mhurhangee/ep-ind-claims huggingface dataset:
A system for separating carbon dioxide gas from internal combustion engine exhaust, said system comprising: an internal combustion engine configured to emit exhaust gas when operating, said exhaust gas characterized as having an elevated temperature and comprising carbon dioxide; a heat exchanger configured to cool the exhaust gas emitted by the internal combustion engine; a scrubber tank containing a carbon dioxide absorbent fluid and configured to bubble exhaust gas from the heat exchanger through the carbon dioxide absorbent fluid, whereby carbon dioxide gas is absorbed by the carbon dioxide absorbent fluid; a pump configured to urge the carbon dioxide absorbent fluid through the heat exchanger, wherein the carbon dioxide absorbent fluid is heated as the exhaust gas is cooled, whereby the carbon dioxide absorbent fluid releases stored carbon dioxide; and a carbon dioxide storage means configured to store the carbon dioxide released in the heat exchanger. an internal combustion engine configured to emit exhaust gas when operating, said exhaust gas characterized as having an elevated temperature and comprising carbon dioxide; a heat exchanger configured to cool the exhaust gas emitted by the internal combustion engine; a scrubber tank containing a carbon dioxide absorbent fluid and configured to bubble exhaust gas from the heat exchanger through the carbon dioxide absorbent fluid, whereby carbon dioxide gas is absorbed by the carbon dioxide absorbent fluid; a pump configured to urge the carbon dioxide absorbent fluid through the heat exchanger, wherein the carbon dioxide absorbent fluid is heated as the exhaust gas is cooled, whereby the carbon dioxide absorbent fluid releases stored carbon dioxide; and a carbon dioxide storage means configured to store the carbon dioxide released in the heat exchanger.
A cannula assembly, comprising a cannula (26, 158) having a lumen, and a guidewire, characterized in that the assembly further comprises an insertion device configured to be received in the lumen of the cannula (26, 158), the insertion device comprising a shaft configured to be received within the lumen of the cannula (26, 158), and a compressible member operatively coupled to the shaft and configured to expand in a generally radially outward direction when compressed in an axial direction, wherein the compressible member is movable from an initial state in which it has a radial dimension smaller than the lumen of the cannula (26, 158) to a compressed state in which it has a radial dimension larger than the lumen of the cannula (26, 158) to releasably secure the insertion device to the cannula (26, 158), and wherein the shaft includes a lumen (204, 206) extending at least partially therethrough for receiving the guide wire so that the insertion device can be directed to the tissue along the guide wire.
A computer implemented method of analyzing measurement results of a target system, the method comprising receiving a data sample comprising a plurality of variables representing the measurement results, detecting that the data sample is an anomalous sample using an anomaly detection model, characterized by processing the data sample by separately applying an imputation model to a plurality of selected subsets of variables of the data sample to obtain a plurality of imputed samples, and applying the anomaly detection model to the plurality of imputed samples to obtain respective anomaly scores, determining anomalous variables of the data sample based on results from the processing of the data sample, and outputting the anomalous variables of the data sample for management operations in the target system. receiving a data sample comprising a plurality of variables representing the measurement results, detecting that the data sample is an anomalous sample using an anomaly detection model, characterized by processing the data sample by separately applying an imputation model to a plurality of selected subsets of variables of the data sample to obtain a plurality of imputed samples, and applying the anomaly detection model to the plurality of imputed samples to obtain respective anomaly scores, determining anomalous variables of the data sample based on results from the processing of the data sample, and outputting the anomalous variables of the data sample for management operations in the target system.
A method for swapping content presentation, the method comprising: determining, at a device currently receiving a single content stream comprising respective frames of two videos stitched into single, respective frames of a single merged video and currently presenting a first of the two videos, that another device is currently presenting a second of the two videos and is currently receiving both of the two videos through the single content stream; receiving an instruction, at the device, to swap content presentation between the device and the other device; responsive to the instruction to swap content presentation: presenting, at the device, the second of the two videos and ceasing to present the first of the two videos; and causing the other device to present the first of the two videos and cease to present the second of the two videos. determining, at a device currently receiving a single content stream comprising respective frames of two videos stitched into single, respective frames of a single merged video and currently presenting a first of the two videos, that another device is currently presenting a second of the two videos and is currently receiving both of the two videos through the single content stream; receiving an instruction, at the device, to swap content presentation between the device and the other device; responsive to the instruction to swap content presentation: presenting, at the device, the second of the two videos and ceasing to present the first of the two videos; and causing the other device to present the first of the two videos and cease to present the second of the two videos. presenting, at the device, the second of the two videos and ceasing to present the first of the two videos; and causing the other device to present the first of the two videos and cease to present the second of the two videos.
