Abstract: A method is for generating a training dataset for training an artificial intelligence system in order to ascertain an operating state and/or to predict an event timepoint of a hand-held power tool. The method includes providing a plurality of measured values of an operating variable of a hand-held power tool, and identifying an event timepoint within the plurality of measured values. The method also includes arranging a plurality of labeled measured values in a time series based on timestamps of the measured values, and providing a training dataset including the time series of labeled measured values of the operating variable.

Abstract: A hand-held power tool, in particular a screwdriver, includes a housing, a drive motor, and a gear unit for driving a tool holder designed to hold an insertion tool, and having an insertion tool magazine for storing a plurality of selectable insertion tools. The gear unit is arranged at least in sections within the insertion tool magazine.

Abstract: A hand-held machine tool, in particular a screwdriver, having a housing, having an insert tool magazine which has a plurality of insert tool chambers for holding one insert tool each and is arranged rotatably in the housing, having a tool holder for rotatably driving the insert tools, wherein the tool holder is arranged rotatably in a tool holder opening of the housing, with a feed element which is designed to displace one of the insert tools from a parking position out of one of the insert tool chambers into a working position in the tool holder, with an actuating element which is designed to actuate the feed element, and with a supporting element which is designed to support the feed element at least in the working position in the tool holder. The support element is arranged at least partially between the insert tool magazine and the actuating element.

Abstract: An adapter for an exchangeable rechargeable battery pack of an electric device or for a charging device is suitable for charging the exchangeable rechargeable battery pack. In order to transmit energy, the adapter has an electromechanical interface with electric contacts, via which the adapter can be releasably connected to an electromechanical interface of the exchangeable rechargeable battery pack or of the charging device. The adapter has a wireless interface for transmitting energy provided by the exchangeable rechargeable battery pack or by the charging device to a wireless energy receiver.

Abstract: The invention relates to a hand-held power tool having a bearing ring (19) inserted into a bearing receptacle (18), wherein the bearing receptacle (18) and the bearing ring (19) have recessed ring sectors (17) positioned relative to one another in an overlapping manner, of which the ring sector (17) of the bearing ring is configured by breaking out a circumferential section (22) of the bearing ring (19), which is defined by predetermined breaking points (20).

Abstract: The invention relates to a hand-held power tool having a bearing race inserted into a bearing socket. The bearing socket and the bearing race have recessed ring sectors positioned relative to one another in an overlapping manner. The ring sector of the bearing race is configured by breaking out a circumferential section of the bearing race, which is defined by predetermined breaking points.

Abstract: The invention relates to a hand-held power tool having a bearing race inserted into a bearing socket. The bearing socket and the bearing race have recessed ring sectors positioned relative to one another in an overlapping manner. The ring sector of the bearing race is configured by breaking out a circumferential section of the bearing race, which is defined by predetermined breaking points.

Abstract: The invention relates particularly to a hand-held power tool housing unit which surrounds at least one component of the hand-hand power tool, having a first housing part, a second housing part, and a damping device disposed between the two housing parts. It is proposed that the damping device forms an additional housing part.

Abstract: A blister pack has a main sheet unitarily formed with an array of pockets each dimensioned to receive a respective object and a frangible foil overlying a front face of the sheet and closing the pockets so that objects in the pockets are hermetically sealed therein by the foil. A pair of guides unitarily formed with the main sheet flank the array of pockets. A protective panel having an array of holes substantially identical to the array of pockets overlies the foil and is displaceable in the guides between a rest position with the holes at least partially offset from the pockets and the panel blocking the pockets and a dispensing position with the holes aligned with the pockets. A spring web unitarily formed with the sheet and with the panel urges the panel into the rest position.

Abstract: A blister pack has a main sheet unitarily formed with an array of pockets each dimensioned to receive a respective object and a frangible foil overlying a front face of the sheet and closing the pockets so that objects in the pockets are hermetically sealed therein by the foil. A pair of guides unitarily formed with the main sheet flank the array of pockets. A protective panel having an array of holes substantially identical to the array of pockets overlies the foil and is displaceable in the guides between a rest position with the holes at least partially offset from the pockets and the panel blocking the pockets and a dispensing position with the holes aligned with the pockets. A spring web unitarily formed with the sheet and with the panel urges the panel into the rest position.