mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable medical device (IMD) configured for deployment within a chamber of a patient's heart, the chamber including a chamber wall, the IMD comprising: a housing configured to be positioned within the chamber of the patient's heart proximate the chamber wall once the IMD is implanted, the housing extending from a distal end to a proximal end ; a power source disposed within the housing ; circuitry disposed within the housing and operatively coupled to the power source ; an electrode fixed relative to the housing and positioned to contact the chamber wall once the IMD is implanted, the circuitry configured to pace the patient's heart via the electrode ; a fixation element for extending into the chamber wall at the implantation site to fix the IMD relative to the chamber wall at the implantation site, the fixation element disposed at or near the distal end of the housing ; a retrieval feature for retrieving the IMD after implantation, the retrieval feature disposed at or near the proximal end of the housing ; and the retrieval feature including an ablating region that is operatively coupled to the circuitry , wherein the circuitry is configured to selectively provide sufficient energy from the power source to the ablating region to cause tissue proximate the retrieval feature to ablate and to expose the IMD to a surrounding blood pool. a housing configured to be positioned within the chamber of the patient's heart proximate the chamber wall once the IMD is implanted, the housing extending from a distal end to a proximal end ; a power source disposed within the housing ; circuitry disposed within the housing and operatively coupled to the power source ; an electrode fixed relative to the housing and positioned to contact the chamber wall once the IMD is implanted, the circuitry configured to pace the patient's heart via the electrode ; a fixation element for extending into the chamber wall at the implantation site to fix the IMD relative to the chamber wall at the implantation site, the fixation element disposed at or near the distal end of the housing ; a retrieval feature for retrieving the IMD after implantation, the retrieval feature disposed at or near the proximal end of the housing ; and the retrieval feature including an ablating region that is operatively coupled to the circuitry , wherein the circuitry is configured to selectively provide sufficient energy from the power source to the ablating region to cause tissue proximate the retrieval feature to ablate and to expose the IMD to a surrounding blood pool.
A compound of formula (II) below, intermediate in the preparation of a palladium-based catalyst: wherein R1 is selected between hydrogen and methyl, R2 is selected between methyl and isopropyl and n is an integer from 1 to 4.
A composition for controlling a plant disease comprising a tetrazolinone compound represented by formula : wherein X 1 represents a halogen atom, a C1-C6 alkyl group, or a C1-C6 alkoxy group, and X 2 represents a C1-C3 alkyl group, a C3-C4 cycloalkyl group, a halogen atom, or a C1-C3 alkoxy group, and at least one amidine compound selected from the following group (A), Group (A): a group consisting of N'-{4-[(4,5-dichlorothiazol-2-yl)oxy]-2,5-dimethylphenyl}-N-ethyl-N-methylmethane imidamide, and N'-(2,5-dimethyl-4-phenoxyphenyl)-N-ethyl-N-methylmethane imidamide.
A method for controlling an operation of a mobile terminal having a touch screen , the method comprising: determining by a controller an application mapped to at least one physical key of the mobile terminal when an input of the at least one physical key is sensed while the touch screen of the mobile terminal is in a security lock mode; executing the application mapped to the at least one physical key when the input of the at least one physical key is received; determining by the controller whether an input through a screen is a termination request signal of the executed application; determining by the controller whether the mobile terminal is in the security lock mode; and changing the screen of the mobile terminal to the security lock mode and terminating the executed application when the input through the screen is the termination request signal of the executed application and the mobile terminal is in the security lock mode. determining by a controller an application mapped to at least one physical key of the mobile terminal when an input of the at least one physical key is sensed while the touch screen of the mobile terminal is in a security lock mode; executing the application mapped to the at least one physical key when the input of the at least one physical key is received; determining by the controller whether an input through a screen is a termination request signal of the executed application; determining by the controller whether the mobile terminal is in the security lock mode; and changing the screen of the mobile terminal to the security lock mode and terminating the executed application when the input through the screen is the termination request signal of the executed application and the mobile terminal is in the security lock mode.
