mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a user equipment device, UE, comprising: when operating with a short Transmission Time Interval, sTTI, and when using connected mode discontinuous reception, DRX, monitoring transmissions from a radio access network node during a first part of a subframe for a UE-specific message for the UE containing first control information; if no UE-specific message for the UE containing first control information is received, being inactive during a second part of the subframe following after the first part of the subframe; and if the UE receives the UE-specific message containing first control information: monitoring the second part of the subframe for a message containing second control information, for use in receiving or transmitting data from or to the radio access network node. when operating with a short Transmission Time Interval, sTTI, and when using connected mode discontinuous reception, DRX, monitoring transmissions from a radio access network node during a first part of a subframe for a UE-specific message for the UE containing first control information; if no UE-specific message for the UE containing first control information is received, being inactive during a second part of the subframe following after the first part of the subframe; and if the UE receives the UE-specific message containing first control information: monitoring the second part of the subframe for a message containing second control information, for use in receiving or transmitting data from or to the radio access network node.
An electrode for a non-aqueous electrolyte secondary battery comprising: a current collector; an active material layer that is formed on the current collector; and an aggregate of filler particles that is present on a surface of the active material layer, wherein the filler particles are particles containing at least one of boron oxide, potassium pyrosulfate, and a compound containing an alkali metal or Br, a transformation point of the filler particle at which the filler particle is transformed from a solid phase into a liquid phase or is thermally decomposed is in a range of 180 to 650°C, the compound containing an alkali metal or Br contains at least one of a borate, a silicate, a carbonate, a hydrogen carbonate, a citrate, and an aromatic compound, and an average particle diameter of the filler particles, determined from a SEM image of the electrode surface, is 0.05 μm to 3 μm. a current collector; an active material layer that is formed on the current collector; and an aggregate of filler particles that is present on a surface of the active material layer, wherein the filler particles are particles containing at least one of boron oxide, potassium pyrosulfate, and a compound containing an alkali metal or Br, a transformation point of the filler particle at which the filler particle is transformed from a solid phase into a liquid phase or is thermally decomposed is in a range of 180 to 650°C, the compound containing an alkali metal or Br contains at least one of a borate, a silicate, a carbonate, a hydrogen carbonate, a citrate, and an aromatic compound, and an average particle diameter of the filler particles, determined from a SEM image of the electrode surface, is 0.05 μm to 3 μm.
Dicarboxylic acid diesters of formula wherein n is an integer selected in the range from 1 to 15, and X is a C 1-24 -alkylene group, a C 2-24 -alkenylene group or a C 6-24 -arylene group, with the proviso that when n is > 3 the resulting hydrocarbon chain may be interrupted by -O- or -NH-. n is an integer selected in the range from 1 to 15, and X is a C 1-24 -alkylene group, a C 2-24 -alkenylene group or a C 6-24 -arylene group, with the proviso that when n is > 3 the resulting hydrocarbon chain may be interrupted by -O- or -NH-.
A pulley comprising a sheave without bearings which has a central recess and a groove; and at least one fixing rope which is arranged to transfer the loads from the sheave to a fixing point, transversally passing through the central recess of the sheave; and further comprising, at least, one plain bearing which is allocated between the fixing rope and the sheave and characterized in that the plain bearing surface is in direct contact with the fixing rope on one side and with the sheave through its central recess on the other side; and wherein, when loaded, the plain bearing is in compression between the fixing rope and the sheave.
Method of manufacturing an external part of a timepiece or of a piece of jewellery, comprising the following steps: - a metallic base is provided made of a first material which is titanium or a first titanium alloy which is "grade 2" titanium or "grade 5" titanium or "T35" titanium; - at least one metallic cover plate is provided made of a second material, said second material being gold or platinum or an 18-carat gold alloy or platinum alloy with at least 95% platinum, said at least one cover plate being of a thickness greater than or equal to 0.5 millimetres; - said first alloy and said second alloy are chosen to be hypoallergenic with zero nickel content; - said at least one cover plate is brazed onto said base so as to form a bimetallic blank; - said bimetal blank is then shaped by being deformed by stamping and/or drawing to give said structural component or said piece of jewellery the final form thereof. - a metallic base is provided made of a first material which is titanium or a first titanium alloy which is "grade 2" titanium or "grade 5" titanium or "T35" titanium; - at least one metallic cover plate is provided made of a second material, said second material being gold or platinum or an 18-carat gold alloy or platinum alloy with at least 95% platinum, said at least one cover plate being of a thickness greater than or equal to 0.5 millimetres; - said first alloy and said second alloy are chosen to be hypoallergenic with zero nickel content; - said at least one cover plate is brazed onto said base so as to form a bimetallic blank; - said bimetal blank is then shaped by being deformed by stamping and/or drawing to give said structural component or said piece of jewellery the final form thereof.
