mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner, comprising: a plurality of compressors(10a,10b,10c); a plurality of oil separators(101,102,103) provided for each compressor for separating oil from a mixture of oil and refrigerant discharged from the compressors(10a,10b,10c); and an oil balancer including a plurality of recovery lines(111,112,113) connecting one of the oil separators(101,102,103) to its corresponding compressor, a controller to operate at least one of the compressors(10a,10b,10c), stop the other compressors and control the oil balancer during an oil balancing operation, characterized by further comprising a plurality of recovery valves(151,152,153), each recovery valve is arranged on one of the recovery lines( 111,112,113) to control a flow of oil passing through the recovery line to the intake of the associated compressor, and wherein, the oil balancer includes a bypass line that connects the plurality of recovery lines(111,112,113) to allow the oil to flow between the plurality of recovery lines(111,112,113), and at least one bypass valve arranged in the bypass line to control a flow of oil through the bypass line, and wherein, the controller operates the compressors(10a,10b,10c) sequentially during an oil balancing operation, and the controller controls opening/closing of the plurality of recovery valves(151,152,153) and at least one bypass valve to introduce oil from the at least one oil separator of a operating compressor into a non-operating compressor through the recovery lines(111,112,113) and the bypass line during the oil balancing operation. a plurality of compressors(10a,10b,10c); a plurality of oil separators(101,102,103) provided for each compressor for separating oil from a mixture of oil and refrigerant discharged from the compressors(10a,10b,10c); and an oil balancer including a plurality of recovery lines(111,112,113) connecting one of the oil separators(101,102,103) to its corresponding compressor, a controller to operate at least one of the compressors(10a,10b,10c), stop the other compressors and control the oil balancer during an oil balancing operation, characterized by further comprising a plurality of recovery valves(151,152,153), each recovery valve is arranged on one of the recovery lines( 111,112,113) to control a flow of oil passing through the recovery line to the intake of the associated compressor, and
A system comprising: a lavatory including a toilet; and a foot washing system, the foot washing system comprising: a support panel; and a basin including a foot-washing area and a drain that is configured to drain water out of the foot-washing area, wherein the basin is moveably coupled to the support panel, wherein the basin is selectively moveable between a stowed position and a deployed position in relation to the support panel, wherein the deployed position allows for foot washing within the foot-washing area, wherein the basin is positioned away from the toilet in the stowed position, characterised in that the drain of the basin in the deployed position is positioned directly over a bowl of the toilet, and in that the basin in the deployed position is directly supported by the bowl of the toilet. a lavatory including a toilet; and a foot washing system, the foot washing system comprising: a support panel; and a basin including a foot-washing area and a drain that is configured to drain water out of the foot-washing area, wherein the basin is moveably coupled to the support panel, wherein the basin is selectively moveable between a stowed position and a deployed position in relation to the support panel, wherein the deployed position allows for foot washing within the foot-washing area, wherein the basin is positioned away from the toilet in the stowed position, characterised in that the drain of the basin in the deployed position is positioned directly over a bowl of the toilet, and in that the basin in the deployed position is directly supported by the bowl of the toilet. a support panel; and a basin including a foot-washing area and a drain that is configured to drain water out of the foot-washing area, wherein the basin is moveably coupled to the support panel, wherein the basin is selectively moveable between a stowed position and a deployed position in relation to the support panel, wherein the deployed position allows for foot washing within the foot-washing area, wherein the basin is positioned away from the toilet in the stowed position, characterised in that the drain of the basin in the deployed position is positioned directly over a bowl of the toilet, and in that the basin in the deployed position is directly supported by the bowl of the toilet.
A manual coffee dose adjustment device comprising: a holder having a blade extending from it; characterized by a height adjustment frame having portafilter contacting surfaces that is adjustably retained by a holder. a holder having a blade extending from it; characterized by a height adjustment frame having portafilter contacting surfaces that is adjustably retained by a holder.
A pressure sensor, comprising: a cylindrical body (10, 20, 30) made of a magnetostrictive material and configured to be deformed under a pressure of a fluid flowing inside; and a detection portion for detecting a change in magnetic field caused by distortion of the cylindrical body (10, 20, 30), and characterized in that the cylindrical body (10, 20, 30) includes a peripheral wall portion (11, 21, 31) curved along an axial direction of said cylindrical body (10, 20, 30). a cylindrical body (10, 20, 30) made of a magnetostrictive material and configured to be deformed under a pressure of a fluid flowing inside; and a detection portion for detecting a change in magnetic field caused by distortion of the cylindrical body (10, 20, 30), and characterized in that the cylindrical body (10, 20, 30) includes a peripheral wall portion (11, 21, 31) curved along an axial direction of said cylindrical body (10, 20, 30).
