mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a corrected sensor signal according to a recorded temperature and according to a table of correction values for the purpose of identifying zero point deviations in a sensor module of a vehicle, in which at least one sensor, preferably at least two sensors (12, 13, 14), recording the movement of the vehicle and at least one temperature sensor (16, 17) are provided, having the steps of - determining deviations from zero points of the sensor (12, 13, 14) in a calibration mode when running through a temperature profile, and - classifying the deviations from the zero points of the sensor (12, 13, 14) and assigning temperature values or classes to the deviations, - determining the temperature of the sensor module, - reading a correction value from the table according to the value of the temperature, and - correcting the sensor signal using the correction value, characterized in that, during operation of the vehicle, the sensor module is provided, via a serial data bus, with a vehicle state variable indicating a vehicle standstill by a driving dynamics controller, and the sensor module determines the temperature and the deviation from the zero point of at least one sensor (12, 13, 14) when the vehicle is at a standstill, the deviation determined when the vehicle is at a standstill being used as the correction value for the deviation stored for the temperature value or in the temperature class or being stored as a further correction value in a non-volatile memory. - determining deviations from zero points of the sensor (12, 13, 14) in a calibration mode when running through a temperature profile, and - classifying the deviations from the zero points of the sensor (12, 13, 14) and assigning temperature values or classes to the deviations, - determining the temperature of the sensor module, - reading a correction value from the table according to the value of the temperature, and - correcting the sensor signal using the correction value,
A machine implemented method of preparing a mobile device for use in a mobile communication network, the method comprising: receiving in a server a request to prepare a mobile device for use with a mobile communication network, the mobile device usable with the mobile communication network and having inserted therein a subscriber identity module card usable with the mobile communication network, the request comprising: a device data that uniquely identifies the mobile device for which the request was received, and characterised by a SIM card data that uniquely identifies a service provider and a subscriber having an account with the service provider to use the mobile communication network; the method further characterised by: generating an activation ticket in the server responsive to receiving the request, the activation ticket having securely stored thereon the device data and the SIM card data in accordance with an activation ticket format usable in the mobile device, the activation ticket being arranged to prevent a mobile device, different to the mobile device, from using the activation ticket; and transmitting the activation ticket from the server to the mobile device for which the request was received. receiving in a server a request to prepare a mobile device for use with a mobile communication network, the mobile device usable with the mobile communication network and having inserted therein a subscriber identity module card usable with the mobile communication network, the request comprising: a device data that uniquely identifies the mobile device for which the request was received, and characterised by a SIM card data that uniquely identifies a service provider and a subscriber having an account with the service provider to use the mobile communication network; the method further characterised by: a device data that uniquely identifies the mobile device for which the request was received, and characterised by a SIM card data that uniquely identifies a service provider and a subscriber having an account with the service provider to use the mobile communication network; the method further characterised by: generating an activation ticket in the server responsive to receiving the request, the activation ticket having securely stored thereon the device data and the SIM card data in accordance with an activation ticket format usable in the mobile device, the activation ticket being arranged to prevent a mobile device, different to the mobile device, from using the activation ticket; and transmitting the activation ticket from the server to the mobile device for which the request was received.
A sintered polycrystalline diamond compact comprising: an outer articulation diamond layer, the articulation diamond layer forming an articulation surface thereon, the articulation diamond layer having a plurality of diamond crystals therein and solvent metal disposed in the interstitial pores between the diamond crystals; and wherein the solvent metal has a composition of 33 to 50 percent Sn, 38 to 45 percent Co, 10 to 19 percent Cr, and 0 to 4 percent Mo. an outer articulation diamond layer, the articulation diamond layer forming an articulation surface thereon, the articulation diamond layer having a plurality of diamond crystals therein and solvent metal disposed in the interstitial pores between the diamond crystals; and wherein the solvent metal has a composition of 33 to 50 percent Sn, 38 to 45 percent Co, 10 to 19 percent Cr, and 0 to 4 percent Mo.
