INTEGRATED ENGAGEMENT PROFILE AND INSTALLATION ASSEMBLY INCLUDING A FIRST LAYER AND AN INSTALLATION TOOL FOR ENGAGEMENT OF THE PROFILE THROUGH AN APERTURE DEFINED IN A FURTHER ATTACHABLE LAYER
An invert-able feature in a first layer for securing a second layer. A profile projects from an interior recess defining perimeter of the first layer, the profile including angled sides and a central interconnecting and actuating face. Beams extend from the sides and, upon positioning the second layer, are in communication with an aperture of the second layer. A tool having an actuating profile is applied to an exterior facing sided of the pyramidal profile and is exerted to cause the pyramidal shape to compress together and subsequently invert through a reduced area represented by the recessed interior to travel past an underside of the first layer, with the beams caused to displace to engage the second layer to the first layer.
1 . An assembly including a first layer with an invert-able attachment feature for securing a second layer through an aperture in the second layer, said assembly comprising:
a profile adapted to project from an interior defined perimeter of the first layer;
said profile including a plurality of angled sides extending from said perimeter and being joined together at a central location;
elongated beams extending from one or more of said angled sides, said beams being pre-positioned in proximity to an open interior of the aperture in the second layer; and
a tool having an actuating tip applied against the central location, a subsequent engaging force exerted by said tool in a direction toward the aperture causing said angled sides to invert through said recessed interior of the first layer and past a positioned underside of the first layer, the beams being caused to angularly displace during inverted motion in order to contact edges of the second layer to secure the second layer to the first layer.
2 . The assembly of claim 1 , further comprising said beams being displaced inwardly concurrent with inversion of said profile to bridge an interior perimeter edge defining location of the second layer straddling said aperture.
3 . The assembly of claim 1 , further comprising said beams being displaced outwardly concurrent with inversion of said profile to engage opposite perimeter edges of the aperture in the second layer.
4 . The assembly of claim 1 , further comprising said tool having a substantially pyramidal end profile with angled sides extending from opposite sides of said actuating profile.
5 . The assembly of claim 4 , further comprising a recessed slot shape configured into said actuating profile and extending sides of said tool for recess seating said beams prior to and during actuation of exterior projecting sides of said pyramidal profile.
6 . The assembly of claim 1 , the first layer further comprising a rigid plasticized material.
7 . The assembly of claim 1 , the second layer further comprising a softer plasticized material.
8 . The assembly of claim 1 , the first layer further comprising a pressure relief valve (PRV) frame, the second layer a flap secured to an interior edge of the PRV frame in communication with an interior window thereof against which the flap is seated in a closed position.
9 . An assembly including an invert-able attachment feature incorporated into a first layer for securing through an aperture location of a second layer, comprising:
a profile projecting from an interior recess defining perimeter of the first layer;
said profile including a substantially pyramidal shape with first and second angled sides and a central most interconnecting and actuating face;
a pair of elongated beams extending from said sides and, upon positioning the second layer, being in communication with the aperture location in the second layer; and
a separate tool having a pyramidal end profile with angled sides extending from opposite sides of an actuating profile, a recessed slot shape configured into said actuating profile and extending sides of said tool for recess seating said beams prior to and during actuation of exterior projecting sides of said pyramidal profile and, upon being applied to an exterior facing sided of said pyramidal shaped profile so that an engaging surface of said tool is in contact with said actuating face, an engaging force exerted upon said tool causing said pyramidal shape to invert through said recessed interior and past an underside of the first layer, the beams being caused to displace in order to secure the second layer to the first layer.
10 . The assembly of claim 9 , further comprising said beams being displaced inwardly concurrent with inversion of said profile to bridge an interior perimeter edge defining location of the second layer straddling said aperture.
11 . The assembly of claim 9 , further comprising said beams being displaced outwardly concurrent with inversion of said profile to engage opposite perimeter edges of the aperture in the second layer.
12 . The assembly of claim 9 , said first layer further comprising a rigid plasticized material.
13 . The assembly of claim 9 , said second layer further comprising a softer plasticized material.
14 . The assembly of claim 9 , said first layer further comprising a pressure relief valve (PRV) frame, said second layer a flap secured to an interior edge of the PRV frame in communication with an interior window thereof against which the flap is seated in a closed position.
15 . An invert-able attachment feature incorporated into a first layer for securing through an aperture location of a second layer, comprising:
a profile projecting from an interior recess defining perimeter of the first layer;
said profile including a substantially pyramidal shape with first and second angled sides and a central most interconnecting and actuating face;
a pair of elongated beams extending from said sides and, upon positioning the second layer, being in communication with the aperture location defined in the second layer; and
upon a downward engaging force being applied to said pyramidal shaped profile, said first and second angled sides being forcibly inverted through said recessed interior and past an underside of the first layer, said extending beams being caused to concurrently displace in order to secure edges of the aperture in the second layer to the first layer.
16 . The attachment feature of claim 15 , further comprising a tool exhibiting an actuating profile for engaging said pyramidal shape profile.
17 . The attachment feature of claim 15 , further comprising said beams being displaced inwardly concurrent with inversion of said profile to bridge an interior perimeter edge defining location of the second layer straddling said aperture.
18 . The attachment feature of claim 15 , further comprising said beams being displaced outwardly concurrent with inversion of said profile to engage opposite perimeter edges of the aperture in the second layer.
19 . The attachment feature of claim 16 , further comprising said tool having a substantially pyramidal end profile with angled sides extending from opposite sides of said actuating profile.
20 . The attachment feature of claim 19 , further comprising a recessed slot shape configured into said actuating profile and extending sides of said tool for recess seating said beams prior to and during actuation of exterior projecting sides of said pyramidal profile.