Releasable hanging system
A releasable hanging system having a loop fastener component and a hook fastener component. The loop fastener component includes a flexible patch carrying a field of engageable fibers exposed on a front side of the patch and an adhesive on a back side of the patch. The hook fastener component includes a resin base carrying an array of male touch fastener elements. A significant majority of the male touch fastener elements each extend from the base to a distal tip to overhang the base in a single, common direction. The fastening system can be used to hang an object on a vertical surface such that the male touch fastener elements of the significant majority bear the weight of the object in a downward direction, and such that the significant majority of the male touch fastener elements are oriented so as not to inhibit lifting of the object in an upward direction.
1. A releasable hanging system comprising:
a loop fastener component comprising a flexible patch carrying a field of engageable fibers exposed on a front side of the patch, and an adhesive on a back side of the patch; and
a hook fastener component comprising a resin base carrying an array of male touch fastener elements, a significant majority of the male touch fastener elements each extending from the base to a distal tip, to overhang the base in a single, common direction;
wherein the hook and loop fastener components are configured to engage each other to form a releasable fastening having an initial shear resistance, loaded in opposition to the common direction of the significant majority of the male touch fastener elements, that is more than 10 times an initial shear resistance of the releasable fastening loaded in the common direction of the significant majority of the male touch fastener elements.
2. A method of hanging an object, the method comprising:
selecting a desired orientation of the object with respect to a vertical surface;
securing a second field of touch fastener elements to a back side of the object;
releasable engaging a first field of touch fastener elements with the second field of touch fastener elements, one of the first and second touch fastener element fields comprising an array of male touch fastener elements each extending from a common base, the other of the first and second touch fastener element fields comprising a multiplicity of fibers distributed over an area and engageable by the male touch fastener elements; and
hanging the object on the vertical surface by securing the first field of touch fastener elements to the vertical surface,
wherein a significant majority of the male touch fastener elements are oriented to overhang the base in a single, common direction, each male touch fastener element of the significant majority extending from the base to a distal tip, and wherein the orientation of the significant majority of the male touch fastener elements is such that, with the object hanging on the vertical surface, the fastener elements of the significant majority bear the weight of the object in a downward direction and such that the significant majority of the male touch fastener elements are oriented so as to not inhibit lifting of the object in an upward direction, and
wherein the first and second fields of touch fastener elements are of hook and loop fastener components configured to engage each other to form a releasable fastening having an overall engaged thickness of less than about 0.5 millimeters, and an engaged shear slack of less than 10 percent of the overall engaged thickness.
3. A method of hanging an object, the method comprising:
selecting a desired orientation of the object with respect to a vertical surface;
securing a second field of touch fastener elements to a back side of the object;
releasably engaging a first field of touch fastener elements with the second field of touch fastener elements, one of the first and second touch fastener element fields comprising an array of male touch fastener elements each extending from a common base, the other of the first and second touch fastener element fields comprising a multiplicity of fibers distributed over an area and engageable by the male touch fastener elements; and
hanging the object on the vertical surface by securing the first field of touch fastener elements to the vertical surface,
wherein a significant majority of the male touch fastener elements are oriented to overhang the base in a single, common direction, each male touch fastener element of the significant majority extending from the base to a distal tip, and wherein the orientation of the significant majority of the male touch fastener elements is such that, with the object hanging on the vertical surface, the fastener elements of the significant majority bear the weight of the object in a downward direction and such that the significant majority of the male touch fastener elements are oriented so as to not inhibit lifting of the object in an upward direction, and
wherein the first and second fields of touch fastener elements are of hook and loop fastener components configured to engage each other to form a releasable fastening having an initial shear resistance, loaded in opposition to the common direction of the significant majority of the male touch fastener elements, that is more than 10 times an initial shear resistance of the releasable fastening loaded in the common direction of the significant majority of the male touch fastener elements.
4. A method of hanging an object, the method comprising:
selecting a desired orientation of the object with respect to a vertical surface;
securing a second field of touch fastener elements to a back side of the object;
releasable engaging a first field of touch fastener elements with the second field of touch fastener elements, one of the first and second touch fastener element fields comprising an array of male touch fastener elements each extending from a common base, the other of the first and second touch fastener element fields comprising a multiplicity of fibers distributed over an area and engageable by the male touch fastener elements; and
hanging the object on the vertical surface by securing the first field of touch fastener elements to the vertical surface,
wherein a significant majority of the male touch fastener elements are oriented to overhang the base in a single, common direction, each male touch fastener element of the significant majority extending from the base to a distal tip, and wherein the orientation of the significant majority of the male touch fastener elements is such that, with the object hanging on the vertical surface, the fastener elements of the significant majority bear the weight of the object in a downward direction and such that the significant majority of the male touch fastener elements are oriented so as to not inhibit lifting of the object in an upward direction, and
wherein the male touch fastener elements are of a hook fastener component that includes a visible indication, other than orientation of the male touch fastener elements themselves, of the common direction in which the significant majority of the male touch fastener elements overhang the base.