mhurhangee/patent-ind-claim-en huggingface dataset:
A dual clutch transmission which includes at least a first input shaft configured to be connected to a first clutch (C1) and a second input shaft configured to be connected to a second clutch (C2), and in which a set of odd-numbered gears and a set of even-numbered gears are arranged respectively across the first input shaft and an output shaft and across the second input shaft and the output shaft , and in a case of starting transmission of power from a power source to the output shaft , the transmission of the power is started by synchronously engaging a start gear (DG2) being one of the gears for start to the second input shaft and connecting the second clutch (C2) to the second input shaft , characterized in that the dual clutch transmission comprises: a support gear (SG1) disposed on the first input shaft and having a gear ratio different from that of the start gear (DG2) ; and a rotation disconnecting mechanism between the support gear (SG1) and the first input shaft , the rotation disconnecting mechanism being configured to let the support gear (SG1) freewheel when the transmission of the power from the power source to the output shaft is started by synchronously engaging the start gear (DG2) and the support gear (SG1) to the second input shaft and the first input shaft , respectively, and simultaneously bringing each of the first clutch (C1) and the second clutch (C2) into a connected state, wherein any one of the first input shaft and the second input shaft is formed as a hollow shaft, and the other as an insertion shaft is inserted inside the hollow shaft coaxially, and the dual clutch transmission further comprises an input connecting mechanism configured to rotate the hollow shaft and the insertion shaft together when the transmission of the power from the power source to the output shaft is started. a support gear (SG1) disposed on the first input shaft and having a gear ratio different from that of the start gear (DG2) ; and a rotation disconnecting mechanism between the support gear (SG1) and the first input shaft , the rotation disconnecting mechanism being configured to let the support gear (SG1) freewheel when the transmission of the power from the power source to the output shaft is started by synchronously engaging the start gear (DG2) and the support gear (SG1) to the second input shaft and the first input shaft , respectively, and simultaneously bringing each of the first clutch (C1) and the second clutch (C2) into a connected state, wherein any one of the first input shaft and the second input shaft is formed as a hollow shaft, and the other as an insertion shaft is inserted inside the hollow shaft coaxially, and the dual clutch transmission further comprises an input connecting mechanism configured to rotate the hollow shaft and the insertion shaft together when the transmission of the power from the power source to the output shaft is started.
A composition comprising a surfactant containing fluorine and having a cationic group, a bivalent or polyvalent sulfurous group, and a fluorinated group and further comprising an anion corresponding to the cationic group of the surfactant containing fluorine, characterized in that the cationic group is an N,N-disubstituted imidazolium group, an N,N-disubstituted benzimidazolium group or an N,N-disubstituted benzimidazolinium group, and that the fluorinated group is a fully fluorinated hydrocarbon group of the type -(CF 2 ) n -CF 3 where n is between 2 and 9.
A phase-change water heater , having at least a water discharging mode and a circulation heating mode, the phase-change water heater comprising: a housing defining a chamber ; an inner container disposed in the chamber , and having a phase-change material filled therein; a heat exchanger buried in the phase-change material; and a water control system connected to a water inlet and a water outlet of the heat exchanger , wherein the circulation heating mode and the water discharging mode are switchable by the water control system , wherein in the water discharging mode, the heat exchanger supplies hot water to the outside, and the water control system supplements water to the water inlet of the heat exchanger , and wherein the circulation heating mode, the heat exchanger does not supply hot water to the outside, and water flows circularly between the water control system and the heat exchanger after being heated in the water control system 1 1 description paragraph wherein the housing comprises a front housing and a rear housing that are connected to each other, the chamber is defined by the front housing and the rear housing , characterized in that a glass plate and a connecting plate are provided in front of the front housing , the glass plate is disposed on the connecting plate , and a gap structure is provided between the connecting plate and the front housing 2 . 2 current claim 3 a housing defining a chamber ; an inner container disposed in the chamber , and having a phase-change material filled therein; a heat exchanger buried in the phase-change material; and a water control system connected to a water inlet and a water outlet of the heat exchanger , wherein the circulation heating mode and the water discharging mode are switchable by the water control system , wherein in the water discharging mode, the heat exchanger supplies hot water to the outside, and the water control system supplements water to the water inlet of the heat exchanger , and wherein the circulation heating mode, the heat exchanger does not supply hot water to the outside, and water flows circularly between the water control system and the heat exchanger after being heated in the water control system 1 1 description paragraph wherein the housing comprises a front housing and a rear housing that are connected to each other, the chamber is defined by the front housing and the rear housing , characterized in that a glass plate and a connecting plate are provided in front of the front housing , the glass plate is disposed on the connecting plate , and a gap structure is provided between the connecting plate and the front housing 2 . 2 current claim 3
