mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus comprising: a case defining a penetrating hole; a ventilation cap fitting into the penetrating hole; a breathable film provided near the top of the ventilation cap so as to stop up a hole in the center of the ventilation cap; and a protective cap having a plate portion and a leg portion and being engaged with the ventilation cap; wherein the leg portion extends downward from the plate portion and the tip of the leg portion is engaged with the ventilation cap, and the plate portion is placed above the breathable film, characterized in that: the apparatus comprises a protective ring protruding from the case and surrounding the penetrating hole; the ventilation cap is provided inside the protective ring,_the protective ring extending from the case above the protective cap; a gap is defined between the plate portion and the protective ring, and in a cross-sectional view, a straight line connecting an inside upper edge of the protective ring and an outside lower edge of the plate portion meets the ventilation cap outside a periphery of the breathable film, so that a straight rod entering the gap between the protective ring and the protective cap from outside is not allowed to reach the breathable film. a case defining a penetrating hole; a ventilation cap fitting into the penetrating hole; a breathable film provided near the top of the ventilation cap so as to stop up a hole in the center of the ventilation cap; and a protective cap having a plate portion and a leg portion and being engaged with the ventilation cap; the apparatus comprises a protective ring protruding from the case and surrounding the penetrating hole; the ventilation cap is provided inside the protective ring,_the protective ring extending from the case above the protective cap; a gap is defined between the plate portion and the protective ring, and in a cross-sectional view, a straight line connecting an inside upper edge of the protective ring and an outside lower edge of the plate portion meets the ventilation cap outside a periphery of the breathable film, so that a straight rod entering the gap between the protective ring and the protective cap from outside is not allowed to reach the breathable film.
A liquid cleansing composition comprising: a) water in a sufficient amount to form a fluid composition; b) fatty acid soap; c) a divalent metal salt in an amount to provide a viscosity to entrain gas; and d) entrained gas to provide a specific gravity of not greater than 1.05 g/cm 3, wherein the fatty acid soap is present in an amount of at least 10 weight% of the composition, wherein the composition contains gas bubbles of a size that are visually observable, wherein the composition has 5 to 15% gas, and wherein the amount of gas is based on comparing equal volumes of the weight of a composition without gas to the weight of a composition with gas. a) water in a sufficient amount to form a fluid composition; b) fatty acid soap; c) a divalent metal salt in an amount to provide a viscosity to entrain gas; and d) entrained gas to provide a specific gravity of not greater than 1.05 g/cm 3, wherein the fatty acid soap is present in an amount of at least 10 weight% of the composition,
A traffic monitoring method, comprising: receiving a first reflected radar signal from a target and tracking a first event attribute as a function of time as the target traverses a first field of view; receiving a second reflected radar signal from the target and tracking a second event attribute as a function of time as the target traverses a second field of view offset from the first field of view by a predetermined distance; transforming the first and second event attributes to obtain first and second sets of frequency coefficients, said transforming including: trimming or padding the first and second event attributes to a predetermined window length; and applying a Fourier transform to each of the first and second event attributes; obtaining a phase difference between the first and second sets of frequency coefficients; determining a slope representing a dependence of the phase difference on frequency by minimizing a mean square error between the phase difference and a line having said slope, the mean square error accounting for phase wrap-arounds; calculating a time-delay from the slope; and determining a speed of the target based on the calculated time-delay and the predetermined distance. receiving a first reflected radar signal from a target and tracking a first event attribute as a function of time as the target traverses a first field of view; receiving a second reflected radar signal from the target and tracking a second event attribute as a function of time as the target traverses a second field of view offset from the first field of view by a predetermined distance; transforming the first and second event attributes to obtain first and second sets of frequency coefficients, said transforming including: trimming or padding the first and second event attributes to a predetermined window length; and applying a Fourier transform to each of the first and second event attributes; trimming or padding the first and second event attributes to a predetermined window length; and applying a Fourier transform to each of the first and second event attributes; obtaining a phase difference between the first and second sets of frequency coefficients; determining a slope representing a dependence of the phase difference on frequency by minimizing a mean square error between the phase difference and a line having said slope, the mean square error accounting for phase wrap-arounds; calculating a time-delay from the slope; and determining a speed of the target based on the calculated time-delay and the predetermined distance.
