A foldable, disposable protective cover for round gang boxes and lighting housings mounted in walls and ceilings to prevent dust, joint compound, paint, and other building material from entering the receptacles during finish construction operations. This provides a safer electrical environment for electrical wire connections, light bulbs, switches and outlets. The cover is foldable from a stamped planar sheet. The cover is dimensioned to cover conventionally-sized openings of round gang boxes and lighting housings. The cover is easily extracted from a receptacle by lifting the lid from the body and applying hand pressure to crush the cover in-place. Once removed, the gang box or lighting housing interior edges can be easily shaved and sanded clean of excess dried joint compound or paint, to reveal a perfectly completed gang box or lighting housing ready for the installation of electrical components.

A foldable, disposable protective cover for round gang boxes and lighting housings mounted in walls and ceilings to prevent dust, joint compound, paint, and other building material from entering the receptacles during finish construction operations. This provides a safer electrical environment for electrical wire connections, light bulbs, switches and outlets. The cover is foldable from a stamped planar sheet. The cover is dimensioned to cover conventionally-sized openings of round gang boxes and lighting housings. The cover is easily extracted from a receptacle by lifting the lid from the body and applying hand pressure to crush the cover in-place. Once removed, the gang box or lighting housing interior edges can be easily shaved and sanded clean of excess dried joint compound or paint, to reveal a perfectly completed gang box or lighting housing ready for the installation of electrical components.

An apparatus for applying masking tape to a surface is provided that includes an upper portion and a bottom portion attached to the lower portion, where the upper portion includes a pair of opposing edges separated by a top surface having a basin therein for receiving a placement pad, and a side surface having an inner plank and an outer guide plate, the lower portion includes a masking tape mount oriented relative to surfaces of the opposing edges and top for tape to be passed in a sliding arrangement from the tape mount and along the surfaces of the opposing edges and top.

A packaged film for masking an aircraft component, wherein the packaged film is configured to form a tubular sleeve when unpackaged. The packaged film is formed by performing a longitudinal telescopic folding operation on a longitudinal portion of a film to provide a longitudinally parallelogram-shaped stacked film; and performing at least a first transverse folding operation on a first portion of the longitudinally parallelogram-shaped stacked film, the first transverse folding operation comprising an operation selected from accordion folding and roll folding to provide the packaged film. The packaged film is capable of being unfolded in a reverse order of the longitudinal telescopic folding operation and the first transverse folding operation to cover said aircraft component.

A packaged film for masking an aircraft component, wherein the packaged film is configured to form a tubular sleeve when unpackaged. The packaged film is formed by performing a longitudinal telescopic folding operation on a longitudinal portion of a film to provide a longitudinally parallelogram-shaped stacked film; and performing at least a first transverse folding operation on a first portion of the longitudinally parallelogram-shaped stacked film, the first transverse folding operation comprising an operation selected from accordion folding and roll folding to provide the packaged film. The packaged film is capable of being unfolded in a reverse order of the longitudinal telescopic folding operation and the first transverse folding operation to cover said aircraft component.

A method of coating an active material for a secondary battery according to one embodiment of the present disclosure is a method of coating an active material on an electrode current collector of a secondary battery, the method comprising the steps of: disposing a guide member on each of the left and right sides based on a moving direction of the electrode current collector, and coating the active material onto the electrode current collector between the two guide members.

A convenient and labor-saving, chemically-resistant, multi-layered construction tool covering accessory is provided for protecting a paint shield or other flat-shaped construction tool from soiling during a construction process. The accessory includes a backing member comprising an adhesive inner side for adhering to a construction tool, and an opposed, outer side. At least one stack of removable cover sheets is affixed to the outer side of the backing member. Each removable cover sheet comprises an inner side, an outer side, and an adhesive material on the outer side of the removable cover sheet. The adhesive material is configured to detachably adhere to an adjacent cover sheet arranged over said each removable cover sheet, and to a wall or other surface when said each removable cover sheet is arranged in an outermost position of the at least one stack.

A method of coating an active material for a secondary battery according to one embodiment of the present disclosure is a method of coating an active material on an electrode current collector of a secondary battery, the method comprising the steps of: disposing a guide member on each of the left and right sides based on a moving direction of the electrode current collector, and coating the active material onto the electrode current collector between the two guide members.

Methods and apparatuses for forming fibrous web structures are disclosed. In one embodiment, a method of forming a fibrous web comprises positioning a masking media over a foraminous forming member having a forming surface, the masking media producing covered portions and uncovered portions of the forming surface, applying vacuum pressure so as to draw air through the forming surface, depositing fibrous material onto the forming surface to form a fibrous web. The masking media may be flexible such that the at least one masking media is sucked tight to the forming surface and forms direct contact with the forming surface where vacuum pressure is applied, thereby preventing the fibrous material from flowing between the at least one masking media and the forming surface.

Methods and apparatuses for forming fibrous web structures are disclosed. In one embodiment, a method of forming a fibrous web comprises positioning a masking media over a foraminous forming member having a forming surface, the masking media producing covered portions and uncovered portions of the forming surface, applying vacuum pressure so as to draw air through the forming surface, depositing fibrous material onto the forming surface to form a fibrous web. The masking media may be flexible such that the at least one masking media is sucked tight to the forming surface and forms direct contact with the forming surface where vacuum pressure is applied, thereby preventing the fibrous material from flowing between the at least one masking media and the forming surface.