mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a treatment protocol for a patient suffering from cancer, especially colon cancer, comprising: (a) quantifying the level of a TYMP fragment peptide according to SEQ ID NO: 1 and quantifying the level of a UCK2 fragment peptide according to SEQ ID NO: 2 in a protein digest prepared from a formalin-fixed tumor tissue sample obtained from the patient and calculating the level of the TYMP and UCK2 fragment peptides in said sample by selected reaction monitoring using mass spectrometry; (b) comparing the level of said TYMP fragment peptide to a TYMP reference level and comparing the level of said UCK2 fragment peptide to a UCK2 reference level, (c) determining that the patient should be treated with a therapeutic regimen comprising administration of irinotecan, 5-fluoruracil and folinic acid, when the level of the TYMP fragment peptide is above a TYMP reference level of 2094 amol/ug protein analyzed, and the level of the UCK2 fragment peptide is above a UCK2 reference level of 333 amol/ug protein analyzed, and (d) determining that the patient should be treated with a therapeutic regimen other than the regimen comprising administration of irinotecan, 5-fluoruracil and folinic acid, when the level of the TYMP fragment peptide is below a TYMP reference level of 1335 amol/ug protein analyzed, or the level of the UCK2 fragment peptide is below said UCK2 reference level of 333 amol/ug protein analyzed. (a) quantifying the level of a TYMP fragment peptide according to SEQ ID NO: 1 and quantifying the level of a UCK2 fragment peptide according to SEQ ID NO: 2 in a protein digest prepared from a formalin-fixed tumor tissue sample obtained from the patient and calculating the level of the TYMP and UCK2 fragment peptides in said sample by selected reaction monitoring using mass spectrometry; (b) comparing the level of said TYMP fragment peptide to a TYMP reference level and comparing the level of said UCK2 fragment peptide to a UCK2 reference level, (c) determining that the patient should be treated with a therapeutic regimen comprising administration of irinotecan, 5-fluoruracil and folinic acid, when the level of the TYMP fragment peptide is above a TYMP reference level of 2094 amol/ug protein analyzed, and the level of the UCK2 fragment peptide is above a UCK2 reference level of 333 amol/ug protein analyzed, and (d) determining that the patient should be treated with a therapeutic regimen other than the regimen comprising administration of irinotecan, 5-fluoruracil and folinic acid, when the level of the TYMP fragment peptide is below a TYMP reference level of 1335 amol/ug protein analyzed, or the level of the UCK2 fragment peptide is below said UCK2 reference level of 333 amol/ug protein analyzed.
An article comprising an inner layer contained within one or more outer layers, the inner layer comprising a hydrophilic, absorbent porous textile having a solids content of 0.5%-30%, optionally 0.5% to 15%; and the one or more outer layers comprising a porous, hydrophilic, wicking textile having a solids content of about 2%-40%; and further comprising: a scouring layer disposed over a portion of at least one of the one or more outer layers, and one or more second portions of the one or more outer layers, wherein the scouring layer is not disposed over the one or more second portions. the one or more outer layers comprising a porous, hydrophilic, wicking textile having a solids content of about 2%-40%; and further comprising: a scouring layer disposed over a portion of at least one of the one or more outer layers, and one or more second portions of the one or more outer layers, wherein the scouring layer is not disposed over the one or more second portions. a scouring layer disposed over a portion of at least one of the one or more outer layers, and one or more second portions of the one or more outer layers, wherein the scouring layer is not disposed over the one or more second portions.
