Abstract: A method for managing a data exchange between a vehicle-internal computing unit and a vehicle-external computing unit. The method includes: receiving or reading in, by a management unit, function data of the vehicle-internal computing unit, wherein the function data relate to an operation of the vehicle; processing the function data by the management unit; generating data messages by the management unit depending on the function data processed; storing the data messages in a memory unit in the management unit; and transmitting the data messages stored in the memory unit by the management unit to a communication interface of the vehicle-internal computing unit in order to transmit the data messages from the vehicle-internal computing unit to the vehicle-external computing unit.

Abstract: A separator includes a frame and a separator insert exchangeably disposed on the frame. The separator insert is designed to separate a flowable suspension into at least two flowable phases of different density in a centrifugal field and forms a pre-assembled, exchangeable unit for inserting into stator units on the frame of the separator. Mutually spaced holders having stator units of the bearing devices are formed on the frame, between which holders the housing of the separator insert is non-rotatably retained such that the rotor with the drum remains rotatable. The relative position of the holders can be changed such that the separator insert can be exchanged. The housing and the holders have corresponding interlocking elements in order to non-rotatably retain the housing at the holders.

Abstract: An exchangeable separator insert is designed for insertion into stator magnets of the frame of the separator and includes a housing, which is stationary during operation and which is designed in the manner of a container that is closed except for one or more openings. A rotor is disposed within the housing and is rotatable about an axis of rotation, the rotor having a drum which has one or more openings. At least two rotor magnets are at two axially spaced points of the rotor to keep floating and rotatably support the drum within the housing during operation. For transport or installation, the separator insert is provided with one or more transport securing elements, which operate according to a magnetic principle of action, so that the drum, which freely floats during operation of the separator, is immovable or substantially immovable in the housing during transport or installation.

Abstract: A separator has a frame with receiving areas for rotatably supporting the separator insert. Each receiving area having a stator device as a sub-element of a magnet bearing device, and a separator insert as a pre-assembled replaceable unit for inserting into stator units on a frame or in a housing of the separator. The separator insert has: i) a rotor rotatable about a rotational axis and which having a drum and a drum wall, and ii) at least two rotor units as sub-elements of the magnet bearing devices at two axially spaced positions of the rotor with the drum. The rotor units hold, rotatably support, and rotate the rotor together with the drum in a suspended manner within the housing during a separation mode. The separator has at least one linear drive for linearly moving at least one of the two receiving areas relative to the separation insert.

Abstract: A method for managing a data exchange between a vehicle-internal computing unit and a vehicle-external computing unit. The method includes: receiving or reading in, by a management unit, function data of the vehicle-internal computing unit, wherein the function data relate to an operation of the vehicle; processing the function data by the management unit; generating data messages by the management unit depending on the function data processed; storing the data messages in a memory unit in the management unit; and transmitting the data messages stored in the memory unit by the management unit to a communication interface of the vehicle-internal computing unit in order to transmit the data messages from the vehicle-internal computing unit to the vehicle-external computing unit.

Abstract: The present invention relates to a printing substance for coating glass surfaces by way of an ink jet printing method, the printing substance comprising A) at least one monomer having at least one C—C double bond; B) at least one cationically curable monomer comprising epoxy groups; C) at least one cationically curable monomer comprising oxetane groups; D) at least one adhesion agent. In addition, the present invention describes a method for producing the printing substance and the use thereof.

Abstract: The present invention relates to a method for producing a colored coating on a glass surface by way of a printing method. According to the method, A) a printing substance is applied to a glass surface, the printing substance comprising at least one pigment precursor; and B) the pigment precursor applied to the glass surface is converted to pigment particles. The present invention also describes a printing substance for carrying out the method and a coated glass substrate.

Abstract: A handheld work apparatus has a combustion engine and a rest position. The engine includes a cylinder wherein a piston is mounted to drive a crankshaft in a crankcase. The engine has an intake channel having an intake channel section formed in a fuel supply. The intake channel is divided into a mixture channel and an air channel. The engine has an air filter defining a clean chamber for a deflection bowl. The deflection bowl has a first passage opening whereat the air channel passes from the deflection bowl into the clean chamber and a second passage opening whereat the mixture channel passes from the deflection bowl into the clean chamber. The air channel and the mixture channel run mutually separate in the deflection bowl. In the rest position, no second passage opening extends into a region situated lower in terms of the geodetic height than the main fuel opening.

