mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner, comprising: a discharge driving unit for discharging an air-conditioned air; a sensor module for rotating and scanning predetermined areas and outputting data for radiation heats of heat sources; and a control unit for calculating observed change-amount signals based on the data and stored old data, acquiring human body information by converting each of the observed change-amount signals into energy levels, and controlling the discharge driving unit, wherein the sensor module comprises: a sensor (52, 54) for detecting the radiation heats of the heat sources and outputting corresponding radiation signals; a step motor for rotating the sensor; and a sensor control unit for rotating the step motor, calculating the data for radiation heats of heat sources based on the radiation signals, and transmitting the calculated data to the control unit, the air conditioner being arranged such that the step motor operates at different speeds when being rotated by the sensor control unit in each of the clockwise and counter clockwise directions. a discharge driving unit for discharging an air-conditioned air; a sensor module for rotating and scanning predetermined areas and outputting data for radiation heats of heat sources; and a control unit for calculating observed change-amount signals based on the data and stored old data, acquiring human body information by converting each of the observed change-amount signals into energy levels, and controlling the discharge driving unit, wherein the sensor module comprises: a sensor (52, 54) for detecting the radiation heats of the heat sources and outputting corresponding radiation signals; a step motor for rotating the sensor; and a sensor control unit for rotating the step motor, calculating the data for radiation heats of heat sources based on the radiation signals, and transmitting the calculated data to the control unit, the air conditioner being arranged such that the step motor operates at different speeds when being rotated by the sensor control unit in each of the clockwise and counter clockwise directions. a sensor (52, 54) for detecting the radiation heats of the heat sources and outputting corresponding radiation signals; a step motor for rotating the sensor; and a sensor control unit for rotating the step motor, calculating the data for radiation heats of heat sources based on the radiation signals, and transmitting the calculated data to the control unit, the air conditioner being arranged such that the step motor operates at different speeds when being rotated by the sensor control unit in each of the clockwise and counter clockwise directions.
An X-ray generation device comprising: a cathode including an electron source that generates an electron beam; an anode including a transmission type target configured to transmit, in an incident direction of the electron beam, an X-ray generated by collision of the electron beam; and a convergence electrode that converges the electron beam toward the transmission type target, wherein the transmission type target has a first region having a locally small thickness and a second region having a larger thickness than the first region, wherein the X-ray generation device further comprises an electron beam deflection unit configured to switch an incident position of the electron beam to the transmission type target between the first region and a second region in accordance with whether or not a magnetic field is applied to the electron beam, characterized in that the electron beam deflection unit has an adjustment mode to adjust an X-ray focal spot diameter and an X-ray generation mode to generate an X-ray, wherein the electron beam deflection unit deflects the electron beam to enter the first region in the adjustment mode, and wherein the electron beam deflection unit deflects the electron beam to enter the second region in the X-ray generation mode, wherein the X-ray generation device is arranged to acquire information on the X-ray dose measured by an X-ray detector provided outside the X-ray generation device, and wherein the X-ray generation device is arranged to adjust the X-ray focal spot diameter by controlling a voltage applied to the convergence electrode when the electron enters the first region to obtain the focus voltage leading to the least X-ray dose. wherein the transmission type target has a first region having a locally small thickness and a second region having a larger thickness than the first region, wherein the X-ray generation device further comprises an electron beam deflection unit configured to switch an incident position of the electron beam to the transmission type target between the first region and a second region in accordance with whether or not a magnetic field is applied to the electron beam, characterized in that the electron beam deflection unit has an adjustment mode to adjust an X-ray focal spot diameter and an X-ray generation mode to generate an X-ray, wherein the electron beam deflection unit deflects the electron beam to enter the first region in the adjustment mode, and wherein the electron beam deflection unit deflects the electron beam to enter the second region in the X-ray generation mode, wherein the X-ray generation device is arranged to acquire information on the X-ray dose measured by an X-ray detector provided outside the X-ray generation device, and wherein the X-ray generation device is arranged to adjust the X-ray focal spot diameter by controlling a voltage applied to the convergence electrode when the electron enters the first region to obtain the focus voltage leading to the least X-ray dose.