A photocurable inkjet printing ink composition containing photopolymerizable compounds and photopolymerization initiator, the photocurable inkjet printing ink composition satisfying A to D: A. 2-(allyloxy methyl) methyl acrylate is contained by 5 to 40 percent by mass in all photopolymerizable compounds; B. multifunctional monomers and/or multifunctional oligomers of 0°C or lower in glass transition temperature are contained by 5 to 20 percent by mass in all photopolymerizable compounds; C. amino group and/or amide group-containing monomers and/or oligomers are contained; and D. the ink composition has a viscosity of 30 mPa•s or lower at 25°C. wherein non-curable resins that function as a vehicle may not be compounded. A. 2-(allyloxy methyl) methyl acrylate is contained by 5 to 40 percent by mass in all photopolymerizable compounds; B. multifunctional monomers and/or multifunctional oligomers of 0°C or lower in glass transition temperature are contained by 5 to 20 percent by mass in all photopolymerizable compounds; C. amino group and/or amide group-containing monomers and/or oligomers are contained; and D. the ink composition has a viscosity of 30 mPa•s or lower at 25°C.
A test apparatus for an implantable electrode line comprising at least one electrical conductor (26; 100), characterised by a directional coupler or a circulator for coupling an electrical test signal into at least one electrical conductor (26; 100) of the electrode line and for decoupling the reflected test signal from the electrical conductor (26; 100) of the electrode line (20; 200), characterised by a test signal generator, which is connected to the directional coupler or the circulator and which is designed to generate and to deliver a test signal to be coupled into the electrical conductor (26; 100) of the electrode line (20; 200) via the directional coupler or the circulator, and by an evaluation unit, which is connected at least indirectly to the directional coupler or the circulator and is designed to evaluate a reflected test signal decoupled by means of the directional coupler or the circulator from the electrical conductor (26; 100) of the electrode line (20; 200) and to generate and to output a signal indicating a fault of the electrode line (20; 200) in accordance with a result of the evaluation.
A method of wireless communication, comprising: determining a first number of ACK/NACK bits for acknowledging downlink data transmissions on a first configuration of a plurality of component carriers configured for a multi-carrier user equipment, UE; selecting a first mapping of ACK/NACK bits to uplink control channel resources based on the first number of ACK/NACK bits, the first mapping comprising a fallback configuration for downlink data transmissions on a single component carrier, the fallback configuration being used at least in response to a base station reconfiguring the first configuration of the plurality of component carriers, wherein the fallback configuration matches a single component carrier configuration for downlink data transmissions in a second mapping of ACK/NACK bits to uplink control channel resources; determining uplink control channel resources for acknowledging the downlink data transmissions on the first configuration of component carriers based on the first mapping; sending ACK/NACK information for the downlink data transmissions, on uplink control channel resources based on the first mapping; receiving a higher-layer command to change the first configuration of component carriers; and determining, in response to receiving the higher-layer command, uplink control channel resources for acknowledging downlink data transmissions based on the fallback configuration of the first mapping. determining a first number of ACK/NACK bits for acknowledging downlink data transmissions on a first configuration of a plurality of component carriers configured for a multi-carrier user equipment, UE; selecting a first mapping of ACK/NACK bits to uplink control channel resources based on the first number of ACK/NACK bits, the first mapping comprising a fallback configuration for downlink data transmissions on a single component carrier, the fallback configuration being used at least in response to a base station reconfiguring the first configuration of the plurality of component carriers, wherein the fallback configuration matches a single component carrier configuration for downlink data transmissions in a second mapping of ACK/NACK bits to uplink control channel resources; determining uplink control channel resources for acknowledging the downlink data transmissions on the first configuration of component carriers based on the first mapping; sending ACK/NACK information for the downlink data transmissions, on uplink control channel resources based on the first mapping; receiving a higher-layer command to change the first configuration of component carriers; and determining, in response to receiving the higher-layer command, uplink control channel resources for acknowledging downlink data transmissions based on the fallback configuration of the first mapping.
A refrigerating machine system comprising a refrigerating machine oil composition and a refrigerant, wherein the refrigerant includes a mixture of an unsaturated fluorinated hydrocarbon compound, a saturated fluorinated hydrocarbon compound which is a fluorinated compound of alkane having 2 to 4 carbon atoms, and CO 2, the refrigerating machine oil composition contains a base oil which includes at least one selected from a polyoxyalkylene glycol, a polyvinyl ether, and a copolymer of a poly(oxy)alkylene glycol or a monoether thereof and a polyvinyl ether and which has a kinematic viscosity at 100°C of 2 mm 2 /s or more and 50 mm 2 /s or less, a hydroxyl value of 5 mgKOH/g or less, as measured in conformity with JIS K0070, and a moisture content within the refrigerating machine system is 500 mass ppm or less. the refrigerant includes a mixture of an unsaturated fluorinated hydrocarbon compound, a saturated fluorinated hydrocarbon compound which is a fluorinated compound of alkane having 2 to 4 carbon atoms, and CO 2, the refrigerating machine oil composition contains a base oil which includes at least one selected from a polyoxyalkylene glycol, a polyvinyl ether, and a copolymer of a poly(oxy)alkylene glycol or a monoether thereof and a polyvinyl ether and which has a kinematic viscosity at 100°C of 2 mm 2 /s or more and 50 mm 2 /s or less, a hydroxyl value of 5 mgKOH/g or less, as measured in conformity with JIS K0070, and a moisture content within the refrigerating machine system is 500 mass ppm or less.
