INPARTNERS GROUP

A device for the preparation of beverages using a capsule (4) that comprises a body (5) of the apparatus and a holder (1) for the placement of the capsule (4), which is movably connected to the body (5) of the apparatus. The body (5) of the apparatus comprises an injection element (52), and the holder (1) comprises a discharge element (36), wherein the line defined in the direction of the injection of the liquid into the capsule (4) and the line defined in the direction of the discharge of the liquid from the capsule (4) are non-parallel. The holder (1) comprises a first member (2) comprising a space (21) for housing the capsule (4) and a second member (3) comprising the discharge element (36). The first member (2) and the second member (3) are movable relative to each other between a first position and a second position. In the first position, the discharge element (36) does not extend into the space (21) for housing the capsule (4), and in the second position, the discharge element (36) does extend into the space (21) for housing the capsule (4).

A separation chamber for an electrostatic separator and a method for performing electrostatic separation, where the separation chamber comprises a rectifier (1) of the flow of particles of a separated mixture, at least two separation zones (3a, 3b) positioned downstream thereof provided with at least two dedicated high-voltage electrodes (4) for separately generating an electric field with a selection of the following parameters: shapes and/or sizes of the individual high-voltage electrodes (4), values of the applied electric voltage, polarity of the voltage of the high-voltage electrodes (4), orientation or inclination of each high-voltage electrode (4) relative to the input direction of the flow of the particles of the separated mixture, the position and the uniform or non-uniform placement of the high-voltage electrodes (4) around the central axis of the separation chamber passing in the direction of the flow of the particles of the separated mixture, wherein collection collectors (5) are positioned by the separation zones (3a, 3b) in the direction of the flow of the particles of the separated mixture.

A folding device for an agricultural tillage machine comprises a central frame (1) and at least two lateral foldable arms (2) rotatably movable between a working position and a transport position. Each lateral foldable arm (2) comprises at least one pivotably mounted working tool (3). Each of the lateral foldable arms (2) further comprises at least one stop element (4) and at least one support element (5), wherein one of these elements is mounted on the lateral foldable arm (2) pivotably together with the working tool (3), and the working tool (3) is pivotably movable relative to the other one of these elements. In the transport position, at least one stop element (4) of the first one of these lateral foldable arms (2) is braced against at least one support element (5) of the second one of these lateral foldable arms (2), and at least one stop element (4) of the second one of these lateral foldable arms (2) is braced against at least one support element (5) of the first one of these lateral foldable arms (2).

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The object of the invention is a liquid filled heat exchanger for cylindrical battery cells for thermal regulation of battery modules for electric vehicles. The heat exchanger of the invention comprises at least one polymer tube (2) that comprises integrated channels for the flow of a heat transfer medium, at least one manifold (1), an inlet chamber (6) joined to the manifold (1), and an outlet chamber (7) joined to the manifold (1), wherein one end of the polymer tube (2) is joined to the inlet chamber (6) via integrated channel of the manifold (1) and the other end of the polymer tube (2) is joined to the outlet chamber (7) via integrated channel of the manifold (1), and wherein the polymer tube (2) is in contact with a set of at least two cylindrical battery cells (3). The manifold (1) comprises a cavity of the manifold (1) connected to the integrated channel of the manifold (1), wherein the polymer tube (2) passes through the entire cavity of the manifold (1) and is connected by its end to the integrated channel of the manifold (1), and that the cavity of the manifold (1) is filled with a seal (14).

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …