mhurhangee/ep-ind-claims huggingface dataset:
A sound-proofing housing for a respirator, said housing comprising a first housing part, which has an intake opening for the entry of air into the housing, said air being drawn in by a fan arranged in the housing, and which also has a second housing part, which has a discharge opening for the discharge of the drawn-in air from the housing, said housing also comprising a shaped part arranged in the housing, the shaped part forming a flange seal, which comes to rest between the first housing part and the second housing part when the housing is put together and divides the housing into an intake region and a delivery region, said housing further comprising a fan receptacle for holding the fan in the housing, said fan receptacle protruding from the intake side of the flange seal facing the intake region, and said housing also comprising air-guiding devices for guiding the air drawn in by the fan within the housing, characterised in that a support flange, which comprises at least one air passage opening for the air drawn in by the fan as well as contact sides contacting the inner side of a housing part when the housing is put together, is provided in the region of the free end of the fan receptacle, and in that at least one further air passage opening for the air drawn in by the fan is provided in the fan receptacle, preferably adjacent to the intake side of the flange seal.
A method for managing computer programs in a computer, said computer programs being in a running state on a computer operating system and said computer programs having at least one normal user interface representation, such as a window, for receiving input from a user and producing output to a user, said computer programs comprising a first program and a second program, said method comprising: - forming reduced representations (720, 722, 724) of said normal user interface representations of said computer programs such that said reduced representations can fit to be presented simultaneously on a display of said computer, - displaying said reduced representations simultaneously to a user on a display of said computer, - receiving a selection input from a user for selecting a reduced representation of a second computer program for providing a normal user interface representation of said second program to a user in response to said selection input, wherein the method comprises: - displaying at least a part of said normal user interface representation of said first program simultaneously with said reduced representations, said reduced representations being indicative of states of said computer programs, and - forming activity information relating to at least said second program, and forming said reduced representation of said second program to comprise indication (4020, 4040) of said activity information for indicating activity of said second program to the user, wherein said activity information comprises information on system resource usage of said second program such as energy consumption, processor usage or memory usage, or any combination indicative of system resource usage. - forming reduced representations (720, 722, 724) of said normal user interface representations of said computer programs such that said reduced representations can fit to be presented simultaneously on a display of said computer, - displaying said reduced representations simultaneously to a user on a display of said computer, - receiving a selection input from a user for selecting a reduced representation of a second computer program for providing a normal user interface representation of said second program to a user in response to said selection input, - displaying at least a part of said normal user interface representation of said first program simultaneously with said reduced representations, said reduced representations being indicative of states of said computer programs, and - forming activity information relating to at least said second program, and forming said reduced representation of said second program to comprise indication (4020, 4040) of said activity information for indicating activity of said second program to the user, wherein said activity information comprises information on system resource usage of said second program such as energy consumption, processor usage or memory usage, or any combination indicative of system resource usage.
An energy conservation commoditization system, comprising: a metering portion configured with each of a thermal meter apparatus suitable to measure an external environmental temperature and an energy meter apparatus suitable to measure an energy load of a facility; and a modeling mechanism coupled with the metering portion and configured with stored device-readable instructions, wherein the instructions are configured when executed by data processing circuitry to cause the modeling mechanism to process each of a first set of facility energy load data associated with a first time period and a first set of external environmental temperature data also associated with the first time period, and to produce a first analog facility model, wherein the first set of facility energy load data represents a total facility energy load for the first time period, and wherein the first analog facility model comprises plural identified end-use energy load portions disaggregated from the first set of facility energy load data characterised by the modeling mechanism which is further configured to recalculate the plural identified end-use energy load portions according to a second set of external environmental temperature data associated with a second time period that is different than the first time period. a metering portion configured with each of a thermal meter apparatus suitable to measure an external environmental temperature and an energy meter apparatus suitable to measure an energy load of a facility; and a modeling mechanism coupled with the metering portion and configured with stored device-readable instructions, wherein the instructions are configured when executed by data processing circuitry to cause the modeling mechanism to process each of a first set of facility energy load data associated with a first time period and a first set of external environmental temperature data also associated with the first time period, and to produce a first analog facility model, wherein the first set of facility energy load data represents a total facility energy load for the first time period, and wherein the first analog facility model comprises plural identified end-use energy load portions disaggregated from the first set of facility energy load data characterised by the modeling mechanism which is further configured to recalculate the plural identified end-use energy load portions according to a second set of external environmental temperature data associated with a second time period that is different than the first time period.
