mhurhangee/ep-ind-claims huggingface dataset:
A contact device comprising: a driving block including a driver and an armature configured to be driven by the driver, the driver including a bobbin, a coil formed by winding a wire around the bobbin, and a heel piece; a contact block including a fixed contact, a movable contact to be in contact with and separate from the fixed contact by the armature, a first terminal holding the fixed contact, and a second terminal holding the movable contact; a positioning member provided as a separate part from a case; and the case accommodating the driving block and the contact block and the positioning member; wherein the positioning member holds the first terminal, the second terminal, and the heel piece. characterised in, that the positioning member is accommodated in the case so as not to be in contact with the case. a driving block including a driver and an armature configured to be driven by the driver, the driver including a bobbin, a coil formed by winding a wire around the bobbin, and a heel piece; a contact block including a fixed contact, a movable contact to be in contact with and separate from the fixed contact by the armature, a first terminal holding the fixed contact, and a second terminal holding the movable contact; a fixed contact, a movable contact to be in contact with and separate from the fixed contact by the armature, a first terminal holding the fixed contact, and a second terminal holding the movable contact; a positioning member provided as a separate part from a case; and the case accommodating the driving block and the contact block and the positioning member; wherein the positioning member holds the first terminal, the second terminal, and the heel piece.
Drain valve for a cistern, in particular for a built-in cistern, comprising a housing, an overflow pipe with a sealing element which is movable in the housing along a longitudinal axis and a connection element connected to the housing for connecting the housing to the cistern, which connection element comprises a valve seat with which the sealing element works, wherein the overflow pipe can be moved from a closing position in which the sealing element rests against the valve seat to a flushing position in which the sealing element is spaced apart from the valve seat, wherein the connection element is movable along and/or about the longitudinal axis from a usage position into an installation position relative to the housing, wherein in the installation position the total length of the housing and of the connection element from an upper edge of the housing to a lower edge of the connection element lying opposite the upper edge is smaller compared with the usage position, wherein the connection element has at least one guide track and the housing has at least one protuberance working with the guide track which projects into the guide track or projects through the guide track, characterized in that the guide track has a first section running transversely to the longitudinal axis and a second section running in the direction of the longitudinal axis which is attached to the first section.
A method of wireless communication performed by a first user equipment, UE, the method comprising: receiving, from a second UE, a first data transmission on a first set of resources; receiving, from a destination device (404a, 404b), a first feedback transmission associated with the first data transmission; determining whether the destination device (404a, 404b) successfully receives the first data transmission based on the first feedback transmission; transmitting to the destination device (404a, 404b) when the destination device does not successfully receive the first data transmission, a second feedback transmission associated with the first data transmission and indicating whether the first UE successfully received data packets of the first data transmission from the second UE, to allow the destination device (404a, 404b) to infer a type of data relaying utilized by the first UE; and transmitting to the destination device (404a, 404b), on a second set of resources corresponding to at least a portion of the first set of resources, a second data transmission associated with the second feedback transmission, the second data transmission comprising at least a portion of the first data transmission, wherein the second data transmission is transmitted using a first type of data relaying when the second feedback transmission indicates a positive acknowledgment, ACK, associated with the first data transmission, and a second type of data relaying different from the first type of data relaying when the second feedback transmission indicates a negative acknowledgment, NACK, associated with the first data transmission. receiving, from a second UE, a first data transmission on a first set of resources; receiving, from a destination device (404a, 404b), a first feedback transmission associated with the first data transmission; determining whether the destination device (404a, 404b) successfully receives the first data transmission based on the first feedback transmission; transmitting to the destination device (404a, 404b) when the destination device does not successfully receive the first data transmission, a second feedback transmission associated with the first data transmission and indicating whether the first UE successfully received data packets of the first data transmission from the second UE, to allow the destination device (404a, 404b) to infer a type of data relaying utilized by the first UE; and transmitting to the destination device (404a, 404b), on a second set of resources corresponding to at least a portion of the first set of resources, a second data transmission associated with the second feedback transmission, the second data transmission comprising at least a portion of the first data transmission, wherein the second data transmission is transmitted using a first type of data relaying when the second feedback transmission indicates a positive acknowledgment, ACK, associated with the first data transmission, and a second type of data relaying different from the first type of data relaying when the second feedback transmission indicates a negative acknowledgment, NACK, associated with the first data transmission.
