mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioning apparatus comprising: a refrigeration cycle in which a compressor, a condenser, a pressure reducing device, an evaporator and an accumulator are connected via a refrigerant pipe, the refrigeration cycle being charged with a non-azeotropic refrigerant mixture and refrigerating machine oil; a controller that controls an opening degree of the pressure reducing device; a suction pipe, which is the refrigerant pipe connecting between a suction port of the compressor and the accumulator, having an end portion on a side of the accumulator extending into the accumulator; a first refrigerant temperature sensor that detects a temperature of refrigerant flowing through the evaporator; characterised in that the air conditioning apparatus further comprises a second refrigerant temperature sensor that detects a temperature of refrigerant flowing into the accumulator, wherein the suction pipe includes an oil return hole formed in a portion of the suction pipe located inside the accumulator, at a position higher than a central portion of the accumulator, and wherein the controller is configured to control the opening degree of the pressure reducing device so as to make a value obtained by subtracting a value detected by the first refrigerant temperature sensor from a value detected by the second refrigerant temperature sensor less than 0 degrees Celsius and to make quality of refrigerant flowing into the accumulator less than 1, so as to allow the two-phase gas-liquid refrigerant to flow into the accumulator. a refrigeration cycle in which a compressor, a condenser, a pressure reducing device, an evaporator and an accumulator are connected via a refrigerant pipe, the refrigeration cycle being charged with a non-azeotropic refrigerant mixture and refrigerating machine oil; a controller that controls an opening degree of the pressure reducing device; a suction pipe, which is the refrigerant pipe connecting between a suction port of the compressor and the accumulator, having an end portion on a side of the accumulator extending into the accumulator; a first refrigerant temperature sensor that detects a temperature of refrigerant flowing through the evaporator; characterised in that the air conditioning apparatus further comprises a second refrigerant temperature sensor that detects a temperature of refrigerant flowing into the accumulator, wherein the suction pipe includes an oil return hole formed in a portion of the suction pipe located inside the accumulator, at a position higher than a central portion of the accumulator, and wherein the controller is configured to control the opening degree of the pressure reducing device so as to make a value obtained by subtracting a value detected by the first refrigerant temperature sensor from a value detected by the second refrigerant temperature sensor less than 0 degrees Celsius and to make quality of refrigerant flowing into the accumulator less than 1, so as to allow the two-phase gas-liquid refrigerant to flow into the accumulator.
An ultrasound system comprising: a signal acquisition unit to acquire an ultrasound signal reflected from a fetus; a signal generation unit to generate a movement signal representing movement information of the fetus from the ultrasound signal by using a tracking algorithm; a signal conversion unit to convert the movement signal into a sensory signal for providing haptic output and at least one of visual output, and auditory output; a signal transmission unit to transmit the sensory signal to a haptic device, a haptic device to receive the sensory signal transmitted from the signal transmission unit and to haptically and audibly outputs the sensory signal; and an input unit to set a reference line, and the fetus as a movement recognition target, wherein, the signal generation unit is configured to generate the movement signal based on whether a relationship between the reference line and the movement recognition target satisfies a preset condition. a signal acquisition unit to acquire an ultrasound signal reflected from a fetus; a signal generation unit to generate a movement signal representing movement information of the fetus from the ultrasound signal by using a tracking algorithm; a signal conversion unit to convert the movement signal into a sensory signal for providing haptic output and at least one of visual output, and auditory output; a signal transmission unit to transmit the sensory signal to a haptic device, a haptic device to receive the sensory signal transmitted from the signal transmission unit and to haptically and audibly outputs the sensory signal; and an input unit to set a reference line, and the fetus as a movement recognition target, wherein, the signal generation unit is configured to generate the movement signal based on whether a relationship between the reference line and the movement recognition target satisfies a preset condition.
