mhurhangee/patent-ind-claim-en huggingface dataset:
A system for recharging an implanted medical implant, the system comprising: a carrier removably coupleable with a portable charging device , the carrier having: a frame configured for removably coupling with the charging device , wherein the frame includes an opening through which a portion of the charging device having a charging coil extends when the charging device is coupled with the frame such that the portion of the charging device having the charging coil engages a skin of the patient; and one or more tabs attached to the frame and extending laterally outward from the opening of the frame , wherein the one or more tabs include an adhesive surface for adhering to a skin surface of the patient, wherein the carrier is configured such that the adhesive surface is not in contact with a surface of the charging device when removably coupled thereto, wherein the adhesive surface includes a biocompatible adhesive. a frame configured for removably coupling with the charging device , wherein the frame includes an opening through which a portion of the charging device having a charging coil extends when the charging device is coupled with the frame such that the portion of the charging device having the charging coil engages a skin of the patient; and one or more tabs attached to the frame and extending laterally outward from the opening of the frame , wherein the one or more tabs include an adhesive surface for adhering to a skin surface of the patient, wherein the carrier is configured such that the adhesive surface is not in contact with a surface of the charging device when removably coupled thereto, wherein the adhesive surface includes a biocompatible adhesive.
A magnetic flowmeter for measuring flow of a flow of process fluid, comprising: a flow tube arranged to receive the flow of process fluid therethrough; a magnetic drive coil proximate to the flow tube arranged to apply a magnetic field in the flow tube in response to a drive signal; at least one electrode arranged to sense an electromotive force of the process fluid related to the applied magnetic field and flow velocity of the process fluid; a temperature sensing circuitry coupled to the magnetic drive coil configured to provide a temperature output indicative of the temperature of the drive coil based upon an electrical parameter of the drive coil , wherein the electrical parameter is the electrical inductance of the drive coil ; and a flow measurement circuitry coupled to the at least one electrode configured to provide a mass flow output based upon the sensed electromotive force of the at least one electrode and said temperature output. a flow tube arranged to receive the flow of process fluid therethrough; a magnetic drive coil proximate to the flow tube arranged to apply a magnetic field in the flow tube in response to a drive signal; at least one electrode arranged to sense an electromotive force of the process fluid related to the applied magnetic field and flow velocity of the process fluid; a temperature sensing circuitry coupled to the magnetic drive coil configured to provide a temperature output indicative of the temperature of the drive coil based upon an electrical parameter of the drive coil , wherein the electrical parameter is the electrical inductance of the drive coil ; and a flow measurement circuitry coupled to the at least one electrode configured to provide a mass flow output based upon the sensed electromotive force of the at least one electrode and said temperature output.
A method of repairing a defect in a pre-existing circular butt weld of a pipeline of steel or other ferrous or non-ferrous alloy, comprising: attaching run-on and run-off tabs to the pipeline on respective sides of the defect ; advancing a friction stir processing tool into the run-on tab ; effecting relative movement of the tool from the run-on tab to the run-off tab along a weld-processing path that incorporates the defect to repair the defect by friction stir processing of a portion of the weld along the path, the weld-processing path extending along the weld in a generally circumferential direction with respect to the pipeline ; pressing a shoulder of the tool against a running surface while moving the tool along the weld-processing path and spinning the tool around an axis of rotation, the running surface comprising respective running faces of the run-on and run-off tabs ; removing the tool from the run-off tab ; and removing the run-on and run-off tabs from the pipeline . attaching run-on and run-off tabs to the pipeline on respective sides of the defect ; advancing a friction stir processing tool into the run-on tab ; effecting relative movement of the tool from the run-on tab to the run-off tab along a weld-processing path that incorporates the defect to repair the defect by friction stir processing of a portion of the weld along the path, the weld-processing path extending along the weld in a generally circumferential direction with respect to the pipeline ; pressing a shoulder of the tool against a running surface while moving the tool along the weld-processing path and spinning the tool around an axis of rotation, the running surface comprising respective running faces of the run-on and run-off tabs ; removing the tool from the run-off tab ; and removing the run-on and run-off tabs from the pipeline .
