mhurhangee/ep-ind-claims huggingface dataset:
A dual output accelerometer (100:200) having first and second output channels, comprising: a supporting base; a first transducer (120:220) comprising a plurality of inter-connected first piezoelectric elements; a second transducer (130:230) comprising a plurality of inter-connected second piezoelectric elements; and a seismic mass, wherein each of the first piezoelectric elements and the second piezoelectric elements are interleaved with one another, and are co-located with the seismic mass, the co-located first and second piezoelectric elements (122:132) and the seismic mass being fastened to the supporting base by a rigid mechanical coupling. a supporting base; a first transducer (120:220) comprising a plurality of inter-connected first piezoelectric elements; a second transducer (130:230) comprising a plurality of inter-connected second piezoelectric elements; and a seismic mass, wherein each of the first piezoelectric elements and the second piezoelectric elements are interleaved with one another, and are co-located with the seismic mass, the co-located first and second piezoelectric elements (122:132) and the seismic mass being fastened to the supporting base by a rigid mechanical coupling.
An AC rotating machine control device comprising: an AC rotating machine; a rotational position sensor for detecting a rotational position of the AC rotating machine; sensor abnormality determination means for performing determination as to abnormality of the rotational position sensor; rotational position estimation means for calculating an estimated rotational position of the AC rotating machine when the rotational position sensor is determined to be abnormal; characterized by a power limiting means for limiting drive power supplied for driving the AC rotating machine; and power feed means for, when the sensor abnormality determination means determines that the rotational position sensor is abnormal, on the basis of the estimated rotational position, supplying the AC rotating machine with power obtained by adding rotational position estimation power supplied for the rotational position estimation means to estimate the rotational position, to the drive power limited by the power limiting means, wherein the power limiting means limits the drive power at least during a predetermined period since the sensor abnormality determination means determines that the abnormality occurs until estimated error of the estimated rotational position falls within a predetermined range. an AC rotating machine; a rotational position sensor for detecting a rotational position of the AC rotating machine; sensor abnormality determination means for performing determination as to abnormality of the rotational position sensor; rotational position estimation means for calculating an estimated rotational position of the AC rotating machine when the rotational position sensor is determined to be abnormal; characterized by a power limiting means for limiting drive power supplied for driving the AC rotating machine; and power feed means for, when the sensor abnormality determination means determines that the rotational position sensor is abnormal, on the basis of the estimated rotational position, supplying the AC rotating machine with power obtained by adding rotational position estimation power supplied for the rotational position estimation means to estimate the rotational position, to the drive power limited by the power limiting means, wherein the power limiting means limits the drive power at least during a predetermined period since the sensor abnormality determination means determines that the abnormality occurs until estimated error of the estimated rotational position falls within a predetermined range.
A locking assembly comprising a a sliding latch and curvilinear rotating latches (13 and 14) movable relative to said assembly in a manner to engage in suitable slots (15, 16) on a lock panel, actuator mechanisms for actuating said sliding latch and curvilinear rotating latches (13 and 14) and transmission mechanisms transferring motion to said plurality of latches (12, 13, and14) characterized in that; said curvilinear latches (13, 14) are provided with at least one reinforcement pin projecting from the lateral surfaces of the curvilinear latch (13, 14) body portions, said reinforcement pins projecting laterally from the side faces of said curvilinear latches (13, 14) form a lateral contact surface with the lock panel portions immediately above and below said latching slot in any attempt to slip said latches (13, 14) outwardly, said reinforcement pins are located substantially close to the lock panel with regard to the locked position layout of the latches (13, 14).
