mhurhangee/ep-ind-claims huggingface dataset:
A process for washing a wellbore, the process comprising: a) passing a drill string, including a reservoir liner hanger running tool, down a cased wellbore to install a reservoir liner in an uncased distal portion of the wellbore; b) displacing cement into the reservoir liner annulus by passing completion fluid through the drill string and reservoir liner; characterized by: c) without first removing the drill string from the wellbore, performing an inflow test on the reservoir liner and washing an interior of the casing by passing wash fluid through the drill string and into the casing, whilst rotating the drill string. a) passing a drill string, including a reservoir liner hanger running tool, down a cased wellbore to install a reservoir liner in an uncased distal portion of the wellbore; b) displacing cement into the reservoir liner annulus by passing completion fluid through the drill string and reservoir liner; characterized by: c) without first removing the drill string from the wellbore, performing an inflow test on the reservoir liner and washing an interior of the casing by passing wash fluid through the drill string and into the casing, whilst rotating the drill string.
Use of a medical filter for filtering polluted water so as to produce filtered and substantially clean water free of pathogens and other extraneous materials, characterized in that the filter: is an ultra-filtration filter, previously used as a hemo-dialyzer for blood filtering treatment of a patient, discarded from use and to be disposed; has a plurality of capillary membranes that separate two flow paths for applying the polluted water in an unfiltered state to a first of said two flow paths on one side of said membrane, and for drawing off clean water in a filtered state from a second of said two flow paths on another side of the membrane, and wherein said applying is at a pressure sufficient to produce effective flow across said membrane. is an ultra-filtration filter, previously used as a hemo-dialyzer for blood filtering treatment of a patient, discarded from use and to be disposed; has a plurality of capillary membranes that separate two flow paths for applying the polluted water in an unfiltered state to a first of said two flow paths on one side of said membrane, and for drawing off clean water in a filtered state from a second of said two flow paths on another side of the membrane, and wherein said applying is at a pressure sufficient to produce effective flow across said membrane.
A method of a client device (620, 1020) for receiving an internet protocol, IP, address for wi-fi direct communication between the client device (620, 1020) and a group owner, GO, device (621, 1021), the method comprising: transmitting an association request message to the GO device; receiving an association response message from the GO device in response to the association request message; receiving, from the GO device (621, 1021), a first extensible authentication protocol over local area network, EAPOL, key frame (601, 1001) including a first random number, after receiving the association response message; transmitting, to the GO device (621, 1021), a second EAPOL key frame (605, 1005) including a first message integrity check, MIC, and a second random number generated by the client device, after receiving the first EAPOL key frame (601, 1001); receiving, from the GO device (621, 1021), a third EAPOL key frame (609, 1009) including a group temporal key, GTK, a second MIC, the IP address of the client device (620, 1020) allocated by the GO device (621, 1021) and an IP address of the GO device (621, 1021), after transmitting the second EAPOL key frame (605, 1005); and transmitting, to the GO device (621, 1021), a fourth EAPOL key frame for confirmation, after receiving the third EAPOL key frame (609, 1009). transmitting an association request message to the GO device; receiving an association response message from the GO device in response to the association request message; receiving, from the GO device (621, 1021), a first extensible authentication protocol over local area network, EAPOL, key frame (601, 1001) including a first random number, after receiving the association response message; transmitting, to the GO device (621, 1021), a second EAPOL key frame (605, 1005) including a first message integrity check, MIC, and a second random number generated by the client device, after receiving the first EAPOL key frame (601, 1001); receiving, from the GO device (621, 1021), a third EAPOL key frame (609, 1009) including a group temporal key, GTK, a second MIC, the IP address of the client device (620, 1020) allocated by the GO device (621, 1021) and an IP address of the GO device (621, 1021), after transmitting the second EAPOL key frame (605, 1005); and transmitting, to the GO device (621, 1021), a fourth EAPOL key frame for confirmation, after receiving the third EAPOL key frame (609, 1009).
