TH65501B - Dissection tool and dissection method - Google Patents

Claims (8)

Disclaimer (all) which will not appear on the advertisement page. : ------ 15/02/2018 ------ (OCR) Page 1 of 3 pages. 1. A tool to dissect the poultry carcass scapula for cutting the joint of the poultry carcass that Also included: a retaining device in which the carcass was removed, visceral and whose limb was taken. Out will be placed and fixed on top; The conveyor that forms the cable route of the guide rail and is structured to Conveying guide devices along the conveyor path; A group of cutting heads placed in a conveyor path, including the cutterhead, to perform cuts on the scapula joint. The carcasses, wings and cornices are inserted into the incision to cut the scapula joints. Where a guide device is attached to a rotatable conveyor around the base of the A guide device within a flat surface extended in the direction of the conveyor. And includes an angle indication for specifying the angle Of the guide holding device relative to the horizontal direction, corresponding to the position in the conveying direction to That the cutting position of the lotus is selectable and the diameter of the cutting can be adjusted for the carcass The wingspan with the beveled portion, and where the cutout was constructed, was constructed to cut at the slit position of the correct cutout. Select on the scapula joint. And the cornice to cut the scapula joints were structured to be inserted. Go into the incision to cut the scapula joint using the incision mark. 2. The tool performs the dissection of the shoulder blade according to claim 1, where the angle indication is structured. To tilt the guide device in a horizontal direction immediately after the cornice to cut the scapula joint. The scapula joint 3. The tool to dissect the scapula according to claim 1, where the lotus cut to be cut and the lotus cut to be inserted. Into the incision to cut the scapula joint.Each lotus consists of a pair of blades that are positioned in place. Symmetrical in the direction of intersection with the conveying direction relative to the center line traveling through the center of the Guiding device follows the conveyor direction. 4. The tool to dissect the scapula according to claim 1, where the lotus is cut to make a cut and the cut that will be inserted into the incision to cut the joint of the scapula, but Each cornice was placed over an anchor guide and was structured to be able to move down. Bottom to the guide gripping device, and where the tool cuts the scapula, including additional: propulsion, a moving part, a guide to make the cut, and a cutout that will be inserted. Go into the incision to cut down the scapula joint; 2 pages of a number of 3 pages of a conveyor position detector for detecting the position of the guide device in Conveyor direction; And a controller to specify the time to move the cutter head to cut and the cutter head to cut The scapula joint goes down from the sensing value detected by the conveyor position detector and Operate the drive part at the center to move the cutter head to make a slit and the cutter head to cut down the scapula joint. 5. The tool to dissect the scapula according to claim 4, where the pair of blades that make up the cutting head to dissect and the cutter head to cut the joint of each shoulder blade. The configuration is so that the distance between the blade pairs is adjustable. And was placed at Symmetrical position relative to the center in the direction of intersection with the conveyor direction, where the tool cuts the shoulder blades. Additional includes: Second driving segment for dual drive. Blades in the direction of intersection with the conveying direction; And the layout measure for measuring the contours of the animal carcasses The wings are positioned in the carrier path on the side of the cutting head to perform the cut in the direction of the beam, and with the controller being structured to indicate the distance between the blade pairs based on the measured values. It was measured with the contour gauge and to indicate the length of time to move, the cutter head to cut and the cutter head to cut. The downward scapula joint is based on the detection value detected by the conveyor position detector and the Measurements were measured with a contour gauge section. 6. The tool performs shear dissection according to any of the above in claim 1, where the base of the guide device is installed rotatable to the conveyor via the support shaft, and by the angle indication. Tilting, as well as cam rollers that are positioned on the mounting guides and ball rails. Eccentricity placed on the conveyor and overhangs along the conveying direction, cam roller configuration Came up to run on the cam rail, connected to the cam rail. 7. Scapula dissection instrument according to claim 5, where the layout gauge includes: a capture area of a poultry carcass that has been placed one side of the cutting head to perform. Dissection in the vascular direction; And an image processor for obtaining the contours of the winged carcass from images captured with the capture section. 8. Method of dissection on poultry carcass scapula for cutting of poultry carcass scapula, Method included: Page 3 of 3 pages. Procedure for positioning the workpiece by placement of poultry carcass. Which had been reamed out and which There is an removed leg section on a number of guide guides that are installed to the conveyor forming the path. Transport the poultry carcass in the transport direction so that the breast of the poultry carcass is forward or Rear in the conveying direction; The process of conveying the workpiece by conveying a large number of guide devices along the conveying path. That were preset; The dissection procedure was performed on the winged scapula joint with the cutting head to perform The cut is placed in the direction of the conveyor while the forwarding of the guide device is carried along the conveyor path; And the cutting process by cutting the scapula joint of the poultry carcass by inserting the cutter head on the side The end of the cutting head to make a cut in the direction of transport into the incision Where while transporting the guide device, the number of hauls along the conveying path Mounting guide device The number of bars is tilted to the horizontal direction, with the bevel indicator specifying the angle of the mounting guide. Compared with the horizontal