mhurhangee/ep-ind-claims huggingface dataset:
A polyester resin or polyester carbonate resin comprising repeating units represented by the following formulas and, wherein the ratio of the repeating unit represented by the following formula and repeating unit represented by the following formula is 15:85 to 85:15, wherein the amount of fluorenone contained therein, determined by HPLC as specified in the description, is 1 to 500 ppm or less: wherein, rings Z 1 and Z 2 respectively represent a polycyclic aromatic hydrocarbon group having 9 to 20 carbon atoms, R 1, R 2, R 7 and R 8 respectively and independently represent a hydrocarbon group that may contain an aromatic group having 1 to 12 carbon atoms, R 3 -R 6 and R 9 -R 16 represent hydrogen atoms or aliphatic or aromatic substituents, j, k, r and s respectively and independently represent an integer of 0 or more, and m, n, p and q respectively and independently represent 1 or 2; and wherein, R 7, R 8, R 17 and R 18 respectively and independently represent a hydrocarbon group that may contain an aromatic group having 1 to 12 carbon atoms, R 9 -R 16 and R 19 -R 26 represent hydrogen atoms or aliphatic or aromatic substituents, and r, s, t and u respectively and independently represent an integer of 0 or more.
A spray head assembly for a faucet, comprising: a body configured to receive a supply of fluid; and a face in fluid communication with the body, the face having a plurality of nozzles for directing the fluid from the spray head as a plurality of fluid streams; wherein the plurality of nozzles are arranged in a configuration having a first shape and are configured to direct the plurality of fluid streams to form a spray pattern having a second shape in a focal region at a focal length from the face; characterized in that the first shape differs from the second shape, and each nozzle is configured to avoid intersection of its fluid stream with any other fluid stream from the face to the focal length. a body configured to receive a supply of fluid; and a face in fluid communication with the body, the face having a plurality of nozzles for directing the fluid from the spray head as a plurality of fluid streams; wherein the plurality of nozzles are arranged in a configuration having a first shape and are configured to direct the plurality of fluid streams to form a spray pattern having a second shape in a focal region at a focal length from the face; characterized in that the first shape differs from the second shape, and each nozzle is configured to avoid intersection of its fluid stream with any other fluid stream from the face to the focal length.
Hybrid circuitry (40, 40', 40") configured to operatively couple a radio frequency drive signal with a quadrature coil of a magnetic resonance scanner to drive the quadrature coil having an I channel input port and a Q channel input port, whereby the hybrid circuitry (40, 40', 40") has an I-channel input and a Q-channel input for connection to an RF amplifier of an magnetic resonance scanner, the hybrid circuitry (40, 40', 40") has an I-channel output for connection to the I channel input port and a Q-channel output for connection to the Q-channel input port of the quadrature coil, characterized in that the hybrid circuitry (40, 40', 40") comprises switches (S 1, S 2, S 2 ', S 3, S 4, S 4 ') which are arranged to either pass a signal received at its I-channel input to its I-channel output directly or via a phase shifter (76, 82, 86) or to terminate a signal received at its I-channel input using a suitable impedance, the hybrid circuitry (40, 40', 40") comprises switches (S 1, S 2, S 2 ', S 3, S 4, S 4 ') which are arranged to either pass a signal received at its Q-channel input to its Q-channel output directly or via a phase shifter (76, 82, 86) or to terminate a signal received at its Q-channel input using a suitable impedance, the hybrid circuitry (40, 40', 40") being adapted to switch between at least two coil modes selected from a group consisting of (i) a linear I-channel mode in which the I channel input port is driven, whereby a signal received at the I-channel input is passed to the I-channel output directly or via a phase shifter (76, 82, 86), and a signal received at the Q-channel input is terminated to not drive the Q channel input port, (ii) a linear Q-channel mode in which the Q channel input port is driven, whereby a signal received at the Q-channel input is passed to the Q-channel output directly or via a phase shifter (76, 82, 86), and a signal received at the I-channel input is terminated to not drive the I channel input port, (iii) a quadrature mode in which both the I and Q channel input ports (42, 44) are driven with a phase difference of +90° between the I-channel and the Q-channel, and (iv) an anti-quadrature mode in which both the I and Q channel input ports (42, 44) are driven with a phase difference of -90° between the I-channel and the Q-channel.
