A packaging machine 20 includes a feeding system 22 for delivering and positioning work products, in registry with a chute system 28 as well as in registry with a pushing system 26 for pushing the work products through a stuffing tube 24 of the chute system 28. The chute system 28 also includes a plurality of individual chute assemblies 30, each constructed with an elongate chute 32 positionable in registry with the stuffing tube 24 for receiving the food products from the stuffing tube and guiding the work product into packaging material 34 which has been shined over the elongate chute. The plurality of chute assemblies 30 are mounted on a transverse mounting structure 44 to slide along the mounting structure to sequentially position chute assemblies, loaded with packaging material, in alignment with the stuffing tube 24 to receive the work products. Additional chute assemblies 30 are positionable on either side of the chute assembly in use.

A packaging machine 20 includes a feeding system 22 for delivering and positioning work products, in registry with a chute system 28 as well as in registry with a pushing system 26 for pushing the work products through a stuffing tube 24 of the chute system 28. The chute system 28 also includes a plurality of individual chute assemblies 30, each constructed with an elongate chute 32 positionable in registry with the stuffing tube 24 for receiving the food products from the stuffing tube and guiding the work product into packaging material 34 which has been shined over the elongate chute. The plurality of chute assemblies 30 are mounted on a transverse mounting structure 44 to slide along the mounting structure to sequentially position chute assemblies, loaded with packaging material, in alignment with the stuffing tube 24 to receive the work products. Additional chute assemblies 30 are positionable on either side of the chute assembly in use.

The present disclosure relates to a garbage bin, a bin lid, and an automatic cutting mechanism, wherein the cutting drive device drives the first cutting assembly to move along the first guiding assembly and drives the second cutting assembly to move along the second guiding assembly; the first cutting assembly and the second cutting assembly are approached and moved away from each other when moving back and forth. When approaching to each other, a twisted seal at the upper end of the garbage bag is clamped and cut, and after moving away from each other, a space is left for the new garbage bag at the upper end to expand downwards. The automatic cutting mechanism clamps the twisted seal, a size required to be heated is short, the required heat is little, the heating block and power consumption are low, thus the environmental protection is improved.

The present disclosure is directed to an inflatable-cushion inflation and sealing device. The device includes an inflation assembly configured for insertion between first and second overlapping film plies. The inflation assembly includes a fluid conduit configured to direct a fluid in between the plies to form one or more cushions. The fluid conduit includes a nozzle. The inflation assembly includes a cutting member. The cutting member includes a blade holder with a blade and a blade guard mounted thereon. The blade guard has a safety position in which the blade is covered and a retracted position in which the blade is exposed. Installation of the blade holder onto the inflation assembly automatically positions the blade in the working position with the blade guard retracted. Removing the tray from the inflation assembly automatically positions the blade in the safety position by covering the blade with the blade guard.

The present disclosure is directed to an inflatable-cushion inflation and sealing device. The device includes an inflation assembly configured for insertion between first and second overlapping film plies. The inflation assembly includes a fluid conduit configured to direct a fluid in between the plies to form one or more cushions. The fluid conduit includes a nozzle. The inflation assembly includes a cutting member. The cutting member includes a blade holder with a blade and a blade guard mounted thereon. The blade guard has a safety position in which the blade is covered and a retracted position in which the blade is exposed. Installation of the blade holder onto the inflation assembly automatically positions the blade in the working position with the blade guard retracted. Removing the tray from the inflation assembly automatically positions the blade in the safety position by covering the blade with the blade guard.

The present disclosure is directed to an inflatable-cushion inflation and sealing device. The device includes an inflation assembly configured for insertion between first and second overlapping film plies. The inflation assembly includes a fluid conduit configured to direct a fluid in between the plies to form one or more cushions. The fluid conduit includes a nozzle. The inflation assembly includes a cutting member. The cutting member includes a blade holder with a blade and a blade guard mounted thereon. The blade guard has a safety position in which the blade is covered and a retracted position in which the blade is exposed. Installation of the blade holder onto the inflation assembly automatically positions the blade in the working position with the blade guard retracted. Removing the tray from the inflation assembly automatically positions the blade in the safety position by covering the blade with the blade guard.

The present disclosure is directed to an inflatable-cushion inflation and sealing device. The device includes an inflation assembly configured for insertion between first and second overlapping film plies. The inflation assembly includes a fluid conduit configured to direct a fluid in between the plies to form one or more cushions. The fluid conduit includes a nozzle. The inflation assembly includes a cutting member. The cutting member includes a blade holder with a blade and a blade guard mounted thereon. The blade guard has a safety position in which the blade is covered and a retracted position in which the blade is exposed. Installation of the blade holder onto the inflation assembly automatically positions the blade in the working position with the blade guard retracted. Removing the tray from the inflation assembly automatically positions the blade in the safety position by covering the blade with the blade guard.

Containers are described which can accommodate a variety of flexible bag assemblies used for containing waste. Internal accommodating structures are designed to accommodate and secure various types of bag assemblies, including single bag assemblies and cassettes.

The invention relates to a bag for sealingly packaging components, which includes: a flexible body (10) defining an inside space, including a communication opening and a side wall including a plurality of strips folded against one another; and a joining device which can selectively open or close the communication opening, and is shaped so as to be mounted on an enclosure to allow sealed communication between an inner cavity of the enclosure and the inside space of the bag, the bag being characterized in that at least one fold made up of two strips opposite one another is detachably connected to at least one other fold.

The invention relates to a bag for sealingly packaging components, which includes: a flexible body (10) defining an inside space, including a communication opening and a side wall including a plurality of strips folded against one another; and a joining device which can selectively open or close the communication opening, and is shaped so as to be mounted on an enclosure to allow sealed communication between an inner cavity of the enclosure and the inside space of the bag, the bag being characterized in that at least one fold made up of two strips opposite one another is detachably connected to at least one other fold.