A fluid-heating device for heating fluid comprising a heater unit configured to have a heater and a heating portion , the heating portion being formed so as to cover surrounding of the heater , a tank configured to accommodate the heater unit , wherein the heating portion has an inner heat exchange surface formed on an inner surface of a through hole penetrating through an inner side of the heater , the inner heat exchange surface being configured to perform heat exchange with the fluid and an outer heat exchange surface formed on an outer-wall portion of an outer side of the heater , the outer heat exchange surface being configured to perform the heat exchange with the fluid, a heat transfer area of the outer-wall portion is larger than the heat transfer area of the through hole , the through hole has inner circumferential fins , the inner circumferential fins being configured to project towards an inner circumference, and the outer-wall portion has outer circumferential fins , the outer circumferential fins being configured to project towards an outer circumference, and the inner circumferential fins are formed along a flowing direction of the fluid, characterized in that: the tank has a top surface , the top surface being configured to close an opening portion for inserting the heater unit , and the outer circumferential fins are provided so as to extend substantially parallel to the top surface . the tank has a top surface , the top surface being configured to close an opening portion for inserting the heater unit , and the outer circumferential fins are provided so as to extend substantially parallel to the top surface .
A method of managing blood glucose data, the method comprising the steps of: providing a computer system loading a plurality of blood glucose data collected over a predetermined period of time into the computer system; using the computer system to estimate an idiosyncratic HbA1c level from the plurality of blood glucose data using a first predetermined algorithm; using the computer system to calculate an idiosyncratic variability index of glycemia from the plurality of blood glucose data using a second predetermined algorithm; using the computer system to determine the idiosyncratic variability index of glycemia and using the computer system to provide the reported idiosyncratic variability index of glycemia and idiosyncratic HbA1c level, using the computer system to determine whether there is a prior HbA1c value to calibrate the estimation of the idiosyncratic HbA1c level, wherein if there is a prior HbA1c value to calibrate the estimation of the idiosyncratic HbA1c level, the idiosyncratic variability index of glycemia and the idiosyncratic HbA1c level are reported by the computer system in a graphical form with the idiosyncratic variability index of glycemia reported as a function of the corresponding idiosyncratic HbA1c level, wherein the graphical form includes a target zone, a cautionary zone and a danger zone. loading a plurality of blood glucose data collected over a predetermined period of time into the computer system; using the computer system to estimate an idiosyncratic HbA1c level from the plurality of blood glucose data using a first predetermined algorithm; using the computer system to calculate an idiosyncratic variability index of glycemia from the plurality of blood glucose data using a second predetermined algorithm; using the computer system to determine the idiosyncratic variability index of glycemia and using the computer system to provide the reported idiosyncratic variability index of glycemia and idiosyncratic HbA1c level, using the computer system to determine whether there is a prior HbA1c value to calibrate the estimation of the idiosyncratic HbA1c level, wherein if there is a prior HbA1c value to calibrate the estimation of the idiosyncratic HbA1c level, the idiosyncratic variability index of glycemia and the idiosyncratic HbA1c level are reported by the computer system in a graphical form with the idiosyncratic variability index of glycemia reported as a function of the corresponding idiosyncratic HbA1c level, wherein the graphical form includes a target zone, a cautionary zone and a danger zone.
A method performed by a terminal which forms part of a wireless communication system, the method comprising: receiving, from a base station, configuration information on a physical resource block, PRB, bundling via higher layer signaling, the configuration information including first information indicating that a precoding resource block group, PRG, size is indicated via downlink control information, DCI, and second information including one or more PRG size values among a set of PRG size values, which includes 2, 4, and an allocated bandwidth for the terminal, wherein one of the one or more PRG size values indicates the allocated bandwidth for the terminal; receiving, from the base station, the DCI including a PRG size indicator on a physical downlink control channel, PDCCH, wherein the PRG size indicator is set as a value corresponding to a PRG size value which is the one of the one or more PRG size values; identifying the PRG size based on the configuration information and the PRG size indicator; and estimating a channel state based on an assumption that a same precoding is applied to PRBs based on the identified PRG size. receiving, from a base station, configuration information on a physical resource block, PRB, bundling via higher layer signaling, the configuration information including first information indicating that a precoding resource block group, PRG, size is indicated via downlink control information, DCI, and second information including one or more PRG size values among a set of PRG size values, which includes 2, 4, and an allocated bandwidth for the terminal, wherein one of the one or more PRG size values indicates the allocated bandwidth for the terminal; receiving, from the base station, the DCI including a PRG size indicator on a physical downlink control channel, PDCCH, wherein the PRG size indicator is set as a value corresponding to a PRG size value which is the one of the one or more PRG size values; identifying the PRG size based on the configuration information and the PRG size indicator; and estimating a channel state based on an assumption that a same precoding is applied to PRBs based on the identified PRG size.
