Abstract: An impeller for feeding blasting abrasive to be accelerated into the centrifugal wheel of a blasting installation, the impeller being arrangeable in the central region of the centrifugal wheel within a distributing sleeve having a discharging opening, and the impeller having, on at least one lateral disk, guiding members for guiding the blasting abrasive toward the outside, the guiding members each having two lateral surfaces which form, with lateral surfaces of adjacent guiding members, channels through which the blasting abrasive is dischargeable toward the outside. One or each guiding member has a top side that connects the outer ends of the two lateral surfaces of the guiding member together, and that has at least one section that is arranged in or above an imaginary non-curved reference plane that connects the lateral surfaces of the guiding member together likewise at their outer ends.

Abstract: An impeller (2) for feeding blasting shots, which are to be accelerated, into the centrifugal wheel of a blasting installation, the impeller (2) being arranged in the central region of the centrifugal wheel inside a distributing sleeve (1) which has a distributing opening (8) and can be rotated in the direction of rotation of the centrifugal wheel, and the impeller (2) having, in particular platelike, guiding elements which are directed toward the distributing sleeve (1), are intended for guiding the blasting shot to the outside and are arranged on at least one lateral disk (4), and in that in each case at least two adjacent guiding means are designed as limbs (5, 6), interconnected, in particular, integrally, of a profiled piece (3), adjacent limbs (5, 6) of adjacent profiled pieces (3) forming channels (7) through which the blasting shot can be discharged to the outside.

Abstract: The invention relates to a device for accelerating abrasives, comprising a centrifugal wheel (8) that is driven to rotate about an axis of rotation. Said centrifugal wheel further comprises blades (2) that are disposed in a substantially radial orientation relative to the axis of rotation, and a lateral disk (4) on which the blades (2) are retained with a lateral edge. A feed line (6) for the abrasive has an opening (7) that is contiguous with the free edges of the blades (2) of the centrifugal wheel (8) outside the axis of rotation of said centrifugal wheel (8). The inventive device is further characterized in that the blades (2), on the side facing the feed line (6), have recesses (3) that are opposite the opening (7) of the feed line (6).

Abstract: An impeller (2) for feeding blasting shots, which are to be accelerated, into the centrifugal wheel of a blasting installation, the impeller (2) being arranged in the central region of the centrifugal wheel inside a distributing sleeve (1) which has a distributing opening (8) and can be rotated in the direction of rotation of the centrifugal wheel, and the impeller (2) having, in particular platelike, guiding elements which are directed toward the distributing sleeve (1), are intended for guiding the blasting shot to the outside and are arranged on at least one lateral disk (4), and in that in each case at least two adjacent guiding means are designed as limbs (5, 6), interconnected, in particular, integrally, of a profiled piece (3), adjacent limbs (5, 6) of adjacent profiled pieces (3) forming channels (7) through which the blasting shot can be discharged to the outside.

Abstract: The invention relates to a device for feeding blasting shots into the central area of a centrifugal wheel (1) in a shot blasting system via a feed pipe (3), whereby a distributing bushing (7) comprising a distributing opening (8) is provided in the central region thereof. An impeller (9) comprising discharge openings (11) rotates in the distributing bushing (7) together with the centrifugal wheel (1), wherein the shots which are to be accelerated enter in an axial direction, the feed pipe (3) for the shots discharges into the impeller (9) and is provided with a ring-shaped tongue (10) which protrudes into the impeller (9) in the region of the distributing opening (8).

Abstract: The invention relates to a device for feeding blasting shots into the central area of a centrifugal wheel (1) in a shot blasting system via a feed pipe (3), whereby a distributing bushing (7) comprising a distributing opening (8) is provided in the central region thereof. An impeller (9) comprising discharge openings (11) rotates in the distributing bushing (7) together with the centrifugal wheel (1), wherein the shots which are to be accelerated enter in an axial direction, the feed pipe (3) for the shots discharges into the impeller (9) and is provided with a ring-shaped tongue (10) which protrudes into the impeller (9) in the region of the distributing opening (8).

Abstract: The invention relates to a device for accelerating abrasives, comprising a centrifugal wheel (8) that is driven to rotate about an axis of rotation. Said centrifugal wheel further comprises blades (2) that are disposed in a substantially radial orientation relative to the axis of rotation, and a lateral disk (4) on which the blades (2) are retained with a lateral edge. A feed line (6) for the abrasive has an opening (7) that is contiguous with the free edges of the blades (2) of the centrifugal wheel (8) outside the axis of rotation of said centrifugal wheel (8). The inventive device is further characterized in that the blades (2), on the side facing the feed line (6), have recesses (3) that are opposite the opening (7) of the feed line (6).

Abstract: An impeller wheel has at least one lateral disk and an impeller cage connected centrally on a first face of the lateral disk. Blasting material to be distributed with the impeller wheel is introduced in an axial feeding direction into a central area of the impeller cage. Radial blades are connected to the first face of the lateral disk. Guide blades are connected to the first face of the lateral disk and positioned between the radial blades. The radial blades have radially inner ends spaced at a first distance from a center of the lateral disk and the guide blades have radially inner ends spaced at a second distance from the center of the lateral disk. The second distance is greater than the first distance. The impeller cage is embodied as an auxiliary impeller wheel having auxiliary blades. The auxiliary blades have a greater axial length than the radial blades.

Abstract: A device for accelerating an abrasive, which includes magnetically influenceable particles, especially iron particles, for the treatment of surfaces. The device is provided with magnet coils, which are used as accelerating elements, are arranged along the path of the abrasive, preferably on a pipe, and are energized or de-energized by the magnetic field maximum as a function of the traversing of the abrasive which moves in the coil field. The first and the second magnet coils at the beginning of the acceleration section have opposite poles, are synchronously energized or de-energized, and take a predetermined quantity of abrasive from a static supply of abrasive and convey it to the next magnet coil for acceleration purposes.