Thermoelectric device comprising: - a substrate comprising first and second faces (109, 110) that are opposite one another across a thickness (e) of said substrate, - at least one thermoelectric junction comprising a first element and a second element that are electrically connected to one another in order to generate a thermoelectric effect, the first and second elements (101, 102) being arranged in the substrate and being electrically connected at their ends that are located on the first-face side of the substrate, the first element taking the form of a layer, characterized in that it comprises at least one set of thermoelectric junctions (103, 103a) that are electrically connected in series and each comprise a first element (101, 101a) and a second element (102, 102a), said thermoelectric junctions (103, 103a) of said set being arranged such that: - one of the thermoelectric junctions of said set is a first thermoelectric junction corresponding to said thermoelectric junction, the first element of which takes the form of a layer, - one of the thermoelectric junctions of said set is a second thermoelectric junction surrounded by the first thermoelectric junction. - a substrate comprising first and second faces (109, 110) that are opposite one another across a thickness (e) of said substrate, - at least one thermoelectric junction comprising a first element and a second element that are electrically connected to one another in order to generate a thermoelectric effect, - one of the thermoelectric junctions of said set is a first thermoelectric junction corresponding to said thermoelectric junction, the first element of which takes the form of a layer, - one of the thermoelectric junctions of said set is a second thermoelectric junction surrounded by the first thermoelectric junction.
A catheter system comprising: an elongate flexible catheter; a support structure mounted on the elongate flexible catheter, the support structure comprising a first alignment feature extending through the support structure and a second alignment feature extending through the support structure; a first sensor component mated with the first alignment feature; and a second sensor component mated with the second alignment feature, wherein the first sensor component is fixed relative to the second sensor component in at least one degree of freedom at the support structure within at least a portion of the first alignment feature. an elongate flexible catheter; a support structure mounted on the elongate flexible catheter, the support structure comprising a first alignment feature extending through the support structure and a second alignment feature extending through the support structure; a first sensor component mated with the first alignment feature; and a second sensor component mated with the second alignment feature, wherein the first sensor component is fixed relative to the second sensor component in at least one degree of freedom at the support structure within at least a portion of the first alignment feature.
A wind farm comprising a plurality of wind power generators, the plurality of wind power generators each including: a rotor which rotates by receiving at least wind; a yaw angle controller which controls an orientation of a rotational plane of the rotor; and a mode switching device which switches an operation mode of a wind power generator, wherein the operation mode of the wind power generator located on a windward side of the plurality of wind power generators is changed for each wind direction, wherein the mode switching device has a mode determination unit that is adapted to select the operation mode of the wind power generator on the windward side from three modes including a normal operation mode in which the influence of the slipstream is not considered and a slipstream control mode in which the slipstream does not flow into the wind power generator (2b, 2c) on the leeward side, characterised in that the mode determination unit is adapted to select, as the third operation mode of the wind power generator on the windward side, a degraded operation mode in which the operation of the wind power generator is degraded to reduce the influence of the slipstream, based on a yaw error information necessitated by the wind power generator on the windward side. a rotor which rotates by receiving at least wind; a yaw angle controller which controls an orientation of a rotational plane of the rotor; and a mode switching device which switches an operation mode of a wind power generator, wherein the operation mode of the wind power generator located on a windward side of the plurality of wind power generators is changed for each wind direction, wherein the mode switching device has a mode determination unit that is adapted to select the operation mode of the wind power generator on the windward side from three modes including a normal operation mode in which the influence of the slipstream is not considered and a slipstream control mode in which the slipstream does not flow into the wind power generator (2b, 2c) on the leeward side, characterised in that the mode determination unit is adapted to select, as the third operation mode of the wind power generator on the windward side, a degraded operation mode in which the operation of the wind power generator is degraded to reduce the influence of the slipstream, based on a yaw error information necessitated by the wind power generator on the windward side.
A method for making a fuel element for a smoking article, comprising: mixing a metal-containing catalyst precursor with a filler material or graphite or a combination thereof to form a pre-treated fuel element component; calcining the pre-treated fuel element component in order to convert the catalyst precursor to a catalytic metal compound; after the calcining step, combining the pre-treated fuel element component with a carbonaceous material and a binder to produce a fuel element composition; and forming the fuel element composition into a fuel element adapted for use in a smoking article. mixing a metal-containing catalyst precursor with a filler material or graphite or a combination thereof to form a pre-treated fuel element component; calcining the pre-treated fuel element component in order to convert the catalyst precursor to a catalytic metal compound; after the calcining step, combining the pre-treated fuel element component with a carbonaceous material and a binder to produce a fuel element composition; and forming the fuel element composition into a fuel element adapted for use in a smoking article.
