mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a refrigeration system , comprising: measuring a pressure of fluid in a refrigerant line of a heat exchanger (24; 28) of a refrigeration system; measuring (110; 210) a value of at least one of a dewpoint temperature and a bubble point temperature of the fluid at the measured pressure; determining (112; 212) an expected value associated with said at least one of the dewpoint temperature and the bubble point temperature of the fluid at the measured pressure; and determining (116; 216) whether the fluid includes a correct refrigerant composition based on a comparison of the measured and expected values, wherein the refrigeration system includes an indoor heat exchanger and an outdoor heat exchanger , characterised by the method comprising: determining (102; 202) an ambient temperature of each of the indoor heat exchanger and the outdoor heat exchanger; and selecting (104, 106; 204, 206) whichever of the indoor heat exchanger and outdoor heat exchanger has a lower ambient temperature as the heat exchanger. measuring a pressure of fluid in a refrigerant line of a heat exchanger (24; 28) of a refrigeration system; measuring (110; 210) a value of at least one of a dewpoint temperature and a bubble point temperature of the fluid at the measured pressure; determining (112; 212) an expected value associated with said at least one of the dewpoint temperature and the bubble point temperature of the fluid at the measured pressure; and determining (116; 216) whether the fluid includes a correct refrigerant composition based on a comparison of the measured and expected values, wherein the refrigeration system includes an indoor heat exchanger and an outdoor heat exchanger , characterised by the method comprising: determining (102; 202) an ambient temperature of each of the indoor heat exchanger and the outdoor heat exchanger; and selecting (104, 106; 204, 206) whichever of the indoor heat exchanger and outdoor heat exchanger has a lower ambient temperature as the heat exchanger. determining (102; 202) an ambient temperature of each of the indoor heat exchanger and the outdoor heat exchanger; and selecting (104, 106; 204, 206) whichever of the indoor heat exchanger and outdoor heat exchanger has a lower ambient temperature as the heat exchanger.
A fast steering optical mirror for laser beam deflection, moved by at least one rotational axis, comprising: a plate comprising a plurality of carbon fiber layers laid up in a resin, wherein the plate comprises a front face , at least a portion of the front face being polished and coated for laser light reflection; and wherein a surface normal of the front face is aligned orthogonal to the at least one rotational axis; wherein the plurality of carbon fiber layers comprise one or more unidirectional carbon fiber layers and one or more bidirectional carbon fiber layers; wherein fibers in the one or more unidirectional carbon fiber layers are aligned parallel to a rotational axis of the mirror; and wherein fibers in the one or more bidirectional carbon fiber layers are aligned inclined to the rotational axis of the mirror. a plate comprising a plurality of carbon fiber layers laid up in a resin, wherein the plate comprises a front face , at least a portion of the front face being polished and coated for laser light reflection; and wherein a surface normal of the front face is aligned orthogonal to the at least one rotational axis; wherein the plurality of carbon fiber layers comprise one or more unidirectional carbon fiber layers and one or more bidirectional carbon fiber layers; wherein fibers in the one or more unidirectional carbon fiber layers are aligned parallel to a rotational axis of the mirror; and wherein fibers in the one or more bidirectional carbon fiber layers are aligned inclined to the rotational axis of the mirror.
Agricultural vehicle tire pressure control system , comprising a) a vehicle-sided compressed air supply device , b) a tire pressure control device by which it is possible to control the pressurization and de-pressurization of a tire and c) a rotary feedthrough which pneumatically connects the compressed air supply device to the tire , d) the tire pressure control device being arranged between the rotary feedthrough and the tire and the tire pressure control device being mounted to the vehicle wheel which rotates in the driving mode and e) the rotary feedthrough comprising a supply rotary feedthrough characterised in that f) the tire pressure control device comprises a valve which comprises fa) a supply port which is connected to the supply rotary feedthrough , and fb) a de-pressurizing port and fc) a tire port connected to the tire and fd) a pneumatic control port which is connected to a control pressure rotary feedthrough and which is embodied as 3/2-way valve which comprises a pressurizing position and a de-pressurizing position and does not comprise a closed position and g) a check valve opening towards the supply port is arranged between the supply port and the supply rotary feedthrough . a) a vehicle-sided compressed air supply device , b) a tire pressure control device by which it is possible to control the pressurization and de-pressurization of a tire and c) a rotary feedthrough which pneumatically connects the compressed air supply device to the tire , d) the tire pressure control device being arranged between the rotary feedthrough and the tire and the tire pressure control device being mounted to the vehicle wheel which rotates in the driving mode and e) the rotary feedthrough comprising a supply rotary feedthrough characterised in that f) the tire pressure control device comprises a valve which comprises fa) a supply port which is connected to the supply rotary feedthrough , and fb) a de-pressurizing port and fc) a tire port connected to the tire and fd) a pneumatic control port which is connected to a control pressure rotary feedthrough and which is embodied as 3/2-way valve which comprises a pressurizing position and a de-pressurizing position and does not comprise a closed position and fa) a supply port which is connected to the supply rotary feedthrough , and fb) a de-pressurizing port and fc) a tire port connected to the tire and fd) a pneumatic control port which is connected to a control pressure rotary feedthrough g) a check valve opening towards the supply port is arranged between the supply port and the supply rotary feedthrough .