A method for managing the temperature of a room having a wall and a ceiling, the method comprising: disposing one or more fixtures comprising one or more phase change materials/ PCM in an interior of the room, characterized in that the one or more phase change materials/PCM are provided in an amount between 0.73 kg and 1.71 kg per square meter (0.15 lbs. and 0.35 lbs. per square foot) of floor space in the interior of the room; and in that the total area of fixtures comprising a phase change material in the room is selected according to the equation: Total Fixture Area = R × C × O M, wherein R is the area of the floor space of the room, C is the average ceiling height of the room, O is a PCM room density factor, and M is a PCM fixture density factor; wherein the PCM room density factor O is obtained by converting a room density value, said room density value being a ratio of the PCM to a floor area of a room, wherein the ratio is between 0.73 kg and 1.71 kg per square meter and the PCM room density factor O is obtained by dividing the room density value by 10 and setting the units to per length (e.g. per meter); and wherein the PCM fixture density factor M is obtained by converting a fixture density value, said fixture density value being a ratio of the PCM to a fixture area, and the ratio is between 1.61 kg and 3.66 kg per square meter into a unit-less PCM fixture density factor M by removing the units. disposing one or more fixtures comprising one or more phase change materials/ PCM in an interior of the room, characterized in that the one or more phase change materials/PCM are provided in an amount between 0.73 kg and 1.71 kg per square meter (0.15 lbs. and 0.35 lbs. per square foot) of floor space in the interior of the room; and in that the total area of fixtures comprising a phase change material in the room is selected according to the equation: Total Fixture Area = R × C × O M, wherein R is the area of the floor space of the room, C is the average ceiling height of the room, O is a PCM room density factor, and M is a PCM fixture density factor; wherein the PCM room density factor O is obtained by converting a room density value, said room density value being a ratio of the PCM to a floor area of a room, wherein the ratio is between 0.73 kg and 1.71 kg per square meter and the PCM room density factor O is obtained by dividing the room density value by 10 and setting the units to per length (e.g. per meter); and wherein the PCM fixture density factor M is obtained by converting a fixture density value, said fixture density value being a ratio of the PCM to a fixture area, and the ratio is between 1.61 kg and 3.66 kg per square meter into a unit-less PCM fixture density factor M by removing the units.
A method performed by a user equipment, UE, for transmitting a physical uplink shared channel, PUSCH, the method comprising: receiving sounding reference signal, SRS, configuration information comprising at least a first SRS resource set and a second SRS resource set; receiving downlink control information, DCI, scheduling the PUSCH, wherein the DCI includes phase tracking reference signal-demodulation reference signal, PTRS-DMRS, association information, first SRS resource indicator, SRI, information, and second SRI information, wherein a most significant bit, MSB, of the PTRS-DMRS association information indicates a first association between a PTRS port and a DMRS port corresponding to the first SRI information, and wherein a least significant bit, LSB, of the PTRS-DMRS association information indicates a second association between a PTRS port and a DMRS port corresponding to the second SRI information; and transmitting PTRSs for the PUSCH based on the first association between the PTRS port and the DMRS port corresponding to the first SRI information and the second association between the PTRS port and the DMRS port corresponding to the second SRI information. receiving sounding reference signal, SRS, configuration information comprising at least a first SRS resource set and a second SRS resource set; receiving downlink control information, DCI, scheduling the PUSCH, wherein the DCI includes phase tracking reference signal-demodulation reference signal, PTRS-DMRS, association information, first SRS resource indicator, SRI, information, and second SRI information, wherein a most significant bit, MSB, of the PTRS-DMRS association information indicates a first association between a PTRS port and a DMRS port corresponding to the first SRI information, and wherein a least significant bit, LSB, of the PTRS-DMRS association information indicates a second association between a PTRS port and a DMRS port corresponding to the second SRI information; and transmitting PTRSs for the PUSCH based on the first association between the PTRS port and the DMRS port corresponding to the first SRI information and the second association between the PTRS port and the DMRS port corresponding to the second SRI information.