A method for confirming whether a private key for a public key infrastructure, PKI, transaction event between a relying node and a subject node in a communication network has been compromised, the method comprising: estab lishing at a PKI event logging, PEL, server a process to achieve secure communications with the relying node; processing (140, 145) at the PEL server reported PKI transaction event data received from the relying node, wherein the reported PKI transaction event data describe the PKI transaction event between the relying node and the subject node; and transmitting the reported PKI transaction event data from the PEL server to the subject node or receiving reported PKI transaction event data from the subject node at the PEL server; whereby when the PKI transaction event data is transmitted to the the subject node, the subject node compare s the reported PKI transaction event data with local PKI transaction event data and determines that the private key has been compromised in response to the absence of any corresponding local PKI transaction event data; and whereby when the PKI transaction event data is received at the PEL server from the subject node, the PEL server compare s the reported PKI transaction event data from the relying node with PKI transaction event data from the subject node and determines that the private key has been compromised in response to the absence of any corresponding PKI transaction event data. lishing at a PKI event logging, PEL, server a process to achieve secure communications with the relying node; processing (140, 145) at the PEL server reported PKI transaction event data received from the relying node, wherein the reported PKI transaction event data describe the PKI transaction event between the relying node and the subject node; and transmitting the reported PKI transaction event data from the PEL server to the subject node or receiving reported PKI transaction event data from the subject node at the PEL server; whereby when the PKI transaction event data is transmitted to the the subject node, the subject node compare s the reported PKI transaction event data with local PKI transaction event data and determines that the private key has been compromised in response to the absence of any corresponding local PKI transaction event data; and whereby when the PKI transaction event data is received at the PEL server from the subject node, the PEL server compare s the reported PKI transaction event data from the relying node with PKI transaction event data from the subject node and determines that the private key has been compromised in response to the absence of any corresponding PKI transaction event data.
Use of a composition for tagging of a ribonucleic acid/deoxyribonucleic acid (RNA/DNA) hybrid molecule, the composition comprising a transposome having a polypeptide transposase and a nucleic acid comprising a mosaic end and a first tag, a reverse transcriptase, an oligonucleotide comprising a mosaic end and a second tag, and a RNA/DNA hybrid molecule.
A resource unit combination indication method, comprising: determining a physical layer protocol data unit, PPDU, wherein the PPDU comprises a signal field, the signal field comprises one or more resource unit allocation subfields and at least one station field, the one resource unit allocation subfield indicates a size and a location of a multi-resource unit, multi-RU, each station field indicates station information of an allocated STA to which the multi-RU is allocated, the multi-RU is indicated by one resource unit allocation subfield, the multi-RU comprises at least two resource units, RUs, and the resource unit allocation subfield comprises 9 bits; and sending the PPDU. determining a physical layer protocol data unit, PPDU, wherein the PPDU comprises a signal field, the signal field comprises one or more resource unit allocation subfields and at least one station field, the one resource unit allocation subfield indicates a size and a location of a multi-resource unit, multi-RU, each station field indicates station information of an allocated STA to which the multi-RU is allocated, the multi-RU is indicated by one resource unit allocation subfield, the multi-RU comprises at least two resource units, RUs, and the resource unit allocation subfield comprises 9 bits; and sending the PPDU.
A navigation assistance system for assisting in navigating an interventional instrument within a subject during an interventional procedure, the navigation assistance system comprising: - a position and shape providing unit for providing the current position and shape of the interventional instrument, - a target position providing unit for providing a target position defining the position of a target to which the interventional instrument is to be moved, - a configuration information providing unit for providing configuration information being indicative of possible configurations of the interventional instrument, - a path determination unit for determining a possible path for the interventional instrument, which allows the interventional instrument to reach the target, based on the current position and shape of the interventional instrument, the target position and the configuration information, and - a display for displaying the determined possible path, characterized in that the configuration information providing unit is adapted to determine the configuration information based on previous positions and shapes of the interventional instrument, which are provided by the position and shape providing unit while the interventional instrument is moved, and to provide the determined configuration information. - a position and shape providing unit for providing the current position and shape of the interventional instrument, - a target position providing unit for providing a target position defining the position of a target to which the interventional instrument is to be moved, - a configuration information providing unit for providing configuration information being indicative of possible configurations of the interventional instrument, - a path determination unit for determining a possible path for the interventional instrument, which allows the interventional instrument to reach the target, based on the current position and shape of the interventional instrument, the target position and the configuration information, and - a display for displaying the determined possible path, characterized in that
A component feeder comprising a bulk storage container for storage of components, and a lift for elevating a selection of components from the container, said lift being located inside the container, wherein the component feeder further comprises a transfer arrangement for transferring elevated components from the lift onto a component pick surface on which the components are distributed in order to be picked by a tool or by a hand, characterized in that it comprises a plate comprising said component pick surface, which plate at least partly covers an opening of the container, and wherein the plate is at least partly retractable from said opening.