A system for mixing and dispensing a solution, the system comprising: a body (162; 650; 1012) with a first flow passage extending between a diluent inlet (110; 610; 1020) and an outlet (116; 616; 1026), and a second flow passage extending between a concentrate inlet and the first flow passage; and a container (108; 608; 804; 820; 920) for concentrate, the container (108; 608; 804; 820; 920) including a container valve, wherein moving the body (162; 650; 1012) axially toward the container (108; 608; 804; 820; 920) to seat the body (162; 650; 1012) on the container (108; 608; 804; 820; 920) opens the container valve for a flow of concentrate from the container (108; 608; 804; 820; 920) to the first flow passage via the second flow passage, and wherein moving the body (162; 650; 1012) axially away from the container (108; 608; 804; 820; 920) to unseat the body (162; 650; 1012) from the container (108; 608; 804; 820; 920) closes the container valve to the flow of concentrate, wherein the container (108; 608; 804; 820; 920) includes at least one groove (372; 718; 838; 938), wherein the body (162; 650; 1012) includes at least one attachment arm (104, 106; 604, 606; 1004, 1006), and wherein the at least one attachment arm (104, 106; 604, 606; 1004, 1006) is configured to engage the at least one groove (372; 718; 838; 938) to secure the body (162; 650; 1012) to the container (108; 608; 804; 820; 920). a body (162; 650; 1012) with a first flow passage extending between a diluent inlet (110; 610; 1020) and an outlet (116; 616; 1026), and a second flow passage extending between a concentrate inlet and the first flow passage; and a container (108; 608; 804; 820; 920) for concentrate, the container (108; 608; 804; 820; 920) including a container valve, wherein moving the body (162; 650; 1012) axially toward the container (108; 608; 804; 820; 920) to seat the body (162; 650; 1012) on the container (108; 608; 804; 820; 920) opens the container valve for a flow of concentrate from the container (108; 608; 804; 820; 920) to the first flow passage via the second flow passage, and wherein moving the body (162; 650; 1012) axially away from the container (108; 608; 804; 820; 920) to unseat the body (162; 650; 1012) from the container (108; 608; 804; 820; 920) closes the container valve to the flow of concentrate, wherein the container (108; 608; 804; 820; 920) includes at least one groove (372; 718; 838; 938), wherein the body (162; 650; 1012) includes at least one attachment arm (104, 106; 604, 606; 1004, 1006), and wherein the at least one attachment arm (104, 106; 604, 606; 1004, 1006) is configured to engage the at least one groove (372; 718; 838; 938) to secure the body (162; 650; 1012) to the container (108; 608; 804; 820; 920).
A system for the display of visual information comprising a projection device comprising a light source and an information imprinting device which imprints at least two-dimensionally spatially and in particular temporally resolved information by means of phase modulation to a beam path of the projection device, the system comprising at least one first projection surface having at least one sectionally phase-maintaining surface, the system comprising at least one first filtering device which is optionally disposed in an output beam path between the projection surface and an observation point, the system comprising a second filtering device which is optionally disposed in the projection device in an input beam path between an output of the information imprinting device and the projection surface, the phase modulation being converted into an amplitude modulation by means of the filtering device (09, 11) in each instance, and the system comprising a second projection surface and a third projection surface which each have a non-phase-maintaining surface whereby the phase modulation is lost there, the third projection surface being an object to be illuminated, in particular an exhibition piece or an exhibit, the system being disposed for illuminating all projection surfaces with the projection device at once, and different forms of information display being achieved by means of the optional spatial position of the corresponding filtering devices (11, 09) and because of the phase-maintaining or non-phase-maintaining nature of the corresponding projection surfaces (05, 07, 21) and their position when being illuminated at the same time so that no information is displayed on the second or third projection surface when the second filtering device is not inserted into the projection device and an undifferentiated isotropic luminous field becomes visible irrespective of whether information is imprinted via phase modulation or not and information imprinted via phase modulation is selectively displayed by means of the first filtering device owing to the phase-maintaining nature of the first projection surface, and so that a generally visible display of information takes place by inserting the second filtering device into the projection device irrespective of the phase-maintaining or non-phase-maintaining nature of the corresponding projection surfaces (05, 07, 21), irrespective of the corresponding observation point (12, 13, 14, 15) and irrespective of whether the first filtering device is present or not.