A method for making an elastic core yarn comprising the steps of: - providing a core comprising: - an elastic fibre; - a continuous yarn arranged along said elastic fibre; - providing a covering yarn made of a natural fibre, said covering yarn having a linear mass density Nm, said covering yarn twisted with an initial twist direction selected between "Z" and "S"; - conveying said core towards a collecting bobbin, causing said core to pass through a wrapping space; - conveying said covering yarn in said wrapping space; said steps of conveying said core and said covering yarn taking place at respective conveying speeds, - helically wrapping with said covering yarn said core in said wrapping space, obtaining said elastic core yarn consisting of said core helically wrapped with said covering yarn; - collecting said elastic core yarn on said collecting bobbin, wherein said conveying speeds are selected in such a way that, in said step of helically wrapping: - said covering yarn becomes twisted with a final twist direction opposite to said initial twist direction, i.e. selected between "S" and "Z", respectively; - a coil number T of said covering yarn larger than a predetermined minimum value T 0 and depending upon said linear mass density Nm, is wound about one length unit of said elastic core yarn, wherein said wrapping space is a space enclosed in a container. - providing a core comprising: - an elastic fibre; - a continuous yarn arranged along said elastic fibre; - an elastic fibre; - a continuous yarn arranged along said elastic fibre; - providing a covering yarn made of a natural fibre, said covering yarn having a linear mass density Nm, said covering yarn twisted with an initial twist direction selected between "Z" and "S"; - conveying said core towards a collecting bobbin, causing said core to pass through a wrapping space; - conveying said covering yarn in said wrapping space; said steps of conveying said core and said covering yarn taking place at respective conveying speeds, - helically wrapping with said covering yarn said core in said wrapping space, obtaining said elastic core yarn consisting of said core helically wrapped with said covering yarn; - collecting said elastic core yarn on said collecting bobbin, - said covering yarn becomes twisted with a final twist direction opposite to said initial twist direction, i.e. selected between "S" and "Z", respectively; - a coil number T of said covering yarn larger than a predetermined minimum value T 0 and depending upon said linear mass density Nm, is wound about one length unit of said elastic core yarn,
A method for aiding the diagnosis of a disorder in a subject, said method comprising: assaying at least two characteristies of a sample provided from said subject by MS analysis, wherein the sample is blood and, wherein said characteristics are indicators of a disorder, said characteristics selected from: (i) the amino acid composition of a polypeptide comprised by said sample; (ii) a metabolite comprised by said sample; and (iii) an enzymatic activity comprised by said sample, wherein the at least two characteristics comprise (i) the amino acid composition of a polypeptide comprised by said sample and at least one further characteristic selected from (ii) and (iii), wherein each of said at least two characteristics is determined from a multiplexed analysis on the same single sample, and wherein assaying the amino acid composition of a polypeptide comprised by said sample comprises (a) adding an endopeptidase to said sample, wherein if an enzymatic activity comprised within the sample is assayed, the peptidase is added to the sample after the enzymatic activity comprised within the sample has had the opportunity to act upon an added substrate, (b) analysing the polypeptides in said sample after peptidase treatment, (c) inferring from (b) information regarding the amino acid composition of said polypeptide. assaying at least two characteristies of a sample provided from said subject by MS analysis, wherein the sample is blood and, wherein said characteristics are indicators of a disorder, said characteristics selected from: (i) the amino acid composition of a polypeptide comprised by said sample; (ii) a metabolite comprised by said sample; and (iii) an enzymatic activity comprised by said sample, (i) the amino acid composition of a polypeptide comprised by said sample; (ii) a metabolite comprised by said sample; and (iii) an enzymatic activity comprised by said sample, (i) the amino acid composition of a polypeptide comprised by said sample and at least one further characteristic selected from (ii) and (iii), wherein each of said at least two characteristics is determined from a multiplexed analysis on the same single sample, and wherein assaying the amino acid composition of a polypeptide comprised by said sample comprises (a) adding an endopeptidase to said sample, wherein if an enzymatic activity comprised within the sample is assayed, the peptidase is added to the sample after the enzymatic activity comprised within the sample has had the opportunity to act upon an added substrate, (b) analysing the polypeptides in said sample after peptidase treatment, (c) inferring from (b) information regarding the amino acid composition of said polypeptide. (a) adding an endopeptidase to said sample, wherein if an enzymatic activity comprised within the sample is assayed, the peptidase is added to the sample after the enzymatic activity comprised within the sample has had the opportunity to act upon an added substrate, (b) analysing the polypeptides in said sample after peptidase treatment, (c) inferring from (b) information regarding the amino acid composition of said polypeptide.
