mhurhangee/ep-ind-claims huggingface dataset:
An extractor cleaning machine comprising: a base movable along a surface to be cleaned, the base including a distribution nozzle and a suction nozzle; a suction source in fluid communication with the suction nozzle, the suction source operable to draw fluid from the surface through the suction nozzle; a recovery tank in fluid communication with the suction source and the suction nozzle to receive the fluid drawn through the suction nozzle; and a removable supply tank including a first chamber for storing a first fluid, a second chamber for storing a second fluid, and a third chamber in fluid communication with the first chamber and the second chamber to receive the first and second fluids, the third chamber also in fluid communication with the distribution nozzle for supplying a mixture of the first and second fluids to the distribution nozzle. a base movable along a surface to be cleaned, the base including a distribution nozzle and a suction nozzle; a suction source in fluid communication with the suction nozzle, the suction source operable to draw fluid from the surface through the suction nozzle; a recovery tank in fluid communication with the suction source and the suction nozzle to receive the fluid drawn through the suction nozzle; and a removable supply tank including a first chamber for storing a first fluid, a second chamber for storing a second fluid, and a third chamber in fluid communication with the first chamber and the second chamber to receive the first and second fluids, the third chamber also in fluid communication with the distribution nozzle for supplying a mixture of the first and second fluids to the distribution nozzle. a first chamber for storing a first fluid, a second chamber for storing a second fluid, and a third chamber in fluid communication with the first chamber and the second chamber to receive the first and second fluids, the third chamber also in fluid communication with the distribution nozzle for supplying a mixture of the first and second fluids to the distribution nozzle.
A duplex filter arrangement for frequency-division duplex communication, the duplex filter arrangement comprising: a first radio frequency port; a second radio frequency port configured to be connected to an antenna; a third radio frequency port; a fourth radio frequency port configured to be connected to a balancing circuit; a filtering arrangement comprising filters of a first type, a filter of a second type and a filter of a third type; wherein the filters of the first type are configured to pass signals at a first frequency band and reject signals at a second frequency band, and wherein a first filter of the filters of the first type is connected between the first radio frequency port and the second radio frequency port and a second filter of the filters of the first type is connected between the third radio frequency port and fourth radio frequency port; wherein the filter of the second type is configured to reject signals at the first frequency band and pass signals at the second frequency band, and wherein the filter of the second type is connected between the third radio frequency port and the second radio frequency port; wherein the filter of the third type is configured to reject signals at the first frequency band and pass signals at the second frequency band, and wherein the filter of the third type is connected between the first radio frequency port and the fourth radio frequency port; and wherein the phase response of the filter of the second type differs at the first frequency band and at the second frequency band substantially 180 degrees from the phase response of the filter of the third type. a first radio frequency port; a second radio frequency port configured to be connected to an antenna; a third radio frequency port; a fourth radio frequency port configured to be connected to a balancing circuit; a filtering arrangement comprising filters of a first type, a filter of a second type and a filter of a third type; wherein the filters of the first type are configured to pass signals at a first frequency band and reject signals at a second frequency band, and wherein a first filter of the filters of the first type is connected between the first radio frequency port and the second radio frequency port and a second filter of the filters of the first type is connected between the third radio frequency port and fourth radio frequency port; wherein the filter of the second type is configured to reject signals at the first frequency band and pass signals at the second frequency band, and wherein the filter of the second type is connected between the third radio frequency port and the second radio frequency port; wherein the filter of the third type is configured to reject signals at the first frequency band and pass signals at the second frequency band, and wherein the filter of the third type is connected between the first radio frequency port and the fourth radio frequency port; and wherein the phase response of the filter of the second type differs at the first frequency band and at the second frequency band substantially 180 degrees from the phase response of the filter of the third type.
A crystalline hemihydrate form F of sodium neridronate, characterized by an X-ray powder diffraction spectrum (XRPD) with characteristic peaks at 2θ angle values of 6.51°, 12.02°, 16.51°, 16.66°, 20.80°, 22.21°, 25.30°, 27.65°, 30.05°, 31.87°.