A controller comprising: a floor-map-information storing unit storing floor map information, the floor map information indicating a position of each of a plurality of sensor terminals installed in a room, the room being air-conditioned by an air conditioner; a user-registration-information storing unit storing user registration information, the user registration information comprising first identification information and positional information, the first identification information indicating a user, the user having potential to be in the room, the positional information indicating a position occupied by the user when the user is in the room; a user information acquiring unit acquiring user information from a user terminal used by the user, the user information comprising second identification information and target temperature information, the second identification information indicating the user using the user terminal; and an air-conditioning control unit controlling, when the user using the user terminal is in the room, the air conditioner such that a temperature approaches a target temperature indicated in the target temperature information, the temperature being detected by one of the sensor terminals at a position near the user in the room, the controlling being performed on a basis of the floor map information, the user registration information, and the user information. a floor-map-information storing unit storing floor map information, the floor map information indicating a position of each of a plurality of sensor terminals installed in a room, the room being air-conditioned by an air conditioner; a user-registration-information storing unit storing user registration information, the user registration information comprising first identification information and positional information, the first identification information indicating a user, the user having potential to be in the room, the positional information indicating a position occupied by the user when the user is in the room; a user information acquiring unit acquiring user information from a user terminal used by the user, the user information comprising second identification information and target temperature information, the second identification information indicating the user using the user terminal; and an air-conditioning control unit controlling, when the user using the user terminal is in the room, the air conditioner such that a temperature approaches a target temperature indicated in the target temperature information, the temperature being detected by one of the sensor terminals at a position near the user in the room, the controlling being performed on a basis of the floor map information, the user registration information, and the user information.
Preparation for producing refractory materials, characterized in that it comprises - a particulate, refractory component having a mean particle diameter of > 0.3 μm and from - 0.1 to 3% by weight of a very finely particulate binder having a mean particle diameter of from 10 nm to 0.3 μm selected from the group consisting of aluminium oxide, titanium dioxide, zirconium dioxide and/or mixed oxides of the abovementioned oxides, - 0 to 5% by weight of an inorganic binder, - 0 to 5% by weight of a hydraulically setting binder, - 0 to 5% by weight of an organic, silicon-free binder - 3 to 15% by weight of water, where - the proportion of the particulate, refractory component is equal to 100 and the percentages of the further materials in the preparation are based on the particulate component, wherein the very finely particulate binder is a pyrogenically produced particulate binder. - a particulate, refractory component having a mean particle diameter of > 0.3 μm and from - 0.1 to 3% by weight of a very finely particulate binder having a mean particle diameter of from 10 nm to 0.3 μm selected from the group consisting of aluminium oxide, titanium dioxide, zirconium dioxide and/or mixed oxides of the abovementioned oxides, - 0 to 5% by weight of an inorganic binder, - 0 to 5% by weight of a hydraulically setting binder, - 0 to 5% by weight of an organic, silicon-free binder - 3 to 15% by weight of water, where - the proportion of the particulate, refractory component is equal to 100 and the percentages of the further materials in the preparation are based on the particulate component, wherein the very finely particulate binder is a pyrogenically produced particulate binder.
A liquid preparation comprising an etherified cyclodextrin derivative and pimobendan or a pharmaceutical acceptable salt thereof, wherein the etherified cyclodextrin derivative is selected from the group consisting of: alpha-, beta, and gamma-cyclodextrin ether.
A stacked stripline circulator comprising: a first ferrite disc; a second ferrite disc; a first substrate having a metalized edge with the first ferrite disc disposed in the first substrate; a second substrate having a metalized edge with the second ferrite disc disposed in the second substrate; a first metalized pattern layer defining ports of a circulator disposed on the first substrate, the first metalized pattern layer comprising a copper layer, a solderable barrier layer and a protection layer; a second metalized pattern layer defining ports of a circulator disposed on the second substrate, the second metalized pattern layer comprising a copper layer, a solderable barrier layer and a protection layer; a solder ring electrically and mechanically connecting the metalized edge of the first substrate with the metalized edge of the second substrate; and a bonding material electrically and mechanically connecting the first and second metalized pattern layers. a first ferrite disc; a second ferrite disc; a first substrate having a metalized edge with the first ferrite disc disposed in the first substrate; a second substrate having a metalized edge with the second ferrite disc disposed in the second substrate; a first metalized pattern layer defining ports of a circulator disposed on the first substrate, the first metalized pattern layer comprising a copper layer, a solderable barrier layer and a protection layer; a second metalized pattern layer defining ports of a circulator disposed on the second substrate, the second metalized pattern layer comprising a copper layer, a solderable barrier layer and a protection layer; a solder ring electrically and mechanically connecting the metalized edge of the first substrate with the metalized edge of the second substrate; and a bonding material electrically and mechanically connecting the first and second metalized pattern layers.
