mhurhangee/ep-ind-claims huggingface dataset:
A device for chromatography comprising: - a modulator having (i) an inlet port (11,37) for receiving effluent from a first chromatography column, and (ii) two independent ports (12, 16, resp. 36, 39) for receiving a flow from one or more electronic pressure and/or flow control devices located externally with respect to said modulator; - either one or two accumulation capillary sample loops located externally with respect to said modulator, or either one or two accumulation capillary sample loops integrated in said modulator; the modulator further comprising a system of integrated channels, whereby said accumulation capillary sample loop(s) is/are connected between said first (11,36) and second (16, 39) independent ports and to said inlet port (11,37); - an injector directly linked to the modulator; characterized in that the device further comprises: - a needle valve integrated in the modulator, for regulating the flow exiting said accumulation capillary sample loop(s), and - first and second channels (16-17, 16-18, resp. 38-40, 38-41) connected to said accumulation capillary sample loop(s), said channels integrated in said modulator, the first channel further connected to a second chromatography column, the second channel further connected to a capillary column, to split, in a controlled manner, using the needle valve, the flow exiting the accumulation capillary loop(s) and to release the pressure in excess in the first channel and, consequently, in the second chromatography column, when emptying said accumulation capillary loop(s). - a modulator having (i) an inlet port (11,37) for receiving effluent from a first chromatography column, and (ii) two independent ports (12, 16, resp. 36, 39) for receiving a flow from one or more electronic pressure and/or flow control devices located externally with respect to said modulator; - either one or two accumulation capillary sample loops located externally with respect to said modulator, or either one or two accumulation capillary sample loops integrated in said modulator; the modulator further comprising a system of integrated channels, whereby said accumulation capillary sample loop(s) is/are connected between said first (11,36) and second (16, 39) independent ports and to said inlet port (11,37); - an injector directly linked to the modulator; - a needle valve integrated in the modulator, for regulating the flow exiting said accumulation capillary sample loop(s), and - first and second channels (16-17, 16-18, resp. 38-40, 38-41) connected to said accumulation capillary sample loop(s), said channels integrated in said modulator, the first channel further connected to a second chromatography column, the second channel further connected to a capillary column, to split, in a controlled manner, using the needle valve, the flow exiting the accumulation capillary loop(s) and to release the pressure in excess in the first channel and, consequently, in the second chromatography column, when emptying said accumulation capillary loop(s).
A process for scrubbing a fuel gas derived from a pyrogasification of waste, performing a melting of the solid particles suspended in said gas, then their removal by vitrification, characterized in that it constitutes a treatment step separated from the later step of exploiting the fuel gas and in that it comprises introducing into an enclosure containing a bath of melted mineral compounds, the fuel gas stream loaded with residues comprising heavy organic compounds or tars and suspended solid particles, melting the solid particles and cracking the tars under the effect of the temperature within the enclosure, picking up the melted residues by the bath, removing continuously the compounds of the bath in which the residues are incorporated, then collecting scrubbed fuel gas at the outlet of the enclosure.
An assembly comprising: a cast cartridge component, cast as a single piece that comprises a base plate that comprises an opening for receipt of a turbine wheel, whereby said cast cartridge component further comprises a cylindrical wall, and fixed vanes cast between the cylindrical wall and the base plate that connect the base plate to the cylindrical wall wherein adjacent vanes define throats; and in that the assembly further comprises a curved wall volute component that comprises a proximal end and a distal end, and an upper edge and a lower edge; wherein the proximal end of the curved wall volute component forms an inlet for exhaust and wherein joinder of the upper edge and the cylindrical wall and joinder of the lower edge and the upper surface of the base plate forms a volute configured to direct exhaust received via the inlet to a turbine wheel via the throats. a cast cartridge component, cast as a single piece that comprises a base plate that comprises an opening for receipt of a turbine wheel, whereby said cast cartridge component further comprises a cylindrical wall, and fixed vanes cast between the cylindrical wall and the base plate that connect the base plate to the cylindrical wall wherein adjacent vanes define throats; and a base plate that comprises an opening for receipt of a turbine wheel, whereby said cast cartridge component further comprises a cylindrical wall, and fixed vanes cast between the cylindrical wall and the base plate that connect the base plate to the cylindrical wall wherein adjacent vanes define throats; and in that the assembly further comprises a curved wall volute component that comprises a proximal end and a distal end, and an upper edge and a lower edge; a curved wall volute component that comprises a proximal end and a distal end, and an upper edge and a lower edge; a proximal end and a distal end, and an upper edge and a lower edge; wherein the proximal end of the curved wall volute component forms an inlet for exhaust and wherein joinder of the upper edge and the cylindrical wall and joinder of the lower edge and the upper surface of the base plate forms a volute configured to direct exhaust received via the inlet to a turbine wheel via the throats.