A transfer board comprising: an elongate main body portion ; an enlarged end portion at each end of the main body portion, which end portion extends laterally at each side of the main body portion beyond the width of the main body portion ; and a seat that is mounted on the main body portion for sliding movement along the main body portion ; wherein the seat has side portions that engage respective side portions of the main body portion to retain the seat on the main body portion whilst affording said sliding movement along the main body portion ; characterised in that said side portions of the seat and the main body portion are formed with interengaging ribs and grooves that snap engage to retain the seat on the main body portion whilst affording said sliding movement along the main body portion . an elongate main body portion ; an enlarged end portion at each end of the main body portion, which end portion extends laterally at each side of the main body portion beyond the width of the main body portion ; and a seat that is mounted on the main body portion for sliding movement along the main body portion ; wherein the seat has side portions that engage respective side portions of the main body portion to retain the seat on the main body portion whilst affording said sliding movement along the main body portion ; characterised in that said side portions of the seat and the main body portion are formed with interengaging ribs and grooves that snap engage to retain the seat on the main body portion whilst affording said sliding movement along the main body portion .
A precision tile laying system comprising at least one knob for use in an assembly for spacing and levelling tiles during their laying, and a base comprising at least one threaded stem adapted to be positioned at the crossing of two or more tiles , wherein said knob comprises at least one body provided with at least one top surface in which at least one hole is formed, said hole comprising a threaded portion at least to engage with said threaded stem, said knob comprising in a position opposite to said top surface , a perimetral edge acting as a contact surface with the tiles , the knob screwing on said stem up to the base of the threaded stem getting in contact with the tiles and unscrewing to adjust the levelling of the tiles , characterized in that the body of said knob is at least partially transparent in such a way as to allow an operator to see or at least glimpse the edges of the tiles during installation.
A foam comprising: i) at least 80 wt.% of water, and ii) at least 5 wt.% native rapeseed protein isolate comprising 40 to 65 wt.% cruciferins and 35 to 60 wt.% napins and having a solubility of at least 88% over a pH range from 3 to 10 at a temperature of 23±2°C, iii) egg white protein, isolates thereof, and/or concentrates thereof, wherein i) + ii) + iii) add up to 100 wt.% or less, and wherein said rapeseed protein isolate and said egg white protein occur in a ratio in the range of from 25:75 to 75:25, wherein the native rapeseed protein isolate has a phytate level less than 0.4 wt.%. i) at least 80 wt.% of water, and ii) at least 5 wt.% native rapeseed protein isolate comprising 40 to 65 wt.% cruciferins and 35 to 60 wt.% napins and having a solubility of at least 88% over a pH range from 3 to 10 at a temperature of 23±2°C, iii) egg white protein, isolates thereof, and/or concentrates thereof,
A planar carbon form comprising one or more atoms of tritium covalently associated with said planar carbon form, wherein (I) said tritium is present on said planar carbon form in a configuration selected from the group consisting of: a) a component of a -CH 2 OH group wherein at least one of said hydrogens is replaced with tritium; and b) where R is any carbon containing group that results from a reduced ketone in the functionalized intermediate; and/or (II) said tritiated planar carbon form has a tritium specific activity in excess of 0.54 Curies per milliatom. (I) said tritium is present on said planar carbon form in a configuration selected from the group consisting of: a) a component of a -CH 2 OH group wherein at least one of said hydrogens is replaced with tritium; and b) where R is any carbon containing group that results from a reduced ketone in the functionalized intermediate; and/or a) a component of a -CH 2 OH group wherein at least one of said hydrogens is replaced with tritium; and b) where R is any carbon containing group that results from a reduced ketone in the functionalized intermediate; and/or (II) said tritiated planar carbon form has a tritium specific activity in excess of 0.54 Curies per milliatom.
