Abstract: The invention relates to a hand machine tool comprising a first housing shell (12, 150, 162), a second housing shell (16, 156, 168) different from the first housing shell (12, 150, 162) and being connected to the first housing shell (12, 150, 162) via a damping element (58, 60, 122, 132, 158, 170, 172), and a handle section (14, 152, 164) arranged on one of the housing shells (12, 150, 162). The invention is characterized in that the first housing shell (12, 150, 15 162) at least partially encloses the second housing shell (16, 156, 168).

Abstract: The invention is based on a hand-guided sander having a housing (12) whose size is essentially limited to that of a base (38) of a sanding plate (30). According to the invention, the housing (12) is equipped to accommodate a rechargeable battery unit (28). The invention also relates to a sander cradle and a sander housing.

Abstract: A housing device for a hand-held power tool has at least one see-through region composed of a transparent plastic, and having an interior side configured as a carrier for an element selected from the group consisting of an information element, a signal element, and both; and also a hand-held power tool is provided with such a housing device.

Abstract: In a rolled product dispenser, when the rolled product is unrolled, a simple, quick punching of required holes in the rolled product and a simultaneous cutting to length are achieved by virtue of the fact that the rolled product dispenser has a hole punching and cutting device.

Abstract: A dust-collecting receptacle for an electric hand machine tool, in particular an electric hand grinder, having a dust-collecting chamber (17), an inlet fitting (21), an exhaust opening (18), and a dust filter (20) situated between the dust-collecting chamber (17) and the exhaust opening (18). To achieve a compact design of the dust-collecting receptacle (14) that on the one hand, does not impair operation of the electric hand grinder or only does so to an insignificant degree and on the other hand, has a high dust-collecting efficiency, the inlet fitting (21), the dust-collecting chamber (17), the dust filter (20), and the exhaust opening (18) are situated one above another and preferably, the form of the dust-collecting receptacle (14) is adapted to the outer contour of the electric hand machine tool (FIG. 1).

Abstract: A power tool (10) with a housing (12) that includes a dust box (50, 150) and a motor (20) with air cooling, and a cooling exhaust-air duct (44, 46) and a chip suctioning duct (40) which guides a chip-suctioning flow can be used with improved performance and in an environmentally friendlier manner due to the fact that the cooling air flows across the dust box (50, 150) under favorable flow conditions, whereby the evacuation of dust into the dust box (50, 150) is improved and whirls of dust caused by cooling air in the tool region are prevented from forming.

Abstract: The invention is based on a hand-guided sander having a housing (12) whose size is essentially limited to that of a base (38) of a sanding plate (30). According to the invention, the housing (12) is equipped to accommodate a rechargeable battery unit (28). The invention also relates to a sander cradle and a sander housing.

Abstract: A portable power tool having a turbine unit (10a, 10b) is proposed, which is intended to be driven by a suction air flow (12a; 12b), and having a gearing unit (14a; 14b; 14c) via which the turbine unit (10a, 10b) is coupled to an output unit (16a; 16b; 16c).

Abstract: The invention relates to a hand machine tool comprising a first housing shell (12, 150, 162), a second housing shell (16, 156, 168) different from the first housing shell (12, 150, 162) and being connected to the first housing shell (12, 150, 162) via a damping element (58, 60, 122, 132, 158, 170, 172), and a handle section (14, 152, 164) arranged on one of the housing shells (12, 150, 162). The invention is characterized in that the first housing shell (12, 150, 15 162) at least partially encloses the second housing shell (16, 156, 168).

Abstract: An electric hand-held power tool is disclosed that includes a machine housing (11) that has at least one dust-ejection opening (12), and a dust-collection container (13) attached to dust-ejection opening (12), the dust-collection container (13) including a dust-collection box (15) and a cover (16) that closes the dust-collection box (15). To reduce manufacturing costs and provide simple handling of the electric hand-held power tool, dust-collection box (15) of dust-collection container (13) is integrally joined with machine housing (11).

Abstract: An electrical hand-held power tool is provided, which includes at least one rechargeable battery (16). To attain a compact design of the hand-held power tool with small dimensions, the at least one rechargeable battery (16) is designed as a lithium-polymer rechargeable battery (16) made of metallized plastic foil and a gel-like polymer electrolyte, and is designed with a flat and/or bent and/or spherically curved shape as a single rechargeable element (17) and/or as a component (16?; 16?) composed of several rechargeable elements (17), and is adapted—in terms of dimensions and/or shape—to spaces—which accommodate the rechargeable elements (17)—in the machine housing (11) and/or handle (12) and/or a separate housing (27) which is attached or attachable to the machine housing (11) or handle (12) (FIG. 1).