A light irradiation apparatus for applying light to a sample including genetic material to analyze the sample, the apparatus comprising: a light irradiation unit configured to apply the light to the sample, the light irradiating unit including at least one or more LEDs configured to emit light that includes at least a portion of light in a blue wavelength band to an ultraviolet wavelength band, irradiate the light with an irradiation amount of the light of about 5 J/cm 2 or less, irradiate the light with a quantity of light of about 1.5 mW/cm 2 to about 100 mW/cm 2, so that the light emitted by the light irradiation unit is configured to damage a genome by cutting the genetic material in the sample into sections of different sizes depending on a normal sample or an abnormal sample and to deform the genetic material to different degrees, to enable determination whether the sample is normal or abnormal depending on how much the genetic material is deformed. a light irradiation unit configured to apply the light to the sample, the light irradiating unit including at least one or more LEDs configured to emit light that includes at least a portion of light in a blue wavelength band to an ultraviolet wavelength band, irradiate the light with an irradiation amount of the light of about 5 J/cm 2 or less, irradiate the light with a quantity of light of about 1.5 mW/cm 2 to about 100 mW/cm 2, emit light that includes at least a portion of light in a blue wavelength band to an ultraviolet wavelength band, irradiate the light with an irradiation amount of the light of about 5 J/cm 2 or less, irradiate the light with a quantity of light of about 1.5 mW/cm 2 to about 100 mW/cm 2, so that the light emitted by the light irradiation unit is configured to damage a genome by cutting the genetic material in the sample into sections of different sizes depending on a normal sample or an abnormal sample and to deform the genetic material to different degrees, to enable determination whether the sample is normal or abnormal depending on how much the genetic material is deformed.
A ceramic filter module for water-treating comprising a filter unit, and a housing containing said filter unit; characterized in that said filter unit comprises pluralities of cylindrical honeycomb structures (11, 11', 11") each having pluralities of flow paths (13, 13', 13") partitioned by porous ceramic cell walls and extending in one axial direction of said honeycomb structures (11, 11', 11"), and sheet-shaped connecting members connecting said honeycomb structures (11, 11', 11") in series in the flow path direction; each of said connecting members has pluralities of penetrating holes for achieving the communication of the corresponding flow paths (13, 13', 13") of adjacent honeycomb structures (11 and 11', and 11' and 11"), to constitute pluralities of communicating flow paths; said communicating flow paths are composed of first communicating flow paths plugged only at one-side end, and second communicating flow paths plugged only at the other-side end; and said housing has an inlet on the side of said one-side end for receiving water to be treated from outside, and an outlet on the side of said other-side end for discharging the treated water, wherein said connecting members are made of an elastic material, and wherein said connecting member has projections on both surfaces, said projections being fit into particular flow paths (13, 13', 13") open on the end surfaces of the adjacent honeycomb structures (11 and 11', and 11' and 11") to connect said adjacent honeycomb structures (11 and 11', and 11' and 11"). each of said connecting members has pluralities of penetrating holes for achieving the communication of the corresponding flow paths (13, 13', 13") of adjacent honeycomb structures (11 and 11', and 11' and 11"), to constitute pluralities of communicating flow paths; said communicating flow paths are composed of first communicating flow paths plugged only at one-side end, and second communicating flow paths plugged only at the other-side end; and said housing has an inlet on the side of said one-side end for receiving water to be treated from outside, and an outlet on the side of said other-side end for discharging the treated water, wherein said connecting members are made of an elastic material, and wherein said connecting member has projections on both surfaces, said projections being fit into particular flow paths (13, 13', 13") open on the end surfaces of the adjacent honeycomb structures (11 and 11', and 11' and 11") to connect said adjacent honeycomb structures (11 and 11', and 11' and 11").
A device-to-device, D2D, user equipment, UE, for a wireless communication system, the D2D UE comprising: a transmission module and a reception module; and a processor, wherein the processor generates and transmits a primary sidelink synchronization signal, PSSS, and a secondary sidelink synchronization signal, SSSS, and wherein, when a physical sidelink broadcast channel, PSBCH, is transmitted at a subframe on which the PSSS and the SSSS are transmitted and in case of normal CP, the PSSS and PSBCH ON power is an average power of a period over the subframe on which the PSSS and the SSSS are transmitted excluding transient periods, and a first transient period of a starting part of the period for the PSSS and PSBCH ON power is not overlapped with an OFDM symbol on which the PSSS is transmitted. a transmission module and a reception module; and a processor, wherein the processor generates and transmits a primary sidelink synchronization signal, PSSS, and a secondary sidelink synchronization signal, SSSS, and wherein, when a physical sidelink broadcast channel, PSBCH, is transmitted at a subframe on which the PSSS and the SSSS are transmitted and in case of normal CP, the PSSS and PSBCH ON power is an average power of a period over the subframe on which the PSSS and the SSSS are transmitted excluding transient periods, and a first transient period of a starting part of the period for the PSSS and PSBCH ON power is not overlapped with an OFDM symbol on which the PSSS is transmitted.
