mhurhangee/ep-ind-claims huggingface dataset:
A patient monitoring system for analyzing multiple analytes in a fluid sample, the patient monitoring system comprising: a fluid handling system configured to draw a fluid sample from a patient; and a fluid analyzer (4010, 2010, 3910) comprising an optical system and a sample cell (548, 1548) configured to receive at least a portion of the fluid sample from the fluid handling system, the fluid analyzer further configured to: measure a first analyte, using the optical system, in at least a portion of the fluid sample while the at least a portion of the fluid sample is in the sample cell; separate the at least a portion of the fluid sample into a plurality of components while the at least a portion of the fluid sample is in the sample cell; and measure a second analyte, using the optical system, in one of the plurality of components while the one of the plurality of components is in the sample cell. a fluid handling system configured to draw a fluid sample from a patient; and a fluid analyzer (4010, 2010, 3910) comprising an optical system and a sample cell (548, 1548) configured to receive at least a portion of the fluid sample from the fluid handling system, the fluid analyzer further configured to: measure a first analyte, using the optical system, in at least a portion of the fluid sample while the at least a portion of the fluid sample is in the sample cell; separate the at least a portion of the fluid sample into a plurality of components while the at least a portion of the fluid sample is in the sample cell; and measure a second analyte, using the optical system, in one of the plurality of components while the one of the plurality of components is in the sample cell. measure a first analyte, using the optical system, in at least a portion of the fluid sample while the at least a portion of the fluid sample is in the sample cell; separate the at least a portion of the fluid sample into a plurality of components while the at least a portion of the fluid sample is in the sample cell; and measure a second analyte, using the optical system, in one of the plurality of components while the one of the plurality of components is in the sample cell.
A process for reducing the set time of an aqueous slurry of calcium sulphate hemihydrate, the process comprising: providing an amount of water; providing an amount of a slurry forming substance comprising substantially calcium sulphate hemihydrate; mixing said amount of water and said amount of slurry forming substance together at a first time in a mixer, to form an aqueous slurry; and, extracting and re-directing a portion of said aqueous slurry formed at said first time to combine with aqueous slurry formed in said mixer at a second time, wherein said aqueous slurry formed at said first time undergoes partial setting before being introduced with said aqueous slurry formed at the second time. providing an amount of water; providing an amount of a slurry forming substance comprising substantially calcium sulphate hemihydrate; mixing said amount of water and said amount of slurry forming substance together at a first time in a mixer, to form an aqueous slurry; and, extracting and re-directing a portion of said aqueous slurry formed at said first time to combine with aqueous slurry formed in said mixer at a second time, wherein said aqueous slurry formed at said first time undergoes partial setting before being introduced with said aqueous slurry formed at the second time.
Pressure shutoff valve for a pressure washer, comprising a valve housing with a valve seat, at least one inlet for supplying a liquid, at least one outlet for removing the liquid, and a valve body with a longitudinal axis, wherein the valve body has a valve member assigned to the valve seat, wherein, in a first closed position of the pressure shutoff valve, the valve seat is closed by the valve member and the flow connection between the inlet and the outlet is interrupted, wherein the pressure shutoff valve has an effective throttle gap with an overall length (a), as measured in the direction of the longitudinal axis of the valve body, between the valve housing and the valve body, wherein the effective throttle gap is part of the flow connection between the inlet and the outlet, and wherein the valve body has a maximum diameter (d) extending radially with respect to the longitudinal axis, characterized in that the overall length (a) of the effective throttle gap is at least 50% of the maximum diameter (d) of the valve body in the first closed position of the pressure shutoff valve, and in that the valve body and/or the valve housing are composed of plastic. comprising a valve housing with a valve seat, at least one inlet for supplying a liquid, at least one outlet for removing the liquid, and a valve body with a longitudinal axis, wherein the valve body has a valve member assigned to the valve seat, wherein, in a first closed position of the pressure shutoff valve, the valve seat is closed by the valve member and the flow connection between the inlet and the outlet is interrupted, wherein the pressure shutoff valve has an effective throttle gap with an overall length (a), as measured in the direction of the longitudinal axis of the valve body, between the valve housing and the valve body, wherein the effective throttle gap is part of the flow connection between the inlet and the outlet, and wherein the valve body has a maximum diameter (d) extending radially with respect to the longitudinal axis, characterized in that the overall length (a) of the effective throttle gap is at least 50% of the maximum diameter (d) of the valve body in the first closed position of the pressure shutoff valve, and in that the valve body and/or the valve housing are composed of plastic.
