Anatole V Milstein

52018776, Apr 13, 1993

Apr 24, 1992

7/874122

Arkadi Relin - Philadelphia PA
Anatole Milstein - Philadelphia PA

B65G 5366
B65G 5324

406 85

A suction transporting device for transporting a material has a suction unit, a transporting line connected with the suction unit and having an inlet for receiving a material to be transported and an outlet for discharging the material to be transported and a unit for modulating a suction force of a suction produced in the transporting line by the suction unit, the modulating unit including a passage adapted to communicate the interior of the transporting line with atmosphere, an adjusting element operative for adjusting an initial area and shape of a minimal cross-section of the passage, and a valve mechanism including a drive, a speed controller for controlling a speed of the drive, and a valve body connected with the drive and cooperating with the passage so that when the valve body is displaced by the drive, an initial area and shape of the minimal cross-section of the passage is periodically changed.

55932525, Jan 14, 1997

Jan 3, 1995

8/325202

Arkadi Relin - Langhorne PA
Anatole Milstein - Philadelphia PA

B65G 5366

406 85

A material is transported by suction through a transporting line (1,2) connected with a suction source (4) and communicating with atmosphere through a passage (8), and the area and shape of the passage is periodically changed by a power-drive operated element (10,11) during the transporting.

53584678, Oct 25, 1994

Mar 31, 1993

8/040832

Anatole Milstein - Philadelphia PA
Arkady Relin - Philadelphia PA

A61H 100

601 10

A method of stimulation of a body surface with application of a fluid matter pressure over a part of the body surface, a mechanical pressure on local points of the body surface, and a temperature change of the part of the body surface, the method comprises the steps of applying a negative fluid matter pressure over the whole part of the body surface; increasing the mechanical pressure on the local points distributed over the whole part of the body surface simultaneously with the applying the negative fluid matter pressure; cooling the part of the body surface simultaneously with the applying the negative fluid matter pressure and increasing the mechanical pressure on the local points; maintaining said negative fluid matter pressure, said increased mechanical pressure on the local points and said cooling over a preset period of time; then raising the pressure of the fluid matter over the whole part of the body surface; reducing the mechanical pressure on the local points of the part of the body surface simultaneously with said raising the pressure of the fluid matter; warming the part of the body surface simultaneously with said raising the pressure of the fluid matter and reducing the mechanical pressure; and maintaining said raised pressure of the fluid matter, said reduced mechanical pressure, and said cooling over a preset period of time.