Use of a marker comprising a gene transcript of miR-22 for judging the degree of senescence of cells in a sample by comparing the expression level of the gene transcript in the sample with a reference value of the expression level of the gene transcript of miR-22.
A device for electrical stimulation of one or more components of a periodontal complex and surrounding tissue of a tooth, comprising: a housing (100, 220) configured to be handheld; at least two electrodes (102, 104, 206, 408, 410) of a rigid, electrically conductive material, wherein the at least two electrodes are mounted in a fixed spatial relationship at an end of the housing and have a spacing between them, wherein the housing and the spacing between the at least two electrodes are such that the at least two electrodes are configured to be applied to oral mucosa and attached gingiva adjacent to, and along a periodontal ligament of, a root structure of a single tooth; an electrical circuit configured for electrical connection to the at least two electrodes, the electrical circuit having an output providing a subsensory electrical stimulus comprising a waveform in accordance with predetermined stimulation parameters; and a switch (108, 402) configured to activate the electrical circuit such that, when the switch is activated when the electrodes are applied to the oral mucosa and attached gingiva adjacent to, and along the periodontal ligament of, the root structure of the single tooth, the switch activates the electrical circuit to output the electrical stimulus through the at least two electrodes. a housing (100, 220) configured to be handheld; at least two electrodes (102, 104, 206, 408, 410) of a rigid, electrically conductive material, wherein the at least two electrodes are mounted in a fixed spatial relationship at an end of the housing and have a spacing between them, wherein the housing and the spacing between the at least two electrodes are such that the at least two electrodes are configured to be applied to oral mucosa and attached gingiva adjacent to, and along a periodontal ligament of, a root structure of a single tooth; an electrical circuit configured for electrical connection to the at least two electrodes, the electrical circuit having an output providing a subsensory electrical stimulus comprising a waveform in accordance with predetermined stimulation parameters; and a switch (108, 402) configured to activate the electrical circuit such that, when the switch is activated when the electrodes are applied to the oral mucosa and attached gingiva adjacent to, and along the periodontal ligament of, the root structure of the single tooth, the switch activates the electrical circuit to output the electrical stimulus through the at least two electrodes.
A method of performing safety-critical rendering at a graphics processing unit within a graphics processing system, the method comprising: receiving, at the graphics processing system, graphical data for safety-critical rendering at the graphics processing unit; scheduling at a safety controller, in accordance with a reset frequency, a plurality of resets of the graphics processing unit; rendering the graphical data at the graphics processing unit; and the safety controller causing the plurality of resets of the graphics processing unit to be performed commensurate with the reset frequency. receiving, at the graphics processing system, graphical data for safety-critical rendering at the graphics processing unit; scheduling at a safety controller, in accordance with a reset frequency, a plurality of resets of the graphics processing unit; rendering the graphical data at the graphics processing unit; and the safety controller causing the plurality of resets of the graphics processing unit to be performed commensurate with the reset frequency.
A control system for an internal combustion engine, in particular for a direct-injection four-stroke internal combustion engine, having at least one cylinder, an intake passage supplying air to the cylinder, and an exhaust passage removing exhaust gas from the cylinder, the control system comprising: a mass air flow meter configured to detect a mass air flow upstream of the cylinder; a control unit configured to: detect an intake air density in the cylinder; calculate an in-cylinder trapped intake air amount based on a cylinder volume and the detected intake air density; and estimate a difference between the intake air amount detected by the mass air flow meter and the in-cylinder trapped intake air amount, the estimated difference being an estimated scavenging amount representing a fresh air blowby amount passing from the intake passage into the exhaust passage. a mass air flow meter configured to detect a mass air flow upstream of the cylinder; a control unit configured to: detect an intake air density in the cylinder; calculate an in-cylinder trapped intake air amount based on a cylinder volume and the detected intake air density; and estimate a difference between the intake air amount detected by the mass air flow meter and the in-cylinder trapped intake air amount, the estimated difference being an estimated scavenging amount representing a fresh air blowby amount passing from the intake passage into the exhaust passage. detect an intake air density in the cylinder; calculate an in-cylinder trapped intake air amount based on a cylinder volume and the detected intake air density; and estimate a difference between the intake air amount detected by the mass air flow meter and the in-cylinder trapped intake air amount, the estimated difference being an estimated scavenging amount representing a fresh air blowby amount passing from the intake passage into the exhaust passage.