A semiconductor memory with an array of volatile memory cells, wherein individual volatile memory cells have transistors connected in a first memory cell circuit, and with at least one non-volatile memory cell having transistors connected in a second memory cell circuit, wherein the first memory cell circuit has at least one transistor added to the second memory cell circuit, and wherein leakage currents force the second memory cell circuit into its logic state at power-on of the semiconductor memory, characterized in that a difference between a number of transistors in the first memory cell circuit and a number of transistors in the second memory cell circuit is obtained by omission of diffusion of an or p region of a transistor in the second memory cell circuit.
Test and/or practice ammunition comprising at least one projectile which has a projectile head or a projectile ogive having a programmable fuze arranged in the projectile head or in the projectile ogive, wherein fuze electronics are arranged in the projectile head or the projectile ogive and a blast point and/or a target impact is/are programmable, and wherein the test and/or practice ammunition has a tail unit and at least one separation point in the projectile, wherein the separation point is arranged between the tail unit and the projectile head.
A heat shield panel (300; 400a, 400b, 400c) for use in a gas turbine engine combustor, comprising: a hot side defining a first surface having an outer perimeter; a cold side defining a second surface spaced from the first surface; a rail member disposed on the cold side proximate a first portion of the outer perimeter, the rail member having an outer wall and an inner wall; and an orifice extending through the rail member, from the inner wall to the outer wall, the orifice having a cross sectional area that increases from the inner wall to the outer wall; wherein the orifice includes an inner opening positioned on the inner wall, the inner opening having a portion in contact with and tangent to the second surface and wherein the orifice includes an outer opening positioned on the outer wall, the outer opening positioned and configured to direct a flow of air through the orifice toward a second panel positioned adjacent the rail member. a hot side defining a first surface having an outer perimeter; a cold side defining a second surface spaced from the first surface; a rail member disposed on the cold side proximate a first portion of the outer perimeter, the rail member having an outer wall and an inner wall; and an orifice extending through the rail member, from the inner wall to the outer wall, the orifice having a cross sectional area that increases from the inner wall to the outer wall; wherein the orifice includes an inner opening positioned on the inner wall, the inner opening having a portion in contact with and tangent to the second surface and wherein the orifice includes an outer opening positioned on the outer wall, the outer opening positioned and configured to direct a flow of air through the orifice toward a second panel positioned adjacent the rail member.
An apparatus comprising: a device for inhibiting the neural activity of a carotid sinus nerve or carotid body of a subject, the device comprising: one or more transducers configured to apply an electrical signal to the CSN or associated carotid body of the subject, wherein each transducer is a cuff electrode, wherein the device optionally comprises at least two such transducers; and a controller coupled to the one or more transducers, the controller controlling the electrical signal to be applied by the one or more transducers, such that the electrical signal inhibits the neural activity of the CSN or carotid body to produce a physiological response in the subject, wherein the physiological response is one or more of the group consisting of: an increase in insulin sensitivity in the subject, an increase in glucose tolerance in the subject, a decrease in plasma glucose concentration in the subject, optionally fasting plasma glucose concentration in the subject, a reduction in subcutaneous fat content in the subject, and a reduction in obesity in the subject, wherein the electrical signal comprises an alternating current waveform of at least 30kHz frequency. one or more transducers configured to apply an electrical signal to the CSN or associated carotid body of the subject, wherein each transducer is a cuff electrode, wherein the device optionally comprises at least two such transducers; and a controller coupled to the one or more transducers, the controller controlling the electrical signal to be applied by the one or more transducers, such that the electrical signal inhibits the neural activity of the CSN or carotid body to produce a physiological response in the subject, wherein the physiological response is one or more of the group consisting of: an increase in insulin sensitivity in the subject, an increase in glucose tolerance in the subject, a decrease in plasma glucose concentration in the subject, optionally fasting plasma glucose concentration in the subject, a reduction in subcutaneous fat content in the subject, and a reduction in obesity in the subject, wherein the electrical signal comprises an alternating current waveform of at least 30kHz frequency.