A medical device for causing the hemostasis of a blood vessel for use through an endoscope, said medical device comprising: a clip, the clip having at least two clip legs; a control wire (1006; 1803; 2104), the control wire (1006; 1803; 2104) being coupled to the clip; a frangible link (1005; 1804; 2105) coupling the control wire (1006; 1803; 2104) to the clip; an axially rigid sheath (1806; 2103) enclosing the control wire, the sheath able to communicate a first force opposing a second force of the control wire; a handle coupled to the axially rigid sheath; and an actuator coupled to the control wire, the control wire engageable by the actuator to open the at least two clip legs, to close the at least two clip legs, and to uncouple the control wire from the clip; characterized in that the control wire (1006; 1803; 2104) is reversibly operable both to open the at least two clip legs and to close the at least two clip legs; the frangible link (1005; 1804; 2105) is adapted to be broken by a first predetermined tensile force applied by the control wire (1006; 1803; 2104), wherein when the frangible link (1005; 1804; 2105) is broken, the control wire (1006; 1803; 2104) uncouples from the clip. a clip, the clip having at least two clip legs; a control wire (1006; 1803; 2104), the control wire (1006; 1803; 2104) being coupled to the clip; a frangible link (1005; 1804; 2105) coupling the control wire (1006; 1803; 2104) to the clip; an axially rigid sheath (1806; 2103) enclosing the control wire, the sheath able to communicate a first force opposing a second force of the control wire; a handle coupled to the axially rigid sheath; and an actuator coupled to the control wire, the control wire engageable by the actuator to open the at least two clip legs, to close the at least two clip legs, and to uncouple the control wire from the clip; characterized in that the control wire (1006; 1803; 2104) is reversibly operable both to open the at least two clip legs and to close the at least two clip legs; the frangible link (1005; 1804; 2105) is adapted to be broken by a first predetermined tensile force applied by the control wire (1006; 1803; 2104), wherein when the frangible link (1005; 1804; 2105) is broken, the control wire (1006; 1803; 2104) uncouples from the clip.
A crystal of luliconazole represented by the following formula, wherein the crystal has such a crystal habit that plane is a specific crystal growth plane:
Method for operating a longitudinally guiding driver assistance system of a motor vehicle which is designed to regulate the speed of the motor vehicle to a regulated speed, wherein the regulated speed can be changed depending on environment data describing the operating environment in which the motor vehicle is currently being operated, from a driver-side predetermined desired speed to a target speed which is predetermined for an operating environment lying ahead and/or which is detectable from the environment data, characterised in that with a change of the regulated speed to a new target speed for an operating environment lying ahead, regulation occurs first for a predetermined time length and/or a predetermined stretch in the operating environment lying ahead to an interim speed on the way to the current speed of the motor vehicle differing from the target speed, which interim speed lies between the current speed of the motor vehicle and the target speed, before after the time length has elapsed or the stretch has been covered, regulation occurs to the target speed.
Process for packaging silicone compositions in a hollow cylindrical container, which is sealed with a plunger, characterized in that in the gap between the inner wall of the hollow cylindrical container and the outer surface of the plunger, a silicone polymer is introduced having a viscosity of 5000 mPas to 100 000 mPas, measured at 25°C, wherein the dynamic viscosity of the component is measured as described in the description.
An Integrated Circuit, IC, card type information processing device comprising: a processing unit configured to process first and second data associated in a storage medium, the first data corresponding to a first service and the second data corresponding to a second service, wherein, in a case in which the associated first and second data is stored in different storage areas of the storage medium, the processing unit is configured to process the first and second data, the different storage areas have different security models, and the information processing device is arranged as a physical IC card that comprises a plurality of logical IC cards, the logical IC cards each having a security model, wherein the different storage areas correspond to different logical IC cards, respectively, and wherein the processing unit processes the first and second data concerning services on a basis of an authentication method corresponding to each of the services. a processing unit configured to process first and second data associated in a storage medium, the first data corresponding to a first service and the second data corresponding to a second service, wherein, in a case in which the associated first and second data is stored in different storage areas of the storage medium, the processing unit is configured to process the first and second data, the different storage areas have different security models, and the information processing device is arranged as a physical IC card that comprises a plurality of logical IC cards, the logical IC cards each having a security model, wherein the different storage areas correspond to different logical IC cards, respectively, and wherein the processing unit processes the first and second data concerning services on a basis of an authentication method corresponding to each of the services.