An optical transmission characteristic estimation method estimating transmission characteristics of an optical transmitter of a transmission unit and an optical receiver of a reception unit which are connected to each other via a transmission line by an optical transmission characteristic estimation system, comprising: a first step of estimating a temporary transfer function or a temporary inverse transfer function of the optical receiver only at the reception unit; a second step of estimating a transfer function or an inverse transfer function of the optical transmitter from first data acquired by the reception unit when a first known signal is transmitted from the transmission unit to the reception unit, transmission characteristics of the transmission line estimated based on the first data, and the temporary transfer function or the temporary inverse transfer function of the optical receiver estimated in the first step, such that a square of difference between the first known signal of the first data and an original first known signal is minimized; and a third step of estimating a true transfer function or a true inverse transfer function of the optical receiver from second data acquired by the reception unit when a second known signal is transmitted from the transmission unit to the reception unit, transmission characteristics of the transmission line estimated based on the second data, and the transfer function or the inverse transfer function of the optical transmitter estimated in the second step, such that a square of difference between the second known signal of the second data and an original second known signal is minimized. a first step of estimating a temporary transfer function or a temporary inverse transfer function of the optical receiver only at the reception unit; a second step of estimating a transfer function or an inverse transfer function of the optical transmitter from first data acquired by the reception unit when a first known signal is transmitted from the transmission unit to the reception unit, transmission characteristics of the transmission line estimated based on the first data, and the temporary transfer function or the temporary inverse transfer function of the optical receiver estimated in the first step, such that a square of difference between the first known signal of the first data and an original first known signal is minimized; and a third step of estimating a true transfer function or a true inverse transfer function of the optical receiver from second data acquired by the reception unit when a second known signal is transmitted from the transmission unit to the reception unit, transmission characteristics of the transmission line estimated based on the second data, and the transfer function or the inverse transfer function of the optical transmitter estimated in the second step, such that a square of difference between the second known signal of the second data and an original second known signal is minimized.
A mobile communication method, comprising: a step A of performing, by a radio base station, scheduling such that a first downlink signal is transmitted to a relay node at a first timing; a step B of performing, by the relay node, scheduling such that a second downlink signal is transmitted to a mobile station at a second timing; a step C of determining, by the relay node, whether it is necessary to perform scheduling at the second timing such that the second timing does not overlap the first timing in a time direction, based on a first operating frequency used in a radio zone between the relay node and the mobile station and a second operating frequency used in a radio zone between the radio base station and the relay node; and a step D of notifying, by the relay node, the radio base station of the determination result. a step A of performing, by a radio base station, scheduling such that a first downlink signal is transmitted to a relay node at a first timing; a step B of performing, by the relay node, scheduling such that a second downlink signal is transmitted to a mobile station at a second timing; a step C of determining, by the relay node, whether it is necessary to perform scheduling at the second timing such that the second timing does not overlap the first timing in a time direction, based on a first operating frequency used in a radio zone between the relay node and the mobile station and a second operating frequency used in a radio zone between the radio base station and the relay node; and a step D of notifying, by the relay node, the radio base station of the determination result.
Vehicle headlamp comprising a housing and at least two optically relevant construction units (2, 3), for example at least two light modules and/or light module units (2, 3), each of the at least two optically relevant construction units (2, 3) being pivotable about a horizontal axis (H2, H3) and about a vertical axis (V2, V3), wherein at least two of the optically relevant construction units (2, 3) are each arranged in a support element (20, 30), which support elements (20, 30) are mounted pivotable in the housing about a respective horizontal axis (H2, H3) and about a respective vertical axis (V2, V3), and wherein for pivoting the support elements (20, 30) about their horizontal axes (H2, H3), a horizontal-axis pivoting device is provided, which horizontal-axis pivoting device rotates a support element about its horizontal axis, and wherein the at least two support elements (20, 30) are coupled to a horizontal-axis coupling device in a way that, when the one support element is rotated by the horizontal-axis pivoting device, the at least one further support element is also rotated about its horizontal axis, and wherein for pivoting the two support elements (20, 30) about their at least one vertical axis (V2, V3) a vertical-axis pivoting device is provided, which vertical-axis pivoting device rotates a support element about its vertical axis, and wherein the at least two support elements (20, 30) are coupled to a vertical-axis coupling device in a way that, when one support element is rotated by the vertical-axis pivoting device, the at least one further support element is also rotated about its vertical axis, wherein a first support element is mounted in the housing with three bearing points (20a, 20b, 20c), a first and a second bearing point (20a, 20b) forming the horizontal axis and the second and a third bearing point (20b, 20c) forming the vertical axis, the second bearing point of the first support element being a fixed bearing point which is fixed with respect to the housing, and wherein a second support element is supported in the housing with three bearing points (30a, 30b, 30c), a first and a second bearing point (30a, 30b) forming the horizontal axis and the second and a third bearing point (30b, 30c) forming the vertical axis, the second bearing point of the second support element being a fixed bearing point which is fixed with respect to the housing characterised in that the horizontal axes (H2, H3) are not coinciding, in particular are offset relative to one another in the light exit direction, and the two fixed bearing points (20b, 30b) of the support frames (20, 30) are arranged one behind the other in the light exit direction, preferably the first support frame being arranged behind the second support frame.
