mhurhangee/ep-ind-claims huggingface dataset:
A method for specifically detecting a Herpes Simplex Virus 2 (HSV-2) nucleic acid in a sample comprising the steps of: (a) providing a sample that has been obtained and that is suspected of containing at least a HSV-2 nucleic acid; (b) contacting said sample with at least two amplification oligomers, wherein a first amplification oligomer comprises a target hybridizing sequence of 15 to 45 nucleotides in length and configured to target a sequence of a HSV-2 US8.5 RNA corresponding to nucleotides 113 to 144 of SEQ ID NO:2 and wherein a second amplification oligomer comprises a target hybridizing sequence of 15 to 45 nucleotides in length and configured to target a sequence of the HSV-2 US8.5 RNA corresponding to nucleotides 172 to 200 of SEQ ID NO:2; and (c) performing a nucleic acid detection reaction that detects an HSV-2 US8.5 RNA amplification product to determine whether the HSV-2 nucleic acid is present in said sample. (a) providing a sample that has been obtained and that is suspected of containing at least a HSV-2 nucleic acid; (b) contacting said sample with at least two amplification oligomers, wherein a first amplification oligomer comprises a target hybridizing sequence of 15 to 45 nucleotides in length and configured to target a sequence of a HSV-2 US8.5 RNA corresponding to nucleotides 113 to 144 of SEQ ID NO:2 and wherein a second amplification oligomer comprises a target hybridizing sequence of 15 to 45 nucleotides in length and configured to target a sequence of the HSV-2 US8.5 RNA corresponding to nucleotides 172 to 200 of SEQ ID NO:2; and (c) performing a nucleic acid detection reaction that detects an HSV-2 US8.5 RNA amplification product to determine whether the HSV-2 nucleic acid is present in said sample.
A method for heat storage comprising charging by raising the temperature of a phase change material above its melting temperature and discharging by lowering the temperature below its melting temperature, wherein the phase change material is provided in particles comprising a core (C PCM), said core (C PCM) comprising at least one phase change material, said core (C PCM) being coated with an outer layer (L PSMALL) of smaller particles (P SMALL), wherein the smaller particles (P SMALL) are able to rearrange in the outer layer (L PSMALL), wherein the particles have a largest size in the interval 1-1000 μm, wherein the smaller particles (P SMALL) have a largest size in the interval 1-500 nm, and wherein the smaller particles (P SMALL) comprise at least one selected from the group consisting of graphite, graphite oxide, graphene, and graphene oxide.
A valve actuator comprising: a motor; a gear assembly including an input gear rotated by driving force of the motor, an output gear receiving rotational force of the input gear, and at least one power transmission gear transmitting the rotational force of the input gear to the output gear; a case in which the gear assembly is installed; a valve output shaft coupled to the output gear and configured to be actuated to close a valve; and a selective power transmission unit for interrupting rotation of the output gear after the output gear is rotated at a predetermined angle by the rotational force of the input gear, wherein the power transmission gear includes a first gear coupled to the input gear, a second gear coupled to the first gear, and a third gear coupled to each of the second gear and the output gear, characterized in that the selective power transmission unit includes a lift member (150 or 150') configured to disengage the first gear from the second gear by the lift member (150, 150') moving and thus pushing the first gear away from the second gear due to interference with a portion of the output gear after the output gear is rotated at the predetermined angle. a motor; a gear assembly including an input gear rotated by driving force of the motor, an output gear receiving rotational force of the input gear, and at least one power transmission gear transmitting the rotational force of the input gear to the output gear; a case in which the gear assembly is installed; a valve output shaft coupled to the output gear and configured to be actuated to close a valve; and a selective power transmission unit for interrupting rotation of the output gear after the output gear is rotated at a predetermined angle by the rotational force of the input gear, wherein the power transmission gear includes a first gear coupled to the input gear, a second gear coupled to the first gear, and a third gear coupled to each of the second gear and the output gear, characterized in that the selective power transmission unit includes a lift member (150 or 150') configured to disengage the first gear from the second gear by the lift member (150, 150') moving and thus pushing the first gear away from the second gear due to interference with a portion of the output gear after the output gear is rotated at the predetermined angle.
A camouflage device operative over the visual and infrared spectrum, but requiring no power for operation, characterized in that it comprises: a malleable sheet comprising a shapeable substrate capable of being formed into a desired shape, of retaining its shape, and of being re-shapeable if desired, to a different shape for reuse, said shaping or reshaping resulting in formation of a three dimensional structure sized to conceal an object and to create of an air buffer for thermal insulation of the object, so as to provide a heat signature not characteristic of the object; and a visible pattern on said shapeable material mimicking surroundings of the object to be concealed. a malleable sheet comprising a shapeable substrate capable of being formed into a desired shape, of retaining its shape, and of being re-shapeable if desired, to a different shape for reuse, said shaping or reshaping resulting in formation of a three dimensional structure sized to conceal an object and to create of an air buffer for thermal insulation of the object, so as to provide a heat signature not characteristic of the object; and a visible pattern on said shapeable material mimicking surroundings of the object to be concealed.