A method for inducing targeted meiotic recombinations in a non-human eukaryotic cell comprising - introducing into said cell: a) a fusion protein comprising a Cas9 domain and a Spo11 domain, or a nucleic acid encoding said fusion protein; and b) one or more guide RNAs or one or more nucleic acids encoding said guide RNAs, said guide RNAs comprising an RNA structure for binding to the Cas9 domain of the fusion protein and a sequence complementary to the targeted chromosomal region; and - inducing said cell to enter meiotic prophase I. - introducing into said cell: a) a fusion protein comprising a Cas9 domain and a Spo11 domain, or a nucleic acid encoding said fusion protein; and b) one or more guide RNAs or one or more nucleic acids encoding said guide RNAs, said guide RNAs comprising an RNA structure for binding to the Cas9 domain of the fusion protein and a sequence complementary to the targeted chromosomal region; and a) a fusion protein comprising a Cas9 domain and a Spo11 domain, or a nucleic acid encoding said fusion protein; and b) one or more guide RNAs or one or more nucleic acids encoding said guide RNAs, said guide RNAs comprising an RNA structure for binding to the Cas9 domain of the fusion protein and a sequence complementary to the targeted chromosomal region; and - inducing said cell to enter meiotic prophase I.
A belt replacement device comprising: a base portion for receiving a belt placed thereon, the belt being wound in a roll shape; a rotating portion mounted on the base portion , and rotating the belt wound in a roll shape; a transporting portion holding and transporting the belt passed through the rotating portion ; a guide portion guiding the belt discharged through the transporting portion ; and a loading portion to which the belt dropped from the guide portion is loaded, wherein the guide portion comprises: a guide frame arranged at the rear of the transporting portion ; a guide roller rotatably mounted on the guide frame , and coming in contact with the belt discharged from the transporting portion ; and a guide support supporting the guide frame , characterized in that the guide support has a length that is varied to adjust the level of the guide frame . a base portion for receiving a belt placed thereon, the belt being wound in a roll shape; a rotating portion mounted on the base portion , and rotating the belt wound in a roll shape; a transporting portion holding and transporting the belt passed through the rotating portion ; a guide portion guiding the belt discharged through the transporting portion ; and a loading portion to which the belt dropped from the guide portion is loaded, wherein the guide portion comprises: a guide frame arranged at the rear of the transporting portion ; a guide roller rotatably mounted on the guide frame , and coming in contact with the belt discharged from the transporting portion ; and a guide support supporting the guide frame , characterized in that the guide support has a length that is varied to adjust the level of the guide frame . a guide frame arranged at the rear of the transporting portion ; a guide roller rotatably mounted on the guide frame , and coming in contact with the belt discharged from the transporting portion ; and a guide support supporting the guide frame , characterized in that the guide support has a length that is varied to adjust the level of the guide frame .
