mhurhangee/ep-ind-claims huggingface dataset:
Reamers (100, 200, 300, 500, 600) for precision bore machining, whereby the reamers (100, 200, 300, 500, 600) can be connected with an insert and comprise the following: - a glade (105, 205, 305, 505, 605) for the machine processing of the bore; - an axial cooling channel (120, 220, 320) for conducting coolants and/or lubricants, as well as - a radial groove (101, 201, 301, 501, 601), that is connected to the cooling channel (120, 220, 320), whereby the groove (101, 201, 301, 501, 601) is arranged so the blade (105, 205, 305, 505, 605) can be supplied with coolant and/or lubricant; whereby the cooling channel (120, 220, 320) has a first segment (121; 221; 321) with the first bore and the second segment (122; 222; 322) has a second bore; whereby the first bore is larger than the second bore; whereby the groove (101, 201, 301, 501, 601) is connected with the first segment (121, 221, 321), characterized in that the first segment (121, 221,321) features an internal thread, by which the insert of a corresponding external thread can be screwed to its screw hole. - a glade (105, 205, 305, 505, 605) for the machine processing of the bore; - an axial cooling channel (120, 220, 320) for conducting coolants and/or lubricants, as well as - a radial groove (101, 201, 301, 501, 601), that is connected to the cooling channel (120, 220, 320), whereby the groove (101, 201, 301, 501, 601) is arranged so the blade (105, 205, 305, 505, 605) can be supplied with coolant and/or lubricant;
A medical device for anchoring a heart pump in an opening of a ventricular wall of a heart, comprising: - a first flange comprising a hole, - an assembly including a hollow body, at the distal end of which a membrane is placed which is self-expandable between a first configuration, so-called the deformed configuration, in which said membrane has a tubular shape, and a second configuration, so-called the initial configuration, in which it defines a second flange, - said first flange being distinct from said assembly, said assembly being configured to be inserted at least partially throughout the hole of said first flange, and - a clamping means for assembling said first flange and the proximal end of said hollow body when this assembly has been partially inserted into said hole, said clamping means being configured to slide along said hollow body so as to be pressed against said first flange. - a first flange comprising a hole, - an assembly including a hollow body, at the distal end of which a membrane is placed which is self-expandable between a first configuration, so-called the deformed configuration, in which said membrane has a tubular shape, and a second configuration, so-called the initial configuration, in which it defines a second flange, - said first flange being distinct from said assembly, said assembly being configured to be inserted at least partially throughout the hole of said first flange, and - a clamping means for assembling said first flange and the proximal end of said hollow body when this assembly has been partially inserted into said hole, said clamping means being configured to slide along said hollow body so as to be pressed against said first flange.
A music reproduction apparatus comprising: a vehicle status information input section for inputting vehicle status information representing a vehicle status; a reproduction section (52, 80) for assigning a plurality of musical phrases whose types differ from each other to a plurality of tracks (52-1 to 52-n) for outputting phrase signals, thus reproducing the phrases in terms of at least one reproduction parameter being controlled with respect to each track (52-1 to 52-n); a setup value storage storing a setup value representing a variation of a reproduction parameter related to the vehicle status information with respect to each phrase, wherein the reproduction parameter determines a reproduction manner in reproducing an audio signal with respect to each phrase; and a control section for controlling the at least one reproduction parameter in response to the vehicle status information with respect to each track (52-1 to 52-n) and with respect to each phrase independently in accordance with the setup value stored in the setup value storage. a vehicle status information input section for inputting vehicle status information representing a vehicle status; a reproduction section (52, 80) for assigning a plurality of musical phrases whose types differ from each other to a plurality of tracks (52-1 to 52-n) for outputting phrase signals, thus reproducing the phrases in terms of at least one reproduction parameter being controlled with respect to each track (52-1 to 52-n); a setup value storage storing a setup value representing a variation of a reproduction parameter related to the vehicle status information with respect to each phrase, wherein the reproduction parameter determines a reproduction manner in reproducing an audio signal with respect to each phrase; and a control section for controlling the at least one reproduction parameter in response to the vehicle status information with respect to each track (52-1 to 52-n) and with respect to each phrase independently in accordance with the setup value stored in the setup value storage.