A bone fastener comprising: a tip portion having a first abutting surface; a proximal portion coupled to the tip portion and having a second abutting surface; a mechanism for advancing the first abutting surface toward the second abutting surface; and an expandable member having a cylindrical shape, a first end abutting the first abutting surface of the tip portion and a second end abutting the second abutting surface of the proximal portion, in which the first and second ends (64, 66) are tapered edges each defining an angled face extending around the expandable member; wherein advancement of the first abutting surface toward the second abutting surface advances the first end of the expandable member toward the second end of the expandable member; wherein the expandable member expands in response to advancement of the first end toward the second end; and wherein the first and second abutting surfaces (38, 40) are circular and angled toward an axis of the fastener so that the tip portion extends over the first end of the expandable member and the proximal portion extends over the second end of the expandable member and the first and second ends (64, 66) extend under the respective first and second abutting surfaces (38, 40), at least one of the first and second ends (64, 66) of the expandable member being rotatable with respect to the abutting one of the first and second abutting surfaces (38, 40). a tip portion having a first abutting surface; a proximal portion coupled to the tip portion and having a second abutting surface; a mechanism for advancing the first abutting surface toward the second abutting surface; and an expandable member having a cylindrical shape, a first end abutting the first abutting surface of the tip portion and a second end abutting the second abutting surface of the proximal portion, in which the first and second ends (64, 66) are tapered edges each defining an angled face extending around the expandable member; wherein advancement of the first abutting surface toward the second abutting surface advances the first end of the expandable member toward the second end of the expandable member; wherein the expandable member expands in response to advancement of the first end toward the second end; and wherein the first and second abutting surfaces (38, 40) are circular and angled toward an axis of the fastener so that the tip portion extends over the first end of the expandable member and the proximal portion extends over the second end of the expandable member and the first and second ends (64, 66) extend under the respective first and second abutting surfaces (38, 40), at least one of the first and second ends (64, 66) of the expandable member being rotatable with respect to the abutting one of the first and second abutting surfaces (38, 40).
A method for the production of SbM x nanoparticles, wherein M is an element selected from the group consisting of Sn, Ni, Cu, In, Al, Ge, Pb, Bi, Fe, Co, Ga, and 0 ≤ x < 2 by combining an antimony salt and optionally an alloying metal with a hydride in an anhydrous polar solvent in the absence of any surfactants to generate a reaction mixture, wherein said antimony salt and optionally said alloying metal is reduced with said hydride and forms a solid product cooling said reaction mixture to room temperature immediately after the formation of the solid product separating the solid product formed from the solution, preferably via centrifugation, and washing the product with water.
An apparatus for magnetic fluid optical image stabilization and autofocus, comprising: a magnet (208, 308, 408) coupled to a lens (202, 302, 402); a ferrofluid surrounding the magnet (208, 308, 408); and a coil (212, 220, 312, 320, 412, 420) disposed near the ferrofluid, wherein in response to a current through coil (212, 220, 312, 320, 412, 420), the magnet (208, 308, 408) and ferrofluid are to shift the lens (202, 302, 402), wherein the apparatus is arranged to move the lens (202, 302, 402) by means of the coil (212, 220, 312, 320, 412, 420) to enable an autofocus functionality, wherein the ferrofluid is arranged around the magnet (208, 308, 408) such that a counterforce is provided when the lens (202, 302, 402) is moved for the autofocus functionality. a magnet (208, 308, 408) coupled to a lens (202, 302, 402); a ferrofluid surrounding the magnet (208, 308, 408); and a coil (212, 220, 312, 320, 412, 420) disposed near the ferrofluid, wherein in response to a current through coil (212, 220, 312, 320, 412, 420), the magnet (208, 308, 408) and ferrofluid are to shift the lens (202, 302, 402), wherein the apparatus is arranged to move the lens (202, 302, 402) by means of the coil (212, 220, 312, 320, 412, 420) to enable an autofocus functionality, wherein the ferrofluid is arranged around the magnet (208, 308, 408) such that a counterforce is provided when the lens (202, 302, 402) is moved for the autofocus functionality.
A particle filter for the treatment of gases including a substrate intended to be passed through by said gases, having an internal structure adapted to form a filter of particles contained in the gases and including a catalytic composition constituted by a ferrierite-type zeolite in acid form containing iron, said composition being deposited on at least a portion of the porous separating walls of the passage ducts of said substrate, the mass proportion of iron in said zeolite being comprised between 0.3 % and 2 %, and said zeolite including silicon and aluminium in an atomic ratio Si/Al comprised between 8 and 30.
