mhurhangee/ep-ind-claims huggingface dataset:
A subband setting method for a OFDM multicarrier transmission using a plurality of subcarriers for each subframe, the method comprising: equally dividing the plurality of subcarriers into a plurality of subbands; and setting, per subframe, each subband of the plurality of subbands as either a first-type subband or a second-type subband, each of the first-type subbands being for transmitting data for a respective plurality of radio communication mobile station apparatuses and each of the second-type subbands including data for only one respective radio communication mobile station apparatus, characterized in that: each of the plurality of subbands is comprised of a same number of subcarriers; and an amount of data for one radio communication mobile station apparatus, transmitted using a respective plurality of the first-type subbands in one subframe, is constant regardless of variation, between subframes, of an interval, separating the subbands in said respective plurality of the first-type subbands in a frequency domain. equally dividing the plurality of subcarriers into a plurality of subbands; and setting, per subframe, each subband of the plurality of subbands as either a first-type subband or a second-type subband, each of the first-type subbands being for transmitting data for a respective plurality of radio communication mobile station apparatuses and each of the second-type subbands including data for only one respective radio communication mobile station apparatus, each of the plurality of subbands is comprised of a same number of subcarriers; and an amount of data for one radio communication mobile station apparatus, transmitted using a respective plurality of the first-type subbands in one subframe, is constant regardless of variation, between subframes, of an interval, separating the subbands in said respective plurality of the first-type subbands in a frequency domain.
A device for controlling the positioning of an item of variable-geometry equipment of a turbomachine, comprising a computer, an actuator for actuating said variable geometry driven by the computer and a kinematic system, said actuator comprising a movable assembly furnished with a sensor for measuring its elongation, said kinematic system being connected at one of its ends to a coupling point of said movable assembly and at the other end to an attachment point of the item of equipment, the attachment point moving under the action of the actuator along a stroke limited by an abutment and the kinematic system being able to be deformed elastically under the action of the actuator when the attachment point is on the abutment, characterized in that the elongation setpoint supplied by the computer to said movable assembly is defined as a difference relative to the value of the elongation of the movable assembly which corresponds to the contact of the attachment point with the abutment.
Flange device for a filter device for positioning in a water treatment unit, wherein the water treatment unit contains a water reservoir and a suction head, wherein the flange device contains the following features: - a base plate with a central cutout for receiving a filler neck of the suction head, - a connecting device for releasable connection of the flange device to an inner side of the water reservoir, - a closure element for closing off the cut-out, and - a handle device for detaching the connecting device from the flange holding device and for carrying the filter device, wherein the handle device contains a first arm element, a second arm element and a grip element, wherein the first arm element is connected movably to the base plate at a first end via a first hinge and the second arm element is connected movably to said base plate at a first end by way of a second hinge, and wherein the first arm element is connected movably to the grip element at a second end via a third hinge and the second arm element is connected movably to said grip element at a second end by way of a fourth hinge. - a base plate with a central cutout for receiving a filler neck of the suction head, - a connecting device for releasable connection of the flange device to an inner side of the water reservoir, - a closure element for closing off the cut-out, and - a handle device for detaching the connecting device from the flange holding device and for carrying the filter device, wherein the handle device contains a first arm element, a second arm element and a grip element, wherein the first arm element is connected movably to the base plate at a first end via a first hinge and the second arm element is connected movably to said base plate at a first end by way of a second hinge, and wherein the first arm element is connected movably to the grip element at a second end via a third hinge and the second arm element is connected movably to said grip element at a second end by way of a fourth hinge. wherein the handle device contains a first arm element, a second arm element and a grip element, wherein the first arm element is connected movably to the base plate at a first end via a first hinge and the second arm element is connected movably to said base plate at a first end by way of a second hinge, and wherein the first arm element is connected movably to the grip element at a second end via a third hinge and the second arm element is connected movably to said grip element at a second end by way of a fourth hinge.