Method for generating a virtual representation of a coaxial network structure of a MoCA, Multimedia over Coaxial Alliance, network, which MoCA network comprises a plurality of node devices (10, 100) including one network management device, wherein said node devices are interconnected through said coaxial network, the method comprising the steps of: determining a time lapse matrix, comprising time lapse values T i,j representing propagation time through the coaxial network between node devices n i and n j; arranging the time lapse matrix with said network management device as a node device n 0, and columns and rows in magnitude order of time lapse values T with respect to no; processing the time lapse matrix to establish a branch association for each node device with respect to the network management device, including comparing magnitude of time lapse values in the arranged time lapse matrix, and establishing branch association for each node device based on said comparison; storing virtual representation data of the coaxial network comprising said branch association. determining a time lapse matrix, comprising time lapse values T i,j representing propagation time through the coaxial network between node devices n i and n j; arranging the time lapse matrix with said network management device as a node device n 0, and columns and rows in magnitude order of time lapse values T with respect to no; processing the time lapse matrix to establish a branch association for each node device with respect to the network management device, including comparing magnitude of time lapse values in the arranged time lapse matrix, and establishing branch association for each node device based on said comparison; comparing magnitude of time lapse values in the arranged time lapse matrix, and establishing branch association for each node device based on said comparison; storing virtual representation data of the coaxial network comprising said branch association.
A process for feeding ethylene into a polymerization system operating in a liquid phase or supercritical phase comprising: providing a low-pressure ethylene stream, one or more low-pressure C 3 to C 20 monomer streams, an optional low-pressure inert solvent/diluent stream, and one or more reactors configured in parallel, in series, or a combination thereof; metering the low-pressure ethylene stream, the one or more low-pressure C 3 to C 20 monomer streams, and the optional low-pressure inert solvent/diluent stream; blending the metered low-pressure ethylene stream, the metered one or more low-pressure C 3 to C 20 monomer streams, and the metered low-pressure optional inert solvent/diluent stream to form an ethylene-carrying low-pressure blended liquid feed stream; pressurizing the ethylene-carrying low-pressure blended liquid feed stream to the polymerization system pressure with one or more high-pressure pumps to form an ethylene-carrying high-pressure blended reactor feed stream; and feeding the ethylene-carrying high-pressure blended reactor feed stream to the one or more reactors configured in parallel, in series, or a combination thereof. providing a low-pressure ethylene stream, one or more low-pressure C 3 to C 20 monomer streams, an optional low-pressure inert solvent/diluent stream, and one or more reactors configured in parallel, in series, or a combination thereof; metering the low-pressure ethylene stream, the one or more low-pressure C 3 to C 20 monomer streams, and the optional low-pressure inert solvent/diluent stream; blending the metered low-pressure ethylene stream, the metered one or more low-pressure C 3 to C 20 monomer streams, and the metered low-pressure optional inert solvent/diluent stream to form an ethylene-carrying low-pressure blended liquid feed stream; pressurizing the ethylene-carrying low-pressure blended liquid feed stream to the polymerization system pressure with one or more high-pressure pumps to form an ethylene-carrying high-pressure blended reactor feed stream; and feeding the ethylene-carrying high-pressure blended reactor feed stream to the one or more reactors configured in parallel, in series, or a combination thereof.
A manufacturing method of a polyalkylene carbonate resin comprising: polymerizing epoxide and a monomer including carbon dioxide in the presence of a zinc dicarboxylate-based organic zinc catalyst and a dispersant, wherein the dispersant includes at least one selected from the group consisting of C1-C10 alkyl acrylate, C1-C10 alkyl methacrylate, C1-C20 monocarboxylic acid having an oxo group in a molecular structure, and a polyether-based polymer having C2-C6 alkylene oxide repeating units. polymerizing epoxide and a monomer including carbon dioxide in the presence of a zinc dicarboxylate-based organic zinc catalyst and a dispersant, wherein the dispersant includes at least one selected from the group consisting of C1-C10 alkyl acrylate, C1-C10 alkyl methacrylate, C1-C20 monocarboxylic acid having an oxo group in a molecular structure, and a polyether-based polymer having C2-C6 alkylene oxide repeating units.