A compound according to formula, wherein R 1 and R 2 are each and independently selected from the group comprising alkyl; wherein the term alkyl refers to a saturated aliphatic radical or a mono- or polyunsaturated aliphatic hydrocarbon radical; n is 1, 2, 3, or 4; R 3 is an acyl selected from the group comprising lysyl, ornithyl, 2,4-diaminobutyryl, histidyl and an acyl moiety according to formula, wherein m is any integer from 1 to 3 and Y - is a pharmaceutically acceptable anion. wherein R 1 and R 2 are each and independently selected from the group comprising alkyl; wherein the term alkyl refers to a saturated aliphatic radical or a mono- or polyunsaturated aliphatic hydrocarbon radical; n is 1, 2, 3, or 4; R 3 is an acyl selected from the group comprising lysyl, ornithyl, 2,4-diaminobutyryl, histidyl and an acyl moiety according to formula, wherein m is any integer from 1 to 3 and Y - is a pharmaceutically acceptable anion. wherein m is any integer from 1 to 3 and Y - is a pharmaceutically acceptable anion.
Method for neutralizing acidic and/or basic degradation or decomposition products of printing inks, adhesives or organic impurities, produced in the course of the processing and recycling of thermoplastic polyester plastics that are sensitive to hydrolytic and hygroscopic degradation, especially PET, wherein, in a first step, the polymeric material to be recycled is placed in a mixing and crushing device equipped with a cutting compressor, and then the polymer particles in the cutter compactor are continuously moved and heated, wherein at least a solid powdery, in particular mineral, filler that is normally used for extending, or as an extending agent, for example, chalk, diatomaceous earth, zinc oxide, talc, activated carbon and/or a carbonate, particularly calcium carbonate, is added to the softened not-yet-melted polymer for the neutralization of the resulting degradation or decomposition products, wherein at least a portion, preferably the entire amount, of the filler is added to the heated polymer at a temperature of about 30°C below its Vicat softening point with a test force of 10 N, but still below its melting point, and in an amount that corresponds to at least the expected acid or base load, wherein the mixture is continuously mixed, moved, and optionally crushed for a certain resdience time, and is held in lumps or free flowing, wherein the processing is carried out in an evacuable cutting compressor under vacuum conditions of ≤150 mbar, and wherein, following the processing, the material is subjected to a compression step, in particular a melting or extrusion step, wherein additional means are used to reduce the residual moisture in a mixture, wherein calcium oxide is used as a chemical drying agent to reduce the moisture, wherein the amount of calcium oxide used depends on the expected residual moisture and lies in a range between 0.01 and 3 wt.-% of the total mixture, and wherein the calcium oxide is simultaneously added to the polymer with the filler.
A transgenic tomato plant comprising cells that express a peptide one or more domains of which comprise the amino acid sequence DWLKAFYDKFFEKFKEFF (SEQ ID NO:17), wherein said peptide in the fruit of said plant is effective to decrease plasma levels of lysophosphatidic acid in a mammal, and/or to decrease serum amyloid A levels in said mammal, and/or to increase plasma paraoxonase activity in said mammal when said fruit is fed to said mammal as a lyophilized powder.
Sliding layer based on a fibre-reinforced plastics material - having a plastics material matrix and - having at least one plastics material thread as a reinforcement element, characterised in that the plastics material matrix has graphite and at least one metal soap, wherein the proportion of the graphite in the plastics material matrix is from 10 to 20% by weight with respect to the plastics material matrix, and in that the proportion of the plastics material matrix on the sliding layer is from 40% by weight to 80% by weight. - having a plastics material matrix and - having at least one plastics material thread as a reinforcement element,
A head mounted device intended to be worn by a wearer comprising: - a battery, and - a flexible wireless power system receiver connected to the battery through at least one electrical connection mean, the flexible wireless power system receiver being arranged to receive an electromagnetic field so as to allow charging of the battery through the electrical connection means, wherein the flexible wireless power system receiver can be arranged between a deployed position in which the receiver can effectively receive an electromagnetic field so as to allow charging of the battery, and a stored position in which the wireless power system receiver has a reduced overall size so as to reduce the dimension of the head mounted device. - a battery, and - a flexible wireless power system receiver connected to the battery through at least one electrical connection mean, the flexible wireless power system receiver being arranged to receive an electromagnetic field so as to allow charging of the battery through the electrical connection means,
A method of operating an internal combustion piston engine, in which method during the engine is running, and during the cycle of the cylinder an estimated compression pressure for the cylinder is determined by measuring pressure in the cylinder after closing the inlet valve or valves at least at one predetermined crank angle position ( θ) during a compression phase, the estimated compression pressure is compared to a pre-set reference pressure, characterized in that the estimated compression pressure is determined for a first crank angle position ( θ 1) when the actual crank angle position is less than the first crank angle position ( θ 1), and the estimated compression pressure is compared to a pre-set reference pressure set for the first crank angle position ( θ 1) and in case the estimated compression pressure is greater than the reference pressure, a controlled amount of gas is admitted out of the cylinder during the compression phase and prior the cycle reaches the first crank angle position ( θ 1) by a safety valve adapted in connection with the cylinder.