A composition comprising a refrigerant mixture for replacing R-32 said refrigerant mixture consisting essentially of from about 42 to about 59 weight percent difluoromethane, about 28 to about 53 weight percent 2,3,3,3-tetrafluoropropene, and about 4 to about 17 weight percent carbon dioxide.
A composition comprising: a compound comprising a polymerizable vinyl group covalently linked to a benzene ring-based chromophore comprising a ketone at the 1-position, an unsubstituted amino group at the 2-position, and an oxygen atom at the 3-position of the benzene ring, wherein the chromophore does not comprise an oxidative polymerization product of 3-hydroxykynurenine, characterized by: wherein the compound is represented by wherein R is H, an alkyl group, or comprises an amino acid moiety; wherein L is a linker; and wherein PVG is a polymerizable vinyl group. wherein R is H, an alkyl group, or comprises an amino acid moiety; wherein L is a linker; and wherein PVG is a polymerizable vinyl group.
An apparatus configured to provide an intra-ocular lens to an eye through an incision in the eye, comprising: a processing device configured to assess IOL insertion conditions and translate said IOL insertion conditions into a desired force range for insertion of the IOL via the incision; and a power source (510, 515, 520) delivery device configured to apply force to the IOL generally within the desired force range to move the IOL to the eye; wherein the processing device is configured to monitor conditions while controlling the power source delivery device, said conditions comprising force encountered in moving the IOL into the eye, characterized in that said processing device employs feedback of the force encountered and selectively alters force applied based on force encountered.
A coated abrasive article comprising: a backing having a major surface; a make layer disposed on and secured to the backing; an abrasive layer contacting and secured to the make layer, wherein the abrasive layer comprises islands, each island comprising at least one precisely-shaped abrasive platelet and diluent abrasive particles, and wherein the islands are isolated one from another; and a size layer disposed over the make layer and the abrasive layer. a backing having a major surface; a make layer disposed on and secured to the backing; an abrasive layer contacting and secured to the make layer, wherein the abrasive layer comprises islands, each island comprising at least one precisely-shaped abrasive platelet and diluent abrasive particles, and wherein the islands are isolated one from another; and a size layer disposed over the make layer and the abrasive layer.
A terminal comprising: a control section that, when transmitting HARQ-ACK, a first channel state information, CSI, part, and a second CSI part using an uplink shared channel, wherein the first CSI part includes a rank indicator, RI, and the second CSI part includes channel quality information, CQI, when a resource for the HARQ-ACK overlaps a resource for the second CSI part, controls to puncture the second CSI part; and a transmitting section that transmits the HARQ-ACK, the first CSI part, and the second CSI part using the uplink shared channel. a control section that, when transmitting HARQ-ACK, a first channel state information, CSI, part, and a second CSI part using an uplink shared channel, wherein the first CSI part includes a rank indicator, RI, and the second CSI part includes channel quality information, CQI, when a resource for the HARQ-ACK overlaps a resource for the second CSI part, controls to puncture the second CSI part; and a transmitting section that transmits the HARQ-ACK, the first CSI part, and the second CSI part using the uplink shared channel.
Distribution cabinet or electrical installation box of buildings, comprising a support body, which comprises main support rails arranged parallel to the rear cabinet or box wall, in parallel to each other and at a distance apart from one another and at least one equipment carrier rail parallel to the rear cabinet and box wall and perpendicular to the main support rails, wherein the equipment carrier rail can be connected at its ends respectively via a connector to one of the main support rails and wherein the connector allows the connection of the equipment carrier rail to the main support rail at variable distances from the rear cabinet or box wall, wherein the connector is designed to have multiple parts with a main part connectable to the main support rail and an extension piece connectable to the equipment carrier rail, characterised in that the connector also comprises means for supporting a cable channel (7, 8) at various distances from the rear cabinet or box wall and in that the extension piece of the connector comprises means for supporting a cable channel running outside the body along the main support rail, wherein the extension piece comprises a guide in which a cable holding element can be engaged in different positions for holding the cable channel extending along the main support rail.
