TH1561B - Equipment for cutting squid - Google Patents

Abstract

Equipment for cutting squid Mechanisms for slaughtering shellfish invertebrates, especially cephalopods, consist of: a. Place of attachment of cephalopods with the cephalopods held during slaughter; b. Places with cutters for cutting cuttlefish tentacles. and leave the head attached. c. A place where there is a cutout to allow the squid's innards to come off the squid's wall. and has a handle for holding and pulling the cephalopods and the entrails attached to them from the cephalopods; a place with handles for holding and removing the carapace from the sheath, and may have f . The path for moving the holder with the captured cephalopods through continuous steps from site A-F and for moving the holder back to site A as usual for seizing new cephalopods. which has a special feature that the handle is a pair of needles Each needle is mounted on each arm, a pair of spring-loaded swivel arms in an unfolded state.

Claims (9)

1. A mechanical device for dissecting hard-shelled invertebrates. For example, cephalopods consist of (a) a place to hold the cephalopods, with a place to hold the cephalopods during the resection, (b) a place with a cutout for cutting the octopus tentacles and leaving its head fixed; (c) a place where there is a place. Cut for removing the internal organs of the octopus from the wall of the shell And there is a handle for grabbing and removing the head of the cuttlefish, as well as the entrapped internal organs from the shell (d) a place where there is a means for removing at least some of the tissue inside the octopus's shell ( E) a place where there is a handle for gripping and removing the shell from the shell; (f) a place for removing the slit from the anchors and (g) a route for moving the holder together with the cuttlefish. That were seized through a continuous process from place to place (A) - (f) and for moving the holder back to its original place (a) for fixing the new octopus. Which has a special feature that the holder is an arm that is connected to each other, rotatable And there is a pair of long mounting needles, each one fixed on each arm. The needle extends from the arms to each other. Such arms can move relative to each other. When in the open position, the pin will be far apart. And when in the closed position, the needle is attached to each other, the path also consists of a flexible path to hold the arm in the open position. When a squid is installed on the needle The octopus is wrapped around the needle. The needle maintains the inside of the casing from the force of the gravity path 2. The device of claim number 1 has a unique feature in that the pin can be removed from the rotating arm. 3. The device of claim 1 is unique in that the installation of the needle is fixed at the end of the pivot arm. 4. The device of claim 1 is unique in that the two mounting pins are in parallel positions. 5. The device of claim number 1 has a special feature that can be adapted to insert the needle into the body of the octopus, which allows the needle to press firmly against each side of the shell. 6. The device of claim No. 1 is characterized in that the slit (b) - (f) location is arranged in a circular shape and the holder with the retained octopus goes through a continuous process to Various cutting locations 7. The device of claim No. 1 is characterized by the establishment of a slit (b) - (f) location and several attachments around the periphery of the table and under the rotating table with the arm of the handle. The swivel can be installed under the table. And there are openings at the table at different positions With mounting bracket And through the said opening, a pin was protruding To seize the fish Ink above the table And have cutting equipment at various locations To trim the squid 8. The device of claim 1, in which one needle of the spike is longer than the other. 9. The device of claim 1 also consists of a path for moving the arm into a closed position and holding it in the closed position when the path is at the site of the slit. The trajectory causes the arm to move to an open position under the influence of gravity before the grip trajectory reaches the visceral exit location.