mhurhangee/patent-ind-claim-en huggingface dataset:
A no or low sodium DSR infusate for use in a method of treating a patient in heart failure with fluid overload, the patient having an estimated glomerular filtration rate greater than 15 ml/min/1.73 m 2 , wherein the method comprises: introducing the DSR infusate into a peritoneal cavity of the patient, the DSR infusate having a sodium concentration less than 120 meq/L; inducing sodium and osmotic ultrafiltrate to accumulate with the DSR infusate in the peritoneal cavity during a dwell period; and removing the DSR infusate, sodium and osmotic ultrafiltrate from the peritoneal cavity of the patient to alleviate fluid overload while maintaining a stable serum sodium level, while preventing hyponatremia. introducing the DSR infusate into a peritoneal cavity of the patient, the DSR infusate having a sodium concentration less than 120 meq/L; inducing sodium and osmotic ultrafiltrate to accumulate with the DSR infusate in the peritoneal cavity during a dwell period; and removing the DSR infusate, sodium and osmotic ultrafiltrate from the peritoneal cavity of the patient to alleviate fluid overload while maintaining a stable serum sodium level, while preventing hyponatremia.
A method of conducting tool navigation comprising: utilizing a plurality of inertial measurement units to generate acceleration data and magnetic data; registering relative locations of a first and second inertial measurement units comprising the plurality of inertial measurement units , where registering relative locations includes mounting the first inertial measurement unit to a registration tool that uniquely engages a person's anatomy in a particular location and orientation, and where registering the relative locations includes mounting the second inertial measurement unit to the person; attaching the first inertial measurement unit to a tool post registration; and, repositioning the tool and the first inertial measurement unit toward a site associated with the person's anatomy. utilizing a plurality of inertial measurement units to generate acceleration data and magnetic data; registering relative locations of a first and second inertial measurement units comprising the plurality of inertial measurement units , where registering relative locations includes mounting the first inertial measurement unit to a registration tool that uniquely engages a person's anatomy in a particular location and orientation, and where registering the relative locations includes mounting the second inertial measurement unit to the person; attaching the first inertial measurement unit to a tool post registration; and, repositioning the tool and the first inertial measurement unit toward a site associated with the person's anatomy.
A trocar support apparatus for use with a trocar (T) separate from the apparatus for maintaining the trocar in fixed position in a body wall of a patient while the trocar extends through the body wall of a patient, the support comprising: an annular expandable member for extending around the trocar, said annular expandable member being movable in an expansion movement from a collapsed condition radially outwardly of the trocar to a predetermined size; an annular abutment collar arranged to be received on the trocar at a required position thereon; the annular abutment collar being adjustable longitudinally of the trocar so as to be located at a selected position; a releasable clamping member on the annular abutment collar for locating the annular abutment collar on the trocar at the selected position; said annular expandable member being arranged while in said collapsed condition to be inserted through an incision in the body wall and expanded when inserted to engage an inside surface of the body wall; wherein the manually operable device comprises a pair of members locating an inflation fluid containing member therebetween; characterized in that the members each include a manually engageable projection extending generally radially outwardly from the annular abutment collar which form a manually operable compression device for rotating one member around the axis of the trocar toward of the other member for expelling the inflation fluid from the fluid containing member. an annular expandable member for extending around the trocar, said annular expandable member being movable in an expansion movement from a collapsed condition radially outwardly of the trocar to a predetermined size; an annular abutment collar arranged to be received on the trocar at a required position thereon; the annular abutment collar being adjustable longitudinally of the trocar so as to be located at a selected position; a releasable clamping member on the annular abutment collar for locating the annular abutment collar on the trocar at the selected position; said annular expandable member being arranged while in said collapsed condition to be inserted through an incision in the body wall and expanded when inserted to engage an inside surface of the body wall; wherein the manually operable device comprises a pair of members locating an inflation fluid containing member therebetween; characterized in that the members each include a manually engageable projection extending generally radially outwardly from the annular abutment collar which form a manually operable compression device for rotating one member around the axis of the trocar toward of the other member for expelling the inflation fluid from the fluid containing member.
