55results about "Eviscerating scissors" patented technology

Manually segmenting animal carcasses into primary cuts involves an enormous amount of manual labor and attendant expense. However, known automated systems for segmenting carcasses cannot match the accuracy of expert butchers. The apparatus for segmenting animal carcasses disclosed herein provides an imaging station having a vision system that determines parameters of the interior and/or exterior of the carcass. Using these parameters, a computer determines a cutting path or a plurality of cutting paths for segmenting the carcass. A mounting vehicle, which securely holds the carcass, transports the carcass from the imaging station to a cutting station. In the cutting station, electrically controlled cutting implements, such as high-pressure water jets or lasers, segment the carcass along the determined cutting path or paths.

A multi-purpose cutting device for removing the spinal cord and spinal meninx lining of the spinal cord of a slaughtered animal which has been longitudinally cut in two along the length of the spinal cord. The cutting device comprises a rotary cutting tool having a hub with radially outwardly projecting cutting fingers equidistantly spaced apart around the hub. The cutting fingers have blunt ends and are of substantially uniform length. A pair of circular saw blades are rigidly secured to opposite faces of the cutting tool. The saw blades have a circumference that approximately matches the effective circumference of the working ends of the cutting fingers. In use, when the cutting device is powered by a drive motor, the cutting fingers and saw blades rotate in unison. The cutting fingers rotate to remove the spinal cord and spinal meninx from the carcass while the saw blades cut into bone along opposite sides of the meninx. The saw blades assist the cutting fingers in dislodging regions of bone material in which the spinal cord or meninx materials may be lodged.

A method and apparatus for harvesting livers and hearts from a giblet package comprising an infeed pinch roller assembly, a slide assembly, an indexer assembly, an intestine pull down and a liver and heart separator assembly, which teaches a novel method and apparatus for harvesting livers and hearts with an increased yield. The steps of the process include loading a load viscera pack into a feed chute that channels the pack to a pair of counter rollers. The viscera pack is captured by infeed pinch rollers thereby forcing the package into and between the rollers with only the gizzard remaining on top of the roller body. The liver and heart is isolated and separated by a pull down stripper assembly and a stripper arm assembly.

A method for processing meat along a meat processing line. The method includes removing viscera from a carcass, accumulating the carcass along a dead rail stack of the meat processing line, washing the carcass, and inspecting the carcass at an inspection station following the act of washing the carcass.

Disclosed is a belt for conveying loins attached to flanks in a loin puller equipment. This belt comprises one or more driving chains and a plurality of modules for supporting the loins, which are mounted in parallel relationship over all the length of the chains. These modules are in the form of blocks preferably made of rigid Nylon, which extend transversally to the chains and are provided with an upper surface that is round-shaped and recessed in order to receive and hold the parts of the loins where the fat is located. The blocks are advantageously interchangeable and then adaptable to the size of the loin to be cut. The belt is therefore easily modifiable as a function of the product to be processed. It is also easy to manufacture and install and much easier to maintain. The belt permits to convey loins that are not yet separated from the adjacent flanks without any risk of friction or scrapping, as is the case with the existing belt.

A tool, or probe, is provided for insertion into a avian or poultry carcass for removing the crop and/or windpipe and/or gullet and/or other undesired viscera from the neck of the bird carcass. The probe has helical threads protruding from a probe body. V-shaped voids are cut into the helical threads to provide teeth for removal of the crop and other inedible viscera from the carcass. A cam and method of manufacturing a cam for use in decropping machines and other food processing machinery is provided. The cam includes plastic guides that are pre-shaped in two dimensions and then wrapped about a three dimensional cam frame to provide a desired path for a cam follower.

The invention provides a compound water retaining agent capable of improving bullfrog quality and an application method of the compound water retaining agent. Raw materials of the compound water retaining agent comprise polyphosphate and sodium bicarbonate, polyphosphate is basic, can increase pH of bullfrog and can also binds with polyvalent metal ions binding with structural protein of muscle, so that carboxyl groups get free from protein, the protein is enabled to be negatively charged, and electrostatic repulsion between the carboxyl groups is increased. Polyphosphate can provide higher ionic strength, can improve solubility of myofibrillar proteins and the like, is beneficial to transformation of muscle protein into a loose state and can also dissociate actomyosin, water retention ofmeat is improved, and tenderness of the meat is improved. Sodium bicarbonate can also provide a basic environment and improve meat bulkiness, so that the protein structure of the treated bullfrog getslooser, the water retention is improved substantially, the tenderness is improved, eating quality of the bullfrog is improved, and the market of the bullfrog is further expanded.

