mhurhangee/ep-ind-claims huggingface dataset:
A light emitting diode illumination device, comprising: a light-transmitting encapsulant; a transparent core made of a transparent material; a light source plate stereoscopic structure comprising a plurality of sub-light source plates, the light source plate stereoscopic structure being installed in the light-transmitting encapsulant, wherein the light source plate stereoscopic structure is connected to the transparent core and is supported thereby, the sub-light source plates comprise a circuit board body and light emitting diode dies, wherein the light emitting diode dies are disposed on one side of the circuit board body; and a power supply device used for providing electrical power to the sub-light source plates, so as to allow the plurality of sub-light source plates to provide illumination though the light-transmitting encapsulant wherein the sub-light source plates are connected to a heat dissipating material on the back surface facing the light-transmitting encapsulant, characterized in that the heat dissipating material is connected to the transparent core and the sub-light source plates. a light-transmitting encapsulant; a transparent core made of a transparent material; a light source plate stereoscopic structure comprising a plurality of sub-light source plates, the light source plate stereoscopic structure being installed in the light-transmitting encapsulant, wherein the light source plate stereoscopic structure is connected to the transparent core and is supported thereby, the sub-light source plates comprise a circuit board body and light emitting diode dies, wherein the light emitting diode dies are disposed on one side of the circuit board body; and a power supply device used for providing electrical power to the sub-light source plates, so as to allow the plurality of sub-light source plates to provide illumination though the light-transmitting encapsulant wherein the sub-light source plates are connected to a heat dissipating material on the back surface facing the light-transmitting encapsulant, characterized in that the heat dissipating material is connected to the transparent core and the sub-light source plates.
A printing apparatus for printing an image on a print medium, comprising: a belt capable of holding the print medium thereon; a drive mechanism configured to move the belt while printing; a detecting unit configured to detect a moving distance or a speed of the print medium held on said belt a sensor configured to acquire a moving distance or a speed of the print medium by measuring a drive amount of said drive mechanism; and a control unit configured to control said drive mechanism, wherein said control unit determines a difference between the detection output of said detecting unit and the detection output of said sensor, and, according to whether the difference is within an allowable level, said control unit controls said drive mechanism based on the detection output of said detecting unit or controls said drive mechanism, based on the detection output of said sensor; characterised by said detecting unit being capable of capturing either of a surface image of the belt and asurface image of the print medium held on the belt, and said detecting unit acquires the moving distance or the speed by image processing; a belt capable of holding the print medium thereon; a drive mechanism configured to move the belt while printing; a detecting unit configured to detect a moving distance or a speed of the print medium held on said belt a sensor configured to acquire a moving distance or a speed of the print medium by measuring a drive amount of said drive mechanism; and a control unit configured to control said drive mechanism, wherein said control unit determines a difference between the detection output of said detecting unit and the detection output of said sensor, and, according to whether the difference is within an allowable level, said control unit controls said drive mechanism based on the detection output of said detecting unit or controls said drive mechanism, based on the detection output of said sensor; characterised by said detecting unit being capable of capturing either of a surface image of the belt and asurface image of the print medium held on the belt, and said detecting unit acquires the moving distance or the speed by image processing;
Method for aligning an elongated component of which at least two component sections are to be fitted into two mutually separated coaxial insertion locations, wherein the coaxiality of the component sections is checked and any deviation (a) from the coaxiality is measured, characterized in that in a surface region, between the component sections, of the component, there is generated at least one material melt which is bounded radially and in the circumferential direction and which is of such a size that the axial shrinkage occurring on cooling of the material melt produces the coaxiality of the component sections at least within tolerable limits.
Device for generating power during regasification, comprising a tank for a cryogenic fluid, a first pump which is connected to the tank via a first line, a first heat exchanger which is connected to the first pump via a second line, and a second heat exchanger which is arranged downstream of the first heat exchanger, and also a first turbine which is arranged directly downstream of the second heat exchanger, wherein a third line branches off from the first turbine and opens out into the first heat exchanger, characterized in that a fourth line branches off from said first heat exchanger and opens out into the second line between the first pump and the second heat exchanger, wherein a second pump is incorporated into the fourth line.
