Torqeedo Gmbh

Frank Despineux

Dominik Busse

Claus Steinberg

Moritz Mueller

Adrian Wendt

Lothar Bergmann

Jens Biebach

Anton Spengler

Philip Flores

Janus Milojevic

Christian Conrads

Dieter Wiedersatz

Moritz Müller

Jacob Fischer

Juri Schmidt

Lars Glatzer

The present disclosure relates to a wall element () for the construction of a housing to accommodate an energy storage device or to create a cooling plate, comprising a base plate () and a flow channel () formed in the base plate () with a flow cross-section for a cooling medium () to flow through, an inlay () being disposed in the flow channel () in order to reduce the flow cross-section.

Wall element for the construction of a housing

The present invention relates to a drive arrangement () for driving and steering a boat (), comprising an electric drive motor () having a shaft () and receiving element (), receivable in or on a hull () of the boat (), for receiving the shaft (), wherein the shaft () is pivotably or rotatably mounted in the receiving element () in a position of the receiving element () to be arranged outside the boat hull ().

Drive arrangement for driving a boat

The present invention relates to a device () for setting the drive position of an electric drive of a boat, having a housing () with two receiving elements () arranged on two opposing side walls () of the housing () for defining a pivot axis () and a drive lever () that can be pivoted around this pivot axis (), wherein the drive lever () is received by two receiving elements ().

Device for setting the drive position of a boat

Display screen with a graphical user interface

Display screen with graphical user interface

Display screen or portion thereof with a graphical user interface

System and methods are provided that relate to a drive arrangement for propelling a boat, in particular a kayak. In some embodiments, the drive arrangement can include an electric drive motor with a shaft and a receiving device for receiving the shaft. An arresting element can be provided for determining a first desired distance along the shaft between the receiving device and the drive motor.

Drive arrangement with an arresting element for propelling a boat

The present disclosure relates to a drive arrangement for propelling a boat, for example a kayak, having an electric drive motor with a shaft, a receiving device for receiving the shaft and a holder for holding the receiving device on the boat. In some embodiments, the receiving device is pivotable for pivoting the electric drive motor between an operating position and a tilt position relative to the holder. A switchable fixing device is provided for fixing the receiving device in the operating position. The fixing device has an overload protection for disconnecting the fixing in the operating position when a predetermined pivot force in the direction of the tilt position is exceeded.

Drive arrangement for propelling a boat

The present disclosure relates to a folding propeller, comprising a hub, which may be driven via a drive shaft around a rotation axis, at least two propeller blades, which are pivotably arranged on the hub between a folded position and an unfolded position, and a propeller blade arresting means, which is configured for arresting the propeller blades in the unfolded position, wherein the propeller blade arresting means is movable relative to the hub in rotation direction between a starting position and an arresting position.

Folding propeller and methods of use

A drive for a boat includes a housing that is arranged underwater during operation, and that houses an electric motor that drives a propeller. The housing includes a cooling section that includes a coolant duct.

Drive for a boat with electric motor

Engine

The present disclosure relates to a boat drive for driving a boat, comprising a drive unit comprising an electric motor and a mounting connected to the drive unit for connecting the boat drive to the boat, wherein the mounting is provided for distancing the drive unit from a hull of the boat, wherein a decoupling arrangement for decoupling of oscillations (S) generated in the drive unit is arranged between the drive unit and the mounting.

Growing community of inventors

Wessling, Germany

Frank Despineux