Abstract: A method for manufacturing an axial flux machine adapted for generating a magnetic flux along the axis of rotation, includes the manufacturing of one or more stators, having the following steps: providing a surface comprising one or more flat support surfaces perpendicular to the axis of rotation; positioning one or more boundary elements, individual stator elements, and a ring element on the one or more support surfaces. At least one of the boundary elements is a cooling element adapted for conducting heat. The stator elements each has a ferromagnetic core and an electric winding wound around the ferromagnetic core, and filling the empty space between the outer circumference, the stator elements and the ring element with an electrically insulating filling material.

Abstract: The invention relates to a wind turbine, more specifically a rotor assembly for a wind turbine. The rotor assembly comprises blades with an advantageous cable system.

Abstract: The invention relates to a wind turbine, more specifically a rotor assembly for a wind turbine. The rotor assembly comprises blades with an advantageous cable system.

Abstract: A distribution installation for products (11) arranged in compartments (10,10?) with a transport mechanism (13) for transferring these products from the compartments (10,10?) to a dispensing hatch (5), whereby the transport mechanism (13) contains a transformable receiving device (29) connected to at least a first and a second fastening element (30,31), the fastening elements (30,31) being movable relative to each other such that the receiving device (29) at least can adopt a receiving position, whereby products (11) can be transferred from the compartments (10,10?) to this receiving device (29), and a delivery position, whereby products (11) can be transferred from the receiving device (29) to the dispensing hatch (5).

Abstract: A distribution installation for products (11) arranged in compartments (10, 10?) with transport means (13) for transferring the products (11) from said compartments (10, 10?) to a dispensing hatch (5). Said transport means (13) comprise a deformable reception means (29) which are connected to at least a first and a second attachment element (30, 31). The attachment elements (30, 31) can move relative to each so that the reception means (29) have at least a reception position in which said products (11) are transferred from said compartments (10, 10?) to the reception means (29), and a delivery position in which products (11) are transferred from the receiving means (29) to said dispensing hatch (5).

Abstract: A distribution installation for products (11) arranged in compartments (10, 10′) with transport means (13) for transferring the products (11) from said compartments (10, 10′) to a dispensing hatch (5). Said transport means (13) comprise a deformable reception means (29) which are connected to at least a first and a second attachment element (30, 31). The attachment elements (30, 31) can move relative to each so that the reception means (29) have at least a reception position in which said products (11) are transferred from said compartments (10, 10′) to the reception means (29), and a delivery position in which products (11) are transferred from the receiving means (29) to said dispensing hatch (5).

Abstract: Distributing equipment for piece goods composed of (a) an order device (1), (b) locations (3) where the available piece goods can be arranged in such a way that the same goods are contained at the same location (3), (c) a transporting arrangement including a robot (4) cooperating with the order device (1) for moving a specific piece good from the corresponding location (3) to a delivery window (6), (d) a distinctive mark (9) at each of the locations (3) which can be detected by a sensor (10) incorporated in the robot (4), the latter having a memory unit cooperating with the sensor (10) for storing the coordinates of the different marks (9), and a control arrangement for moving the robot (4) to a location (3) with a mark (9), identified by specific coordinates selected among the stored coordinates.

Abstract: The invention concerns a distribution installation for packets with an operating device (1) and compartments (4) located beside and/or above one another in which the packets (3) to be selected can be arranged, in which transport means (9) controlled by the said device (1) are provided which enable a selected packet (3) to be transferred from the exit (8) of a particular compartment (4) to be dispensing hatch (6), and in certain compartments (4) a conveyor belt (7) is mounted which is directly of indirectly controlled from the operating device (1) and which enables the packets (3) concerned to be brought one by one to the exit (8) of the compartment (4) as far as the said transport means (9).