mhurhangee/ep-ind-claims huggingface dataset:
Assembly comprising a first hollow waveguide and a second hollow waveguide extending longitudinally along a first axis, each having an end (3, 4), the two ends (3, 4) being contiguous along the first axis, and an assembly device for assembling the first waveguide and the second waveguide, the assembly device comprising: - a first annular groove on the first hollow waveguide and a first annular groove on the second hollow waveguide, - a sleeve surrounding the ends (3, 4) of the first and second hollow waveguides (1, 2), the sleeve having an inner wall comprising two first annular grooves facing the first annular grooves (5, 6) of the first and second hollow waveguides (1, 2), - two reversibly deformable elements, a first one of the two reversibly deformable elements being positioned in a first of the two first annular grooves of the sleeve and positioned in the first annular groove on the first hollow waveguide, and a second one of the two reversibly deformable elements being positioned in a second of the two first annular grooves of the sleeve and positioned in the first annular groove on the second hollow waveguide, so as to block the first and second hollow waveguides (1, 2) in terms of translation along the first axis. - a first annular groove on the first hollow waveguide and a first annular groove on the second hollow waveguide, - a sleeve surrounding the ends (3, 4) of the first and second hollow waveguides (1, 2), the sleeve having an inner wall comprising two first annular grooves facing the first annular grooves (5, 6) of the first and second hollow waveguides (1, 2), - two reversibly deformable elements, a first one of the two reversibly deformable elements being positioned in a first of the two first annular grooves of the sleeve and positioned in the first annular groove on the first hollow waveguide, and a second one of the two reversibly deformable elements being positioned in a second of the two first annular grooves of the sleeve and positioned in the first annular groove on the second hollow waveguide, so as to block the first and second hollow waveguides (1, 2) in terms of translation along the first axis.
Modified RDRI gene, wherein the modified RDRI gene comprises a modification which results in enhanced expression of the RDRI gene, and wherein the modification comprises the deletion of a regulatory element, which regulatory element comprises SEQ ID No. 6, and wherein the modified RDRI gene is capable of conferring and/or increasing resistance against one or more viruses of the family Potyviridae to a plant in which the modified RDRI gene is present.
A method of a transmission device in a multimedia system based on a moving picture experts group media transport, MMT, scheme, the method comprising: generating a subtitle change descriptor related to a change of a first subtitle asset to a second subtitle asset; and transmitting, to a reception device, a MMT signaling message including the subtitle change descriptor, wherein the subtitle change descriptor includes: a first field indicating presentation start time of a passed media processing unit, MPU, in the second subtitle asset, a second field indicating presentation start time of a next MPU in the second subtitle asset, a third field indicating presentation time duration of a passed MPU in the first subtitle asset, and a fourth field indicating presentation time duration of the passed MPU in the second subtitle asset. generating a subtitle change descriptor related to a change of a first subtitle asset to a second subtitle asset; and transmitting, to a reception device, a MMT signaling message including the subtitle change descriptor, wherein the subtitle change descriptor includes: a first field indicating presentation start time of a passed media processing unit, MPU, in the second subtitle asset, a second field indicating presentation start time of a next MPU in the second subtitle asset, a third field indicating presentation time duration of a passed MPU in the first subtitle asset, and a fourth field indicating presentation time duration of the passed MPU in the second subtitle asset. a first field indicating presentation start time of a passed media processing unit, MPU, in the second subtitle asset, a second field indicating presentation start time of a next MPU in the second subtitle asset, a third field indicating presentation time duration of a passed MPU in the first subtitle asset, and a fourth field indicating presentation time duration of the passed MPU in the second subtitle asset.
A bead breaker tool in an apparatus for demounting a tyre from a corresponding rim of a wheel, comprising: - a mounting element; - a bead breaker disc, freely rotatable relative to the mounting element, characterized in that the bead breaker tool comprises a sensor, configured to generate a contact signal representing a relative rotation between the bead breaker disc and the mounting element. - a mounting element; - a bead breaker disc, freely rotatable relative to the mounting element,
A dielectric film-forming composition, comprising: a) at least one fully imidized polyimide polymer, wherein the at least one fully imidized polymer is at least 90% imidized; b) at least one inorganic filler; c) at least one metal-containing (meth)acrylate, wherein the at least one metal containing (meth)acrylate comprises at least one metal atom and at least one (meth)acrylate ligand; and d) at least one catalyst capable of inducing polymerization reaction, wherein the at least one catalyst comprises a photoinitiator or a thermal initiator. a) at least one fully imidized polyimide polymer, wherein the at least one fully imidized polymer is at least 90% imidized; b) at least one inorganic filler; c) at least one metal-containing (meth)acrylate, wherein the at least one metal containing (meth)acrylate comprises at least one metal atom and at least one (meth)acrylate ligand; and d) at least one catalyst capable of inducing polymerization reaction, wherein the at least one catalyst comprises a photoinitiator or a thermal initiator.