An encryption or decryption method comprising a series of at least one encryption (3DES1-3DES4) of triple DES type or at least one decryption (3DES1a, 3DES2a,) of triple inverse DES type, each encryption or decryption inputting input data and comprising a first, second and third operation (OP1, OP2, OP3) of DES or inverse DES type which are carried out successively by using respectively a first, second and third key (K1, K2, K3), wherein the first and third operations are encryption or decryption operations of identical type, whereas the second operation is an operation of type inverse to the first and third operations, said method comprising: - execution (S12; S28) of each encryption or decryption of said series, either according to a first mode wherein the second and third keys (K2, K3) are identical keys, different to the first key, such that the second and third operations (OP2, OP3) cancel each other out, or according to a second mode wherein the first and second keys (K1, K2) are identical keys, different to the third key, such that the first and second operations (OP1, OP2) cancel each other out, - one of the first mode and the second mode being selected randomly for each encryption or decryption of said series. - execution (S12; S28) of each encryption or decryption of said series, either according to a first mode wherein the second and third keys (K2, K3) are identical keys, different to the first key, such that the second and third operations (OP2, OP3) cancel each other out, or according to a second mode wherein the first and second keys (K1, K2) are identical keys, different to the third key, such that the first and second operations (OP1, OP2) cancel each other out, - one of the first mode and the second mode being selected randomly for each encryption or decryption of said series.
A vector, comprising: a promoter of SEQ ID NO: 1; and a human epidermal growth factor (hEGF) exon, which includes a gene coding for hEGF. a promoter of SEQ ID NO: 1; and a human epidermal growth factor (hEGF) exon, which includes a gene coding for hEGF.
A ZnO-containing compound semiconductor device (20, 50), comprising: a growth substrate comprising an underlying single crystal substrate and a compound single crystal template layer of a hexagonal crystal structure having a front surface with a plurality of (c-plane) terraces aligned stepwise in a direction of the a-axis of the compound single crystal template layer, an envelope of the terraces having an inclination angle of 0.1 to 0.5 degrees from the c-plane toward the a-axis of the compound single crystal template layer; and a ZnO-containing compound semiconductor single crystal (15, 32, 34) of a hexagonal crystal structure formed on said front surface of said compound single crystal template layer; wherein said compound single crystal template layer is formed of gallium nitride, aluminum nitride, zinc oxide, 2H-silicon carbide, 4H-silicon carbide or 6H-silicon carbide, and said underlying single crystal substrate is a single crystal sapphire substrate or a single crystal silicon carbide substrate. a growth substrate comprising an underlying single crystal substrate and a compound single crystal template layer of a hexagonal crystal structure having a front surface with a plurality of (c-plane) terraces aligned stepwise in a direction of the a-axis of the compound single crystal template layer, an envelope of the terraces having an inclination angle of 0.1 to 0.5 degrees from the c-plane toward the a-axis of the compound single crystal template layer; and a ZnO-containing compound semiconductor single crystal (15, 32, 34) of a hexagonal crystal structure formed on said front surface of said compound single crystal template layer;
A method for operating a network, especially an IP, Internet Protocol, network, wherein the network is comprising a local network and an operator network, wherein the local network is in connection with the operator network via a gateway and wherein a UE, User Equipment, of the local network is performing a session setup by communicating with a functional entity of the operator network in order to communicate with a UE-related and/or session-related application or in order to start a UE-related and/or session-related application, characterized in that the application is split into a RCS, Resource Control System, for controlling and/or reserving network resource required for the session within the network and the function handling the application logic requested by the UE and is communicating with a local network controller, wherein the local network controller is assigned to the local network and is receiving a UE-related and/or session-related parameter, LID, Local Identifier, from the application for locating a UE and/or a specific session within the local network based on the received parameter, wherein the parameter will be looped from the local network through an operator network domain where it has no significance back to the local network via the same or a different network path.
An indoor unit of an air conditioner comprising: a casing installed on a ceiling: an indoor fan accommodated in the casing; an air filter arranged on an inlet side of the indoor fan; and a dust removing means configured to remove dust trapped on the air filter, a cover portion arranged to cover a room-facing side of the air filter; and a box-shaped container portion (17a, 101a) which is provided on the cover portion and forms a space for holding the dust removed from the air filter by the dust removing means, characterized in that: the cover portion (17e, 101b) is configured as a bottom surface of the box-shaped container portion or as a plate-shaped member to which the container portion is detachably attached. a casing installed on a ceiling: an indoor fan accommodated in the casing; an air filter arranged on an inlet side of the indoor fan; and a dust removing means configured to remove dust trapped on the air filter, an indoor fan accommodated in the casing; an air filter arranged on an inlet side of the indoor fan; and a dust removing means configured to remove dust trapped on the air filter, a cover portion arranged to cover a room-facing side of the air filter; and a box-shaped container portion (17a, 101a) which is provided on the cover portion and forms a space for holding the dust removed from the air filter by the dust removing means, characterized in that: the cover portion (17e, 101b) is configured as a bottom surface of the box-shaped container portion or as a plate-shaped member to which the container portion is detachably attached.