A method comprising: identifying , by a processing device , an electronic message (112A-Z) transmitted between a first user device (120A-Z) and a second user device (120A-Z); accessing data associated with a user of the second user device, wherein the data comprises activity state data (126A-Z) for the user and the second user device; determining a notification time for the first user device based on the data associated with the user of the second user device; and updating a reminder related to the electronic message based on the notification time, wherein the updating comprises: detecting, based on the activity state data for the user, that a reminder alert for the electronic message was presented on the second user device within a predefined time period; and delaying the reminder on the first user device based on the notification time. identifying , by a processing device , an electronic message (112A-Z) transmitted between a first user device (120A-Z) and a second user device (120A-Z); accessing data associated with a user of the second user device, wherein the data comprises activity state data (126A-Z) for the user and the second user device; determining a notification time for the first user device based on the data associated with the user of the second user device; and updating a reminder related to the electronic message based on the notification time, wherein the updating comprises: detecting, based on the activity state data for the user, that a reminder alert for the electronic message was presented on the second user device within a predefined time period; and delaying the reminder on the first user device based on the notification time. detecting, based on the activity state data for the user, that a reminder alert for the electronic message was presented on the second user device within a predefined time period; and delaying the reminder on the first user device based on the notification time.
An easy building-up hybrid rotary steerable drilling system, comprising a front supporting body , a weight-on-bit (WOB)-torque-on-bit (TOB) deflectable transmission joint , a deflection control system ; the WOB-TOB deflectable transmission joint comprises a universal joint ; a front end of the front supporting body is fixedly connected to a drill bit , and a rear end of the front supporting body is fixedly connected to an outlet end of the universal joint ; a preposition push assembly is provided on a circumferential surface of the front supporting body ; and the deflection control system controls the preposition push assembly to push a borehole wall along a radial direction of the front supporting body , wherein the front supporting body generates a deviation angle relative to an input end of the universal joint by taking a center point of the universal joint as a center, and characterized in that a plurality of series-connected universal WOB-TOB transmission joints are provided behind the WOB-TOB deflectable transmission joint; each of the plurality of series-connected universal WOB-TOB transmission joints comprises a universal joint and a limit mechanism for limiting a deviation of the joint; a distance between center points of universal joints of the plurality of universal WOB-TOB transmission joints is less than 10 times a maximum diameter of the drill bit; and a distance from a centroid of a universal joint of the WOB-TOB deflectable transmission joint nearest to the drill bit is less than 15 times the maximum diameter of the drill bit. the WOB-TOB deflectable transmission joint comprises a universal joint ; a front end of the front supporting body is fixedly connected to a drill bit , and a rear end of the front supporting body is fixedly connected to an outlet end of the universal joint ; a preposition push assembly is provided on a circumferential surface of the front supporting body ; and the deflection control system controls the preposition push assembly to push a borehole wall along a radial direction of the front supporting body , wherein the front supporting body generates a deviation angle relative to an input end of the universal joint by taking a center point of the universal joint as a center, and characterized in that a plurality of series-connected universal WOB-TOB transmission joints are provided behind the WOB-TOB deflectable transmission joint; each of the plurality of series-connected universal WOB-TOB transmission joints comprises a universal joint and a limit mechanism for limiting a deviation of the joint; a distance between center points of universal joints of the plurality of universal WOB-TOB transmission joints is less than 10 times a maximum diameter of the drill bit; and a distance from a centroid of a universal joint of the WOB-TOB deflectable transmission joint nearest to the drill bit is less than 15 times the maximum diameter of the drill bit.
