mhurhangee/patent-ind-claim-en huggingface dataset:
Centrifugal motor compressor unit, including a motor compressor including a motor means leading a compressor stage in rotation, including a liquid / gas separator , said compressor being integrated in the separator , the liquid / gas separator including a sump having an overall cylindrical form equipped with at least one gas separator stage suitable for separating a humid gas accepted in entry in the sump into a gaseous phase and a liquid phase, wherein the separator includes a first separator stage in which the humid gas is separated by at least one of differentiation from the quantity of the movement then by gravity and inertia applied to each of the gaseous phase and the liquid phase so as to issue a dry gas; and wherein the sump internally includes a compartment including a diameter higher than that of the rest of the sump in which flows the dry gaseous phase separated by said at least one separator stage and in which is assembled the compressor stage of the motor compressor configured for receiving at least one part of the separated gaseous phase, the motor compressor being integrated into the separator by the sump of the separator including a head , overall cylindrical, with enlarged diameter, in which is dispersed in operation the gaseous phase separated by the at least one gas separator stage and which internally delimits the compartment in which is assembled the compressor stage , the head being located at the opposite end to that of an entry of the separator . wherein the separator includes a first separator stage in which the humid gas is separated by at least one of differentiation from the quantity of the movement then by gravity and inertia applied to each of the gaseous phase and the liquid phase so as to issue a dry gas; and wherein the sump internally includes a compartment including a diameter higher than that of the rest of the sump in which flows the dry gaseous phase separated by said at least one separator stage and in which is assembled the compressor stage of the motor compressor configured for receiving at least one part of the separated gaseous phase, the motor compressor being integrated into the separator by the sump of the separator including a head , overall cylindrical, with enlarged diameter, in which is dispersed in operation the gaseous phase separated by the at least one gas separator stage and which internally delimits the compartment in which is assembled the compressor stage , the head being located at the opposite end to that of an entry of the separator .
An outer blade cutting wheel comprising an annular thin disc base having a pair of planar surfaces and a periphery, and a blade section composed of abrasive grains and a bond and formed on the periphery of the base, the wheel being adapted to rotate about an axis, characterized in that the blade section has a form such that, considering a volume delineated by two imaginary planes (vf1,vf2) extending parallel to the planar surfaces of the base and tangent to the side surfaces of the blade section and two imaginary circumferences (vc1,vc2) defined about the rotational axis and extending tangent to inner and outer perimeters of the blade section, the blade section occupies 10 to 40% of that volume, excluding the region occupied within it by the base , the side surfaces of the blade section having an indented shape relative to the imaginary planes (vf1,vf2).
An apparatus comprising a body being a turbine engine component or a fluid vessel or tank extending between first and second sides, the apparatus including a plug assembly for sealing, closing, covering and/or otherwise plugging an aperture in the body, wherein the plug assembly includes a collar , a fastener and a retainer , wherein the collar sealingly engages the first side and extends into an aperture in the body , the fastener engages the second side and extends through the collar to a distal end , and the retainer is mated with the fastener at the distal end , wherein the collar and the fastener cooperate to limit rotation therebetween; wherein the aperture extends along an axis through the body between the first and the second sides, and the axis is acute to the first side and/or the second side .
Apparatus for supporting a musical instrument comprising: a stand comprising a plurality of legs and a center block having a plurality of apertures for receiving the legs, the plurality of legs comprising a forward leg and two rear legs , each of the legs comprising a top end and a bottom end, wherein the legs are pivotally attached to the center block and held within the apertures, and the apertures are shaped such that the legs are moveable between a folded configuration and a splayed configuration; the apparatus being characterized in that it further comprises a case for carrying the stand when the stand is in the folded configuration, the case comprising an instrument support configured to engage the bottom end of the forward leg of the stand when the stand is in the splayed configuration. a stand comprising a plurality of legs and a center block having a plurality of apertures for receiving the legs, the plurality of legs comprising a forward leg and two rear legs , each of the legs comprising a top end and a bottom end, wherein the legs are pivotally attached to the center block and held within the apertures, and the apertures are shaped such that the legs are moveable between a folded configuration and a splayed configuration; the apparatus being characterized in that it further comprises a case for carrying the stand when the stand is in the folded configuration, the case comprising an instrument support configured to engage the bottom end of the forward leg of the stand when the stand is in the splayed configuration.
