There is proposed a chair transport system which is provided for the transport of a chair, comprising a transport case and a chair, wherein the transport case has a receiving space which is delimited by side walls and an upper plate and the chair has a frame on the frame arms of which at least one rotatably supported roller is provided and the frame carries at least one seat face and, in the transport position, the chair is introduced for the most part in the receiving space and the chair is connected by means of a connection apparatus indirectly or directly to the transport case and the system is supported on the ground by means of the rollers of the chair.

There is proposed a chair transport system which is provided for the transport of a chair, comprising a transport case and a chair, wherein the transport case has a receiving space which is delimited by side walls and an upper plate and the chair has a frame on the frame arms of which at least one rotatably supported roller is provided and the frame carries at least one seat face and, in the transport position, the chair is introduced for the most part in the receiving space and the chair is connected by means of a connection apparatus indirectly or directly to the transport case and the system is supported on the ground by means of the rollers of the chair.

Mattress coverings are manufactured utilizing conventional equipment and using a dummy mattress core. The mattress coverings include a zippered access on the bottom panel, for example, where the dummy core can be removed after the mattress covering is completed. When shipped to a regional assembly facility the zippered access is utilized for insertion of a select mattress core that corresponds to the size of the dummy mattress core about which the mattress covering was assembled. The zippered access is zipped shut and the mattress is ready for sale, transport, and use. Great efficiencies are available where the mattress cover is assembled in a first location, shipped to a sale and use location and also regionally close to where mattress cores are manufactured, and the mattress covers are assembled with cores into mattresses.

Mattress coverings are manufactured utilizing conventional equipment and using a dummy mattress core. The mattress coverings include a zippered access on the bottom panel, for example, where the dummy core can be removed after the mattress covering is completed. When shipped to a regional assembly facility the zippered access is utilized for insertion of a select mattress core that corresponds to the size of the dummy mattress core about which the mattress covering was assembled. The zippered access is zipped shut and the mattress is ready for sale, transport, and use. Great efficiencies are available where the mattress cover is assembled in a first location, shipped to a sale and use location and also regionally close to where mattress cores are manufactured, and the mattress covers are assembled with cores into mattresses.

A packaging for roof window installation products it disclosed. It packaging comprises a folded sheet member having a bottom section defining a first plane, four side sections and a top section, said sections together defining an inner room and first outer dimensions of the packaging, in the assembled state. The packaging comprises at least one flange and at least one handle, each being movable between a first position, where it extends substantially in parallel with at least one of said sections and adjacent to said at least one section, and a second position, where it extends beyond the first outer dimensions. Said at least one flange is configured for engagement with the roof structure when in the second position, and said handle is configured for carrying the packaging when in the second position. A use of a packaging for window installation products is also disclosed.

A design kit for producing an automatic sliding door for a building, includes at least the following assemblies: at least one door assembly with a number of door assembly elements for at least one sliding door leaf, a drive assembly with a number of drive assembly elements, a motor assembly with a number of motor assembly elements, wherein the design kit is divided into a number of packages.

A design kit for producing an automatic sliding door for a building, includes at least the following assemblies: at least one door assembly with a number of door assembly elements for at least one sliding door leaf, a drive assembly with a number of drive assembly elements, a motor assembly with a number of motor assembly elements, wherein the design kit is divided into a number of packages.

Systems and methods relating to the packing and packaging of bulk material bags such as grain bags and silage bags. The left and right sides of the bag are continuously folded over itself without overlapping the center of the bag. The folded bag allows for the left and right side ends to sit atop the folded left and right sides. The box containing the packed grain bag may have an external indicator indicating the center of the bag. This configuration allows for users to pull/unravel the bag easily and the indicator allows for easy alignment of the bag with the grain bagger.

Systems and methods relating to the packing and packaging of bulk material bags such as grain bags and silage bags. The left and right sides of the bag are continuously folded over itself without overlapping the center of the bag. The folded bag allows for the left and right side ends to sit atop the folded left and right sides. The box containing the packed grain bag may have an external indicator indicating the center of the bag. This configuration allows for users to pull/unravel the bag easily and the indicator allows for easy alignment of the bag with the grain bagger.

The present disclosure provides low volume, highly adjustable packaging that reduces surface area by 25% and overall material by 60% compared with standard boxes. In some embodiments, the presence of a telescoping sleeve, that is slightly wider than and slides over a mating sleeve, allows the length of the packaging to be adjusted. These volume and length reductions save approximately two-thirds of shipping costs. Further, in some embodiments, strategically placed scoring allows the packaging to flex and contour to the shape of a three-dimensional object to be placed in the packaging. In addition, reinforced corners protect contents of the package, and, in some embodiments, portions of the packaging are designed to be repurposed as artwork.