resilient material and can include two openings for fitting about and retaining the hocks, an anchor to be affixed to the carcass, and a connecting means between the hock retaining members and the anchor. The connecting members provide a spring force to keep the hocks and thus the legs juxtaposed to the carcass and each other.

The invention belongs to the technical field of food processing, and particularly relates to a small eel fillet processing production line. The production line comprises a base, wherein an operating platform is mounted on the base through a bracket; a feeding mechanism and a cutting mechanism are arranged on the upper side of the operating platform; the material outlet end of the feeding mechanism extends to the lower part of the cutting mechanism; a conveying mechanism and a filletstringing mechanism are arranged on the lower side of the operating platform; a blanking opening is formed in the operating platform above thematerialinlet end of the feeding mechanism; the blanking opening is close to the cutting mechanism; both the conveying mechanism and the filletstringing mechanism are mounted on the base; the filletstringing mechanism is mounted above the conveying mechanism through a supporting seat. The production line has the advantages thateels can be subjected to continuous conveying, pushing, cutting, re-conveying and stringing operationsthroughthe feeding mechanism, a pushing mechanism, the cutting mechanism, the conveying mechanism and the filletstringing mechanism arranged on the operating platform, and effectively improves the processing efficiency of the eels and the safety.

A chopsticks structure, comprises a holding part and a clipping part, wherein the outer peripheral surface of said clipping part raises outwardly toward the tail end to form an elevation angle preferably in the range of 3-10 degree, such that, during clipping foods, the fulcrum of the holding force can be increased so as to favor the clipping of the food. Further, when said clipping part is configured as a tetragonal column, the contact between said clipping part and the food can be a linear or facial contact, such that the user can clip and hold securely food having smooth surface.

A method for mass-production butchering of a chuck roll of beef includes: sectioning the beef clod into a first portion and a second portion substantially along a natural seam, the first portion comprising triceps brachii long head muscle and essentially being free of triceps brachii lateral head muscle, and the second portion comprising triceps brachii lateral head muscle and essentially being free of triceps brachii long head muscle; and sectioning the first portion generally with or parallel to the grain into a first set of separate portions. Another method for mass-production butchering of a beef clod may include: sectioning the beef clod into a first portion and a second portion substantially along a natural seam, the first portion comprising the teres major; and sectioning the first portion generally with or parallel to the grain into a first set of separate portions.

The invention discloses a finless eel killing tool, and aims at providing the finless eel killing tool with the advantages that the operation is convenient and fast, the operation safety is high, the cost is low, and the finless eel killing tool is suitable for being applied to small-quantity finless eel killing in places such as families, dining halls and restaurants. The finless eel killing tool comprises a finless eel automatic wire mounting device and a finless eel belly opening device, wherein the finless eel automatic wire mounting device comprises a storage box, a vertical insertion plate and a plurality of wire mounters, the vertical insertion plate is arranged in the storage box, and the wire mounters are arranged on the vertical insertion plate. Each wire mounter respectively comprises an induction sleeve, a release insertion pin, a traction wire, a trigger rod, an elastic steel bar and a bait bag, the induction sleeve, the release insertion pin, the traction wire, the trigger rod and the elastic steel bar are arranged on the vertical insertion plate, and the bait bag is arranged in the induction sleeve. The finless eel belly opening device comprises a finless eel installing and clamping table and a cutting device, and the finless eel installing and clamping table comprises a support frame and a plurality of shaping elastic sleeves arranged on the top of the support frame side by side. Cutter avoiding notches are respectively formed in the top of each shaping elastic sleeve, and in addition, the cutter avoiding notches extend in the axial directions of the shaping elastic sleeves and penetrate through the two ends of the shaping elastic sleeves.