A hopper comprising: a hopper body having an inner shape; a plate having a shape that approximates a portion of said inner shape, said plate being disposed vertically within said hopper body; and a vibrator attached to said plate, wherein said vibrator is disposed outside of said hopper body and is configured to transfer vibrations to said plate for agitating material within said hopper body; characterised by further comprising: a frame disposed outside of said hopper body, said frame having three rigid portions disposed generally horizontally and generally in parallel to each other, each portion in close proximity to and approximating the outer shape of the hopper body along its height, wherein each portion has a pair of struts passing through said body and attaching said frame to said plate, said frame configured to communicate with said vibrator and support said plate; and bushings supporting said frame passing through said body, said bushings minimizing vibrations to said body, wherein said hopper body is vibrationally insulated from said vibrator and said plate, and each of said struts passes through one of said bushings. a hopper body having an inner shape; a plate having a shape that approximates a portion of said inner shape, said plate being disposed vertically within said hopper body; and a vibrator attached to said plate, wherein said vibrator is disposed outside of said hopper body and is configured to transfer vibrations to said plate for agitating material within said hopper body; a frame disposed outside of said hopper body, said frame having three rigid portions disposed generally horizontally and generally in parallel to each other, each portion in close proximity to and approximating the outer shape of the hopper body along its height, wherein each portion has a pair of struts passing through said body and attaching said frame to said plate, said frame configured to communicate with said vibrator and support said plate; and bushings supporting said frame passing through said body, said bushings minimizing vibrations to said body, wherein said hopper body is vibrationally insulated from said vibrator and said plate, and each of said struts passes through one of said bushings.
An ErbB-2/ErbB-3 bispecific antibody and a therapeutically effective amount of an endocrine therapy drug for use in a method of treating breast cancer in a subject that has breast cancer or is at risk of having said cancer, wherein the bispecific antibody has an antigen binding site that can bind an extra-cellular part of ErbB-2 and an antigen binding site that can bind an extra-cellular part of ErbB-3, wherein the endocrine therapy drug comprises Tamoxifen, Fulvestrant or Letrozole, and wherein said antibody comprises a variable domain with a heavy chain variable region comprising at least the CDR1, CDR2 and CDR3 sequences AYYIN, RIYPGSGYTSYAΓaKFΓaG and PPVYYDSAWFAY, respectively, of an ErbB-2 specific heavy chain variable region, a variable domain with a heavy chain variable region comprising at least the CDR1, CDR2 and CDR3 sequences GYYMH, WINPNSGGTNYAQKFQG and DHGSRHFWSYWGFDY, respectively, of an ErbB-3 specific heavy chain variable region, and a common light chain having sequence a variable domain with a heavy chain variable region comprising at least the CDR1, CDR2 and CDR3 sequences AYYIN, RIYPGSGYTSYAΓaKFΓaG and PPVYYDSAWFAY, respectively, of an ErbB-2 specific heavy chain variable region, a variable domain with a heavy chain variable region comprising at least the CDR1, CDR2 and CDR3 sequences GYYMH, WINPNSGGTNYAQKFQG and DHGSRHFWSYWGFDY, respectively, of an ErbB-3 specific heavy chain variable region, and a common light chain having sequence
A current clamp meter, comprising: a current meter body and a current clamp, the current meter body including circuits operable to calculate a current measurement from an input signal, the current clamp being electrically coupled to the circuits by a wire and configured to sense a current and configured to provide the input signal, wherein the current meter body and the current clamp are configured to have the current clamp detachable from the current meter body and maintain operability through the wire when the current clamp is attached to the current meter body and when the current clamp is detached from the current meter body, and wherein the current meter body comprises first and second clamp retention members (122, 126) that extend from the current meter body and define a region therebetween in which the current clamp is positioned and retained when the current clamp is attached to the current meter body.
