mhurhangee/ep-ind-claims huggingface dataset:
Tyre for a construction plant vehicle, comprising a tread and a crown reinforcement arranged radially on the inside of the tread, the crown reinforcement comprising: - a protective reinforcement comprising at least one protective ply (42, 44) that exhibits a force at break Fm NSP; - a working reinforcement comprising at least one working ply (46, 48) that exhibits a force at break Fm NST, the working reinforcement being arranged radially on the inside of the protective reinforcement; and and wherein the ratio Fm NSP /Fm NST is greater than or equal to 0.27; characterized in that the tyre comprises: - a hoop reinforcement comprising at least one hooping ply (40, 41), the hooping ply (40, 41) comprising reinforcing elements known as hoop reinforcing elements, the hoop reinforcing elements making an angle at most equal to 10° with the circumferential direction of the tyre. - a protective reinforcement comprising at least one protective ply (42, 44) that exhibits a force at break Fm NSP; - a working reinforcement comprising at least one working ply (46, 48) that exhibits a force at break Fm NST, the working reinforcement being arranged radially on the inside of the protective reinforcement; and - a hoop reinforcement comprising at least one hooping ply (40, 41), the hooping ply (40, 41) comprising reinforcing elements known as hoop reinforcing elements, the hoop reinforcing elements making an angle at most equal to 10° with the circumferential direction of the tyre.
A vacuum cleaner comprising: a surface cleaning head including a dirty air inlet; a brush supported by the surface cleaning head; and a control circuit to operate the vacuum cleaner, the control circuit including a motor coupled to and operable to cause movement of the brush, a sensor to sense a voltage associated with motor current indicative of an amount of carpet load restricting the brush, a comparator to determine whether the voltage is less than a reference voltage, the reference voltage being less than a voltage value associated with motor current indicative of an excess carpet load, and a switch controlled in response to the determination, including the switch being controlled with a first pulse-width-modulated duty cycle when the voltage is less than the reference voltage and being controlled with a second PWM duty cycle when the voltage is greater than the reference voltage to restrict the current to the motor, the second PWM duty cycle being less than the first duty cycle, and the second PWM duty cycle being non-zero. a surface cleaning head including a dirty air inlet; a brush supported by the surface cleaning head; and a control circuit to operate the vacuum cleaner, the control circuit including a motor coupled to and operable to cause movement of the brush, a sensor to sense a voltage associated with motor current indicative of an amount of carpet load restricting the brush, a comparator to determine whether the voltage is less than a reference voltage, the reference voltage being less than a voltage value associated with motor current indicative of an excess carpet load, and a switch controlled in response to the determination, including the switch being controlled with a first pulse-width-modulated duty cycle when the voltage is less than the reference voltage and being controlled with a second PWM duty cycle when the voltage is greater than the reference voltage to restrict the current to the motor, the second PWM duty cycle being less than the first duty cycle, and the second PWM duty cycle being non-zero. a motor coupled to and operable to cause movement of the brush, a sensor to sense a voltage associated with motor current indicative of an amount of carpet load restricting the brush, a comparator to determine whether the voltage is less than a reference voltage, the reference voltage being less than a voltage value associated with motor current indicative of an excess carpet load, and a switch controlled in response to the determination, including the switch being controlled with a first pulse-width-modulated duty cycle when the voltage is less than the reference voltage and being controlled with a second PWM duty cycle when the voltage is greater than the reference voltage to restrict the current to the motor, the second PWM duty cycle being less than the first duty cycle, and the second PWM duty cycle being non-zero.
A method for producing a liposome encapsulating a paclitaxel monoglycoside and/or a docetaxel monoglycoside, and having an antibody specifically recognizing a cancer cell, the method comprising a step of bringing a liposome encapsulating a polyoxyethylene ester derivative, a lower alcohol, and a buffer or water into contact with a solution in which a paclitaxel monoglycoside and/or a docetaxel monoglycoside is dissolved in an alkylene glycol-containing buffer or water, wherein the polyoxyethylene ester derivative is selected from the group consisting of sodium polyoxyethylene alkyl ether sulfate, polyoxyethylene alkyl ether phosphate, polyoxyethylene alkyl phenyl ether phosphate, poly (oxyethylene-oxypropylene) methylpolysiloxane copolymer, polyoxyethylene octyl phenyl ether, polyoxyethylene stearylether, polyoxyethylene stearic acid amide, polyoxyethylene cetylether, polyoxyethylene polyoxypropylene glycol, and polyoxyethylene castor oil ester.