Abstract: A grinding plate for an electric hand grinder has a plate member having an upper plate surface with an upper plate edge, a lower plate surface with a lower plate edge for placement of a grinding means and extending at least partially beyond the upper plate edge, and a side surface extending from the upper plate edge to the lower plate edge, and having a pagoda-shaped contour in a projecting region of the lower plate edge and the grinding plate is produced by a method including punching out the plate body with the upper surface, the lower surface and the side surface from an elastic material in a desired shape; placing a round bar on the upper plate surface along the upper plate edge of the plate body with a parallel distance from it; pressing the round bar into the plate body so that an elastic material of the plate body is squeezed outwardly under the round bar; separating the squeezed out material along an outer edge of the round bar with a separating cut extending perpendicular to the plate surfaces; and r

Abstract: In a rolled product dispenser, when the rolled product is unrolled, a simple, quick punching of required holes in the rolled product and a simultaneous cutting to length are achieved by virtue of the fact that the rolled product dispenser has a hole punching and cutting device.

Abstract: An abrasive pad for a manual grinding machine, in particular for an eccentric grinder, has a flat contact surface (13) on which an abrasive sheet is placed, and attachment means located on the contact surface (13) for creating an adhesive connection with the abrasive sheet. To reduce the production costs of the abrasive pad, it is made entirely—including the attachment means—of plastic using a single-component injection molding procedure, whereby the attachment means are designed preferably as hook-type fasteners (18) which extend out of the contact surface (13) (FIG. 1).

Abstract: A housing device for a hand-held power tool has at least one see-through region composed of a transparent plastic, and having an interior side configured as a carrier for an element selected from the group consisting of an information element, a signal element, and both; and also a hand-held power tool is provided with such a housing device.

Abstract: A dust-collection container (11) for a hand-held power tool with a dust-extraction device is indicated that has a container wall that encloses a dust-collection volume and a dust-intake opening (19) for connection to a dust-discharge adapter of hand-held power tools. To ensure timely emptying of the full dust-collection container (11) when working with the hand-held power tool, a viewing window (21) is provided in the container wall, through which the dust fill level can be visually determined.

Abstract: An electric hand-held power tool is described that has a machine housing (11) with an integral dust-ejection connection (15) and a dust collection container (16) attached thereto. To ensure, when working with the electric hand-held power tool, that the dust collection container (16) is emptied in time when full, a fill level indicator is provided that indicates, at the least, the maximum amount of dust allowed in the dust collection container (16). The fill level indicator (20) is preferably integrated in the machine housing (11) and includes a pressure sensor (21) that measures the pressure in the dust-ejection connections (15), and a display unt (22) that is actuated as a function of the pressure measured (FIG. 1).

Abstract: A grinding plate for an electric hand grinder has a plate member having an upper plate surface with an upper plate edge, a lower plate surface with a lower plate edge for placement of a grinding means and extending at least partially beyond the upper plate edge, and a side surface extending from the upper plate edge to the lower plate edge, and having a pagoda-shaped contour in a projecting region of the lower plate edge and the grinding plate is produced by a method including punching out the plate body with the upper surface, the lower surface and the side surface from an elastic material in a desired shape; placing a round bar on the upper plate surface along the upper plate edge of the plate body with a parallel distance from it; pressing the round bar into the plate body so that an elastic material of the plate body is squeezed outwardly under the round bar; separating the squeezed out material along an outer edge of the round bar with a separating cut extending perpendicular to the plate surfaces; and r

Abstract: A power tool (10) with a housing (12) that includes a dust box (50, 150) and a motor (20) with air cooling, and a cooling exhaust-air duct (44, 46) and a chip suctioning duct (40) which guides a chip-suctioning flow can be used with improved performance and in an environmentally friendlier manner due to the fact that the cooling air flows across the dust box (50, 150) under favorable flow conditions, whereby the evacuation of dust into the dust box (50, 150) is improved and whirls of dust caused by cooling air in the tool region are prevented from forming.