A lateral avalanche photodiode device, comprising: - a semiconductor substrate with a main surface and a rear surface opposite to the main surface, - a trench with a side wall in the substrate, - a first doped region at the side wall of the trench, - a first electrical contact is applied on the first doped region, - a second doped region at a distance from the first doped region, - a second electrical contact is applied on the second doped region, - a third doped region adjacent to the first doped region, the third doped region arranged between the first doped region and the second doped region, - the second doped region and the third doped region having a first type of conductivity, - the third doped region being provided as an avalanche multiplication region by an adjustment of the doping concentration, and - the first doped region having a second type of conductivity which is opposite to the first type of conductivity, characterized in that - the trench and the first doped region extend through the substrate from the main surface to the rear surface, - the second doped region is arranged within the substrate at the main surface, and - the substrate is of the first type of conductivity between the first doped region and the second doped region. - a semiconductor substrate with a main surface and a rear surface opposite to the main surface, - a trench with a side wall in the substrate, - a first doped region at the side wall of the trench, - a first electrical contact is applied on the first doped region, - a second doped region at a distance from the first doped region, - a second electrical contact is applied on the second doped region, - a third doped region adjacent to the first doped region, the third doped region arranged between the first doped region and the second doped region, - the second doped region and the third doped region having a first type of conductivity, - the third doped region being provided as an avalanche multiplication region by an adjustment of the doping concentration, and - the first doped region having a second type of conductivity which is opposite to the first type of conductivity, - the trench and the first doped region extend through the substrate from the main surface to the rear surface, - the second doped region is arranged within the substrate at the main surface, and - the substrate is of the first type of conductivity between the first doped region and the second doped region.
A method for differentiation of pluripotent stem cells into definitive endoderm comprising the steps of: a. first priming step of incubating the pluripotent stem cells in a medium comprising at least 2 μM CHIR, wherein activin A is not present during said priming step; and b. second subsequent step of incubating the pluripotent stem cells in a medium comprising activin A, wherein the concentration of Activin A is at least 25 ng/ml. a. first priming step of incubating the pluripotent stem cells in a medium comprising at least 2 μM CHIR, wherein activin A is not present during said priming step; and b. second subsequent step of incubating the pluripotent stem cells in a medium comprising activin A, wherein the concentration of Activin A is at least 25 ng/ml.
A combustor dome and heat-shield assembly comprising: a heat-shield having a first opening therethrough; a swirler extending through the first opening and capturing the heat-shield; a dome assembly having a second opening therethrough and having an upstream side and a downstream side,; and a retaining clip that engages the swirler to secure the swirler and the heat-shield on the dome assembly; the swirler (i) extending through the second opening from the downstream side to the upstream side, and (ii) comprising an outer circumferential abutment having a radial surface, characterized in that said radial surface is configured to capture the dome assembly and the heat-shield, such that an edge of the second opening is sandwiched between an inner annular region of the retaining clip and an inner annular edge of the first opening. a heat-shield having a first opening therethrough; a swirler extending through the first opening and capturing the heat-shield; a dome assembly having a second opening therethrough and having an upstream side and a downstream side,; and a retaining clip that engages the swirler to secure the swirler and the heat-shield on the dome assembly; the swirler (i) extending through the second opening from the downstream side to the upstream side, and (ii) comprising an outer circumferential abutment having a radial surface, characterized in that said radial surface is configured to capture the dome assembly and the heat-shield, such that an edge of the second opening is sandwiched between an inner annular region of the retaining clip and an inner annular edge of the first opening.
A computing system, comprising: a first central processing unit "CPU"; and a second CPU coupled with the first CPU and with a host processor, where, in response to a request by the host processor to boot the second CPU, the first CPU is configured to execute secure booting of the second CPU comprising decrypting encrypted code to generate decrypted code executable by the second CPU but that is inaccessible by the host processor; characterized in that, the host processor writes the encrypted code into dynamic random access memory "DRAM" from flash memory, the encrypted code including a first stage code and a second stage code for executing a two-stage boot process, the first CPU is further configured to: authenticate the decrypted first stage code for execution by the second CPU; and authorize the second CPU to execute the decrypted first stage code from private local memory included in the second CPU. a first central processing unit "CPU"; and a second CPU coupled with the first CPU and with a host processor, where, in response to a request by the host processor to boot the second CPU, the first CPU is configured to execute secure booting of the second CPU comprising decrypting encrypted code to generate decrypted code executable by the second CPU but that is inaccessible by the host processor; characterized in that, the host processor writes the encrypted code into dynamic random access memory "DRAM" from flash memory, the encrypted code including a first stage code and a second stage code for executing a two-stage boot process, the first CPU is further configured to: authenticate the decrypted first stage code for execution by the second CPU; and authorize the second CPU to execute the decrypted first stage code from private local memory included in the second CPU. authenticate the decrypted first stage code for execution by the second CPU; and authorize the second CPU to execute the decrypted first stage code from private local memory included in the second CPU.