A method of manufacturing a transfer assembly configured to transfer one or more articles from a first moving carrier to a second moving carrier, the method comprising: providing a programmable motor; providing a motor control system for the programmable motor, wherein the motor control system and the programmable motor define an excitation frequency; providing a carrier member operably engaged with the programmable motor; wherein the carrier member comprises a housing comprising a wall and an outer surface configured to receive the one or more articles from the first moving carrier in a receiving zone and configured to deposit the one or more articles onto the second moving carrier in an application zone, the wall comprising a carbon fiber portion; and shifting a natural frequency of the carrier member by forming the carbon fiber portion with a first carbon fiber layer having a first fiber orientation extending in a first direction and with a second carbon fiber layer having a second fiber orientation extending in a second direction that is different than the first direction, wherein the shifting the natural frequency step establishes the natural frequency of the carrier member to be at least 1.1 times greater than or at least 1.1 times less than the excitation frequency of the motor control system and the programmable motor. providing a programmable motor; providing a motor control system for the programmable motor, wherein the motor control system and the programmable motor define an excitation frequency; providing a carrier member operably engaged with the programmable motor; wherein the carrier member comprises a housing comprising a wall and an outer surface configured to receive the one or more articles from the first moving carrier in a receiving zone and configured to deposit the one or more articles onto the second moving carrier in an application zone, the wall comprising a carbon fiber portion; and shifting a natural frequency of the carrier member by forming the carbon fiber portion with a first carbon fiber layer having a first fiber orientation extending in a first direction and with a second carbon fiber layer having a second fiber orientation extending in a second direction that is different than the first direction, wherein the shifting the natural frequency step establishes the natural frequency of the carrier member to be at least 1.1 times greater than or at least 1.1 times less than the excitation frequency of the motor control system and the programmable motor.
An antibody-drug conjugate of the formula: Ab-(L-D), wherein: Ab is an antibody comprising a heavy chain having an amino acid sequence set forth as SEQ ID NO: 37 and a light chain having an amino acid sequence set forth as SEQ ID NO: 47; and L is a linker and D is an auristatin, wherein the linker and auristatin have the formula: Ab is an antibody comprising a heavy chain having an amino acid sequence set forth as SEQ ID NO: 37 and a light chain having an amino acid sequence set forth as SEQ ID NO: 47; and L is a linker and D is an auristatin, wherein the linker and auristatin have the formula:
A system for monitoring incursion depth of a disk having an outer surface for use in a disk brake system, the system comprising: a plurality of conductive leads each configured to be located at different distances from the outer surface of the disk; and a plurality of resistors each coupled to one of the plurality of conductive leads such that total resistance across the plurality of conductive leads changes in response to disconnection of one or more of the plurality of conductive leads caused by wearing of the outer surface of the disk; wherein a the disk is formed from a carbon material, and the plurality of conductive leads are formed from the carbon material. a plurality of conductive leads each configured to be located at different distances from the outer surface of the disk; and a plurality of resistors each coupled to one of the plurality of conductive leads such that total resistance across the plurality of conductive leads changes in response to disconnection of one or more of the plurality of conductive leads caused by wearing of the outer surface of the disk; wherein a the disk is formed from a carbon material, and the plurality of conductive leads are formed from the carbon material.