Device for confirming the depressurisation of a lubricator , characterized in that it comprises: - a carrier receptacle for a head of the lubricator, configured to prevent movements of the head of the lubricator parallel to an axis ; - a needle having one extremity resting on a check valve of the lubricator; - a means for setting the needle in motion, towards the carrier receptacle and parallel to the axis; - a housing having an internal thread ; - a handle secured to the needle , the needle having an external thread matching the internal thread of the housing; and - an exhaust opening for gas coming from the check valve. - a carrier receptacle for a head of the lubricator, configured to prevent movements of the head of the lubricator parallel to an axis ; - a needle having one extremity resting on a check valve of the lubricator; - a means for setting the needle in motion, towards the carrier receptacle and parallel to the axis; - a housing having an internal thread ; - a handle secured to the needle , the needle having an external thread matching the internal thread of the housing; and - an exhaust opening for gas coming from the check valve.
A molded article being a tubular structure and comprising a fuel-barrier layer formed of a resin composition that comprises a polyamide resin (A) as a continuous phase and a resin (B) as a disperse phase, wherein: the polyamide resin (A) is a polyamide resin (A1) comprising at least one of a constituent unit derived from a lactam having 10 to 12 carbon atoms and a constituent unit derived from an aminocarboxylic acid having 10 to 12 carbon atoms, or a polyamide resin (A2) comprising a constituent unit derived from an aliphatic diamine having 6 to 12 carbon atoms and a constituent unit derived from an aliphatic dicarboxylic acid having 10 to 12 carbon atoms, the resin (B) is a resin selected from a semi-aromatic polyamide resin, the ratio by volume of polyamide resin (A)/resin (B) is 95/5 to 51/49, and the mean disperse particle diameter of the resin (B) is 150 nm or more, wherein the semi-aromatic polyamide resin is: a polyamide resin (B1) in which 70 mol% or more of a diamine constituent unit is derived from metaxylylenediamine and 70 mol% or more of a dicarboxylic acid constituent unit is derived from an α,ω-linear aliphatic dicarboxylic acid having 4 to 8 carbon atoms, or a polyamide resin (B2) in which 70 mol% or more of a diamine constituent unit is derived from an aliphatic diamine having 9 to 12 carbon atoms and 70 mol% or more of a dicarboxylic acid constituent unit is derived from terephthalic acid. the polyamide resin (A) is a polyamide resin (A1) comprising at least one of a constituent unit derived from a lactam having 10 to 12 carbon atoms and a constituent unit derived from an aminocarboxylic acid having 10 to 12 carbon atoms, or a polyamide resin (A2) comprising a constituent unit derived from an aliphatic diamine having 6 to 12 carbon atoms and a constituent unit derived from an aliphatic dicarboxylic acid having 10 to 12 carbon atoms, the resin (B) is a resin selected from a semi-aromatic polyamide resin, the ratio by volume of polyamide resin (A)/resin (B) is 95/5 to 51/49, and the mean disperse particle diameter of the resin (B) is 150 nm or more, wherein the semi-aromatic polyamide resin is: a polyamide resin (B1) in which 70 mol% or more of a diamine constituent unit is derived from metaxylylenediamine and 70 mol% or more of a dicarboxylic acid constituent unit is derived from an α,ω-linear aliphatic dicarboxylic acid having 4 to 8 carbon atoms, or a polyamide resin (B2) in which 70 mol% or more of a diamine constituent unit is derived from an aliphatic diamine having 9 to 12 carbon atoms and 70 mol% or more of a dicarboxylic acid constituent unit is derived from terephthalic acid. a polyamide resin (B1) in which 70 mol% or more of a diamine constituent unit is derived from metaxylylenediamine and 70 mol% or more of a dicarboxylic acid constituent unit is derived from an α,ω-linear aliphatic dicarboxylic acid having 4 to 8 carbon atoms, or a polyamide resin (B2) in which 70 mol% or more of a diamine constituent unit is derived from an aliphatic diamine having 9 to 12 carbon atoms and 70 mol% or more of a dicarboxylic acid constituent unit is derived from terephthalic acid.