A device for supplying urea water, which can prevent urea water from coagulating, comprising: an air supply unit for supplying external air to an injector with an injection nozzle through an air supply line; a urea water supply unit for supplying urea water to the injector through a urea water supply line; a water supply unit for supplying water to the injector through a water supply line connected to one side of the urea water supply line; a flow control valve for selectively supplying water or urea water to the injector through the urea water supply line; wherein the injector is respectively connected to the air supply unit and the urea water supply unit to selectively discharge air, urea water or water to the injection nozzle characterized in that the device further comprises: a n air bypass line for connecting the air supply line with the water supply line; a n air control valve provided at a portion at which the air supply line is connected with the air bypass line to control air such that the air is supplied to the injector through the air supply line or is supplied to the air bypass line; and a water control valve provided at a portion at which the water supply line is connected with the air bypass line to control the air or the water such that the water or the air supplied through the air bypass line is supplied to the urea water supply line; wherein water is supplied to the injection nozzle and urea water supply line thus preventing the injection nozzle and urea water supply line from being clogged, and the air is supplied through the air bypass line and water supply line and urea water supply line and allowed to push the water remaining in the water supply line and urea water supply line toward the injector, thus preventing the water supply line and urea water supply line from being corroded by water and preventing the concentration of urea water from being low when urea water is supplied again. an air supply unit for supplying external air to an injector with an injection nozzle through an air supply line; a urea water supply unit for supplying urea water to the injector through a urea water supply line; a water supply unit for supplying water to the injector through a water supply line connected to one side of the urea water supply line; a flow control valve for selectively supplying water or urea water to the injector through the urea water supply line; wherein a n air bypass line for connecting the air supply line with the water supply line; a n air control valve provided at a portion at which the air supply line is connected with the air bypass line to control air such that the air is supplied to the injector through the air supply line or is supplied to the air bypass line; and a water control valve provided at a portion at which the water supply line is connected with the air bypass line to control the air or the water such that the water or the air supplied through the air bypass line is supplied to the urea water supply line;
A fluid fitting for collecting data about a property of a fluid, the fluid fitting comprising: a body with an input side an output side and a first fluid pathway that extends between the input side and the output side, each of the input side and the output side can be configured to couple tubing; a non-conductive housing comprising a receptacle end for receiving a plug device; a ground path for conducting charge to the receptacle end; a conductive housing coupled to the ground path, the conductive housing comprising the first fluid pathway for receiving a fluid, and a mating portion secured to the non-conductive housing, the mating portion having an aperture exposing the first fluid pathway to the non-conductive housing; a sensing element housing disposed in the aperture, the sensing element housing comprising a first open end proximate the non-conductive housing, a second open end proximate the first fluid pathway, and a second fluid pathway extending from the first open end and the second open end, the second fluid pathway for receiving the fluid from the first fluid pathway; and a sensing element exposed to the fluid in the second fluid pathway, the sensing element for collecting data about a property of the fluid. a body with an input side an output side and a first fluid pathway that extends between the input side and the output side, each of the input side and the output side can be configured to couple tubing; a non-conductive housing comprising a receptacle end for receiving a plug device; a ground path for conducting charge to the receptacle end; a conductive housing coupled to the ground path, the conductive housing comprising the first fluid pathway for receiving a fluid, and a mating portion secured to the non-conductive housing, the mating portion having an aperture exposing the first fluid pathway to the non-conductive housing; a sensing element housing disposed in the aperture, the sensing element housing comprising a first open end proximate the non-conductive housing, a second open end proximate the first fluid pathway, and a second fluid pathway extending from the first open end and the second open end, the second fluid pathway for receiving the fluid from the first fluid pathway; and a sensing element exposed to the fluid in the second fluid pathway, the sensing element for collecting data about a property of the fluid.
A system for determining electrophysiological data, comprising: an electronic control unit configured to: receive electrogram data for a set of electrodes, wherein the electrogram data comprises a plurality of unipole signals and a plurality of bipole signals; receive position and orientation information for the set of electrodes from a mapping system; compose a clique comprising a subset of neighboring electrodes in the set of electrodes, wherein each clique comprises at least three electrodes from the set of electrodes; derive a local E-field from one of the plurality of bipole signals and the plurality of unipole signals of the clique; determine catheter orientation independent information of a tissue based on the local E-field; and output the orientation independent information to a user or process. an electronic control unit configured to: receive electrogram data for a set of electrodes, wherein the electrogram data comprises a plurality of unipole signals and a plurality of bipole signals; receive position and orientation information for the set of electrodes from a mapping system; compose a clique comprising a subset of neighboring electrodes in the set of electrodes, wherein each clique comprises at least three electrodes from the set of electrodes; receive electrogram data for a set of electrodes, wherein the electrogram data comprises a plurality of unipole signals and a plurality of bipole signals; receive position and orientation information for the set of electrodes from a mapping system; compose a clique comprising a subset of neighboring electrodes in the set of electrodes, wherein each clique comprises at least three electrodes from the set of electrodes; derive a local E-field from one of the plurality of bipole signals and the plurality of unipole signals of the clique; determine catheter orientation independent information of a tissue based on the local E-field; and output the orientation independent information to a user or process. determine catheter orientation independent information of a tissue based on the local E-field; and output the orientation independent information to a user or process.