Refrigeration appliance comprising a fresh food compartment in which an ozone generating device is placed, wherein the ozone generating device is mounted on a rear wall of the fresh food compartment in correspondence with a notch provided in an upper rear wall of a crisper drawer, so that the ozone generated by said ozone generating device is confined in said crisper drawer, wherein the ozone generating device is configured to maintain in said crisper drawer a concentration of ozone comprised between 0,04 and 0,12 ppm and comprises an ozone sensor for adjusting the ozone concentration at the desired value and an ethylene sensor, said ozone and ethylene sensors (16, 18) and the ozone generating device being placed in a housing, characterized in that the ozone generator is automatically switched ON when the ethylene sensor achieves a predetermined threshold and is automatically switched OFF when the crisper drawer is open.
A cooking appliance (1300; 1400; 1500) comprising: a first cooking module (402; 1300A; 1400A; 1500A) and a second cooking module (403; 1300B; 1400B; 1500B) arranged to be hingedly connected adjacent one edge such that they can be pivotally moved between an open configuration and a substantially closed configuration; the first cooking module comprising a first cooking chamber (1302A; 1402A; 1502A), a first cooking element (1304A; 1404A; 1504A) arranged in the first cooking chamber, and a first cooking surface (1306A; 1406A; 1506A), the first cooking element being arranged to heat the first cooking surface; the second cooking module comprising a second cooking chamber (1302B; 1402B; 1502B), a second cooking element (1304B; 1404B; 1504B) arranged in the second cooking chamber, and a second cooking surface (1306B; 1406B; 1506B), the second cooking element being arranged to heat the second cooking surface; and wherein the second cooking element includes: an electric cooking element, a gas cooking element, a combination of electric and gas cooking elements, or a bin having a chamber for accommodating hot coals; characterized in that the first cooking element includes: a combination of electric and gas cooking elements arranged in a rotatable assembly that is rotatable about a rotation axis to selectively use electric or gas. a first cooking module (402; 1300A; 1400A; 1500A) and a second cooking module (403; 1300B; 1400B; 1500B) arranged to be hingedly connected adjacent one edge such that they can be pivotally moved between an open configuration and a substantially closed configuration; the first cooking module comprising a first cooking chamber (1302A; 1402A; 1502A), a first cooking element (1304A; 1404A; 1504A) arranged in the first cooking chamber, and a first cooking surface (1306A; 1406A; 1506A), the first cooking element being arranged to heat the first cooking surface; the second cooking module comprising a second cooking chamber (1302B; 1402B; 1502B), a second cooking element (1304B; 1404B; 1504B) arranged in the second cooking chamber, and a second cooking surface (1306B; 1406B; 1506B), the second cooking element being arranged to heat the second cooking surface; and wherein the second cooking element includes: an electric cooking element, a gas cooking element, a combination of electric and gas cooking elements, or a bin having a chamber for accommodating hot coals; characterized in that the first cooking element includes: a combination of electric and gas cooking elements arranged in a rotatable assembly that is rotatable about a rotation axis to selectively use electric or gas.
A control method for vehicle atmosphere lamps, characterized by comprising the steps of: acquiring driving information of a vehicle; and selecting an operating mode for the vehicle atmosphere lamps according to the driving information of the vehicle; characterised in that before, during or after the step of "acquiring driving information of a vehicle", the control method further comprises: acquiring an electric quantity of the vehicle; and turning or keeping off the vehicle atmosphere lamps if the electric quantity of the vehicle is less than a predetermined electric quantity. acquiring driving information of a vehicle; and selecting an operating mode for the vehicle atmosphere lamps according to the driving information of the vehicle; characterised in that before, during or after the step of "acquiring driving information of a vehicle", the control method further comprises: acquiring an electric quantity of the vehicle; and turning or keeping off the vehicle atmosphere lamps if the electric quantity of the vehicle is less than a predetermined electric quantity. acquiring an electric quantity of the vehicle; and turning or keeping off the vehicle atmosphere lamps if the electric quantity of the vehicle is less than a predetermined electric quantity.
