Abstract: An electric bicycle having a control unit, a drive unit, a battery unit, a display unit and a remote control unit for display unit, remote control unit being situated in the region of a handlebar grip remote from display unit. According to the present disclosure, electronic control unit is situated in seat tube of bicycle frame.

Abstract: A remote control unit for a display unit of an electric bicycle, the remote control unit being situated in the region of a handlebar grip remote from display unit and having assistance selection keys for the selection of the assistance level and having at least one input device for the menu navigation and selection of menu items shown on display unit. Input unit and assistance selection keys together are situated along a common line. Furthermore disclosed is an electric bicycle including such a remote control unit.

Abstract: A display unit for an electric bicycle, the display unit being fastenable to a handlebar of bicycle with the aid of a holding assembly. A display unit is mountable with the aid of holding assembly optionally in a first mounting position closer to the rider or in a second mounting position further away from the rider. Furthermore disclosed is an electric bicycle having such a display unit.

Abstract: A bicycle frame is disclosed, having at least one frame portion which is configured for the removable mounting of at least one separate energy storage device, in particular a battery pack. According to the invention, the frame portion configured for the removable mounting of the energy storage device has an asymmetric cross section with respect to a frame center plane. An electric bicycle according to the invention has a frame portion which is configured for the removable mounting of at least one separate energy storage device, the frame portion having an asymmetric cross section with respect to a frame center plane. Furthermore, an energy storage device is disclosed, having an asymmetric cross section with respect to an energy storage device center plane.

Abstract: A display unit for an electric bicycle, the display unit being fastenable to a handlebar of bicycle with the aid of a holding assembly. A display unit is mountable with the aid of holding assembly optionally in a first mounting position closer to the rider or in a second mounting position further away from the rider. Furthermore disclosed is an electric bicycle having such a display unit.

Abstract: An electric bicycle having a control unit, a drive unit, a battery unit, a display unit and a remote control unit for display unit, remote control unit being situated in the region of a handlebar grip remote from display unit. According to the present disclosure, electronic control unit is situated in seat tube of bicycle frame.

Abstract: A remote control unit for a display unit of an electric bicycle, the remote control unit being situated in the region of a handlebar grip remote from display unit and having assistance selection keys for the selection of the assistance level and having at least one input device for the menu navigation and selection of menu items shown on display unit. Input unit and assistance selection keys together are situated along a common line. Furthermore disclosed is an electric bicycle including such a remote control unit.

Abstract: A bicycle frame is disclosed, having at least one frame portion which is configured for the removable mounting of at least one separate energy storage device, in particular a battery pack. According to the invention, the frame portion configured for the removable mounting of the energy storage device has an asymmetric cross section with respect to a frame centre plane. An electric bicycle according to the invention has a frame portion which is configured for the removable mounting of at least one separate energy storage device, the frame portion having an asymmetric cross section with respect to a frame centre plane. Furthermore, an energy storage device is disclosed, having an asymmetric cross section with respect to an energy storage device centre plane.

Abstract: A continuous paper web is severed transversely in between the transportation cycles at the paper's maximum allowable rate of feed. The transverse cutter device has a stationary bottom blade 6 and a driven upper blade 5 fixed to or integral with a permanent magnet 7a, and a linear motor is used as the drive for the upper blade. The motor stator 7c is fastened to a carrier 4, and the driven blade undergoes reciprocating or vibratory strokes within a stator slot.

Abstract: A continuous paper web is severed transversally in between the transportation cycles at the paper's maximum allowable rate of feed. The transverse cutter device has a stationary bottom blade 6 and a driven upper blade 5 fixed to or integral with a permanent magnet 7a, and a linear motor is used as the drive for the upper blade. The motor stator 7cis fastened to a carrier 4, and the driven blade undergoes reciprocating or vibratory strokes within a stator slot.

Abstract: Paper sheets are fed in a first direction until the sheets abut a stop plate and fall downwardly to form a stack. A sensor detects a sign on a last sheet in a group and when that sheet falls on the stack, the entire group of sheets is transported away in a first direction generally perpendicular to the feed direction or a second direction opposite to the first direction. To aid in the transportation away, two pairs of drive rollers are mounted on either side of the transport which grasp the stack of sheets and transports them away from the stacking area.

Abstract: A stacking apparatus has lower and upper continuous, rotating elastic cords 10, 11, between which delivered sheets 2 are conveyed to a pair of transport rollers 3. The rollers 20, 21 of the pair have wedge-shaped recesses 26, 27 with stop shoulders 28, 29, which are in alignment when the rollers are in their normal or rest position. The sheets strike these shoulders and stack up into a bundle 55, which is transported away in response to a discharge signal by the synchronous rotation of the rollers through an integral number of revolutions. The apparatus enables an efficient gathering of sheets into a precisely aligned bundle, which facilitates further processing.

Abstract: A method of sequentially advancing, cutting and sorting forms attached together serially in two single-path form-webs in which the forms carry a code to identify forms to be assembled together by sorting, comprises the following consecutive steps: introducing the two webs in a superposed state and with an at least partial lateral overlap to a cutting table such that a perforated margin on each web is situated along opposite external edges when viewing the two superposed webs together; engaging each web solely at the outer perforated margin by a tractor device on the cutting table and advancing each web on the cutting table by a perforated margin solely along one longitudinal web edge; transversely severing the forms from the web by a transverse cutter of the cutting table; and sorting and assembling the forms as a function of the code thereon.

Abstract: An apparatus for folding a running web has a deflecting roller supporting the running web; a scoring device for providing a weakening score line in the running web parallel to the running direction thereof for dividing the web into side-by-side arranged first and second web portions; and a folding roller supporting the running web and situated spaced from and downstream of the deflecting roller as viewed in the direction of web advance. The folding roller has a longitudinal axis oriented at least approximately at right angles to the longitudinal axis of the deflecting roller, whereby the running web undergoes an approximately 90.degree. twist and the first web portion of the running web folds over the second web portion along the score line as the running web passes from the deflecting roller onto the folding roller.