mhurhangee/ep-ind-claims huggingface dataset:
A calorimeter for measuring a heat flux of a sample comprising a container, a first heat sink and a second heat sink whereby the sample is arranged in the container, whereby the first heat sink and the second heat sink are arranged at a distance from each other on the container, wherein the first heat sink comprises a first heat transducer element and the second heat sink comprises a second heat transducer element, wherein each of the first and second heat transducer elements (111, 121) comprise a heat receiving surface (114, 124) and a heat absorbing surface (115, 125) configured to generate an electromotive force equivalent to the heat flux to or from the respective heat sink (101, 102) to be sent to a detecting unit for obtaining an electrical potential representing the heat flux leaving or traversing the container, wherein the electromotive forces generated by the first and second heat transducer element (111, 121) are configured to be transformed into an output voltage in the detecting unit, characterized in that: the detecting unit comprises a first resistor R1 and a second resistor R2, wherein the ratio of resistances of resistors R1/R2 is used to adjust the output voltage if the temperature of the first heat sink and the second heat sink and the container is the same.
A method of wireless communications, comprising: transmitting, by a user equipment, UE, a mid-amble position indication, or a UE capability information, or both, wherein at least one of the mid-amble position indication or the UE capability information indicates a latest position for a mid-amble position within a slot at which the UE can support using a mid-amble in performing channel estimation; and receiving, by the UE, a transmission including a transmitted slot having a preamble and a mid-amble, wherein the mid-amble is at the mid-amble position within the slot as determined based at least in part on at least one of the mid-amble position indication or the UE capability information. transmitting, by a user equipment, UE, a mid-amble position indication, or a UE capability information, or both, wherein at least one of the mid-amble position indication or the UE capability information indicates a latest position for a mid-amble position within a slot at which the UE can support using a mid-amble in performing channel estimation; and receiving, by the UE, a transmission including a transmitted slot having a preamble and a mid-amble, wherein the mid-amble is at the mid-amble position within the slot as determined based at least in part on at least one of the mid-amble position indication or the UE capability information.
A solid, particulate catalyst component having a mean particle size range of 5 to 200 μm, wherein the mean particle size is the arithmetic mean size based on volumetric amount, as described in the description, and comprising i) a compound of Group 2 metal, IUPAC, Nomenclature of Inorganic Chemistry, 1989 ii) a compound of a transition metal of Group 4 to 6, IUPAC, Nomenclature of Inorganic Chemistry, 1989 and iii) at least two internal electron donors being different to each other, wherein the at least two internal electron donors are non-phthalic organic compounds selected from diesters of non-phthalic carboxylic diacids, 1,3-diethers and di-esters of 1,3-diol compounds and derivatives thereof, and wherein the solid particulate catalyst component is free of any phthalic compound and external support material, and wherein the at least two internal electron donors comprise a first internal electron donor (ID-1), a second internal electron donor (ID-2) and an additional internal electron donor, being a third internal electron donor (ID-3). i) a compound of Group 2 metal, IUPAC, Nomenclature of Inorganic Chemistry, 1989 ii) a compound of a transition metal of Group 4 to 6, IUPAC, Nomenclature of Inorganic Chemistry, 1989 and iii) at least two internal electron donors being different to each other, wherein the at least two internal electron donors are non-phthalic organic compounds selected from diesters of non-phthalic carboxylic diacids, 1,3-diethers and di-esters of 1,3-diol compounds and derivatives thereof, and wherein the solid particulate catalyst component is free of any phthalic compound and external support material, and wherein the at least two internal electron donors comprise a first internal electron donor (ID-1), a second internal electron donor (ID-2) and an additional internal electron donor, being a third internal electron donor (ID-3).
