Abstract: A machine tool (1) is provided, in particular an angle grinder, including a spindle (8) that can be driven about a rotational axis (L), a device (9) being provided which can be fixed to the spindle (8) by a rotary connection. A separate securing device (26) is provided which is operatively connected to the spindle (8), which is arranged on the output side of the device (9), at least in some regions, and which, at least during operation of the machine tool (1), has a smaller outer diameter (28), at least in some regions, with respect to the rotational axis (L) than an outer diameter (14) of the spindle (8).

Abstract: The invention relates to an apparatus for the inline trace analysis of a liquid, preferably of an aqueous process solution, comprising: a housing (1); a micro-channel (2) through which the liquid to be examined is allowed to flow and into which light of a light source (3) is coupled; a detector (4) for light emerging from the micro-channel (2); and a user interface (5) for monitoring and/or operating the apparatus. The micro-channel (2), the detector (4) and/or the user interface (5) are arranged in the housing (1) and/or are integrated into the housing (1), and the housing (1) has a connection (6) for feeding the liquid in the micro-channel (2) and a connection (7) for power supply of the apparatus.

Abstract: The invention relates to a measuring apparatus comprising an apparatus for forming a liquid optical waveguide having a substrate (1) having an at least partially curved closed microchannel (2) having a low-refractive coating (13), whereby there is formed in the substrate (1) at least one feed line (6) for supplying liquid, and whereby there is provided at least at one end of the closed microchannel (2) an apparatus for coupling light axially into the closed microchannel and/or for coupling light axially out of the closed microchannel (2), further comprising a light source (4), a light detector (5), and a first liquid pump (9) which supplies a sample liquid (7) to the closed microchannel (2) via the at least one feed line (6, 6a).

Abstract: The invention relates to a measuring apparatus comprising an apparatus for forming a liquid optical waveguide having a substrate (1) having an at least partially curved closed microchannel (2) having a low-refractive coating (13), whereby there is formed in the substrate (1) at least one feed line (6) for supplying liquid, and whereby there is provided at least at one end of the closed microchannel (2) an apparatus for coupling light axially into the closed microchannel and/or for coupling light axially out of the closed microchannel (2), further comprising a light source (4), a light detector (5), and a first liquid pump (9) which supplies a sample liquid (7) to the closed microchannel (2) via the at least one feed line (6, 6a).

Abstract: The invention relates to a method for producing a fuel accumulator line and a fuel accumulator line comprising prestressed connection pieces. The connection pieces are mounted onto the fuel accumulator line with a prestress, by crimping, or by a temporal expansion and/or a temporal contraction of the fuel accumulator line. The connection pieces connect a line to the fuel accumulator line. The prestressing of the connection pieces allows pressure to be exerted on the fuel accumulator line, thus increasing the compressive strength.

Abstract: A method is described for parametrizing an integrated circuit by applying a digital start command signal followed by a parametrization data signal to the supply voltage terminal and/or the output terminal of the integrated circuit. During the parametrization process, the voltage level applied to the supply voltage terminal and/or the output terminal is kept above the normal operating voltage level and detected by a detector device provided in integrated circuit. The integrated circuit includes the supply voltage terminal, a reference potential terminal, and the output terminal, as well as an internal memory which is preferably non-volatile. The adjustment specification for parametrizing the integrated circuit is stored in the memory and activated by the parametrization data signal.

Abstract: In a method and a device for the hydro-erosive rounding of an edge of a component, in particular, an edge in a channel of a high-pressure resistant component, a fluid charged with abrasive bodies is run along the edge for rounding and the flow speed in the vicinity of the edge for rounding is increased by means of a body arranged in the fluid flow path. With relation to the method, the flow speed of the fluid (6) is increasingly raised along the course of the body (7) until the edge (5) for rounding is reached by means of the geometry of the body (7) and, with relation to the device, the cross-sectional area of the flow channel (10) continuously declines in the direction of flow (S) of the fluid (6) along the length of the body (7) at least as far as the edge (5).

Abstract: The invention relates to a method for producing a fuel accumulator line and a fuel accumulator line comprising prestressed connection pieces. The connection pieces are mounted onto the fuel accumulator line with a prestress, by crimping, or by a temporal expansion and/or a temporal contraction of the fuel accumulator line. The connection pieces connect a line to the fuel accumulator line. The prestressing of the connection pieces allows pressure to be exerted on the fuel accumulator line, thus increasing the compressive strength.

Abstract: A method is described for parametrizing an integrated circuit by applying a digital start command signal followed by a parametrization data signal to the supply voltage terminal and/or the output terminal of the integrated circuit. During the parametrization process, the voltage level applied to the supply voltage terminal and/or the output terminal is kept above the normal operating voltage level and detected by a detector device provided in integrated circuit. The integrated circuit includes the supply voltage terminal, a reference potential terminal, and the output terminal, as well as an internal memory which is preferably non-volatile. The adjustment specification for parametrizing the integrated circuit is stored in the memory and activated by the parametrization data signal.

Abstract: An integrated circuit (IC) includes a first lead, a second lead and a sensor element that provides a sensed signal. The IC also includes a test signal generator that provides a test signal, a signal processing unit, and a switching device that selectively applies the sensed signal or the test signal to the signal processing unit in response to a command signal, wherein the signal processing unit provides processed data. In response to a test command input signal, the IC generates the command signal, wherein when the test input signal is active the command signal is set to command the switching device to input the test signal to the signal processing unit. A check sum calculator receives the processed data and provides a signal indicative of a check sum value on the second lead when the command signal is set to command the switching device to input the test signal to the signal processing unit.

Abstract: A method and a sensing device transmit speed information and additional information over a transmission channel. For this purpose, the transmission clock cycle is selected to reflect the speed and is detected by the sensing device. The additional information is transmitted as a modulation of the transmission clock cycle.