direction, it corresponds to the position in the conveying direction immediately after cutting the coupling. Scapula to avoid cutting of meat was placed, end of the scapula joint ------------ 1. Scapula dissection tool for poultry carcasses for cutting the poultry carcass joint. that Also includes: A retention device where the visceral carcass is removed and whose limb is taken. Out will be placed and fixed on top; The conveyor that forms the conveyor path of the guide rail and is structured to Conveying guide devices along the conveyor path; A group of cutting heads placed in the transport route, including the cutterhead, to perform a cut on the scapula joint. Of poultry carcasses and cutting heads that will be inserted into the incision to cut the scapula joint. Where a guide device is attached to a rotatable conveyor around the base of the Guiding devices within a flat surface projected in the direction of the conveyor And includes an angle indication for specifying the angle Of the guide holding device relative to the horizontal direction, corresponding to the position in the conveying direction to That the cutting head's cutting position can be selected and the cutting head's cutting quantity can be adjusted for the carcass. Poultry with bevel indication, and with the cutting head to be cut, a configuration is made to cut at the cutting head's incision position. Select on the scapula joint. And the cutting head to cut the scapula joint was a configuration to be inserted. Using the slit as a target. 2. The tool to dissect the scapula according to claim 1, where the bevel specifier was structured. To tilt the guide device in a horizontal direction immediately after the cutter head to cut off the scapula joint. The joint of the scapula 3. The tool to dissect the shoulder blades according to claim 1 or 2, where the cutter head to dissect and the cutter head to Is inserted into the incision to cut the part of the scapula joint.Each head consists of a pair of blades that are positioned at The position is symmetrical in the direction of the conveyor relative to the center line traveling through the center. 4. The tool cuts the scapula according to claim 1, 2 or 3, where the cutter head to cut and the cutter head to be inserted into the incision to cut the scapula joint, but Each head is placed over an anchor guide and is structured to be able to move down. Below it goes to the guide grips, and where the scapula dissection tool adds up to: the first propulsion for moving the cutter head to be dissected and the cutter head to be inserted. Go into the incision to cut down the scapula joint; Conveyor position detector for detecting the position of guides in Conveyor direction; and A controller to specify the time to move the cutter head to cut and the cutter head to cut. The lower back of the shoulder blade joint from the sensing value was detected by the conveyor position detector and Operate the first propulsion to move the cutter head to make a dissection and the cutter head to cut the lower back of the shoulder blade joint 5. The tool to dissect the blade according to claim 4, where the blade pair that makes up the cutter head to dissect And cutting head to cut the joints of each shoulder blade The configuration is so that the distance between the blade pairs is adjustable. And was placed at Symmetrical position relative to the center line in the direction of intersection with the conveyor direction, where the tool cuts the shoulder blades. Additional includes: Second driving segment for dual drive. Blades in cross-directional direction; and layout gauge for measuring the contour of the carcass. The wings are placed in the transport path at the source side of the cutting head to dissect in the direction of the beam, and with the controller being structured to indicate the distance between the blade pairs based on the measured values. It was measured with the contour gauge and to indicate the length of time to move, the cutter head to cut and the cutter head to cut. The downward scapula joint is based on the detection value detected by the conveyor position detector and the Measurements were measured with a contour measuring section 6. The instrument dissected the shoulder blades according to any of the claims 1,2 to 5, with the base of the guide grips attached to the conveyor. Through the support shaft, and where the angle indication includes the cam rollers are positioned on the mounting guides and ball rails. Eccentricity placed on the conveyor and overhangs along the conveying direction, cam roller configuration Up to run on the cam rails connected to the cam rails. 7. Scapula dissection instrument according to claim 5 or 6, where the layout gauge includes: a capture area for capturing images of the carcasses that have been positioned. Source of cutting head to make Dissection in the vascular direction; And an image processing part for obtaining the outline contours of the poultry carcasses from the images captured with the capture section. 8. Method of dissection on the poultry carcass scapula for cutting the scapula of the poultry carcass, the composite method. Also included: Specimen positioning process with visceral-rimmed poultry carcass placement and which There are leg sections that are removed on a number of guide guides that are attached to the path-forming conveyor. Transport the poultry carcass in the transport direction so that the breast of the poultry carcass is forward or over. Rear in the conveying direction; The process of conveying the workpiece by conveying a number of guide devices along the conveyor path. That were preset; The dissection procedure is done on the scapula of the poultry carcass with the cutting head to perform The cut was placed in the direction of the conveyor while carrying a number of guide devices along the conveyor line; And the cutting process by cutting the blade joints of the poultry carcass by inserting the cutter head on the side The end of the cutting head to cut in the direction of transport into the incision Where while transporting a number of guide devices along the conveyor Mounting guide device A certain amount is tilted to the horizontal direction, with the bevel indicator specifying the angle of the mounting guide. Compared with the horizontal direction, it corresponds to the position in the conveying direction immediately after cutting the coupling. The scapula, to avoid cutting, was placed at the end of the scapula joint.