mhurhangee/ep-ind-claims huggingface dataset:
Optoelectronic semiconductor chip with - a substrate, - a cladding layer on the substrate, - a non-planar growth layer, which contains at least one first nitride compound semiconductor material and is located on the cladding layer, - an active zone, which contains at least one second nitride compound semiconductor material and is arranged on the growth layer, - a top layer, which is arranged on the active zone and contains a transparent conductive oxide, and - a first semiconductor region (9, 12), which is arranged between the active zone and the top layer, wherein - the growth layer comprises structure elements on a growth surface facing the active zone and is formed planar on a side lying opposite the growth surface, - the structure elements are distributed unevenly over the growth surface, - a non-planar geometry of the growth layer caused by the structure elements continues into the active zone, so that the active zone has a non-planar form determined by the structure elements, and - the active zone has no interruptions and the growth layer is formed continuously. - a substrate, - a cladding layer on the substrate, - a non-planar growth layer, which contains at least one first nitride compound semiconductor material and is located on the cladding layer, - an active zone, which contains at least one second nitride compound semiconductor material and is arranged on the growth layer, - a top layer, which is arranged on the active zone and contains a transparent conductive oxide, and - a first semiconductor region (9, 12), which is arranged between the active zone and the top layer, - the growth layer comprises structure elements on a growth surface facing the active zone and is formed planar on a side lying opposite the growth surface, - the structure elements are distributed unevenly over the growth surface, - a non-planar geometry of the growth layer caused by the structure elements continues into the active zone, so that the active zone has a non-planar form determined by the structure elements, and - the active zone has no interruptions and the growth layer is formed continuously.
A conditioner with a container, in which a screw (2, 52) is arranged, and a spiral leading into the container, characterized in that the container is closed in a pressure-tight manner and has a venting opening on its upper side, which is arranged on the ceiling of the preparator in the lid in order to allow air to escape, in particular during the filling process.
A pipeline inspection system, PIS, for traversing within a pipeline, the PIS comprising: an induction generator extending along a radially curved plane, the induction generator having an outer surface and an opposing inner surface, the outer surface is arranged to be positioned proximate to an inner surface area of the pipeline; and a controller circuit configured to: determine a forward velocity of a pipeline inspection system traversing within a pipeline propelled by the pressurized fluid within the pipeline; calculate at least one of a frequency, voltage, or current of a plurality of periodic waveform signals based on the forward velocity; and generate the plurality of periodic waveform signals, wherein the plurality of periodic waveform signals are received by the induction generator; wherein the induction generator is further configured to generate a magnetic field in response to the plurality of periodic waveforms and to generate in the pipeline, when a velocity of the PIS is greater than the synchronous velocity of the magnetic field, eddy currents which generate a force opposed to the forward velocity of the PIS and, based on the difference in velocities, generate active power that charges an electric power source of the PIS. an induction generator extending along a radially curved plane, the induction generator having an outer surface and an opposing inner surface, the outer surface is arranged to be positioned proximate to an inner surface area of the pipeline; and a controller circuit configured to: determine a forward velocity of a pipeline inspection system traversing within a pipeline propelled by the pressurized fluid within the pipeline; calculate at least one of a frequency, voltage, or current of a plurality of periodic waveform signals based on the forward velocity; and generate the plurality of periodic waveform signals, wherein the plurality of periodic waveform signals are received by the induction generator; wherein the induction generator is further configured to generate a magnetic field in response to the plurality of periodic waveforms and to generate in the pipeline, when a velocity of the PIS is greater than the synchronous velocity of the magnetic field, eddy currents which generate a force opposed to the forward velocity of the PIS and, based on the difference in velocities, generate active power that charges an electric power source of the PIS.
