mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound imaging system for providing a three-dimensional image of a volume, the ultrasound imaging system comprising: a transducer array configured to provide an ultrasound receive signal, a beam former configured to control the transducer array to scan the volume along a multitude of scanning lines, and further configured to receive the ultrasound receive signal and to provide an image signal, a signal processor configured to receive the image signal and to conduct a bandpass filtering operation around a central receive frequency on the image signal, wherein the signal processor is further configured to provide image data, an image processor configured to receive the image data from the signal processor and to provide display data, and a display configured to receive the display data and to provide the three-dimensional image, characterised in that the signal processor is further configured to adjust the central receive frequency as a function of a spacing of the scanning lines, wherein the signal processor is configured to lower the central receive frequency when the spacing is increased. a transducer array configured to provide an ultrasound receive signal, a beam former configured to control the transducer array to scan the volume along a multitude of scanning lines, and further configured to receive the ultrasound receive signal and to provide an image signal, a signal processor configured to receive the image signal and to conduct a bandpass filtering operation around a central receive frequency on the image signal, wherein the signal processor is further configured to provide image data, an image processor configured to receive the image data from the signal processor and to provide display data, and a display configured to receive the display data and to provide the three-dimensional image, characterised in that the signal processor is further configured to adjust the central receive frequency as a function of a spacing of the scanning lines, wherein the signal processor is configured to lower the central receive frequency when the spacing is increased.
A heat sink for use with a thermal pad, the heat sink comprising: a heat sink body to engage the thermal pad; and wherein said heat sink body engages said thermal pad between said heat sink body and an electrical component; a plurality of relief holes formed within the heat sink body, wherein the plurality of relief holes receives a portion of the thermal pad to limit an applied heat sink pressure onto a component, the heat sink body includes an alignment feature to receive the thermal pad, wherein the alignment feature is a recessed portion of the heat sink body, and wherein said relief holes are configured to allow for the thermal pad to flow through the relief holes, and characterized in that a size and a quantity and a position of the plurality of relief holes corresponds to the applied heat sink pressure onto the component. a heat sink body to engage the thermal pad; and wherein said heat sink body engages said thermal pad between said heat sink body and an electrical component; a plurality of relief holes formed within the heat sink body, wherein the plurality of relief holes receives a portion of the thermal pad to limit an applied heat sink pressure onto a component, the heat sink body includes an alignment feature to receive the thermal pad, wherein the alignment feature is a recessed portion of the heat sink body, and wherein said relief holes are configured to allow for the thermal pad to flow through the relief holes, and characterized in that a size and a quantity and a position of the plurality of relief holes corresponds to the applied heat sink pressure onto the component.
A non-oriented multilayer label assembly adapted for application to a deformable package, the label comprising: a core layer including at least a majority proportion of ethylene vinyl acetate, the core layer defining an outer face and an oppositely directed inner face; a print-receptive outer layer disposed on the outer face of the core layer, the print-receptive outer layer including one of: (i) a blend including ethylene vinyl acetate and homopolypropylene, and (ii) polyvinyl alcohol (PVOH); an inner layer disposed on the inner face of the core layer, the inner layer including ethylene vinyl acetate and homopolypropylene. a core layer including at least a majority proportion of ethylene vinyl acetate, the core layer defining an outer face and an oppositely directed inner face; a print-receptive outer layer disposed on the outer face of the core layer, the print-receptive outer layer including one of: (i) a blend including ethylene vinyl acetate and homopolypropylene, and (ii) polyvinyl alcohol (PVOH); (i) a blend including ethylene vinyl acetate and homopolypropylene, and (ii) polyvinyl alcohol (PVOH); an inner layer disposed on the inner face of the core layer, the inner layer including ethylene vinyl acetate and homopolypropylene.