The invention discloses a pork slaughtering processing technological process. The process comprises the steps of soaking and scalding, pig hair removing, eviscerating, head, trotter and tail removal and splitting in two, wherein after blood is completely removed, a live pig is unloaded on a receiving platform of a pig scalding pool through a pig unloading device, the pig body slips into the pig scalding pool for soaking and scalding, and the soaking and scalding mode adopts an artificial reversing scalding; after soaking and scalding, the live pig is sent into a hair removing machine, throughdehairing and rotating modes of a soft plane claw, after hair removing, the pig carcass is pushed out from the other end of the hair removing machine and put into a cleaning pool for cleaning, trottershells are removed, the pig carcass is sent to the designated position for eviscerating through a conveyor, at the designated position, the head, front trotters and tail of the pig carcass are removed, the pig carcass is split in two, carcass meat is sent to a meat airing area, secondary products are conveyed to a secondary product workshop and processed, secondary product processing treatment iscarried out on pig haslet, pig skin, pig head, pig tail, front trotters and pig blood in the secondary product workshop, the produced waste water flows into a sewage treatment station, systematized slaughtering work is conducted, the slaughtering efficiency is improved, safety and sanitation of raw pork are ensured, the secondary product processing treatment is carried out on the pig haslet, thepig skin, the pig head, the pig tail, the front trotters and the pig blood in the secondary product workshop, and utilization rate of the raw pork is improved.

The invention discloses an integrated machine for killing and processing geckos. The machine includes an operation box, a power supply, a central processing unit, an electric shock mechanism, a body measuring mechanism, a transmission overturning mechanism, an receiving and sliding mechanism, a support transmission mechanism, an eye-digging mechanism and a viscera clearing mechanism. The inner andouter walls of the operation box are provided with insulating film layers, the electric shock mechanism is arranged in the operation box, the transmission overturning mechanism is arranged at the tail end of the electric shock mechanism, the body measuring mechanism is arranged on the upper portion of the transmission overturning mechanism, the support transmission mechanism is arranged at the lower end of the tail end of the transmission overturning mechanism, the viscera clearing mechanism is arranged on the upper portion of the support transmission mechanism, the eye-digging mechanism is arranged in the support transmission mechanism, the power supply is arranged in the operation box, and the central processing unit is arranged in the operation box. The invention belongs to the field of gecko killing machines and particularly provides the integrated machine for killing and processing geckos, wherein the machine is high in practicability, can better guarantee the medicinal properties of the geckos, avoids damage to the tails of the geckos, and prevent the geckos from escaping and injuring people.

The invention provides automatic bullfrog slaughtering and processing equipment which comprises a straightening and positioning device (5), a clamping and cutting mechanism (6), a dissecting and digging device (7), a skin and meat separating device (8) and a processing platform (15), the straightening and positioning device (5) straightens the posture of bullfrogs on the processing platform (15), then the clamping and cutting mechanism (6) conducts neck girdling operation on the straightened bullfrogs, and the bullfrogs are separated from the skin and meat separating device (8). Then the bullfrogs subjected to ring cutting are subjected to opening and viscera removing operation through the dissecting and digging device (7), then the bullfrogs subjected to opening and viscera removing operation are subjected to peeling operation through the skin and meat separating device (8), and finally the heads of the bullfrogs subjected to peeling operation are removed through the clamping and cutting mechanism (6). The bullfrog slaughtering and processing device is used for slaughtering and processing bullfrogs, a modularized bullfrog slaughtering and processing operation mode can be formed, and the bullfrog slaughtering and processing device has the outstanding advantages of being high in automation degree, reducing labor intensity, improving bullfrog slaughtering quality and operation efficiency and the like.