An array substrate, comprising: a base substrate, a Poly-Silicon layer, a gate insulating layer and a metal layer; wherein the Poly-Silicon layer is disposed above the base substrate, and comprises a channel region and ion-doped regions on both sides of the channel region; the gate insulating layer is disposed on the Poly-Silicon layer; the metal layer comprises a gate electrode, a source electrode, a drain electrode, a gate line and a data line, which are made of a same layer of metallic material; the gate electrode connects the gate line; the source electrode and the drain electrode are connected with the ion-doped regions respectively through via-holes in the gate insulating layer on both sides of the channel region; characterized in that the ion-doped regions on both sides of the channel region extends towards the channel region beyond the via holes.
An aerodynamic system for a truck, comprising: a fairing that is carried by the truck, wherein the fairing has an outer surface that is an air flow surface across which air flows when the truck is moving forward, wherein the fairing has a tailing end that has a first kick out, wherein the first kick out has a first kick out exit surface oriented at a first angle with respect to the air flow surface, characterized in that the tailing end has a second kick out, wherein the second kick out has a second kick out exit surface oriented at a second angle with respect to the air flow surface, wherein the first angle is different than the second angle; wherein the truck has a longitudinal axis, wherein the truck has a longitudinal direction and a vertical direction, wherein the air flow surface is located forward from the tailing end in the longitudinal direction, wherein the first kick out is located higher than the second kick out in the vertical direction, wherein the truck has wheels that roll on the ground, wherein of the wheels that roll on the ground the first and second kick out (22,28) are located in the longitudinal direction farthest from a front truck wheel of the wheels that roll on the ground, wherein the wheels that roll on the ground each have an axis, and wherein a portion of the fairing is located at a height in the vertical direction from the ground that is the same as a height in the vertical direction from the ground as at least one of the axes of the wheels that roll on the ground. a fairing that is carried by the truck, wherein the fairing has an outer surface that is an air flow surface across which air flows when the truck is moving forward, wherein the fairing has a tailing end that has a first kick out, wherein the first kick out has a first kick out exit surface oriented at a first angle with respect to the air flow surface, characterized in that the tailing end has a second kick out, wherein the second kick out has a second kick out exit surface oriented at a second angle with respect to the air flow surface, wherein the first angle is different than the second angle; wherein the truck has a longitudinal axis, wherein the truck has a longitudinal direction and a vertical direction, wherein the air flow surface is located forward from the tailing end in the longitudinal direction, wherein the first kick out is located higher than the second kick out in the vertical direction, wherein the truck has wheels that roll on the ground, wherein of the wheels that roll on the ground the first and second kick out (22,28) are located in the longitudinal direction farthest from a front truck wheel of the wheels that roll on the ground, wherein the wheels that roll on the ground each have an axis, and wherein a portion of the fairing is located at a height in the vertical direction from the ground that is the same as a height in the vertical direction from the ground as at least one of the axes of the wheels that roll on the ground.
Method for calibrating a display device of a mobile terminal, comprising the steps of: - displaying at least one calibration colour by means of the display device of the mobile terminal; - generating a calibration image that reproduces the calibration colour by recording the display device of the mobile terminal by means of a camera of a domestic appliance; and - calibrating the display device of the mobile terminal on the basis of the deviations of the colour values of the calibration image from the calibration colour, characterised in that the mobile terminal is arranged within the domestic appliance during the generation of the calibration image. - displaying at least one calibration colour by means of the display device of the mobile terminal; - generating a calibration image that reproduces the calibration colour by recording the display device of the mobile terminal by means of a camera of a domestic appliance; and - calibrating the display device of the mobile terminal on the basis of the deviations of the colour values of the calibration image from the calibration colour,
A method for automating a building, the method comprising the steps of acquiring at least one data time history (1a, 1b, 1c, 1d,... 1n) from at least one input device, the method being characterized in: averaging the at least one data time history, arranging the at least one averaged data time history (1a, 1b, 1c, 1d,... 1n) into at least one occupancy pattern, wherein the at least one occupancy pattern covers a given time span, determining at least one set point from said at least one occupancy pattern of a building or of a part thereof, feeding the at least one set point into a system for heating, ventilation, air-conditioning, the at least one data time history (1a, 1b, 1c, 1d,... 1n) is acquired from at least one input device selected from an electricity meter, a water meter, a temperature sensor, a humidity sensor, a noise sensor, a light sensor, or an internet router the method further comprises a step of filtering sensor readings that relate to automated processes out of the at least one data time history (1a, 1b, 1c, 1d,... 1n). averaging the at least one data time history, arranging the at least one averaged data time history (1a, 1b, 1c, 1d,... 1n) into at least one occupancy pattern, wherein the at least one occupancy pattern covers a given time span, determining at least one set point from said at least one occupancy pattern of a building or of a part thereof, feeding the at least one set point into a system for heating, ventilation, air-conditioning, the at least one data time history (1a, 1b, 1c, 1d,... 1n) is acquired from at least one input device selected from an electricity meter, a water meter, a temperature sensor, a humidity sensor, a noise sensor, a light sensor, or an internet router the method further comprises a step of filtering sensor readings that relate to automated processes out of the at least one data time history (1a, 1b, 1c, 1d,... 1n).