A method for transmitting an uplink Sounding Reference Signal SRS by a User Equipment UE, comprising steps of: receiving information comprising an index, the index indicating an SRS transmission period and an offset which is an index of a method, using which to select two SRS transmission offsets; generating an SRS; and transmitting, if the information indicates the SRS transmission period is 2ms, the SRS in two Single Carrier Frequency Division Multiple Access, SCFDMA, symbols in a half frame according to the SRS transmission offsets, wherein if an Uplink Pilot Time Slot UpPTS in the half frame includes two SCFDMA symbols, a first SCFDMA symbol in the UpPTS is indicated by an SRS transmission offset of the two SRS transmission offsets with the value 0 and a second SCFDMA symbol in the UpPTS is indicated by an SRS transmission offset of the two SRS transmission offsets with the value 1, and wherein if the UpPTS includes one SCFDMA symbol, the SCFDMA symbol in the UpPTS is indicated by an SRS transmission offset of the two SRS transmission offsets with the value 1 and the SRS symbol in another sub-frame than the UpPTS is indicated by an SRS transmission offset of the two SRS transmission offsets with the value 2, 3 or 4. receiving information comprising an index, the index indicating an SRS transmission period and an offset which is an index of a method, using which to select two SRS transmission offsets; generating an SRS; and transmitting, if the information indicates the SRS transmission period is 2ms, the SRS in two Single Carrier Frequency Division Multiple Access, SCFDMA, symbols in a half frame according to the SRS transmission offsets, wherein if an Uplink Pilot Time Slot UpPTS in the half frame includes two SCFDMA symbols, a first SCFDMA symbol in the UpPTS is indicated by an SRS transmission offset of the two SRS transmission offsets with the value 0 and a second SCFDMA symbol in the UpPTS is indicated by an SRS transmission offset of the two SRS transmission offsets with the value 1, and wherein if the UpPTS includes one SCFDMA symbol, the SCFDMA symbol in the UpPTS is indicated by an SRS transmission offset of the two SRS transmission offsets with the value 1 and the SRS symbol in another sub-frame than the UpPTS is indicated by an SRS transmission offset of the two SRS transmission offsets with the value 2, 3 or 4.
A method of producing a purified population of nucleic acid conjugate reaction products comprising; providing reaction members that comprise nucleic acid conjugate reaction products and nucleic acid or nucleic acid conjugate reactants, wherein said reactants comprise a first reactive group, contacting the reaction members with a capping molecule comprising a capture group, wherein the capping molecule reacts with the first reactive group to form a covalent bond, thereby attaching the capture group to nucleic acid or nucleic acid conjugate reactants in reaction members, removing the nucleic acid or nucleic acid conjugate reactants from the reaction members using a binding member that binds the capture group, thereby producing a purified population of nucleic acid conjugate products.
A method of detecting a mass variation using an impedance scanning quartz microbalance which may be coupled to an evaluation device in such a way that the quartz is connected to the evaluation device in a direct-current decoupled manner, characterised in that the quartz microbalance is configured for transmitting the measurement points recorded with a predefined data acquisition rate as raw data to the evaluation device, said method including at least the following steps independent from the phase information and the amplitude information of the measurement points: - linearly adapting the measurement points of the raw data to a fractional-rational function, and - determining at least one resonant frequency from the adapted measurement points of the raw data, where a variation of the at least one resonance frequency does correspond to an effective mass variation. - linearly adapting the measurement points of the raw data to a fractional-rational function, and - determining at least one resonant frequency from the adapted measurement points of the raw data, where a variation of the at least one resonance frequency does correspond to an effective mass variation.
Grip for grasping with one hand, in particular for holding a leash device for rolling up and unrolling a leash for leading an animal, having a rigid gripping part, characterised in that an adjustable grip length limitation is provided for adjusting a grip length for different hand widths, and that a grip strap, connected to the gripping part, is provided that is designed as one piece with the gripping part, wherein the grip strap and the gripping part form a grip opening for at least partially passing fingers through, and the grip length limitation is arranged within the grip opening.
A contoured surface planing apparatus comprising a tool including: a main body; a rotary cutter supported by the main body for rotation about a cutter axis and comprising an abrasive outer circumferential cutter surface; a motor operatively engageable with the cutter and configured to drive the cutter in rotation about the cutter axis; at least three orientation contact points spaced around the cutter and defining an orientation contact plane disposed parallel to the cutter axis; and at least three rollers (46, 48, 52) supported on a chassis carried by the main body, the orientation contact points being respective rolling contact points of the rollers and the orientation contact plane being a rolling contact plane; characterized in that: two of the rollers are leading rollers supported on the chassis for rotation about respective leading roller axes parallel to the cutter axis and spaced ahead of the cutter relative the intended direction of cut, the leading rollers being spaced axially from one another a distance approximately equal to the axial length of the outer circumferential cutter surface. a main body; a rotary cutter supported by the main body for rotation about a cutter axis and comprising an abrasive outer circumferential cutter surface; a motor operatively engageable with the cutter and configured to drive the cutter in rotation about the cutter axis; at least three orientation contact points spaced around the cutter and defining an orientation contact plane disposed parallel to the cutter axis; and at least three rollers (46, 48, 52) supported on a chassis carried by the main body, the orientation contact points being respective rolling contact points of the rollers and the orientation contact plane being a rolling contact plane; characterized in that: two of the rollers are leading rollers supported on the chassis for rotation about respective leading roller axes parallel to the cutter axis and spaced ahead of the cutter relative the intended direction of cut, the leading rollers being spaced axially from one another a distance approximately equal to the axial length of the outer circumferential cutter surface. two of the rollers are leading rollers supported on the chassis for rotation about respective leading roller axes parallel to the cutter axis and spaced ahead of the cutter relative the intended direction of cut, the leading rollers being spaced axially from one another a distance approximately equal to the axial length of the outer circumferential cutter surface.