A method of wireless communication for authorized shared access, comprising: obtaining, by a user equipment, UE, a resource configuration, wherein the resource configuration identifies a plurality of sound reference signal, SRS resources including at least a sounding set of SRS resources and a coexistence set of SRS resources, for reserving access to a shared communication channel, the coexistence set of SRS resources being associated with a channel reservation signal; receiving, by the UE, a listen-before-talk, LBT, trigger signal from a serving base station over a shared spectrum shared between at least one or more priority access license, PAL, users, the LBT trigger signal causing the UE to initiate actions to contend for the shared spectrum; transmitting, by the UE in response to the LBT trigger signal, an SRS using the coexistence set of SRS resources; and communicating, by the UE, with the serving base station on the shared communication channel. obtaining, by a user equipment, UE, a resource configuration, wherein the resource configuration identifies a plurality of sound reference signal, SRS resources including at least a sounding set of SRS resources and a coexistence set of SRS resources, for reserving access to a shared communication channel, the coexistence set of SRS resources being associated with a channel reservation signal; receiving, by the UE, a listen-before-talk, LBT, trigger signal from a serving base station over a shared spectrum shared between at least one or more priority access license, PAL, users, the LBT trigger signal causing the UE to initiate actions to contend for the shared spectrum; transmitting, by the UE in response to the LBT trigger signal, an SRS using the coexistence set of SRS resources; and communicating, by the UE, with the serving base station on the shared communication channel.
Stowage box for arranging in a motor vehicle, wherein the stowage box comprises - a base element for fastening in an interior of the motor vehicle, - a main body for fastening to the base element and - a cover element for fastening to the main body, said cover element having a cover plate which is mounted pivotably relative to the main body when the cover element is fastened to the main body, wherein the main body is fastenable to the base element and/or the cover element is fastenable to the main body in at least one first orientation and a second orientation which is different therefrom. - a base element for fastening in an interior of the motor vehicle, - a main body for fastening to the base element and - a cover element for fastening to the main body, said cover element having a cover plate which is mounted pivotably relative to the main body when the cover element is fastened to the main body, said cover element having a cover plate which is mounted pivotably relative to the main body when the cover element is fastened to the main body,
A gas insulated electric apparatus, comprising: - a ground tank filled with insulating gas and - a high voltage conductor mounted in the ground tank with an insulating spacer therebetween, - wherein a corrugated plate bent in a corrugated manner to make at least a surface of a convex portion thereof a smoothly curved surface is arranged in the ground tank so that a line connecting portions of the corrugated plate having the same height is made parallel to a central axis of the ground tank, characterized in that the corrugated plate is structured so that for foreign particles with a maximum length of 3 mm (L = 3) the formula α = (h - L)/d ≥ 0.8 applies and for foreign particles having a maximum length of 6 mm (L = 6) the formula α = (h - L)/d ≥ 1.0 applies, where α is a coefficient, h indicates a depth from a top of the convex portion of the corrugated plate to a bottom of a concave portion, d indicates a width of the concave portion, and L indicates a length of metallic, foreign matters. - a ground tank filled with insulating gas and - a high voltage conductor mounted in the ground tank with an insulating spacer therebetween, - wherein a corrugated plate bent in a corrugated manner to make at least a surface of a convex portion thereof a smoothly curved surface is arranged in the ground tank so that a line connecting portions of the corrugated plate having the same height is made parallel to a central axis of the ground tank,
A current cutoff system, including: a shunt resistor for measuring a value of current flowing from a battery to a load unit; a threshold value detection unit for detecting whether or not the current value measured by the shunt resistor exceeds a preset threshold value; and a pyroswitch for cutting the shunt resistor when the threshold value detection unit detects that the threshold value is exceeded, the pyroswitch comprising a heater ignition unit; an output of a comparator of the threshold value detection unit and the heater ignition unit being electrically connected; the current cutoff system further including: a monitoring unit for monitoring between the output of the threshold value detection unit and the heater ignition unit of the pyroswitch whether or not current output from the threshold value detection unit flows to the heater ignition unit of the pyro switch; and a transmission unit for transmitting content monitored by the monitoring unit to a vehicle ECU. a shunt resistor for measuring a value of current flowing from a battery to a load unit; a threshold value detection unit for detecting whether or not the current value measured by the shunt resistor exceeds a preset threshold value; and a pyroswitch for cutting the shunt resistor when the threshold value detection unit detects that the threshold value is exceeded, the pyroswitch comprising a heater ignition unit; an output of a comparator of the threshold value detection unit and the heater ignition unit being electrically connected; the current cutoff system further including: a monitoring unit for monitoring between the output of the threshold value detection unit and the heater ignition unit of the pyroswitch whether or not current output from the threshold value detection unit flows to the heater ignition unit of the pyro switch; and a transmission unit for transmitting content monitored by the monitoring unit to a vehicle ECU. a monitoring unit for monitoring between the output of the threshold value detection unit and the heater ignition unit of the pyroswitch whether or not current output from the threshold value detection unit flows to the heater ignition unit of the pyro switch; and a transmission unit for transmitting content monitored by the monitoring unit to a vehicle ECU.
