mhurhangee/ep-ind-claims huggingface dataset:
A composition containing: (i) a refrigerant comprising difluoromethane, wherein the proportion of R32 in the whole of the refrigerant is 70 % by mass or more and (ii) a lubricating oil composition for compression refrigerating machine using, as a base oil, an oxygen-containing organic compound which contains, as a major component, a polyvinyl-based compound having a constituent unit represented by a general formula: wherein each of R 4, R 5, and R 6 represents a hydrogen atom or a hydrocarbon group having from 1 to 8 carbon atoms, and they may be the same as or different from each other; R 7 represents a divalent hydrocarbon group having from 2 to 10 carbon atoms; R 8 represents a hydrocarbon group having from 1 to 10 carbon atoms; p represents a number of from 0 to 10 in terms of an average value thereof; R 4 to R 8 may be the same as or different from each other for every constituent unit; and when plural R 7 Os are present, the plural R 7 Os may be the same as or different from each other, wherein the polyvinyl-based compound has a hydroxyl value of not more than 15 mgKOH/g, as measured according to JIS K0070. (i) a refrigerant comprising difluoromethane, wherein the proportion of R32 in the whole of the refrigerant is 70 % by mass or more and (ii) a lubricating oil composition for compression refrigerating machine using, as a base oil, an oxygen-containing organic compound which contains, as a major component, a polyvinyl-based compound having a constituent unit represented by a general formula:
Procedure to determine at least a pipe wall resonance frequency of a pipe in the area of a measuring point using a field device used in process measuring technology with at least a first ultrasonic transducer, wherein said transducer is fixed on the pipe at the measuring point, wherein said procedure comprises the following steps: - Determination of a reception spectrum U rec (f) from a reception signal u rec ( t) following the emission of an ultrasonic signal; - Determination of a second transmission function U Measuring point (f) from a first transmission function U transducer (f) at least of the first or several of the ultrasonic transducers situated in the area of the measuring point and the reception spectrum U rec (f), wherein the second transmission function U Measuring point (f) is characteristic for the measuring point; and - Determination of the at least one pipe wall resonance frequency f res, particularly of multiple resonance frequencies, in the area of the measuring point by evaluating the second transmission function U Measuring point (f). - Determination of a reception spectrum U rec (f) from a reception signal u rec ( t) following the emission of an ultrasonic signal; - Determination of a second transmission function U Measuring point (f) from a first transmission function U transducer (f) at least of the first or several of the ultrasonic transducers situated in the area of the measuring point and the reception spectrum U rec (f), wherein the second transmission function U Measuring point (f) is characteristic for the measuring point; and - Determination of the at least one pipe wall resonance frequency f res, particularly of multiple resonance frequencies, in the area of the measuring point by evaluating the second transmission function U Measuring point (f).
Method for softening laundry in a washing machine, using fabric softener, said washing machine having a program controller for controlling a program sequence, a drum rotatably mounted in an outer tub containing the laundry, a water inlet system (8, 9, 10), a fabric softener reservoir, a draining system disposed on the floor of the outer tub and having a pump and a drive motor for the drum, wherein a fabric softening cycle comprises the steps (a) to (e), wherein (a) an amount M 1 of a first liquid containing no fabric softener is introduced into the drum; (b) the laundry is rinsed therewith; (c) a portion M 2 < M 1 of the first liquid is then pumped out, wherein the amount M 2 is 40 to 90% of M 1; (d) a second liquid containing fabric softener is then conveyed from the fabric softener reservoir into the drum without any additional rinsing of the laundry; and (e) the laundry is treated with fabric softener; and wherein in step (c) no more liquid is supplied for rinsing before the second liquid containing fabric softener is introduced into the drum in step (d). (a) an amount M 1 of a first liquid containing no fabric softener is introduced into the drum; (b) the laundry is rinsed therewith; (c) a portion M 2 < M 1 of the first liquid is then pumped out, wherein the amount M 2 is 40 to 90% of M 1; (d) a second liquid containing fabric softener is then conveyed from the fabric softener reservoir into the drum without any additional rinsing of the laundry; and (e) the laundry is treated with fabric softener;
An apparatus for securing a device to a raised portion of a standing seam of a surface, the apparatus comprising: a clamp for detachably engaging the raised portions of the standing seam, the clamp including a mounting body of a general block shape having a slot for receiving the raised portion formed in a bottom surface of the mounting body and top surface for securing the device thereon; one or more pins, each of the one or more pins having a substantially elongated cylindrical shape, each of the one or more pins being received in one or more push-pin holes formed in the mounting body substantially orthogonal relative to the slot, the one or more push-pin holes extending from a side surface of the mounting body to the slot; and a fastening element, the fastening element adapted to be received in a fastener hole formed adjacent the one or more push-pin holes in the side surface of the mounting body, the fastening element configured to secure the clamp to the raised portion of the standing seam by forcing the one or more pins against the raised portion of the standing seam disposed in the slot. a clamp for detachably engaging the raised portions of the standing seam, the clamp including a mounting body of a general block shape having a slot for receiving the raised portion formed in a bottom surface of the mounting body and top surface for securing the device thereon; one or more pins, each of the one or more pins having a substantially elongated cylindrical shape, each of the one or more pins being received in one or more push-pin holes formed in the mounting body substantially orthogonal relative to the slot, the one or more push-pin holes extending from a side surface of the mounting body to the slot; and a fastening element, the fastening element adapted to be received in a fastener hole formed adjacent the one or more push-pin holes in the side surface of the mounting body, the fastening element configured to secure the clamp to the raised portion of the standing seam by forcing the one or more pins against the raised portion of the standing seam disposed in the slot.
