A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Universal pump connecting system
Abstract (Figure 1) The vertical adjustment of the pump 11 using the feet 12 and 13 with reference to the foot 12, the foot 12 has a horizontal base 25 and an upright 26. The upright 26 has a vertical adjustment slot 27. The pump 11 has a flange 28 arising from the joining of flanges 29 and 30 of the motor part 31 and the wet end impeller/pre-filter part 32. There is a through hole 33 that is aligned with slot 27 to take a bolt 34 which may be secured by a nut 35. Thus the nut and bolt may secure the pump relative to the foot at a selected position in the slot 27 so the pump 11 may be raised or lowered, thus, adjusting the vertical position of the inlet 14 and the outlet 15. The upright 26 may have spaced notches physically marked 1-6 on the pump side of the upright and each of the notches may receive a rib 7 on the pump so that the pump height may be set in advance. The user reads the notch 1-6 off a pump concordance for the pump being replaced and out the rib 7 in that notch and then simply tightens the nut and bolt 35,34. Thus the pump height is automatically set. This is a second type of adjuster that is used for geometries known in advance. Bother adjusters may be provided. .214 25 FIG. 2A
Universal pump connecting system
Abstract (Figure 1) The vertical adjustment of the pump 11 using the feet 12 and 13 with reference to the foot 12, the foot 12 has a horizontal base 25 and an upright 26. The upright 26 has a vertical adjustment slot 27. The pump 11 has a flange 28 arising from the joining of flanges 29 and 30 of the motor part 31 and the wet end impeller/pre-filter part 32. There is a through hole 33 that is aligned with slot 27 to take a bolt 34 which may be secured by a nut 35. Thus the nut and bolt may secure the pump relative to the foot at a selected position in the slot 27 so the pump 11 may be raised or lowered, thus, adjusting the vertical position of the inlet 14 and the outlet 15. The upright 26 may have spaced notches physically marked 1-6 on the pump side of the upright and each of the notches may receive a rib 7 on the pump so that the pump height may be set in advance. The user reads the notch 1-6 off a pump concordance for the pump being replaced and out the rib 7 in that notch and then simply tightens the nut and bolt 35,34. Thus the pump height is automatically set. This is a second type of adjuster that is used for geometries known in advance. Bother adjusters may be provided. .214 25 FIG. 2A
Universal pump connecting system
TIGANIK TAAVI (author) / MAKSIMENKO MAKSIM (author)
2021-08-26
Patent
Electronic Resource
English