A combustion device having a combustion portion and a plurality of auxiliary equipment used for a combustion operation at the combustion portion, the plurality of auxiliary equipment including at least a plurality of normal closed type fuel shutoff valves (11a1a,11a1b) provided at a fuel supply pipe (11 a) for supplying fuel to the combustion portion and opening and closing the fuel supply pipe in which the combustion device further includes: a main control portion for over-all controlling of the combustion device; a plurality of safety control portions (15b1, 15b2) for controlling at least the plurality of fuel shutoff valves and operable independently of the main control portion; and a power source shutoff device for shutting off the supply of power source voltage to the each of the plurality of fuel shutoff valves, in which each of the plurality of the safety control portions includes an error detecting portion (step S104 to step S126) for detecting own abnormality and abnormality of other safety control portions and a fuel shutoff control portion (step S130) for shutting off the supply of the fuel by shutting off the supply of the power source voltage by driving the power source shutoff device when an error is detected by the error detecting portion. a main control portion for over-all controlling of the combustion device; a plurality of safety control portions (15b1, 15b2) for controlling at least the plurality of fuel shutoff valves and operable independently of the main control portion; and a power source shutoff device for shutting off the supply of power source voltage to the each of the plurality of fuel shutoff valves, in which each of the plurality of the safety control portions includes an error detecting portion (step S104 to step S126) for detecting own abnormality and abnormality of other safety control portions and a fuel shutoff control portion (step S130) for shutting off the supply of the fuel by shutting off the supply of the power source voltage by driving the power source shutoff device when an error is detected by the error detecting portion.
A power supply, comprising: at least one input configured to receive input power; a backup input configured to receive backup power from a backup power source; an output configured to provide output power to a load from at least one of the input power or the backup power; an inverter coupled between the backup input and the output, and configured to provide inverter-output current to the output; a bypass relay coupled between the at least one input and the output; a sensor configured to detect a parameter indicative of the inverter-output current being provided to the bypass relay; and at least one controller coupled to the sensor and configured to: determine that the bypass relay has closed based on the detected parameter; and turn off the inverter based on the determination that the bypass relay has closed. at least one input configured to receive input power; a backup input configured to receive backup power from a backup power source; an output configured to provide output power to a load from at least one of the input power or the backup power; an inverter coupled between the backup input and the output, and configured to provide inverter-output current to the output; a bypass relay coupled between the at least one input and the output; a sensor configured to detect a parameter indicative of the inverter-output current being provided to the bypass relay; and at least one controller coupled to the sensor and configured to: determine that the bypass relay has closed based on the detected parameter; and turn off the inverter based on the determination that the bypass relay has closed. determine that the bypass relay has closed based on the detected parameter; and turn off the inverter based on the determination that the bypass relay has closed.
An article of footwear (100; 300) comprising: an upper (101; 301); a sole structure (103; 303) attached to the upper (101; 301) so that the sole structure (103; 303) forms a lower surface of the article of footwear (100; 300) and the upper (101; 301) forms a medial sidewall of the article of footwear (100; 300); and a navicular support structure (106; 306), wherein the navicular support structure (106; 306) includes a frame (104; 304) and a pre-sprung material (102; 302), wherein the frame (104; 304) extends from a point on the lower surface of the sole structure (103; 303) of the article of footwear to a point on the medial sidewall in the midfoot portion of the article of footwear, characterised in that the frame (104; 304) includes an aperture (112; 312), and the pre-sprung material (102; 302) is disposed within the aperture (112; 312). an upper (101; 301); a sole structure (103; 303) attached to the upper (101; 301) so that the sole structure (103; 303) forms a lower surface of the article of footwear (100; 300) and the upper (101; 301) forms a medial sidewall of the article of footwear (100; 300); and a navicular support structure (106; 306), wherein the navicular support structure (106; 306) includes a frame (104; 304) and a pre-sprung material (102; 302), wherein the frame (104; 304) extends from a point on the lower surface of the sole structure (103; 303) of the article of footwear to a point on the medial sidewall in the midfoot portion of the article of footwear, characterised in that the frame (104; 304) includes an aperture (112; 312), and the pre-sprung material (102; 302) is disposed within the aperture (112; 312).
