Ullrich & Naumann PartG mbB

Die Erfindung betrifft ein Trainingsgerät mit einer Positionierungsvorrichtung (3) für eine trainierende Person und einer Zugvorrichtung (2), wobei die Positionierungsvorrichtung (3) mindestens ein Tragelement, vorzugsweise Gestell, und eine im Wesentlichen parallel zu einem Untergrund auf dem Tragelement angeordnete Positionierungsfläche (9) zum Positionieren der Person, umfasst, wobei die Zugvorrichtung (2) mindestens zwei voneinander unabhängig betätigbare Zugelemente (5) umfasst, deren Betätigung eine Widerstandskraft entgegenwirkt, wobei die Positionierungsfläche (9) gegenüber dem Untergrund zumindest geringfügig kippbar ist. Ferner betrifft die Erfindung ein Verfahren zum Verarbeiten von Trainingsdaten bei einem Trainingsgerät.

The present invention relates to a roller blind, comprising: a blind tube, comprising two ends and an outer surface on which a blind is attached; a mounting bracket, having two support portions attached to two ends thereof respectively for mounting the blind tube; characterized in that, at least one support portion and at least one end of the blind tube each comprises magnetic material enabling magnetic contact therebetween when the blind tube is mounted to the mounting bracket, wherein the positions of their magnetic materials are corresponding.

The invention relates to an Illuminable grille vane (1) for a vehicle, particularly for an active grille shutter (30) of a vehicle, comprising a vane body (2), a cover (4) and a lighting module (3), wherein said lighting module (3) comprises a light guide element (10), a circuit board (12) and a lighting element (11), wherein the lighting module (3) is connected to the vane body (2), wherein the cover (4) is connected to the vane body (2) and encloses the lighting module (3), characterized in that a decorative layer (16) is provided integral with the cover (4) and/or between the lighting module (3) and the cover (4), wherein the decorative layer (16) comprises at least one opaque area (20a) and at least one translucent area (20b).

The present application discloses a rechargeable lithium battery without a charging port and a manufacturing method thereof. The lithium battery includes a first negative electrode metal casing, a voltage regulation circuit board, a low-voltage positive electrode cap, a high-voltage positive electrode connector, a lithium battery cell, a low-voltage positive/negative electrode insulating spacer, and an insulating housing, wherein an upper end of the first negative electrode metal casing is inwardly provided with a first flange; an upper surface of the voltage regulation circuit board is provided with a negative electrode copper ring and a positive electrode copper ring; the voltage regulation circuit board is welded to an inner side of the first flange of the first negative electrode metal casing through the negative electrode copper ring; and the high-voltage positive electrode connector is arranged on an inner surface of the voltage regulation circuit board. The lithium battery of the present application can stably output a low voltage; the voltage regulation circuit board is welded to the inner side of the first flange, the electrical connection performance is very reliable, and sealing is achieved through solder; no insulating bracket needs to be arranged below the voltage regulation circuit board for support, eliminating the insulating bracket, compressing the height space occupied by the voltage regulation circuit board, and increasing the capacity of the lithium battery cell by increasing the length of the lithium battery cell.

Double barrier gas lift flow control devices that utilize first and second check valve assemblies disposed in series. A check valve assembly configured for disposition within an interior of a gas lift flow control device, the check valve assembly having flow channels disposed radially outward from a valve head of the check valve assembly. A check valve assembly configured to engage a nose end of gas lift flow control device.

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The present invention relates to a reactor for thermochemical conversion of solid biomass to biochar, in particular pyrolysis, consisting of a reactor chamber with a reactor chamber wall, a reactor chamber bottom, an inlet opening and an outlet opening, an outer retort arranged within the reactor chamber with an outer retort wall, an outer retort bottom, an outer retort lid and an outer retort opening, and an inner retort removably arranged in the outer retort with an inner retort wall, an inner retort bottom, an inner retort lid and an inner retort opening, wherein at least the partial, preferably complete outer surface of the inner retort wall and/or at least the partial, preferably complete outer surface of the inner retort bottom and at least the partial, preferably complete inner surface of the outer retort wall and/or at least the partial, preferably complete inner surface of the outer retort bottom form an interspace, wherein at least the partial, preferably complete outer surface of the outer retort wall and/or at least the partial, preferably complete outer surface of the outer retort bottom and at least the partial, preferably complete inner surface of the reaction chamber wall and/or at least the partial, preferably complete inner surface of the reaction chamber bottom form a flow channel for guiding a gaseous heating medium from the inlet opening to the outlet opening, wherein the flow channel comprises at least one flow element suitable for causing pressure loss within the gaseous heating medium. Additionally, the invention relates to a plant and a process for the thermochemical conversion of solid biomass to biochar, in particular pyrolysis.

The present invention relates to an immobilized metal-functionalized magnetic nanoparticle (IM-MNP) comprising a ferrite core and a coating comprising an aminosilane moiety, a chelating moiety and a divalent transition metal cation. The present invention further relates to a composition of IM-MNPs, a method of manufacturing IM-MNPs, use of a composition of IM-MNPs for purifying a target protein, and a method of purifying a target protein from a biological sample.

The present invention is related to a polyp trap, configurable to connect to an endoscope and a vacuum system in endoscopy procedures, comprising: a hollow main body having an inlet and an outlet, wherein said main body, said inlet, and said outlet are fluidically communicable; and a tube having a first end removably connectable to said inlet and a second end removably connectable to the endoscope, characterized in that, said polyp trap further comprising a first stand positioned peripherally to said main body for receiving said second end of said tube, whereby said tube can selectively connect to said first stand when said polyp trap is in packaging or connect to the endoscope when said polyp trap is in the endoscopy procedures.

The present invention relates to a battery support structure, comprising a lower part, in particular adapted as underrun protection, an upper part, in particular adapted as battery cell holder, and a load transfer structure between the two parts, wherein the load transfer structure comprises a first element and a second element, wherein the first element is arranged below the second element and is connected to the lower part and wherein one of the elements, preferably the first element, has a higher shear modulus and/or higher Young's modulus than the other element, preferably the second element, and has a higher shear modulus and/or higher Young's modulus than the second element and wherein the first element is arranged such that a force from the lower part is transmitted via the first element to the second element and from the second element to the upper part.