A method of etherification, the method comprising: modifying a zeolite catalyst with phosphorus to provide a phosphorus modified zeolite catalyst having an atomic ratio of phosphorus to aluminum from 0.05:1 to 1.5:1 and a phosphorus loading from 0.05 to 6 weight percent based upon a total weight of the phosphorus modified zeolite catalyst; and contacting the phosphorus modified zeolite catalyst with an olefin and an alcohol to produce a monoalkyl ether; wherein the zeolite catalyst is a zeolite beta catalyst, and wherein the alcohol is a (poly)alkylene glycol. modifying a zeolite catalyst with phosphorus to provide a phosphorus modified zeolite catalyst having an atomic ratio of phosphorus to aluminum from 0.05:1 to 1.5:1 and a phosphorus loading from 0.05 to 6 weight percent based upon a total weight of the phosphorus modified zeolite catalyst; and contacting the phosphorus modified zeolite catalyst with an olefin and an alcohol to produce a monoalkyl ether;
Pouch cell having at least one connection electrode via which the pouch cell can be electrically contacted, characterized in that the pouch cell comprises a current interrupter configured, by virtue of a thermally induced change in its geometric dimensioning, at least temporarily to interrupt drawing of current via the connection electrode , wherein the current interrupter comprises a material having a negative coefficient of thermal expansion and the thermally induced change in its geometric dimensioning is brought about by a change in a pouch cell temperature (PT), wherein the current interrupter is arranged at the connection electrode or is part of the connection electrode, wherein the current interrupter is configured in such a way that a current interruption is brought about by a thermal shrinkage of the material, particularly if the pouch cell temperature (PT) exceeds a predefined temperature threshold (TS), wherein the connection electrode comprises an inner portion and an outer portion , wherein the inner portion is preferably completely surrounded by an outer enclosure of the pouch cell and the outer portion at least in sections, is situated outside said outer enclosure , and wherein the inner portion and the outer portion are positionally fixed in relation to the outer enclosure and/or positionally fixed with respect to one another.
Street sweeper comprising - a dirt container , - a suction device comprising a suction mouth , a suction channel and a suction fan for guiding a suction flow into the dirt container , - a recycling system comprising a separating device , configured to separate and reuse sucked-in dirty water from the dirty water tank as recycled water, and further comprising a recycling conduit , wherein the recycling water flows in a first flow direction from the dirt container through the recycling conduit , - a fresh water tank containing fresh water, - a cleaning device configured to clean at least part of the recycling system by means of the fresh water from the fresh water tank , characterised in that - at least one section of the recycling conduit can be cleaned by means of the cleaning device by means of a high-pressure water jet or by means of a pulsating water jet, and/or - the cleaning device is adapted to guide fresh water in a second flow direction through at least one section of the recycling conduit , wherein the first flow direction and the second flow direction within the recycling conduit are opposite, in particular wherein the second flow direction is in the direction of the dirt container . - a dirt container , - a suction device comprising a suction mouth , a suction channel and a suction fan for guiding a suction flow into the dirt container , - a recycling system comprising a separating device , configured to separate and reuse sucked-in dirty water from the dirty water tank as recycled water, and further comprising a recycling conduit , wherein the recycling water flows in a first flow direction from the dirt container through the recycling conduit , - a fresh water tank containing fresh water, - a cleaning device configured to clean at least part of the recycling system by means of the fresh water from the fresh water tank , - at least one section of the recycling conduit can be cleaned by means of the cleaning device by means of a high-pressure water jet or by means of a pulsating water jet, and/or - the cleaning device is adapted to guide fresh water in a second flow direction through at least one section of the recycling conduit , wherein the first flow direction and the second flow direction within the recycling conduit are opposite, in particular wherein the second flow direction is in the direction of the dirt container .
A biological sample collector comprising a solid support having plural chemically differentiated sample receiving areas for accepting a biological sample, wherein said chemically differentiated areas include: one or more chemically untreated area ; one or more areas treated with a combination of a weak base, a chelating agent and an anionic surfactant; the sample collector being characterized in that said chemically differentiated areas further include: one or more areas treated with a protein denaturant; and one or more areas treated with a protein denaturant, a reducing agent, an anti-oxidant and a buffer.
A polyester resin composition comprising a polyhydroxyalkanoate (A), an acrylic compound (B) and pentaerythritol (C); wherein the acrylic compound (B) is an acrylic (co)polymer made mainly from one or more acrylic esters or methacrylic esters, wherein the term "mainly" specifies that the acrylic ester and/or the methacrylic ester is/are contained in a proportion of 50% by weight or more in the acrylic compound (B), and wherein the acrylic compound (B) is contained in an amount of from 0.1 to 100 parts by weight based on 100 parts by weight of the polyhydroxyalkanoate (A).