A method of assaying peptidoglycans (PGNs) in a sample of glucose polymer, comprising: a) treating the sample of glucose polymer by sonication, heating, and/or alkalization; b) bringing the treated sample or a dilution thereof into contact with a recombinant cell expressing an exogenous TLR2 receptor (Toll-like Receptor 2) and a reporter gene under the direct dependence of the signaling pathway associated with the TLR2 receptor, said reporter gene coding for a colored or fluorescent protein or for a protein whose activity can be measured with or without substrate; c) measuring the reporter gene signal; and d) determining the amount of PGN in the sample using a calibration curve of the correspondence between the amount of PGN and the intensity of the reporter gene signal characterized in that the calibration curve of the correspondence between the amount of PGN and the intensity of the reporter gene signal is standardized or calibrated with PAM 3 Cys-Ser-(Lys)4 trihydrochloride or was prepared with PAM 3 Cys-Ser-(Lys)4 trihydrochloride. a) treating the sample of glucose polymer by sonication, heating, and/or alkalization; b) bringing the treated sample or a dilution thereof into contact with a recombinant cell expressing an exogenous TLR2 receptor (Toll-like Receptor 2) and a reporter gene under the direct dependence of the signaling pathway associated with the TLR2 receptor, said reporter gene coding for a colored or fluorescent protein or for a protein whose activity can be measured with or without substrate; c) measuring the reporter gene signal; and d) determining the amount of PGN in the sample using a calibration curve of the correspondence between the amount of PGN and the intensity of the reporter gene signal characterized in that the calibration curve of the correspondence between the amount of PGN and the intensity of the reporter gene signal is standardized or calibrated with PAM 3 Cys-Ser-(Lys)4 trihydrochloride or was prepared with PAM 3 Cys-Ser-(Lys)4 trihydrochloride.
Optical waveguide plug part of an optical waveguide plug connector for an optical waveguide which has a fibre with a core and with a fibre insulator and a sheath, having a contact carrier with a tube for receiving the optical waveguide with a tube which has a first section for the engagement of the optical waveguide, a second section for the engagement of the fibre (11, 12) and a third section for the engagement of the core of the fibre, and having at least one clamping part for securing the optical waveguide in the contact carrier, wherein the clamping part has a first clamping section for clamping the sheath of the optical waveguide and has a second clamping section for clamping the fibre of the optical waveguide, characterized in that the contact carrier has, in the region of the first and second sections of the tube, a lateral opening for receiving the at least one clamping part, wherein the first clamping section of the clamping part has cutting elements for cutting into the sheath of the optical waveguide, and the second clamping section of the clamping part has cutting elements for cutting into the fibre of the optical waveguide.
A method of determining the position of at least one fixed cartography token of an automaton, said token comprising a base comprising a lateral surface and an end face, a stud of smaller cross-section than the base projecting from the end face of the base, said stud comprising an end face opposite the base, said method comprising the steps consisting in: (a) moving a movable member until it contacts a first zone of the lateral surface of the base, (b) moving the movable member until it contacts a second zone of the lateral surface of the base, (c) moving the movable member until it contacts the end face of the stud, (d) moving the movable member until it contacts the end face of the base, (e) deducing therefrom the coordinates (XO, YO, ZO) of at least one point of the cartography token with respect to the movable member, the method comprising at least one step of searching for the cartography token consisting in moving the movable member so as to scan a determined zone along a defined trajectory, until it contacts the lateral surface (12a, 12b, 13a, 13b) of the base, the position of the movable member along a longitudinal axis of the token remaining unchanged during the searching step, and in that if the movable member is not in contact with the lateral surface (12a, 12, 13a, 13b) of the base of the cartography token during a searching step, then another searching step is executed, at a different position of the movable member along the longitudinal axis of the token. (a) moving a movable member until it contacts a first zone of the lateral surface of the base, (b) moving the movable member until it contacts a second zone of the lateral surface of the base, (c) moving the movable member until it contacts the end face of the stud, (d) moving the movable member until it contacts the end face of the base, (e) deducing therefrom the coordinates (XO, YO, ZO) of at least one point of the cartography token with respect to the movable member,