An oscillating structure with piezoelectric actuation, comprising: - a fixed supporting body and a mobile body; and - a first torsional elastic element and a second torsional elastic element constrained to respective portions of the fixed supporting body and defining an axis of rotation, wherein the mobile body comprises: a mobile element (55, 57, 60) arranged between, and connected to, said first and second torsional elastic elements (56, 58), the mobile element being rotatable about the axis of rotation as a consequence of a torsion of the first and second deformable elements; and wherein the mobile body further comprises a first control structure, which is coupled to the mobile element (55, 57, 60) and houses a first piezoelectric actuator, configured to cause, in use, a local deformation of the first control structure that generates a torsion of the first and second torsional elastic elements (56, 58), wherein said mobile element (55, 57, 60) comprises: a central body, a first connection region between the central body and the first torsional elastic element, and a second connection region between the central body and the second torsional elastic element, wherein said first control structure is fixed with respect to the first and second connection regions (55, 57), is separated from the central body by a first trench and forms a frame of the central body, and wherein each of the first and second connection regions (55, 57) has a constant of torsional stiffness higher than the constant of torsional stiffness of each of the first and second torsional elastic elements (56, 58). - a fixed supporting body and a mobile body; and - a first torsional elastic element and a second torsional elastic element constrained to respective portions of the fixed supporting body and defining an axis of rotation, a mobile element (55, 57, 60) arranged between, and connected to, said first and second torsional elastic elements (56, 58), the mobile element being rotatable about the axis of rotation as a consequence of a torsion of the first and second deformable elements; and wherein the mobile body further comprises a first control structure, which is coupled to the mobile element (55, 57, 60) and houses a first piezoelectric actuator, configured to cause, in use, a local deformation of the first control structure that generates a torsion of the first and second torsional elastic elements (56, 58), wherein said mobile element (55, 57, 60) comprises: a central body, a first connection region between the central body and the first torsional elastic element, and a second connection region between the central body and the second torsional elastic element, wherein said first control structure is fixed with respect to the first and second connection regions (55, 57), is separated from the central body by a first trench and forms a frame of the central body, and wherein each of the first and second connection regions (55, 57) has a constant of torsional stiffness higher than the constant of torsional stiffness of each of the first and second torsional elastic elements (56, 58).
Coolant container for collecting coolant, - with a housing, which encloses an interior and which has an inlet to the interior and an outlet from the interior, - with a suction pipe, which extends from the interior of the housing to the outlet of the housing, which has an inlet end and an inlet section connected to the inlet end, and which has an outlet end and an outlet section connected to the outlet end, - with a liquid separator, which is disposed adjacent to the inlet and diverts incoming coolant into the coolant container, and - with a gas filter, which encloses the inlet end of the suction pipe, - wherein the gas filter has a base and a facing support section characterised in that the gas filter is disposed eccentrically to the inlet end of the suction pipe, that the base of the gas filter has a first opening for the outlet section of the suction pipe and a second opening for the inlet section of the suction pipe. - with a housing, which encloses an interior and which has an inlet to the interior and an outlet from the interior, - with a suction pipe, which extends from the interior of the housing to the outlet of the housing, which has an inlet end and an inlet section connected to the inlet end, and which has an outlet end and an outlet section connected to the outlet end, - with a liquid separator, which is disposed adjacent to the inlet and diverts incoming coolant into the coolant container, and - with a gas filter, which encloses the inlet end of the suction pipe, - wherein the gas filter has a base and a facing support section
Polymeric network with triple shape memory effect, containing A) a first crystalline switching segment made of a starpolymer based on poly(pentadecalactone) (PPDL segment); and B) a second crystalline switching segment consisting of a linear polymer or a star polymer based on poly(ε-caprolactone) (PCL segment) or polytetrahydrofuran (PTHF segment). A) a first crystalline switching segment made of a starpolymer based on poly(pentadecalactone) (PPDL segment); and B) a second crystalline switching segment consisting of a linear polymer or a star polymer based on poly(ε-caprolactone) (PCL segment) or polytetrahydrofuran (PTHF segment).
Spring device for suspending or for spring-mounting a functional unit (14, 15) of an electrical appliance, in particular a laundry drum or a drum holder of a washing machine, the spring device comprising: - at least one spring means (18, 22, 122, 222, 318, 322) and - coupling means for coupling said spring means (18, 22, 122, 222, 318, 322) to said spring device, characterized in that: - the coupling means are designed in a temperature-dependent manner in such a way that said coupling means vary their coupling effect between said spring means (18, 22, 122, 222, 318, 322) and said spring device by a temperature effect, - the spring device has heating means (28, 128, 228) for said coupling means for the purpose of warming up and changing the coupling effect thereof. - at least one spring means (18, 22, 122, 222, 318, 322) and - coupling means for coupling said spring means (18, 22, 122, 222, 318, 322) to said spring device, - the coupling means are designed in a temperature-dependent manner in such a way that said coupling means vary their coupling effect between said spring means (18, 22, 122, 222, 318, 322) and said spring device by a temperature effect, - the spring device has heating means (28, 128, 228) for said coupling means for the purpose of warming up and changing the coupling effect thereof.