A core drill having one touch lock function of core bit comprising: a polygonal-shaped connection protrusion 11 coupled with one side of a core bit 3; a plurality of locking grooves 12 respectively formed on the corners of the polygonal-shaped connection protrusions 11 and formed on the outer periphery thereof; a decelerating connector 10 dently formed; a lock housing 20 integrally fitted to the outside of a spindle 4a which is exposedly formed outside a decelerating unit 4, and formed with a pin hole 21 penetrating from its one outer peripheral side toward the other outer peripheral side, and a lock pin 30 which is elastically formed inside the pin hole 21 with a spring 50 interposed there between, and fitted into one locking groove 12 of the decelerating connector 10 which is fitted into a polygonal-shaped connection hole 4b formed on the spindle 4a, so as to maintain the locking of the core bit 3 and the decelerating unit 4 automatically, wherein the lock pin 30 comprises a guide part 32 having a press protrusion 31 formed thereon, a trapped part 33 and a locking part 34, which are sequentially formed with multiple steps, and the guide part 32 is formed by penetrating a spring holder 40 which is fittingly installed on the linear end of the pin hole 21, and fitted into the pin hole 21, and the trapped part 33 is caught by the spring holder 40 and prevents the lock pin 30 from being separated outside, and the spring 50 is elastically installed between the trapped part 33 and the press protrusion 31. a polygonal-shaped connection protrusion 11 coupled with one side of a core bit 3; a plurality of locking grooves 12 respectively formed on the corners of the polygonal-shaped connection protrusions 11 and formed on the outer periphery thereof; a decelerating connector 10 dently formed; a lock housing 20 integrally fitted to the outside of a spindle 4a which is exposedly formed outside a decelerating unit 4, and formed with a pin hole 21 penetrating from its one outer peripheral side toward the other outer peripheral side, and a lock pin 30 which is elastically formed inside the pin hole 21 with a spring 50 interposed there between, and fitted into one locking groove 12 of the decelerating connector 10 which is fitted into a polygonal-shaped connection hole 4b formed on the spindle 4a, so as to maintain the locking of the core bit 3 and the decelerating unit 4 automatically, wherein the lock pin 30 comprises a guide part 32 having a press protrusion 31 formed thereon, a trapped part 33 and a locking part 34, which are sequentially formed with multiple steps, and the guide part 32 is formed by penetrating a spring holder 40 which is fittingly installed on the linear end of the pin hole 21, and fitted into the pin hole 21, and the trapped part 33 is caught by the spring holder 40 and prevents the lock pin 30 from being separated outside, and the spring 50 is elastically installed between the trapped part 33 and the press protrusion 31.
A bypass valve for a vortex flow control valve, the bypass valve being movable between an open position and a closed position and comprising an opening actuator for moving the bypass valve from the closed position to the open position, a closing actuator comprising a float for moving the bypass valve from the open position to the closed position, wherein the bypass valve is configured such that; when the bypass valve is placed in the open position, it will remain in the open position in the absence of external mechanical input, and when the bypass valve is placed in the closed position, it will remain in the closed position in the absence of manual input.
Connector for a set consisting of a conductor connection plug and a connector, wherein the connector has an insulating casing and plug-type contact elements in the insulating casing, and wherein the plug-type contact elements are accommodated in a guide opening in the insulating casing of the connector and extend at their free end in the direction of an open plug-in side of the guide opening and can be oriented transversely with respect to a contact tongue of a conductor connection plug, characterized in that guide slots for plugging conductor connection plug and connector into each other are present in the side wall of the insulating casing of the connector, which side wall forms the guide opening.
Nor-ursodeoxycholic acid and/or pharmaceutically acceptable salts thereof for use in the treatment and/or the prevention of alcoholic or non-alcoholic steatohepatitis.
A syngas fermentation process comprising: providing a first fermentation zone and one or more subsequent fermentation zones; supplying syngas to each fermentation zone one at a time or simultaneously to one or more fermentation zones and fermenting the syngas utilising acetogenic bacteria; wherein the process further comprises: providing syngas to the first fermentation zone; fermenting the syngas; and determining a CO concentration in the fermentation medium in the first fermentation zone, wherein if the CO concentration in the fermentation medium in the first fermentation zone has a calculated value of 0.12 mM or greater, then at least a portion of the syngas being provided to the first fermentation zone is provided to one or more subsequent fermentation zones in an amount effective for providing a calculated CO concentration in any subsequent fermentation zone of 0.12 mM or less, and wherein CO concentration is calculated by determining a supply factor, wherein the supply factor = (head space CO % ÷ 100) x (((measured reactor pressure (psig) + atmospheric pressure)) ÷ (atmospheric pressure x 14.7)). providing a first fermentation zone and one or more subsequent fermentation zones; supplying syngas to each fermentation zone one at a time or simultaneously to one or more fermentation zones and fermenting the syngas utilising acetogenic bacteria; wherein the process further comprises: providing syngas to the first fermentation zone; fermenting the syngas; and determining a CO concentration in the fermentation medium in the first fermentation zone, wherein if the CO concentration in the fermentation medium in the first fermentation zone has a calculated value of 0.12 mM or greater, then at least a portion of the syngas being provided to the first fermentation zone is provided to one or more subsequent fermentation zones in an amount effective for providing a calculated CO concentration in any subsequent fermentation zone of 0.12 mM or less, and wherein CO concentration is calculated by determining a supply factor, wherein the supply factor = (head space CO % ÷ 100) x (((measured reactor pressure (psig) + atmospheric pressure)) ÷ (atmospheric pressure x 14.7)). providing syngas to the first fermentation zone; fermenting the syngas; and determining a CO concentration in the fermentation medium in the first fermentation zone, wherein if the CO concentration in the fermentation medium in the first fermentation zone has a calculated value of 0.12 mM or greater, then at least a portion of the syngas being provided to the first fermentation zone is provided to one or more subsequent fermentation zones in an amount effective for providing a calculated CO concentration in any subsequent fermentation zone of 0.12 mM or less, and wherein CO concentration is calculated by determining a supply factor, wherein the supply factor = (head space CO % ÷ 100) x (((measured reactor pressure (psig) + atmospheric pressure)) ÷ (atmospheric pressure x 14.7)).