A method for multicarrier wireless communications comprising: receiving, by a wireless transmit/receive unit, WTRU, a first configuration information for a set of downlink, DL, carriers and a set of uplink, UL, carriers; configuring, by the WTRU, the set of DL carriers and the set of UL carriers according to the first configuration information; receiving, by the WTRU, second configuration information for assigning an UL primary carrier; configuring, by the WTRU, the UL primary carrier according to the second configuration information; receiving, by the WTRU, messages over the configured set of DL carriers; determining, by the WTRU, a first subframe, associated with a first DL carrier of the set of DL carriers, based on a first reporting periodicity and a first subframe offset, and a second subframe, associated with a second DL carrier of the set of DL carriers, based on a second reporting periodicity and a second subframe offset; and transmitting, by the WTRU, control information for the configured set of DL carriers over a physical uplink control channel, PUCCH, only on the UL primary carrier, wherein the control information comprises one or more of a channel quality information, CQI, or a precoding matrix index, PMI, wherein the control information associated with the first DL carrier is transmitted in the first subframe determined based on the first reporting periodicity and the first subframe offset, and the control information associated with the second DL carrier is transmitted in the second subframe determined based on the second reporting periodicity and the second subframe offset. receiving, by a wireless transmit/receive unit, WTRU, a first configuration information for a set of downlink, DL, carriers and a set of uplink, UL, carriers; configuring, by the WTRU, the set of DL carriers and the set of UL carriers according to the first configuration information; receiving, by the WTRU, second configuration information for assigning an UL primary carrier; configuring, by the WTRU, the UL primary carrier according to the second configuration information; receiving, by the WTRU, messages over the configured set of DL carriers; determining, by the WTRU, a first subframe, associated with a first DL carrier of the set of DL carriers, based on a first reporting periodicity and a first subframe offset, and a second subframe, associated with a second DL carrier of the set of DL carriers, based on a second reporting periodicity and a second subframe offset; and transmitting, by the WTRU, control information for the configured set of DL carriers over a physical uplink control channel, PUCCH, only on the UL primary carrier, wherein the control information comprises one or more of a channel quality information, CQI, or a precoding matrix index, PMI, wherein the control information associated with the first DL carrier is transmitted in the first subframe determined based on the first reporting periodicity and the first subframe offset, and the control information associated with the second DL carrier is transmitted in the second subframe determined based on the second reporting periodicity and the second subframe offset.
A method of fabricating a thin film battery, comprising: depositing a first stack of blanket layers on a substrate, said stack comprising a cathode current collector layer, a cathode layer, an electrolyte layer, an anode layer and an anode current collector layer; laser die patterning said first stack to form a second stack; laser patterning said second stack to form a device stack, said laser patterning revealing a cathode current collector area and a portion of said electrolyte layer adjacent to said cathode current collector area, wherein said laser patterning of said second stack includes removing a part of the thickness of said portion of said electrolyte layer to form a step in said electrolyte layer; and depositing on said device stack and patterning encapsulation and bonding pad layers. depositing a first stack of blanket layers on a substrate, said stack comprising a cathode current collector layer, a cathode layer, an electrolyte layer, an anode layer and an anode current collector layer; laser die patterning said first stack to form a second stack; laser patterning said second stack to form a device stack, said laser patterning revealing a cathode current collector area and a portion of said electrolyte layer adjacent to said cathode current collector area, wherein said laser patterning of said second stack includes removing a part of the thickness of said portion of said electrolyte layer to form a step in said electrolyte layer; and depositing on said device stack and patterning encapsulation and bonding pad layers.
Connection arrangement for connecting at least one voltage source and/or voltage sink which is in the form of a cell of a traction battery to an external electrical component, comprising a cell contact for contacting the voltage source and/or sink, a cell connection line connected to the cell contact and a connection line, which is connected to the cell connection line at the end thereof facing away from the cell contact, for connection to the external electrical component, wherein the cell connection line comprises the same material as the cell contact, characterized in that a casting compound is fitted around a connection region, at which the connection line is connected to the cell connection line, wherein the cell connection line is secured to a base member of the traction battery by the casting compound.
