Abstract:
A device for applying tape from a roll of tape (e.g., masking tape) along a surface to be protected with an edge of the tape extending along a juncture between the surface to be protected and a surface to be treated disposed at about a right angle with respect to the surface to be protected. The device includes a two portion housing around and journaling the tape roll, each portion having a tape contacting part of its inner surface in a first plane, and having in a second plane a guide part of its outer surface adapted to be slid along the surface to be treated. The first and second planes on each of the housing portions can be at a small angle with respect to each other and intersect along an application side of the housing. A pressure application structure is mounted on the housing with an outer edge each end of the pressure application structure at the intersection of the first and second planes for a different adjacent one of the housing portions, and with the generally cylindrically arcuate peripheral surface of the pressure application structure disposed at an angle of no greater than 90 degrees with respect to the second plane and projecting from the housing at the intersections of the first and second planes. Tape from the roll extends around the periphery of the pressure application structure so that the dispenser can be manually positioned with either housing portion against the surface to be treated and moved to apply the tape.
Abstract:
A stretch releasable adhesive tape article includes an extensible adhesive strip having a non-adhesive pull tab and a shape retaining member arranged within or adjacent to the adhesive strip. The shape retaining member is repeatably manually movable between a first position allowing a user to manually grasp the non-adhesive pull tab to stretch release the adhesive strip from a substrate, and a displaced position for maintaining the non-adhesive pull tab at a position offset from the first position.
Abstract:
A self-supporting, pleated filter, and method of making the same. The method includes forming a plurality of pleats in a filter media that extend along a front face and a rear face. The pleats include a plurality of pleat tips and sloping side surfaces generally perpendicular to the direction of pleating. At least one planar reinforcing strip oriented in the direction of pleating is bonded to the pleat tips on the front face. At least one reinforcing member is positioned along the rear face of the filter media. The filter media is then cut to size. Frame members are applied for some applications. The reinforcing member may be a reinforcing strip oriented in the direction of pleating and bonded to the rear face of the filter media prior to the step of forming the plurality of pleats. A second planar reinforcing strip may optionally be bonded to the reinforcing strip pleat tips. The reinforcing member, the first reinforcing strip and the second reinforcing strip can be aligned to form a truss structure. Alternatively, reinforcing strips oriented perpendicular to the direction of pleating are bonded to the rear face of the filter media prior to the step of forming the pleats. In another embodiment, a reinforcing member is applied to the rear face of the filter media after the pleats have been formed. The reinforcing member is positioned along at least one of the sloping side surfaces of the pleats on the rear face in a direction perpendicular to the direction of pleating. In another embodiment, a scrim is positioned along the rear face of the filter media. The scrim can be bonded to the frame members, the filter media and/or a portion of the frame members extend over a perimeter of the scrim to secure it to the pleated filter.
Abstract:
An assemblage of laminates each including only a portion of a graphic, which graphic portion has a layer of pressure-sensitive adhesive along its rear major surface. The graphic portions in the laminates are adapted to be adhered to a substrate by the layers of adhesive in a predetermined relative orientation to form a graphic having a predetermined shape. Each of the laminates further includes a separate polymeric cover sheet having opposite outer and inner major surfaces and overlaying the graphic portion, and a layer of removable pressure-sensitive adhesive having opposite front and rear major surfaces, which layer of removable pressure-sensitive adhesive is coextensive with and has its rear surface adhered to the inner major surface of the cover sheet and has its front surface adhered to the front surface of the graphic portion. The cover sheets in the laminates have irregular visually distinctive mating edges shaped for edge-to-edge engagement only when the graphic portions in the laminates are in the predetermined relative orientation.
Abstract:
A portable dispenser with which lengths of a sheet material may be manually dispensed from a supply roll of the sheet material. The dispenser has a frame including a bridging portion adapted to extend along a portion of the periphery of the roll of sheet material, and end wall portions fixed to the ends of the bridging portion and adapted to extend along the opposite end surfaces of the roll of sheet material on which the roll of sheet material is rotatably journaled. A resiliently flexible cantilevered portion of the frame has a proximal edge fixed to the bridging portion and has a sharp cutting edge along its opposite distal edge. A guard portion of the frame extends between its end wall portions and has an inner surface extending along the side of the cutting edge opposite the roll. The cantilevered portion is normally positioned in a retracted position at which the cutting edge is spaced from the roll of sheet material and is positioned adjacent the inner surface of the guard portion to restrict contact with the cutting edge by a person handling the dispenser such as to withdraw a length of sheet material from the dispenser. The cantilevered portion can be manually flexed by a person grasping the outer surface of the frame to move the cutting edge away from the inner surface of the guard portion to a cutting position at which sheet material being pulled from the roll can be engaged with the cutting edge to transversely sever the sheet material.
