mhurhangee/ep-ind-claims huggingface dataset:
A radio terminal comprising: a receiver configured to receive multimedia broadcast multicast service, MBMS, service via single cell point-to-multipoint, SC-PTM, transmission from a cell that broadcast hyper system frame number, H-SFN, for extended discontinuous reception, eDRX, operation, the cell being managed by a base station, and a controller configured to perform the eDRX operation for the SC-PTM transmission, wherein the controller is configured to perform the eDRX operation by using an SC-PTM reception opportunity based on the H-SFN, the SC-PTM reception opportunity includes a single cell multicast control channel, SC-MCCH, reception opportunity and a single cell multicast traffic channel, SC-MTCH, reception opportunity the controller is configured to determine a first specific H-SFN including the SC-MCCH reception opportunity by using a first value received from the cell, the controller is configured to determine a second specific H-SFN including the SC-MTCH reception opportunity by using a second value received from the cell, the second value is associated with an MBMS service received by the radio terminal. a receiver configured to receive multimedia broadcast multicast service, MBMS, service via single cell point-to-multipoint, SC-PTM, transmission from a cell that broadcast hyper system frame number, H-SFN, for extended discontinuous reception, eDRX, operation, the cell being managed by a base station, and a controller configured to perform the eDRX operation for the SC-PTM transmission, wherein the controller is configured to perform the eDRX operation by using an SC-PTM reception opportunity based on the H-SFN, the SC-PTM reception opportunity includes a single cell multicast control channel, SC-MCCH, reception opportunity and a single cell multicast traffic channel, SC-MTCH, reception opportunity the controller is configured to determine a first specific H-SFN including the SC-MCCH reception opportunity by using a first value received from the cell, the controller is configured to determine a second specific H-SFN including the SC-MTCH reception opportunity by using a second value received from the cell, the second value is associated with an MBMS service received by the radio terminal.
A method of manufacturing a structure for permanent attachment to a base component, comprising: aligning a first nozzle with an opening in the base component, the first nozzle being located adjacent to a first side of the base component; forming an anchored portion on a second side of the base component, including extruding a first material through the opening and into a molding component on the second side; and extruding the first material from the first nozzle on the first side to form a 3D-printed outer shell portion of the structure, wherein the outer shell portion is integrally formed with the anchored portion. aligning a first nozzle with an opening in the base component, the first nozzle being located adjacent to a first side of the base component; forming an anchored portion on a second side of the base component, including extruding a first material through the opening and into a molding component on the second side; and extruding the first material from the first nozzle on the first side to form a 3D-printed outer shell portion of the structure, wherein the outer shell portion is integrally formed with the anchored portion.
Method for operating a combustion chamber of a gas turbine, in particular of a power plant, - the combustion chamber having at least one burner which is provided with a catalytic pilot burner, - characterized in that the pilot burner is actuated at low power of the combustion chamber such that it generates as a reaction product a synthesis gas with a high proportion of hydrogen gas, - and in that the pilot burner is actuated at high power of the combustion chamber such that the synthesis gas generated has a low proportion of hydrogen gas. - the combustion chamber having at least one burner which is provided with a catalytic pilot burner, - characterized in that the pilot burner is actuated at low power of the combustion chamber such that it generates as a reaction product a synthesis gas with a high proportion of hydrogen gas, - and in that the pilot burner is actuated at high power of the combustion chamber such that the synthesis gas generated has a low proportion of hydrogen gas.
A circuit comprising: a plurality of mixer and frequency divider pairs, MFDP, wherein each MFDP can be enabled and disabled separately of each other MFDP, wherein the frequency divider of each MFDP supplies a local oscillator signal to the mixer of the MFDP if the MFDP is enabled, wherein the frequency divider of each MFDP does not supply a local oscillator signal to the mixer of the MFDP if the MFDP is disabled, wherein each MFDP has an output lead, and wherein the output leads of all the MFDPs are coupled together; and a frequency synthesizer adapted to supply a drive signal to the frequency divider of each of the MFDPs.
Combustion system having a burner, a fan for conveying combustion air and optionally combustion gas to this burner, a fresh gas guide in which the fan is arranged, a combustion gas guide in which a gas control valve is arranged, wherein the combustion gas guide opens in the fresh gas guide or directly in the burner, and a Helmholtz resonator is connected to the fresh gas guide, wherein the Helmholtz resonator has a drive (4, 5, 6, 7) for adjusting the volume of the Helmholtz resonator, characterised in that a volume or mass flow sensor is arranged in the combustion gas guide and/or fresh gas guide or between the combustion gas guide and fresh gas guide, wherein the volume or mass flow sensor is connected to a controller, and the controller is connected to the drive (5, 6, 7) for adjusting the volume of the Helmholtz resonator.
