mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a plurality of receive paths each having a respective transconductance amplifier; an amplifier having a same input coupled to an output of a respective phase shifter of each receive path and a mixer coupled to an output of the amplifier, the device configured to combine each signal from each receive path in at least one of a voltage domain and a current domain, each receive path having its transconductance amplifier coupled between the phase shifter and a low noise amplifier, LNA. a plurality of receive paths each having a respective transconductance amplifier; an amplifier having a same input coupled to an output of a respective phase shifter of each receive path and a mixer coupled to an output of the amplifier, the device configured to combine each signal from each receive path in at least one of a voltage domain and a current domain, each receive path having its transconductance amplifier coupled between the phase shifter and a low noise amplifier, LNA.
A game system comprising: a first vibration portion (108, 118) arranged in a portion held with one hand of a user and a second vibration portion (118, 108) arranged in a portion held with the other hand of the user; an operation portion (3, 4; 32, 52, 103, 113) which accepts an operation input by the user; a representation control unit which provides such a screen representation that an object moving in a virtual space turns left in accordance with a first operation input by the user onto the operation portion and provides such a screen representation that the object moving in the virtual space turns right in accordance with a second operation input by the user onto the operation portion; and characterized in that a vibration control unit which vibrates the first vibration portion more strongly than the second vibration portion when the representation control unit provides the screen representation that the object turns left and vibrates the second vibration portion more strongly than the first vibration portion when the representation control unit provides the screen representation that the object turns right, wherein the vibration control unit vibrates the first vibration portion and the second vibration portion with equal strength prior to changing direction of the object upon the first or second operation inputs by the user. a first vibration portion (108, 118) arranged in a portion held with one hand of a user and a second vibration portion (118, 108) arranged in a portion held with the other hand of the user; an operation portion (3, 4; 32, 52, 103, 113) which accepts an operation input by the user; a representation control unit which provides such a screen representation that an object moving in a virtual space turns left in accordance with a first operation input by the user onto the operation portion and provides such a screen representation that the object moving in the virtual space turns right in accordance with a second operation input by the user onto the operation portion; and characterized in that a vibration control unit which vibrates the first vibration portion more strongly than the second vibration portion when the representation control unit provides the screen representation that the object turns left and vibrates the second vibration portion more strongly than the first vibration portion when the representation control unit provides the screen representation that the object turns right, wherein the vibration control unit vibrates the first vibration portion and the second vibration portion with equal strength prior to changing direction of the object upon the first or second operation inputs by the user.
A washing and drying machine of the type comprising a processing chamber provided with a basket for accommodating the items to be washed and dried, a circuit for introducing water in said processing chamber, and a pneumatic circuit for the conveyance of a stream of air through said basket, said pneumatic circuit comprising, downstream of said basket, at least one forced ventilation element, and at least one water-based heat exchanger, characterized in that said water-based heat exchanger is provided for cooling of the air stream that has exited from said basket and the consequent condensation of steam that is present in said air stream, a heater for increasing the temperature of the dry air stream that enters said processing chamber and a collection tank for collecting the hot water that exits from said heat exchanger, said circuit for introducing water into said processing chamber comprising an intake line that arrives from said hot water collection tank, the hot water that is present in said collection tank, after a drying operation, supplying said circuit for introducing water into said processing chamber in washing operations that follow said drying operation.
A surface profile measurement method including the steps of dividing an illumination light beam emitted from a light source continuously or discretely having a predetermined wavelength bandwidth into two light beams and making the light beams incident on a test surface and a standard plane, and causing a reflected light beam from the test surface and a reflected light beam from the standard plane to interfere in an interferometer to measure a surface profile of the test surface, characterized by further including the steps of: - changing a surface orientation in the illumination light beam incident position on the standard plane - measuring a local surface orientation of the test surface in each of a plurality of positions on the test surface, and - obtaining, from surface orientation data measured in two or more positions on the test surface, surface height calculation values of the test surface in the positions according to integration processing. - changing a surface orientation in the illumination light beam incident position on the standard plane - measuring a local surface orientation of the test surface in each of a plurality of positions on the test surface, and - obtaining, from surface orientation data measured in two or more positions on the test surface, surface height calculation values of the test surface in the positions according to integration processing.