A polymer brush comprising a substrate and a polymer layer wherein the polymer layer comprises polymer chains each of which has one end fixed on the substrate and other end free-ended, wherein a state of phase-separation between a polymer dense part and a polymer thin part reversibly changes in the polymer layer, wherein the polymer chains are formed by fixing a compound having a functional group which serves as an initiating point of the polymerization reaction on a surface of the substrate and polymerizing a monomer, and wherein the polymer chains comprise a radical-polymerized polymer which is a homopolymer. wherein the polymer layer comprises polymer chains each of which has one end fixed on the substrate and other end free-ended, wherein a state of phase-separation between a polymer dense part and a polymer thin part reversibly changes in the polymer layer, wherein the polymer chains are formed by fixing a compound having a functional group which serves as an initiating point of the polymerization reaction on a surface of the substrate and polymerizing a monomer, and wherein the polymer chains comprise a radical-polymerized polymer which is a homopolymer.
A method for wireless communications by a user equipment, UE, comprising: determining one or more transmission resources for a service request, SR, transmission for: a first type of service or a second type of service; determining one or more priority levels associated with the one or more transmission resources; and when the SR transmission collides with at least one uplink transmission, transmitting the SR transmission using the determined one or more transmission resources and dropping the at least one uplink transmission, or dropping the SR transmission and transmitting the at least one uplink transmission, or transmitting the SR transmission and the at least one uplink transmission, based on the one or more priority levels associated with the one or more transmission resources. determining one or more transmission resources for a service request, SR, transmission for: a first type of service or a second type of service; determining one or more priority levels associated with the one or more transmission resources; and when the SR transmission collides with at least one uplink transmission, transmitting the SR transmission using the determined one or more transmission resources and dropping the at least one uplink transmission, or dropping the SR transmission and transmitting the at least one uplink transmission, or transmitting the SR transmission and the at least one uplink transmission, based on the one or more priority levels associated with the one or more transmission resources.
A medical device lead (14, 16, 100, 150) comprising: an insulative lead body (64, 102, 152); a first lead conductor coil (66, 108, 154) extending through the lead body (64, 102, 152), the first lead conductor coil (66, 108, 154) coupled to a first electrode at a distal end of the first lead conductor coil (66, 108, 154); characterized by a first magnetically impregnated insulative layer (68, 110, 156) between the first lead conductor coil (66, 108, 154) and a central lumen (76, 112, 162) of the medical device lead, wherein the first magnetically impregnated insulative layer increases the self-inductance of the first lead conductor coil to reduce RF energy absorption. an insulative lead body (64, 102, 152); a first lead conductor coil (66, 108, 154) extending through the lead body (64, 102, 152), the first lead conductor coil (66, 108, 154) coupled to a first electrode at a distal end of the first lead conductor coil (66, 108, 154); characterized by a first magnetically impregnated insulative layer (68, 110, 156) between the first lead conductor coil (66, 108, 154) and a central lumen (76, 112, 162) of the medical device lead, wherein the first magnetically impregnated insulative layer increases the self-inductance of the first lead conductor coil to reduce RF energy absorption.
A ferric iron composition for use in a method of treating hyperphosphatemia, wherein the ferric iron composition is a solid ligand-modified poly oxo-hydroxy metal ion material represented by the formula (M x L y n), wherein M represents one or more metal ions that comprise Fe 3+ ions, L represents one or more ligands that comprise adipic acid or an ionised form thereof, and OH represents oxo or hydroxy groups and wherein the material has a polymeric structure in which the ligands L are non-stoichiometrically substituted for the oxo or hydroxy groups so that some of the ligand integrates into the solid phase by formal metal-ligand (M-L) bonding and wherein the solid ligand-modified poly oxo-hydroxy metal ion material has one or more reproducible physico-chemical properties.
