Abstract: A collecting bag is for receiving material to be collected and has a receiving space delimited by a woven-fabric cloth and is delimited by outer edges of the collecting bag. The woven-fabric cloth of the collecting bag is at least partially air-permeable. The receiving space has an inlet opening for a conveying airflow which supplies the material to be collected, and an outlet opening for at least partially discharging the conveying airflow into the environment. The inlet opening is provided on a first edge of the collecting bag, and the emptying opening is provided on a second edge. The first and second edges are opposite one another at a spacing and are interconnected via longitudinal edges of the collecting bag. The outlet opening for at least partially discharging the conveying airflow is disposed in a side wall of the collecting bag, between the emptying opening and the inlet opening.

Abstract: A battery-operated machining device includes a housing part, which at least partially surrounds an electronic unit and/or an electric motor for operating the machining device, a main handle, which is movably connected to the housing part for vibrational decoupling, and at least one electromechanical interface, which is arranged on the main handle and is provided for receiving an interchangeable battery pack such that the interchangeable battery pack can be released without tools, wherein the electromechanical interface has a protective housing, the envelope of which completely surrounds the received interchangeable battery pack. The protective housing is fixedly connected to the housing part and movably coupled to the main handle.

Abstract: A collection bag is for receiving a collected material and an emptying opening configured in a specific shape for the collection bag which has a receiving space defined by a woven cloth. The receiving space is defined by outer edges of the collection bag. The woven cloth is at least partially air-permeable. The receiving space has an inlet opening for a blower air flow supplying the material and a closable emptying opening for removing the material. The receiving space opens into a tubular outlet section, the open end thereof forming the emptying opening. In a closed position of the outlet section, the receiving space or the emptying opening is closed. In an open position, the receiving space is connected to the surroundings via the emptying opening. In its open position, the outlet section protrudes from the bag and, in its closed position, the outlet section is located inside the bag.

Abstract: A collecting bag is for receiving material to be collected and has a receiving space delimited by a woven-fabric cloth and is delimited by outer edges of the collecting bag. The woven-fabric cloth of the collecting bag is at least partially air-permeable. The receiving space has an inlet opening for a conveying airflow which supplies the material to be collected, and an outlet opening for at least partially discharging the conveying airflow into the environment. The inlet opening is provided on a first edge of the collecting bag, and the emptying opening is provided on a second edge. The first and second edges are opposite one another at a spacing and are interconnected via longitudinal edges of the collecting bag. The outlet opening for at least partially discharging the conveying airflow is disposed in a side wall of the collecting bag, between the emptying opening and the inlet opening.

Abstract: A telescopic drive shaft in a protective tube of a handheld work apparatus has one end connected to a rotational drive and the other end thereof to a driven tool. The drive shaft includes a rigid shaft segment and a connecting section. The rigid shaft segment has a hollow shaft end portion and an engagement length (E) of the connecting section engages therein. The engagement length (E) and the length of the hollow shaft end portion mutually overlap to form a joining section. The hollow shaft end portion is deformed for connecting the connecting section to the rigid shaft segment. The material of the hollow shaft end portion is compressed over its entire periphery and deformed so that the material of the hollow shaft end portion is radially displaced and is pressed in a rotative manner onto the engagement length (E) to produce a balanced, loadable connection.

Abstract: A telescopic drive shaft in a protective tube of a handheld work apparatus has one end connected to a rotational drive and the other end thereof to a driven tool. The drive shaft includes a rigid shaft segment and a connecting section. The rigid shaft segment has a hollow shaft end portion and an engagement length (E) of the connecting section engages therein. The engagement length (E) and the length of the hollow shaft end portion mutually overlap to form a joining section. The hollow shaft end portion is deformed for connecting the connecting section to the rigid shaft segment. The material of the hollow shaft end portion is compressed over its entire periphery and deformed so that the material of the hollow shaft end portion is radially displaced and is pressed in a rotative manner onto the engagement length (E) to produce a balanced, loadable connection.

Abstract: A handle device, in particular for a hand tool, includes a grip unit and a fastening unit. A resiliently elastic damping unit is arranged between the grip unit and the fastening unit. The damping unit is configured to transmit a vibration that occurs on the fastening unit in the operating state of the handle device to the grip unit in an at least partially damped manner so that a user is decoupled at least partially from the vibration. An overload protection unit is configured to protect the damping unit from damage in the event of an overload state occurring on the grip unit or on the fastening unit by diverting at least part of a force flux between the fastening unit and the grip unit to an additional force flux path as a bypass during the overload state.

Abstract: A handle device, in particular for a hand tool, includes a grip unit and a fastening unit. A resiliently elastic damping unit is arranged between the grip unit and the fastening unit. The damping unit is configured to transmit a vibration that occurs on the fastening unit in the operating state of the handle device to the grip unit in an at least partially damped manner so that a user is decoupled at least partially from the vibration. An overload protection unit is configured to protect the damping unit from damage in the event of an overload state occurring on the grip unit or on the fastening unit by diverting at least part of a force flux between the fastening unit and the grip unit to an additional force flux path as a bypass during the overload state.

Abstract: This invention relates to a device and a method for producing insulation elements made of mineral wool, such as rock wool or glass wool, that contains curable binder, and to corresponding insulation elements having a non-rectangular cross-sectional profile.