A greeting card comprising: a plurality of panels connected such that the greeting card is reconfigurable between a closed configuration and an open configuration; at least one object positioned between the plurality of panels, the at least one object being reconfigurable between a collapsed configuration and an expanded configuration, the at least one object being detachably connected to the plurality of panels such that movement of the greeting card from the closed configuration to the open configuration transitions the at least one object from the collapsed configuration to the expanded configuration, and movement of the greeting card from the open configuration to the closed configuration transitions the at least one object from the expanded configuration to the collapsed configuration; and an attachment member connecting the at least one object to the plurality of panels such that the at least one object can be detached from the plurality of panels, wherein the greeting card further comprises a locking member configured and dimensioned to maintain the expanded configuration of the at least one object, characterized in that the locking member is defined by a portion of the at least one object. a plurality of panels connected such that the greeting card is reconfigurable between a closed configuration and an open configuration; at least one object positioned between the plurality of panels, the at least one object being reconfigurable between a collapsed configuration and an expanded configuration, the at least one object being detachably connected to the plurality of panels such that movement of the greeting card from the closed configuration to the open configuration transitions the at least one object from the collapsed configuration to the expanded configuration, and movement of the greeting card from the open configuration to the closed configuration transitions the at least one object from the expanded configuration to the collapsed configuration; and an attachment member connecting the at least one object to the plurality of panels such that the at least one object can be detached from the plurality of panels, wherein the greeting card further comprises a locking member configured and dimensioned to maintain the expanded configuration of the at least one object, characterized in that the locking member is defined by a portion of the at least one object.
A handle assembly for a surgical stapler, the handle assembly comprising: a handle body comprising a stationary handle and a movable handle pivotably coupled to the handle body; an actuation shaft mechanically coupled to the movable handle for manual actuation thereof, the actuation shaft slidable within the handle body along a longitudinal axis; and an articulation mechanism comprising: a manually actuated articulation knob positioned at a proximal end of the handle body and rotatable about the longitudinal axis; and the articulation mechanism being characterized in that it further comprises: a ball screw operatively coupled to the articulation knob and longitudinally movable by rotation of the articulation knob; and a release mechanism configured to reset the ball screw to a longitudinally centered position. a handle body comprising a stationary handle and a movable handle pivotably coupled to the handle body; an actuation shaft mechanically coupled to the movable handle for manual actuation thereof, the actuation shaft slidable within the handle body along a longitudinal axis; and an articulation mechanism comprising: a manually actuated articulation knob positioned at a proximal end of the handle body and rotatable about the longitudinal axis; and the articulation mechanism being characterized in that it further comprises: a ball screw operatively coupled to the articulation knob and longitudinally movable by rotation of the articulation knob; and a release mechanism configured to reset the ball screw to a longitudinally centered position. a manually actuated articulation knob positioned at a proximal end of the handle body and rotatable about the longitudinal axis; and the articulation mechanism being characterized in that it further comprises: a ball screw operatively coupled to the articulation knob and longitudinally movable by rotation of the articulation knob; and a release mechanism configured to reset the ball screw to a longitudinally centered position. a ball screw operatively coupled to the articulation knob and longitudinally movable by rotation of the articulation knob; and a release mechanism configured to reset the ball screw to a longitudinally centered position.
A method for fabricating a fiber positive electrode for a lithium secondary battery, the method comprising the steps of: (a) forming a tubular coating of either a transition metal oxide or a transition metal hydroxide on a carbon fiber current collector having a diameter of 1 to 100 μm; and (b) performing, in a lithium ion containing solution in a sealed system under presence of an oxidant or a reductant, heat treatment at 100 to 250 °C on the carbon fiber current collector, on which the tubular coating of either the transition metal oxide or the transition metal hydroxide is formed, to obtain a coating of a lithium-doped transition metal oxide on the carbon fiber current collector. (a) forming a tubular coating of either a transition metal oxide or a transition metal hydroxide on a carbon fiber current collector having a diameter of 1 to 100 μm; and (b) performing, in a lithium ion containing solution in a sealed system under presence of an oxidant or a reductant, heat treatment at 100 to 250 °C on the carbon fiber current collector, on which the tubular coating of either the transition metal oxide or the transition metal hydroxide is formed, to obtain a coating of a lithium-doped transition metal oxide on the carbon fiber current collector.