A two-quadruplex DNA aptamer for use in a method of preventing or treating a condition associated with an undesirable thrombin activity, wherein the aptamer is an oligodeoxyribonucleotide with a nucleotide sequence of the general formula of: GGTTGGTGTGGNTGG-Tx-GGTTGGTGTGGNTGG; where Tx is one or more bases T. GGTTGGTGTGGNTGG-Tx-GGTTGGTGTGGNTGG;
Method for preparing particles comprising a material able to catalyse oxygen reduction or hydrogen oxidation, said particles being grafted with grafts composed of at least one polymer comprising at least styrene repeating unit carrying at least one proton-conducting group, said method comprising: a) a step to prepare at least one styrene polymer via ATRP polymerisation of a styrene monomer with an ATRP initiator meeting following formula: where: - the R 1 groups are each independently an organic spacer group; - the Z groups are each independently a single bond or an organic spacer group; - the R 2 groups are each independently a halogen atom; the resulting polymer meeting following formula: where Y corresponds to the styrene repeating unit carrying at least one proton-conducting group and n 1 to the number of repeats of the repeating unit between round brackets, R 1, R 2 and Z being such as defined above; b) a step to place the particles comprising a material able to catalyse oxygen reduction or hydrogen oxidation in contact with the polymer obtained at a), after which particles are obtained grafted with grafts of following formula: the brace indicating the point at which the grafts are covalently bonded to the particles, and R 1, R 2, Z, Y and n 1 being such as defined above. a) a step to prepare at least one styrene polymer via ATRP polymerisation of a styrene monomer with an ATRP initiator meeting following formula: where: - the R 1 groups are each independently an organic spacer group; - the Z groups are each independently a single bond or an organic spacer group; - the R 2 groups are each independently a halogen atom; the resulting polymer meeting following formula: where Y corresponds to the styrene repeating unit carrying at least one proton-conducting group and n 1 to the number of repeats of the repeating unit between round brackets, R 1, R 2 and Z being such as defined above; - the R 1 groups are each independently an organic spacer group; - the Z groups are each independently a single bond or an organic spacer group; - the R 2 groups are each independently a halogen atom; b) a step to place the particles comprising a material able to catalyse oxygen reduction or hydrogen oxidation in contact with the polymer obtained at a), after which particles are obtained grafted with grafts of following formula: the brace indicating the point at which the grafts are covalently bonded to the particles, and R 1, R 2, Z, Y and n 1 being such as defined above.
A method performed by a terminal device (16, 200) for a wireless communication network, the terminal device being configurable with a plurality of transmission time intervals, the method comprising: receiving a first grant message from the wireless communication network, the first grant message comprising an indication of first radio resources in which the terminal device can transmit one or more wireless messages, the first radio resources being configured according to a first transmission time interval (50, 52, 54) of the plurality of transmission time intervals; determining the presence of data to transmit, the data being associated with a first logical channel; determining a maximum transmission time interval value associated with the first logical channel; wherein the maximum transmission time interval value is configured via signalling between the radio access network and the wireless terminal, and responsive to a determination that the maximum transmission time interval associated with the logical channel is less than the first transmission time interval, transmitting a scheduling request message to the wireless communication network, the scheduling request message being configured according to a second transmission time interval of the plurality of transmission time intervals, wherein the second transmission time interval is shorter than the first transmission time interval (50, 52, 54). receiving a first grant message from the wireless communication network, the first grant message comprising an indication of first radio resources in which the terminal device can transmit one or more wireless messages, the first radio resources being configured according to a first transmission time interval (50, 52, 54) of the plurality of transmission time intervals; determining the presence of data to transmit, the data being associated with a first logical channel; determining a maximum transmission time interval value associated with the first logical channel; wherein the maximum transmission time interval value is configured via signalling between the radio access network and the wireless terminal, and responsive to a determination that the maximum transmission time interval associated with the logical channel is less than the first transmission time interval, transmitting a scheduling request message to the wireless communication network, the scheduling request message being configured according to a second transmission time interval of the plurality of transmission time intervals, wherein the second transmission time interval is shorter than the first transmission time interval (50, 52, 54).