A side handle for a power tool comprising: a central bar; a tubular grip which is mounted on and surrounds the central bar via a vibration dampener; the vibration dampener comprising a spring characterized in that said spring is having a central plate, which is mounted in a non moveable manner on the central bar, and a plurality of resiliently deformable arms attached to the plate and which extend away from the plate towards the grip 1016, the ends of each of the arms being non moveably attached to the grip. a central bar; a tubular grip which is mounted on and surrounds the central bar via a vibration dampener; the vibration dampener comprising a spring characterized in that said spring is having a central plate, which is mounted in a non moveable manner on the central bar, and a plurality of resiliently deformable arms attached to the plate and which extend away from the plate towards the grip 1016, the ends of each of the arms being non moveably attached to the grip.
A method for extracting high-purity asarinin by an SFE-CO 2 method comprising the operating steps below: washing roots and/or rootstocks of asarum, airing and smashing to obtain crude asarum powder; putting the crude asarum powder in an extraction kettle of an SFE-CO 2 device and sealing; respectively heating the extraction kettle and separating kettles, opening a valve of the extraction kettle when the extraction kettle reaches a temperature of 45-70°C, and the separating kettles I and II reach a temperature of 40°C, opening an exhaust valve to empty air when a pressure in the extraction kettle is equal to that of a storage tank, pressurizing a system by a high-pressure pump, and controlling a flow rate of CO 2 to 35-60 L/h to start cycling extraction when the extraction kettle reaches a pressure of 30-40 Mpa, and the separating kettles I and II reach a pressure of 5Mpa; and extracting for 60-240 min to obtain total volatile oil of asarum; standing the total volatile oil of asarum for 24-72 h at a low temperature of -20-4°C, and carrying out suction filtration at reduced pressure to obtain crude asarinin; and dissolving the crude asarinin with absolute ethyl alcohol with 1-5 times of volume dosage of the crude asarinin, and recrystallizing at a low temperature of -20-4°C to obtain pure asarinin with a quality purity greater than 98% until white acicular crystals are precipitated. washing roots and/or rootstocks of asarum, airing and smashing to obtain crude asarum powder; putting the crude asarum powder in an extraction kettle of an SFE-CO 2 device and sealing; respectively heating the extraction kettle and separating kettles, opening a valve of the extraction kettle when the extraction kettle reaches a temperature of 45-70°C, and the separating kettles I and II reach a temperature of 40°C, opening an exhaust valve to empty air when a pressure in the extraction kettle is equal to that of a storage tank, pressurizing a system by a high-pressure pump, and controlling a flow rate of CO 2 to 35-60 L/h to start cycling extraction when the extraction kettle reaches a pressure of 30-40 Mpa, and the separating kettles I and II reach a pressure of 5Mpa; and extracting for 60-240 min to obtain total volatile oil of asarum; standing the total volatile oil of asarum for 24-72 h at a low temperature of -20-4°C, and carrying out suction filtration at reduced pressure to obtain crude asarinin; and dissolving the crude asarinin with absolute ethyl alcohol with 1-5 times of volume dosage of the crude asarinin, and recrystallizing at a low temperature of -20-4°C to obtain pure asarinin with a quality purity greater than 98% until white acicular crystals are precipitated.
A spray assembly for a dishwasher of the kind wherein utensils are disposed inside a dishwashing chamber and a generally L-shaped spray assembly is rotated to and fro so that a horizontal leg thereof sweeps across a lower surface of the washing chamber and a vertical leg of the spray assembly sweeps across a side wall of the dishwashing chamber, the spray assembly having channels for conveying detergent and water and further having multiple nozzles disposed along the horizontal and vertical legs for directing detergent and water on to the utensils inside the washing chamber from multiple different directions as the spray assembly rotates; the spray assembly being characterized by: a fluid inlet coupler at an end of the horizontal leg of the spray assembly coupled to a rotatable hub of the type having duct connectors (47, 48, 49) projecting downwardly substantially parallel to an axis of rotation of the hub and fluidly coupled to respective channels of the spray assembly.
An energy receiver comprising: a power receiver coil configured to wirelessly receive power transmitted from a power transmitter; a Q-value detection circuit connected to the power receiver coil, a detection section configured to detect a foreign object within a range of the power receiver coil; and a power storage section configured to supply power to the detection section during detection of the foreign object, wherein the detection section is configured to detect whether the foreign object is within the range of the power receiver coil based on a measurement by the detection section of a quality factor related to the Q-value detection circuit. a power receiver coil configured to wirelessly receive power transmitted from a power transmitter; a Q-value detection circuit connected to the power receiver coil, a detection section configured to detect a foreign object within a range of the power receiver coil; and a power storage section configured to supply power to the detection section during detection of the foreign object, wherein the detection section is configured to detect whether the foreign object is within the range of the power receiver coil based on a measurement by the detection section of a quality factor related to the Q-value detection circuit.