The invention relates to the field of pork cutting, in particular to a pork lymph gland cutting device with an automatic limiting function. According to the technical scheme, the pork lymph gland cutting device with the automatic limiting function comprises a conveying and cleaning device, a conveying supporting plate device, a lymph gland excision device and the like; the lymph gland excision device is fixedly connected with a first support frame; and the lymph gland excision device is connected with a conveying fixing device. According to the pork lymph gland cutting device, cleaning of live pigs is achieved, then overall limiting of the live pigs is matched with local limiting of the lymph gland excision device, accurate lymph gland excision is achieved, the working efficiency is greatly improved, meanwhile, limiting of the live pigs is achieved, and accurate lymph gland excision is guaranteed.

A field dressing attachment for a hunting knife preferably includes a support plate, an end hook, a bottom gusset and a finger ring. One end of the support plate is terminated with the end hook. The bottom gusset extends downward from a bottom of the support plate. The finger ring extends from the bottom gusset and is located at an opposing end of the support plate. A blade groove is formed in the support plate to receive a non-cutting edge of a knife blade. A tip cavity is formed in the end hook. A tip of the knife blade is inserted into the tip cavity. A user's finger is inserted through the finger ring and a remainder of the hand is wrapped around a handle of the knife. The forefinger is used to keep the tip of the knife blade in the tip cavity.

A tool for removing leaf lard from a carcass includes a head for mechanically engaging the lard, a reversible driver for rotating the head in a forward direction and in a reverse direction, a trigger connected to operate the reversible driver and begin rotation of the head in the forward direction to wind lard onto the head, and a controller connected to the trigger, the controller automatically reversing the driver and rotating the head in the reverse direction to unwind lard from the head after the trigger is released. The head preferably includes multiple hooks arranged to engage the lard and positioned on the head to an avoid damage to adjacent meat.

The invention discloses fresh soft-shelled turtle automatic processing equipment and a processing method. The equipment comprises a squeezing mechanism, a clamping mechanism, a first conveying mechanism, a second conveying mechanism, a flexible turtle head-imitated chuck mechanism and a control system, wherein the squeezing mechanism is located over the first conveying mechanism; the clamping mechanism can move on the first conveying mechanism and the second conveying mechanism; the flexible turtle head-imitated chuck mechanism is mounted on one side of the first conveying mechanism; a triangular head cutting edge is arranged above the flexible turtle head-imitated chuck mechanism; a constant-temperature water tank is arranged between the first conveying mechanism and the second conveyingmechanism; a roller brush is arranged above the second conveying mechanism; a longitudinal round sawblade, a transverse straight sawblade and an eagle claw-imitated hook are mounted at the middle partof the second conveying mechanism in sequence. The fresh soft-shelled turtle automatic processing equipment disclosed by the invention is relatively high in automation degree, effectively reduces thelabor for killing a soft-shelled turtle, improves the quality and consistency of a product, and realizes sterile production.

The invention relates to the technical field of slaughtering, and discloses a slaughtering device capable of automatically eviscerating animals and removing viscera, which comprises an equipment mainbody; wherein the upper end and the lower end of the equipment main body are fixedly connected with mounting brackets, the middle parts of the mounting brackets are provided with first motors, the output ends of the first motors are provided with first threaded rods, and a rod body of the first threaded rod is in threaded connection with a sliding rod. According to the slaughtering device, after eviscerating, the electromagnet is powered on to enhance magnetism of the electromagnet, then a metal block slides in the direction away from a supporting rod and drives an remover to contract througha third connecting rod, so that viscera are clamped, then a second motor is controlled to enable an output shaft of the second motor to rotate reversely, and a second threaded rod rotates reversely accordingly; thus, the threaded blocks get away from each other and drive the cutting knife and the sliding groove to get away from the livestock through the guide rod, and the remover synchronously moves along with the threaded blocks and removes the clamped viscera from the livestock body, and therefore the viscera of the livestock are automatically removed.

This invention provides a quick and sanitary way to change inedible and almost useless shells of freshwater hard shell turtles into an edible and extremely valuable fermented turtle shell powder mixture with a salutary taste and attractive smell. The novelties taught herein maximize the retention of turtle shell nutrition and minimize any irritation that can be caused from the traditional method of making turtle shell powder. Also, this enhances the digestive absorption of the powder thereby efficiently improving human's health and looks. No negative side effects have been observed to this product. Various steps are provided that enhance the positive benefits of the powder.