mhurhangee/patent-ind-claim-en huggingface dataset:
An active comfort controlled bedding system including a mattress , the active comfort controlled bedding system comprising : a topper overlaying the mattress , the topper comprising a plurality of air bladders , each one of the plurality of air bladders includes a pressure sensor configured to measure pressure within a respective air bladder ; a manifold fluidly coupling each one of the plurality of air bladders to a pump ; a valve at an inlet of each one of the plurality of air bladders ; and a control unit configured to selectively operate the pump and valves to sequentially adjust a pressure in two or more of the plurality of air bladders having an applied load of an end user thereon to provide a repeating pattern within the plurality of air bladders , wherein the repeating pattern is defined by a pressure increase and subsequent decrease in a selected one of the plurality of air bladders followed by a pressure increase and subsequent decrease in a selected other one of the plurality of air bladders to provide a massaging action. a topper overlaying the mattress , the topper comprising a plurality of air bladders , each one of the plurality of air bladders includes a pressure sensor configured to measure pressure within a respective air bladder ; a manifold fluidly coupling each one of the plurality of air bladders to a pump ; a valve at an inlet of each one of the plurality of air bladders ; and a control unit configured to selectively operate the pump and valves to sequentially adjust a pressure in two or more of the plurality of air bladders having an applied load of an end user thereon to provide a repeating pattern within the plurality of air bladders , wherein the repeating pattern is defined by a pressure increase and subsequent decrease in a selected one of the plurality of air bladders followed by a pressure increase and subsequent decrease in a selected other one of the plurality of air bladders to provide a massaging action.
An anchor of the type screwed into a prepared hole in a host material, said anchor comprising: a body extending longitudinally along a central axis, said body having an apical region and a coronal region , a central region of said body extending between said apical region and said coronal region , at least one thread form protruding from said body and winding helically there along in continuous turns from said apical region to said coronal region , said thread form having a crest, said central region including an array of flutes , each said flute extending longitudinally along the length of said central region , each said flute being composed of a plurality of distinct and isolated flute segments formed in said crest of said thread form, wherein within said central region said thread form has a leading flank disposed toward said apical region and a trailing flank disposed toward said coronal region , said leading flank having an obtuse leading flank angle measured toward said apical region , said trailing flank having an acute trailing flank angle measured toward said coronal region . a body extending longitudinally along a central axis, said body having an apical region and a coronal region , a central region of said body extending between said apical region and said coronal region , at least one thread form protruding from said body and winding helically there along in continuous turns from said apical region to said coronal region , said thread form having a crest, said central region including an array of flutes , each said flute extending longitudinally along the length of said central region , each said flute being composed of a plurality of distinct and isolated flute segments formed in said crest of said thread form, wherein within said central region said thread form has a leading flank disposed toward said apical region and a trailing flank disposed toward said coronal region , said leading flank having an obtuse leading flank angle measured toward said apical region , said trailing flank having an acute trailing flank angle measured toward said coronal region .
A method of navigation in various lighting conditions for an autonomous machine in a work region , the method comprising: determining a localization region in a navigation map of the work region , wherein the localization region is determined based on a feature detection range of the autonomous machine that is determined based on an environmental lighting parameter indicative of a light level of a surrounding environment; determining an operating mode based on the environmental lighting parameter, the operating mode defining whether the autonomous machine is allowed to operate outside of the localization region ; and directing the autonomous machine to operate autonomously within the work region based on the operating mode. determining a localization region in a navigation map of the work region , wherein the localization region is determined based on a feature detection range of the autonomous machine that is determined based on an environmental lighting parameter indicative of a light level of a surrounding environment; determining an operating mode based on the environmental lighting parameter, the operating mode defining whether the autonomous machine is allowed to operate outside of the localization region ; and directing the autonomous machine to operate autonomously within the work region based on the operating mode.