Conductive body, in particular printed circuit board, for a plug contact unit in the form of a trailer socket of a trailer coupling for a motor vehicle, or as part of the trailer socket, wherein the plug contact unit includes a trailer contact arrangement which has electrical connection contacts to make an electrical connection with a trailer plug of a trailer which may be attached to the trailer coupling, which may be connected electrically to an electrical vehicle interface, wherein the vehicle interface has a vehicle contact arrangement and/or a connection cable for connection to a vehicle electrical system of the motor vehicle, characterised in that the conductive body has a protective circuit connected between the trailer contact arrangement and the vehicle interface or provided as such a circuit, with at least one voltage reduction component for the reduction of electrostatic voltage received via the trailer contact arrangement, and wherein the conductive body, in particular the printed circuit board, has plug contacts for plugging into or through electrical contact elements (23, 36), in particular plug-in projections, of the vehicle interface and/or the trailer contact arrangement, or is designed as carrier for electrical contact elements (23, 36), namely plug-in projections or plug sockets, of the vehicle interface and/or the trailer contact arrangement, and carries at least one electrical contact element (23, 36).
A light-emitting package comprising: a light-emitting unit selected from a light-emitting diode, an organic LED (OLED), a laser diode, a laser and a vertical-cavity surface-emitting laser (VCSEL); a photo-conversion substrate disposed on one surface of the light-emitting unit; and an adhesive member disposed between the light-emitting unit and the photo-conversion substrate, the adhesive member comprising inorganic nanoparticles dispersed in a silicone-based resin, wherein a refractive index of the adhesive member is higher than a refractive index of the photo-conversion substrate, a difference in refractive index between the adhesive member and the photo-conversion substrate is 0.8 or less, and the silicone-based resin is a phenyl silicone resin, wherein the inorganic nanoparticles are TiO 2 or ZrO 2, wherein the photo-conversion substrate is in direct contact with the adhesive member, wherein if the nanoparticles are TiO 2, the inorganic nanoparticles have particle sizes of 50nm to 200nm, and wherein if the nanoparticles are ZrO 2, the inorganic nanoparticles have particle sizes of 10 nm to 150 nm, characterized in that when the nanoparticles are TiO 2, the inorganic nanoparticles are configured to have a content of 0.04% to 0.06% by weight in the adhesive member, and when the nanoparticles are ZrO 2, the inorganic particles are configured to have a content of 7% to 11.5% by weight in the adhesive member. a light-emitting unit selected from a light-emitting diode, an organic LED (OLED), a laser diode, a laser and a vertical-cavity surface-emitting laser (VCSEL); a photo-conversion substrate disposed on one surface of the light-emitting unit; and an adhesive member disposed between the light-emitting unit and the photo-conversion substrate, the adhesive member comprising inorganic nanoparticles dispersed in a silicone-based resin, wherein a refractive index of the adhesive member is higher than a refractive index of the photo-conversion substrate, a difference in refractive index between the adhesive member and the photo-conversion substrate is 0.8 or less, and the silicone-based resin is a phenyl silicone resin, wherein the inorganic nanoparticles are TiO 2 or ZrO 2, wherein the photo-conversion substrate is in direct contact with the adhesive member, wherein if the nanoparticles are TiO 2, the inorganic nanoparticles have particle sizes of 50nm to 200nm, and wherein if the nanoparticles are ZrO 2, the inorganic nanoparticles have particle sizes of 10 nm to 150 nm, characterized in that when the nanoparticles are TiO 2, the inorganic nanoparticles are configured to have a content of 0.04% to 0.06% by weight in the adhesive member, and when the nanoparticles are ZrO 2, the inorganic particles are configured to have a content of 7% to 11.5% by weight in the adhesive member.