A sensor system for detecting elements of a flow of harvested material , in particular in an agricultural working machine , wherein the sensor system comprises an oscillating circuit and a measuring device , wherein the oscillating circuit consists of at least one capacitive structural element with a capacitance and an inductive structural element with an inductance, wherein the oscillating circuit has a resonance frequency, wherein the resonance frequency depends on the capacitance and the inductance, wherein the measuring device is provided and configured to determine the resonance frequency of the oscillating circuit, wherein the capacitive element is disposed in the region of the flow of harvested material , wherein the capacitive element is configured such that the capacitance is influenced by individual elements of the flow of harvested material , wherein the sensor system is provided and configured to infer at least one property of the respective element of the flow of harvested material from the resonance frequency of the oscillating circuit, characterized in that the capacitive structural element is configured as a flat capacitor . wherein the sensor system comprises an oscillating circuit and a measuring device , wherein the oscillating circuit consists of at least one capacitive structural element with a capacitance and an inductive structural element with an inductance, wherein the oscillating circuit has a resonance frequency, wherein the resonance frequency depends on the capacitance and the inductance, wherein the measuring device is provided and configured to determine the resonance frequency of the oscillating circuit, wherein the capacitive element is disposed in the region of the flow of harvested material , wherein the capacitive element is configured such that the capacitance is influenced by individual elements of the flow of harvested material , wherein the sensor system is provided and configured to infer at least one property of the respective element of the flow of harvested material from the resonance frequency of the oscillating circuit, characterized in that the capacitive structural element is configured as a flat capacitor .
A cooked food that visually mimics smoked or char-grilled food in spite of not having been smoked or char-grilled, comprising a food substrate and a food coating composition applied to the surface of the food substrate, wherein the food substrate is meat or seafood, and the food coating composition comprises a cocoa powder having an L* of 35 or less and a powdery dispersion medium, wherein the cocoa powder is dispersed in the powdery dispersion medium. the food substrate is meat or seafood, and the food coating composition comprises a cocoa powder having an L* of 35 or less and a powdery dispersion medium, wherein the cocoa powder is dispersed in the powdery dispersion medium.
Processor chip card (SC) having a secure microcontroller (MC) and an intermediate chip which is designed to receive and to send data in data blocks via a contactless interface (RF, 12) in accordance with a radio communication protocol and to transmit data within the processor chip card (SC) having the secure microcontroller (MC) in data blocks in accordance with a contact communication protocol, wherein the data blocks each comprise useful data in accordance with the radio communication protocol and in accordance with the contact communication protocol, wherein the intermediate chip is configured in such a way that the maximum volume of useful data of a data block in the radio communication protocol and the contact communication protocol is identical, characterized in that either the processor chip card (SC) is designed to collect all data blocks of a data transmission entering the intermediate chip under a communication protocol and in which the intermediate chip is configured, after the last data block of the incoming data transmission has entered, to convert the metadata of each collected data block into the corresponding other communication protocol and to send the converted data blocks, or in that the intermediate chip is configured to convert the metadata of a data block of a data transmission entering the intermediate chip under a communication protocol into the corresponding other communication protocol in parallel with the reception of other data blocks and to pass on the converted data block without waiting for the end of the data transmission. characterized in that either the processor chip card (SC) is designed to collect all data blocks of a data transmission entering the intermediate chip under a communication protocol and in which the intermediate chip is configured, after the last data block of the incoming data transmission has entered, to convert the metadata of each collected data block into the corresponding other communication protocol and to send the converted data blocks, or in that the intermediate chip is configured to convert the metadata of a data block of a data transmission entering the intermediate chip under a communication protocol into the corresponding other communication protocol in parallel with the reception of other data blocks and to pass on the converted data block without waiting for the end of the data transmission.