A hot melt adhesive agent for a container with a straw comprising an amorphous poly-α-olefin, a metallocene polymer, a tackifying resin, a wax and an oil, wherein the amorphous poly-α-olefin has a chemical structure derived from propylene; and wherein the poly-α-olefin is present from 20 to 60 parts by weight, the metallocene polymer is present from 10 to 50 parts by weight and the tackifying resin is present 5 to 30 parts by weight; based on 100 parts by weight of a total weight of to. and wherein the poly-α-olefin is present from 20 to 60 parts by weight, the metallocene polymer is present from 10 to 50 parts by weight and the tackifying resin is present 5 to 30 parts by weight; based on 100 parts by weight of a total weight of to.
A satellite system for navigation and/or geodesy, comprising - a plurality of MEO satellites each comprising a dedicated clock, the MEO satellites being arranged in a distributed manner on orbital planes and orbit the Earth, wherein a plurality of MEO satellites, in particular eight, are located in each orbital plane, and - a plurality of LEO satellites and, optionally, a plurality of ground stations, - wherein each MEO satellite comprises two optical terminals for bidirectional transmission of optical free-beam signals by means of laser with the respectively first and/or second MEO satellite orbiting ahead in the same orbital plane and with the first and/or second MEO satellite orbiting behind, - wherein, by means of the optical free-beam signals, the clocks of the MEO satellites are synchronized with each other for each orbital plane at an orbital plane time applicable to said orbital plane, characterized in that the - orbital plane times in the individual orbital planes of the MEO satellites are synchronized using optical signals and/or radio waves via the LEO satellites. - a plurality of MEO satellites each comprising a dedicated clock, the MEO satellites being arranged in a distributed manner on orbital planes and orbit the Earth, wherein a plurality of MEO satellites, in particular eight, are located in each orbital plane, and - a plurality of LEO satellites and, optionally, a plurality of ground stations, - wherein each MEO satellite comprises two optical terminals for bidirectional transmission of optical free-beam signals by means of laser with the respectively first and/or second MEO satellite orbiting ahead in the same orbital plane and with the first and/or second MEO satellite orbiting behind, - wherein, by means of the optical free-beam signals, the clocks of the MEO satellites are synchronized with each other for each orbital plane at an orbital plane time applicable to said orbital plane, - orbital plane times in the individual orbital planes of the MEO satellites are synchronized using optical signals and/or radio waves via the LEO satellites.
A torque-exerting device including: a handle including a chamber defined therein by a wall; an axle; a clutch including: a movable element placed in the chamber in an axially movable manner; a rotatable element placed in the chamber in a rotatable manner and secured to the axle, wherein the rotatable element is in releasable engagement with the movable element; and recesses defined in the movable element; and balls each partially placed in a respective one of the recesses and in contact with the wall of the chamber of the handle characterized in that the wall of the chamber of the handle is a polygonal wall with alternate facets and corners, wherein each of the balls is in contact with two adjacent ones of the facets of the wall of the chamber of the handle. a handle including a chamber defined therein by a wall; an axle; a clutch including: a movable element placed in the chamber in an axially movable manner; a rotatable element placed in the chamber in a rotatable manner and secured to the axle, wherein the rotatable element is in releasable engagement with the movable element; and recesses defined in the movable element; and balls each partially placed in a respective one of the recesses and in contact with the wall of the chamber of the handle characterized in that the wall of the chamber of the handle is a polygonal wall with alternate facets and corners, wherein each of the balls is in contact with two adjacent ones of the facets of the wall of the chamber of the handle. a movable element placed in the chamber in an axially movable manner; a rotatable element placed in the chamber in a rotatable manner and secured to the axle, wherein the rotatable element is in releasable engagement with the movable element; and recesses defined in the movable element; and balls each partially placed in a respective one of the recesses and in contact with the wall of the chamber of the handle characterized in that the wall of the chamber of the handle is a polygonal wall with alternate facets and corners, wherein each of the balls is in contact with two adjacent ones of the facets of the wall of the chamber of the handle.