A polyimide precursor solution, comprising: an aqueous solvent containing water; particles; and a polyimide precursor, wherein the polyimide precursor has a high molecular weight region A containing a high molecular weight side maximum value and a low molecular weight region B containing a low molecular weight side maximum value in an elution curve obtained by gel permeation chromatography, a weight average molecular weight in the high molecular weight region A is 50,000 or more, a weight average molecular weight in the low molecular weight region B is 10,000 or more and 30,000 or less, and a value of a/(a+b) is 0.60 or more and 0.98 or less wherein a represents an area of the high molecular weight region A and b represents an area of the low molecular weight region B. an aqueous solvent containing water; particles; and a polyimide precursor, wherein the polyimide precursor has a high molecular weight region A containing a high molecular weight side maximum value and a low molecular weight region B containing a low molecular weight side maximum value in an elution curve obtained by gel permeation chromatography, a weight average molecular weight in the high molecular weight region A is 50,000 or more, a weight average molecular weight in the low molecular weight region B is 10,000 or more and 30,000 or less, and a value of a/(a+b) is 0.60 or more and 0.98 or less wherein a represents an area of the high molecular weight region A and b represents an area of the low molecular weight region B.
Sensor switch comprising in a common plane a first sensor electrode and a second sensor electrode at least partially surrounding the first sensor electrode, the sensor switch further comprising: - a first signal generator capacitively coupled to the first sensor electrode and capacitively coupled to the second sensor electrode, - a first sensor circuit coupled to the first sensor electrode, - a second sensor circuit coupled to the second sensor electrode, - an evaluation and control circuit connected to the first sensor circuit and the second sensor circuit, the evaluation and control circuit being configured to receive signals from the first and second sensor circuits, wherein the evaluation and control circuit is configured to derive - a first sensor electrode attenuation signal (420, 460) indicating a signal attenuation at the first sensor electrode, - a second sensor electrode attenuation signal (430, 470) indicating a signal attenuation at the second sensor electrode, and the evaluation and control circuit is configured to generate a switch output signal if the first sensor electrode attenuation signal (420, 460) indicates a higher attenuation than the attenuation indicated by the second sensor electrode attenuation signal (430, 470). - a first signal generator capacitively coupled to the first sensor electrode and capacitively coupled to the second sensor electrode, - a first sensor circuit coupled to the first sensor electrode, - a second sensor circuit coupled to the second sensor electrode, - an evaluation and control circuit connected to the first sensor circuit and the second sensor circuit, the evaluation and control circuit being configured to receive signals from the first and second sensor circuits, - a first sensor electrode attenuation signal (420, 460) indicating a signal attenuation at the first sensor electrode, - a second sensor electrode attenuation signal (430, 470) indicating a signal attenuation at the second sensor electrode, and
A filter device configured to filter an input signal, the input signal comprising a clock signal having a clock frequency, the filter device comprising: a first filter (101; 301, 305) configured to filter the input signal with a first set of filter coefficients to obtain a first filtered signal, and a second filter (101; 303, 305) configured to filter the input signal with a second set of coefficients to obtain a second filtered signal; a first frequency domain correlator (103; 307, 311) configured to correlate a first subset of frequency domain components of the first filtered signal to obtain a first correlation sequence in frequency domain and to sum up values of the first correlation sequence to obtain a first correlation value, and a second frequency domain correlator (103; 309, 311) configured to correlate a second subset of frequency domain components of the second filtered signal to obtain a second correlation sequence in frequency domain and to sum up values of the second correlation sequence to obtain a second correlation value, wherein the first subset of correlated frequency domain components and the second subset of correlated frequency domain components are respectively located within a predetermined frequency range of the correlated signals comprising the clock frequency; and a processor (105; 313) configured to select either the first set of filter coefficients or the second set of filter coefficients upon the basis of the first correlation value and the second correlation value for filtering the input signal. a first filter (101; 301, 305) configured to filter the input signal with a first set of filter coefficients to obtain a first filtered signal, and a second filter (101; 303, 305) configured to filter the input signal with a second set of coefficients to obtain a second filtered signal; a first frequency domain correlator (103; 307, 311) configured to correlate a first subset of frequency domain components of the first filtered signal to obtain a first correlation sequence in frequency domain and to sum up values of the first correlation sequence to obtain a first correlation value, and a second frequency domain correlator (103; 309, 311) configured to correlate a second subset of frequency domain components of the second filtered signal to obtain a second correlation sequence in frequency domain and to sum up values of the second correlation sequence to obtain a second correlation value, wherein the first subset of correlated frequency domain components and the second subset of correlated frequency domain components are respectively located within a predetermined frequency range of the correlated signals comprising the clock frequency; and a processor (105; 313) configured to select either the first set of filter coefficients or the second set of filter coefficients upon the basis of the first correlation value and the second correlation value for filtering the input signal.