Portable hand-held device for receiving and transporting food or a beverage, comprising - a thermal container (2; 30) which is configured to receive food or a beverage in a receiving space and which has an inner and an outer wall (5, 6) surrounding the receiving space as well as an insulating space arranged between said walls, which insulating space is closed and sealed and evacuated; and - a container closure which is configured to close a container opening of the thermal container (2; 30); a working medium being arranged in the insulating space, which working medium, by supplying thermal energy from the outside via the outer wall, can be reversibly converted between - a thermally insulating initial state, in which the working medium is in the solid state and is in contact with the outer wall and is arranged so as not to be in contact with the inner wall, and - a thermally conductive state in which at least part of the working medium is in the liquid state and is expanded and is in thermally conductive contact with both the outer wall and the inner wall, and characterized in that the outer wall has a wall material at least in portions at the bottom (10; 31) that has a higher heat transfer coefficient than another wall material, which is different from said wall material, in the region outside the bottom (10; 31) of the outer wall. - a thermal container (2; 30) which is configured to receive food or a beverage in a receiving space and which has an inner and an outer wall (5, 6) surrounding the receiving space as well as an insulating space arranged between said walls, which insulating space is closed and sealed and evacuated; and - a container closure which is configured to close a container opening of the thermal container (2; 30); a working medium being arranged in the insulating space, which working medium, by supplying thermal energy from the outside via the outer wall, can be reversibly converted between - a thermally insulating initial state, in which the working medium is in the solid state and is in contact with the outer wall and is arranged so as not to be in contact with the inner wall, and - a thermally conductive state in which at least part of the working medium is in the liquid state and is expanded and is in thermally conductive contact with both the outer wall and the inner wall, and characterized in that the outer wall has a wall material at least in portions at the bottom (10; 31) that has a higher heat transfer coefficient than another wall material, which is different from said wall material, in the region outside the bottom (10; 31) of the outer wall.
A windscreen wiper device comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes a central longitudinal groove, in which groove one longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm is pivotally connected to said connecting device about a pivot axis near one end thereof, characterized in that said wiper blade is made by co-extrusion of at least two mutually differing elastomeric materials bonded during and after curing, wherein the first elastomeric material forms a lining along the entire inner wall of said groove in order to lower the friction coefficient between contact surfaces of said longitudinal strip and said inner wall, and wherein the second elastomeric material forms the rest of said wiper blade, wherein said first elastomeric material comprises a blend of different polymers comprising a reinforcement material being a low friction material.
A pattern forming apparatus which forms a pattern on a substrate, comprising: a stage which is movable; a holding unit removably attached to the stage and configured to suck and hold the substrate; an optical system (160, 160') of which position with respect to the holding unit is fixed, and configured to detect an alignment mark (304,304') of the substrate which is sucked by the holding unit from a suction surface side of the substrate, the optical system having plural optical elements; a reference mark (401, 401') fixedly provided on the holding unit and arranged at a predetermined relative position to a detection field of the optical system (160, 160'); and a detection system configured to detect the reference mark (39, 40, 401, 401'), a processing unit (17, 45) is configured to obtain the position of the reference mark (401, 401') detected by the detection system and to control a relative position between the substrate and the holding unit using the obtained position of the reference mark (401,401') so that the alignment mark (304,304') of the substrate detected from the suction surface side of the substrate by the optical system (160, 160') is disposed in the detection field of the optical system (160, 160'). a stage which is movable; a holding unit removably attached to the stage and configured to suck and hold the substrate; an optical system (160, 160') of which position with respect to the holding unit is fixed, and configured to detect an alignment mark (304,304') of the substrate which is sucked by the holding unit from a suction surface side of the substrate, the optical system having plural optical elements; a reference mark (401, 401') fixedly provided on the holding unit and arranged at a predetermined relative position to a detection field of the optical system (160, 160'); and a detection system configured to detect the reference mark (39, 40, 401, 401'), a processing unit (17, 45) is configured to obtain the position of the reference mark (401, 401') detected by the detection system and to control a relative position between the substrate and the holding unit using the obtained position of the reference mark (401,401') so that the alignment mark (304,304') of the substrate detected from the suction surface side of the substrate by the optical system (160, 160') is disposed in the detection field of the optical system (160, 160').