A system comprising: an input interface configured to receive patient characterization data; an output interface configured to provide parameter data; and processing circuitry operably coupled to the input interface and the output interface, the processing circuitry configured to: receive the patient characterization data in response to determining that a patient has heart failure with preserved ejection fraction (HFpEF); configure a cardiovascular model using the patient characterization data; determine one or more parameters using output data of the CV model; and provide parameter data comprising the one or more parameters to the output interface. an input interface configured to receive patient characterization data; an output interface configured to provide parameter data; and processing circuitry operably coupled to the input interface and the output interface, the processing circuitry configured to: receive the patient characterization data in response to determining that a patient has heart failure with preserved ejection fraction (HFpEF); configure a cardiovascular model using the patient characterization data; determine one or more parameters using output data of the CV model; and provide parameter data comprising the one or more parameters to the output interface. receive the patient characterization data in response to determining that a patient has heart failure with preserved ejection fraction (HFpEF); configure a cardiovascular model using the patient characterization data; determine one or more parameters using output data of the CV model; and provide parameter data comprising the one or more parameters to the output interface.
A wheel comprising: - a first part driven in rotation around a central axis of rotation, provided with a plurality of branches inscribed in a circle whose diameter is equal to that of the wheel, the circular outer surface of all of the branches forming a first part of the tread of the wheel, - a second part movable relative to the first part between a first position and a second position, said second part comprising a plurality of branches inscribed in a circle whose center coincides with the axis of rotation, - means for moving from one position to the other and vice versa, the first position corresponding to a closed position of the wheel in which the wheel has a complete circular circumference forming a continuous tread and the second position corresponding to an open position of the wheel in which the wheel does not have a complete circular circumference and forms a discontinuous tread, characterized in that the wheel comprises a third part composed of a plurality of teeth whose circular outer surface forms a second part of the tread of the wheel, said teeth being pivotably mounted on pivot pins of the first part, are driven by the movement of the second part and are movable between two positions. - a first part driven in rotation around a central axis of rotation, provided with a plurality of branches inscribed in a circle whose diameter is equal to that of the wheel, the circular outer surface of all of the branches forming a first part of the tread of the wheel, - a second part movable relative to the first part between a first position and a second position, said second part comprising a plurality of branches inscribed in a circle whose center coincides with the axis of rotation, - means for moving from one position to the other and vice versa, the first position corresponding to a closed position of the wheel in which the wheel has a complete circular circumference forming a continuous tread and the second position corresponding to an open position of the wheel in which the wheel does not have a complete circular circumference and forms a discontinuous tread,
A method of transmitting sounding reference signals in a wireless communication network that supports multicarrier operation, the method comprising receiving, at a mobile station, downlink control information, DCI, on a monitored downlink carrier, the DCI comprising a downlink resource allocation for the mobile station and at least one sounding reference signal triggering bit, characterized in that the method further comprises: identifying which one of two or more downlink carriers is indicated by the downlink resource allocation; selecting one of two or more uplink carriers available for use by the mobile station, based on the identified downlink carrier and based on a system information block 2, SIB-2, link, if any, between the identified downlink carrier and an uplink carrier wherein selecting one of two or more uplink carriers available for use by the mobile station comprises selecting a predetermined default uplink carrier upon determining that the mobile station is not configured with a SIB-2 link between the identified downlink carrier and an uplink carrier.; and transmitting a sounding reference signal on the selected uplink carrier. identifying which one of two or more downlink carriers is indicated by the downlink resource allocation; selecting one of two or more uplink carriers available for use by the mobile station, based on the identified downlink carrier and based on a system information block 2, SIB-2, link, if any, between the identified downlink carrier and an uplink carrier wherein selecting one of two or more uplink carriers available for use by the mobile station comprises selecting a predetermined default uplink carrier upon determining that the mobile station is not configured with a SIB-2 link between the identified downlink carrier and an uplink carrier.; and transmitting a sounding reference signal on the selected uplink carrier.