A PCR method of detecting the presence or absence of a mutation in the PIK3CA gene comprising the steps of: a) mixing a nucleic acid sample comprising at least a fragment of the PIK3CA gene with a polynucleotide primer sequence consisting of SEQ ID NO. 28, wherein the polynucleotide is used as a primer and the second primer corresponds to a region of the fragment of the PIK3CA sequence downstream of the region to which the polynucleotide is complementary and carrying out a PCR on the mixture; and b) detecting hybridisation of the polynucleotide to the nucleic acid sample wherein hybridisation indicates the presence of a mutation. a) mixing a nucleic acid sample comprising at least a fragment of the PIK3CA gene with a polynucleotide primer sequence consisting of SEQ ID NO. 28, wherein the polynucleotide is used as a primer and the second primer corresponds to a region of the fragment of the PIK3CA sequence downstream of the region to which the polynucleotide is complementary and carrying out a PCR on the mixture; and b) detecting hybridisation of the polynucleotide to the nucleic acid sample wherein hybridisation indicates the presence of a mutation.
A safety system comprising: a base station and a wireless electronic key, wherein the base station controls access to an object depending on data signals which the base station receives from the wireless electronic key, characterized in that the wireless electronic key is configured to transmit a sequence of data signals, wherein the entire transmission time is divided into equal intervals (I x) having a predetermined duration and each of said intervals (I x) is divided into a predetermined number of subintervals (i x-y), wherein the data signals of the sequence are transmitted at transmission moments and a subinterval (i x-y) is pseudorandomly selected within each interval (I x) as a period within which a transmission moment of the sequence of transmission moments is situated, wherein the base station is configured (i) to permit access to the object as long as the data signals transmitted by the wireless electronic key have been received at irregular receiving moments which correspond to the pseudorandomly selected subintervals for the transmission moments, and/or (ii) to deny access to the object as soon as the data signals transmitted by the wireless electronic key have been received at irregular receiving moments which do not correspond to the pseudorandomly selected subintervals for the transmission moments. a base station and a wireless electronic key, wherein the base station controls access to an object depending on data signals which the base station receives from the wireless electronic key, characterized in that the wireless electronic key is configured to transmit a sequence of data signals, wherein the entire transmission time is divided into equal intervals (I x) having a predetermined duration and each of said intervals (I x) is divided into a predetermined number of subintervals (i x-y), wherein the data signals of the sequence are transmitted at transmission moments and a subinterval (i x-y) is pseudorandomly selected within each interval (I x) as a period within which a transmission moment of the sequence of transmission moments is situated, wherein the base station is configured (i) to permit access to the object as long as the data signals transmitted by the wireless electronic key have been received at irregular receiving moments which correspond to the pseudorandomly selected subintervals for the transmission moments, and/or (ii) to deny access to the object as soon as the data signals transmitted by the wireless electronic key have been received at irregular receiving moments which do not correspond to the pseudorandomly selected subintervals for the transmission moments. (i) to permit access to the object as long as the data signals transmitted by the wireless electronic key have been received at irregular receiving moments which correspond to the pseudorandomly selected subintervals for the transmission moments, and/or (ii) to deny access to the object as soon as the data signals transmitted by the wireless electronic key have been received at irregular receiving moments which do not correspond to the pseudorandomly selected subintervals for the transmission moments.
A gas insulated switchgear comprising: - a pressure tank in which a switch (1, 18) for use in the gas insulated switchgear is stored together with insulating gas; - an operating mechanism (3, 19) that is attached to one side face of the pressure tank, and is adapted to perform opening and closing operation of the switch (1, 18); - a first cable connection portion that is attached to the said one side face of the pressure tank; - an operating mechanism compartment that covers the outer periphery of the operating mechanism (3, 19) and the first cable connection portion; - a second cable connection portion that is attached to the other side face of the pressure tank parallel with respect to a direction connecting the operating mechanism (3, 19) and the switch (1, 18); characterized in that the gas insulated switchgear comprises - a cable compartment that covers the outer periphery of the second cable connection portion; and - a control compartment that is arranged between both of a lateral side of the operating mechanism compartment and a lateral side of the cable compartment. - a pressure tank in which a switch (1, 18) for use in the gas insulated switchgear is stored together with insulating gas; - an operating mechanism (3, 19) that is attached to one side face of the pressure tank, and is adapted to perform opening and closing operation of the switch (1, 18); - a first cable connection portion that is attached to the said one side face of the pressure tank; - an operating mechanism compartment that covers the outer periphery of the operating mechanism (3, 19) and the first cable connection portion; - a second cable connection portion that is attached to the other side face of the pressure tank parallel with respect to a direction connecting the operating mechanism (3, 19) and the switch (1, 18); - a cable compartment that covers the outer periphery of the second cable connection portion; and - a control compartment that is arranged between both of a lateral side of the operating mechanism compartment and a lateral side of the cable compartment.