An energy harvesting module, comprising: a pendular unit subjected to external stresses applied to the module, the pendular unit comprising a beam that is elastically deformable in bending according to at least one degree of freedom, with a clamped end and an opposite free end coupled to an inertial mass, wherein the beam is a piezoelectric beam forming a mechanical-electrical transducer adapted to convert a mechanical energy produced by oscillations of the pendular unit into an oscillating electrical signal (V OUT (t)) collected by electrodes; and a power management circuit, adapted to rectify and regulate the signal collected by the electrodes, to output a stabilized direct power voltage or current, characterized in that the piezoelectric beam carries a plurality of electrodes (T1, T2, B1, B2, N) whose number and configuration define a plurality of pairs of electrodes between which a corresponding plurality of oscillating signals can be simultaneously collected, in that the energy harvesting module further comprises, between the piezoelectric beam and the power management circuit, a switching matrix adapted to selectively switch the plurality of pairs of electrodes between each other according to a plurality of different series, parallel and/or series-parallel configurations, to output a combined oscillating signal applied to the power management circuit, and in that the switching matrix selectively switches as a function of a voltage level signal (V BAT) of an energy storage component coupled to the power management circuit output and charged by said stabilized direct power voltage. a pendular unit subjected to external stresses applied to the module, the pendular unit comprising a beam that is elastically deformable in bending according to at least one degree of freedom, with a clamped end and an opposite free end coupled to an inertial mass, wherein the beam is a piezoelectric beam forming a mechanical-electrical transducer adapted to convert a mechanical energy produced by oscillations of the pendular unit into an oscillating electrical signal (V OUT (t)) collected by electrodes; and a power management circuit, adapted to rectify and regulate the signal collected by the electrodes, to output a stabilized direct power voltage or current, characterized in that the piezoelectric beam carries a plurality of electrodes (T1, T2, B1, B2, N) whose number and configuration define a plurality of pairs of electrodes between which a corresponding plurality of oscillating signals can be simultaneously collected, in that the energy harvesting module further comprises, between the piezoelectric beam and the power management circuit, a switching matrix adapted to selectively switch the plurality of pairs of electrodes between each other according to a plurality of different series, parallel and/or series-parallel configurations, to output a combined oscillating signal applied to the power management circuit, and in that the switching matrix selectively switches as a function of a voltage level signal (V BAT) of an energy storage component coupled to the power management circuit output and charged by said stabilized direct power voltage.
An adhesive sheet comprising: a carbon nanotube sheet comprising a plurality of carbon nanotubes with a majority thereof being aligned in one direction within a plane of the sheet; and an adhesive agent layer comprising an adhesive agent, wherein a rupture elongation of the adhesive sheet is 10% or more, measured in accordance with JIS Z0237. a carbon nanotube sheet comprising a plurality of carbon nanotubes with a majority thereof being aligned in one direction within a plane of the sheet; and an adhesive agent layer comprising an adhesive agent, wherein a rupture elongation of the adhesive sheet is 10% or more, measured in accordance with JIS Z0237.
A computer-implemented method for preventing malicious applications from exploiting application services, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying an attempt by an application, executing within a sandboxed environment that isolates the application's data and code execution from at least one other application executing within an operating system on the computing device, to launch at least one application service; determining that the application represents a potential security risk; prompting a user of the computing device to remediate the potential security risk posed by the application by performing a recommended security action that comprises a computing operation that security software installed on the computing device is unable to perform by itself due to the sandboxed environment; and while waiting for the user to perform the recommended security action, securing the computing device by blocking the attempt by the application to launch the application service. identifying an attempt by an application, executing within a sandboxed environment that isolates the application's data and code execution from at least one other application executing within an operating system on the computing device, to launch at least one application service; determining that the application represents a potential security risk; prompting a user of the computing device to remediate the potential security risk posed by the application by performing a recommended security action that comprises a computing operation that security software installed on the computing device is unable to perform by itself due to the sandboxed environment; and while waiting for the user to perform the recommended security action, securing the computing device by blocking the attempt by the application to launch the application service.