A dry radiator comprising a single structure which supports an electronic control and management means, a vertical duct and heat generator housed in said vertical duct travelled upwards by convective motion by an upward flow of heated air wherein the heat generator comprises electrical resistors configured to transfer heat to the air mass nearby and adjacent to said heat generator, and an outer casing, wherein said single structure supports air filtering means from the dust raised by the convective motion of the air, characterised in that said filtering means and said heat generator are laterally spaced and separated by a thermally insulating thermal insulation septum, and in that said electrical resistors are configured to trigger a convective motion of the air through said vertical duct according to a vertical flow, when they are heated by the passage of electric power supply upon switching on through said electronic control and management means.
A skin care composition for improving selective catabolysis in cells of keratin surfaces comprising at least one cellular autophagy activator selected from an extract from the Candida genus, and at least one cellular proteasome activator selected from algin, hydrolyzed algin, alginates or mixtures thereof.
A method of processing ophthalmic image data comprising: obtaining optical coherence tomography, OCT, data of a subject's eye, the OCT data including data beyond the retinal pigment epithelium, RPE, of the subject's eye and intensities of an imaging signal as the imaging signal is backscattered by each of a plurality of tissue layers in the subject's eye; determining a ratio of the intensities of the backscattered imaging signal, the ratio being the intensity of a first portion of the backscattered imaging signal corresponding to at least a portion of a retinal layer with respect to the intensity of a second portion of the backscattered imaging signal corresponding to at least a portion of a sub-RPE layer; determining a representative value based at least in part on the determined ratio; and phenotyping or classifying the subject based at least in part on the determined representative value. obtaining optical coherence tomography, OCT, data of a subject's eye, the OCT data including data beyond the retinal pigment epithelium, RPE, of the subject's eye and intensities of an imaging signal as the imaging signal is backscattered by each of a plurality of tissue layers in the subject's eye; determining a ratio of the intensities of the backscattered imaging signal, the ratio being the intensity of a first portion of the backscattered imaging signal corresponding to at least a portion of a retinal layer with respect to the intensity of a second portion of the backscattered imaging signal corresponding to at least a portion of a sub-RPE layer; determining a representative value based at least in part on the determined ratio; and phenotyping or classifying the subject based at least in part on the determined representative value.
Cooling arrangement, comprising a traction battery having a plurality of battery modules (B1-B4), wherein a refrigerant is guided along said modules through channels (11, 12; 11', 12') perpendicularly to a longitudinal orientation of the battery modules (B1-B4) and the channels (11, 12; 11', 12') are thermally conductively connected to the battery modules (B1-B4), wherein at least one first channel (11; 11') is present in which the refrigerant can be guided in a first direction along the battery modules (B1-B4) to at least one connecting element and at least one second channel (12; 12') in which the refrigerant can be guided back again in a second, opposite direction along the battery modules (B1-B4), the directions being oriented in parallel with one another and the connecting element fluidically interconnecting the channels (11, 12; 11', 12'), characterized in that an evaporator for the refrigerant is formed from the channels (11, 12; 11', 12'), the channels (11, 12; 11', 12') being part of identical flat tubes having a longitudinal orientation, the flat tubes each having a thermally conductive contact surface (F1, F2) and being guided along in parallel under the battery modules (B1-B4), the battery modules (B1-B4) being cuboid-shaped with the same dimensions and a longitudinal orientation of the battery modules (B1-B4) being perpendicular to the longitudinal orientation of the flat tubes, the flat tubes each being thermally conductively connected to the battery modules (B1-B4) of the traction battery via the thermally conductive contact surface (F1, F2) such that an area ratio of the total contact surface of the at least one supply channel (11, 11') to the total contact surface of the at least one return channel (12; 12') is 1:2 or 2:1, wherein exactly three flat tubes are present of which a middle flat tube has at least one supply channel and of which two outer flat tubes each have at least one return channel, or of which two outer flat tubes each have at least one supply channel and of which a middle flat tube has at least one return channel.