A method of manufacturing a security device, comprising: providing a polymer substrate of which a first region is absorbent to a laser wavelength, and a second region is substantially visually transparent and transparent to the laser wavelength, the first and second regions of the transparent polymer layer being laterally offset from one another; and irradiating part(s) of the first region and part(s) of the second region of the transparent polymer layer with laser radiation of the laser wavelength, to form a laser marking in and/or on the polymer substrate; wherein, at least during the irradiation of the part(s) of the second region of the transparent polymer layer, the laser radiation is pulsed laser radiation with a pulse duration of 100 ps or less; such that the appearance of the portion of the laser marking in the first region of the transparent polymer layer is different from the appearance of the portion of the laser marking in the second region of the transparent polymer layer. providing a polymer substrate of which a first region is absorbent to a laser wavelength, and a second region is substantially visually transparent and transparent to the laser wavelength, the first and second regions of the transparent polymer layer being laterally offset from one another; and irradiating part(s) of the first region and part(s) of the second region of the transparent polymer layer with laser radiation of the laser wavelength, to form a laser marking in and/or on the polymer substrate; wherein, at least during the irradiation of the part(s) of the second region of the transparent polymer layer, the laser radiation is pulsed laser radiation with a pulse duration of 100 ps or less; such that the appearance of the portion of the laser marking in the first region of the transparent polymer layer is different from the appearance of the portion of the laser marking in the second region of the transparent polymer layer.
A TRIM24:NTRK2 gene fusion that, when present in a patient or transfected into a cell, results in aberrant activity or expression of NTRK2 or overexpression of NTRK2; or a TRIM24:NTRK2 fusion protein , wherein (a) the TRIM24:NTRK2 gene fusion comprises SEQ ID NO:1 or 2, or a portion of SEQ ID NO 1 or 2, wherein the portion encodes a polypeptide having NTRK2 kinase activity and comprises the fusion junction, or (b) the TRIM24:NTRK2 fusion protein comprises SEQ ID NO:3 or 4, or a portion of SEQ ID NO:3 or 4, wherein the portion has NTRK2 kinase activity and comprises the fusion junction. (a) the TRIM24:NTRK2 gene fusion comprises SEQ ID NO:1 or 2, or a portion of SEQ ID NO 1 or 2, wherein the portion encodes a polypeptide having NTRK2 kinase activity and comprises the fusion junction, or (b) the TRIM24:NTRK2 fusion protein comprises SEQ ID NO:3 or 4, or a portion of SEQ ID NO:3 or 4, wherein the portion has NTRK2 kinase activity and comprises the fusion junction.
A mining vehicle (MV) comprising: a combustion engine (E) for executing tramming, a hydraulic system (HS) for powering at least one hydraulic actuator (HA), an electrically operable powerpack (PP) for powering the hydraulic system (HS), and a cooling arrangement (CA); wherein the cooling arrangement (CA) comprises: a first liquid cooling circuit for cooling the combustion engine (E) and comprising at least one first radiator provided with a fan , and a first pump unit for circulating coolant agent between the combustion engine (E) and the first radiator ; at least one oil cooler for cooling hydraulic oil of the hydraulic system (HS); and a second liquid cooling circuit selectively connectable to the first liquid cooling circuit whereby the same cooling agent, the first radiator and the fan are implemented in both liquid cooling circuits ; wherein the mentioned oil cooler is a liquid to liquid cooler connected to the second liquid cooling circuit whereby heat of the hydraulic oil is transferred via the oil cooler to the coolant agent; and the cooling arrangement (CA) further comprises a first cooling mode for circulating the coolant agent in the first liquid cooling circuit in response to detection that the combustion engine (E) is operating; characterized in that a second cooling mode for circulating the coolant agent in the second liquid cooling circuit only in response to detection that the combustion engine (E) is not operating. a first liquid cooling circuit for cooling the combustion engine (E) and comprising at least one first radiator provided with a fan , and a first pump unit for circulating coolant agent between the combustion engine (E) and the first radiator ; at least one oil cooler for cooling hydraulic oil of the hydraulic system (HS); and a second liquid cooling circuit selectively connectable to the first liquid cooling circuit whereby the same cooling agent, the first radiator and the fan are implemented in both liquid cooling circuits ; wherein the mentioned oil cooler is a liquid to liquid cooler connected to the second liquid cooling circuit whereby heat of the hydraulic oil is transferred via the oil cooler to the coolant agent; and the cooling arrangement (CA) further comprises a first cooling mode for circulating the coolant agent in the first liquid cooling circuit in response to detection that the combustion engine (E) is operating; characterized in that a second cooling mode for circulating the coolant agent in the second liquid cooling circuit only in response to detection that the combustion engine (E) is not operating.