A pneumatic tire comprising: a tread portion having a tread rubber forming an outer surface; and sidewall portions each having a sidewall rubber forming an outer surface, wherein the tread rubber includes a cap rubber having an outer surface portion on which a ground contact surface is formed by a plurality of circumferential groove portions and a plurality of circumferential land portions, and a base rubber disposed inward of the cap rubber in a tire radial direction so as to extend to each sidewall portion, characterised in that the pneumatic tire further comprises: in the ground contact surface, an area formed by the circumferential groove portions is 15 to 30% of a total ground contact area, and a loss tangent (tanδb) of the base rubber and a loss tangent (tanδs) of the sidewall rubber which are measured under a condition of a temperature of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain of 1% with a deformation mode being a tension mode, satisfy the following (expression 1), tan δ b/tan δs < 1 a tread portion having a tread rubber forming an outer surface; and sidewall portions each having a sidewall rubber forming an outer surface, wherein the tread rubber includes a cap rubber having an outer surface portion on which a ground contact surface is formed by a plurality of circumferential groove portions and a plurality of circumferential land portions, and a base rubber disposed inward of the cap rubber in a tire radial direction so as to extend to each sidewall portion, characterised in that the pneumatic tire further comprises: a cap rubber having an outer surface portion on which a ground contact surface is formed by a plurality of circumferential groove portions and a plurality of circumferential land portions, and a base rubber disposed inward of the cap rubber in a tire radial direction so as to extend to each sidewall portion, characterised in that the pneumatic tire further comprises: in the ground contact surface, an area formed by the circumferential groove portions is 15 to 30% of a total ground contact area, and a loss tangent (tanδb) of the base rubber and a loss tangent (tanδs) of the sidewall rubber which are measured under a condition of a temperature of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain of 1% with a deformation mode being a tension mode, satisfy the following (expression 1), tan δ b/tan δs < 1
A compound of Formula 1 or pharmaceutically acceptable salts thereof, wherein R 1 is independently selected from groups referred to as follows: wherein R 2 is independently selected from groups referred to as follows: wherein R 3 is independently selected from groups referred to as follows: R 1 is independently selected from groups referred to as follows: wherein R 2 is independently selected from groups referred to as follows: wherein R 3 is independently selected from groups referred to as follows:
A speech/audio coding apparatus comprising: a time/frequency transformation section that is adapted to transform a time-domain speech input signal into a frequency-domain spectrum; a dividing section that is adapted to divide a frequency region of the spectrum in extended band into a plurality of bands; a limited band setting section that is adapted to set, for each band resulting from the division, when a difference between a frequency with a maximum amplitude in a spectrum of the divided band in a preceding frame and a frequency with a maximum amplitude in a spectrum of the divided band in a current frame is below a threshold, a limited band within the respective divided band, the limited band having a half-width equal to the threshold, shortened to an end of the respective divided band if necessary so as not to reach beyond the respective divided band, the limited band thereby including the frequency with the maximum amplitude in the spectrum in the preceding frame and the frequency with the maximum amplitude in the spectrum of the divided band in the current frame; and a transform coding section that is adapted, for each band resulting from the division, to encode the spectrum in the limited band and not to encode a spectrum outside the limited band within its respective divided band. a time/frequency transformation section that is adapted to transform a time-domain speech input signal into a frequency-domain spectrum; a dividing section that is adapted to divide a frequency region of the spectrum in extended band into a plurality of bands; a limited band setting section that is adapted to set, for each band resulting from the division, when a difference between a frequency with a maximum amplitude in a spectrum of the divided band in a preceding frame and a frequency with a maximum amplitude in a spectrum of the divided band in a current frame is below a threshold, a limited band within the respective divided band, the limited band having a half-width equal to the threshold, shortened to an end of the respective divided band if necessary so as not to reach beyond the respective divided band, the limited band thereby including the frequency with the maximum amplitude in the spectrum in the preceding frame and the frequency with the maximum amplitude in the spectrum of the divided band in the current frame; and a transform coding section that is adapted, for each band resulting from the division, to encode the spectrum in the limited band and not to encode a spectrum outside the limited band within its respective divided band.
