11results about "Sausage casing shirring" patented technology

Carrier (100) for storing natural casing (900), comprising: - a tube (120) with a casing (130) for receiving natural casing (900) along a longitudinal axis X of the tube (120); wherein the tube (120) has a first end region (121) at a first tube end (146) and a second end region (122) at a second tube end (156); - at least one second retaining means at the second end region (122) of the tube (120) for preventing the natural casing (900) from slipping off the casing (130); wherein the second retaining means is a second strip retaining means (152) and comprises: - at least one second strip (153) extending along the longitudinal axis X in the direction +X as a continuation of the jacket (130); - at least one second strip holder (155) having an opening on the casing (130) on the opposite side of the second strip (153); wherein the carrier (100) can be plugged onto a mandrel (300) for pulling on the natural casing (900) in the direction +X, characterized in that - at least one second gap (154) extending between the second strip receptacle (155) and the second tube end (156) is assigned to the tube (120) in the second end region (122); wherein the second strip (153) can be bent and guided through the second gap (154) to the second strip receptacle (155) such that the second strip (153) is captured in the second strip receptacle (155) and partially projects out of the casing (130) away from the longitudinal axis X.

A flow control system and a method for controlling the flow of liquid (6) into a tubular member (10) and from the tubular member (10), wherein the tubular member (10) comprises a perforated portion that is configured to distribute a flow of liquid (6) having a predefined fixed liquid pressure (Pw) through the perforated portion and hereby pressurise an intestine (8) that is suspended on the tubular member (10) is disclosed. The flow control system (2) comprises a flow regulating valve (4) comprising: - a slidably arranged valve structure (62) arranged in a pressurised liquid filled water chamber (70); - an elastic water-side diaphragm (54) arranged in the water chamber (70) and connected to the valve structure (62) in such a manner that the water-side diaphragm (54) allows the valve structure (62) to: a) be moved in a first direction along the longitudinal axis of the valve structure (62) and hereby increase the volume in the water chamber (70) and b) be moved in the opposite direction along the longitudinal axis of the valve structure (62) and hereby decrease the volume in the water chamber (70). The flow control system (2) comprises a force generating unit arranged and configured to provide a predefined force (Fair) to move the slidably arranged valve structure (62) in a predefined direction, wherein the force generating unit is configured to control the flow of liquid (6) in such a manner that the pressure of liquid (6) in the tubular member (10) is maintained within a predefined pressure range (Pw1-Pw2).

The present disclosure provides a mechanical system for portioning a sausage string by forming links while continuously feeding the sausage string through the portioning apparatus. The portioning apparatus includes pincers that rotate and interleave for a portion of the rotation and apply pressure while interleaved to the sausage string thereby forming a link. The pincers face substantially towards each other while rotating. The pincers are configured to be at an angle when they are in an open position compared to when they are in a closed position.

A detection device (2) for detecting a leak hole (12) in an intestine (8) suspended on a tubular member (10) having a perforated portion configured to distribute a liquid flow (6) through the perforated portion and to thereby pressurize the intestine (8) when the intestine (8) moves along a longitudinal axis of the tubular member (10) at a non-zero speed (V). The detection device (2) comprises: - an electrically conductive and axially extending sleeve-like surrounding portion (4, 4') at least partially surrounding a circumference of the tubular member (10); - an electric circuit (14) arranged and configured to measure an electrical quantity (R) established between the surrounding portion (4, 4') and the liquid (6) of the pressurized intestine (8).

The invention relates to a production method of a high-strength collagen casing shrinkage pipe, which comprises the following steps: S1, drawing an inflated collagen casing to a flattening conveying roller, flattening the collagen casing through the flattening conveying roller, and drawing the flattened collagen casing to a spraying device; s2, atomizing the glue humidifying liquid by a high-pressure nozzle of a spraying device, uniformly spraying the atomized glue humidifying liquid on the outer surface of the flattened collagen casing, and winding the flattened collagen casing into a roll by a traction wheel set; s3, unrolling the coiled collagen casing, and then carrying out sleeve shrinkage treatment by a sleeve shrinkage machine; according to the production method disclosed by the invention, the glue is uniformly atomized and sprayed on the outer surface of the collagen casing by using a high-pressure nozzle, so that the collagen casing is bonded by the glue between wrinkles formed by sleeving and shrinking, the bonding strength of the collagen casing sleeving and shrinking pipe is improved, the length of the collagen casing sleeving and shrinking pipe is 40cm, the collagen casing sleeving and shrinking pipe is not broken, and the service life of the collagen casing sleeving and shrinking pipe is prolonged. And the shrinkage qualification rate is effectively improved, and high-speed production of 10000 m / h high-strength collagen casings can be realized.

A control system and method for controlling the inflow and outflow of liquid (6) into and from a tubular member (10) comprising a perforated section configured to be able to distribute a flow of liquid (6) having a predefined fixed liquid pressure (Pw) through the perforated section and thereby pressurize an intestine (8) suspended on the tubular member (10). The flow control system (2) comprises a flow regulating valve (4) comprising a slidably arranged valve structure (62) arranged in a water chamber (70) filled with pressurized liquid, a resilient water side diaphragm (54) arranged in the water chamber (70) and connected to the valve structure (62) such that the valve structure (62) is able to a) move in a first direction along a longitudinal axis of the valve structure (62) thereby increasing a volume of the water chamber (70), b) move in an opposite direction along the longitudinal axis of the valve structure (62).

An intestinal detector comprising a first end detector and a second end detector arranged at a non-zero distance from the first end detector, wherein the intestinal detector comprises an intermediate detector arranged between each end detector and spaced apart in such a configuration that the intermediate detector will electrically connect to any intestine hanging from the end detector and extending between the first end detector and the second end detector.