A method of coding video data performed by a video coding device, the method comprising: generating a first color component of a current picture of the video data, the first color component comprising a first array of samples; generating a second color component of the current picture, the second color component comprising a second array of samples separate from the first array of samples; determining a first parameter, wherein the first parameter is based on a value of a current sample in the first color component of the current picture; determining a second parameter, wherein the second parameter is based on the value of the current sample; applying a cross-component filter to the current sample as an in-loop filter immediately after applying one of a de-blocking filter, a Sample Adaptive Offset filter or an Adaptive Loop Filter, thereby determining a filtered value of the current sample, wherein the cross-component filter is based on the first parameter, the second parameter, and one or more cross-component samples, each of the one or more cross-component samples being in the second color component of the current picture; and outputting a final version of the current picture, wherein a value of a pixel in the final version of the current picture is based on the filtered value of the current sample, and/or using the final version of the current picture as a reference picture in encoding a later picture of the video data, wherein a value of a pixel in the final version of the current picture is based on the filtered value of the current sample. generating a first color component of a current picture of the video data, the first color component comprising a first array of samples; generating a second color component of the current picture, the second color component comprising a second array of samples separate from the first array of samples; determining a first parameter, wherein the first parameter is based on a value of a current sample in the first color component of the current picture; determining a second parameter, wherein the second parameter is based on the value of the current sample; applying a cross-component filter to the current sample as an in-loop filter immediately after applying one of a de-blocking filter, a Sample Adaptive Offset filter or an Adaptive Loop Filter, thereby determining a filtered value of the current sample, wherein the cross-component filter is based on the first parameter, the second parameter, and one or more cross-component samples, each of the one or more cross-component samples being in the second color component of the current picture; and outputting a final version of the current picture, wherein a value of a pixel in the final version of the current picture is based on the filtered value of the current sample, and/or using the final version of the current picture as a reference picture in encoding a later picture of the video data, wherein a value of a pixel in the final version of the current picture is based on the filtered value of the current sample.
A method of producing a positive electrode active material for nonaqueous electrolyte secondary batteries, comprising: a first step of mixing a lithium-metal composite oxide powder which is represented by a general formula: Li z Ni 1-x-y Co x M y O 2 (where 0 ≤ x ≤ 0.35, 0 ≤ y ≤ 0.35, and 0.95 ≤ z ≤ 1.30 are satisfied, and M is at least one element selected from Mn, V, Mg, Mo, Nb, Ti and Al) and has a layered crystal structure constituted by primary particles and secondary particles formed by aggregation of the primary particles, to an alkaline solution with a tungsten compound dissolved therein at a tungsten concentration of 0.1 to 2 mol/l so that a solid-liquid ratio of the lithium-metal composite oxide powder to an amount of water in the alkaline solution falls within a range of 200 to 2500 g/l, and immersing a resulting mixture, followed by solid-liquid separation, to obtain a tungsten-containing mixture in which tungsten is uniformly dispersed on a surface of the primary particles of the lithium-metal composite oxide; and a second step of subjecting the tungsten-containing mixture to heat treatment to thereby form a compound containing tungsten and lithium on the surface of the primary particles of the lithium-metal composite oxide. a first step of mixing a lithium-metal composite oxide powder which is represented by a general formula: Li z Ni 1-x-y Co x M y O 2 (where 0 ≤ x ≤ 0.35, 0 ≤ y ≤ 0.35, and 0.95 ≤ z ≤ 1.30 are satisfied, and M is at least one element selected from Mn, V, Mg, Mo, Nb, Ti and Al) and has a layered crystal structure constituted by primary particles and secondary particles formed by aggregation of the primary particles, to an alkaline solution with a tungsten compound dissolved therein at a tungsten concentration of 0.1 to 2 mol/l so that a solid-liquid ratio of the lithium-metal composite oxide powder to an amount of water in the alkaline solution falls within a range of 200 to 2500 g/l, and immersing a resulting mixture, followed by solid-liquid separation, to obtain a tungsten-containing mixture in which tungsten is uniformly dispersed on a surface of the primary particles of the lithium-metal composite oxide; and a second step of subjecting the tungsten-containing mixture to heat treatment to thereby form a compound containing tungsten and lithium on the surface of the primary particles of the lithium-metal composite oxide.