A process for the production of lactic acid comprising: (a) reacting a stream rich in saccharide with sodium hydroxide in the presence of water to produce a reaction mixture comprising sodium lactate; (b) reacting at least a portion of the sodium lactate with HCl to produce lactic acid and sodium chloride; (c) converting at least a portion of the sodium chloride to chlorine and sodium hydroxide; and (d) recycling at least a portion of the sodium hydroxide produced in step (c) to step (a). (a) reacting a stream rich in saccharide with sodium hydroxide in the presence of water to produce a reaction mixture comprising sodium lactate; (b) reacting at least a portion of the sodium lactate with HCl to produce lactic acid and sodium chloride; (c) converting at least a portion of the sodium chloride to chlorine and sodium hydroxide; and (d) recycling at least a portion of the sodium hydroxide produced in step (c) to step (a).
Push pull chain with chain links (5,6) that are connected to each other by means of respectively one chain joint, characterized in that the chain joints of a first chain section with their joint axes have a first orientation and that the joint axes of the chain joints of a second chain section are arranged in a second orientation that is twisted around a longitudinal axis or that they can be set to this twisted orientation.
A spreading device (4, 4A, 4B, 4C) for spreading a flat material web with a main spreading direction (5, 7, 8), with an elastically deformable support part for arranging on a rotational body and with a number of elastically deformable individual spreading elements (11; 30, 31) to achieve a spreading effect directed in the main spreading direction (5, 7, 8), in which the respective individual spreading element (11; 30, 31) has a contact surface area at its free end facing away from the carrier part with a contact surface to interact with the flat material web on the one hand and is arranged on the carrier part at its second end facing away from the free end on the other hand, charac-terized in that the spreading device (4, 4A, 4B, 4C) is set up such that the respective individual spreading element (11; 30, 31) can be tilted about a tilting axis at least in part or entirely in the direction of the free end by means of centrifugal forces, wherein the respective individual spreading element has at least two deformation areas (75, 76) with different main deformation directions (65, 67) and/or with different deformation capacities, wherein the at least two deformation areas (75, 76) are arranged at different radial heights (77, 78).
Use of an IL-18 inhibitor wherein the IL-18 inhibitor is an IL-18 binding protein (IL-18 BP) for the manufacture of a medicament for treatment of traumatic brain injury (closed head injury), wherein the IL-18 BP is administered in a single dose 3 days after injury.
An inhibitory designer receptor exclusively activated by a designer drug (DREADD) and an excitatory DREADD for use in the treatment of a neuronal hypo-kinetic disease or disorder, wherein said inhibitory DREADD is expressed in the internal globus pallidus (GPi); and said excitatory DREADD is expressed in: the anterior motor thalamus, the external globus pallidum (GPe), the subthalamic nucleus, or any combination thereof, and wherein said expressed inhibitory DREADD and said excitatory DREADD are activated by a single ligand.
A method of regenerating osmium (VIII) oxide solution, comprising a step of oxidizing a waste liquid containing osmium using ozone to produce osmium (VIII) oxide gas, wherein the step comprises (i) setting an oxidation temperature in a range from 10 °C to 60 °C until the color of the waste liquid turns from black to transparent, and (ii) setting an oxidation temperature in a range from 60 °C to 100 °C after the color of the waste liquid turns from black to transparent, and a step of introducing the gas into a recovery solution.