A mobile terminal, comprising: a body comprising a front side and an opposing rear side; a display located on the front side; an input device located on the rear side and comprising a rotatable wheel, wherein the input device is configured to permit user input to the mobile terminal responsive to rotation of the wheel about an axis which is substantially normal to the rear side; a frame provided within the mobile terminal and on which the wheel is mounted; at least one signal terminal provided below the frame and adapted to detect a user's selection for a particular mode of the mobile terminal; a pressing protrusion provided above the signal terminal and adapted to move down when the wheel is pressed in order to operate the signal terminal; a sensor configured to recognize a rotational direction of the wheel; characterized by: a first elastic member mounted on the rear surface of the rotatable wheel and adapted to provide an elastic force to return the wheel to its initial set position when the wheel is rotated and a rotational force applied by the user is removed; a camera installed within the frame; and an aperture formed within the rotatable wheel, the aperture being positioned at a center of the rotatable wheel and sized to cooperate with the camera and a lens of the camera. a body comprising a front side and an opposing rear side; a display located on the front side; an input device located on the rear side and comprising a rotatable wheel, wherein the input device is configured to permit user input to the mobile terminal responsive to rotation of the wheel about an axis which is substantially normal to the rear side; a frame provided within the mobile terminal and on which the wheel is mounted; at least one signal terminal provided below the frame and adapted to detect a user's selection for a particular mode of the mobile terminal; a pressing protrusion provided above the signal terminal and adapted to move down when the wheel is pressed in order to operate the signal terminal; a sensor configured to recognize a rotational direction of the wheel; characterized by: a first elastic member mounted on the rear surface of the rotatable wheel and adapted to provide an elastic force to return the wheel to its initial set position when the wheel is rotated and a rotational force applied by the user is removed; a camera installed within the frame; and an aperture formed within the rotatable wheel, the aperture being positioned at a center of the rotatable wheel and sized to cooperate with the camera and a lens of the camera.
An inflator that is actuatable to provide inflation fluid for inflating an inflatable vehicle occupant protection device, the inflator comprising: a volume of stored gas; and a propellant that is ignitable to undergo a reaction that produces reaction products, the reaction products comprising heat and gas that mix with the stored gas to produce a mixture of inflation fluid, the inflator being configured to discharge the inflation fluid to inflate the protection device, wherein the propellant comprises an open cell foam fuel propellant, the reaction comprising a combustion reaction in which the foam fuel propellant reacts with a gas oxidizer comprising oxygen to produce heat and gas reaction products that mix with the stored gas, wherein the oxygen is in a range of 110% to 150% of the amount of oxygen required to support a stoichiometric combustion reaction. a volume of stored gas; and a propellant that is ignitable to undergo a reaction that produces reaction products, the reaction products comprising heat and gas that mix with the stored gas to produce a mixture of inflation fluid, the inflator being configured to discharge the inflation fluid to inflate the protection device, wherein the propellant comprises an open cell foam fuel propellant, the reaction comprising a combustion reaction in which the foam fuel propellant reacts with a gas oxidizer comprising oxygen to produce heat and gas reaction products that mix with the stored gas, wherein the oxygen is in a range of 110% to 150% of the amount of oxygen required to support a stoichiometric combustion reaction.
Coating material for the production of a UV-curing primer coating containing at least 60 to 80 % by weight of at least one difunctional, alcoxylated acrylate monomer, 5 to 15 % by weight of at least one acrylate oligomer, 5 to 15 % of at least one carbonyl-functional acrylate and/or methacrylate oligomer or polyethylene glycol acrylate and/or polyethylene glycol methacrylate and 1 to 10 % by weight of at least one photoinitiator each in relation to the total weight of the coating material. 60 to 80 % by weight of at least one difunctional, alcoxylated acrylate monomer, 5 to 15 % by weight of at least one acrylate oligomer, 5 to 15 % of at least one carbonyl-functional acrylate and/or methacrylate oligomer or polyethylene glycol acrylate and/or polyethylene glycol methacrylate and 1 to 10 % by weight of at least one photoinitiator each in relation to the total weight of the coating material.