A method of generating an ultrasound elastic image, performed by an ultrasound imaging apparatus including a curved array probe , the method comprising: inducing a shear wave that propagates in a second direction by transmitting a first ultrasound signal in a first direction via the curved array probe , wherein the first ultrasound signal comprises a push signal for applying to an object ; transmitting a second ultrasound signal to the object for tracking the shear wave , wherein the second ultrasound signal is a plane wave having a straight-line waveform parallel to the second direction; receiving an echo signal (S920) reflected by the object in response to the second ultrasound signal via the curved array probe , wherein distances between each two received adjacent scan lines adjacent to one another are uniform; beamforming the received echo signal (S1510) based on a rectangular scan format; and generating an elastic image of the object by using the beamformed echo signal, characterized in that the transmitting of the second ultrasound signal comprises generating the second ultrasound signal by controlling a delay for an ultrasound wave generated by each of a plurality of transducers in the curved array probe , and in that a negative focal point of the second ultrasound signal is located between a curved surface of the curved array probe and a central point of the curved surface of the curved array probe , the central point of the curved surface of the curved array probe being a point at which the negative focal point is located when the second ultrasound signal is focused at -100%. inducing a shear wave that propagates in a second direction by transmitting a first ultrasound signal in a first direction via the curved array probe , wherein the first ultrasound signal comprises a push signal for applying to an object ; transmitting a second ultrasound signal to the object for tracking the shear wave , wherein the second ultrasound signal is a plane wave having a straight-line waveform parallel to the second direction; receiving an echo signal (S920) reflected by the object in response to the second ultrasound signal via the curved array probe , wherein distances between each two received adjacent scan lines adjacent to one another are uniform; beamforming the received echo signal (S1510) based on a rectangular scan format; and generating an elastic image of the object by using the beamformed echo signal, characterized in that the transmitting of the second ultrasound signal comprises generating the second ultrasound signal by controlling a delay for an ultrasound wave generated by each of a plurality of transducers in the curved array probe , and in that a negative focal point of the second ultrasound signal is located between a curved surface of the curved array probe and a central point of the curved surface of the curved array probe , the central point of the curved surface of the curved array probe being a point at which the negative focal point is located when the second ultrasound signal is focused at -100%.
A user apparatus (UE) configured to perform communication with a base station (eNB) in a mobile communication system that supports carrier aggregation, comprising: transmission means configured to transmit, to the base station (eNB), a first number of layers for each of component carriers that form the carrier aggregation as information of downlink MIMO capability; and reception means configured to receive, from the base station (eNB), a second number of layers that is used for determining a bit width of a rank indicator for each of the component carriers that form the carrier aggregation determination means configured to determine a bit width of a rank indicator for each of the component carriers based on the second number of layers received by the reception means. transmission means configured to transmit, to the base station (eNB), a first number of layers for each of component carriers that form the carrier aggregation as information of downlink MIMO capability; and reception means configured to receive, from the base station (eNB), a second number of layers that is used for determining a bit width of a rank indicator for each of the component carriers that form the carrier aggregation determination means configured to determine a bit width of a rank indicator for each of the component carriers based on the second number of layers received by the reception means.
A utility vehicle that comprises an electronic control unit and a work unit (20 22) and that is configured to run a working area (AR) to perform work by the work unit , wherein the electronic control unit has a microprocessor and a memory , wherein the microprocessor is configured to function as: a set mowing height inputting unit (44a1) configured to input a mowing height of lawn mowing work set by a user; a desired mowing height setting unit (44a2) configured to set a desired mowing height based on the set mowing height inputted by the set mowing height inputting unit; and a mowing height regulating unit (44a3) configured to regulate height from ground surface of the work unit based on the desired mowing height set by the desired mowing height setting unit, characterized in that , when the set mowing height is input by the user, work is performed at a higher level than the set mowing height, and then the desired mowing height is successively lowered in steps to complete lowering to the set mowing height with consideration to lawn growth condition. a set mowing height inputting unit (44a1) configured to input a mowing height of lawn mowing work set by a user; a desired mowing height setting unit (44a2) configured to set a desired mowing height based on the set mowing height inputted by the set mowing height inputting unit; and a mowing height regulating unit (44a3) configured to regulate height from ground surface of the work unit based on the desired mowing height set by the desired mowing height setting unit, characterized in that , when the set mowing height is input by the user, work is performed at a higher level than the set mowing height, and then the desired mowing height is successively lowered in steps to complete lowering to the set mowing height with consideration to lawn growth condition.