A laser apparatus comprising: one or more laser diodes and two or more optical combiners, and an asymmetric tap coupler, wherein output sides of the one or more laser diodes are connected to an input side of one optical combiners among the two or more optical combiners, and an output side of the one-optical combiner is connected to an input side of an optical combiner other than the one optical combiner, optical fibers used in input ports and output ports of the two or more optical combiners are multi-mode optical fibers, wherein flatness of laser light output from the optical combiner is improved compared with flatness of laser light when the optical combiner does not exist, wherein the flatness tends to be higher when a full width at half maximum of a spatial intensity distribution of laser light is smaller and therefore, the full width at half maximum is used as an index to judge the laser light flatness, an input side of the asymmetric tap coupler is connected to an output side of one of the two or more optical combiners, which is arranged in a rearmost stage, a higher-order mode light excited by the optical combiner is removed by the asymmetric tap coupler, and a ring beam is formed from the position of the tap port. one or more laser diodes and two or more optical combiners, and an asymmetric tap coupler, wherein output sides of the one or more laser diodes are connected to an input side of one optical combiners among the two or more optical combiners, and an output side of the one-optical combiner is connected to an input side of an optical combiner other than the one optical combiner, optical fibers used in input ports and output ports of the two or more optical combiners are multi-mode optical fibers, wherein flatness of laser light output from the optical combiner is improved compared with flatness of laser light when the optical combiner does not exist, wherein the flatness tends to be higher when a full width at half maximum of a spatial intensity distribution of laser light is smaller and therefore, the full width at half maximum is used as an index to judge the laser light flatness, an input side of the asymmetric tap coupler is connected to an output side of one of the two or more optical combiners, which is arranged in a rearmost stage, a higher-order mode light excited by the optical combiner is removed by the asymmetric tap coupler, and a ring beam is formed from the position of the tap port.
Super molecular complex compounds of angiotensin II receptor metabolite and NEP inhibitor, the formula unit of the compounds is shown as below: (EXP3174·AHU377)·xCa·nH 2 O the structure of EXP3174 is shown as below, the structure of AHU377 is shown as below, wherein x is 1.5. or 2, n is an arbitrary value from 1 to 3, optionally wherein n is an arbitrary value from 2 to 3. the structure of EXP3174 is shown as below, the structure of AHU377 is shown as below, wherein x is 1.5. or 2, n is an arbitrary value from 1 to 3, optionally wherein n is an arbitrary value from 2 to 3.
Battery having at least one battery module comprising a plurality of battery cells arranged one next to the other on a floor plate, wherein the battery module is arranged with its floor plate on a baseplate of the battery or a baseplate of a subunit of the battery, and the floor plate and the baseplate are connected to one another in a positionally fixed fashion with at least one attachment system, wherein the attachment system has at least two attachment partners (30, 32) which latch one into the other, wherein the first attachment partner is arranged on the battery module, and the second attachment partner is arranged on the baseplate, characterized in that the first attachment partner is embodied in one piece with a pressure plate, arranged next to an outer battery cell of the battery cells, of the battery module.
Electric switching device, such as a relay, comprising - a first and a second terminal (2, 4), - a contact sub-assembly having at least two contact members (8, 10) and configured to be moved from a connecting position, in which the contact members (8, 10) contact each other, to an interrupting position, in which the contact members (8, 10) are spaced apart from each other, - a current path extending, in the connecting position of the contact sub-assembly from the first terminal via the contact sub-assembly to the second terminal, said current path being interrupted in the interrupting position of the contact sub-assembly, - a Lorentz force generator comprising at least two conductor members (20, 22) located in the current path and arranged to generate a Lorentz force acting on the conductor members (20, 22) and generating a contact force biasing the contact sub-assembly into the connecting position, and - at least one support Lorentz force generator arranged to generate an enforcing Lorentz force amplifying the contact force biasing the contact sub-assembly into the connecting position, and a joint conductor member that is a conductor member of the Lorentz force generator and also a conductor member of the at least one support Lorentz force generator, wherein the joint conductor member is arranged adjacent to a conductor member of the Lorentz force generator, characterized in that a conductor member of the at least one support Lorentz force generator is arranged adjacent to the conductor member of the Lorentz force generator opposite to the joint conductor member. - a first and a second terminal (2, 4), - a contact sub-assembly having at least two contact members (8, 10) and configured to be moved from a connecting position, in which the contact members (8, 10) contact each other, to an interrupting position, in which the contact members (8, 10) are spaced apart from each other, - a current path extending, in the connecting position of the contact sub-assembly from the first terminal via the contact sub-assembly to the second terminal, said current path being interrupted in the interrupting position of the contact sub-assembly, - a Lorentz force generator comprising at least two conductor members (20, 22) located in the current path and arranged to generate a Lorentz force acting on the conductor members (20, 22) and generating a contact force biasing the contact sub-assembly into the connecting position, and - at least one support Lorentz force generator arranged to generate an enforcing Lorentz force amplifying the contact force biasing the contact sub-assembly into the connecting position, and a joint conductor member that is a conductor member of the Lorentz force generator and also a conductor member of the at least one support Lorentz force generator, wherein the joint conductor member is arranged adjacent to a conductor member of the Lorentz force generator,
