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Health booth

  • US 8,096,083 B2
  • Filed: 03/01/2010
  • Issued: 01/17/2012
  • Est. Priority Date: 03/01/2010
  • Status: Active Grant
First Claim
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1. A health enclosure comprising:

  • a door (1);

    a rectangular top (3);

    a rectangular bottom (2) having a positioning hole (21);

    a rectangular rear wall (6);

    a rectangular first side wall (4);

    a rectangular second side wall (5) opposite the first side wall (4);

    a telescopic and pivotal board (7) comprising a board (75) and two parallel telescopic units (73) each having one end pivotably attached to the board (75);

    a seat assembly (8) comprising two parallel columns (87) mounted on the second side wall (5), a horizontal bar (88) having both ends slidably put on the columns (87), a telescopic support post (83) having an upper end secured to the horizontal bar (88) and a lower end fastened in the positioning hole (21), and a collapsible seat (81) secured to the horizontal bar (88), anda pivot assembly (9) comprising a channel (91) of substantially C-section mounted onto the first side wall (4), the channel (91) having a side opening (911), two inner cylindrical members (94) each having an aperture (941), two aligned biasing members (92) in the channel (91) wherein one biasing member (92) has one end anchored in the side opening (911) and the other end anchored in the aperture (941), and the other biasing member (92) has one end anchored in the aperture (941) and the other end anchored in the side opening (911), a bolt (93) inserted through the biasing members (92) and having both ends fastened in the inner cylindrical members (94) respectively, two outer cylindrical members (96) each together with one of the inner cylindrical members (94) to dispose the other ends of the telescopic units (73) therein, and two groups of a plurality of fasteners (95) wherein each group of the fasteners (95) are driven through the outer cylindrical member (96) into the inner cylindrical member (94) to fasten the other ends of the telescopic units (73) so that a pivotal movement of the telescopic units (73) twists the ends of the torsion springs (92) anchored in the apertures (941) via the inner cylindrical members (94).

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