A computer-implemented method for operating an autonomous vehicle, wherein the method comprises: measuring a steering control delay between time of issuing a steering control command and time of a first response from one or more wheels of an autonomous vehicle; measuring a speed control delay between time of issuing a speed control command and time of a second response from one or more wheels of the autonomous vehicle; in response to a given route, estimating an overall system delay based on the steering control delay and the speed control delay using a predetermined algorithm; and generating planning and control data in view of the system delay for operating the autonomous vehicle along the given route, characterized in that the predetermined algorithm is a weighted algorithm, and wherein each of the steering control delay and the speed control delay is assigned with a specific weight coefficient for a specific driving scenario. measuring a steering control delay between time of issuing a steering control command and time of a first response from one or more wheels of an autonomous vehicle; measuring a speed control delay between time of issuing a speed control command and time of a second response from one or more wheels of the autonomous vehicle; in response to a given route, estimating an overall system delay based on the steering control delay and the speed control delay using a predetermined algorithm; and generating planning and control data in view of the system delay for operating the autonomous vehicle along the given route, characterized in that the predetermined algorithm is a weighted algorithm, and wherein each of the steering control delay and the speed control delay is assigned with a specific weight coefficient for a specific driving scenario.
Adjustment device which comprises a stator, a driven element, a guide device which is configured such that, in the operational state of the adjustment device, the same provides a guided support of the driven element with respect to the stator in a drive direction, a slider, a support device which movably supports the slider relative to the stator along the drive direction, a drive device for driving the slider, a coupling device and a clamping device, wherein the coupling device comprises a connection device which is fastened to the driven element or the slider, wherein the clamping device is configured such that the same provides, in a release state, a movement clearance between a connection section of the connection device and either the slider or the driven element in order to establish a mounting state of the adjustment device and that the same provides, in a clamping state, a rigid coupling of the connection section and either the slider or the driven element in the drive direction, thereby causing a rotational relative movement about a rotational axis, which runs along the drive direction, between the driven element and the slider. wherein the coupling device comprises a connection device which is fastened to the driven element or the slider, wherein the clamping device is configured such that the same provides, in a release state, a movement clearance between a connection section of the connection device and either the slider or the driven element in order to establish a mounting state of the adjustment device and that the same provides, in a clamping state, a rigid coupling of the connection section and either the slider or the driven element in the drive direction, thereby causing a rotational relative movement about a rotational axis, which runs along the drive direction, between the driven element and the slider.
A device for the osteosynthesis as well as the immobilization and stabilisation of tubular bones, comprising a carrier fillet extending in a first longitudinal direction, at least one first clamp extending laterally from the carrier fillet and a second clamp extending laterally from the carrier fillet, the second clamp being longitudinally offset from the first clamp, wherein each respective clamp and a fillet portion form a structural element, wherein the device is made of titanium, and the fillet has at least one area arranged between the first clamp and second clamp that is formed so as to be bendable relative to the longitudinal axis of the fillet and deformable to be adapted to the individual bone structure of a patient, and wherein the fillet is bendable and deformable in at least two dimensions relative to the longitudinal axis, and it is twistable and deformable about the longitudinal axis, characterised by the fact that the fillet and the clamps extending from the fillet are formed in one piece, and the arrangement of the structural elements repeats itself along the longitudinal axis.
A cot fastening system (14, 114) for an emergency vehicle having a vehicle based power supply and a transmitting coil, said cot fastening system comprising: a rechargeable power supply; a receiving circuit electrically coupled to said rechargeable power supply, the receiving circuit having a receiving coil, the receiving coil capable of being located in a predefined position in the emergency vehicle to align with said transmitting coil when the cot fastening system (14, 114) is in a predetermined configuration in the vehicle such that the transmitting coil wirelessly transmits power to the receiving coil to thereby recharge the rechargeable power supply of the cot fastening system (14, 114). a rechargeable power supply; a receiving circuit electrically coupled to said rechargeable power supply, the receiving circuit having a receiving coil, the receiving coil capable of being located in a predefined position in the emergency vehicle to align with said transmitting coil when the cot fastening system (14, 114) is in a predetermined configuration in the vehicle such that the transmitting coil wirelessly transmits power to the receiving coil to thereby recharge the rechargeable power supply of the cot fastening system (14, 114).
A method for measuring wear of a railroad vehicle wheel flange comprising: installing a laser rangefinder on an outer track side of a rounded curve section in a railroad track; measuring a distance to a front rim surface of a wheel on the outer track side at a wheelset (Sf) in a forward direction of travel of a bogie forming the vehicle, using the laser rangefinder while the vehicle is traveling through the rounded curve section; and determining an amount of wear of the railroad vehicle wheel flange by comparing the measured distance with a previous measurement of the measured distance. installing a laser rangefinder on an outer track side of a rounded curve section in a railroad track; measuring a distance to a front rim surface of a wheel on the outer track side at a wheelset (Sf) in a forward direction of travel of a bogie forming the vehicle, using the laser rangefinder while the vehicle is traveling through the rounded curve section; and determining an amount of wear of the railroad vehicle wheel flange by comparing the measured distance with a previous measurement of the measured distance.
