초록 ▼

The present invention relates to a portable, self-anchoring, wind-deflector and shelter structure having a unique configuration so as to employ the impinging wind forces to create the self-anchoring arrangement. The structure is formed with a base member defining a floor having an arcuate rear edge

The present invention relates to a portable, self-anchoring, wind-deflector and shelter structure having a unique configuration so as to employ the impinging wind forces to create the self-anchoring arrangement. The structure is formed with a base member defining a floor having an arcuate rear edge and a longitudinal front edge which forms either a parabolic or hyperbolic configuration, and includes an upright wall being angularly disposed to the base member. The wall is further formed with a compound-curved surface that includes oppositely positioned, tapered, wind channels which allow the wind to blow in a forward and downward direction against the base member, thus causing the structure to be fixed in a stabilized position while subjected to high wind velocities.

대표청구항 ▼

A portable, self-anchoring, wind-deflector and shelter structure, comprising: (a) a base member defining a floor formed having an arcuate rear edge and a longitudinal front edge defining a hyperbolic configuration, said base member being adapted to be supported on a ground surface; (b) a wall struct

A portable, self-anchoring, wind-deflector and shelter structure, comprising: (a) a base member defining a floor formed having an arcuate rear edge and a longitudinal front edge defining a hyperbolic configuration, said base member being adapted to be supported on a ground surface; (b) a wall structure having a compound-curved surface when in an erected form, said wall structure being defined by a rear, hyperbolic, lower edge integrally secured to said arcuate rear edge of said base member and an upper, hyperbolic, free edge of said wall structure, and said upper free edge and said longitudinal front edge of said base member define a front opening to said structure; and (c) said compound-curved surface forming a pair of oppositely disposed, tapered, wind channels whereby horizontal wind impinging upon said compound-curved surface is deflected downwardly and forwardly, thus forcing said base member against said supporting ground surface; (d) wherein each of said tapered wind channels is formed having a concave, upwardly directed, cross-sectional configuration and a curvilinear configuration, whereby the tapered configuration thereof is defined by the converging of said arcuate rear edge of said base member and said upper hyperbolic free edge; wherein said structure includes a removable framework comprising: (e) a first flexible pole member positioned adjacent said arcuate rear edge of said base member; and, a second flexible pole member positioned adjacent said upper free edge of said wall structure; and (f) at least one support rod to separate the rear lower edge and the upper free edge of said structure.