A method for performing industrial automation control, comprising: detecting, via a sensor system, image data related to positions and/or motions of one or more humans and one or more objects in an industrial automation system; converting the image data into two-dimensional representations of the one or more humans and the one or more objects, wherein each of the two-dimensional representations consists of a plurality of data points located at edges of the respective two-dimensional representation; distinguishing, via a programmed computer system, between the one or more humans and the one or more objects by comparing, for each of the two-dimensional representations, the positions of the respective plurality of data points with a plurality of templates, wherein each of the plurality of templates represents a data point arrangement of a human; designating one of the one or more humans identified by the distinguishing process as an authorized operator based on an article carried or worn by the one of the one or more humans; and implementing a control action to control operation of a device of the industrial automation system based upon the detected positions and/or motions of the authorized operator. detecting, via a sensor system, image data related to positions and/or motions of one or more humans and one or more objects in an industrial automation system; converting the image data into two-dimensional representations of the one or more humans and the one or more objects, wherein each of the two-dimensional representations consists of a plurality of data points located at edges of the respective two-dimensional representation; distinguishing, via a programmed computer system, between the one or more humans and the one or more objects by comparing, for each of the two-dimensional representations, the positions of the respective plurality of data points with a plurality of templates, wherein each of the plurality of templates represents a data point arrangement of a human; designating one of the one or more humans identified by the distinguishing process as an authorized operator based on an article carried or worn by the one of the one or more humans; and implementing a control action to control operation of a device of the industrial automation system based upon the detected positions and/or motions of the authorized operator.
A chromatography system comprising: a first co-solvent source in fluid communication with a first mixer ; a second co-solvent source and a sample source in fluid communication with a second mixer ; a mobile phase source configured to provide mobile phase to the first and second mixers; a strainer to minimize precipitation of sample in mobile phase; a sample loop positioned downstream and in fluid communication with the strainer ; a chromatography column ; and a valve , the valve having a plurality of discrete positions forming different fluidic connections including (i) a first position in which the first mixer is in fluid communication with the chromatography column and the second mixer is in fluid communication with the sample loop and (ii) a second position in which the first mixer is in fluid communication with the sample loop and the sample loop is in fluid communication with the chromatography column . a first co-solvent source in fluid communication with a first mixer ; a second co-solvent source and a sample source in fluid communication with a second mixer ; a mobile phase source configured to provide mobile phase to the first and second mixers; a strainer to minimize precipitation of sample in mobile phase; a sample loop positioned downstream and in fluid communication with the strainer ; a chromatography column ; and a valve , the valve having a plurality of discrete positions forming different fluidic connections including (i) a first position in which the first mixer is in fluid communication with the chromatography column and the second mixer is in fluid communication with the sample loop and (ii) a second position in which the first mixer is in fluid communication with the sample loop and the sample loop is in fluid communication with the chromatography column .
Apparatus comprising processing circuitry , the processing circuitry comprising: a prediction module configured to use an indication of a speech pattern of a monitored subject to determine a predicted time of inspiration by the subject based on a machine learning model trained to predict a relationship between the speech pattern and a breathing pattern of the subject; and a control module configured to control delivery of gas to the subject based on the predicted time of inspiration by the subject. a prediction module configured to use an indication of a speech pattern of a monitored subject to determine a predicted time of inspiration by the subject based on a machine learning model trained to predict a relationship between the speech pattern and a breathing pattern of the subject; and a control module configured to control delivery of gas to the subject based on the predicted time of inspiration by the subject.
