A method for cooking and presenting a food product is described. A ready to eat warm food product is provided in an attractive configuration while keeping handling simple. A method comprises the steps: providing the food product in a frozen form in a packaging; cooking the food product in an oven wherein the food product is arranged in the packaging during the cooking; presenting the cooked food product in a provided heating arrangement to a customer wherein the food product is arranged in the packaging during the presenting, and the packaging including the cooked food product is retrievable by the customer from the heating arrangement, the method comprising the preceding steps: producing the food product, arranging the food product in at least one packaging, freezing the food product in the packaging.

Provided are a new concept vegetable binding packing material having an air column, suitable for protecting vegetables, a new concept vegetable binding packing device for binding vegetables using the same, and a packaging method therefor. A vegetable binding packing material including an air column includes: at least one air column disposed in a row to surround a certain amount of vegetables in a direction crossing a lengthwise direction of the vegetables; and a bonding portion configured to bond both ends from the at least one air column to the outside of the vegetables. A vegetable binding packing device according to the present disclosure includes: a packing material supply unit configured to feed a packing material; a clamp injection module including a clamping unit configured to clamp a front portion of the packing material and an injection unit configured to inject air into an air column pattern; a vegetable supply unit configured to supply vegetables; and a sealing module configured to seal a portion of the air column pattern across the air column pattern injected with air.

Provided are a new concept vegetable binding packing material having an air column, suitable for protecting vegetables, a new concept vegetable binding packing device for binding vegetables using the same, and a packaging method therefor. A vegetable binding packing material including an air column includes: at least one air column disposed in a row to surround a certain amount of vegetables in a direction crossing a lengthwise direction of the vegetables; and a bonding portion configured to bond both ends from the at least one air column to the outside of the vegetables. A vegetable binding packing device according to the present disclosure includes: a packing material supply unit configured to feed a packing material; a clamp injection module including a clamping unit configured to clamp a front portion of the packing material and an injection unit configured to inject air into an air column pattern; a vegetable supply unit configured to supply vegetables; and a sealing module configured to seal a portion of the air column pattern across the air column pattern injected with air.

Stock material units that may be used in a dunnage conversion machine. For example, stock material units include sheet material that may be fed into the dunnage conversion machine and may be converted thereby into dunnage.

A storage and display assembly for a shaving razor system. The assembly comprising has a case with a top portion and a bottom portion. The top and bottom portions being coupled together so as to be movable relative to one another between a closed position and an open position. The top and bottom portions, when in the closed position, define an inner cavity sized to receive the shaving razor system. A securement cover associated with the top and bottom portions to maintain the top and bottom portions in the to be moved to the open position. The securement cover comprises at least one of product indicia closed position. The securement cover being removable from the case to allow the top and bottom portions or product imagery.

The invention provides a heat-shrinkable polyester film which has sufficient heat shrinkage properties in the main shrinkage direction that is the longitudinal direction without containing a monomer component that can form an amorphous component in a large amount, and which has a low heat shrinkage and a low shrinkage stress in the width direction orthogonal to the main shrinkage direction. The film has a heat shrinkage of 15-50% in a main shrinkage direction of the film and 0-12% in a direction orthogonal to the main shrinkage direction of the film, when treated for 10 seconds in hot water of 90 C., and a maximum shrinkage stress of 2-10 MPa in the main shrinkage direction of the film when measured under hot air of 90 C. The film contains 7-30 mol % of a constituent unit derived from diethylene glycol in 100 mol % of the whole polyester resin component.

The invention provides a heat-shrinkable polyester film which has sufficient heat shrinkage properties in the main shrinkage direction that is the longitudinal direction without containing a monomer component that can form an amorphous component in a large amount, and which has a low heat shrinkage and a low shrinkage stress in the width direction orthogonal to the main shrinkage direction. The film has a heat shrinkage of 15-50% in a main shrinkage direction of the film and 0-12% in a direction orthogonal to the main shrinkage direction of the film, when treated for 10 seconds in hot water of 90 C., and a maximum shrinkage stress of 2-10 MPa in the main shrinkage direction of the film when measured under hot air of 90 C. The film contains 7-30 mol % of a constituent unit derived from diethylene glycol in 100 mol % of the whole polyester resin component.

A compression cord sleeve bundles a flexible elongated cord, such as cables, electrical cords, or wires, for storage or transportation. The compression cord sleeve includes a tubular sleeve body and a handle. The tubular sleeve body compresses around the flexible elongated cord in order to prevent the flexible elongated cord from unraveling or uncoiling. The tubular sleeve body is manipulated around a coiled or wrapped flexible elongated cord such that the tubular sleeve body compresses the coiled or wrapped flexible elongated cord radially. The handle allows a user to grasp the compression cord sleeve for ease of transportation.

A compression cord sleeve bundles a flexible elongated cord, such as cables, electrical cords, or wires, for storage or transportation. The compression cord sleeve includes a tubular sleeve body and a handle. The tubular sleeve body compresses around the flexible elongated cord in order to prevent the flexible elongated cord from unraveling or uncoiling. The tubular sleeve body is manipulated around a coiled or wrapped flexible elongated cord such that the tubular sleeve body compresses the coiled or wrapped flexible elongated cord radially. The handle allows a user to grasp the compression cord sleeve for ease of transportation.

A packing element having a trapezoidal front panel (1) and trapezoidal rear panel (2), wherein the front panel (1) and the rear panel (2) each have a first pair of two opposite, parallel base edges (1a, 1b, 2a, 2b), and a second pair of nonparallel side edges (1c, 2c) bridging ends of the two base edges (1a, 1b, 2a, 2b), and wherein the front panel (2) and the rear panel (1) are connected to each other at their side edges, preferably in the edge region of their overlapping side edges (1c) such that an inner edge face of the front panel (2) facing the rear panel (1) is glued to an inner edge face of the rear panel (1) facing the front panel (2) and a space for receiving an article, preferably a conical article, preferably a flower pot or a flower bouquet, can be formed between the front panel (2) and the rear panel (1) by moving the panels away from each other, thereby forming an opening at least between the long base edges at the top, characterized in that a grab formation (4), particularly a strap (4) that can be gripped by hand, is provided on the front panel (1) above a tear line (3) provided in the front panel (1) between the side edges (1c, 2c), preferably running parallel to the base edges (1a, 1b) of the front panel (1) so that an upper region (1d) of the front panel (1) above the tear line (3) can be separated from a lower region (1e) of the front panel (1) below the tear line (3).