A method by a first base station , the method comprising: receiving system information including master information block, MIB, and system information block, SIB, from at least one second base station ; identifying a list of public land mobile network, PLMN, identities for the at least one second base station based on the system information; and selecting a channel for a secondary serving cell, SCell, in an unlicensed band based on the list of the PLMN identities the channel being configured for the at least one second base station with a same PLMN identity as a PLMN identity of the first base station . receiving system information including master information block, MIB, and system information block, SIB, from at least one second base station ; identifying a list of public land mobile network, PLMN, identities for the at least one second base station based on the system information; and selecting a channel for a secondary serving cell, SCell, in an unlicensed band based on the list of the PLMN identities the channel being configured for the at least one second base station with a same PLMN identity as a PLMN identity of the first base station .
Vehicle, for example a vehicle of the "city car" category, having a body including a roof having an opening extending throughout a substantial portion of the roof and a kit of panel-like accessory units (A, B, C, D) which can be selected as desired for covering said opening of the roof in order to provide a desired configuration of the vehicle, wherein each of said panel-like accessory units (A, B, C, D) comprises a connector member provided on the rear side of the panel-like unit and configured for cooperating with a corresponding connector member provided on the roof portion forming part of the vehicle body , at the rear side of said opening in the roof, and wherein said kit of panel-like accessory units comprises at least: - a panel (B) of flexible material, configured for being folded into a position in which it leaves said opening at least partially opened, and - a luggage container (C) having a first container element (C1) configured for being secured within said opening of the roof, and a lid (C2) mounted on said first container element (C1), said vehicle being characterized in that : - the vehicle is an electric vehicle, - said kit of panel-like accessory units further comprises a panel (A) carrying an array of photovoltaic solar cells (S), - said connector member provided on each panel-like unit (A, B, C, D) is an electric connector member which includes a GPS device and a telecommunication antenna, and is connected by cables or in a wireless mode to the electric circuit of the vehicle. - a panel (B) of flexible material, configured for being folded into a position in which it leaves said opening at least partially opened, and - a luggage container (C) having a first container element (C1) configured for being secured within said opening of the roof, and a lid (C2) mounted on said first container element (C1), - the vehicle is an electric vehicle, - said kit of panel-like accessory units further comprises a panel (A) carrying an array of photovoltaic solar cells (S), - said connector member provided on each panel-like unit (A, B, C, D) is an electric connector member which includes a GPS device and a telecommunication antenna, and is connected by cables or in a wireless mode to the electric circuit of the vehicle.
Device for fall detection, said device comprising: a sensor input for obtaining sensor data related to movement of a subject acquired by a sensor , a video input for obtaining video data of the subject and/or the subject's environment, an analysis unit : for analyzing the obtained sensor data to detect one or more signal features indicative of a potential fall of the subject and for analyzing, if one or more such signal features have been detected, the detected one or more signal features and/or related sensor data in combination with related video data to identify similarities between: changes of the related sensor data and/or the signal features over time; and changes of the video data over time an output for issuing a fall detection indication if the level and/or amount of detected similarities exceeds a corresponding threshold, wherein said analysis unit is configured to analyze the detected one or more signal features and/or relative sensor data in combination with the related video data in response to the signal features indicating that a possible fall has been identified, and wherein said analysis unit is configured to estimate the relative vertical velocity and/or acceleration of the subject from the video data and to correlate it with a vertical acceleration and/or vertical velocity derived from the sensor data to identify similarities. a sensor input for obtaining sensor data related to movement of a subject acquired by a sensor , a video input for obtaining video data of the subject and/or the subject's environment, an analysis unit : for analyzing the obtained sensor data to detect one or more signal features indicative of a potential fall of the subject and for analyzing, if one or more such signal features have been detected, the detected one or more signal features and/or related sensor data in combination with related video data to identify similarities between: changes of the related sensor data and/or the signal features over time; and changes of the video data over time for analyzing the obtained sensor data to detect one or more signal features indicative of a potential fall of the subject and for analyzing, if one or more such signal features have been detected, the detected one or more signal features and/or related sensor data in combination with related video data to identify similarities between: changes of the related sensor data and/or the signal features over time; and changes of the video data over time an output for issuing a fall detection indication if the level and/or amount of detected similarities exceeds a corresponding threshold, wherein said analysis unit is configured to analyze the detected one or more signal features and/or relative sensor data in combination with the related video data in response to the signal features indicating that a possible fall has been identified, and wherein said analysis unit is configured to estimate the relative vertical velocity and/or acceleration of the subject from the video data and to correlate it with a vertical acceleration and/or vertical velocity derived from the sensor data to identify similarities.