An apparatus comprising: a first end having a substrate inlet sized to allow a spoolable length substrate to pass therethrough, wherein the substrate includes any material upon which carbon nantotubes can be synthesized and has at least one dimension that is not limited in length; a preheated first purge zone comprising a purge gas inlet; a cooled second purge zone comprising a purge gas inlet; at least one carbon nanotube growth zone disposed between the first and second purge zone; at least one heater in thermal communication with the carbon nanotube growth zone heating the carbon nanotube growth zone such that the temperature is in the range of 550°C to 850°C; and at least one feed gas inlet in fluid communication with the carbon nanotube growth zone and proximate to the center of the carbon nanotube growth zone; wherein the apparatus is open to the atmosphere during operation; a second end having a substrate outlet sized to allow the spoolable length substrate to pass out therethrough; wherein within the carbon nanotube growth zone a catalyst reduction and carbon nanotube growth occur. a first end having a substrate inlet sized to allow a spoolable length substrate to pass therethrough, wherein the substrate includes any material upon which carbon nantotubes can be synthesized and has at least one dimension that is not limited in length; a preheated first purge zone comprising a purge gas inlet; a cooled second purge zone comprising a purge gas inlet; at least one carbon nanotube growth zone disposed between the first and second purge zone; at least one heater in thermal communication with the carbon nanotube growth zone heating the carbon nanotube growth zone such that the temperature is in the range of 550°C to 850°C; and at least one feed gas inlet in fluid communication with the carbon nanotube growth zone and proximate to the center of the carbon nanotube growth zone; wherein the apparatus is open to the atmosphere during operation; a second end having a substrate outlet sized to allow the spoolable length substrate to pass out therethrough; wherein within the carbon nanotube growth zone a catalyst reduction and carbon nanotube growth occur.
A high-strength steel sheet for warm press forming, characterized in that the tensile strength at room temperature is not less than 780 MPa, the yield stress at a heating temperature range of 400°C to 700°C is not more than 80% of the yield stress at room temperature, the total elongation at the heating temperature range is not less than 1.1 times the total elongation at room temperature, the yield stress of the steel sheet after the steel sheet is heated to the heating temperature range, subjected to a strain of not more than 20% and cooled from the heating temperature to room temperature is not less than 70% of the yield stress at room temperature before the heating, and the total elongation of the steel sheet after the steel sheet is heated to the heating temperature range, subjected to a strain of not more than 20% and cooled from the heating temperature to room temperature is not less than 70% of the total elongation at room temperature before the heating, wherein the steel sheet has a chemical composition consisting of, in mass%: C: not less than 0.03% and not more than 0.14%, Si: not more than 0.3%, Mn: above 0.60% and not more than 1.8%, P: not more than 0.03%, S: not more than 0.005%, Al: not more than 0.1%, N: not more than 0.005%, and Ti: not less than 0.01% and not more than 0.25%, and optionally one, or two or more of V: not more than 0.5%, Mo: not more than 0.5% and W: not more than 1.0%, the balance comprising Fe and inevitable impurities, and satisfying Expressions and below, and wherein the steel sheet includes a microstructure which has a matrix having a ferrite grain diameter of not less than 1 μm and a ferrite phase area fraction of not less than 95% and in which a carbide having an average particle diameter of not more than 10 nm is precipitated in the matrix: Expressions Ti / 48 + V / 51 + Mo / 96 + W / 184 > 0.0031 0.8 ≤ C / 12 / Ti / 48 + V / 51 + Mo / 96 + W / 184 ≤ 1.20 (, [Ti],, [Mo] and: contents (mass%) of respective elements). C: not less than 0.03% and not more than 0.14%, Si: not more than 0.3%, Mn: above 0.60% and not more than 1.8%, P: not more than 0.03%, S: not more than 0.005%, Al: not more than 0.1%, N: not more than 0.005%, and Ti: not less than 0.01% and not more than 0.25%,