mhurhangee/patent-ind-claim-en huggingface dataset:
A method of measuring a patient's rising oxygen saturation levels during a treatment using a pulse oximeter device, the method comprising: determining the patient's oxygen saturation level (SpO 2 ) (step 520); if the blood oxygen saturation level (SpOz) maxes out at 100%, calculating a separate hypersaturation index (step 530), wherein the hypersaturation index is based on an absorption ratio of Red (R) over infrared (IR) at a measuring site of a patient after a point where said ratio translates to an oxygen saturation level (SpOz) of 100% saturation and continues to drop when more oxygen is dissolved in the blood, said hypersaturation index indicating an increased level of dissolved oxygen in the plasma or indicating the partial pressure of oxygen in the blood; and displaying the hypersaturation index (step 540). determining the patient's oxygen saturation level (SpO 2 ) (step 520); if the blood oxygen saturation level (SpOz) maxes out at 100%, calculating a separate hypersaturation index (step 530), wherein the hypersaturation index is based on an absorption ratio of Red (R) over infrared (IR) at a measuring site of a patient after a point where said ratio translates to an oxygen saturation level (SpOz) of 100% saturation and continues to drop when more oxygen is dissolved in the blood, said hypersaturation index indicating an increased level of dissolved oxygen in the plasma or indicating the partial pressure of oxygen in the blood; and displaying the hypersaturation index (step 540).
A method of detecting parked vehicles , wherein - parking bays are recognized and/or determined in a parking space zone ; - a transponder is arranged in or at a vehicle ; - the transponder automatically repeatedly transmits a recognition signal ; - the recognition signal is received by at least one radio device ; - a position of the vehicle is calculated and an identification of the transponder is determined by means of a control device with reference to the recognition signal ; - a determination is made whether the vehicle is located in one of the parking bays ; - a determination is made with reference to the recognition signal whether the vehicle is parked; - if the vehicle is parked in one of the parking bays , - the identification of the transponder and the parking bay used by the vehicle is transmitted to a registration server ; and - the registration server outputs a status signal for the parking bay used with reference to the identification of the transponder , characterized in that the transponder is configured to recognize a movement of the vehicle , with a frequency of occurrence of the transmission of recognition signals being reduced after a predefined time period without a movement of the vehicle . - parking bays are recognized and/or determined in a parking space zone ; - a transponder is arranged in or at a vehicle ; - the transponder automatically repeatedly transmits a recognition signal ; - the recognition signal is received by at least one radio device ; - a position of the vehicle is calculated and an identification of the transponder is determined by means of a control device with reference to the recognition signal ; - a determination is made whether the vehicle is located in one of the parking bays ; - a determination is made with reference to the recognition signal whether the vehicle is parked; - if the vehicle is parked in one of the parking bays , - the identification of the transponder and the parking bay used by the vehicle is transmitted to a registration server ; and - the registration server outputs a status signal for the parking bay used with reference to the identification of the transponder , characterized in that the transponder is configured to recognize a movement of the vehicle , with a frequency of occurrence of the transmission of recognition signals being reduced after a predefined time period without a movement of the vehicle . - the identification of the transponder and the parking bay used by the vehicle is transmitted to a registration server ; and - the registration server outputs a status signal for the parking bay used with reference to the identification of the transponder ,
A method of preparing a microporous carbon, comprising the step of subjecting a hyper-cross-linked polymer of formula (II): wherein A is selected from a C atom, a Si atom, a Ge atom, a Sn atom, an adamantane group, an ethane group and an ethene group, and in which each of B, C, D and E is a ring structure selected from the radicals of the compounds benzene, naphthalene, anthracene, phenanthrene, pyrene, optionally having one or more substituents selected from nitro, amino, hydroxyl, sulfonyl, halogen, phenyl, alkyl, haloalkyl, hydroxyalkyl, aminoalkyl, aryl, alkenyl and alkynyl groups, and in which n is an integer comprised between 200 and 6000, to a heat carbonization treatment at a temperature comprised within the range of from 500 to 950°C, in the presence of an activating agent in a solvent, wherein the obtained microporous carbon is characterized by an increased BET surface area and an increased quantity of micropores having a pore size below 7Å as compared to the hyper-cross-linked polymer of Formula (II) before carbonization, wherein the BET surface area and quantity of micropores having a pore size below 7Å are measured as disclosed in the description. wherein A is selected from a C atom, a Si atom, a Ge atom, a Sn atom, an adamantane group, an ethane group and an ethene group, and in which each of B, C, D and E is a ring structure selected from the radicals of the compounds benzene, naphthalene, anthracene, phenanthrene, pyrene, optionally having one or more substituents selected from nitro, amino, hydroxyl, sulfonyl, halogen, phenyl, alkyl, haloalkyl, hydroxyalkyl, aminoalkyl, aryl, alkenyl and alkynyl groups, and in which n is an integer comprised between 200 and 6000, to a heat carbonization treatment at a temperature comprised within the range of from 500 to 950°C, in the presence of an activating agent in a solvent, wherein the obtained microporous carbon is characterized by an increased BET surface area and an increased quantity of micropores having a pore size below 7Å as compared to the hyper-cross-linked polymer of Formula (II) before carbonization, wherein the BET surface area and quantity of micropores having a pore size below 7Å are measured as disclosed in the description.