A light-curable inkjet printing ink composition that contains a light-polymerizable component and a light-polymerization initiator, wherein: the light-curable inkjet printing ink composition contains 70 to 100 percent by mass of monofunctional monomers relative to a total mass of the light-polymerizable component; the monofunctional monomers comprise: a monofunctional monomer whose homopolymer has a glass transition temperature of 20°C or above; and a monofunctional monomer whose homopolymer has a glass transition temperature of below 20°C; and is contained by 30 to 90 percent by mass, and is contained by 10 to 70 percent by mass, relative to the total mass of the light-polymerizable component, wherein contains an acrylamide monomer and a N-vinyl caprolactam, and the acrylamide monomer is contained by 5 percent by mass or more, and the N-vinyl caprolactam is contained by 5 percent by mass or more, relative to the total mass of the light-polymerizable component, and wherein is one or more of benzyl acrylate, ethylene oxide-added monomer of 2-phenoxy ethyl acrylate, cyclohexyl acrylate, ethyl carbitol acrylate and tetrahydrofurfuryl acrylate. the light-curable inkjet printing ink composition contains 70 to 100 percent by mass of monofunctional monomers relative to a total mass of the light-polymerizable component; the monofunctional monomers comprise: a monofunctional monomer whose homopolymer has a glass transition temperature of 20°C or above; and a monofunctional monomer whose homopolymer has a glass transition temperature of below 20°C; and is contained by 30 to 90 percent by mass, and is contained by 10 to 70 percent by mass, relative to the total mass of the light-polymerizable component, wherein contains an acrylamide monomer and a N-vinyl caprolactam, and the acrylamide monomer is contained by 5 percent by mass or more, and the N-vinyl caprolactam is contained by 5 percent by mass or more, relative to the total mass of the light-polymerizable component, and wherein is one or more of benzyl acrylate, ethylene oxide-added monomer of 2-phenoxy ethyl acrylate, cyclohexyl acrylate, ethyl carbitol acrylate and tetrahydrofurfuryl acrylate. a monofunctional monomer whose homopolymer has a glass transition temperature of 20°C or above; and a monofunctional monomer whose homopolymer has a glass transition temperature of below 20°C; and is contained by 30 to 90 percent by mass, and is contained by 10 to 70 percent by mass, relative to the total mass of the light-polymerizable component, wherein contains an acrylamide monomer and a N-vinyl caprolactam, and the acrylamide monomer is contained by 5 percent by mass or more, and the N-vinyl caprolactam is contained by 5 percent by mass or more, relative to the total mass of the light-polymerizable component, and wherein is one or more of benzyl acrylate, ethylene oxide-added monomer of 2-phenoxy ethyl acrylate, cyclohexyl acrylate, ethyl carbitol acrylate and tetrahydrofurfuryl acrylate.
Sealing arrangement (60; 80) for sealing between a first and a second medium (26; 28) within the range of a shaft, comprising a sealing element (62; 82) made of a plastics material, - wherein the sealing arrangement (60; 80) comprises means which cause, only locally within the range of the sealing element (62; 82), a decrease or an increase of the contact force of the sealing element (62; 82) by means of a selective pressure change in the first medium, - wherein the means comprise a flow generator in a torque proof connection with the shaft, being configured to cause a flow in the first medium increasing with the rotation speed of the shaft, wherein the flow is directed substantially parallel to the shaft, and - wherein the flow generator is a rotor arranged concentrically around the shaft, characterized in that a housing encloses the rotor along its circumference, the sealing element (62; 82) encloses the shaft and abuts against a counterface perpendicular to the shaft with an axial contact force, wherein the flow causes a decrease or an increase of the contact force of the sealing element (62; 82) onto the perpendicular counterface. - wherein the sealing arrangement (60; 80) comprises means which cause, only locally within the range of the sealing element (62; 82), a decrease or an increase of the contact force of the sealing element (62; 82) by means of a selective pressure change in the first medium, - wherein the means comprise a flow generator in a torque proof connection with the shaft, being configured to cause a flow in the first medium increasing with the rotation speed of the shaft, wherein the flow is directed substantially parallel to the shaft, and - wherein the flow generator is a rotor arranged concentrically around the shaft,
A cassette comprising: a tape roll rotatable about an axis extending in a first direction, the tape roll being a roll of a tape (10, 12), and the tape having a widthwise length in the first direction in a state of the tape roll, the tape having a first surface and a second surface opposite the first surface; a tape conveying passage (73, 81, 82) along which the tape is configured to be conveyed in a second direction perpendicular to the first direction; a first guide (157A, 357A) positioned at the tape conveying passage and configured to guide one widthwise edge of the tape in the first direction, the first guide having a first end surface (154A, 364A); and a second guide (157B, 357B) positioned at the tape conveying passage and configured to guide another widthwise edge of the tape in the first direction, the second guide having a second end surface (154B, 364B) facing the first end surface in the first direction, characterized in that the first end surface (154A, 364A) and the second end surface (154B, 364B) provide a distance therebetween in the first direction smaller than the widthwise length of the tape. a tape roll rotatable about an axis extending in a first direction, the tape roll being a roll of a tape (10, 12), and the tape having a widthwise length in the first direction in a state of the tape roll, the tape having a first surface and a second surface opposite the first surface; a tape conveying passage (73, 81, 82) along which the tape is configured to be conveyed in a second direction perpendicular to the first direction; a first guide (157A, 357A) positioned at the tape conveying passage and configured to guide one widthwise edge of the tape in the first direction, the first guide having a first end surface (154A, 364A); and a second guide (157B, 357B) positioned at the tape conveying passage and configured to guide another widthwise edge of the tape in the first direction, the second guide having a second end surface (154B, 364B) facing the first end surface in the first direction, characterized in that the first end surface (154A, 364A) and the second end surface (154B, 364B) provide a distance therebetween in the first direction smaller than the widthwise length of the tape.