The invention discloses anti-bonding type sea fishing processing and freezing equipment, and belongs to the technical field of sea fish processing. The anti-bonding type sea fishing processing and freezing equipment comprises a freezing chamber, a mold assembly and a penetrating and hanging assembly, wherein a driving air cylinder is symmetrically arranged on the bottom surface of the top plate, and the output end of the driving air cylinder is connected with one end of a connecting arm. and the penetrating and hanging assembly comprises a guide rail which horizontally penetrates through the freezing chamber. A moving table is driven by a traction mechanism to move on the guide rail, so that a needle rod horizontally moves and sequentially penetrates through tails of marine fishes in a mold frame, after the needle rod completely penetrates through the marine fishes in the mold frame, the moving table moves to the other end of the mold frame, and the needle rod penetrates out of the marine fishes through a needle clamping structure, so that the penetrated marine fishes are dispersed and hung on an aluminum wire, and the marine fishes to be frozen are strung through the needle rod and are conveyed into the freezing chamber for a freezing operation in a hanging manner. A technology of conveying the marine fishes on a conveying belt in the background technology is replaced, the problem that the marine fishes make contact with the surface of a conveying object in the freezing process and are bonded is thoroughly solved, and the quality of the marine fish during freezing is improved.

The invention discloses an auxiliary processing device for squid bodies and relates to the field of processing equipment of aquatic products. The technical scheme is characterized in that the auxiliary processing device comprises a base frame, wherein a fixing device for fixing squid bodies is arranged on the base frame; the fixing device comprises a frame fixedly arranged at a through hole of thebase frame, two vertically corresponding clamping mechanisms are arranged in the frame, the lower clamping mechanism is arranged at the bottom of the frame and fixedly connected with the base frame,the upper clamping mechanism is correspondingly arranged above the lower clamping mechanism, the upper clamping mechanism is in slip connection with a vertical rod of the frame; and a handle is fixedly arranged on one side of the upper clamping mechanism. The auxiliary processing device for squid bodies has the following beneficial effects: squid bodies to be inserted with bamboo sticks are tightly clamped by the upper and lower clamping mechanisms, then the squid bodies are deformed for the convenience of inserting the bamboo sticks into the squid bodies, the squid bodies are reset due to a deformation mechanism after insertion, and the squid bodies can be automatically stretched to ensure stableness of the bamboo sticks.

A feeder for a machine for canning tuna and similar food products includes a feeding device with conveyor belts. The feeding device is suitable to feed tuna loins towards the conveyor belt of the canning machine and to shape the loins into loins having a set thickness. An outlet mouth is located at the end of the belts, together with a knife adjacent to the mouth and suitable to separate the portion of loin projecting through the latter. A mobile wall located opposite the outlet mouth is also provided, as well as a mobile shovel suitable to move the newly formed tuna pat perpendicularly in the direction of motion of the conveyor belt of the canning machine.

A hanging element that may include an extended body with a lower insertion body and an upper closure head forming a matrix of hanging elements joined to each other via the side projections. Each insertion body extends into a wire which ends as a Y joint where the respective single wires split to form a closed loop which joined together in the closure head and into which the hook or similar product may be hung to hang of a piece of meat or other object which remains suspended from the insertion body. The closure head may have on its upper end a ringbolt or attachment and includes an identification tag through the joint. The hanging element allows automated insertion using an appropriate tool and at the same time guarantees maximum hygiene because it is disposable.

A chopsticks structure, comprises a holding part and a clipping part, wherein the outer peripheral surface of said clipping part raises outwardly toward the tail end to form an elevation angle preferably in the range of 3-10 degree, such that, during clipping foods, the fulcrum of the holding force can be increased so as to favor the clipping of the food. Further, when said clipping part is configured as a tetragonal column, the contact between said clipping part and the food can be a linear or facial contact, such that the user can clip and hold securely food having smooth surface.