Circuit device for safely disconnecting a semiconductor switching element , in particular a MOSFET, wherein - the semiconductor switching element has a gate terminal (G), a source terminal (S) and a drain terminal (D), wherein a current path between the drain terminal (D) and the source terminal (S) is reversibly disconnectable by means of the gate terminal (G) during operation of the semiconductor switching element , and - the gate terminal (G) has a gate voltage potential (U G ) and the source terminal (S) has a source voltage potential (U S ), - wherein a fuse unit is arranged between the gate terminal (G) and the source terminal (S), characterized - in that the fuse unit is configured and designed to electrically connect the gate terminal (G) to the source terminal (S) depending on a voltage potential difference (ΔU) between the gate voltage potential (U G ) and the source voltage potential (U S ) after disconnection of the current path , such that the gate voltage potential (U G ) and the source voltage potential (U S ) are matched. - the semiconductor switching element has a gate terminal (G), a source terminal (S) and a drain terminal (D), wherein a current path between the drain terminal (D) and the source terminal (S) is reversibly disconnectable by means of the gate terminal (G) during operation of the semiconductor switching element , and - the gate terminal (G) has a gate voltage potential (U G ) and the source terminal (S) has a source voltage potential (U S ), - wherein a fuse unit is arranged between the gate terminal (G) and the source terminal (S), characterized - in that the fuse unit is configured and designed to electrically connect the gate terminal (G) to the source terminal (S) depending on a voltage potential difference (ΔU) between the gate voltage potential (U G ) and the source voltage potential (U S ) after disconnection of the current path , such that the gate voltage potential (U G ) and the source voltage potential (U S ) are matched.
A heated cover for use with an article of furniture , said heated cover comprising: a back portion comprising a first plurality of separate heating pads electrically coupled together by wiring to provide heat to said back portion by converting electrical energy to thermal energy; a seat portion comprising a second plurality of separate heating pads electrically coupled together by wiring to provide heat to said seat portion by converting electrical energy to thermal energy, said first plurality of separate heating pads being electrically coupled by wiring to said second plurality of separate heating pads , wherein said back portion and said seat portion are fabricated from a conductive material; and said wiring terminates at an electrical connector wherein a rechargeable electrical storage device is electrically connected to wiring to be electrically coupled to said first plurality of separate heating pads and to said second plurality of separate heating pads , said rechargeable electrical storage device being configured to selectively provide electrical energy to said first plurality of separate heating pads and to said second plurality of separate heating pads . a back portion comprising a first plurality of separate heating pads electrically coupled together by wiring to provide heat to said back portion by converting electrical energy to thermal energy; a seat portion comprising a second plurality of separate heating pads electrically coupled together by wiring to provide heat to said seat portion by converting electrical energy to thermal energy, said first plurality of separate heating pads being electrically coupled by wiring to said second plurality of separate heating pads , wherein said back portion and said seat portion are fabricated from a conductive material; and said wiring terminates at an electrical connector wherein a rechargeable electrical storage device is electrically connected to wiring to be electrically coupled to said first plurality of separate heating pads and to said second plurality of separate heating pads , said rechargeable electrical storage device being configured to selectively provide electrical energy to said first plurality of separate heating pads and to said second plurality of separate heating pads .
An article of footwear comprising: an upper ; a closure system including: a strap having a fixed end fixed relative to the upper , a free end selectively securable to the upper in a fastened position, and an elastic portion between the fixed end and the free end ; a tensioning cable anchored to the upper and secured to the strap ; and the tensioning cable being configured to tighten against the uppe when the elastic portion of the strap stretches as the free end of the strap is pulled, characterized in that a plurality of pulleys is anchored to the upper and engaging the tensioning cable . an upper ; a closure system including: a strap having a fixed end fixed relative to the upper , a free end selectively securable to the upper in a fastened position, and an elastic portion between the fixed end and the free end ; a tensioning cable anchored to the upper and secured to the strap ; and the tensioning cable being configured to tighten against the uppe a strap having a fixed end fixed relative to the upper , a free end selectively securable to the upper in a fastened position, and an elastic portion between the fixed end and the free end ; a tensioning cable anchored to the upper and secured to the strap ; and the tensioning cable being configured to tighten against the uppe when the elastic portion of the strap stretches as the free end of the strap is pulled, characterized in that a plurality of pulleys is anchored to the upper and engaging the tensioning cable .