A master communication device comprising: an improved inter integrated, I3C, circuitry configured to communicate with a slave communication device in one of two different communication modes (SDR, HDR) via an improved inter integrated, I3C, bus, the master communication device controlling communication between the slave communication device and the master communication device, the two different communication modes (SDR, HDR) including a first communication mode with a first data transfer rate and a second communication mode with a second data transfer rate that is higher than the first data transfer rate, and detect an error; and a camera control interface, CCI, configured to communicate with the improved inter integrated circuitry, read and write data in accordance with an internal index, the internal index being a common index between the camera control interface of the master communication device and a camera control interface of the slave communication device, receive a notification from the improved inter integrated circuitry, the notification being indicative of the error detected by the improved inter integrated circuitry, and clear the internal index based on the notification. an improved inter integrated, I3C, circuitry configured to communicate with a slave communication device in one of two different communication modes (SDR, HDR) via an improved inter integrated, I3C, bus, the master communication device controlling communication between the slave communication device and the master communication device, the two different communication modes (SDR, HDR) including a first communication mode with a first data transfer rate and a second communication mode with a second data transfer rate that is higher than the first data transfer rate, and detect an error; and a camera control interface, CCI, configured to communicate with the improved inter integrated circuitry, read and write data in accordance with an internal index, the internal index being a common index between the camera control interface of the master communication device and a camera control interface of the slave communication device, receive a notification from the improved inter integrated circuitry, the notification being indicative of the error detected by the improved inter integrated circuitry, and clear the internal index based on the notification. detect an error; and a camera control interface, CCI, configured to communicate with the improved inter integrated circuitry, read and write data in accordance with an internal index, the internal index being a common index between the camera control interface of the master communication device and a camera control interface of the slave communication device, receive a notification from the improved inter integrated circuitry, the notification being indicative of the error detected by the improved inter integrated circuitry, and clear the internal index based on the notification.
A method of operating a laundry treating appliance having a rotatable drum at least partially defining a treating chamber for receiving a laundry load for treatment according to at least one cycle of operation, the method comprising: extracting liquid from the laundry by rotating the drum at a speed plateau where the rotational speed of the drum is greater than a satellizing speed; monitoring the inertia of the laundry load during the speed plateau; determining a decay rate of the monitored inertia; and terminating the extracting of liquid upon the decay rate satisfying a reference value, wherein the monitoring the inertia comprises repeatedly determining the inertia during the speed plateau, characterised in that the repeatedly determining the inertia comprises repeatedly oscillating the rotational speed of the drum about the speed plateau and determining the inertia from the oscillations. extracting liquid from the laundry by rotating the drum at a speed plateau where the rotational speed of the drum is greater than a satellizing speed; monitoring the inertia of the laundry load during the speed plateau; determining a decay rate of the monitored inertia; and terminating the extracting of liquid upon the decay rate satisfying a reference value,
Fishing system comprising: - a fishing line, - at least one hook comprising a shank designed to be attached to the fishing line and a curve terminated by a tip, - at least one lure comprising a casing, said casing bounding a chamber designed to receive a bait, and a compartment having a length which corresponds to the length of the shank of the hook, said compartment being open across its entire length and designed to releasably retain the shank of the hook by friction with at least a part of the curve of the hook incorporating the tip left exposed, said fishing system being characterised in that the lure is mounted so as to slide along the fishing line and in that the shank of the hook is attached to the fishing line through the lure, the hook being displaceable relative to the lure between a first position in which the shank is releasably retained by friction in the compartment with at least a part of the curve incorporating the tip left exposed, and a second position in which the hook is positioned outside the compartment. - a fishing line, - at least one hook comprising a shank designed to be attached to the fishing line and a curve terminated by a tip, - at least one lure comprising a casing, said casing bounding a chamber designed to receive a bait, and a compartment having a length which corresponds to the length of the shank of the hook, said compartment being open across its entire length and designed to releasably retain the shank of the hook by friction with at least a part of the curve of the hook incorporating the tip left exposed, said fishing system being characterised in that the lure is mounted so as to slide along the fishing line and in that the shank of the hook is attached to the fishing line through the lure, the hook being displaceable relative to the lure between a first position in which the shank is releasably retained by friction in the compartment with at least a part of the curve incorporating the tip left exposed, and a second position in which the hook is positioned outside the compartment.