Position measuring device comprising • a graduation carrier with a measurement graduation, • a scanning device for generating position signals by scanning the measurement graduation, • a processing unit for processing the position signals to form a digital position value, • an interface unit for communicating with downstream electronics, wherein the position measuring device has at least one collision sensor which generates analogue or digital measured values (MA, M), from the temporal profile of which collision events can be determined, and wherein the position measuring device has an evaluation unit (110, 210, 310) for capturing the measured values (MA, M), wherein the evaluation unit (110, 210, 310) comprises a control unit which is suitably configured to detect collision events by evaluating the temporal profile of the measured values (MA, M) and, if a collision event is detected, to generate an error message and to transmit the error message to the downstream electronics via the interface unit. • a graduation carrier with a measurement graduation, • a scanning device for generating position signals by scanning the measurement graduation, • a processing unit for processing the position signals to form a digital position value, • an interface unit for communicating with downstream electronics,
A semiconductor power chip configured to operate at high current densities, comprising: a semiconductor die having a power FET device fabricated on a substrate thereof, wherein the power FET device comprises at least one gate contact element, a plurality of source contact elements and a plurality of drain contact elements arranged on top of said semiconductor die, wherein the gate, source, and drain contact elements are arranged in parallel and each has the form of an elongated strip; a loaf bump (156, 158) disposed on each of the plurality of source contact elements and the plurality of drain contact elements, respectively, wherein each loaf bump extends along an area of the respective source contact elements and drain contact elements, wherein each loaf bump has the form of an elongated strip, substantially covering all of the source and drain contact elements, and wherein the loaf bumps (106, 108) consist of solder or a conductive epoxy; a loaf bump on the at least one gate contact element which extends along an area of the gate contact element and which has the form of an elongated strip, substantially covering all of the gate contact element, and a lead-frame having a first area comprising gate, source and drain lead-fingers (204, 206, 208; 304a, 306a, 310) being shaped such that the lead-fingers connect to the loaf bump for connecting to each of the at least one gate contact element and connect to the loaf bumps (156, 158) for connecting to each of the plurality of source contact elements and the plurality of drain contact elements, respectively. a semiconductor die having a power FET device fabricated on a substrate thereof, wherein the power FET device comprises at least one gate contact element, a plurality of source contact elements and a plurality of drain contact elements arranged on top of said semiconductor die, wherein the gate, source, and drain contact elements are arranged in parallel and each has the form of an elongated strip; a loaf bump (156, 158) disposed on each of the plurality of source contact elements and the plurality of drain contact elements, respectively, wherein each loaf bump extends along an area of the respective source contact elements and drain contact elements, wherein each loaf bump has the form of an elongated strip, substantially covering all of the source and drain contact elements, and wherein the loaf bumps (106, 108) consist of solder or a conductive epoxy; a loaf bump on the at least one gate contact element which extends along an area of the gate contact element and which has the form of an elongated strip, substantially covering all of the gate contact element, and a lead-frame having a first area comprising gate, source and drain lead-fingers (204, 206, 208; 304a, 306a, 310) being shaped such that the lead-fingers connect to the loaf bump for connecting to each of the at least one gate contact element and connect to the loaf bumps (156, 158) for connecting to each of the plurality of source contact elements and the plurality of drain contact elements, respectively.
A hook-lift trailer configured for a hook-lift body, wherein the hook-lift trailer comprises: - at least four axles, - a frame comprising at least one longitudinal beam, wherein the frame is arranged to enable positioning of the hook-lift body on the frame by means of a hooklift, - a displacement arrangement arranged to displace the hook-lift body positioned on the frame in a direction parallel with the at least one longitudinal beam to a position on the frame for transport or for tipping of the hook-lift body, wherein the displacement arrangement comprises a connection part arranged to cooperate with a corresponding connection element arranged on the hook-lift body to connect the hook-lift body to the displacement arrangement to displace the hook-lift body along the frame between different positions on the frame into a desired position for transport depending on the load to be transported in the hook-lift body and to displace the hook-lift body to the position on the frame for tipping of the hook-lift body, wherein the position for transport differs from the position for tipping, - a positioning means arranged to position the hook-lift body in the position for tipping of the hook-lift body, wherein the positioning means is arranged at an end edge of the frame to position the hook-lift body at the end edge for tipping of the hook-lift body without a need of a tipping adapter, and - a tip arrangement arranged to tip the hook-lift body displaced to the position for tipping of the hook-lift body. - at least four axles, - a frame comprising at least one longitudinal beam, wherein the frame is arranged to enable positioning of the hook-lift body on the frame by means of a hooklift, - a displacement arrangement arranged to displace the hook-lift body positioned on the frame in a direction parallel with the at least one longitudinal beam to a position on the frame for transport or for tipping of the hook-lift body, wherein the displacement arrangement comprises a connection part arranged to cooperate with a corresponding connection element arranged on the hook-lift body to connect the hook-lift body to the displacement arrangement to displace the hook-lift body along the frame between different positions on the frame into a desired position for transport depending on the load to be transported in the hook-lift body and to displace the hook-lift body to the position on the frame for tipping of the hook-lift body, wherein the position for transport differs from the position for tipping, - a positioning means arranged to position the hook-lift body in the position for tipping of the hook-lift body, wherein the positioning means is arranged at an end edge of the frame to position the hook-lift body at the end edge for tipping of the hook-lift body without a need of a tipping adapter, and - a tip arrangement arranged to tip the hook-lift body displaced to the position for tipping of the hook-lift body.