A material handling machine having a material handling implement configured to move relative to a body of the material handling machine by operation of a hydraulic actuator, the hydraulic actuator comprising: a body defining a bore, the bore having a first end surface, a second end surface, and a bore surface, a piston slidable in the bore, the piston, bore surface and first end surface defining a first chamber, the piston, bore surface and second end surface defining a second chamber, a piston rod, connected to the piston the body further defining an accumulator chamber and a fluid passage between the first chamber and the accumulator chamber, characterised in that the hydraulic actuator further comprises an accumulator received in the accumulator chamber and a valve for selectably opening the fluid passage in a loader mode of operation of the material handling machine and selectably closing the fluid passage in a transport mode of operation of the material handling machine. a body defining a bore, the bore having a first end surface, a second end surface, and a bore surface, a piston slidable in the bore, the piston, bore surface and first end surface defining a first chamber, the piston, bore surface and second end surface defining a second chamber, a piston rod, connected to the piston the body further defining an accumulator chamber and a fluid passage between the first chamber and the accumulator chamber, characterised in that the hydraulic actuator further comprises an accumulator received in the accumulator chamber and a valve for selectably opening the fluid passage in a loader mode of operation of the material handling machine and selectably closing the fluid passage in a transport mode of operation of the material handling machine.
A package for a liquid food product, said package comprising a container (102, 202); and a hollow body (104, 304) for transporting said liquid food product from said container, wherein said hollow body comprises a first part fixedly attached to a first section of said container and a second part (108, 208, 308) releasably attached to a second section (112, 212, 312) of said container; such that when said second part is released from said second section (112, 212, 312) said second part is pivotable around one axis of rotation in an intersection point between said first part and said second part (108, 208, 308) providing for that said second part is restricted to move in a pre-determined plane; wherein the first and second sections of the container are adjacent walls of the container, the hollow body is formed from a first piece (422, 522, 1022) and a second piece (424, 524, 1024) forming together a drinking device wherein a portion of a periphery of the first piece is attached to a portion of a periphery of the second piece so as to form a flow channel between a first end at the first part to be put in fluid communication with the interior of the container and a second end at the second part for the fluid to exit, characterised in that the first piece (422, 522, 1022) comprises a flat bottom to provide a contact area fixedly attached along the first part to the external surface of the first section of the container and releasably attached along the second part (108, 208, 308) to the external surface of the second section (112, 212, 312) of the container, the second piece (424, 524, 1024) has a transverse cross-section in a shape adapted to form the flow channel such that the second part is restricted to be pivotable relative to the first part around the intersection point in a pre-determined plane.
Beam measurement circuitry for use in a user equipment, UE (110, 130; 450), of a wireless telecommunications network having at least one NodeB (110, 120; 310, 370), the beam measurement reporting circuitry configured to: receive at the UE (110, 130; 450), from the network, beam measurement configuration data requesting a selection of a non-zero integer number, N, beams by the UE (110, 130; 450); and measure, in response to a measurement request from the network, signal qualities for a plurality of received beams (212, 214, 216) originating from a beam source of the network, to select N beams to evaluate a serving cell and one or more neighbouring cells of the UE (110, 130; 450), wherein the selection of the N beams depends upon the signal quality measurements; report to the neighbouring cells of the UE (110, 130; 450), the beam measurement results specifying the N selected beams; wherein selection of the at least one beam from the plurality of received beams (212, 214, 216) of the respective beam source is performed based on a selected beam having a signal quality greater than a measured signal quality of an active beam. receive at the UE (110, 130; 450), from the network, beam measurement configuration data requesting a selection of a non-zero integer number, N, beams by the UE (110, 130; 450); and measure, in response to a measurement request from the network, signal qualities for a plurality of received beams (212, 214, 216) originating from a beam source of the network, to select N beams to evaluate a serving cell and one or more neighbouring cells of the UE (110, 130; 450), wherein the selection of the N beams depends upon the signal quality measurements; report to the neighbouring cells of the UE (110, 130; 450), the beam measurement results specifying the N selected beams; wherein selection of the at least one beam from the plurality of received beams (212, 214, 216) of the respective beam source is performed based on a selected beam having a signal quality greater than a measured signal quality of an active beam.