Round baler for stalk-type agricultural products having a movable bale outlet device, wherein the speed of movement of the opening and closing movements of the bale outlet device is controlled depending on its position (10, 13), characterized in that the speed of movement is sensor-controlled and/or programme-controlled, wherein the opening and closing movements of the bale outlet device is performed more slowly, at least before an end position (10, 13) is reached, than in the rest of the movement range.
Methotrexate or a pharmaceutically acceptable salt thereof, for use in the treatment or the prevention of osteosarcoma, wherein said treatment or prevention comprises administering simultaneously, separately or sequentially to a subject simvastatin, and wherein the dose administered of the methotrexate is comprised of from 0.5 mg/m 2 to 20 g/m 2 of the patient's surface area, and a quantity for administration of simvastatin is comprised of from 10 to 100 mg.
A method of fabricating a wind turbine blade spar structure having a shear web bonded between opposed spar caps (134, 136), the method comprising: providing a wind turbine blade mould extending longitudinally in a spanwise direction and transversely in a chordwise direction; laying a spar cap in the mould, the spar cap comprising a plurality of strips extending longitudinally in the spanwise direction, the strips being arranged side-by-side in the chordwise direction, the plurality of strips comprising one or more intermediate strips arranged between respective peripheral strips (160, 162), and the peripheral strips being inclined relative to the one or more intermediate strips; providing a shear web comprising a flange extending longitudinally in the spanwise direction, the flange comprising a base defining a primary bonding surface; selecting a chordwise width of the primary bonding surface to correspond substantially, that is within a tolerance of +/-20%, to a chordwise width or a combined chordwise width of the one or more intermediate strips of the spar cap; and bonding the primary bonding surface of the flange to the one or more intermediate strips of the spar cap. providing a wind turbine blade mould extending longitudinally in a spanwise direction and transversely in a chordwise direction; laying a spar cap in the mould, the spar cap comprising a plurality of strips extending longitudinally in the spanwise direction, the strips being arranged side-by-side in the chordwise direction, the plurality of strips comprising one or more intermediate strips arranged between respective peripheral strips (160, 162), and the peripheral strips being inclined relative to the one or more intermediate strips; providing a shear web comprising a flange extending longitudinally in the spanwise direction, the flange comprising a base defining a primary bonding surface; selecting a chordwise width of the primary bonding surface to correspond substantially, that is within a tolerance of +/-20%, to a chordwise width or a combined chordwise width of the one or more intermediate strips of the spar cap; and bonding the primary bonding surface of the flange to the one or more intermediate strips of the spar cap.
A method for analyzing appliances in a power line network, comprising: obtaining an electrical characteristic of the power line network, using a sensor that is connected to the power line network; and detecting whether an appliance of a set of candidate appliances (240, 250, 260) is connected to the power line network based on the electrical characteristic and on a configuration of the power line network and based on a model profile, characterized in that generating the model profile comprises: transforming electrical characteristics of the set of candidate appliances (240, 250, 260) by different respective individual line lengths between the respective candidate appliances (240, 250, 260) and a point to which the sensor is connected, and combining the transformed electrical characteristics, or transforming combined electrical characteristics of the set of candidate appliances (240, 250, 260) by a global line length, the global line length corresponding to the line length from a point to which the sensor is connected. obtaining an electrical characteristic of the power line network, using a sensor that is connected to the power line network; and detecting whether an appliance of a set of candidate appliances (240, 250, 260) is connected to the power line network based on the electrical characteristic and on a configuration of the power line network and based on a model profile, characterized in that transforming electrical characteristics of the set of candidate appliances (240, 250, 260) by different respective individual line lengths between the respective candidate appliances (240, 250, 260) and a point to which the sensor is connected, and combining the transformed electrical characteristics, or transforming combined electrical characteristics of the set of candidate appliances (240, 250, 260) by a global line length, the global line length corresponding to the line length from a point to which the sensor is connected.