The invention discloses a skewering material cutting and skewering mold. The mold comprises a first mold body, wherein first skewering material grooves and first skewer groove convex edges are transversely arranged on the first mold body alternatively, and first skewer grooves are formed in the first skewer groove convex edges; first knife feeding grooves are longitudinally formed in the upper edge of the first mold body, and penetrate through the rear end of the first mold body, the first skewering material grooves and the first skewer groove convex edges so as to segment the first skeweringmaterial grooves and the first skewer groove convex edges; and the first skewer grooves and the first knife feeding grooves are arranged alternatively. According to the mold, through arrangement of the knife feeding grooves and the skewer grooves on the mold body, skewering materials can be cut and separated while skewering is realized, so that cutting and skewering of the skewering materials arerealized by one-time action, the preparation workload in the earlier stage is reduced, and the production efficiency is improved to a certain extent.

The invention discloses a multifunctional stringed material cutting and penetrating device. The multifunctional stringed material cutting and penetrating device comprises a knife holder, a knife rest,a cutter and a first mold body, wherein the knife rest is arranged on the knife holder in a sliding mode, the cutter rest is provided with a cutter slideway in the movement direction of the cutter, and the cutter is arranged in the cutter slideway; and the rear end of the cutter is connected with the cutter rest, and under the action of the cutter rest, the cutter can move back and forth in the cutter slideway, and the first mold body is arranged at the front end of the cutter holder. According to the multifunctional stringed material cutting and penetrating device, the knife rest and the cutter are arranged on the knife holder, so that stringing can be realized while cutting and separating of food (stringed materials) are realized, and thus the cutting and stringing of the food are realized by one-time action, the preparation workload in the earlier stage is reduced, and the production efficiency is improved to a certain extent.

A device for retaining and trussing the hocks of poultry carcass in juxtaposition and proximal to the body during processing, packaging, shipping, storage, and / or cooking. The present invention, including hock retaining members, may be constructed of a unitary, plate-like member of resilient material and it includes two openings for fitting about and retaining the hocks, an anchor to be affixed to the poultry carcass, and a connecting means between the hock retaining members and the anchor. The connecting members provides a spring force to keep the hocks and thus the legs juxtaposed to the carcass and each other.

The invention relates to a squid ring processing equipment and processing method. The squid ring processing equipment and method solve the technical problems that squid rings processed by existing automatic squid ring-cutting equipment are stacked together, mutual contact and adhesion are caused, and the working efficiency is low. The squid ring processing equipment comprises a squid ring-cuttingmachine and a stick penetrating device; the squid ring-cutting machine comprises a lifting device, a positioning and picking device, a material groove, a cutter and a cutter motor; the material grooveis located below the positioning and picking device; the cutter is located below the material groove and comprises a rotating shaft; a plurality of blades are arranged on the rotating shaft; an output shaft of the cutter motor is connected to the rotating shaft of the cutter through a transmission mechanism; the positioning and picking device comprises a body; the top part of the body is connected to an output end of the lifting device; a plurality of suction nozzle parts are arranged at the bottom part of the body; the position between every two adjacent suction nozzle parts is provided witha gap; the tail ends of the suction nozzle parts are provided with oval grooves; the body is internally provided with a plurality of air channels; each air channel corresponds to one suction nozzle part; and the lower ends of the air channels are connected to the oval grooves at the tail ends of the corresponding suction nozzle parts. The squid ring processing equipment and method can be widely applied to squid ring processing.

The invention discloses a food cutting mold. The mold comprises a first mold body and a first cutting unit arranged on the first mold body. The food cutting mold is characterized in that the first cutting unit comprises a plurality of arc-shaped separating blocks, an arc-shaped cutter groove is formed between every two adjacent arc-shaped separating blocks, and the arc-shaped cutter grooves penetrate through upper and lower end surfaces of the first mold body. The food cutting mold realize cutting work of foods such as sausage, bean curd, squids, gluten and the like, the working process is simplified, workers are not required to spend a lot of time for cutting, the labor intensity of workers is reduced, and the production efficiency is improved.