Elektra Beckum Ag

Suttner Gmbh & Co. Kg

Elektra-beckum Lubitz & Co.

Wolfgang Suttner

Walter Olbrisch

Klaus Lubitz

A single phase induction motor for driving a high pressure cleaning device. The induction motor has a stator (1) with a drive shaft (2) and a rotor (4) which is located on the shaft (2). High pressure pump (3) of the high pressure cleaning device is driven by the shaft (2). A muscle-powered starting aid (5, 18) is used to activate an on-off switch (11) of the single phase induction motor. Alternatively, the on-off switch (11) can be activated independently of the starting aid (5, 18) or via an electrical starting aid (B). In accordance with preferred embodiments, the muscle-powered starting aid can be a rope pull starter (5) or a kickstarter (18) and may act directly on the shaft (2) or via a transmission.

Single phase induction motor as the drive of a high pressure cleaning

A high pressure cleaning means is described with a preferably portable housing having a high pressure pump (6) and an electric motor drive (7) for the high pressure pump (6), the motor drive having an electric drive motor (8) with a drive shaft (9) connected to the high pressure pump (6). The motor drive (7) has at least a second electric drive motor (11) and the electric motors (8, 11, 12) of motor drive (7) are coupled to one another so as to drive the high pressure pump (6) jointly. The use of universal motors as the electric drive motors (8, 11, 12) is especially advantageous. The motor arrangement is also applicable to hand saws, water pumps, shredders, vacuums (wet/dry vacuums, leaf vacuums) and various other assemblies.

High pressure cleaning means

A hose pump with a pump casing (1) has a hose (2) running in a closed manner through it. The hose (2) rests on a support wall (3) of the pump casing (1) and compression elements (4, 5) squeeze-off the hose (2) in at least two places. A drive (6) for the movement of the compression elements (4, 5) becomes considerably more economical because the hose (2) is located between the support wall (3) and compression plate (9) and is sharply bent around an end of compression plate (9) that serves as the first compression element (4) with a bend of about 180.degree., and the second compression element (5) is placed opposite the support wall (3) on the other end of compression plate (9). The compression plate (9) and second compression element (5) can be moved back and forth by the drive (6) between a first pump position (I) and second pump position (II), the second compression element (5) being further from support wall (3) in the first pump position (I) than in the second pump position (II). In first pump position (I) hose (2) is essentially relaxed and second compression element (5) does not squeeze it off, and on the way from first pump position (I) to second pump position (II), the second compression element (5) and then the compression plate (9) squeezes off the hose.

Hose pump

In a high pressure pump (1) for liquids or gases with a drive unit (2) and a pair of pump units (3) which are connected by a drive element (4) to a drive shaft driven by a motor (6), a considerable simplification in the sense of large scale production with the lowest possible costs is achieved in that each pump unit (3) exhibits its own closed casing, separate from the drive unit (2), the casing has an inlet (8), an outlet (9), and a tight duct through which a portion of a piston, e.g., at least its piston rod, extends, the piston rods of the pump's pistons are connected to one another by a power transmission element (5) of the drive unit (2), and a solid, inherently stable supporting plate is provided, by way of which at least the casings of the pump units (3) and the drive unit (2) are fixed relative to one another.

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Bielefeld, Germany

Wolfgang Suttner