An electrically conductive connecting member for power output that is used for a battery including a pair of output terminals formed of different metals, the electrically conductive connecting member comprising: an electrode section connectable to one of the output terminals and formed of the same metal as that for the one of the output terminals, and a bus bar section connected to the electrode section and formed of the same metal as that for the other output terminal, wherein the electrode section and the bus bar section are integrated with each other through diffusion bonding, characterized in that: the electrode section is a columnar bar-shaped section, the bus bar section is a band-plate-shaped section connected to one end of the bar-shaped section and extending in a direction away from an axial center of the bar-shaped section, wherein the bar-shaped section protrudes from the band-plate-shaped section, wherein an embedded material formed of the same metal as that for the bar-shaped section is embedded in a center portion of the band-plate-shaped section in a plate thickness direction, wherein the band-plate-shaped section has a recess that surrounds the bar-shaped section so that an upper face of the embedded material is exposed in a bottom portion of the recess; wherein the bar-shaped section is connected to the embedded material, and wherein an outer peripheral surface of the embedded material and an inner peripheral surface of the band-plate-shaped section are diffusion-bonded. an electrode section connectable to one of the output terminals and formed of the same metal as that for the one of the output terminals, and a bus bar section connected to the electrode section and formed of the same metal as that for the other output terminal, wherein the electrode section and the bus bar section are integrated with each other through diffusion bonding, the electrode section is a columnar bar-shaped section, the bus bar section is a band-plate-shaped section connected to one end of the bar-shaped section and extending in a direction away from an axial center of the bar-shaped section, wherein the bar-shaped section protrudes from the band-plate-shaped section, wherein an embedded material formed of the same metal as that for the bar-shaped section is embedded in a center portion of the band-plate-shaped section in a plate thickness direction, wherein the band-plate-shaped section has a recess that surrounds the bar-shaped section so that an upper face of the embedded material is exposed in a bottom portion of the recess; wherein the bar-shaped section is connected to the embedded material, and wherein an outer peripheral surface of the embedded material and an inner peripheral surface of the band-plate-shaped section are diffusion-bonded.
Solder preform made of a microstructure for establishing a diffusion solder connection, • comprising a first joining surface for a first joining partner and a second joining surface for a second joining partner, • wherein the microstructure comprises a first phase made of a solder material and a second phase made of copper, wherein a diffusion zone consisting of the material of the first phase and the material of the second phase is formed in the solder preform, wherein • the first joining surface and the second joining surface are entirely or partially formed by the first phase, • the diffusion zone comprises an intermetallic compound, wherein a minimum distance, which is in the range of at least 1 μm and at most 30 μm, exists between the diffusion zone and the first joining surface and also between the diffusion zone and the second joining surface, wherein the first phase and the second phase are formed as layers in the solder preform, wherein the diffusion zones are respectively formed as intermediate layers between these layers, characterized in that the minimum distance between the diffusion zone and the first joining surface and also between the diffusion zone and the second joining surface is present in a region below the joining surface of at least 70%. • comprising a first joining surface for a first joining partner and a second joining surface for a second joining partner, • wherein the microstructure comprises a first phase made of a solder material and a second phase made of copper, wherein a diffusion zone consisting of the material of the first phase and the material of the second phase is formed in the solder preform, wherein • the first joining surface and the second joining surface are entirely or partially formed by the first phase, • the diffusion zone comprises an intermetallic compound, • the first joining surface and the second joining surface are entirely or partially formed by the first phase, • the diffusion zone comprises an intermetallic compound, wherein a minimum distance, which is in the range of at least 1 μm and at most 30 μm, exists between the diffusion zone and the first joining surface and also between the diffusion zone and the second joining surface, wherein the first phase and the second phase are formed as layers in the solder preform, wherein the diffusion zones are respectively formed as intermediate layers between these layers, characterized in that the minimum distance between the diffusion zone and the first joining surface and also between the diffusion zone and the second joining surface is present in a region below the joining surface of at least 70%.
A solar cell, comprising: a semiconductor photovoltaic structure comprising an emitter layer which includes heavily doped regions (212, 214) and an anti-reflection layer positioned on the emitter layer, wherein the anti-reflection layer includes a number of openings; and a metal grid positioned on a front side of the photovoltaic structure, wherein the front-side metal grid includes a plurality of metal layers, and wherein the plurality of metal layers includes at least: a metal-adhesive layer comprising Ti or Ta, situated above the anti-reflection layer and in direct contact with the heavily doped regions of the emitter layer through the number of openings of the anti-reflection layer, a Cu seed layer positioned on the metal-adhesive layer, and an electroplated Cu layer positioned on the Cu seed layer, wherein the metal-adhesive layer and the Cu seed layer are formed using a physical vapour deposition technique and are positioned between the emitter layer and the electroplated Cu layer. a semiconductor photovoltaic structure comprising an emitter layer which includes heavily doped regions (212, 214) and an anti-reflection layer positioned on the emitter layer, wherein the anti-reflection layer includes a number of openings; and a metal grid positioned on a front side of the photovoltaic structure, wherein the front-side metal grid includes a plurality of metal layers, and wherein the plurality of metal layers includes at least: a metal-adhesive layer comprising Ti or Ta, situated above the anti-reflection layer and in direct contact with the heavily doped regions of the emitter layer through the number of openings of the anti-reflection layer, a Cu seed layer positioned on the metal-adhesive layer, and an electroplated Cu layer positioned on the Cu seed layer, wherein the metal-adhesive layer and the Cu seed layer are formed using a physical vapour deposition technique and are positioned between the emitter layer and the electroplated Cu layer. a metal-adhesive layer comprising Ti or Ta, situated above the anti-reflection layer and in direct contact with the heavily doped regions of the emitter layer through the number of openings of the anti-reflection layer, a Cu seed layer positioned on the metal-adhesive layer, and an electroplated Cu layer positioned on the Cu seed layer, wherein the metal-adhesive layer and the Cu seed layer are formed using a physical vapour deposition technique and are positioned between the emitter layer and the electroplated Cu layer.