A multi-domain polypeptide comprising (i) a first complement control protein repeat domain being a convertase decay accelerating domain for convertases of the classical and alternative pathways of complement activation, (ii) a host cell recognition domain, and (iii) a second CCP-comprising domain, wherein said host cell recognition domain comprises CCPs 6 to 8 and/or 19 to 20 of a complement Factor H. (i) a first complement control protein repeat domain being a convertase decay accelerating domain for convertases of the classical and alternative pathways of complement activation, (ii) a host cell recognition domain, and (iii) a second CCP-comprising domain, wherein said host cell recognition domain comprises CCPs 6 to 8 and/or 19 to 20 of a complement Factor H.
Association for use as an adjuvant in reducing some of the main cognitive decline risk factors associated with Alzheimer's disease, consisting of: Bacopa monnieri dry extract, astaxanthin powder, Vitamin E, phosphatidylserine, Withania somnifera and optionally an association of an aqueous extract of Salvia officinalis and an oily extract of Salvia lavandulifolia.
A composition for forming an organic film, comprising: a polymer containing a repeating unit shown by the following general formula as a partial structure; and an organic solvent, wherein AR 1 and AR 2 each represent a benzene ring or a naphthalene ring which optionally have a substituent; W 1 represents any in the following general formula, and the polymer optionally contains two or more kinds of W 1 in combination; and W 2 represents a divalent organic group having 1 to 80 carbon atoms and is any in the following general formula, wherein each R 1 represents a monovalent organic group having 1 to 10 carbon atoms and an unsaturated bond; and R 2 represents a monovalent organic group having 6 to 20 carbon atoms and one or more aromatic rings, wherein AR 3 and AR 4 each represent a benzene ring or a naphthalene ring which optionally have a substituent; and W 3 represents a divalent organic group having 6 to 50 carbon atoms and one or more aromatic rings. a polymer containing a repeating unit shown by the following general formula as a partial structure; and an organic solvent, wherein AR 1 and AR 2 each represent a benzene ring or a naphthalene ring which optionally have a substituent; W 1 represents any in the following general formula, and the polymer optionally contains two or more kinds of W 1 in combination; and W 2 represents a divalent organic group having 1 to 80 carbon atoms and is any in the following general formula, wherein each R 1 represents a monovalent organic group having 1 to 10 carbon atoms and an unsaturated bond; and R 2 represents a monovalent organic group having 6 to 20 carbon atoms and one or more aromatic rings, wherein AR 3 and AR 4 each represent a benzene ring or a naphthalene ring which optionally have a substituent; and W 3 represents a divalent organic group having 6 to 50 carbon atoms and one or more aromatic rings.
A device comprising a rotationally symmetrical container with a lateral area and/or a base area, wherein the container has an insertable rotationally symmetrical rotor, wherein an annular gap is provided between the container and the rotor and the rotor has at least one flow channel for conveying liquids and/or gases into and/or out of the interior of the container, and wherein organic molecules are immobilized on the surface of the rotor or on the inner lateral area of the container, characterized in that the device comprises a tempering block, for accommodating the container having at least two tempering elements (3, 4), wherein the tempering elements (3, 4) of the at least one tempering block are in heat-exchanging contact with the lateral area of the container to be thermally regulated and the shape of the tempering block is equivalent to the container, and the tempering elements (3, 4) are arranged for generating different temperature zones, wherein a surface of the rotor is exposed to the different temperature zones during the course of a rotation.
An apparatus for loading a powdered electrolyte into a chamber made in a tubular casing of a craft operating in an underwater environment characterized in that it comprises: - a valve carried by the tubular casing, configured to be arranged in a normally closed position and designed to be moved, as a result of manual operation, to an open position to allow the introduction of the powdered electrolyte into the chamber from outside the casing; - a feeder-actuator assembly configured to be mounted on the tubular casing to couple with the valve in a fluid-tight manner and enable the opening/closing of the valve as a result of said manual operation; and - an electrolyte tank configured to couple with the feeder-actuator assembly and feed powdered electrolyte by gravity to the actuator assembly; said actuator assembly delimiting an elongated internal cavity configured to allow a flow of powdered electrolyte from the tank to the chamber through the valve kept open by the feeder-actuator assembly. - a valve carried by the tubular casing, configured to be arranged in a normally closed position and designed to be moved, as a result of manual operation, to an open position to allow the introduction of the powdered electrolyte into the chamber from outside the casing; - a feeder-actuator assembly configured to be mounted on the tubular casing to couple with the valve in a fluid-tight manner and enable the opening/closing of the valve as a result of said manual operation; and - an electrolyte tank configured to couple with the feeder-actuator assembly and feed powdered electrolyte by gravity to the actuator assembly; said actuator assembly delimiting an elongated internal cavity configured to allow a flow of powdered electrolyte from the tank to the chamber through the valve kept open by the feeder-actuator assembly.