A fabric care composition comprising: water; a cleaning surfactant; a fabric softening silicone; and a deposition aid polymer, wherein the deposition aid polymer is a dextran polymer functionalized with quaternary ammonium moieties and wherein the deposition aid polymer comprises < 0.1 % of the linkages between individual glucose units in the deposition aid polymer are β-1,3 linkages; and wherein the deposition aid polymer enhances deposition of the fabric softening silicone from the fabric care composition onto a fabric. water; a cleaning surfactant; a fabric softening silicone; and a deposition aid polymer, wherein the deposition aid polymer is a dextran polymer functionalized with quaternary ammonium moieties and wherein the deposition aid polymer comprises < 0.1 % of the linkages between individual glucose units in the deposition aid polymer are β-1,3 linkages; and wherein the deposition aid polymer enhances deposition of the fabric softening silicone from the fabric care composition onto a fabric.
An implantable prosthesis (100, 200, 200', 300) comprising: · an adhesive portion (102, 202, 202', 302) that is capable of forming adhesions with organic tissues, the adhesive portion presenting a first peripheral edge (102a, 202a, 302a); · a non-adhesive portion (104, 204, 204', 304) that inhibits the formation of adhesions with tissues, that is secured to the adhesive portion, and that presents a second peripheral edge (104a, 204a, 304a), the first peripheral edge being set back from the second peripheral edge so as to uncover the non-adhesive portion, in part, defining, between the first peripheral edge and the second peripheral edge, a non-adhesive peripheral band that surrounds the adhesive portion; the adhesive portion (102, 202, 202', 302) having a central portion (110, 210, 210', 310), and presenting the shape of a star that includes a plurality of branches (108, 208, 208', 308) that extend from the central portion of the adhesive portion, the adhesive portion including a plurality of notches, each notch being situated between two adjacent branches. · an adhesive portion (102, 202, 202', 302) that is capable of forming adhesions with organic tissues, the adhesive portion presenting a first peripheral edge (102a, 202a, 302a); · a non-adhesive portion (104, 204, 204', 304) that inhibits the formation of adhesions with tissues, that is secured to the adhesive portion, and that presents a second peripheral edge (104a, 204a, 304a), the first peripheral edge being set back from the second peripheral edge so as to uncover the non-adhesive portion, in part, defining, between the first peripheral edge and the second peripheral edge, a non-adhesive peripheral band that surrounds the adhesive portion;
A glycoside compound of fatty acids, characterized in that it consists of the general formula: wherein the glucose molecule is esterified to a monounsaturated fatty acid, where R is selected from 12:1(n) and where n is an integer between 2 and 11; 11:1(n) and where n is an integer between 2 and 10; 10:1(n), and where n is an integer between 2 and 9; 9:1(n), and where n is an integer between 2 and 8; 8:1(n), and where n is an integer between 2 and 8; 7:1(n) and where n is an integer between 2 and 7; and 6:1(n), and where n is an integer between 2 and 6.
A method for the continuous reaction of an epoxide and carbon monoxide comprising the steps of: (a) feeding a continuous carbonylation reactor during a first interval of time with a catalyst feed stream comprising a carbonylation catalyst, where within the reactor, epoxide and carbon monoxide react in the presence of the carbonylation catalyst to provide a reaction product stream comprising an epoxide carbonylation product and carbonylation catalyst, (b) treating the reaction product stream to separate at least a portion of the carbonylation catalyst from the reaction product stream, (c) accumulating carbonylation catalyst collected in step (b) throughout the first interval of time to obtain a spent carbonylation catalyst batch, wherein the catalyst recovered in this step is in a form other than as active catalyst, (d) feeding a continuous carbonylation reactor during a second interval of time with a catalyst feed stream wherein at least a portion of the catalyst in the catalyst feed stream is derived from spent carbonylation catalyst batch accumulated in step (c). (a) feeding a continuous carbonylation reactor during a first interval of time with a catalyst feed stream comprising a carbonylation catalyst, where within the reactor, epoxide and carbon monoxide react in the presence of the carbonylation catalyst to provide a reaction product stream comprising an epoxide carbonylation product and carbonylation catalyst, (b) treating the reaction product stream to separate at least a portion of the carbonylation catalyst from the reaction product stream, (c) accumulating carbonylation catalyst collected in step (b) throughout the first interval of time to obtain a spent carbonylation catalyst batch, wherein the catalyst recovered in this step is in a form other than as active catalyst, (d) feeding a continuous carbonylation reactor during a second interval of time with a catalyst feed stream wherein at least a portion of the catalyst in the catalyst feed stream is derived from spent carbonylation catalyst batch accumulated in step (c).