A method for documenting the presence of a human and computing device at a particular place and time comprising: providing a first set of one or more sensors (107a...107d) forming a detecting network, the first set of one or more sensors disposed at a location and adapted to detect the presence of a human at said location by inference based on changes in the characteristics of wireless network signals caused by absorption of wireless waves by a human body within the detection network; providing a second set of one or more sensors disposed at said location and adapted to detect the presence of a computing device at said location; providing a distributed ledger adapted to record timestamped records; detecting, using said first set of one or more sensors, a human present at said location; detecting, using said second set of one or more sensors, a computing device at said location; posting to said distributed ledger a timestamped record indicating said detected presence of said human at said location and said detected presence of said computing device at said location; wherein said posted timestamped record comprises data for confirming a transaction between a plurality of parties; and wherein said posted timestamped record is accessible to each party in said plurality of parties. providing a first set of one or more sensors (107a...107d) forming a detecting network, the first set of one or more sensors disposed at a location and adapted to detect the presence of a human at said location by inference based on changes in the characteristics of wireless network signals caused by absorption of wireless waves by a human body within the detection network; providing a second set of one or more sensors disposed at said location and adapted to detect the presence of a computing device at said location; providing a distributed ledger adapted to record timestamped records; detecting, using said first set of one or more sensors, a human present at said location; detecting, using said second set of one or more sensors, a computing device at said location; posting to said distributed ledger a timestamped record indicating said detected presence of said human at said location and said detected presence of said computing device at said location; wherein said posted timestamped record comprises data for confirming a transaction between a plurality of parties; and wherein said posted timestamped record is accessible to each party in said plurality of parties.
An omni-directional airport taxiway light comprising: - a housing with a lower casing, with an upper casing mounted to the lower casing, and with an outer lens mounted to an opening of the upper casing, wherein the upper casing provides a substantially flat upper surface and wherein a first sealing is mounted between the lower casing and the upper casing and a second sealing is mounted between the upper casing and the outer lens, - a light source positioned in the housing below the outer lens so that light of the light source is emitted in the direction of the outer lens, - an inner lens located in the housing between the light source and the outer lens, characterized in that the light source is a light emitting diode which is directly mounted to a flat carrier on a flat surface of the carrier and located next to the lenses (3, 7), the flat carrier is mounted to the upper casing and positioned in the housing, and a ring shaped plate is located between the outer lens and the flat carrier, supports the outer lens and defines a vertical distance between the light emitting diode and the outer lens. - a housing with a lower casing, with an upper casing mounted to the lower casing, and with an outer lens mounted to an opening of the upper casing, wherein the upper casing provides a substantially flat upper surface and wherein a first sealing is mounted between the lower casing and the upper casing and a second sealing is mounted between the upper casing and the outer lens, - a light source positioned in the housing below the outer lens so that light of the light source is emitted in the direction of the outer lens, - an inner lens located in the housing between the light source and the outer lens,
Device (101, 120) for determining a driving route for a vehicle that has an automated driving mode, in which the vehicle is longitudinally and/or laterally controlled in an at least partially automated manner, and that has a manual driving mode, in which the vehicle is longitudinally and/or laterally controlled in an at least partially manual manner by a driver of the vehicle, wherein the device (101, 120) is configured - to determine clearance information relating to clearance for the automated driving mode on different roadway sections of a roadway network used by the vehicle; - to determine and/or predict availability information (211, 212) relating to an availability of the driver of the vehicle for manual longitudinal and/or lateral control of the vehicle on a journey from a starting point to a destination; the availability information (211, 212) indicating for each of a sequence of time intervals during the journey from the starting point to the destination whether or not the driver of the vehicle is available in the respective time interval to operate the vehicle in the manual driving mode; - to determine, for a driving route through the roadway network from the starting point to the destination, on the basis of the clearance information and on the basis of the availability information (211, 212), a correlation measure of a correlation between roadway sections in which the automated driving mode has clearance and time intervals in which the driver is not available to operate the vehicle in the manual driving mode; and - to determine the driving route in such a way that the correlation measure is increased. - to determine clearance information relating to clearance for the automated driving mode on different roadway sections of a roadway network used by the vehicle; - to determine and/or predict availability information (211, 212) relating to an availability of the driver of the vehicle for manual longitudinal and/or lateral control of the vehicle on a journey from a starting point to a destination; the availability information (211, 212) indicating for each of a sequence of time intervals during the journey from the starting point to the destination whether or not the driver of the vehicle is available in the respective time interval to operate the vehicle in the manual driving mode; - to determine, for a driving route through the roadway network from the starting point to the destination, on the basis of the clearance information and on the basis of the availability information (211, 212), a correlation measure of a correlation between roadway sections in which the automated driving mode has clearance and time intervals in which the driver is not available to operate the vehicle in the manual driving mode; and - to determine the driving route in such a way that the correlation measure is increased.
