Disclosed is a method for marking film-type dosage forms, comprising at least the positioning of a film-type dosage form between two layers of a scalable packaging material, the sectional heat-scaling of the two layers of the scalable packaging material so as to obtain an edge-sealed bag containing the film-type dosage form, and the blind-embossing of the film-type dosage form contained in the edge-sealed bag through at least one of the two layers of packaging material of the edge-sealed bag.

An article of furniture may include a component such as a frame, leg, or support. The component may be constructed from a strip of material and the strip of material may include a strip length, a strip width, and a strip thickness. The component may include a longitudinal welding joint that may be disposed between a first strip end or a first strip side and a second strip end or second strip side. A profile may be embossed into a surface of the strip of material and the component may be manufactured in a continuous inline roll forming process.

A heat-embosssed non-woven that is suitable for producing a decorative layer for a car passenger compartment includes: thermoplastic fibers, being needled and having a maximum tensile elongation of at least 30%; and embossed recesses that have base surfaces at a bottom thereof. A ratio between a thickness of the non-woven in a region of the base surfaces of the recesses and a thickness of the non-woven in a region of the non-embossed regions is at most 0.1. A fraction of a total surface area of the non-woven made up by a total base surface area of the recesses is from 0.5% to 30%.

A system and method for constructing a carrier tape for storing and transporting die is disclosed. A system creates a depressed cavity in the computer system carrier tape without creating a hole through the tape, wherein the cavity is defined by four corners, with four edges between the corners and wherein the cavity is conformed to hold a silicon die. The system creates at least one side pocket along at least one of the four edges, wherein the side pocket allows displaced air to escape, but does not allow the die to shift position in the depressed cavity.

Embodiments of the present disclosure generally relate to imprint compositions and materials and related processes useful for nanoimprint lithography (NIL). In one or more embodiments, a method for preparing an imprinted surface is provided and includes disposing an imprint composition on a substrate, contacting the imprint composition with a stamp having a pattern, converting the imprint composition to an imprint material having the pattern, and removing the stamp from the imprint material. The imprint composition may contain one or more types of nanoparticles, one or more surface ligands, one or more solvents, one or more additives, and one or more acrylates.

An embossing material that can be hardened and used for embossing lithography, comprised of a mixture of at least one polymerizable main component, and at least one secondary component. The invention also relates to a use of the embossing material for the primary forming of an embossing form.

A molding compound comprising a resin, a filler, and a carbon nano-tube dispersion is disclosed. The carbon nano-tube dispersion achieves a low average agglomeration size in the molding compound thereby providing desirable electro-mechanical properties and laser marking compatibility. A shallow laser mark may be formed in a mold cap with a maximum depth of less than 10 microns.

A distributed feedback laser having a conjugated dendrimer as the active lasing component, and a method for patterning conjugated dendrimers.

A transdermal absorption sheet and a manufacturing method for the transdermal absorption sheet includes a laminating step of forming a multilayer film with a viscosity difference by forming, on a support, a lower layer containing a first transdermal absorption material and an upper layer containing a drug and a second transdermal absorption material and having a lower viscosity than the lower layer, a filling step of filling needle-like recessed portions corresponding to inverted needle-like protruding portions with a solution of the transdermal absorption material by pressing a mold in which the needle-like recessed portions are arranged in a two-dimensional array, against a surface of the multilayer film supported by the support to allow the multilayer film to flow, a solidifying step of solidifying the multilayer film with the mold pressed against the surface of the multilayer film, and a peeling-off step of peeling the solidified multilayer film from the mold.

An embossing material that can be hardened and used for embossing lithography, comprised of a mixture of: at least one polymerizable main component, and at least one secondary component. The invention also relates to a use of the embossing material for the primary forming of an embossing form.