An apparatus for fractionating a suspension containing elongated particles, comprising a plurality of substantially tubular fractionation devices as well as at least one distributor which can be connected to an inflow opening of each fractionation device, wherein each of the substantially tubular fractionation devices has a tubular through-flow region which is surrounded, at least over a portion of its length, by an annular channel, wherein one end of the through-flow region facing away from an inflow opening has a substantially conical connecting piece, which conical connecting piece having an outlet opening which is tapered with respect to its intake end and which optionally opens into a tube with an enlarged cross-section, as well as an outlet coupled to the connecting piece opening into the annular channel, the outlet having, in the direction of flow, a fractionation gap opening at a substantially acute angle between the through-flow region and the annular channel, wherein the annular channel opens into a collecting chamber, wherein optionally, a fractionation device or a further distributor is coupled to an outlet opening of each distributor and wherein optionally, at least one further fractionation device is connected to the outlet opening from each fractionation device, optionally with the interposition of an intermediate piece provided with a rinsing opening.
A method for diagnosing at least one of impaired glucose tolerance and type 2 diabetes in a biological sample of a subject comprising the steps of determining a phenotypic ratio of SAA in the biological sample of the subject by dividing a detected amount of parent SAA present in the biological sample by a detected amount of SAA-Arg present in the biological sample and diagnosing said subject as having at least one of impaired glucose tolerance and type 2 diabetes when the phenotypic ratio of SAA in the biological sample of the subject is modulated by a statistically significant amount from a phenotypic ratio of SAA present in a biological sample of one or more subjects with normal glucose tolerance.
A method comprising: defining one or more thresholds for each of a plurality of upstream logical channels of a headend system for receiving data from a plurality of cable modems, wherein each defined threshold corresponds to a measurable parameter of the corresponding upstream logical channel; collecting one or more metrics for each cable modem of each upstream logical channel; determining whether to downgrade a selected cable modem to a selected one of the logical channels that has a lower performance level than the selected cable modem's current logical channel, wherein such downgrade determination is based on whether the selected cable modem's collected one or more metrics have failed a condition of the one or more defined thresholds and whether a percentage of a total of the cable modems of such current logical channel that have failed a condition for the one or more defined thresholds is less than a predefined percentage level; and causing the selected cable modem to move from the current logical channel to the selected logical channel when the percentage of the total cable modems is below a predefined level. defining one or more thresholds for each of a plurality of upstream logical channels of a headend system for receiving data from a plurality of cable modems, wherein each defined threshold corresponds to a measurable parameter of the corresponding upstream logical channel; collecting one or more metrics for each cable modem of each upstream logical channel; determining whether to downgrade a selected cable modem to a selected one of the logical channels that has a lower performance level than the selected cable modem's current logical channel, wherein such downgrade determination is based on whether the selected cable modem's collected one or more metrics have failed a condition of the one or more defined thresholds and whether a percentage of a total of the cable modems of such current logical channel that have failed a condition for the one or more defined thresholds is less than a predefined percentage level; and causing the selected cable modem to move from the current logical channel to the selected logical channel when the percentage of the total cable modems is below a predefined level.
Agricultural implement, in particular for soil cultivation and/or harvest preparation, having a front longitudinal side, a rear longitudinal side and two end faces which are shorter in comparison with the longitudinal sides (4, 6), and having a transport apparatus for transport mode, wherein the transport apparatus has on one of the end faces a three-point receiver with one upper and two lower receiving means (14, 16), wherein the implement has the three-point receiver as a further three-point receiver, in addition to a first three-point receiver which is arranged on one of the longitudinal sides (4, 6) and via which the implement in field mode is held by a three-point power lift of a tractor, or in that the three-point receiver is configured as a releasably securable, and in particular repositionable, three-point receiver which can be secured for field mode on one of the longitudinal sides (4, 6) and for transport mode on one of the end faces, wherein the implement is held in field mode by a three-point power lift of a tractor via the releasably securable three-point receiver.