A process for production of an agglomerate comprising the steps of: passing a flow of one or more gaseous reactants into a reactor; reacting the one or more gaseous reactants within a reaction zone of the reactor to form an aerogel; agglomerating the aerogel into an agglomerate; and applying a force to the agglomerate to displace it continuously away from the reaction zone. passing a flow of one or more gaseous reactants into a reactor; reacting the one or more gaseous reactants within a reaction zone of the reactor to form an aerogel; agglomerating the aerogel into an agglomerate; and applying a force to the agglomerate to displace it continuously away from the reaction zone.
Pyrotechnic millisecond delay charge for electric and non-electric industrial detonators with delay time of explosion of 25 to 1,000 ms from initiation, characterized in that it contains ferrosilliconzirconium (hereinafter referred to as FeSiZr) as combustible matter and bismuth ochre (hereinafter referred to as Bi 2 O 3) as oxidizer in proportion 50 ± 15 wt. % FeSiZr and 50 ± 15 wt. % Bi 2 O 3, where FeSiZr is a an alloy of dominant elements Si, Zr, Fe and Ti with content of trace impurities originating from from aluminosillicates, which are input substances in manufacture of alloys, where the limit representation of dominant elements in FeSiZr is as follows: Si at least 30 wt. %, Zr at least 10 wt. %, Fe at the most 25 wt. %.
Apparatus for separating wing tips from poultry carcasses, comprising: a suspended conveyor device which is configured to convey poultry carcasses suspended from the legs along a conveyor line in the transport direction; a support guide which is configured for guiding the neck and shoulder region, extends in the transport direction and is arranged below the poultry carcass, and has at least one support surface configured to support the neck and shoulder region of the poultry carcass; a lower arm guide which is configured for guiding the poultry lower arm and wing tip of the poultry carcass and is arranged at the side of the support guide; a first hold-down guide which is configured for holding down the poultry upper arm under pretension and is arranged stationarily; a second hold-down guide which is arranged downstream of the first hold-down guide in the transport direction and has at least two guiding elements configured for holding down the poultry upper arm, wherein the guiding elements are arranged so as to be movable in deflection against a return force; and a separating device which is configured for separating the wing tip and is arranged along the conveyor line in the region of the second hold-down guide. a suspended conveyor device which is configured to convey poultry carcasses suspended from the legs along a conveyor line in the transport direction; a support guide which is configured for guiding the neck and shoulder region, extends in the transport direction and is arranged below the poultry carcass, and has at least one support surface configured to support the neck and shoulder region of the poultry carcass; a lower arm guide which is configured for guiding the poultry lower arm and wing tip of the poultry carcass and is arranged at the side of the support guide; a first hold-down guide which is configured for holding down the poultry upper arm under pretension and is arranged stationarily; a second hold-down guide which is arranged downstream of the first hold-down guide in the transport direction and has at least two guiding elements configured for holding down the poultry upper arm, wherein the guiding elements are arranged so as to be movable in deflection against a return force; and a separating device which is configured for separating the wing tip and is arranged along the conveyor line in the region of the second hold-down guide.
A support assembly configured to support a computer device body having a display unit, comprising: a base member to be supported on an installation plane; a shaft extending in parallel to a plane of the base member; a first support member (210, 220) having one end portion joined to the base member and the other end portion to support the shaft; at least one pinion gear (410, 420) concentrically joined to the shaft; a second support member comprising: a first support part to support the computer device body having the display unit, and a second support part to extend from the first support part to have a predetermined curvature, characterised by comprising a rack gear (531, 532) formed on a plane of the second support part facing the shaft along the extension direction of the second support part and configured to move according to rotation of the computer device body supported by the first support part, the rack gear (531, 532) to engage the at least one pinion gear (410, 420) in order to hold a position of the second support part; and a third support member (610, 620, 700) joined to the base member and operable to support the second support member during movement of the second support member. a base member to be supported on an installation plane; a shaft extending in parallel to a plane of the base member; a first support member (210, 220) having one end portion joined to the base member and the other end portion to support the shaft; at least one pinion gear (410, 420) concentrically joined to the shaft; a second support member comprising: a first support part to support the computer device body having the display unit, and a second support part to extend from the first support part to have a predetermined curvature, characterised by comprising a rack gear (531, 532) formed on a plane of the second support part facing the shaft along the extension direction of the second support part and configured to move according to rotation of the computer device body supported by the first support part, the rack gear (531, 532) to engage the at least one pinion gear (410, 420) in order to hold a position of the second support part; and a third support member (610, 620, 700) joined to the base member and operable to support the second support member during movement of the second support member.