A sealing structure for use with a fuel cell that comprises an electrolyte membrane having an anode formed on one side and a cathode on another side thereof, a first separator formed with an anode gas passage that faces the anode, a second separator formed with a cathode gas passage that faces the cathode, an anode gas supply manifold and an anode gas discharge manifold that penetrate the electrolyte membrane, the first separator, and the second separator, and are connected to the anode gas passage, and a cathode gas supply manifold and a cathode gas discharge manifold that penetrate the electrolyte membrane, the first separator, and the second separator and are connected to the cathode gas passage; the sealing structure comprising: a first elastic sealing member sandwiched between the electrolyte membrane and the first separator: a second elastic sealing member sandwiched between the electrolyte membrane and the second separator; wherein the electrolyte membrane comprises a first region and a second region in which the electrolyte membrane is more likely to be deformed due to a contact with one of the first and second elastic sealing members (12, 13) than in the first region; and wherein the one of the first and second elastic sealing members (12, 13) comprises a normal sealing portion (12b, 13b) located in the first region of the electrolyte membrane and a wide sealing portion (12a, 13a) located in the second region, and the wide sealing portion (12a, 13a) is formed to have a larger base width than the normal sealing portion (12b, 13b). a second elastic sealing member sandwiched between the electrolyte membrane and the second separator; wherein the electrolyte membrane comprises a first region and a second region in which the electrolyte membrane is more likely to be deformed due to a contact with one of the first and second elastic sealing members (12, 13) than in the first region; and wherein the one of the first and second elastic sealing members (12, 13) comprises a normal sealing portion (12b, 13b) located in the first region of the electrolyte membrane and a wide sealing portion (12a, 13a) located in the second region, and the wide sealing portion (12a, 13a) is formed to have a larger base width than the normal sealing portion (12b, 13b).
A system for providing control of power to a plurality of devices in a facility, the system comprising: a facility controller; a power distribution device having a first input to receive power from a utility power source, a second input to receive power from a backup power source an output that provides power from at least one of the utility power source and the backup power source, and a transfer switch coupled to the first input, the second input and the output, wherein the power distribution device is contained within a housing; and an uninterruptible power supply coupled to the output of the power distribution device and configured to provide output power derived from one of the utility power source, the backup power source, and a battery power source; characterised in that the facility controller is external to the housing of the power distribution device, is coupled to the power distribution device and the uninterruptible power supply using a network, and is configured to receive operational data related to status of the utility power source, the backup power source, and the uninterruptible power supply over the network, and to control the transfer switch based on the operational data received. a facility controller; a power distribution device having a first input to receive power from a utility power source, a second input to receive power from a backup power source an output that provides power from at least one of the utility power source and the backup power source, and a transfer switch coupled to the first input, the second input and the output, wherein the power distribution device is contained within a housing; and an uninterruptible power supply coupled to the output of the power distribution device and configured to provide output power derived from one of the utility power source, the backup power source, and a battery power source; characterised in that the facility controller is external to the housing of the power distribution device, is coupled to the power distribution device and the uninterruptible power supply using a network, and is configured to receive operational data related to status of the utility power source, the backup power source, and the uninterruptible power supply over the network, and to control the transfer switch based on the operational data received.