A drive mechanism for driving at least one nuclear reactor control absorber, the mechanism including: - at least one electric motor of the stepping type including a stator having at least first, second and third phases (17, 19, 21) and a rotor; - an electric power supply, electrically connected to each of the first, second and third phases (17, 19, 21) of the stator; - a controller of the electric power supply, programmed so that the electric power supply delivers electric pulses to each of the first, second and third phases (17, 19, 21) at a current frequency, each electric pulse forming a control step with a shape adapted to the control of the motor, the rotor being moved per unit of time by a number of rotation steps depending on said frequency; - a kinematic chain arranged to couple the rotor to the control absorber, the kinematic chain being arranged to convert a rotational movement of the rotor into a translational movement of said control absorber in the core of the reactor, with no possibility of slipping; the drive mechanism including a device for monitoring a potential situation of increased to overspeed of the absorber characterized in the monitoring device includes at least two mutually independent monitoring units (37, 39, 41), each connected to the terminals of one of the first, second and third phases (17, 19, 21), each monitoring unit (37, 39, 41) being configured to: - measure the number of control steps delivered to said phase (17, 19, 21) during a time window (Tobs) of preset duration or the number of rotation steps of the rotor during a time window (T'obs) of preset duration; - compare the number of measured control steps with a preset maximum (Nmax) or the number of measured rotation steps with a preset maximum (N'max). - at least one electric motor of the stepping type including a stator having at least first, second and third phases (17, 19, 21) and a rotor; - an electric power supply, electrically connected to each of the first, second and third phases (17, 19, 21) of the stator; - a controller of the electric power supply, programmed so that the electric power supply delivers electric pulses to each of the first, second and third phases (17, 19, 21) at a current frequency, each electric pulse forming a control step with a shape adapted to the control of the motor, the rotor being moved per unit of time by a number of rotation steps depending on said frequency; - a kinematic chain arranged to couple the rotor to the control absorber, the kinematic chain being arranged to convert a rotational movement of the rotor into a translational movement of said control absorber in the core of the reactor, with no possibility of slipping; - measure the number of control steps delivered to said phase (17, 19, 21) during a time window (Tobs) of preset duration or the number of rotation steps of the rotor during a time window (T'obs) of preset duration; - compare the number of measured control steps with a preset maximum (Nmax) or the number of measured rotation steps with a preset maximum (N'max).
A laminated film for a dry film photoresist coverless film having a light transmittance of 80% or above at 365 nm wavelength and comprising a biaxially drawn polyester film and a release layer formed on one surface of the biaxially drawn polyester film, wherein the release layer has releasability to a photoresist layer composed of a photosetting resin, wherein the polyester comprised in the biaxially drawn polyester film is formed by a polycondensation reaction using a polycondensation catalyst, wherein the polycondensation catalyst is a germanium compound, wherein the amount of polycondensation metal catalyst residue in the polyester is less than 150 ppm, and wherein the polyester contains 0.01 to 0.1 wt% of porous silica particles having a pore volume of 0.5 to 2.0 ml/g and an average particle diameter of 0.1 to 5 μm.
A vacuum exhaust system of a sterilizer, comprising: a sterilization chamber; a first vacuum pump connected to one side of the sterilization chamber, wherein the first vacuum pump is an oil vacuum pump; an oil mist trap section for releasing vapor introduced from the sterilization chamber via the first vacuum pump; and a second vacuum pump connected to the first vacuum pump and the oil mist trap section, wherein the vacuum exhaust system is configured to pass water vapor introduced from the first vacuum pump through the oil mist trap section either via the second vacuum pump or without passing through the second vacuum pump. a sterilization chamber; a first vacuum pump connected to one side of the sterilization chamber, wherein the first vacuum pump is an oil vacuum pump; an oil mist trap section for releasing vapor introduced from the sterilization chamber via the first vacuum pump; and a second vacuum pump connected to the first vacuum pump and the oil mist trap section, wherein the vacuum exhaust system is configured to pass water vapor introduced from the first vacuum pump through the oil mist trap section either via the second vacuum pump or without passing through the second vacuum pump.