An electric power control apparatus for a construction machine, comprising: a motor; an electrical storage device which performs supply and receive of electric power with the motor, the electrical storage device including a plurality of electrical storage modules; and a module-temperature detection section which detects a plurality of module temperatures which are respective temperatures of the electrical storage modules; characterized by an electrical-storage-device temperature detector which detects a temperature relating to the electrical storage device; a temperature-condition judgment section which judges whether the electrical storage device is under a predetermined non-steady temperature condition, based on the temperature detected by the electrical-storage-device temperature detector; and an adopted-module-temperature selection section which selects a module temperature most deviated to a side of the non-steady temperature condition, based on the judgment made by the temperature-condition judgment section, from the module temperatures detected by the module-temperature detection section, as an adopted-module-temperature; and a charge/discharge-electric-power-upper-limit setting section which sets an upper limit of charge electric power and an upper limit of discharge electric power of the electrical storage device, based on the adopted-module-temperature selected by the adopted-module-temperature selection section, when the temperature-condition judgment section judges that the electrical storage device is under the non-steady temperature condition. a motor; an electrical storage device which performs supply and receive of electric power with the motor, the electrical storage device including a plurality of electrical storage modules; and a module-temperature detection section which detects a plurality of module temperatures which are respective temperatures of the electrical storage modules; characterized by an electrical-storage-device temperature detector which detects a temperature relating to the electrical storage device; a temperature-condition judgment section which judges whether the electrical storage device is under a predetermined non-steady temperature condition, based on the temperature detected by the electrical-storage-device temperature detector; and an adopted-module-temperature selection section which selects a module temperature most deviated to a side of the non-steady temperature condition, based on the judgment made by the temperature-condition judgment section, from the module temperatures detected by the module-temperature detection section, as an adopted-module-temperature; and a charge/discharge-electric-power-upper-limit setting section which sets an upper limit of charge electric power and an upper limit of discharge electric power of the electrical storage device, based on the adopted-module-temperature selected by the adopted-module-temperature selection section, when the temperature-condition judgment section judges that the electrical storage device is under the non-steady temperature condition.
Feeding plate for a heat exchanger manifold, said feeding plate elongating along a longitudinal axis and having at least one set (130a, 130b) of holes for feeding the heat exchanger with coolant, each set (130a, 130b) of holes being distributed along said longitudinal axis, wherein the holes are configured for providing a constant coolant flow rate through said holes (131 - 133) and along at least a part of the longitudinal axis, wherein at least one part of the holes (131 -133) of each set (130a, 130b) has different areas regarding the other holes of said set (130a, 130b), wherein each set (130a, 130b) of holes comprises a section along which the holes area is monotonically increasing along the longitudinal axis, characterized in that the section comprises a first part along which the holes area increases linearly and a second part along which the holes (131 - 133) area increases parabolically, wherein the first part of the section extends through at least two third of said feeding plate, wherein the holes located onto the first part of each set's section are circular, and/or the holes located onto the second part of said section are elliptical or oblong.
A misfire judging device judging misfire of an internal combustion engine which has a plurality of cylinders with an output shaft connected to a post-stage via a spiral element, said misfire judging device comprising: a rotational position detecting module adapted to detect a rotational position of the output shaft of said internal combustion engine; and a unit rotation angle rotation speed calculating module adapted to calculate a unit rotation angle rotation speed which is a rotation speed of each predetermined unit rotation angle of the output shaft of said internal combustion engine based on said detected rotational position; characterized by a misfire judging module adapted to judge whether or not misfire occurs to any of cylinders of said internal combustion engine based on a variation in the rotation speed after calculation obtained by adding or subtracting a sine wave component with a time in which the output shaft of said internal combustion engine rotates 720 degrees as a period, to or from a variation in said calculated unit rotation angle rotation speed, when an operation point of said internal combustion engine belongs in a resonance region in a post-stage including said spiral element. a rotational position detecting module adapted to detect a rotational position of the output shaft of said internal combustion engine; and a unit rotation angle rotation speed calculating module adapted to calculate a unit rotation angle rotation speed which is a rotation speed of each predetermined unit rotation angle of the output shaft of said internal combustion engine based on said detected rotational position; characterized by a misfire judging module adapted to judge whether or not misfire occurs to any of cylinders of said internal combustion engine based on a variation in the rotation speed after calculation obtained by adding or subtracting a sine wave component with a time in which the output shaft of said internal combustion engine rotates 720 degrees as a period, to or from a variation in said calculated unit rotation angle rotation speed, when an operation point of said internal combustion engine belongs in a resonance region in a post-stage including said spiral element.