A concentric atmospheric-pressure chemical ionization (APCI) surface ionization probe, comprising: an outer tube where a gas is pumped through the outer tube, the outer tube configured to function as a first electrode; an inner capillary housed within and concentric with the outer tube, the inner capillary configured to function as a second electrode, where analyte ions generated by ionizing a sample and a sheath gas layer return through the inner capillary; and a voltage source coupled to the outer tube and the inner capillary, wherein the inner capillary comprises a needle electrode arranged and adapted to generate ions in said gas between an inner wall of the outer tube and an outer wall of the inner capillary, where a voltage supplied by the voltage source thereby provides ionized gas from the gas configured to react with the sample. an outer tube where a gas is pumped through the outer tube, the outer tube configured to function as a first electrode; an inner capillary housed within and concentric with the outer tube, the inner capillary configured to function as a second electrode, where analyte ions generated by ionizing a sample and a sheath gas layer return through the inner capillary; and a voltage source coupled to the outer tube and the inner capillary, wherein the inner capillary comprises a needle electrode arranged and adapted to generate ions in said gas between an inner wall of the outer tube and an outer wall of the inner capillary, where a voltage supplied by the voltage source thereby provides ionized gas from the gas configured to react with the sample.
Method for filling a refrigerant tank of a vehicle with a cryogenic refrigerant, in which a. a liquefied cryogenic refrigerant stored at a pressure p 1 in a storage tank is supplied to a conditioning vessel and, there, forms a liquid phase, b. the flow connection between the storage tank and the conditioning vessel is interrupted and the pressure in the conditioning vessel is brought isothermally to a value p 2 which is higher than the pressure p 1 in the storage tank, whereby the cryogenic refrigerant in the conditioning vessel is supercooled, c. the pressure in the refrigerant tank to be filled is reduced to a pressure which is lower than the pressure in the conditioning vessel, d. a flow connection between the liquid phase of the cryogenic refrigerant that is present in the conditioning vessel and a refrigerant tank to be filled is established and the refrigerant tank is filled under the positive pressure of the cryogenic refrigerant present in the conditioning tank. a. a liquefied cryogenic refrigerant stored at a pressure p 1 in a storage tank is supplied to a conditioning vessel and, there, forms a liquid phase, b. the flow connection between the storage tank and the conditioning vessel is interrupted and the pressure in the conditioning vessel is brought isothermally to a value p 2 which is higher than the pressure p 1 in the storage tank, whereby the cryogenic refrigerant in the conditioning vessel is supercooled, c. the pressure in the refrigerant tank to be filled is reduced to a pressure which is lower than the pressure in the conditioning vessel, d. a flow connection between the liquid phase of the cryogenic refrigerant that is present in the conditioning vessel and a refrigerant tank to be filled is established and the refrigerant tank is filled under the positive pressure of the cryogenic refrigerant present in the conditioning tank.
An assembly of an inner fixed structure of a nacelle of a turbojet engine and of a thermal protection, said structure including an inner face, on which the thermal protection is mounted, and an outer face, constituting a portion of the inner surface of a cold flow path, the inner structure including an inner skin and an outer skin provided with acoustic perforations, the inner skin and the outer skin framing a cellular core, the assembly being characterized in that at least one channel places the inner face and the outer face of the structure in fluid communication, in that the thermal protection is fastened to the inner fixed structure by at least one fastening device comprising a fastening base secured to the inner fixed structure, said fastening base including an inner pipe passing through the inner skin and forming said channel, the assembly being further characterized in that the fastening base includes a hooking structure of a retaining link of the thermal protection, the hooking structure including a through-hole forming the inner pipe.
A data transmission method, wherein the method comprises: receiving, by user equipment, a first message sent by a control plane network element or a user plane network element, wherein the first message comprises a correspondence between a first quality of service identifier, and a first reflective quality of service identifier RQI; obtaining, by the user equipment, a second message sent by the user plane network element; and if the second message does not carry a second reflective quality of service identifier RQI, generating, by the user equipment, a first quality of service rule based on the second message and the correspondence between the first quality of service identifier and the first RQI, wherein the second RQI is used to instruct the user equipment to activate a reflective quality of service RQ mechanism, wherein the first quality of service identifier is a next generation QoS index, NQI, wherein the second message includes at least one of an aging time, an RQI use time, an RQI use granularity, an RQI use mode, or a use granularity of the aging time. receiving, by user equipment, a first message sent by a control plane network element or a user plane network element, wherein the first message comprises a correspondence between a first quality of service identifier, and a first reflective quality of service identifier RQI; obtaining, by the user equipment, a second message sent by the user plane network element; and if the second message does not carry a second reflective quality of service identifier RQI, generating, by the user equipment, a first quality of service rule based on the second message and the correspondence between the first quality of service identifier and the first RQI, wherein the second RQI is used to instruct the user equipment to activate a reflective quality of service RQ mechanism, wherein the first quality of service identifier is a next generation QoS index, NQI, wherein the second message includes at least one of an aging time, an RQI use time, an RQI use granularity, an RQI use mode, or a use granularity of the aging time.