Drawer with a control room for storing piece goods with a bottom and four side walls and with at least one separating element which is inserted parallel to the side walls, so that at least two segments are formed, wherein at least one segment comprises at least at two opposing sides at least one respective sensor assembly with a plurality of signal transmitters and/or signal receivers, each of control electronics for power supply, controlling and/or processing of signals, wherein a signal of a signal transmitter of a sensor assembly of a plurality of signal receivers of the opposing sensor assembly is detectable and the at least one separating element is positioned approximately parallel to the direction of a signal between signal transmitters and signal receivers, characterized in that at least a sensor assembly is integrated at least at a side of the segment into a side wall and/or into a separating element by means of a recess; and the recess comprises an insertion opening for inserting a sensor assembly. wherein a signal of a signal transmitter of a sensor assembly of a plurality of signal receivers of the opposing sensor assembly is detectable and the at least one separating element is positioned approximately parallel to the direction of a signal between signal transmitters and signal receivers, characterized in that at least a sensor assembly is integrated at least at a side of the segment into a side wall and/or into a separating element by means of a recess; and the recess comprises an insertion opening for inserting a sensor assembly.
A method of producing a fatty aldehyde or fatty alcohol, the method comprising (i) producing in a host cell a polypeptide comprising (a) the amino acid sequence of SEQ ID NO:66, 70, 74, 76, 78, 80, or 82, wherein the polypeptide has reductase activity, or (b) an amino acid sequence having at least 70% identity to SEQ ID NO:66, 70, 74, 76, 78, 80, or 82, wherein the polypeptide has reductase activity, or (c) the amino acid sequence as defined in (b) with one or more conservative amino acid substitutions, and (ii) isolating the fatty aldehyde or fatty alcohol from the host cell, wherein the host cell is genetically modified to express the polypeptide. (i) producing in a host cell a polypeptide comprising (a) the amino acid sequence of SEQ ID NO:66, 70, 74, 76, 78, 80, or 82, wherein the polypeptide has reductase activity, or (b) an amino acid sequence having at least 70% identity to SEQ ID NO:66, 70, 74, 76, 78, 80, or 82, wherein the polypeptide has reductase activity, or (c) the amino acid sequence as defined in (b) with one or more conservative amino acid substitutions, and (a) the amino acid sequence of SEQ ID NO:66, 70, 74, 76, 78, 80, or 82, wherein the polypeptide has reductase activity, or (b) an amino acid sequence having at least 70% identity to SEQ ID NO:66, 70, 74, 76, 78, 80, or 82, wherein the polypeptide has reductase activity, or (c) the amino acid sequence as defined in (b) with one or more conservative amino acid substitutions, and (ii) isolating the fatty aldehyde or fatty alcohol from the host cell,
Variable valve drive for a lifting valve, in particular for a charge-exchange valve of an internal combustion engine, which is periodically movable between a closed position and an open position indirectly by way of a cam of a camshaft, comprising a switchable rocker lever arrangement for the actuation of the lifting valve, having a transmission rocker lever and a valve rocker lever which are mounted so as to be pivotable on different rocker lever axles (13, 23) which are each parallel to the camshaft axis, wherein the valve rocker lever, at a first end, is in operative contact with the lifting valve and, at a second end, has a roller, wherein the transmission rocker lever, at a first end, is in engagement with a cam of the camshaft and, at a second end, is operatively connected, by way of a contour surface (16; 516), to the roller of the valve rocker lever, in such a way that a rocking movement of the transmission rocker lever generates a rocking movement of the valve rocker lever, during which the roller of the valve rocker lever rolls on the contour surface; and an actuating device for the switching of the rocker lever arrangement, by way of which actuating device the contour surface (16; 516) can be rotated about the rocker lever axle of the transmission rocker lever, in order to generate a displacement of a rolling region (a1, a2) of the roller of the valve rocker lever on the contour surface (16; 516). a switchable rocker lever arrangement for the actuation of the lifting valve, having a transmission rocker lever and a valve rocker lever which are mounted so as to be pivotable on different rocker lever axles (13, 23) which are each parallel to the camshaft axis, wherein the valve rocker lever, at a first end, is in operative contact with the lifting valve and, at a second end, has a roller, wherein the transmission rocker lever, at a first end, is in engagement with a cam of the camshaft and, at a second end, is operatively connected, by way of a contour surface (16; 516), to the roller of the valve rocker lever, in such a way that a rocking movement of the transmission rocker lever generates a rocking movement of the valve rocker lever, during which the roller of the valve rocker lever rolls on the contour surface; and an actuating device for the switching of the rocker lever arrangement, by way of which actuating device the contour surface (16; 516) can be rotated about the rocker lever axle of the transmission rocker lever, in order to generate a displacement of a rolling region (a1, a2) of the roller of the valve rocker lever on the contour surface (16; 516).