A powered fastener driving tool comprising: a housing configured to support a removable fuel container and an oxidizer container ; a piston chamber in the housing; a combustion chamber in the housing; a catalyst in the combustion chamber; a piston disposed in the piston chamber; and a fastener driving blade connected to the piston and configured to engage and drive a fastener upon fuel from the fuel container reacting with an oxidizer from the oxidizer container in the combustion chamber . a housing configured to support a removable fuel container and an oxidizer container ; a piston chamber in the housing; a combustion chamber in the housing; a catalyst in the combustion chamber; a piston disposed in the piston chamber; and a fastener driving blade connected to the piston and configured to engage and drive a fastener upon fuel from the fuel container reacting with an oxidizer from the oxidizer container in the combustion chamber .
Printing system for printing on print material having - several stations comprising several digital printing stations and at least one pre- and/or post-treatment station , - several print material carriers for receiving a print material and for transporting the print material to the stations and - at least a first and a second plane , which are arranged vertically offset from one another, wherein each plane is configured as a substantially continuous flat surface and the stations on the planes are arranged on the surface distributed on a transport surface, wherein the print material carriers each have their own drive, a steerable chassis and a control unit for independent and free movement of the print material carrier on the transport surfaces of the first and second planes , and wherein the printing system has a transport device which enables to transfer a print material carrier from one of the first and second planes to another of the first and second planes . - several stations comprising several digital printing stations and at least one pre- and/or post-treatment station , - several print material carriers for receiving a print material and for transporting the print material to the stations and - at least a first and a second plane , which are arranged vertically offset from one another, wherein each plane is configured as a substantially continuous flat surface and the stations on the planes are arranged on the surface distributed on a transport surface, wherein the print material carriers each have their own drive, a steerable chassis and a control unit for independent and free movement of the print material carrier on the transport surfaces of the first and second planes , and wherein the printing system has a transport device which enables to transfer a print material carrier from one of the first and second planes to another of the first and second planes .
A method performed by a terminal in a wireless communication system, the method comprising: transmitting, to a network entity , a protocol data unit, PDU, session establishment request message based on an indication from an upper layer, the PDU session establishment request message including first information for requesting to establish a PDU session as an always-on PDU session, ; receiving, from the network entity , a PDU session establishment accept message as a response to the PDU session establishment request message, the PDU session establishment accept message including second information indicating whether the PDU session is established as the always-on PDU session; determining that the PDU session is considered as the always-on PDU session, in case that the second information indicates that the PDU session is required as the always-on PDU session; and determining that the PDU session is not considered as the always-on PDU session, in case that the second information indicates that the PDU session is not allowed as the always-on PDU session. transmitting, to a network entity , a protocol data unit, PDU, session establishment request message based on an indication from an upper layer, the PDU session establishment request message including first information for requesting to establish a PDU session as an always-on PDU session, ; receiving, from the network entity , a PDU session establishment accept message as a response to the PDU session establishment request message, the PDU session establishment accept message including second information indicating whether the PDU session is established as the always-on PDU session; determining that the PDU session is considered as the always-on PDU session, in case that the second information indicates that the PDU session is required as the always-on PDU session; and
A delivery system , comprising: a cannula having proximal and distal regions and a lumen extending therebetween; an atraumatic tip coupled to the proximal region of the cannula ; a housing component having proximal and distal regions, wherein the proximal region of the housing component is disposed at least partially within a cavity of the atraumatic tip and secured to the atraumatic tip , wherein the distal region of the housing component extends at least partially distally beyond the atraumatic tip , and wherein the housing component is disposed coaxially between portions of the cannula and the atraumatic tip ; and a trigger wire having proximal and distal regions, wherein the proximal region of the trigger wire is housed within the distal region of the housing component in a delivery state, wherein the trigger wire is moveable longitudinally relative to the housing component. a cannula having proximal and distal regions and a lumen extending therebetween; an atraumatic tip coupled to the proximal region of the cannula ; a housing component having proximal and distal regions, wherein the proximal region of the housing component is disposed at least partially within a cavity of the atraumatic tip and secured to the atraumatic tip , wherein the distal region of the housing component extends at least partially distally beyond the atraumatic tip , and wherein the housing component is disposed coaxially between portions of the cannula and the atraumatic tip ; and a trigger wire having proximal and distal regions, wherein the proximal region of the trigger wire is housed within the distal region of the housing component in a delivery state, wherein the trigger wire is moveable longitudinally relative to the housing component.