Oven comprising a cooking chamber and a steam generator configured for releasing steam within said cooking chamber , wherein said steam generator comprises a liquid container adapted to contain a liquid, a liquid inlet by which a liquid can enter the liquid container , a liquid outlet by which a liquid can exit said liquid container , a steam releasing duct , fluidly connecting the internal of the liquid container to the cooking chamber , and a heating element at least partially arranged in said liquid container for heating a liquid contained therein, said heating element comprising a gas burner and a heat exchanger , wherein said heat exchanger comprises a plurality of pipes configured for allowing the flow of gas heated-up by said gas burner , characterised in that said oven comprises an anti-limestone system configured for hindering the deposit of limestone on at least a portion of said heating element , wherein said portion of said heating element is inclined with respect to a horizontal plane when said oven is in an operative condition, and wherein said steam generator comprises a gas flow collector adapted to convey a gas flow heated-up by said gas burner towards said pipes of said heat exchanger , said pipes projecting from a top surface of said gas flow collector , and wherein said at least a portion of said heating element inclined with respect to an horizontal plane comprises said top surface of said gas flow collector .
Cooling sleeve for dissipating heat from at least one energy line to a cooling fluid , comprising a grommet for the at least partial passage of the at least one energy line, a housing , which is arranged surrounding the grommet at least in sections, wherein a cooling volume is formed between the grommet and the housing for accommodating the cooling fluid , wherein the cooling volume is preferably delimited by the grommet and the housing , wherein the housing comprises a first fluid connection for introducing the cooling fluid and a second fluid connection for discharging the cooling fluid , wherein the cooling fluid can flow at least in sections around the grommet , characterized in that the cooling sleeve further comprises at least one fixing means , by means of which the housing is detachably fixed to the grommet , wherein the at least one fixing means and the housing can be screwed together with interposition of the grommet .
A system including an apparatus , the apparatus comprising: an implantable housing; a heart signal sensing circuit configured to sense intrinsic electrical heart signals; a ventricular tachyarrhythmia (VT) detector circuit , operatively coupled to the heart signal sensing circuit , the detector circuit operable to detect a VT based on the sensed heart signals; a processor configured to control delivery of an anti-tachyarrhythmia pacing (ATP) therapy based on the detected VT; and an energy delivery circuit configured to deliver the ATP therapy in response to the detected VT, wherein the apparatus does not include a shock circuit capable of delivering a therapeutically-effective cardioverting or defibrillating shock, wherein the apparatus is programmable such that ATP therapy is only available for delivery if an additional implantable cardioverter/defibrillator device is present in the patient . an implantable housing; a heart signal sensing circuit configured to sense intrinsic electrical heart signals; a ventricular tachyarrhythmia (VT) detector circuit , operatively coupled to the heart signal sensing circuit , the detector circuit operable to detect a VT based on the sensed heart signals; a processor configured to control delivery of an anti-tachyarrhythmia pacing (ATP) therapy based on the detected VT; and an energy delivery circuit configured to deliver the ATP therapy in response to the detected VT, wherein the apparatus does not include a shock circuit capable of delivering a therapeutically-effective cardioverting or defibrillating shock, wherein the apparatus is programmable such that ATP therapy is only available for delivery if an additional implantable cardioverter/defibrillator device is present in the patient .
A non-aqueous electrolyte secondary battery comprising: a negative electrode comprising a negative electrode collector , and a negative electrode mixture layer disposed on a surface of the negative electrode collector , wherein the negative electrode mixture layer contains graphite particles A and graphite particles B as a negative electrode active material and a rubber binder as a binder, characterized in that the graphite particles A have an internal porosity of 5% or less, and the graphite particles B have an internal porosity of 8% to 20%, when the internal porosity is measured by the method indicated in the description, in that the negative electrode mixture layer includes two equally divided half regions in a thickness direction of the negative electrode mixture layer , and the graphite particles A are contained in a half region of the negative electrode mixture layer adjacent to an outer surface of the negative electrode mixture layer in a greater amount by mass than in a half region of the negative electrode mixture layer adjacent to the negative electrode collector , and in that the rubber binder is contained in the half region adjacent to the negative electrode collector in an amount of 90 mass% to 100 mass% of all of the rubber binder contained in the negative electrode mixture layer , when a rubber binder content is measured by the method indicated in the description. a negative electrode comprising a negative electrode collector , and a negative electrode mixture layer disposed on a surface of the negative electrode collector , wherein the negative electrode mixture layer contains graphite particles A and graphite particles B as a negative electrode active material and a rubber binder as a binder, characterized in that the graphite particles A have an internal porosity of 5% or less, and the graphite particles B have an internal porosity of 8% to 20%, when the internal porosity is measured by the method indicated in the description, in that the negative electrode mixture layer includes two equally divided half regions in a thickness direction of the negative electrode mixture layer , and the graphite particles A are contained in a half region of the negative electrode mixture layer adjacent to an outer surface of the negative electrode mixture layer in a greater amount by mass than in a half region of the negative electrode mixture layer adjacent to the negative electrode collector , and in that the rubber binder is contained in the half region adjacent to the negative electrode collector in an amount of 90 mass% to 100 mass% of all of the rubber binder contained in the negative electrode mixture layer , when a rubber binder content is measured by the method indicated in the description.