An extract from Galdieria sulphuraria, comprising an autophagy activator and/or an iron binding agent, or an autophagy activator having iron binding properties, wherein the extract contains cell debris.
A deployment frame system (6, 500, 700, 900, 1100, 1300, 1500, 1700) for controlling relative movements of a system of multiple catheters wherein at least one catheter of the multiple catheters is configured to deliver a medical device, the deployment frame system comprising: a plurality of clamps (543, 552, 561, 562, 563, 571, 572, 573, 575, 1523, 1533, 1543), each of the clamps configured to releasably clamp a proximal end portion of a respective catheter of the multiple catheters; a first frame (510, 710, 910, 1110 1310, 1510, 520, 720, 1120, 1320, 1520), wherein at least one of the clamps is configured to releasably couple with the first frame; and a second frame (510, 710, 910, 1110 1310, 1510, 520, 720, 1120, 1320, 1520), wherein at least two of the clamps are configured to releasably couple with the second frame. a plurality of clamps (543, 552, 561, 562, 563, 571, 572, 573, 575, 1523, 1533, 1543), each of the clamps configured to releasably clamp a proximal end portion of a respective catheter of the multiple catheters; a first frame (510, 710, 910, 1110 1310, 1510, 520, 720, 1120, 1320, 1520), wherein at least one of the clamps is configured to releasably couple with the first frame; and a second frame (510, 710, 910, 1110 1310, 1510, 520, 720, 1120, 1320, 1520), wherein at least two of the clamps are configured to releasably couple with the second frame.
A method of evaluating damage within a structure using a structural health monitoring system comprising a first array of at least three receivers (110A R1, 110A R2, 110A R3) arranged in operative contact with the structure and a transmitter (110A T) arranged in operative contact with the structure, and a second array of at least three receivers (110B R1,110B R2,110B R3) arranged in operative contact with the structure and a transmitter (110B T) arranged in operative contact with the structure, wherein the first and second arrays are spaced apart, the method comprising: propagating an elastic wave through the structure using the transmitter of the first array; collecting monitoring signals from the at least three receivers of the first array to monitor for reflections of the elastic wave from at least one anomaly within the structure; propagating an elastic wave through the structure using the transmitter of the second array; collecting monitoring signals from the at least three receivers of the second array to monitor for reflections of the elastic wave from the at least one anomaly within the structure; and characterised by analysing the monitoring signals to identify the at least one anomaly and to determine a direction (β A,β B) from the respective first and second arrays to the at least one anomaly; and using the directions to the anomaly from each of the first and second arrays in combination with known positions of the first and second arrays on the structure to determine the position of the anomaly in the structure. propagating an elastic wave through the structure using the transmitter of the first array; collecting monitoring signals from the at least three receivers of the first array to monitor for reflections of the elastic wave from at least one anomaly within the structure; propagating an elastic wave through the structure using the transmitter of the second array; collecting monitoring signals from the at least three receivers of the second array to monitor for reflections of the elastic wave from the at least one anomaly within the structure; and characterised by analysing the monitoring signals to identify the at least one anomaly and to determine a direction (β A,β B) from the respective first and second arrays to the at least one anomaly; and using the directions to the anomaly from each of the first and second arrays in combination with known positions of the first and second arrays on the structure to determine the position of the anomaly in the structure.
Cooker, comprising a hob, an oven having a cooking chamber having a door which closes the cooking chamber, and a control panel having control elements (9, 10) for controlling the oven, an upper region of the control panel being provided in order to control the hob and a lower region of the control panel being provided in order to control the oven, characterised in that the lower region of the control panel for controlling the oven is mounted, at least in part, such that it can pivot about a shaft that is in the upper portion of this region of the control panel and the oven comprises a motor for pivoting this region, a gap for removing vapour being provided between the door, which closes the cooking chamber, and the control panel, which gap is covered, at least in part, by the lower region of the control panel in the approximately vertical position and is uncovered again when the lower region of the control panel is extended, the lower region of the control panel being automatically pivoted out of the approximately vertical position towards the field of vision of the operator as soon as the oven is being used and/or the pivoting can be manually controlled.
Method for machining a rotary tool which can be driven in rotation, with a plurality of cutting bodies which form at least one tool cutter or cutter space, with the following steps: - definition of a nominal swept envelope for the rotary tool about the rotation axis of the rotary tool, the method being characterised by: - determination of first cutting bodies to be machined and/or removed, the position or shape of which lies outside predefined tolerances, - targeted machining and/or removal of the first cutting bodies. - definition of a nominal swept envelope for the rotary tool about the rotation axis of the rotary tool, - determination of first cutting bodies to be machined and/or removed, the position or shape of which lies outside predefined tolerances, - targeted machining and/or removal of the first cutting bodies.