A identification mark printing machine comprising: an impression cylinder which holds and transports a sheet having an image printed thereon; an identification mark cylinder (13, 14, 15) which is in contact with said impression cylinder, and further prints an identification mark on the sheet held on said impression cylinder; comprising a transfer cylinder which is in contact with said impression cylinder on a downstream side, in a direction in which the sheet is transported, of a position at which said impression cylinder and said identification mark cylinder are in contact with each other, and holds and transports the sheet received from said impression cylinder; an inspection cylinder which is in contact with said transfer cylinder, and holds and transports the sheet received from said transfer cylinder; an inspection device which is opposed to a circumferential surface of said inspection cylinder and inspects the identification mark printed on the sheet held on said inspection cylinder, characterized by a throw-on and throw-off device (35A, 35B, 45) which moves said identification mark cylinder between a throw-on position at which said identification mark cylinder prints an identification mark on the sheet held on said impression cylinder, and a throw-off position at which said identification mark cylinder is separated from said impression cylinder; and a control device which controls said throw-on and throw-off device to move said identification mark cylinder from the throw-on position to the throw-off position when the inspection result obtained by said inspection device shows an abnormality. an impression cylinder which holds and transports a sheet having an image printed thereon; an identification mark cylinder (13, 14, 15) which is in contact with said impression cylinder, and further prints an identification mark on the sheet held on said impression cylinder; a transfer cylinder which is in contact with said impression cylinder on a downstream side, in a direction in which the sheet is transported, of a position at which said impression cylinder and said identification mark cylinder are in contact with each other, and holds and transports the sheet received from said impression cylinder; an inspection cylinder which is in contact with said transfer cylinder, and holds and transports the sheet received from said transfer cylinder; an inspection device which is opposed to a circumferential surface of said inspection cylinder and inspects the identification mark printed on the sheet held on said inspection cylinder, characterized by a throw-on and throw-off device (35A, 35B, 45) which moves said identification mark cylinder between a throw-on position at which said identification mark cylinder prints an identification mark on the sheet held on said impression cylinder, and a throw-off position at which said identification mark cylinder is separated from said impression cylinder; and a control device which controls said throw-on and throw-off device to move said identification mark cylinder from the throw-on position to the throw-off position when the inspection result obtained by said inspection device shows an abnormality.
A vehicle comprising: a longitudinal engine that has plural cylinders and is installed such that the plural cylinders are arrayed in a vehicle front-rear direction; a motor that is arranged in rear with respect to the longitudinal engine in the vehicle front-rear direction and is capable of generating a driving force for vehicle traveling; a transmission that has a transmission mechanism and a transmission casing housing the transmission mechanism and is coupled with the motor; and an inverter that converts input direct-current electric power to alternating-current electric power and outputs the alternating-current electric power to the motor, wherein a floor tunnel bulging toward an inside of a vehicle cabin and extending in the vehicle front-rear direction is formed in a floor panel of the vehicle, the transmission is arranged in and/or below the floor tunnel, and the transmission further has an oil pan that is mounted on a lower portion of the transmission casing and is for storing hydraulic oil, characterized in that, the inverter is mounted in and/or below the floor tunnel and on an upper portion of the transmission casing, the transmission is adjacently arranged in rear with respect to the motor in the vehicle front-rear direction, and the transmission casing is interposed between the inverter being mounted on the upper portion of the transmission casing and the oil pan being mounted on the lower portion of the transmission casing. a longitudinal engine that has plural cylinders and is installed such that the plural cylinders are arrayed in a vehicle front-rear direction; a motor that is arranged in rear with respect to the longitudinal engine in the vehicle front-rear direction and is capable of generating a driving force for vehicle traveling; a transmission that has a transmission mechanism and a transmission casing housing the transmission mechanism and is coupled with the motor; and an inverter that converts input direct-current electric power to alternating-current electric power and outputs the alternating-current electric power to the motor, wherein a floor tunnel bulging toward an inside of a vehicle cabin and extending in the vehicle front-rear direction is formed in a floor panel of the vehicle, the transmission is arranged in and/or below the floor tunnel, and the transmission further has an oil pan that is mounted on a lower portion of the transmission casing and is for storing hydraulic oil, characterized in that, the inverter is mounted in and/or below the floor tunnel and on an upper portion of the transmission casing, the transmission is adjacently arranged in rear with respect to the motor in the vehicle front-rear direction, and the transmission casing is interposed between the inverter being mounted on the upper portion of the transmission casing and the oil pan being mounted on the lower portion of the transmission casing.