A method of sealing an electrode to a housing, the method comprising: 1) providing a layer of electrode material on a surface of a first housing part; 2) securing a second housing part to the first housing part with the layer of electrode material located in a fluid channel between them; and thereafter 3) flowing additional electrode material to the electrode layer along the fluid channel so as to increase the thickness of the electrode layer and seal the electrode to the housing defined by the two housing parts (1,7). 1) providing a layer of electrode material on a surface of a first housing part; 2) securing a second housing part to the first housing part with the layer of electrode material located in a fluid channel between them; and thereafter 3) flowing additional electrode material to the electrode layer along the fluid channel so as to increase the thickness of the electrode layer and seal the electrode to the housing defined by the two housing parts (1,7).
An umbrella assembly comprising: an upright pole having a longitudinal axis; a canopy frame supported by the umbrella assembly in a cantilever manner by a cantilever beam; and an integrated mechanism (155, 200, 300) disposed on the upright pole and configured to control multiple aspects of the umbrella assembly, the integrated mechanism (155, 200, 300) comprising: a gear box (30, 304) mounted on the upright pole, a crank, and a drive gear (48,251,334), wherein the drive gear (48,251,334) is configured to be coupled to the crank and mounted within the gear box (30, 304), the drive gear (48,251,334) is further configured to be rotated and when so rotated to raise and lower the drive gear (48,251,334) and the gear box (30, 304) along the upright pole and thereby to raise and lower the cantilever beam, that the crank has a first position capable of controlling an upward and downward motion of the cantilever beam, and a second position capable of controlling an opening and closing motion of the canopy frame, and that a rack and pinion gear assembly is coupled to the crank and configured to raise and lower the gear box (30, 304) and the cantilever beam. an upright pole having a longitudinal axis; a canopy frame supported by the umbrella assembly in a cantilever manner by a cantilever beam; and an integrated mechanism (155, 200, 300) disposed on the upright pole and configured to control multiple aspects of the umbrella assembly, the integrated mechanism (155, 200, 300) comprising: a gear box (30, 304) mounted on the upright pole, a crank, and a drive gear (48,251,334), wherein the drive gear (48,251,334) is configured to be coupled to the crank and mounted within the gear box (30, 304), the drive gear (48,251,334) is further configured to be rotated and when so rotated to raise and lower the drive gear (48,251,334) and the gear box (30, 304) along the upright pole and thereby to raise and lower the cantilever beam, that the crank has a first position capable of controlling an upward and downward motion of the cantilever beam, and a second position capable of controlling an opening and closing motion of the canopy frame, and that a rack and pinion gear assembly is coupled to the crank and configured to raise and lower the gear box (30, 304) and the cantilever beam. a gear box (30, 304) mounted on the upright pole, a crank, and a drive gear (48,251,334), wherein the drive gear (48,251,334) is configured to be coupled to the crank and mounted within the gear box (30, 304), the drive gear (48,251,334) is further configured to be rotated and when so rotated to raise and lower the drive gear (48,251,334) and the gear box (30, 304) along the upright pole and thereby to raise and lower the cantilever beam, that the crank has a first position capable of controlling an upward and downward motion of the cantilever beam, and a second position capable of controlling an opening and closing motion of the canopy frame, and that a rack and pinion gear assembly is coupled to the crank and configured to raise and lower the gear box (30, 304) and the cantilever beam.
A maintenance system for a printhead, the system comprising: a sled slidably arranged with respect to the printhead; a media platen module supported by the sled; a capper module supported by the sled; a wiper module supported by the sled; a selection mechanism for selectively sliding the sled to align one of the platen, capper and wiper modules with the printhead; and characterized by: a lift mechanism comprising: a lift arm for engaging with a selected module only when the selected module is aligned with the printhead; and a motor for causing the lift arm to lift and lower the selected module, the lifted position being in proximity of the printhead, wherein the lift arm is engageable with each of the modules. a sled slidably arranged with respect to the printhead; a media platen module supported by the sled; a capper module supported by the sled; a wiper module supported by the sled; a selection mechanism for selectively sliding the sled to align one of the platen, capper and wiper modules with the printhead; a lift mechanism comprising: a lift arm for engaging with a selected module only when the selected module is aligned with the printhead; and a motor for causing the lift arm to lift and lower the selected module, the lifted position being in proximity of the printhead, a lift arm for engaging with a selected module only when the selected module is aligned with the printhead; and a motor for causing the lift arm to lift and lower the selected module, the lifted position being in proximity of the printhead,