A dermatological composition comprising at least one extract based on polar lipids of wheat germ for use in preventing and/or treating atopic dermatitis resulting from an allergic reaction to dust mites in a subject.
An operating method of an image forming apparatus, the operating method comprising: broadcasting by using short-distance wireless communication a plurality of packets comprising identification information of the image forming apparatus; receiving a connection request comprising the identification information of the image forming apparatus from a mobile terminal which received some packets from among the plurality of broadcasted packets; and connecting to the mobile terminal, based on the connection request, wherein the connection request is transmitted from the mobile terminal when received signal strengths of the some packets received by the mobile terminal are equal to or greater than a first threshold value, the first threshold value indicates a received signal strength greater than a minimum received signal strength at which communication with the mobile terminal is available, and_ the first threshold value is adjustable based on user input. broadcasting by using short-distance wireless communication a plurality of packets comprising identification information of the image forming apparatus; receiving a connection request comprising the identification information of the image forming apparatus from a mobile terminal which received some packets from among the plurality of broadcasted packets; and connecting to the mobile terminal, based on the connection request, wherein the connection request is transmitted from the mobile terminal when received signal strengths of the some packets received by the mobile terminal are equal to or greater than a first threshold value, the first threshold value indicates a received signal strength greater than a minimum received signal strength at which communication with the mobile terminal is available, and_ the first threshold value is adjustable based on user input.
Cooking hob having a cooking hob plate, and having at least one power supply unit (8, 9, 10, 11) for supplying power and a resultant heating of a cooking utensil that can be placed on a cooking zone (4, 5, 6, 7) of the cooking hob plate, and having an extractor fan which is arranged adjacent to the cooking hob plate such that an air flow at the cooking hob plate is pulled downwards, characterised in that the cooking hob has an electronic operating unit which is designed such that thanks to the electronic operating unit a power level of the power supply unit (8 to 11) can be adjusted for power generation as a function of an active operating state of the extractor fan that is identified by the cooking hob itself and thus automatically.
A cargo trailer comprising a main frame with a drawbar, at least a pair of displacement wheels linked to the main frame, the main frame having a loading surface, wherein the cargo trailer includes an extendable section with an additional loading surface linked to an additional frame displaceable with respect to the main frame, the extendable section being intended for extending the loading surface, such that in a functional position of the trailer, the loading surface of the frame is aligned with the additional surface, while in a second functional position, both loading surfaces are superimposed on each other, characterized in that the extendable section is pivotally articulated in the additional frame by rotation means, such that the rotating movement of the extendable section is transformed into a linear forward or reverse movement of the additional frame with respect to the main frame.
A method of diagnosing SIRS, sepsis, severe sepsis or septic shock in a subject, the method comprising: performing one or more assays configured to detect WAP four-disulfide core domain protein 2, and optionally further one or more biomarkers of Hepatitis A virus cellular receptor 1, Interleukin-1 receptor-like 1, and Proprotein convertase subtilisin/kexin type 9 on a body fluid sample obtained from the subject to provide one or more assay result(s); and relating the immunoassay result(s) to one or more diagnoses selected from the group consisting of the presence or absence of SIRS, the presence or absence of sepsis, the presence or absence of severe sepsis, the presence or absence of septic shock, and wherein the sample is selected from the group consisting of blood, serum, and plasma. performing one or more assays configured to detect WAP four-disulfide core domain protein 2, and optionally further one or more biomarkers of Hepatitis A virus cellular receptor 1, Interleukin-1 receptor-like 1, and Proprotein convertase subtilisin/kexin type 9 on a body fluid sample obtained from the subject to provide one or more assay result(s); and relating the immunoassay result(s) to one or more diagnoses selected from the group consisting of the presence or absence of SIRS, the presence or absence of sepsis, the presence or absence of severe sepsis, the presence or absence of septic shock, and wherein the sample is selected from the group consisting of blood, serum, and plasma.