Sensor for a magnetic measuring device for the detection of a rotational or translational movement of a body, with a permanent magnet which is connected in a rotationally fixed manner to the body and moves together with the body, wherein the body extends in an axial direction as far as a free end, wherein a plastic-bonded permanent-magnetic material is injection-moulded onto the free end of the body as an axial extension and forms the permanent magnet.
An I/O module circuit for use in an industrial control system comprising: a housing; a terminal supported by the housing for receipt of an AC waveform; and a circuit contained in the housing providing: a series connected substantially nonresistance impedance comprising an inductor, the series connected substantially nonresistance impedance for receiving the AC waveform and limiting the current of the AC waveform; and an optical isolator comprising a light emitting diode bridge comprising a first LED and a second LED, wherein a cathode of the first LED is connected to an anode of the second LED and a cathode of the second LED is connected to an anode of the first LED, the LED bridge coupled in series with the series connected substantially nonresistance impedance and operative to transmit light only when the magnitude of the voltage of the AC waveform is greater than a threshold, and having a photosensitive solid-state switch for receiving light from the LED bridge to provide an optically isolated signal. a housing; a terminal supported by the housing for receipt of an AC waveform; and a circuit contained in the housing providing: a series connected substantially nonresistance impedance comprising an inductor, the series connected substantially nonresistance impedance for receiving the AC waveform and limiting the current of the AC waveform; and an optical isolator comprising a light emitting diode bridge comprising a first LED and a second LED, wherein a cathode of the first LED is connected to an anode of the second LED and a cathode of the second LED is connected to an anode of the first LED, the LED bridge coupled in series with the series connected substantially nonresistance impedance and operative to transmit light only when the magnitude of the voltage of the AC waveform is greater than a threshold, and having a photosensitive solid-state switch for receiving light from the LED bridge to provide an optically isolated signal. a series connected substantially nonresistance impedance comprising an inductor, the series connected substantially nonresistance impedance for receiving the AC waveform and limiting the current of the AC waveform; and an optical isolator comprising a light emitting diode bridge comprising a first LED and a second LED, wherein a cathode of the first LED is connected to an anode of the second LED and a cathode of the second LED is connected to an anode of the first LED, the LED bridge coupled in series with the series connected substantially nonresistance impedance and operative to transmit light only when the magnitude of the voltage of the AC waveform is greater than a threshold, and having a photosensitive solid-state switch for receiving light from the LED bridge to provide an optically isolated signal.
A method for assessing a beam profile of a light beam of a non-contact tool setting apparatus, the non-contact tool setting apparatus comprising a transmitter for emitting the light beam and a receiver for receiving the light beam, the receiver generating a beam intensity signal describing the intensity of received light, the non-contact tool setting apparatus being mounted to a machine tool having a spindle that is moveable relative to the non-contact tool setting apparatus, the method comprising the steps of; (i) loading an object having an edge into the spindle of the machine tool, and (ii) using the machine tool to move the spindle relative to the non-contact tool setting apparatus so that the edge of the object passes through the light beam, characterised by the step of (iii) determining the beam profile of the light beam using the beam intensity signal generated at a plurality of positions during the step (ii) of moving the edge of the object through the light beam. (i) loading an object having an edge into the spindle of the machine tool, and (ii) using the machine tool to move the spindle relative to the non-contact tool setting apparatus so that the edge of the object passes through the light beam,
Adjustment device for adjusting the rotational angle position of the camshaft of a reciprocating-piston internal combustion engine relative to the crankshaft, having an adjustment motor as a positioning element for the adjustment of the rotational angle position, which adjustment motor is connected into a control loop which has at least one controller (6, 7), wherein the controller (6, 7) is connected to a data memory in which controller coefficients for a transfer function of the controller (6, 7) are stored, in that the data memory has at least two memory regions in which different sets of controller coefficients are stored, in that the control loop is, with the aid of an operating mode switching device, connectable selectively or alternately to one of the data memory regions such that the controller coefficients set stored in each case in the respective data memory region is used in the control, and in that a device for detecting the operating state of the adjustment device and/or of the reciprocating-piston internal combustion engine is connected to the operating mode switching device such that the controller coefficient set respectively used in the control is dependent on the operating state, characterized in that, by way of the operating mode switching device, by means of the respectively used controller coefficient set, in a first operating mode which is used during the starting phase of the internal combustion engine, the control loop is configured only for controlling the rotor rotational speed of the adjustment motor for the rotational angle position, and in a second operating mode, after a predefined minimum rotational speed of the crankshaft has been overshot, the control loop is configured for controlling the relative rotational angle between camshaft and crankshaft.