A robot purifier comprising: a purifying part which draws, purifies, and discharges air; and a driving part which is located at a lower end of the purifying part and is capable of autonomous driving, wherein the purifying part is capable of rotating 360 degrees horizontally, wherein the driving part comprises: a body; a ball bearing which is fixed to the body; and a gear which is fixed on the ball bearing to be rotatable and includes gear teeth, wherein a lower cover is located at an outer lower end of the purifying part, a window lower cover is located at a portion of the center of the lower cover, which is connected to the driving part, and a gear head is located on one side of the window lower cover, and wherein an outside of the gear head is engaged with an inside of the gear. a purifying part which draws, purifies, and discharges air; and a driving part which is located at a lower end of the purifying part and is capable of autonomous driving, wherein the purifying part is capable of rotating 360 degrees horizontally, wherein the driving part comprises: a body; a ball bearing which is fixed to the body; and a gear which is fixed on the ball bearing to be rotatable and includes gear teeth, wherein a lower cover is located at an outer lower end of the purifying part, a window lower cover is located at a portion of the center of the lower cover, which is connected to the driving part, and a gear head is located on one side of the window lower cover, and wherein an outside of the gear head is engaged with an inside of the gear. a body; a ball bearing which is fixed to the body; and a gear which is fixed on the ball bearing to be rotatable and includes gear teeth, wherein a lower cover is located at an outer lower end of the purifying part, a window lower cover is located at a portion of the center of the lower cover, which is connected to the driving part, and a gear head is located on one side of the window lower cover, and wherein an outside of the gear head is engaged with an inside of the gear.
An organic electroluminescence device comprising on a support substrate an anode and a cathode, and one or more organic layers between the anode and the cathode and at least one organic layer containing a reactive organic compound, wherein when an electric current is applied to device at a current density of from 0.01 mA/cm 2 to 10000 mA/cm 2, a concentration of the reactive organic compound is reduced from a concentration before application of the electric current and when an emission luminance is reduced to 90% of an initial luminance by application of the electric current, a concentration of the reactive organic compound is within a range of 0.1 mol/m 3 to 10 mol/m 3, and wherein the reactive organic compound contains plural reactive substituents, characterized in that the reactive substituents each have a partial structure represented by the following formula:
A self-wetting porous membrane comprising an aromatic hydrophobic polymer and a wetting agent comprising a copolymer, characterized in that the copolymer is of the formula: or characterized in that m 1 or m 2 is from 5 to 80 and n is from 20 to 200.
A method for producing an abrasive article comprising: providing a removable support sheet having a first major support surface; printing an image layer comprising inks onto the first major support surface; extruding a backing layer onto the image layer forming a first major backing surface over the image layer and a second major backing surface opposite the first major backing surface; applying a functional layer onto the second major backing surface; and separating the removable support sheet from the backing layer while leaving the image layer attached to the first major backing surface. providing a removable support sheet having a first major support surface; printing an image layer comprising inks onto the first major support surface; extruding a backing layer onto the image layer forming a first major backing surface over the image layer and a second major backing surface opposite the first major backing surface; applying a functional layer onto the second major backing surface; and separating the removable support sheet from the backing layer while leaving the image layer attached to the first major backing surface.
An assembly with hydrocyclones comprising: multiple hydrocyclones having a base end and an apex end, at least an inlet chamber (6, 6', 6") for fluid to be cleaned positioned at the base end, at least an overflow chamber (7, 7', 7") for an overflow portion of the fluid, a separation chamber having an elongated shape between the base end and the apex end, at least an underflow outlet at the apex end, the inlet chamber (6, 6', 6") having at least two side openings (22, 22') positioned on opposite sides of the inlet chamber (6, 6', 6") and the overflow chamber (7, 7', 7") having at least two side openings (23, 23') positioned on opposite sides of the overflow chamber (7, 7', 7"), the side openings (22, 22', 23, 23') at the inlet chamber and the overflow chamber being directed in the same way, wherein the hydrocyclones are arranged at a support structure for support of the hydrocyclones, the hydrocyclones being arranged side by side with their side openings (22, 22', 23, 23') adjacent each other thus forming an inlet pipe (60, 60') by means of the inlet chambers (6, 6', 6") and an overflow pipe by means of the overflow chambers (7, 7', 7"), the inlet chambers (6, 6', 6") forming the inlet pipe (60, 60') and the overflow chambers (7, 7', 7") forming the overflow pipe being adapted to be pressed against each other, the support structure further comprises a support bar, wherein a pressing bar is arranged in connection with the support bar for pressing the hydrocyclones against each other.