A Saccharomyces cerevisiae microorganism expressing at least one terpene synthase and comprising at least one endogenous gene encoding a protein that is not a terpene synthase, wherein - the native promoter of the endogenous gene has been replaced by a heterologous glucose-regulated promoter; - the glucose-regulated promoter is induced by high glucose concentrations and repressed by low glucose concentrations; and - the endogenous gene encodes a protein that uses an acylic terpene precursor as substrate, said protein being selected from the group consisting of the prenyl transferases RAM1 and RAM2, the hexaprenyl diphosphate synthase Coq1, the farnesyltransferase COX10, the cis-prenyltranferases SRT1 and RER2 and the squalene synthase ERG9. - the native promoter of the endogenous gene has been replaced by a heterologous glucose-regulated promoter; - the glucose-regulated promoter is induced by high glucose concentrations and repressed by low glucose concentrations; and - the endogenous gene encodes a protein that uses an acylic terpene precursor as substrate, said protein being selected from the group consisting of the prenyl transferases RAM1 and RAM2, the hexaprenyl diphosphate synthase Coq1, the farnesyltransferase COX10, the cis-prenyltranferases SRT1 and RER2 and the squalene synthase ERG9.
An apparatus for graphics processing, the apparatus comprising: a memory comprising an unsecure portion and a secure portion; a memory controller comprising a secure context bank and an unsecure context bank, wherein the secure context bank includes read-only page table entries to the unsecure portion of the memory and read/write page table entries to the secure portion of the memory, the unsecure context bank includes read-only page table entries to the unsecure portion of the memory, and the memory controller is configured to issue a page fault when a request to write data into an address contained within the read-only page table entries of the secure context bank is received; and a graphics processing unit, GPU, configured to access the memory according to one of an unsecure mode and a secure mode, the GPU comprising: a memory access controller configured to direct memory transactions from at least one hardware unit (65-69, 71) of the GPU to the secure context bank in the memory controller when the GPU is operating in a secure mode, and configured to direct memory transactions from the at least one hardware unit of the GPU to the unsecure context bank in the memory controller when the GPU is operating in the unsecure mode. a memory comprising an unsecure portion and a secure portion; a memory controller comprising a secure context bank and an unsecure context bank, wherein the secure context bank includes read-only page table entries to the unsecure portion of the memory and read/write page table entries to the secure portion of the memory, the unsecure context bank includes read-only page table entries to the unsecure portion of the memory, and the memory controller is configured to issue a page fault when a request to write data into an address contained within the read-only page table entries of the secure context bank is received; and a graphics processing unit, GPU, configured to access the memory according to one of an unsecure mode and a secure mode, the GPU comprising: a memory access controller configured to direct memory transactions from at least one hardware unit (65-69, 71) of the GPU to the secure context bank in the memory controller when the GPU is operating in a secure mode, and configured to direct memory transactions from the at least one hardware unit of the GPU to the unsecure context bank in the memory controller when the GPU is operating in the unsecure mode.
A near field communication, NFC, device (100, 200), comprising an application processor and a plurality of execution environments (106, 108, 110, 112), wherein the application processor is configured to generate a mapping between application identifiers and said execution environments (106, 108, 110, 112), and wherein, in said mapping, the application identifiers are associated with specific ones of said execution environments (106, 108, 110, 112), wherein the application processor is configured to generate said mapping by: (a) initializing one of the execution environments (106, 108, 110, 112); (b) retrieving one or more application identifiers from the initialized execution environment; (c) associating the retrieved application identifiers with the initialized execution environment; (d) repeating steps (a) to (c) for the other execution environment or environments; characterized in that the application processor is further configured to generate said mapping in an NFC initialization phase of the NFC device (100, 200) and to push the mapping to an NFC controller of the NFC device (100, 200) during said NFC initialization phase of the NFC device (100, 200), wherein the NFC controller is configured to initiate and support transactions between the NFC device and an external device requesting said transactions and to identify the execution environment to be used for said transactions by means of said mapping. (a) initializing one of the execution environments (106, 108, 110, 112); (b) retrieving one or more application identifiers from the initialized execution environment; (c) associating the retrieved application identifiers with the initialized execution environment; (d) repeating steps (a) to (c) for the other execution environment or environments;
A method of transmitting a packet on a wireless communication network, the method comprising: transmitting a preamble of the packet over multiple space-time-streams, the preamble including one or more training fields configured to be used for channel estimation, the one or more training fields each comprising one or more symbols of a first symbol duration; and transmitting a payload of the packet over the multiple space-time-streams, the payload comprising multiple symbols of a second symbol duration, the second symbol duration greater than the first symbol duration, wherein the symbols of the second symbol duration are each separated from each other by a cyclic prefix of a third duration, and wherein the first symbol duration is determined based at least in part on the third duration. transmitting a preamble of the packet over multiple space-time-streams, the preamble including one or more training fields configured to be used for channel estimation, the one or more training fields each comprising one or more symbols of a first symbol duration; and transmitting a payload of the packet over the multiple space-time-streams, the payload comprising multiple symbols of a second symbol duration, the second symbol duration greater than the first symbol duration, wherein the symbols of the second symbol duration are each separated from each other by a cyclic prefix of a third duration, and wherein the first symbol duration is determined based at least in part on the third duration.
