Masonry reinforcement, dispenser for stripe-type masonry reinforcement, method to reinforce a masonry and method to produce a reinforcement stripe
OwnerThomas Moschinventor
Life of this patent
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Abstract
The invention is related to a masonry reinforcement and to a dispenser therefore. The masonry reinforcement comprises a reinforcement strip that defines a strip plane and that is at least in one direction bendable. In the reinforcement strip multiple strip apertures are arranged along the longitudinal direction of the strip, each strip aperture comprising an aperture rim at the aperture rim or in the range of the aperture rim of some or all of the strip apertures rim serration members are arranged. The rim serration members are orientated inwardly. They can protrude out of the strip plane of the reinforcement strip in at least one direction.
Claims39
Masonry reinforcement comprising a reinforcement strip having a longitudinal axis extending along a length thereof and a transverse axis extending perpendicular to the longitudinal axis along a width thereof, said reinforcement strip being bendable along the longitudinal axis and configured to be rollable into a roll of reinforcement strip and to be subsequently unrolled from said roll of reinforcement strip to lie in a generally flat plane on a masonry surface, said reinforcement strip defining a strip plane and having first and second outer peripheral side edges, said reinforcement strip along a longitudinal strip direction being provided with multiple strip apertures spaced apart from each other, each of said strip apertures comprising an aperture rim having first and second opposing sides each extending across a major portion of the width of the reinforcement strip, and third and fourth opposing sides extending along the length of the reinforcement strip between the first and second sides, characterized in that bendable rim serration members are arranged at said aperture rims of some or of all of said strip apertures, said rim serration members extending partially into said apertures, at least two of said rim serration members extending from the respective third and fourth opposing sides of the aperture rim towards each other;
- said reinforcement strip includes a plurality of surface serration members, cams or combinations thereof on a top surface of the strip, the top surface of the strip adjacent said first and second outer peripheral side edges and the top surface of the strip in a region about said strip apertures lying in a same flat plane when said reinforcement strip is positioned to lie in the generally flat plane on the masonry surface, said surface serration members, cams or combinations thereof extending above said flat plane, said bendable rim serrations configured to bend such that a portion of said bendable rim serrations is positioned above or below said flat plane.
Masonry reinforcement comprising a reinforcement strip, said reinforcement strip configured to be rollable into a roll of reinforcement strip and to be subsequently unrolled from said roll of reinforcement strip to lie in a generally flat plane on a masonry surface, said reinforcement strip defining a strip plane and having a top surface extending between first and second outer peripheral side edges and being bendable in at least one direction, said reinforcement strip along the longitudinal strip direction being provided with multiple strip apertures, each of said strip aperture comprising an aperture rim, characterized in that surface serration members, cams or combinations thereof are arranged on said top surface of said reinforcement strip at a location that is between two strip apertures, between a peripheral side edge of said reinforcement strip and said strip aperture, or combinations thereof, said surface serration members, cams or combinations thereof extending upwardly from the top surface of said reinforcement strip, the top surface of said reinforcement strip adjacent said first and second outer peripheral side edges and the top surface in a region about said apertures lying in a same flat plane when said reinforcement strip is positioned to lie in the generally flat plane on the masonry surface, said surface serration members, cams or combinations thereof extending above said flat plane.
A masonry reinforcement comprising a reinforcement strip, said reinforcement strip configured to be rollable into a roll of reinforcement strip and to be subsequently unrolled from said roll of reinforcement strip to lie in a generally flat plane on a masonry surface, a top surface of said reinforcement strip defining a strip plane and being bendable perpendicular to said strip plane, said reinforcement strip including first and second side edges along a longitudinal strip direction, said reinforcement strip includes a plurality of apertures positioned along said longitudinal strip direction, each of said strip apertures are spaced from one another, each of said strip apertures are spaced from said first and second side edges by a strip edge located on each side of said strip apertures, each of said strip apertures includes an inner edge, said inner edge includes a plurality of bendable serrations, said reinforcement strip includes a plurality of surface serration members, cams or combinations thereof on a top surface of said reinforcement strip, the top surface of said reinforcement strip adjacent said first and second outer peripheral side edges and the top surface of a region about said strip apertures lying in a same flat plane when said reinforcement strip is positioned to lie in the generally flat plane on the masonry surface, said optional surface serration members, cams or combinations thereof extending above said flat plane, said bendable serrations configured to bend such that a portion of said bendable serrations is positioned above or below said flat plane.
Dependencies are inferred from the claim text.