A spring isolator assembly, the assembly comprising: a reinforcing insert , a spring isolator including a ramp and a spring stop , the spring isolator being configured of a flexible material that is configured to receive a portion of a spring , the spring isolator including a spring track , an inner wall , and an outer wall , wherein the reinforcing insert is integrated by said spring isolator and said ramp and said spring stop are configured at opposite ends of said spring isolator , wherein said spring isolator includes at least a drain , wherein the drain is configured to remove water and/or debris from the spring track . a reinforcing insert , a spring isolator including a ramp and a spring stop , the spring isolator being configured of a flexible material that is configured to receive a portion of a spring , the spring isolator including a spring track , an inner wall , and an outer wall , wherein the reinforcing insert is integrated by said spring isolator and said ramp and said spring stop are configured at opposite ends of said spring isolator , wherein said spring isolator includes at least a drain , wherein the drain is configured to remove water and/or debris from the spring track .
A separating medium for hydrophilic interaction chromatography, being formed from a support selected from the group consisting of a silica gel and a silica monolith, and a ligand supported on the support, wherein the ligand is a (meth)acrylic polymer having a constituent unit derived from a compound represented by Formula (I) and the (meth)acrylic polymer chemically bonded to the support is obtainable by a polymerization reaction involving both a compound represented by Formula (I) and the support having a spacer bonded thereto, the spacer being obtainable by reacting an acrylic monomer and a silane coupling agent; wherein in Formula (I), there are one or two double bonds between atoms making up a heterocyclic ring, X 1 is selected from the group consisting of S, SCH 3 + , O, NH, NCH 3 , CH 2 , CHR and CR 1 R 2 , each of X 2 , X 3 and X 4 is selected from the group consisting of N, NH, NCH 3 , CH 2 , CHR, NCH 3 + , CH, CR and CR 1 R 2 , in which each of R 1 and R 2 is an optionally substituted C 1-18 alkyl, C 6-18 aryl, C 2-18 alkenyl, C 2-18 alkynyl, C 7-18 aralkyl, C 2-18 acyl, C 3-18 cycloalkyl, carboxyl, amino, C 6-18 aryloxy or C 1-18 alkoxy, halo, hydroxyl, nitro or cyano group, while R is a substituted or non-substituted C 1-18 alkyl, C 6-18 aryl, C 2-18 alkenyl, C 2-18 alkynyl, C 7-18 aralkyl, C 2-18 acyl, C 3-18 cycloalkyl, carboxyl, amino, C 6-18 aryloxy or C 1-18 alkoxy, halo, hydroxyl, nitro or cyano group, at least two of X 1 , X 2; X 3 and X 4 are not CH 2 , CH, CR or CR 1 R 2 , and R 3 is H or CH 3 .
An assembly method of an apparatus suitable for pressurized liquid transfusion, comprising: preparing an elastomeric ring having a first end and an opposite second end, between which is a through hole having an internal contour, wherein the elastomeric ring further includes an outer contour; tensioning the elastomeric ring to allow a nozzle to be inserted from the first end into the through hole ; aligning the nozzle with the second end of the elastomeric ring to create a nozzle assembly ; inserting the nozzle assembly into an internal volume of a receptacle , wherein a height of the elastomeric ring is greater than that of an inner wall of the receptacle by a height (h); disposing a cap into a casing , wherein the cap has a flat surface facing the receptacle ; and inserting at least part of the receptacle containing the nozzle assembly into the casing , wherein the cap is configured to cover the receptacle ; engaging the casing with a check nut of an aerosol generating apparatus to secure the nozzle assembly and the cap , wherein a pressurized liquid medicament is directed to pass through the nozzle assembly to generate aerosol, wherein proper seal is applied to prevent any leakage of the pressurized liquid medicament. preparing an elastomeric ring having a first end and an opposite second end, between which is a through hole having an internal contour, wherein the elastomeric ring further includes an outer contour; tensioning the elastomeric ring to allow a nozzle to be inserted from the first end into the through hole ; aligning the nozzle with the second end of the elastomeric ring to create a nozzle assembly ; inserting the nozzle assembly into an internal volume of a receptacle , wherein a height of the elastomeric ring is greater than that of an inner wall of the receptacle by a height (h); disposing a cap into a casing , wherein the cap has a flat surface facing the receptacle ; and inserting at least part of the receptacle containing the nozzle assembly into the casing , wherein the cap is configured to cover the receptacle ; engaging the casing with a check nut of an aerosol generating apparatus to secure the nozzle assembly and the cap , wherein a pressurized liquid medicament is directed to pass through the nozzle assembly to generate aerosol, wherein proper seal is applied to prevent any leakage of the pressurized liquid medicament.