A method for treating a steel bearing component having a steel composition consisting of, in wt. %: 0.80-0.85% carbon, 4.00-4.25% chromium, 4.00-4.50% molybdenum, 0.15-0.35% manganese, 0.10-0.25% silicon, 0.9-1.10% vanadium, 0.015% max. phosphorus, 0.010% max. sulfur, 0.15 max.% nickel, 0.25% max. cobalt, 0.25% max. tungsten, 0.10 max.% copper, the balance being essentially iron and unavoidable impurities; or 0.11-0.15% carbon, 4.00-4.25% chromium, 4.00-4.50% molybdenum, 0.15-0.35% manganese, 0.10-0.25% silicon, 3.20-3.60% nickel, 1.13-1.33% vanadium, 0.015% max. phosphorus, 0.010% max. sulfur, 0.25% max cobalt, 0.25% max. tungsten, 0.10 max.% copper, the balance being essentially iron and unavoidable impurities whereby the steel bearing component has been hardened and tempered to provide a martensitic microstructure with retained austenite of less than 3% by volume and a hardness in the range of HRC 60-64, the method comprising: - subjecting the steel bearing component to a scouring treatment to impart compressive residual stress to a surface region thereof; and - subsequently nitriding the steel bearing component to a depth of 0.0508-0.3556 mm at one or more temperatures between 450°C-520°C 10 until a compressive residual stress value greater than -827 MPa is achieved at a depth of 0.05 mm and greater than -276 MPa to a minimum depth of 0.25 mm and until a hardness at its surface between HRC 64-72 is achieved. 0.80-0.85% carbon, 4.00-4.25% chromium, 4.00-4.50% molybdenum, 0.15-0.35% manganese, 0.10-0.25% silicon, 0.9-1.10% vanadium, 0.015% max. phosphorus, 0.010% max. sulfur, 0.15 max.% nickel, 0.25% max. cobalt, 0.25% max. tungsten, 0.10 max.% copper, the balance being essentially iron and unavoidable impurities; or 0.11-0.15% carbon, 4.00-4.25% chromium, 4.00-4.50% molybdenum, 0.15-0.35% manganese, 0.10-0.25% silicon, 3.20-3.60% nickel, 1.13-1.33% vanadium, 0.015% max. phosphorus, 0.010% max. sulfur, 0.25% max cobalt, 0.25% max. tungsten, 0.10 max.% copper, the balance being essentially iron and unavoidable impurities - subjecting the steel bearing component to a scouring treatment to impart compressive residual stress to a surface region thereof; and - subsequently nitriding the steel bearing component to a depth of 0.0508-0.3556 mm at one or more temperatures between 450°C-520°C 10 until a compressive residual stress value greater than -827 MPa is achieved at a depth of 0.05 mm and greater than -276 MPa to a minimum depth of 0.25 mm and until a hardness at its surface between HRC 64-72 is achieved.
An automatic sensitivity adjusting analog ultrasonic sensor comprising: an ultrasonic transducer that converts ultrasonic vibrations into ultrasonic electrical signals; a front end amplifier with an adjustable gain that receives the ultrasonic signal from the transducer and amplifies it by a variable gain; a processor that generates a carrier signal; and a heterodyning circuit that combines the carrier signal and the amplified ultrasonic signal from the amplifier to form a modulated signal spectrum from which an audio spectrum signal is generated; wherein the processor monitors the amplitude level of the audio spectrum signal and executes an auto sensitivity adjustment algorithm that automatically adjusts the sensitivity, i.e. the gain, of the analog front end amplifier down if the amplitude is above a preset upper threshold or up if the amplitude is below a preset lower threshold. an ultrasonic transducer that converts ultrasonic vibrations into ultrasonic electrical signals; a front end amplifier with an adjustable gain that receives the ultrasonic signal from the transducer and amplifies it by a variable gain; a processor that generates a carrier signal; and a heterodyning circuit that combines the carrier signal and the amplified ultrasonic signal from the amplifier to form a modulated signal spectrum from which an audio spectrum signal is generated; wherein the processor monitors the amplitude level of the audio spectrum signal and executes an auto sensitivity adjustment algorithm that automatically adjusts the sensitivity, i.e. the gain, of the analog front end amplifier down if the amplitude is above a preset upper threshold or up if the amplitude is below a preset lower threshold.