A configured grant-small data transmission, CG-SDT, based data transmission method, applied to a terminal device and comprising: transmitting first uplink data on a first CG resource, wherein the first uplink data contains first information, and the first information is used for identity authentication of the terminal device; and starting a first timer; transmitting second uplink data on a second CG resource after a first duration elapsed, the first duration is a duration for which the first timer is in a running state; wherein transmitting the second uplink data on the second CG resource after the first duration elapsed comprises: while the first timer is running, monitoring second downlink control information, DCI, scrambled by a second radio network temporary identifier, RNTI, wherein the second DCI indicates that the first uplink data is received successfully by a network device; and stopping the first timer in response to receiving the second DCI, and transmitting the second uplink data on the second CG resource. transmitting first uplink data on a first CG resource, wherein the first uplink data contains first information, and the first information is used for identity authentication of the terminal device; and starting a first timer; transmitting second uplink data on a second CG resource after a first duration elapsed, the first duration is a duration for which the first timer is in a running state; wherein transmitting the second uplink data on the second CG resource after the first duration elapsed comprises: while the first timer is running, monitoring second downlink control information, DCI, scrambled by a second radio network temporary identifier, RNTI, wherein the second DCI indicates that the first uplink data is received successfully by a network device; and stopping the first timer in response to receiving the second DCI, and transmitting the second uplink data on the second CG resource. while the first timer is running, monitoring second downlink control information, DCI, scrambled by a second radio network temporary identifier, RNTI, wherein the second DCI indicates that the first uplink data is received successfully by a network device; and stopping the first timer in response to receiving the second DCI, and transmitting the second uplink data on the second CG resource.
Infestin as a FXII inhibitor, which inhibitor is linked to a half-life enhancing polypeptide wherein the half-life enhancing polypeptide is derived from a member of the human albumin protein family, namely albumin.
An elastic bearing bush arrangement for installation into a receptacle, in particular for use in a chassis of a motor vehicle, having an inner core, an outer sleeve and an elastomer body which connects the inner core and the outer sleeve to one another, wherein the outer sleeve is produced from plastic, characterized in that the outer sleeve is provided with an interference fit reinforcement element for fixing the outer sleeve in the receptacle by means of a force exerted directly on the receptacle by the interference fit reinforcement element.
A treatment plant for wastewater with a clarifier and with carrier material bodies arranged therein, swirlable in the clarifier and covered with a biofilm, with an inlet for wastewater, which if necessary flows from a primary clarifier and with a drain for clear water, wherein the drain comprises a retaining device and the retaining device has a housing, which spans a volume with circular openings which have an opening width slightly smaller than the smallest dimension of the carrier material bodies for retaining the carrier material bodies in the clarifier, characterised in that the housing is nestled with its rear side against a wall of the clarifier and spans a flat volume, nestled on the wall of the clarifier, wherein the rear side of the housing nestled on the wall of the clarifier has a pipe connection or pipe socket for the outlet and moreover is formed closed, wherein, moreover, the housing has a plurality of elliptical or circular openings.
A method for producing a laminated member, the method comprising: a step of spraying a mixture in a non-molten state including precipitation hardening copper alloy particles before precipitation hardening and hard particles that have non-spherical shapes having a median aspect ratio of equal to or more than 1.2 and equal to or less than 2.0, that are harder than the copper alloy particles and that are produced by water atomization onto a base substrate to form a coating layer on the base substrate.
A compound according to Formula wherein R 1 is selected from aryl optionally substituted by one or more halogen ( e.g. fluoro), cyano, hydroxy or C 1 -C 6 alkyl and heteroaryl optionally substituted by one or more halogen, cyano, hydroxy or C 1 -C 6 alkyl; R 2 is selected from H and halogen; R 3 is selected from H, CN and optionally substituted C 1 -C 6 alkyl; R 4 is selected from a group XR(R'), an optionally substituted aryl and optionally substituted heteroaryl wherein X is selected from O, S, N and R and R' are independently an optionally substituted C 1 -C 6 alkyl, or XRR' form together an optionally substituted heterocyclic alkyl; as well as pharmaceutically acceptable salts thereof for use in the treatment of a cancer, in particular in immunotherapy.