A device that communicates via inductive coupling, the device comprising: - a matching network ; - an antenna ; - a Tx (transmitter) unit, the Tx unit configured to generate a transmitted signal that is transmitted through the matching network and the antenna , wherein the Tx unit is comprised of: - a Tx supply , - at least one Tx driver ; - a Tx (transmitter) control unit , the Tx control unit configured to control a Tx output using Tx calibration data , wherein the Tx calibration data is generated by testing at a device level and/or a system level, wherein the Tx calibration data enables the Tx control unit to control the Tx output with enhanced accuracy, wherein controlling the Tx output using the Tx calibration data is performed by further using a desired target Tx output; characterized in that the Tx control unit controls the Tx output with enhanced accuracy by using the Tx calibration data and by further using the desired target Tx output to: - tune a setting of the Tx supply such that the supply voltage of the Tx driver is changed, - tune a pulse width modulation of the Tx driver and - tune the number of Tx drivers used in parallel. - a matching network ; - an antenna ; - a Tx (transmitter) unit, the Tx unit configured to generate a transmitted signal that is transmitted through the matching network and the antenna , wherein the Tx unit is comprised of: - a Tx supply , - at least one Tx driver ; - a Tx supply , - at least one Tx driver ; - a Tx (transmitter) control unit , the Tx control unit configured to control a Tx output using Tx calibration data , wherein the Tx calibration data is generated by testing at a device level and/or a system level, wherein the Tx calibration data enables the Tx control unit to control the Tx output with enhanced accuracy, wherein controlling the Tx output using the Tx calibration data is performed by further using a desired target Tx output; characterized in that the Tx control unit controls the Tx output with enhanced accuracy by using the Tx calibration data and by further using the desired target Tx output to: - tune a setting of the Tx supply such that the supply voltage of the Tx driver is changed, - tune a pulse width modulation of the Tx driver and - tune the number of Tx drivers used in parallel. wherein the Tx calibration data is generated by testing at a device level and/or a system level, wherein the Tx calibration data enables the Tx control unit to control the Tx output with enhanced accuracy, wherein controlling the Tx output using the Tx calibration data is performed by further using a desired target Tx output; characterized in that the Tx control unit controls the Tx output with enhanced accuracy by using the Tx calibration data and by further using the desired target Tx output to: - tune a setting of the Tx supply such that the supply voltage of the Tx driver is changed, - tune a pulse width modulation of the Tx driver and - tune the number of Tx drivers used in parallel. - tune a setting of the Tx supply such that the supply voltage of the Tx driver is changed, - tune a pulse width modulation of the Tx driver and - tune the number of Tx drivers used in parallel.
A method for sterilising an object , wherein the object comprises a first opening and a second opening to an interior space to be sterilised, wherein in the method: the first opening is connected to a supply line for sterilising agent and the second opening is connected to a discharge line for sterilising agent , the sterilising agent , which contains hydrogen peroxide or consists of hydrogen peroxide, is conveyed through the supply line into the interior space and through the interior space and exits the interior space through the discharge line , and the hydrogen peroxide is introduced into the object in vapour form, characterised in that the first opening and the second opening are sealed in a germ-tight manner after completion of the sterilisation method, wherein the germ-tight sealing is carried out by closing, under sterile conditions, closure means attached to the object, which closure means form a part of the first opening and of the second opening during the sterilisation method, wherein the object to be sterilised is a medical tubing set, more particularly a blood tubing system, wherein for the sterilisation method, the object is introduced into a vacuum-proof receiving chamber and wherein the method is carried out at least partially under vacuum. the first opening is connected to a supply line for sterilising agent and the second opening is connected to a discharge line for sterilising agent , the sterilising agent , which contains hydrogen peroxide or consists of hydrogen peroxide, is conveyed through the supply line into the interior space and through the interior space and exits the interior space through the discharge line , and the hydrogen peroxide is introduced into the object in vapour form, characterised in that the first opening and the second opening are sealed in a germ-tight manner after completion of the sterilisation method, wherein the germ-tight sealing is carried out by closing, under sterile conditions, closure means attached to the object, which closure means form a part of the first opening and of the second opening during the sterilisation method, wherein the object to be sterilised is a medical tubing set, more particularly a blood tubing system, wherein for the sterilisation method, the object is introduced into a vacuum-proof receiving chamber and wherein the method is carried out at least partially under vacuum. wherein the object to be sterilised is a medical tubing set, more particularly a blood tubing system, wherein for the sterilisation method, the object is introduced into a vacuum-proof receiving chamber and wherein the method is carried out at least partially under vacuum.
A cross-linkable rubber composition, the cross-linkable rubber composition comprising: a natural rubber (NR), a filler, and a resin, characterised in that the resin is a terpolymer of ethylene, acrylic ester and maleic anhydride and is present in an amount ranging from ≥ 5 phr to ≤ 20 phr, and wherein the rubber composition further comprises a butadiene rubber, wherein the butadiene rubber has a cis content in the range of ≥ 25 to ≤ 50% or has a cis content in the range of ≥ 75 to ≤ 99.9%, as measured according to the method indicated in the description. a natural rubber (NR), a filler, and a resin, characterised in that the resin is a terpolymer of ethylene, acrylic ester and maleic anhydride and is present in an amount ranging from ≥ 5 phr to ≤ 20 phr, and wherein the rubber composition further comprises a butadiene rubber, wherein the butadiene rubber has a cis content in the range of ≥ 25 to ≤ 50% or has a cis content in the range of ≥ 75 to ≤ 99.9%, as measured according to the method indicated in the description.