A composition comprising at least one hole transporting compound, said hole transporting compound comprising a hole transporting core covalently bonded to three arylamine (AA) groups, each AA group is optionally substituted with one or more intractability groups, wherein the hole transporting compound is represented by: wherein each of X 11 is S or CR 2 , wherein each R is an optionally substituted alkyl, aryl, heteroalkyl, heteroaryl, or intractability group, and wherein each of R 29 is H, F, or an optionally substituted alkyl, aryl, heteroalkyl, heteroaryl, or intractability group, and wherein the compound comprises at least one intractability group selected from the group consisting of
A blood purification device comprising: a device body ; and a cassette including a casing that houses a removed water container , the cassette to be removably assembled to the device body , wherein a load detector is mounted on the device body , the load detector being configured to measure a load of the removed water container , the blood purification device further comprises a load transmission mechanism configured to transmit to the load detector the load of the removed water container housed in the cassette , the load transmission mechanism including a hole in a bottom board of the cassette in a portion where the removed water container is housed, and the removed water container is configured to be placed on or above the load detector . a device body ; and a cassette including a casing that houses a removed water container , the cassette to be removably assembled to the device body , wherein a load detector is mounted on the device body , the load detector being configured to measure a load of the removed water container , the blood purification device further comprises a load transmission mechanism configured to transmit to the load detector the load of the removed water container housed in the cassette , the load transmission mechanism including a hole in a bottom board of the cassette in a portion where the removed water container is housed, and the removed water container is configured to be placed on or above the load detector .
Film welded container in the style of a tear-open package for a ready-for-use housing of different elements for introducing an irrigation medium and/or for triggering of a defecation reflex, including an enema catheter , characterized in that at least two compartments are formed by a two-dimensional, punctiform or linear welding of two film layers , wherein, for mounting of the enema catheter , two of these compartments are interconnected, between which a tapered weld seam of both film layers is provided, which receives the shaft of the enema catheter , wherein a first compartment is designed like a bag for keeping an end of the catheter shaft exposed within reach as well as the tube supply lines leading to the shaft of the enema catheter , and wherein a gel reservoir is provided in a second compartment , which serves as a container for that portion of the enema catheter , which is to be inserted intrarectally, which gel reservoir, by squeezing of its content, wets the intrarectal portion of the catheter within the second compartment , wherein the weld seam prevents or reduces the overflow of gel, and wherein the compartments are arranged appropriate to the use, in such a manner that their succession in a serial or concentrical direction corresponds to the correct sequence of application steps, wherein tear-open tabs are provided, wherein weakenings of the welding lines of the welding extend into the area of the tapered weld seam or into the second compartment beyond the tapered weld seam , in order to facilitate the removing of the distal portion of the enema catheter from the film structure .
A socket for a combined electrical connection and data connection between a motor vehicle and a vehicle component in the exterior of the motor vehicle, the socket having - a housing with an insertion opening for connection to a plug of the vehicle component, and - a contact carrier with contacts , which are fixed in the contact carrier , for an electrical connection and with a data plug connector , which is fixed in the contact carrier , and - a terminal component of the socket for connecting the electrical contacts and the data plug connector to an electric power grid and a data network of the motor vehicle, and the data plug connector having - at least one electrically conductive outer bushing for the electrical shielding of the data transmission in the data plug connector , - at least one data contact for producing the data connection, and - a carrier body , which is accommodated in the outer bushing , made from an insulating material for accommodating the at least one data contact , characterized in that the socket has a cover , which closes the insertion opening in a sealing manner when not in use, in that the at least one data contact is fixed in a sealing manner in the carrier body by pressing in or overmoulding, and in that the carrier body is fixed in a sealing manner in the outer bushing by pressing in or injection. - a housing with an insertion opening for connection to a plug of the vehicle component, and - a contact carrier with contacts , which are fixed in the contact carrier , for an electrical connection and with a data plug connector , which is fixed in the contact carrier , and - a terminal component of the socket for connecting the electrical contacts and the data plug connector to an electric power grid and a data network of the motor vehicle, and the data plug connector having - at least one electrically conductive outer bushing for the electrical shielding of the data transmission in the data plug connector , - at least one data contact for producing the data connection, and - a carrier body , which is accommodated in the outer bushing , made from an insulating material for accommodating the at least one data contact , - at least one electrically conductive outer bushing for the electrical shielding of the data transmission in the data plug connector , - at least one data contact for producing the data connection, and - a carrier body , which is accommodated in the outer bushing , made from an insulating material for accommodating the at least one data contact , characterized in that the socket has a cover , which closes the insertion opening in a sealing manner when not in use, in that the at least one data contact is fixed in a sealing manner in the carrier body by pressing in or overmoulding, and in that the carrier body is fixed in a sealing manner in the outer bushing by pressing in or injection.