An inverter controller, comprising: an inverter circuit configured to drive a rotary device; current detectors configured to detect current values output from the inverter circuit; a current command value calculator configured to calculate current command values so that an output voltage generated by the rotary device based on a current output from the inverter circuit becomes equal to or more than a given value; a voltage command value calculator configured to calculate voltage command values so that the current values become equal to the current command values; and an estimator configured to estimate a rotational phase angle of the rotary device, based on the voltage command values and the current values, characterised in that the current command value calculator is configured to calculate first current command values based on a torque command value and second current command values based on the torque command value and an estimated speed, respectively, determine whether the output voltage in accordance with the first current command values is lower than the given value, output the first current command values as the current command values when the output voltage in accordance with the first current command values is equal to or more than the given value, and output the second current command values as the current command values when the output voltage in accordance with the first current command values is lower than the given value. an inverter circuit configured to drive a rotary device; current detectors configured to detect current values output from the inverter circuit; a current command value calculator configured to calculate current command values so that an output voltage generated by the rotary device based on a current output from the inverter circuit becomes equal to or more than a given value; a voltage command value calculator configured to calculate voltage command values so that the current values become equal to the current command values; and an estimator configured to estimate a rotational phase angle of the rotary device, based on the voltage command values and the current values, characterised in that the current command value calculator is configured to calculate first current command values based on a torque command value and second current command values based on the torque command value and an estimated speed, respectively, determine whether the output voltage in accordance with the first current command values is lower than the given value, output the first current command values as the current command values when the output voltage in accordance with the first current command values is equal to or more than the given value, and output the second current command values as the current command values when the output voltage in accordance with the first current command values is lower than the given value.
Material comprising at least one electronegative fibre having a negative charge density between 0.01 and 5 mmol/g and a liquid absorption capacity between 10 and 20 g of physiological saline solution per gram of fibre for use in the healing of wounds.
A power source comprising: rectifying means configured to rectify an alternating current voltage to be input; a first (converter 1) and second converter (converter 2) configured to convert the voltage rectified by the rectifying means; zero cross detection means configured to detect a zero cross of the AC voltage; voltage detection means configured to detect the AC voltage; a first capacitance element (C3, C4) connected across a potential after being subjected to rectification by the rectifying means and a ground; a first discharging resistor (R3, R4) configured to discharge electric charges charged in the first capacitance element (C3, C4); first switch means configured to cut off a current flowing to the first discharging resistor (R3, R4); and stopping means (203, 205) configured, in a case where the AC voltage is detected by the voltage detection means and the detected voltage is smaller than a threshold value, to stop the operation of the second converter (converter 2); a second capacitance element connected across two lines to which the AC voltage is supplied; and a second discharging resistor (R1, R2) configured to discharge electric charges charged in the second capacitance element, wherein the zero cross detection means is configured to detect the zero cross of the AC voltage using a current flowing to the second discharging resistor (R1, R2), and wherein the first discharging resistor (R3, R4) is lower in resistance than the second discharging resistor (R1, R2). rectifying means configured to rectify an alternating current voltage to be input; a first (converter 1) and second converter (converter 2) configured to convert the voltage rectified by the rectifying means; zero cross detection means configured to detect a zero cross of the AC voltage; voltage detection means configured to detect the AC voltage; a first capacitance element (C3, C4) connected across a potential after being subjected to rectification by the rectifying means and a ground; a first discharging resistor (R3, R4) configured to discharge electric charges charged in the first capacitance element (C3, C4); first switch means configured to cut off a current flowing to the first discharging resistor (R3, R4); and stopping means (203, 205) configured, in a case where the AC voltage is detected by the voltage detection means and the detected voltage is smaller than a threshold value, to stop the operation of the second converter (converter 2); a second capacitance element connected across two lines to which the AC voltage is supplied; and a second discharging resistor (R1, R2) configured to discharge electric charges charged in the second capacitance element, wherein the zero cross detection means is configured to detect the zero cross of the AC voltage using a current flowing to the second discharging resistor (R1, R2), and wherein the first discharging resistor (R3, R4) is lower in resistance than the second discharging resistor (R1, R2).