Abstract:
A method for making a laminate adapted for decorating a substrate including providing (1) a sheet of pre-mask material including a cover layer and a layer of removable adhesive on one surface of the cover layer having an exposed surface defining a first major surface for the sheet of pre-mask material; (2) a supply length of decorative film tape comprising a length of decorative film having opposite first and second major surfaces, and a layer of adhesive along its second major surface; (3) a sheet of release liner having a first major surface adapted to be releasably adhered to by the removable adhesive on the cover layer and by the adhesive on the decorative film; and (4) a tape applicator. One of the sheets is supported with its first major surface in an application plane, and the tape applicator is used to form display lengths of decorative film tape of different predetermined shapes and lengths from the supply length of decorative film tape and to apply those display lengths of decorative film tape to the first major surface of that one of the sheets in a predetermined pattern; after which the first major surface of the other of the sheets is positioned over the surfaces of the display lengths of decorative film tape opposite the first major surface of that one of the sheets. The method adheres the layers of adhesive on the display lengths of decorative film tape to the to the release liner, and adheres the layer of removable adhesive included in the layer of pre-mask material over the first major surfaces of the lengths of decorative film in the display lengths of decorative film tape adhered to the release liner and to the release liner around the display lengths of decorative film tape.
Abstract:
A graphic display device mountable with a stretch releasing adhesive includes a back plate, a double-sided stretch releasing adhesive tape having an adhesive portion adhered to the back plate rear surface and a non-adhesive pull tab projecting beyond the back plate, a graphic display member arranged adjacent to the back plate front surface, and a cover plate including a viewing area for viewing the graphic display member arranged adjacent to the graphic display member and connected with the back plate. When assembled, the display device conceals the non-adhesive pull tab but when the cover plate is separated from the back plate, the pull tab can be manually grasped by a user to stretch release the adhesive strip from the surface and the back plate.
Abstract:
A laminate for use in decorating a receptor surface (e.g., a window) comprising a piece of decorative sheet material with a layer of aggressive pressure sensitive adhesive on its rear surface and a release liner over that layer of adhesive; and a flexible, temporary support tape comprising a backing and a layer of repositionable pressure sensitive adhesive on a second surface of the backing. A longitudinally extending part of the layer of repositionable pressure sensitive adhesive of the support tape is adhered to a front surface of the decorative strip, and an elongate portion of the support tape projects transversely away from a first edge surface of the decorative sheet material. The repositionable pressure sensitive adhesive on that projecting portion of the support tape can be adhered to a receptor surface with the first release liner on the decorative sheet material laying along that receptor surface, and can be repositioned as needed to precisely position the decorative sheet material in a desired location. Once so positioned, the flexible backing can be bent along a longitudinally extending bend line along the first edge of the decorative sheet material to separate the decorative sheet material from the receptor surface so that the first release liner can be manually removed. The decorative sheet material can then be moved back into contact with the receptor surface so that its layer of aggressive pressure sensitive adhesive adheres the decorative sheet material against the receptor surface in the desired location, after which the temporary support tape can be peeled away.
Abstract:
A self-supporting, pleated filter, and method of making the same. The method includes forming a plurality of pleats in a filter media that extend along a front face and a rear face. The pleats include a plurality of pleat tips and sloping side surfaces generally perpendicular to the direction of pleating. At least one planar reinforcing strip oriented in the direction of pleating is bonded to the pleat tips on the front face. At least one reinforcing member is positioned along the rear face of the filter media. The filter media is then cut to size. Frame members are applied for some applications. The reinforcing member may be a reinforcing strip oriented in the direction of pleating and bonded to the rear face of the filter media prior to the step of forming the plurality of pleats. A second planar reinforcing strip may optionally be bonded to the reinforcing strip pleat tips. The reinforcing member, the first reinforcing strip and the second reinforcing strip can be aligned to form a truss structure. Alternatively, reinforcing strips oriented perpendicular to the direction of pleating are bonded to the rear face of the filter media prior to the step of forming the pleats. In another embodiment, a reinforcing member is applied to the rear face of the filter media after the pleats have been formed. The reinforcing member is positioned along at least one of the sloping side surfaces of the pleats on the rear face in a direction perpendicular to the direction of pleating. In another embodiment, a scrim is positioned along the rear face of the filter media. The scrim can be bonded to the frame members, the filter media and/or a portion of the frame members extend over a perimeter of the scrim to secure it to the pleated filter.