Abstract: An electronic device includes a structured metallization layer including a plurality of contact pads that are electrically isolated from one another, and a metal clip connected in a current shunt measurement arrangement with a semiconductor device, wherein the metal clip includes first, second and third landing pads, a first bridge span connected between the first and second landing pads, and second bridge span connected between the second and third landing pads, wherein the first, second third landing pads are respectively thermally conductively attached to first, second and third contact pads from the structured metallization layer, and wherein the second mounting pad is electrically floating.

Abstract: The invention relates to a heating, ventilation and/or air-conditioning device (10) for a motor vehicle, which device comprises a housing (26), a cold air region (84), a hot air region (86), an evaporator (36) which is configured to provide a cold air stream (50) in the cold air region (84), and a heating element (34) which is configured to provide a hot air stream (48) in the hot air region (86). Furthermore, the device (10) has a one-piece cross-flow deflection device (38), which is covered by the housing (26) and comprises a mixing device (40) and a cover (42), wherein the mixing device (40) has a plurality of mixing chambers (52), each of which is provided for mixing a part of the cold air stream (50) and a part of the hot air stream (48). The cover (42) here separates the cold air region (84) and the hot air region (86) from each other at least in portions. Furthermore, the cover (42) has a fixing device (74) which is provided for fixing the heating element (34).

Abstract: A separator includes a frame and a separator insert exchangeably disposed on the frame. The separator insert is designed to separate a flowable suspension into at least two flowable phases of different density in a centrifugal field and forms a preassembled, exchangeable unit for inserting into stator units on the frame of the separator. Mutually spaced holders having stator units of the bearing devices are formed on the frame, between which holders the housing of the separator insert is non-rotatably retained such that the rotor with the drum remains rotatable. The relative position of the holders can be changed such that the separator insert can be exchanged. The housing and the holders have corresponding interlocking elements in order to non-rotatably retain the housing at the holders.

Abstract: An electronic device includes a structured metallization layer including a plurality of contact pads that are electrically isolated from one another, and a metal clip connected in a current shunt measurement arrangement with a semiconductor device, wherein the metal clip includes first, second and third landing pads, a first bridge span connected between the first and second landing pads, and second bridge span connected between the second and third landing pads, wherein the first, second third landing pads are respectively thermally conductively attached to first, second and third contact pads from the structured metallization layer, and wherein the second mounting pad is electrically floating.

Abstract: A separator insert includes a housing that is stationary during operation and which is a container that is closed apart from a number of openings. A rotor is arranged within the housing and is rotatable about an axis of rotation. The separator insert includes a drum with openings. At least two rotor units for magnetic bearing units are arranged at two axially spaced apart points on the rotor with the drum, that hold the rotor in a suspended state and that can rotate the rotor.

Abstract: A separator insert for a separator includes a housing that is stationary during operation and is a container that is closed apart from multiple openings. These openings include a supply opening for an in-flowing suspension in a first axial boundary wall of the housing, two outlets for flowable phases of differing densities in an outer casing of the housing, and a recirculation inlet in a second axial boundary wall of the housing. A rotor within the housing can rotate about an axis of rotation and has a drum, which has multiple openings. A separator is arranged in the drum. At least two rotor units for magnetic bearing units are arranged at two axially spaced-apart points on the rotor with the drum, with which the rotor with the drum can be held in a suspended state, can be rotationally mounted and can be made to rotate within the housing during operation.

Abstract: A handheld work apparatus has a motor unit including a drive motor for driving a tool and a handle unit including a handle. The motor unit and the handle unit are interconnected via at least one antivibration element. A first antivibration element includes a coil spring. A first holding element is attached in a first end of the coil spring. A second holding element is attached in a second end of the coil spring. The first holding element is firmly connected to the motor unit. The second holding element is firmly connected to the handle unit. The holding elements have end faces located in an interior of the coil spring. The end faces have centering elements that can come into contact with each other and thereby center the holding elements with respect to each other. The end faces form a stop for the movement of the handle.

Abstract: The present invention relates to a printing substance for coating glass surfaces by way of an ink jet printing method, the printing substance comprising A) at least one monomer having at least one C—C double bond; B) at least one cationically curable monomer comprising epoxy groups; C) at least one cationically curable monomer comprising oxetane groups; D) at least one adhesion agent. In addition, the present invention describes a method for producing the printing substance and the use thereof.