A system for stimulating glabrous tissue of a patient, comprising: a housing surrounding an enclosed chamber; a humidifier configured to supply humidified room air to the chamber sufficient to minimize heat loss from the glabrous tissue; and a patient port operably connected to the chamber and configured to house a region of the skin surface of a patient comprising the glabrous tissue, the patient port being configured to reversibly create a seal upon isolation of the region of the skin surface with respect to an interior of the chamber, wherein the chamber in the system is configured to isolate glabrous tissue of the hand, and is sized such that the patient's hand above the MCP joints does not contact a sidewall of the chamber, wherein the humidified air having a relative humidity of between about 90% and about 99%, characterised in that the system affects humidity and/or convection of the air surrounding the glabrous tissue without changing air temperature. a housing surrounding an enclosed chamber; a humidifier configured to supply humidified room air to the chamber sufficient to minimize heat loss from the glabrous tissue; and a patient port operably connected to the chamber and configured to house a region of the skin surface of a patient comprising the glabrous tissue, the patient port being configured to reversibly create a seal upon isolation of the region of the skin surface with respect to an interior of the chamber, wherein the chamber in the system is configured to isolate glabrous tissue of the hand, and is sized such that the patient's hand above the MCP joints does not contact a sidewall of the chamber, wherein the humidified air having a relative humidity of between about 90% and about 99%, characterised in that the system affects humidity and/or convection of the air surrounding the glabrous tissue without changing air temperature.
A method for managing control relationships between an account and a device, the method being implemented by a server and comprising: receiving a device association request sent from a first terminal, the device association request carrying a device identifier of a target device broadcasted from the target device and a first account identifier corresponding to an account logged in at the first terminal; determining a second account identifier corresponding to a primary control account associated with the target device; and transmitting an association inquiry message to a second terminal where an account corresponding to the second account identifier is logged in, the association inquiry message carrying the first account identifier; characterized in that, the association inquiry message further carries the device identifier, and the method further comprises: recording the account corresponding to the first account identifier as an auxiliary control account of the target device if a first acknowledgement message corresponding to the association inquiry message is received from the second terminal, wherein the first acknowledgement message carries one or more control rights granted to the first terminal and selected by a user of the second terminal from options of all control rights over the target device before the user clicks a confirm key according to association inquiry information generated by the second terminal and displayed in a form of the options when the server transmits the association inquiry message to the second terminal. receiving a device association request sent from a first terminal, the device association request carrying a device identifier of a target device broadcasted from the target device and a first account identifier corresponding to an account logged in at the first terminal; determining a second account identifier corresponding to a primary control account associated with the target device; and transmitting an association inquiry message to a second terminal where an account corresponding to the second account identifier is logged in, the association inquiry message carrying the first account identifier; characterized in that, the association inquiry message further carries the device identifier, and the method further comprises: recording the account corresponding to the first account identifier as an auxiliary control account of the target device if a first acknowledgement message corresponding to the association inquiry message is received from the second terminal, wherein the first acknowledgement message carries one or more control rights granted to the first terminal and selected by a user of the second terminal from options of all control rights over the target device before the user clicks a confirm key according to association inquiry information generated by the second terminal and displayed in a form of the options when the server transmits the association inquiry message to the second terminal.