A retroreflective composite comprising a sintered retroreflective composite comprising a core bead having a diameter of 0.2 to 3 mm, and on a core bead surface; a plurality of peripheral beads having a refractive index greater than about 1.8; characterised in that the retroreflective composite further comprises a sintered interphase coating formed by sintering a coating composition comprising an inorganic pigment, a glass particulate having a particle size of less than 25 μm, and an interfacial modifier comprising an organometallic compound; wherein the core bead and the peripheral beads are bonded with the interphase coating. a plurality of peripheral beads having a refractive index greater than about 1.8; characterised in that the retroreflective composite further comprises a sintered interphase coating formed by sintering a coating composition comprising an inorganic pigment, a glass particulate having a particle size of less than 25 μm, and an interfacial modifier comprising an organometallic compound; wherein the core bead and the peripheral beads are bonded with the interphase coating.
An electronic device comprising: a housing enclosing a radio frequency, RF, communications circuit ; and a multiple input multiple output, MIMO, antenna array electrically connected to the RF communications circuit , the MIMO antenna array including a first row of antennas that are secured to the housing , wherein the housing comprises a back enclosure element surrounded by a forwardly projecting rim , wherein the first row of antennas is located in the rim , wherein each of the antennas includes a resonating body secured to the rim , and a feed pad and a ground pad projecting from the resonating body into an inner region of the housing , the resonating body arranged substantially perpendicular with the feed pad and the ground pad , wherein the RF communications circuit includes: an RF transceiver circuit comprising at least one integrated circuit component mounted on a printed circuit board, PCB; a plurality of signal paths extending through the PCB from the RF transceiver circuit to a plurality of electrical signal path connectors, each of the signal path connectors being a first spring loaded pressure contact connector and in electrical contact with the feed pad of a respective one of the antennas ; and a plurality of ground paths extending through the PCB from a common ground to a plurality of electrical ground path connectors, each of the ground path connectors being a second spring loaded pressure contact connector and in electrical contact with the ground pad of a respective one of the antennas . a housing enclosing a radio frequency, RF, communications circuit ; and a multiple input multiple output, MIMO, antenna array electrically connected to the RF communications circuit , the MIMO antenna array including a first row of antennas that are secured to the housing , wherein the housing comprises a back enclosure element surrounded by a forwardly projecting rim , wherein the first row of antennas is located in the rim , wherein each of the antennas includes a resonating body secured to the rim , and a feed pad and a ground pad projecting from the resonating body into an inner region of the housing , the resonating body arranged substantially perpendicular with the feed pad and the ground pad , wherein the RF communications circuit includes: an RF transceiver circuit comprising at least one integrated circuit component mounted on a printed circuit board, PCB; a plurality of signal paths extending through the PCB from the RF transceiver circuit to a plurality of electrical signal path connectors, each of the signal path connectors being a first spring loaded pressure contact connector and in electrical contact with the feed pad of a respective one of the antennas ; and a plurality of ground paths extending through the PCB from a common ground to a plurality of electrical ground path connectors, each of the ground path connectors being a second spring loaded pressure contact connector and in electrical contact with the ground pad of a respective one of the antennas .
A method to determine an actionable treatment recommendation for a subject diagnosed with lung cancer, comprising: in a single biological sample obtained from the subject, using a set of amplification primer pairs that hybridize to and amplify ALK, ROS1, KRAS, BRAF, ERBB2, MET, RET, FGFR1 and KIT/PDGFRA genes to generate amplicons in a single assay, wherein the set of amplification primer pairs can amplify nucleic acid of one or more lung cancer-associated allelic variants of said genes; and detecting by nucleic acid sequencing at least one variant among ALK, ROS1, KRAS, BRAF, ERBB2, MET, RET, FGFR1, and KIT/PDGFRA, genes from the sample, and determining, based on the at least one variant detected, an actionable treatment recommendation for the subject. in a single biological sample obtained from the subject, using a set of amplification primer pairs that hybridize to and amplify ALK, ROS1, KRAS, BRAF, ERBB2, MET, RET, FGFR1 and KIT/PDGFRA genes to generate amplicons in a single assay, wherein the set of amplification primer pairs can amplify nucleic acid of one or more lung cancer-associated allelic variants of said genes; and detecting by nucleic acid sequencing at least one variant among ALK, ROS1, KRAS, BRAF, ERBB2, MET, RET, FGFR1, and KIT/PDGFRA, genes from the sample, and determining, based on the at least one variant detected, an actionable treatment recommendation for the subject.