Brady Worldwide Corp.

Steven H Mess

Michael D Savagian

Matthew Martin Kasper

Matthew C Cole

Scott M Bellon

A printable hook and loop engaging structure is configured to create a temporary bind as one half of a hook and loop connection with another half of the hook and loop connection. The printable structure includes a substrate and a print-receptive topcoat coupled to the substrate. The substrate includes a fastening surface that is one of a hook fastening surface and a loop fastening surface of the hook and loop connection. The print-receptive topcoat is opposite from the fastening surface of the substrate.

Printable hook and loop structure

Enhanced graphic, anti-slip floor signage

A floor marking tape has a total thickness of 5-7 mil (0.127-0.178 mm) and consists of:

Floor marking tape

Multi-layer, edge ingress, tamper- and solvent-indicating labels comprise a top film layer coated over a solvent, e.g., water, hydrocarbon, etc., and dye absorbing layer. The solvent and dye absorbing layer can be on top of a porous layer comprising a binder, pigment and particles of a solvent-soluble dye. The porous layer can be on top of an edge-wicking layer which itself is on top of a pressure-sensitive adhesive (PSA) layer. The edge-wicking layer both absorbs and transports solvent thus serving as a means for transporting solvent to the solvent-soluble dye.

Tamper indicating labels with edge ingress solvent-indicating feature

A RFID label suitable for use on a metal support surface. In one embodiment, the RFID label includes a substrate having a downwardly extending integral leg. RFID circuitry is disposed on the substrate adjacent to the leg which spaces the RFID circuitry from the support surface to reduce interference from the support surface.

RFID standoff label and method of use

A photoluminescent wall marker includes an elongated base having an upper edge and a lower edge. The lower edge of the base is integral with an upper edge of a photoluminescent panel. The upper edge of the photoluminescent panel is integral with the base lower edge and defined by a fold line extending longitudinally between the base and the photoluminescent panel. The base and photoluminescent panel are flexible in a transverse direction allowing the wall marker to be stored in roll form in an unassembled configuration.

Photoluminescent wall marker and method of making

A label for use as an in-mold label and including a radio frequency identification device (RFID) is disclosed. The label includes an RFID having opposed first and second surfaces; a first layer of heat-activated adhesive disposed on the first surface of the RFID; a second layer of heat-activated adhesive disposed on the second surface of the RFID; and a surface layer comprising a polymeric film disposed on a surface of the first layer of heat-activated adhesive opposite the first surface of the RFID. The label is placed in a mold with the surface layer contacting the mold. A polymer is molded in the mold such that the second layer of heat-activated adhesive (or a surface layer over the second layer of heat-activated adhesive) adheres to the polymer thereby producing a labeled article that can be identified using the radio frequency identification device in the label.

In-mold radio frequency identification device label

An identification marker or tag for wires and other elongated objects is described. In one embodiment, the marker has a generally elongated shape, e.g., an elongated oval, and comprises a surface for bearing indicia and two holes, one hole located near each end of the marker. Each hole is connected to an edge of the marker by a slot or cut that is adapted for ease of clipping the marker onto a wire. The marker is dimensioned in length and width to display text in the font size desired to maximize legibility.

Growing community of inventors

Franklin, WI, United States of America

Steven H Mess