Use of at least one antioxidant in a rubber composition, said at least one antioxidant comprising at least one oligomer and/or polymer comprising at least one diphenylamine repeat unit of the general formula (I) wherein each of R1 to R10 is independently selected from a hydrogen atom, an alkyl group which is a saturated, linear or branched hydrocarbon group comprising from 1 to 24 carbon atoms and an aralkyl group which is an alkyl group as described above of which at least one of the carbon atoms is substituted by a hydrocarbon aromatic monocyclic or polycyclic aryl group comprising 5 to 14 carbon atoms, for reducing and/or preventing the toxicity of said rubber composition in which it is incorporated with respect to that of antioxidants belonging to the family of diphenylamine (DPA) or p-phenylenediamine (PPD) monomers. wherein each of R1 to R10 is independently selected from a hydrogen atom, an alkyl group which is a saturated, linear or branched hydrocarbon group comprising from 1 to 24 carbon atoms and an aralkyl group which is an alkyl group as described above of which at least one of the carbon atoms is substituted by a hydrocarbon aromatic monocyclic or polycyclic aryl group comprising 5 to 14 carbon atoms, for reducing and/or preventing the toxicity of said rubber composition in which it is incorporated with respect to that of antioxidants belonging to the family of diphenylamine (DPA) or p-phenylenediamine (PPD) monomers.
- Method for the preparation of a polyamide 6 copolymer, characterised in that a copolymerization reaction is carried out between: o at least one caprolactam of formula (I): o at least one caprolactam, named substituted caprolactam, having a cycle formed of six carbon atoms and one nitrogen atom in which one of said carbon atoms, named C 2 , is linked by a double bond to an oxygen atom and at least one of said carbon atoms that is distinct from said C 2 is covalently linked to at least one A moiety, said A moiety being selected from the group formed of : ▪ moieties comprising at least one group of formula (II): ▪ moieties comprising at least one group of formula (III): ▪ moieties comprising at least one group of formula (IV): o at least one caprolactam of formula (I): o at least one caprolactam, named substituted caprolactam, having a cycle formed of six carbon atoms and one nitrogen atom in which one of said carbon atoms, named C 2 , is linked by a double bond to an oxygen atom and at least one of said carbon atoms that is distinct from said C 2 is covalently linked to at least one A moiety, said A moiety being selected from the group formed of : ▪ moieties comprising at least one group of formula (II): ▪ moieties comprising at least one group of formula (III): ▪ moieties comprising at least one group of formula (IV): ▪ moieties comprising at least one group of formula (II): ▪ moieties comprising at least one group of formula (III): ▪ moieties comprising at least one group of formula (IV):
Plantable roof tile comprised of a base tile and a perforated cap tile covering the base tile in a manner that forms a space to be filled by a core holding a plurality of plant seedlings, characterised in that the core consists of an internal irrigation circuit board formed by a body with a planting niche adjacent to a drip irrigation channel holding at least one drip irrigation hose , the drip irrigation channel being cooperated with the planting niche through a connecting channel arrayed concurrently with the drip irrigation channel , said connecting channel conveying water accumulated in the drip irrigation channel to the planting niche by gravity.
A handling vehicle comprising docking means for docking a load to be displaced, in particular an anode assembly or a casting vessel of an electrolysis plant, wherein the vehicle comprises: - means for remotely detecting obstacles, able to scan a detection area adjacent to the vehicle , - means for collecting kinematic data, intended to collect one or several data concerning the kinematics of the vehicle , the vehicle further comprising means for detecting obstacles by contact, arranged on a portion of the vehicle intended to face the load to be docked during a docking maneuver, and characterized in that the vehicle comprises a processing unit intended to define, within the detection area , a monitoring area to be monitored by the remote obstacle detection means, the shape of the monitoring area being calculated by the processing unit as a function of the kinematic data provided by the collection means, and braking means, intended to brake and/or to stop the vehicle as soon as an obstacle is detected in the monitoring area or is struck by the contact obstacle detection means. - means for remotely detecting obstacles, able to scan a detection area adjacent to the vehicle , - means for collecting kinematic data, intended to collect one or several data concerning the kinematics of the vehicle ,