An implantable radiation sensing device, comprising: an x-ray radiation sensor device including one or more pixels being adapted to acquire at least a portion of a transcutaneous x-ray radiation stimulus; an exposure determination device adapted to determine cumulative exposure information; a biocompatible housing enclosing the x-ray radiation sensor device and the exposure determination device; the implantable radiation sensing device being characterised in that: the x-ray radiation sensor device is further adapted to transduce the x-ray radiation stimulus acquired by the x-ray radiation sensor device into at least one measurand indicative of an x-ray radiation exposure during an integration period of the x-ray radiation sensor device; and the exposure determination device is adapted to determine cumulative exposure information based on the at least one measurand output. an x-ray radiation sensor device including one or more pixels being adapted to acquire at least a portion of a transcutaneous x-ray radiation stimulus; an exposure determination device adapted to determine cumulative exposure information; a biocompatible housing enclosing the x-ray radiation sensor device and the exposure determination device; the x-ray radiation sensor device is further adapted to transduce the x-ray radiation stimulus acquired by the x-ray radiation sensor device into at least one measurand indicative of an x-ray radiation exposure during an integration period of the x-ray radiation sensor device; and the exposure determination device is adapted to determine cumulative exposure information based on the at least one measurand output.
Herbicidal composition, comprising, as herbicidally active constituents, A) aclonifen (component A), B) tri-allate (component B) and C) diflufenican (component C), comprising the respective herbicide components in the application rates stated below: component A: 80-1000 g of AS/ha of aclonifen; component B: 250-1600 g of AS/ha of tri-allate, component C: 30-200 g of AS/ha of diflufenican. A) aclonifen (component A), B) tri-allate (component B) and C) diflufenican (component C), component A: 80-1000 g of AS/ha of aclonifen; component B: 250-1600 g of AS/ha of tri-allate, component C: 30-200 g of AS/ha of diflufenican.
A method of forming an article of footwear that is configured to fit one of a first foot size and a second foot size, the first foot size being larger than the second foot size, the method comprising: knitting a knitted workpiece, the knitted workpiece configured to at least partially form an upper of the article of footwear, the knitted workpiece having a body and a trim region, the trim region defining at least a portion of an outer edge of the knitted workpiece, a first dimension of the knitted workpiece defined at least partly by the outer edge; heating the knitted workpiece; trimming the knitted workpiece within the trim region after heating the knitted workpiece to remove a piece from the knitted workpiece and to reduce the first dimension to a second dimension; and forming the upper from the trimmed knitted workpiece, wherein the method is characterized by selecting whether to form the article of footwear to fit the first foot size or the second foot size, wherein trimming the knitted workpiece includes trimming the knitted workpiece along a first trim line when selecting to form the article of footwear to fit the first foot size, and wherein trimming the knitted workpiece includes trimming the knitted workpiece along a second trim line when selecting to form the article of footwear to fit the second foot size, the second trim line being spaced from the first trim line in an inboard direction on the knitted workpiece. knitting a knitted workpiece, the knitted workpiece configured to at least partially form an upper of the article of footwear, the knitted workpiece having a body and a trim region, the trim region defining at least a portion of an outer edge of the knitted workpiece, a first dimension of the knitted workpiece defined at least partly by the outer edge; heating the knitted workpiece; trimming the knitted workpiece within the trim region after heating the knitted workpiece to remove a piece from the knitted workpiece and to reduce the first dimension to a second dimension; and forming the upper from the trimmed knitted workpiece, wherein the method is characterized by selecting whether to form the article of footwear to fit the first foot size or the second foot size, wherein trimming the knitted workpiece includes trimming the knitted workpiece along a first trim line when selecting to form the article of footwear to fit the first foot size, and wherein trimming the knitted workpiece includes trimming the knitted workpiece along a second trim line when selecting to form the article of footwear to fit the second foot size, the second trim line being spaced from the first trim line in an inboard direction on the knitted workpiece.