Container (1, 1'), in particular a case, for storing and transporting at least one power tool, - containing a shell structure having a first shell element and a second shell element for forming a cavity for accommodating the at least one power tool, wherein the first shell element contains a first side surface and the second shell element contains a second side surface; and - containing a first handle, which can be moved in a reversible manner about an axis of rotation between a first position, allowing the container (1, 1') to be carried, and a second position, wherein, in the first position, the first handle extends in a first plane and, in the second position, the first handle extends in a second plane, and wherein the first and second planes, are arranged orthogonally in relation to one another, characterized in that a second handle is provided in the region of the first side surface and extends essentially in a third plane and also in the second plane, wherein the third plane runs essentially parallel to the first plane and the first side surface, wherein the second handle, on a contact surface, contains a connecting device for re-releasable connection of the contact surface of the second handle of a first container to a contact surface of the second handle of a second container. - containing a shell structure having a first shell element and a second shell element for forming a cavity for accommodating the at least one power tool, wherein the first shell element contains a first side surface and the second shell element contains a second side surface; and - containing a first handle, which can be moved in a reversible manner about an axis of rotation between a first position, allowing the container (1, 1') to be carried, and a second position, wherein, in the first position, the first handle extends in a first plane and, in the second position, the first handle extends in a second plane, and wherein the first and second planes, are arranged orthogonally in relation to one another,
A visible light communication method comprising: obtaining location information (B1902, B1903, B1904), by a receiver, indicating a location of the receiver, obtaining (SB0205, SB0401) a first ID, by the receiver, identifying an area in which the receiver is present, by referring to a table in a first server showing correspondence between the first ID and the location information (B1902, B1903, B1904); obtaining a second ID, by the receiver, through visible light communication with a light source in the identified area by the first ID; generating a third ID, by the receiver, by combining the first ID and the second ID; and obtaining (SB0602, SB0901), by the receiver, information from a second server using the third ID, wherein the method further comprises: obtaining a further, different second ID, by the receiver, through visible light communication with a light source in the identified area; generating a further, different third ID, by the receiver, by combining the first ID and the further second ID; and obtaining (SB0602, SB0901), by the receiver, further information from the second server using the further third ID. obtaining location information (B1902, B1903, B1904), by a receiver, indicating a location of the receiver, obtaining (SB0205, SB0401) a first ID, by the receiver, identifying an area in which the receiver is present, by referring to a table in a first server showing correspondence between the first ID and the location information (B1902, B1903, B1904); obtaining a second ID, by the receiver, through visible light communication with a light source in the identified area by the first ID; generating a third ID, by the receiver, by combining the first ID and the second ID; and obtaining (SB0602, SB0901), by the receiver, information from a second server using the third ID, wherein the method further comprises: obtaining a further, different second ID, by the receiver, through visible light communication with a light source in the identified area; generating a further, different third ID, by the receiver, by combining the first ID and the further second ID; and obtaining (SB0602, SB0901), by the receiver, further information from the second server using the further third ID. obtaining a further, different second ID, by the receiver, through visible light communication with a light source in the identified area; generating a further, different third ID, by the receiver, by combining the first ID and the further second ID; and obtaining (SB0602, SB0901), by the receiver, further information from the second server using the further third ID.
An implantable medical lead comprising: a lead body; a stimulation electrode (348 A-D) coupled to the lead body; and a sensor coupled to the lead body, wherein the sensor is configured to generate an electrical signal that varies as a function of a parameter associated with a voiding event of a patient; characterized in that the parameter comprises a sound associated with the voiding event. a lead body; a stimulation electrode (348 A-D) coupled to the lead body; and a sensor coupled to the lead body, wherein the sensor is configured to generate an electrical signal that varies as a function of a parameter associated with a voiding event of a patient; characterized in that the parameter comprises a sound associated with the voiding event.
A pesticidal composition comprising sulphur in the range of 20% to 90% w/w of the total composition, at least one insecticide selected from the group consisting of pirimicarb, buprofezine, thiacloprid, acetamiprid, clothianidin, diafenthiuron, novaluron, flubendiamide and spirotetramat, and at least one agrochemically acceptable excipient, wherein the insecticide is present in the range from 0.1% to 40% w/w of the total composition.
A method for extraction of a target nucleic acid from a biological sample comprising cells or microorganisms, the method comprising: (a) adding a transition metal salt, an alkaline earth metal salt, or combination thereof to the biological sample in an amount sufficient to inactivate nucleases in the sample; (b) adding an extraction solution to the biological sample in an amount sufficient to lyse the cells or microorganisms, thereby forming a lysate; (c) adding an acidic buffer to the lysate to an amount sufficient to reduce the pH of the lysate to between pH 1 to pH 5; and (d) separating the target nucleic acid from the lysate to extract the target nucleic acid from the biological sample. (a) adding a transition metal salt, an alkaline earth metal salt, or combination thereof to the biological sample in an amount sufficient to inactivate nucleases in the sample; (b) adding an extraction solution to the biological sample in an amount sufficient to lyse the cells or microorganisms, thereby forming a lysate; (c) adding an acidic buffer to the lysate to an amount sufficient to reduce the pH of the lysate to between pH 1 to pH 5; and (d) separating the target nucleic acid from the lysate to extract the target nucleic acid from the biological sample.