A method of repairing a casing for a gas turbine engine, wherein the casing has a wall extending generally axially, and between radially outwardly extending flanges, said radially outwardly extending flanges extending radially from said wall, and at least one radially extending flange being formed with a plurality of bolt holes, the method including the steps of: removing a portion of said flange including at least one of the plurality of bolt holes and removing a portion of said wall, a remaining portion of said flange including at least one non-removed bolt hole; obtaining a replacement portion to replace the removed portion, said replacement portion including replacement portions of said flange and said wall; and welding said replacement portion in an opening left in said flange by said removed portion; wherein the welding step is provided by welding the replacement portion into circumferential edges of the flange defining the removed portion, and wherein the welding step includes welding the replacement portion into a remaining portion of said wall, characterized in that the removed portions of said flange and said wall are associated with a defect, the removed portion of the wall and the replacement portion of the wall including a wall portion extending axially away from the flange. removing a portion of said flange including at least one of the plurality of bolt holes and removing a portion of said wall, a remaining portion of said flange including at least one non-removed bolt hole; obtaining a replacement portion to replace the removed portion, said replacement portion including replacement portions of said flange and said wall; and welding said replacement portion in an opening left in said flange by said removed portion; wherein the welding step is provided by welding the replacement portion into circumferential edges of the flange defining the removed portion, and wherein the welding step includes welding the replacement portion into a remaining portion of said wall, characterized in that the removed portions of said flange and said wall are associated with a defect, the removed portion of the wall and the replacement portion of the wall including a wall portion extending axially away from the flange.
A resonant MEMS sensor adapted to generate a pulse output signal (S Imp) from a signal of interest (S Int), said signal of interest (S Int) being a signal having a frequency oscillating around a carrier frequency, said MEMS sensor comprising at least one processing channel for processing the signal of interest (S Int), each processing channel containing: - a demodulation unit for demodulating the signal of interest (S Int) to form a demodulated signal (S Dem), said demodulation unit comprising a frequency mixer between said signal of interest (S Int) and a reference signal (V demod), said demodulated signal (S Dem) having a low-frequency component and a high-frequency component; - a filtration unit for filtering the demodulated signal (S Dem) to form a filtered signal (S Fil), the filtration unit being adapted to allow the low-frequency component of the demodulated signal (S Dem) to pass through; - a comparison unit for comparing the filtered signal (S Fil) with a fixed threshold signal (Vth) to form a comparison signal (S Comp), said comparison signal (S Comp) comprising rising edges and falling edges; - a detection unit for detecting rising edges, each rising edge corresponding to a pulse of the output signal (S Imp). - a demodulation unit for demodulating the signal of interest (S Int) to form a demodulated signal (S Dem), said demodulation unit comprising a frequency mixer between said signal of interest (S Int) and a reference signal (V demod), said demodulated signal (S Dem) having a low-frequency component and a high-frequency component; - a filtration unit for filtering the demodulated signal (S Dem) to form a filtered signal (S Fil), the filtration unit being adapted to allow the low-frequency component of the demodulated signal (S Dem) to pass through; - a comparison unit for comparing the filtered signal (S Fil) with a fixed threshold signal (Vth) to form a comparison signal (S Comp), said comparison signal (S Comp) comprising rising edges and falling edges; - a detection unit for detecting rising edges, each rising edge corresponding to a pulse of the output signal (S Imp).
A CD39 gene expression promoter, comprising three components consisting of carboxymethyl-beta glucan or a salt thereof, polyoxyethylene /polyoxypropylene random copolymer dimethyl ether and rosewater.
A method for assisting diagnosis of onset risk of gastric cancer in a subject, comprising steps of analyzing a methylation status of a CpG site present in a genetic region of the BHLHE22 gene contained in a DNA sample of the subject, and obtaining information on the onset risk of gastric cancer in the subject, based on the result obtained in the analysis step, wherein the DNA sample is prepared from a non-cancerous sample collected from the subject, the subject having experienced a Helicobacter pylori infection.