An apparatus for providing negative-pressure therapy, the apparatus comprising: a negative-pressure source; a pressure sensor; a control valve; a first feedback path configured to pneumatically couple the control valve to a distribution component; a second feedback path configured to pneumatically couple the control valve to the negative-pressure source; wherein the control valve is coupled to the pressure sensor and the control valve is configured to selectively couple the pressure sensor to the first feedback path through the control valve and to selectively couple the pressure sensor to the second feedback path through the control valve; and a controller coupled to the negative-pressure source, the control valve, and the pressure sensor, the controller configured to: actuate the control valve; sample a signal from the pressure sensor, the signal indicative of pressure measured by the pressure sensor; and operate the negative-pressure source based on the signal; characterised in that the controller is configured to actuate the control valve to merge the first feedback path and the second feedback path. a negative-pressure source; a pressure sensor; a control valve; a first feedback path configured to pneumatically couple the control valve to a distribution component; a second feedback path configured to pneumatically couple the control valve to the negative-pressure source; wherein the control valve is coupled to the pressure sensor and the control valve is configured to selectively couple the pressure sensor to the first feedback path through the control valve and to selectively couple the pressure sensor to the second feedback path through the control valve; and a controller coupled to the negative-pressure source, the control valve, and the pressure sensor, the controller configured to: actuate the control valve; sample a signal from the pressure sensor, the signal indicative of pressure measured by the pressure sensor; and operate the negative-pressure source based on the signal; actuate the control valve; sample a signal from the pressure sensor, the signal indicative of pressure measured by the pressure sensor; and operate the negative-pressure source based on the signal; characterised in that the controller is configured to actuate the control valve to merge the first feedback path and the second feedback path.
A wireless transmit/receive unit, WTRU, comprising: a receiver configured to receive a message including channel quality indicator, CQI, configuration information associated with more than one predetermined CQI reporting periods; a transmitter configured to transmit CQI information according to the received CQI configuration information associated with a first CQI reporting period of the more than one CQI reporting periods; and the transmitter further configured to, on condition that the WTRU receives a message comprising a CQI command and including a CRC masked with a WTRU identity associated with the WTRU, transmit subsequent CQI information according to the received CQI configuration information associated with a second CQI reporting period of the more than one CQI reporting periods. a receiver configured to receive a message including channel quality indicator, CQI, configuration information associated with more than one predetermined CQI reporting periods; a transmitter configured to transmit CQI information according to the received CQI configuration information associated with a first CQI reporting period of the more than one CQI reporting periods; and the transmitter further configured to, on condition that the WTRU receives a message comprising a CQI command and including a CRC masked with a WTRU identity associated with the WTRU, transmit subsequent CQI information according to the received CQI configuration information associated with a second CQI reporting period of the more than one CQI reporting periods.
A reagent vessel holder for an analytical instrument, comprising at least one reagent vessel compartment for receiving a reagent vessel comprising a pierceable seal disposed in a front wall near a bottom of the reagent vessel, wherein the reagent vessel compartment comprises a base and at least two lateral guiding elements, and at least one hollow needle for piercing the reagent vessel, wherein the hollow needle is disposed on the front end of the reagent vessel compartment near the base and extends in a direction substantially parallel with a deviation of less than 15° to the base, wherein the lateral guiding elements are disposed so as to be adapted to slidably guide the reagent vessel in a direction substantially parallel to the direction, in which the hollow needle extends, wherein the lateral guiding elements are adapted to receive the reagent vessel therebetween and are biased towards one another, wherein the lateral guiding elements are plate springs, wherein each of the plate springs is formed so as to comprise two contacting elements for contacting the reagent vessel at two positions and a connecting portion connecting the contacting elements, wherein the connecting portions are recessed relative to the contacting elements in a direction away from one another.