Data transfer method, in which a transfer of signals representing the data takes place in both directions between a first transceiver and a second transceiver, wherein an OFDM method is used for modulation of useful signals to a plurality of carrier frequencies, wherein • time slots for transmitting and time slots for receiving are in each case allocated to the first transceiver and the second transceiver for transferring the signals in both directions, • each time slot is assigned a modulation rule for each carrier frequency used, • control signals, which specify at least one modulation rule to be used, are at least transferred with the transferred signals when the modulation rule for at least one carrier frequency is to be changed, characterised in that the transfer quality is determined with the aid of a direct channel estimation, wherein the direct channel estimation is performed in that, for a carrier frequency, • in a first time slot, a signal is transmitted by the first transceiver and a receipt parameter of the second transceiver is recorded, • in a second time slot, no signal is transmitted by the first transceiver and the receipt by the second transceiver is recorded, • a signal-to-noise ratio is ascertained, while taking into consideration the recorded receipt parameter of the first time slot and the second time slot, as a measure for the transfer quality. • time slots for transmitting and time slots for receiving are in each case allocated to the first transceiver and the second transceiver for transferring the signals in both directions, • each time slot is assigned a modulation rule for each carrier frequency used, • control signals, which specify at least one modulation rule to be used, are at least transferred with the transferred signals when the modulation rule for at least one carrier frequency is to be changed, • in a first time slot, a signal is transmitted by the first transceiver and a receipt parameter of the second transceiver is recorded, • in a second time slot, no signal is transmitted by the first transceiver and the receipt by the second transceiver is recorded, • a signal-to-noise ratio is ascertained, while taking into consideration the recorded receipt parameter of the first time slot and the second time slot, as a measure for the transfer quality.
A control apparatus for a vehicular drive unit, the vehicular drive unit including a power source, a continuously variable transmission, and a clutch, the continuously variable transmission being a belt-type continuously variable transmission, a power of the power source being input to the continuously variable transmission, and the clutch being arranged in a power transmission path between the continuously variable transmission and a driving wheel, the control apparatus comprising: an electronic control unit configured to: acquire an oil temperature of hydraulic oil for controlling the continuously variable transmission and the clutch; characterized in that the electronic control unit is further configured such that a value of the torque capacity of the clutch, in a case where the oil temperature of the hydraulic oil is equal to or lower than predetermined oil temperature, is a value that can be made smaller than a belt torque capacity of the continuously variable transmission within a reference response time set in advance from detection of a slip of the driving wheel, by controlling the clutch such that a torque capacity of the clutch becomes smaller than a torque capacity that is set in a case where an oil temperature of the hydraulic oil is higher than the predetermined oil temperature, when the oil temperature is equal to or lower than the predetermined oil temperature, or controlling the continuously variable transmission such that a speed ratio of the continuously variable transmission becomes equal to or larger than a lower limit set in advance when the oil temperature of the hydraulic oil is equal to or lower than the predetermined oil temperature.
Egg holder of an egg processing device for approximately vertically accommodating an egg, comprising - a base rotatable about a vertical axis of rotation, - at least three support wires held on the base, and - a bearing pin held on the base, - wherein at least the bearing pin projects from a front end of the base, - wherein the support wires, starting from the base, initially extend upwardly in a first region in a diverging manner and converge again towards one another in the upper region, - wherein free ends of the support wires are positioned on an imaginary ring zone approximately in a horizontal support plane, while a free end of the bearing pin ends below the support plane in a bearing plane, characterized in that - the support wires and the bearing pin are held in a materially bonded manner in receptacles of a head region of the base, and - below the head region of the base, a collar catching paint liquid is arranged on a lateral surface of the base. - a base rotatable about a vertical axis of rotation, - at least three support wires held on the base, and - a bearing pin held on the base, - wherein at least the bearing pin projects from a front end of the base, - wherein the support wires, starting from the base, initially extend upwardly in a first region in a diverging manner and converge again towards one another in the upper region, - wherein free ends of the support wires are positioned on an imaginary ring zone approximately in a horizontal support plane, while a free end of the bearing pin ends below the support plane in a bearing plane, characterized in that - the support wires and the bearing pin are held in a materially bonded manner in receptacles of a head region of the base, and - below the head region of the base, a collar catching paint liquid is arranged on a lateral surface of the base.