A logic circuit wherein a clock signal is input during a first period and wherein a clock signal is not input during a second period, comprising: a transistor which is in an off state where a potential difference exists between a source terminal and a drain terminal over the second period, wherein a channel formation region of the transistor is formed using an oxide semiconductor in which a hydrogen concentration is 5x10 19 (atoms/cm 3) or lower, wherein an off-current per unit channel width of the transistor is 1 x 10 -17 A/micron or lower at a voltage between source and drain of 1 V or 10V, and wherein the oxide semiconductor is formed using an In-Ga-Zn-O-based metal oxide. a transistor which is in an off state where a potential difference exists between a source terminal and a drain terminal over the second period, wherein a channel formation region of the transistor is formed using an oxide semiconductor in which a hydrogen concentration is 5x10 19 (atoms/cm 3) or lower, wherein an off-current per unit channel width of the transistor is 1 x 10 -17 A/micron or lower at a voltage between source and drain of 1 V or 10V, and wherein the oxide semiconductor is formed using an In-Ga-Zn-O-based metal oxide.
A composition comprising an aminoalkyl glucosaminide phosphate TLR4 agonist which is free of endotoxin, for use in preventing and/or reducing Alzheimer's disease in a subject, as assessed by improvement of spatial memory in the subject.
A method of forming a hidden, integral airbag door in an instrument panel, the method comprising: molding a substrate layer; molding a bi-laminate layer with an outer surface layer and an intermediary foam layer to the substrate layer after the substrate layer has been molded; removing the bi-laminate layer from the substrate layer; scoring a tear seam in the bi-laminate layer; separately scoring a tear seam in the substrate layer; aligning the tear seam of the bi-laminate layer with the tear seam of the substrate layer; and securing the bi-laminate layer to the substrate layer. molding a substrate layer; molding a bi-laminate layer with an outer surface layer and an intermediary foam layer to the substrate layer after the substrate layer has been molded; removing the bi-laminate layer from the substrate layer; scoring a tear seam in the bi-laminate layer; separately scoring a tear seam in the substrate layer; aligning the tear seam of the bi-laminate layer with the tear seam of the substrate layer; and securing the bi-laminate layer to the substrate layer.
A method of monitoring fluid flow in a conduit of an open channel system, the fluid flow having a free surface, the method using a sensor optical fibre that extends axially along at least a portion of the conduit of the open channel system at the base of the conduit below the surface of the fluid configured so that pressure fluctuations in the fluid resulting from surface waves on the free surface of the fluid flow cause strain fluctuations in the sensor optical fibre, the method comprising: sending light pulses into the sensor optical fibre; receiving backscattered light from the sensor optical fibre; analysing properties of the backscattered light to obtain data representing strain along the sensor optical fibre resulting from the surface waves; and processing the strain data to derive information about the fluid flow in the conduit of the open channel system, wherein said information is one or more parameters describing the fluid flow including at least volumetric fluid flow rate; wherein the backscattered light is analysed to obtain the data representing strain using one or more of: optical time domain reflectometry; and optical frequency domain reflectometry. sending light pulses into the sensor optical fibre; receiving backscattered light from the sensor optical fibre; analysing properties of the backscattered light to obtain data representing strain along the sensor optical fibre resulting from the surface waves; and processing the strain data to derive information about the fluid flow in the conduit of the open channel system, wherein said information is one or more parameters describing the fluid flow including at least volumetric fluid flow rate; wherein the backscattered light is analysed to obtain the data representing strain using one or more of: optical time domain reflectometry; and optical frequency domain reflectometry.
A controlled release formulation adapted for release of a bioactive agent in body tissue, the formulation comprising a biodegradable polymer, wherein the biodegradable polymer is a biodegradable polyester; an organic solvent that is at least slightly soluble in body fluids; and a dehydrated inclusion complex of the bioactive agent within a hydrogel, wherein the hydrogel comprises a polymerized polyalkyleneglycolyl diacrylate or a copolymerized polyalkyleneglycolyl diacrylate and polyalkyleneglycolyl monoacrylate.