One-stage process for preparing RhH (PPh 3) 3, comprising the steps: (a) Preparation of an alcoholic suspension of triphenylphosphine PPh 3 in an inerted reaction vessel, (b) Mixing the alcoholic PPh 3 suspension with an Rh chloride precursor at a temperature of 30 to 40 °C, (c) Stirring the reaction mixture of PPh 3 suspension and Rh chloride precursor at an elevated temperature, - wherein stirring is carried out under reflux if the boiling point of the alcohol is below 85 °C, or - wherein, at an internal temperature of the reaction vessel of 75 °C to 85 °C, stirring is carried out if the boiling point of the alcohol is 85 °C or higher, (d) Cooling the suspension from step (c) to 35-50 °C - in particular, 40-50 °C, (e) Adding an alcoholic alkali hydroxide solution, (f) Stirring the reaction suspension at 35-50 °C - in particular, 40-50 °C, (g) Sparging with CO gas, (h) Separating and, optionally, washing and drying the hydridocarbonyltris(triphenylphosphine)rhodium complex, RhH (PPh 3) 3. (a) Preparation of an alcoholic suspension of triphenylphosphine PPh 3 in an inerted reaction vessel, (b) Mixing the alcoholic PPh 3 suspension with an Rh chloride precursor at a temperature of 30 to 40 °C, (c) Stirring the reaction mixture of PPh 3 suspension and Rh chloride precursor at an elevated temperature, - wherein stirring is carried out under reflux if the boiling point of the alcohol is below 85 °C, or - wherein, at an internal temperature of the reaction vessel of 75 °C to 85 °C, stirring is carried out if the boiling point of the alcohol is 85 °C or higher, - wherein stirring is carried out under reflux if the boiling point of the alcohol is below 85 °C, or - wherein, at an internal temperature of the reaction vessel of 75 °C to 85 °C, stirring is carried out if the boiling point of the alcohol is 85 °C or higher, (d) Cooling the suspension from step (c) to 35-50 °C - in particular, 40-50 °C, (e) Adding an alcoholic alkali hydroxide solution, (f) Stirring the reaction suspension at 35-50 °C - in particular, 40-50 °C, (g) Sparging with CO gas, (h) Separating and, optionally, washing and drying the hydridocarbonyltris(triphenylphosphine)rhodium complex, RhH (PPh 3) 3.
A circuit for estimating a time difference between an occurrence of a first event and an occurrence of a second event, the circuit comprising: a first time marker generator configured to generate a first time marker in response to the occurrence of the first event; a second time marker generator configured to generate a second time marker in response to the occurrence of the second event; a first signal line for receiving the first time marker; a delay unit (405, 801) configured to receive the second time marker and delay the second time marker so as to provide a plurality of delayed versions of the second time marker, each delayed version being delayed by a different amount of delay to the other delayed versions; a comparison unit configured to compare each of the delayed versions of the second time marker with the first time marker so as to identify which of the delayed versions of the second time marker is the closest temporally matching to the first time marker; and a difference estimator configured to estimate the time difference between the first and second time markers in dependence on the identified delayed version. a first time marker generator configured to generate a first time marker in response to the occurrence of the first event; a second time marker generator configured to generate a second time marker in response to the occurrence of the second event; a first signal line for receiving the first time marker; a delay unit (405, 801) configured to receive the second time marker and delay the second time marker so as to provide a plurality of delayed versions of the second time marker, each delayed version being delayed by a different amount of delay to the other delayed versions; a comparison unit configured to compare each of the delayed versions of the second time marker with the first time marker so as to identify which of the delayed versions of the second time marker is the closest temporally matching to the first time marker; and a difference estimator configured to estimate the time difference between the first and second time markers in dependence on the identified delayed version.
A terminal device comprising: means for transmitting (S215, S315) a message (S214, S314) relating to a change or addition of a primary cell of a secondary cell group (SCG1-3), the message including (i) information indicative of a first user plane interruption time experienced by the terminal device and associated with the change or addition of the primary cell, and (ii) an indication of a first data radio bearer type to which the first user plane interruption time relates, wherein: the first user plane interruption time is indicative of a time elapsed between a) either receipt (S208, S309) of a command to change or add the primary cell or receipt of a last user plane data packet prior to the change or addition of the primary cell, and b) a first user plane data packet received (S212, S312) at the terminal device, via a data radio bearer of the first data radio bearer type, after the change or addition of the primary cell.