AT9836U2 - STAGELESS HEIGHT ADJUSTABLE BASE EDGE - Google Patents

Claims (7)

3 AT 009 836 U2 9. At the movable pool edge welded or glued tab with slot 10. screwed lid with seal 11. Console with stiffener 12. Mounting for adjusting bolt with reinforcement plate 13. Adjustment bolt with right-hand thread 14. worm gear for moving the adjusting bolt 15. Pivot axis The wall of the pelvis (1) is set back in the uppermost area by two diametrically opposed bends in order not to obtain an offset between the pelvic wall (1) and the height-adjustable pelvic rim (2) in the final state. During operation of the basin, only a slight, strip-shaped indentation is thus visible along the entire transition from pool wall to pool edge. In order to seal the transition between the pool wall (1) and pool edge (2), two independent sealing strips (3) are permanently attached to the pool wall or anchored in intended notches along the pool wall. To adjust the altitude are at intervals, which can be determined depending on the required accuracy of the recoverable altitude or the expected load, attached mechanisms according to Figure 2 for height adjustment of the pelvic edge. Via a worm drive (drive with a worm gear ratio) (14) can be adjusted by rotation of the axis (15), the desired height of the pelvic edge and thus the liquid overflow can be defined. Between the height adjustment devices, mechanisms according to FIG. 3 are used to preload the seals or to clamp and hold the entire pelvic rim. For this purpose, on the one hand in each case a sleeve with internal left-hand thread (5) on the outside of the pool wall (1) fixedly attached (welded or glued) and on the other hand a tab with a slot (9) attached to the inside of the separate pool edge (welded or glued). A bolt with a left-hand thread at one end, a fixed (welded or glued) nut in the middle region and a right-hand thread and an Allen (hexagon socket) at the other end, both functions can be performed with the help of another two washers (8). In order to achieve in a first step, a pressing of the pelvic edge (2) to the seals (3), the bolt (6) with an Allen key (Allen key) clockwise rotated out of the sleeve. The fixed nut presses the inner washer (8) against the tab (9). By an appropriate choice of torque thus the desired bias of the seals (3) can be produced. In a second step, a nut (7) is then turned onto the right-hand thread of the bolt. By turning clockwise, the tab (9) is clamped between the washers and thus held. Thus, the clamping and permanent support of the pelvic edge can be achieved. Oa in both steps is rotated clockwise, a relaxation of the seals during the clamping of the pelvic edge (2) is not possible. In order to achieve a tight closure of the working openings in the outside of the basin lying cover (4), screw caps are screwed with corresponding seals (10) in the openings with internal thread. By the construction described above, the complete exchange of the pelvic edge is possible with little effort. Claims: 1. Infinitely height-adjustable pool edge, characterized in that a self-produced pool edge against the rest, stationary part of the basin moved 4 AT 009 836 U2 can be. 2. Device according to claim 1, characterized in that an adjustment of the altitude of the pool edge is possible only in partial areas. 3. Device according to claim 1, characterized in that find all the necessary facilities for the adjustment and support within the cross section of the pelvic edge. For this purpose 3 sheets of drawings