A text input method for a portable device with a touch screen, the method comprising: displaying a screen including a text input area with key icons, the key icons including at least one consonant and one vowel, wherein the at least one consonant and one vowel are a Hanguel consonant and a Hanguel vowel; detecting multi-touch events obtained by multi-touching at least two key icons included in the text input area; combining key icons selected based on the multi-touch events to display a specific text, wherein the multi-touch events are buffered; and displaying the specific text when a drag length of a drag event is larger than a predefined length, wherein the specific text is a combination of the multi-touched key icons based on the detected multi-touch events. displaying a screen including a text input area with key icons, the key icons including at least one consonant and one vowel, wherein the at least one consonant and one vowel are a Hanguel consonant and a Hanguel vowel; detecting multi-touch events obtained by multi-touching at least two key icons included in the text input area; combining key icons selected based on the multi-touch events to display a specific text, wherein the multi-touch events are buffered; and displaying the specific text when a drag length of a drag event is larger than a predefined length, wherein the specific text is a combination of the multi-touched key icons based on the detected multi-touch events.
Working machine, comprising - a drive device having an electric drive; and comprising - structural components which are selected from the group + basic framework + machine frame + chassis base plate + counterweight + motor compartment housing + running gear frame wherein - the electric drive comprises an electric motor and heat-generating electric drive components; and wherein - at least one of the drive components is attached to one of the structural components such that the heat generated by the drive component can be directed at least partially into the component; - the drive device comprises a hydraulic circuit which is driven by the electric drive in order to generate a driving movement and/or a working movement; - the hydraulic circuit comprises a cooling device having a fan and a heat exchanger; - the fan generates a cooling air flow for the heat exchanger; - the cooling air flow is guided upstream of the heat exchanger such that it sweeps over a surface of the heat-generating drive component and/or a surface of the structural component, to which the drive component is attached; - an electric energy store is provided for the electric drive and/or for the electric motor; and wherein - the cooling air flow is guided upstream of the heat exchanger such that it sweeps over the electric energy store; characterised in that - the structural component is a counterweight; and in that - a recess is provided on an inner side of the counterweight, the heat-generating drive component being inserted into the recess. - a drive device having an electric drive; and comprising - structural components which are selected from the group + basic framework + machine frame + chassis base plate + counterweight + motor compartment housing + running gear frame wherein + basic framework + machine frame + chassis base plate + counterweight + motor compartment housing + running gear frame - the electric drive comprises an electric motor and heat-generating electric drive components; and wherein - at least one of the drive components is attached to one of the structural components such that the heat generated by the drive component can be directed at least partially into the component; - the drive device comprises a hydraulic circuit which is driven by the electric drive in order to generate a driving movement and/or a working movement; - the hydraulic circuit comprises a cooling device having a fan and a heat exchanger; - the fan generates a cooling air flow for the heat exchanger; - the cooling air flow is guided upstream of the heat exchanger such that it sweeps over a surface of the heat-generating drive component and/or a surface of the structural component, to which the drive component is attached; - an electric energy store is provided for the electric drive and/or for the electric motor; and wherein - the cooling air flow is guided upstream of the heat exchanger such that it sweeps over the electric energy store; characterised in that - the structural component is a counterweight; and in that - a recess is provided on an inner side of the counterweight, the heat-generating drive component being inserted into the recess.
A method of operating a first emergency call access transfer function, EATF, node, the method comprising: receiving (A1; C1; D1) a request for transferring an emergency call session, ECS, of a user equipment, UE, from a first access network to a second access network; transferring (A3; C3; D3) the ECS from the first access network to the second access network when the ECS is known to the first EATF node; selecting (A4; C4; D6) a second EATF node from a set of one or more EATF nodes when the ECS is unknown to the first EATF node; and forwarding (A5; C5; D7) the request for transferring the ECS to the second EATF node. receiving (A1; C1; D1) a request for transferring an emergency call session, ECS, of a user equipment, UE, from a first access network to a second access network; transferring (A3; C3; D3) the ECS from the first access network to the second access network when the ECS is known to the first EATF node; selecting (A4; C4; D6) a second EATF node from a set of one or more EATF nodes when the ECS is unknown to the first EATF node; and forwarding (A5; C5; D7) the request for transferring the ECS to the second EATF node.