A method for detecting a mutation in a filaggrin gene, comprising the steps of: detecting the presence or absence of a C-terminal domain of a human profilaggrin protein in a skin sample of a subject with an antibody specific to said C-terminal domain, wherein the C-terminal domain is a peptide comprising the amino acid sequence set forth in SEQ ID NO:1, and judging that the mutations in a filaggrin gene is present in the subject, in case when said C-terminal domain is not detected, wherein said skin sample is a horny layer sample obtained by tape stripping. detecting the presence or absence of a C-terminal domain of a human profilaggrin protein in a skin sample of a subject with an antibody specific to said C-terminal domain, wherein the C-terminal domain is a peptide comprising the amino acid sequence set forth in SEQ ID NO:1, and judging that the mutations in a filaggrin gene is present in the subject, in case when said C-terminal domain is not detected,
A seal testing apparatus for testing the integrity of the seal in the packaging of a vacuum packed product, comprising: a mechanical gripper (8, 9) for gripping a portion of the packaging; a first actuator configured to pull the gripped portion away from the product; a sensor for monitoring the movement of the gripped portion relative to the vacuum packed product, and; an evaluator that compares the sensed movement of the gripped portion with an acceptable profile and accepts or rejects the product based on the comparison. a mechanical gripper (8, 9) for gripping a portion of the packaging; a first actuator configured to pull the gripped portion away from the product; a sensor for monitoring the movement of the gripped portion relative to the vacuum packed product, and; an evaluator that compares the sensed movement of the gripped portion with an acceptable profile and accepts or rejects the product based on the comparison.
Adaptive pants comprising, on the one hand, a pants body having two cutouts at the level of the hips on the waistline and, on the other hand, two elastic elements filling the cutouts and directed in the direction of the waistline, wherein each elastic element has the form of a pentagon.
A system, comprising: first and second camera apparatuses coupled to an internet protocol, IP, network; a bridging apparatus having a first connection coupled to the IP network and a second connection with a peripheral bus; and a user device comprising a memory and a processor, wherein the processor is configured to execute an operating system that natively supports video communication over the peripheral bus; and wherein the bridging apparatus is configured to transcode video data between the IP network and the peripheral bus, wherein the user device is configured to use its own peripheral bus protocol to access and control the first and second camera apparatuses, and wherein the bridging apparatus is further configured to transcode control signals from the user device to a uniform, single control protocol for the first and second camera apparatuses to allow the user device to simultaneously access and control video streams provided by the first and second camera apparatuses. first and second camera apparatuses coupled to an internet protocol, IP, network; a bridging apparatus having a first connection coupled to the IP network and a second connection with a peripheral bus; and a user device comprising a memory and a processor, wherein the processor is configured to execute an operating system that natively supports video communication over the peripheral bus; and wherein the bridging apparatus is configured to transcode video data between the IP network and the peripheral bus, wherein the user device is configured to use its own peripheral bus protocol to access and control the first and second camera apparatuses, and wherein the bridging apparatus is further configured to transcode control signals from the user device to a uniform, single control protocol for the first and second camera apparatuses to allow the user device to simultaneously access and control video streams provided by the first and second camera apparatuses.
A security article comprising: a laser markable layer and a transparent outer layer having lenticular lenses on its outer surface, both provided, in this order, on an opaque core support, wherein the laser markable layer has a dry layer thickness of less than 50 μm, characterized in that the laser markable layer comprises a leuco dye and an infrared absorbing dye. a laser markable layer and a transparent outer layer having lenticular lenses on its outer surface, both provided, in this order, on an opaque core support, wherein the laser markable layer has a dry layer thickness of less than 50 μm, characterized in that the laser markable layer comprises a leuco dye and an infrared absorbing dye.
A method carried out by a system configured to analyze blood clotting, comprising: detecting clot initiation; causing a first ferromagnetic object to move in a first chamber housing blood after clot initiation has been detected; detecting movement of the first ferromagnetic object in the first chamber; and correlating the detected movement of the first ferromagnetic object in the first chamber with strength of clotting of the blood; wherein detecting movement of the first object in the first chamber comprises detecting movement in a first period of time and detecting movement in a second period of time; characterised in that: correlating detected movement of the object in the chamber with the strength of clotting comprises comparing movement of the object in the chamber in the first period of time to movement of the object in the chamber in the second period of time; and wherein correlating movement of the object in the chamber with the strength of clotting comprises determining a rate of change in velocity of the object between the first period of time and the second period of time and correlating the rate of change in velocity with the strength of clotting. detecting clot initiation; causing a first ferromagnetic object to move in a first chamber housing blood after clot initiation has been detected; detecting movement of the first ferromagnetic object in the first chamber; and correlating the detected movement of the first ferromagnetic object in the first chamber with strength of clotting of the blood; wherein detecting movement of the first object in the first chamber comprises detecting movement in a first period of time and detecting movement in a second period of time; characterised in that: correlating detected movement of the object in the chamber with the strength of clotting comprises comparing movement of the object in the chamber in the first period of time to movement of the object in the chamber in the second period of time; and wherein correlating movement of the object in the chamber with the strength of clotting comprises determining a rate of change in velocity of the object between the first period of time and the second period of time and correlating the rate of change in velocity with the strength of clotting. correlating detected movement of the object in the chamber with the strength of clotting comprises comparing movement of the object in the chamber in the first period of time to movement of the object in the chamber in the second period of time; and wherein correlating movement of the object in the chamber with the strength of clotting comprises determining a rate of change in velocity of the object between the first period of time and the second period of time and correlating the rate of change in velocity with the strength of clotting.