A method associated with clock synchronization, wherein the method is executed by a receiver, the method comprising: receiving frequency offset information from a transmitter, wherein the frequency offset information is information about a frequency offset between the frequency of a service clock signal of the transmitter side and a frequency of a common reference clock signal, and wherein the frequency offset information is related to the sum of multiple pieces of frequency offset information generated by the transmitter; obtaining a clock signal frequency by performing frequency division based on the common reference clock signal and the frequency offset information; and determining a service clock signal of the receiver side by performing frequency multiplication processing based on the clock signal frequency, wherein if a packet loss occurs, a phase of the service clock signal of the receiver side is adjusted to be consistent with a phase of the service clock signal of the transmitter side based on the frequency offset information that includes the sum of multiple pieces of frequency offset information and that is sent by the transmitter. receiving frequency offset information from a transmitter, wherein the frequency offset information is information about a frequency offset between the frequency of a service clock signal of the transmitter side and a frequency of a common reference clock signal, and wherein the frequency offset information is related to the sum of multiple pieces of frequency offset information generated by the transmitter; obtaining a clock signal frequency by performing frequency division based on the common reference clock signal and the frequency offset information; and determining a service clock signal of the receiver side by performing frequency multiplication processing based on the clock signal frequency, wherein if a packet loss occurs, a phase of the service clock signal of the receiver side is adjusted to be consistent with a phase of the service clock signal of the transmitter side based on the frequency offset information that includes the sum of multiple pieces of frequency offset information and that is sent by the transmitter.
An article of footwear comprising: a sole structure; and an upper that is coupled to the sole structure, the upper including a medial side and a lateral side, the upper including a knitted component formed of unitary knit construction, the knitted component including a first edge and a second edge, the knitted component also including: a base portion configured to be disposed adjacent the sole structure and to be disposed under a foot, a heel portion, a forefoot portion, a medial portion, and a lateral portion that are each formed of unitary knit construction with the base portion, and a collar with a rim, the collar extending from at least one of the medial portion and the lateral portion, the second edge being joined to the first edge at a seam of the knitted component causing the base portion, the heel portion, the forefoot portion, the medial portion, and the lateral portion to cooperatively define a void for receiving the foot, the seam having a first end and a second end, the first end located generally at the rim of the collar on one of the medial side and the lateral side of the upper, the second end being spaced from the first end. a sole structure; and an upper that is coupled to the sole structure, the upper including a medial side and a lateral side, the upper including a knitted component formed of unitary knit construction, the knitted component including a first edge and a second edge, the knitted component also including: a base portion configured to be disposed adjacent the sole structure and to be disposed under a foot, a heel portion, a forefoot portion, a medial portion, and a lateral portion that are each formed of unitary knit construction with the base portion, and a collar with a rim, the collar extending from at least one of the medial portion and the lateral portion, the second edge being joined to the first edge at a seam of the knitted component causing the base portion, the heel portion, the forefoot portion, the medial portion, and the lateral portion to cooperatively define a void for receiving the foot, the seam having a first end and a second end, the first end located generally at the rim of the collar on one of the medial side and the lateral side of the upper, the second end being spaced from the first end. a base portion configured to be disposed adjacent the sole structure and to be disposed under a foot, a heel portion, a forefoot portion, a medial portion, and a lateral portion that are each formed of unitary knit construction with the base portion, and a collar with a rim, the collar extending from at least one of the medial portion and the lateral portion, the second edge being joined to the first edge at a seam of the knitted component causing the base portion, the heel portion, the forefoot portion, the medial portion, and the lateral portion to cooperatively define a void for receiving the foot, the seam having a first end and a second end, the first end located generally at the rim of the collar on one of the medial side and the lateral side of the upper, the second end being spaced from the first end.