A communication method, comprising: a step of transmitting, from a radio terminal connected to a cell to a base station managing the cell operated in a first frequency, a first message including information indicating that a D2D discovery signal is to be transmitted by the radio terminal for public safety in order to transmit the D2D discovery signal in a second frequency band different from the first frequency; a step of receiving, by the base station , the first message; and a step of transmitting, from the base station to the radio terminal , a second message including information on radio resources to be used in transmission of the D2D discovery signal in the second frequency, on a basis of the first message, wherein the communication method further comprises a step of transmitting, from the base station to the radio terminal , first information and second information, wherein the first information indicates a threshold value to be used for determining whether or not the radio terminal transmits the first message by comparing a reception level of a radio signal from the cell with the threshold value and the second information is to be used for the radio terminal to determine whether or not the radio terminal is allowed to transmit the first message. a step of transmitting, from a radio terminal connected to a cell to a base station managing the cell operated in a first frequency, a first message including information indicating that a D2D discovery signal is to be transmitted by the radio terminal for public safety in order to transmit the D2D discovery signal in a second frequency band different from the first frequency; a step of receiving, by the base station , the first message; and a step of transmitting, from the base station to the radio terminal , a second message including information on radio resources to be used in transmission of the D2D discovery signal in the second frequency, on a basis of the first message, wherein the communication method further comprises a step of transmitting, from the base station to the radio terminal , first information and second information, wherein the first information indicates a threshold value to be used for determining whether or not the radio terminal transmits the first message by comparing a reception level of a radio signal from the cell with the threshold value and the second information is to be used for the radio terminal to determine whether or not the radio terminal is allowed to transmit the first message.
A core needle biopsy device , comprising: (a) a needle assembly , wherein the needle assembly includes a piercer and a hollow cutter , wherein the piercer includes a sharp distal tip and a notch proximal to the distal tip, wherein the piercer is slidably disposed within the cutter to sever a tissue sample into the notch of the piercer; (b) a cutter drive assembly , wherein the cutter drive assembly is configured to selectively fire the cutter ; (c) a piercer drive assembly , wherein the piercer drive assembly is configured to selectively fire the piercer ; and (d) a drive assembly having a piercer retraction assembly , characterized by the drive assembly including a lead screw engaged with the piercer drive assembly and the cutter drive assembly such that rotation of the lead screw sequentially translates a portion of the piercer drive assembly and the cutter drive assembly , wherein rotation of the lead screw retracts the piercer , via retraction of the piercer retraction assembly , independently of the cutter while the needle assembly is disposed within a patient to expose a distal portion of the piercer to an exterior of a patient while at least a portion of the piercer remains within the cutter . (a) a needle assembly , wherein the needle assembly includes a piercer and a hollow cutter , wherein the piercer includes a sharp distal tip and a notch proximal to the distal tip, wherein the piercer is slidably disposed within the cutter to sever a tissue sample into the notch of the piercer; (b) a cutter drive assembly , wherein the cutter drive assembly is configured to selectively fire the cutter ; (c) a piercer drive assembly , wherein the piercer drive assembly is configured to selectively fire the piercer ; and (d) a drive assembly having a piercer retraction assembly , characterized by the drive assembly including a lead screw engaged with the piercer drive assembly and the cutter drive assembly such that rotation of the lead screw sequentially translates a portion of the piercer drive assembly and the cutter drive assembly , wherein rotation of the lead screw retracts the piercer , via retraction of the piercer retraction assembly , independently of the cutter while the needle assembly is disposed within a patient to expose a distal portion of the piercer to an exterior of a patient while at least a portion of the piercer remains within the cutter .