Quickly slideable and incrementally adjustable barrier
A barrier for the inside of a home. The barrier includes two partitions that slide relative to each other to increase and decrease a distance between ends of the barrier. The partitions slide into and out of confronting relationships with each other. The partitions engage each other at upper and lower locations and further at a medial location where an elongate member of one partition is received in a tube engaged to the other partition. A threaded piece upon being turned brings pressure to bear upon an end of the tube such that the partitions can be incrementally expanded apart and thereby pressurized between two locations within the home so as to block off one portion of the home. The threaded piece is slideable along the elongate member.
1. A sliding expanding incrementally adjustable barrier for placement between two opposing locations, comprising:
a) a first slidable partition comprising a first frame, with the first slidable partition extending in the length and height directions;
b) a second slidable partition comprising a second frame, with the second slidable partition extending in the length and height directions;
c) wherein a direction between the first and second partitions is a width direction, wherein said first and second partitions are engaged to and spaced apart from each other in said width direction, wherein said frames of said first and second partitions lie parallel to each other and slide parallel to each other;
d) an elongate member engaged to the first partition and engaged between the first and second partitions and being disposed in said length direction, with said elongate member having predefined spaced apart locations; and
e) a slidable piece on said elongate member and being slidable on said elongate member in said length direction, with said slidable piece having a first portion and a second portion, with said first portion being engagable to said elongate member at said predefined spaced apart locations, with said second portion having a threaded member turnable thereon, with said threaded member having an end confronting the second partition and being turnable to confront the second partition, with said threaded member being turnable to and from said first portion in the length direction and thus being turnable to and from said second partition in the length direction, such that when said threaded member is turned on said second portion to confront the second partition and when said first portion is engaged at one of said predefined locations on the first partition, said threaded member brings pressure to bear upon said second partition and draws the first and second partitions slidingly in opposite directions along said length direction such that ends of the first and second partitions are incrementally drawn apart to incrementally place pressure upon said opposing locations.
2. A sliding expanding incrementally adjustable barrier for placement between two opposing locations, comprising:
a) a first partition comprising a frame comprising an upper member, a lower member, an outer end member and an inner end member, wherein a direction between the outer and inner end members of said first partition is a length direction, wherein a direction between said upper and lower members of said first partition is a height direction, wherein said frame of said first partition is in a first plane and wherein said frame of said first partition is slidable in said first plane, and wherein said upper and lower members of said first partition extend in said length direction;
b) a second partition comprising a frame comprising an upper member, a lower member, an outer end member and an inner end member, wherein a direction between the outer and inner end members of said second partition is said length direction, wherein a direction between said upper and lower members of said second partition is a height direction, wherein said frame of said second partition is in a second plane and wherein said frame of said second partition is slidable in said second plane, and wherein said upper and lower members of said second partition extend in said length direction;
c) wherein a direction between the first and second partitions is a width direction, wherein said first and second partitions are engaged to and spaced apart from each other in said width direction, wherein said frames of said first and second partitions and first and second planes are parallel to each other, and wherein said frames of said first and second partitions slide parallel to each other in said first and second planes;
d) an elongate member engaged to the first partition and being disposed in said length direction, with said elongate member having predefined spaced apart locations;
e) a tube engaged to the second partition and being disposed in said length direction, wherein the tube includes an end, and wherein the tube receives at least a portion of said elongate member; and
f) a slidable piece on said elongate member and being slidable on said elongate member in said length direction, with said slidable piece having a first portion and a second portion, with said first portion being engagable to said elongate member at one of said predefined spaced apart locations, with said second portion having a threaded member turnable thereon and confronting said end of said tube, with said threaded member being turnable to confront said end of said tube, with said threaded member being turnable to and from said first portion in the length direction and thus being turnable to and from said end of said tube in the length direction, such that when said threaded member is turned on said second portion to confront said end of said tube on the second partition and when said first portion is fixed at one said predefined spaced apart locations on said elongate member engaged to the first partition, said threaded member brings pressure to bear upon said end of said tube and draws the first and second partitions slidingly in opposite directions along said length direction such that ends of the first and second partitions are incrementally drawn apart to incrementally place pressure upon said opposing locations.