An in vitro method for determining whether a test compound can counteract the perceived malodour from a sulphur odorant, the method comprising the steps of: a) contacting the OR4E2 polypeptide with a sulphur odorant, in the presence and in the absence of the test compound under conditions permitting the binding of said sulphur odorant to OR4E2 or permitting the activation of OR4E2 by said sulphur odorant; b) comparing the binding of OR4E2 to said sulphur odorant, or the activity of OR4E2, in the presence and in the absence of the test compound; wherein an inhibition of the binding or a decrease in activity in the presence of the test compound, relative to the binding or activity in the absence of the test compound, identifies the test compound as a compound that can counteract the perceived malodour from the sulphur odorant; wherein step a) is performed in or on cells expressing OR4E2. a) contacting the OR4E2 polypeptide with a sulphur odorant, in the presence and in the absence of the test compound under conditions permitting the binding of said sulphur odorant to OR4E2 or permitting the activation of OR4E2 by said sulphur odorant; b) comparing the binding of OR4E2 to said sulphur odorant, or the activity of OR4E2, in the presence and in the absence of the test compound;
A hydraulic pump assembly for a system for distributing torque between front and rear axles of an all wheel drive vehicle and/or between left and right wheels of a two or four wheel drive vehicle, the system comprising at least one limited slip coupling having a disc package and a piston acting thereon, the piston being actuated by the hydraulic pump assembly, wherein the hydraulic pump assembly comprises an electric motor, a hydraulic pump driven thereby, and a centrifugal regulator also driven thereby, the centrifugal regulator controlling a pressure overflow valve, connected to the oil outlet of the hydraulic pump, characterized in that the hydraulic pump assembly comprises an axial piston pump having a piston drum rotatable in a pump housing and containing a number of reciprocable axial pistons, at least one centrifugal lever pivotally attached to the piston drum, and a valve member connected to the centrifugal lever and being arranged for cooperation with the mouth of an oil outlet bore in the piston drum to form the pressure overflow valve.
A beverage preparation system comprising: a tubing assembly configured to carry a first fluid and a second fluid, wherein the first fluid comprises liquid and the second fluid comprises steam; a base connected with the tubing assembly, the base comprising a base port; and a container configured to removable engage with the base, the container comprising an interior, an upper end, and a lower end, the lower end comprising a container port; the system being configured such that, when the container is engaged with the base, the first fluid and the second fluid are able to pass through the base port and the container port and to enter into the interior of the container; wherein one or both of: i) the base port is not radially centred in relation to the base, and ii) the container port is not radially centred in relation to the container; and wherein the container and base each comprise one or more magnetic elements, whereby the arrangement and polarity of the magnetic elements control the orientation of the container relative to the base. a tubing assembly configured to carry a first fluid and a second fluid, wherein the first fluid comprises liquid and the second fluid comprises steam; a base connected with the tubing assembly, the base comprising a base port; and a container configured to removable engage with the base, the container comprising an interior, an upper end, and a lower end, the lower end comprising a container port; the system being configured such that, when the container is engaged with the base, the first fluid and the second fluid are able to pass through the base port and the container port and to enter into the interior of the container; wherein one or both of: i) the base port is not radially centred in relation to the base, and ii) the container port is not radially centred in relation to the container; and i) the base port is not radially centred in relation to the base, and ii) the container port is not radially centred in relation to the container; and wherein the container and base each comprise one or more magnetic elements, whereby the arrangement and polarity of the magnetic elements control the orientation of the container relative to the base.
The immune modulatory compound 5'-TCG 1 AACG 1 TTCG 1 -Y 3 -TGTTG 1 CTGT C TTG 1 CT-5' [5'-SEQ ID NO: 45-3'-Y 3 -3'-SEQ ID NO: 178-5']; wherein G 1 = 7-deaza-dG; C = 2'-O-methylribonucleotides; Y 3 = 1,5-pentanediol linker. 5'-TCG 1 AACG 1 TTCG 1 -Y 3 -TGTTG 1 CTGT C TTG 1 CT-5' [5'-SEQ ID NO: 45-3'-Y 3 -3'-SEQ ID NO: 178-5'];