An outdoor unit comprising: a compressor for compressing a flammable refrigerant; a heat source side heat exchanger for exchanging heat between the refrigerant and air in an unconditioned space; an outdoor unit air-sending device disposed at a position where the air is enabled to flow out of a housing to the outside, the outdoor unit air-sending device for being driven to maintain a concentration of the refrigerant in the housing due to leakage of the refrigerant in the housing at or below a predetermined concentration; an outdoor unit controller that is configured to control an operation of the compressor and an operation of the outdoor unit air-sending device; and a refrigerant circuit configured to connect the compressor and the heat source side heat exchanger, with an expansion device (16a, 16b) reducing pressure of the refrigerant and a load side heat exchanger (15a, 15b) for exchanging heat between the refrigerant and a load by piping, characterized in that the outdoor unit controller is configured to allow the outdoor unit air-sending device to operate in order to maintain the concentration of the refrigerant at or below the predetermined concentration even when the compressor is stopped, and in that, when an amount of refrigerant in the refrigerant circuit is m (kg), a ventilation air flow rate provided by the outdoor unit air-sending device is greater than or equal to 0.55 × m (m3/min). a compressor for compressing a flammable refrigerant; a heat source side heat exchanger for exchanging heat between the refrigerant and air in an unconditioned space; an outdoor unit air-sending device disposed at a position where the air is enabled to flow out of a housing to the outside, the outdoor unit air-sending device for being driven to maintain a concentration of the refrigerant in the housing due to leakage of the refrigerant in the housing at or below a predetermined concentration; an outdoor unit controller that is configured to control an operation of the compressor and an operation of the outdoor unit air-sending device; and a refrigerant circuit configured to connect the compressor and the heat source side heat exchanger, with an expansion device (16a, 16b) reducing pressure of the refrigerant and a load side heat exchanger (15a, 15b) for exchanging heat between the refrigerant and a load by piping, characterized in that the outdoor unit controller is configured to allow the outdoor unit air-sending device to operate in order to maintain the concentration of the refrigerant at or below the predetermined concentration even when the compressor is stopped, and in that, when an amount of refrigerant in the refrigerant circuit is m (kg), a ventilation air flow rate provided by the outdoor unit air-sending device is greater than or equal to 0.55 × m (m3/min).
Deuterated thienopiperidine derivatives of a structure of formula or a pharmaceutically acceptable salt thereof, Formula wherein, X is P or S; m is 0 or 1; n is 0 or 1; R 1 is selected from hydrogen, C1-C4 linear or branched alkyl which is unsubstituted or substituted with halogen, and phenyl; and R 2 is absent or is selected from hydrogen, C1-C4 linear or branched alkyl which is unsubstituted or substituted with halogen, and phenyl, wherein when R 2 is absent, X and O form a double bond. X is P or S; m is 0 or 1; n is 0 or 1; R 1 is selected from hydrogen, C1-C4 linear or branched alkyl which is unsubstituted or substituted with halogen, and phenyl; and R 2 is absent or is selected from hydrogen, C1-C4 linear or branched alkyl which is unsubstituted or substituted with halogen, and phenyl, wherein when R 2 is absent, X and O form a double bond.
A polymerizable liquid useful for the production of a three-dimensional object by additive manufacturing, said polymerizable liquid comprising a mixture of: (a) at least one photopolymerizable component; (b) a photoinitiator; (c) at least one heat polymerizable component; and (d) heat expandable microspheres, wherein said photopolymerizable component forms on photopolymerization in an additive manufacturing process a scaffold, which scaffold degrades on heating to form a degradation product that can polymerize with said at least one heat polymerizable component when heated and/or microwave irradiated. (a) at least one photopolymerizable component; (b) a photoinitiator; (c) at least one heat polymerizable component; and (d) heat expandable microspheres,