A method comprising: receiving data in a first series of blocks (410;412;414;416;418) each having a first number of audio samples; repackaging the data into a second series of blocks (420;422;424;426) each having a second number of audio samples, characterized in that the second number of audio samples is a non-integer fraction of the first number of audio samples; and transmitting the second series of blocks over a series of fixed duration time intervals as said blocks are assembled, wherein received data that has not been included in a block of the second series of blocks is included in the next block of the second series of blocks to be transmitted. receiving data in a first series of blocks (410;412;414;416;418) each having a first number of audio samples; repackaging the data into a second series of blocks (420;422;424;426) each having a second number of audio samples, characterized in that the second number of audio samples is a non-integer fraction of the first number of audio samples; and transmitting the second series of blocks over a series of fixed duration time intervals as said blocks are assembled, wherein received data that has not been included in a block of the second series of blocks is included in the next block of the second series of blocks to be transmitted.
A fan comprising: a fan seat ; a fan head having a first surface opposing a second surface of the fan seat ; and a first rotating shaft provided at edges of the first surface and the second surface and configured to rotatably couple the fan seat and the fan head , in particular such that the angle between the first surface of the fan head and the second surface of the fan seat is variable; characterized in that the fan seat comprises: a first seat body ; and a second seat body , wherein a bottom surface of the second seat body is opposing a top surface of the first seat body , and a top surface of the second seat body is the second surface of the fan seat , and the second seat body is rotatable relative to the first seat body . a fan seat ; a fan head having a first surface opposing a second surface of the fan seat ; and a first rotating shaft provided at edges of the first surface and the second surface and configured to rotatably couple the fan seat and the fan head , in particular such that the angle between the first surface of the fan head and the second surface of the fan seat is variable; a first seat body ; and a second seat body , wherein a bottom surface of the second seat body is opposing a top surface of the first seat body , and a top surface of the second seat body is the second surface of the fan seat , and the second seat body is rotatable relative to the first seat body .
A printed circuit board mounting arrangement for use in an environment with an aggressive vibration profile, comprising a connector body having at least one flange , which flange is provided with a location hole , a printed circuit board being provided with a corresponding location hole, and at least one mechanical press fit pin wherein the printed circuit board is provided with holes to receive electrical pins to provide an electrical connection wherein the mechanical press fit pin is received in the location hole to provide a mechanical connection between the connector and the printed circuit board, the press fit pin both fixing and orienting the printed circuit board, and the connector body is configured to co-operate with a housing , which housing receives the printed circuit board to form a closed assembly. a connector body having at least one flange , which flange is provided with a location hole , a printed circuit board being provided with a corresponding location hole, and at least one mechanical press fit pin wherein the printed circuit board is provided with holes to receive electrical pins to provide an electrical connection wherein the mechanical press fit pin is received in the location hole to provide a mechanical connection between the connector and the printed circuit board, the press fit pin both fixing and orienting the printed circuit board, and the connector body is configured to co-operate with a housing , which housing receives the printed circuit board to form a closed assembly.
A flash memory system with compensation for differences in slope of current-voltage characteristic curves of a reference device and a selected memory cell, comprising: input data; a reference look-up table , wherein the reference look-up table comprises data derived from current-voltage characteristic curves based on different operating temperatures of a reference transistor; and a selected memory cell ; wherein an input voltage (Vgs') is generated based on the input data and the reference look-up table to be applied to a gate of the selected memory cell. input data; a reference look-up table , wherein the reference look-up table comprises data derived from current-voltage characteristic curves based on different operating temperatures of a reference transistor; and a selected memory cell ; wherein an input voltage (Vgs') is generated based on the input data and the reference look-up table to be applied to a gate of the selected memory cell.
A lawn mower comprising: a cutting disk that has at least one mowing blade and is rotatable about a rotating shaft ; a bottom disk disposed below the cutting disk ; and a plurality of prong portions that are provided on a periphery of the bottom disk and extend radially outward beyond an area reachable by the mowing blade , wherein the prong portions are made of an elastically deformable material and curve upward toward distal ends thereof, and are adapted to abut the cutting disk when elastically deformed inward due to an external force applied thereto, characterized in that the area reachable by the mowing blade is set in an inner area relative to a rim of the cutting disk . a cutting disk that has at least one mowing blade and is rotatable about a rotating shaft ; a bottom disk disposed below the cutting disk ; and a plurality of prong portions that are provided on a periphery of the bottom disk and extend radially outward beyond an area reachable by the mowing blade , wherein the prong portions are made of an elastically deformable material and curve upward toward distal ends thereof, and are adapted to abut the cutting disk when elastically deformed inward due to an external force applied thereto, characterized in that the area reachable by the mowing blade is set in an inner area relative to a rim of the cutting disk .