An aerator for a motor vehicle comprising a hollow body capable of channeling an air flow (F) from an inlet opening to an outlet opening opening out onto an enclosure, a first fin extending into said hollow body being mounted so as to pivot by its upstream end about a transverse axis (A) and defining two air guide surfaces opposite each other delimiting, with said hollow body , two upper and lower flow channels capable of conveying respectively towards said outlet opening a first and a second quantity of air from said inlet opening , and a second fin extending into said hollow body upstream of said first fin and pivotally mounted by its downstream end so as to allow the ratio between the first and second quantities of air to be adjusted according to its position, said first and second fins being articulated to each other by a hinge mechanism so that the pivotal drive in an upward or downward direction of said second fin also drives When pivoting synchronously in the same direction of said first fin , said articulation mechanism comprises a first pinion centered on said transverse axis (A), characterized in that said second fin is pivotally mounted by its downstream end about said transverse axis (A), said first pinion is rigidly connected with said second fin , said articulation mechanism further comprises a second pinion mounted for free rotation on a transverse finger integral with said hollow body and meshed with said first pinion and an arc centered on said transverse axis (A) and rigidly connected to said first fin , the inner edge of said arc having a toothing meshed with said second pinion .
A system comprising: a synchronous generator configured to supply at an output a voltage and a current to a plurality of synchronous loads; at least one exciter configured to provide a field current to the synchronous generator to control a magnitude and phase of the voltage and the current of the output of the synchronous generator; and at least one controller configured to control a variable exciter voltage to control the field current output by the exciter, and the corresponding magnitude of the voltage and the current output by the synchronous generator; the controller further configured to dynamically adjust the variable exciter voltage to counteract torque oscillations between the synchronous generator and the synchronous loads by adjustment of a stiffness in a magnetic coupling between a rotor of the synchronous generator and a rotor of each of the synchronous motor loads and damp oscillations in a power angle between the voltage and the current at a plurality of resonant modes occurring at different resonant sub harmonic frequencies during a ramped speed startup of the synchronous generator and the plurality of synchronous loads comprising motors synchronized with the synchronous generator, the stiffness adjusted by the controller by dynamic adjustment of the excitation to provide energy to counteract oscillation energy at the synchronous loads. a synchronous generator configured to supply at an output a voltage and a current to a plurality of synchronous loads; at least one exciter configured to provide a field current to the synchronous generator to control a magnitude and phase of the voltage and the current of the output of the synchronous generator; and at least one controller configured to control a variable exciter voltage to control the field current output by the exciter, and the corresponding magnitude of the voltage and the current output by the synchronous generator; the controller further configured to dynamically adjust the variable exciter voltage to counteract torque oscillations between the synchronous generator and the synchronous loads by adjustment of a stiffness in a magnetic coupling between a rotor of the synchronous generator and a rotor of each of the synchronous motor loads and damp oscillations in a power angle between the voltage and the current at a plurality of resonant modes occurring at different resonant sub harmonic frequencies during a ramped speed startup of the synchronous generator and the plurality of synchronous loads comprising motors synchronized with the synchronous generator, the stiffness adjusted by the controller by dynamic adjustment of the excitation to provide energy to counteract oscillation energy at the synchronous loads.
An article comprising: an accessory for a clamp assembly comprising a grip element which has a base portion comprising two opposite end faces ; rows of teeth that protrude from said base portion , said teeth being arranged in rows with gaps separating them, wherein each of said teeth has a shape as viewed from one of said end faces which includes a first shape portion which has straight sides each of which extends from said base portion to an end , wherein a junction of each of said straight sides with said base portion has a radius (R), wherein said straight sides form borders of said gaps ; and wherein each of said teeth comprises another shape portion that extends inwards, away from said gaps , wherein said ends of said straight sides of said first shape portion and said other shape portion are adapted to act in cooperation to grip a pipe, characterized in that said other shape portion comprises a second shape portion that extends perpendicularly inwards from said ends to a third shape portion which is triangular and which has an apex that points away from said base portion . an accessory for a clamp assembly comprising a grip element which has a base portion comprising two opposite end faces ; rows of teeth that protrude from said base portion , said teeth being arranged in rows with gaps separating them, wherein each of said teeth has a shape as viewed from one of said end faces which includes a first shape portion which has straight sides each of which extends from said base portion to an end , wherein a junction of each of said straight sides with said base portion has a radius (R), wherein said straight sides form borders of said gaps ; and wherein each of said teeth comprises another shape portion that extends inwards, away from said gaps , wherein said ends of said straight sides of said first shape portion and said other shape portion are adapted to act in cooperation to grip a pipe, characterized in that said other shape portion comprises a second shape portion that extends perpendicularly inwards from said ends to a third shape portion which is triangular and which has an apex that points away from said base portion .