Nordischer Maschinenbau Rud.baader Gmbh + Co Kg

Conrad Torkler

Michael Jürs

Reinhard Evers

Matthias Schroder

Klaus-Werner Gotz

Andreas Landt

Olaf Schwarz

Matthias Schroeder

Werner Grosseholz

Ralf Neumann

Matthias Schröder

Ulrich Gutte

Karl-Heinz Diesing

Andreas Holzhuter

Michael J&uuml;rs

Karl-Dieter Reeps

A device for processing flesh includes at least one transport belt, at least one element for position detection as well as at least one separating device and at least one control device, wherein the separating device communicates via the control device with the element for position detection which provides information to be recorded and processed into geometric data of the flesh and image data of the flesh so that separating cuts based on the geometric and image data can be made with the separating device.

Device and method respectively for processing flesh

Device for processing flesh, including at least one transport means, at least one element for position detection as well as at least one separating means and at least one regulating and/or control device, wherein the separating means communicates by means of the regulating and/or control device with the element for position detection.

Device and method for processing meat

Poultry carcasses are conveyed on saddles with their breastbone plate facing downwards to a scraping device having left and right scraping elements arranged adjacent to each other to simulate the contour of the approaching poultry carcass. The scraping elements are spaced apart by a signal from the control unit in relation to the individual width of the poultry carcass. Each scraping element has a sinew restraint that finds and restrains the tender sinew located in the region of the body joint, so that the scraping element can pass unhindered into the region between bone and meat and so obtain an optimum yield. A second scraping device, arranged essentially symmetrically to the direction of conveying, has left and right discs that are slidable by pivot levers to move on the corresponding part of the symmetrical wishbone in order to detach the meat connected to the wishbone.

Filleting device

The invention pertains to an apparatus for gutting fish which serves for preventing flaws that reduce the quality e.g., colon and blood residues or damage to the walls of the abdominal cavity, and for attaining a highly aesthetic product. The invention proposes that the rectum is initially supported by inserting an element through the anus in order to separate the rectum within the region of the anus, and that the lateral and dorsal connections between the rectum and the abdominal walls are subsequently separated.

Method and apparatus for gutting fish

A method and apparatus for processing flat fish is disclosed. The fish (5) are placed on a conveyor (1) and transported on a conveying surface (1.1) over an array of photosensing elements (3.4) which generate light absorbtion signals as the fish is advanced. These signals are sent to a computer, which determines the contour of the fish using information regarding the conveyor speed and computes cutting control signals using pre-programmed proportionality factors relating to the fish species. The cutting line control signals are sent to a cutting apparatus (4). As the advanced fish arrives at the cutting apparatus, two rotary knives (4.1) cut into the dorsal and ventral sides of the fish in response to the control signals to remove the dorsal fin together with a strip of fatty tissue (5.12) from one edge of the fish and the internal organs, the anal fin and the ventral strip of fatty tissue (5.11) from the other edge of the fish.

Apparatus for processing flat fish

An installation for processing flatfish, in particular for severing the head, and, if necessary, the tail thereof, comprises a feeding device (1), means for aligning the fish and means for conveying the same in rest position on one of their sides through the operative area of processing tools. The installation can be characterized in that the conveying means (13) is provided with entrainers (14) which engage the fish at its flank remote of that lying on the support surface (16), and are controlled to turn about an axis which is perpendicular to said support surface (16). Each fish is taken over by the entrainer (14) with attention being paid to a detected measured value with respect to its size such that the point of engagement of the entrainer is uniform independent of the size.

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Klein Zecher, Germany

Conrad Torkler