mhurhangee/ep-ind-claims huggingface dataset:
Centrifugal pendulum device, in particular for a drive train of a motor vehicle which is driven by internal combustion engine, having a pendulum mass carrier part (102, 306, 410) which can be rotated about a rotational axis, at least one pendulum mass which is arranged on the pendulum mass carrier part (102, 306, 410) such that it can be displaced under the action of centrifugal force, and at least one pendulum roller (106, 108, 308, 412) with at least one flange (326, 328, 428, 430) for guiding the at least one pendulum mass along a pendulum roller track (300, 400) such that it is spaced apart from the pendulum mass carrier part (102, 306, 410), characterized in that the pendulum roller track (300, 400) has, in sections, a clearance (302, 304, 402, 404, 406, 408) for the at least one flange (326, 328, 428, 430).
Device for producing a workpiece of complex construction which is constructed of at least two components (3, 4, 5) and a decorative layer, having - a holder for holding the workpiece, wherein in the holder the components (3, 4, 5) are connected by way of a plug connection, wherein on at least one of the components (3, 4, 5) at least one rivet peg is arranged which is inserted through a rivet bore into another component (3, 4, 5), and - a riveting means with at least one heatable riveting die, with which the at least one rivet peg is thermally deformable and the components (3, 4, 5) can be riveted to the workpiece and a rivet connection is formed between the components (3, 4, 5) while the workpiece is received in the holder, - wherein the at least one rivet peg on the component is of pin-shaped or wedge-shaped design so that it projects through a rivet bore into a rearward area, and - at least one edge-folding die, with which the decorative layer that is located on the workpiece arranged in the holder and protrudes from an edge of the workpiece can be folded over towards a backside of the edge of the workpiece, - wherein the device is designed to connect the at least two components to the complex workpiece with the edge-folded edge. - a holder for holding the workpiece, wherein in the holder the components (3, 4, 5) are connected by way of a plug connection, wherein on at least one of the components (3, 4, 5) at least one rivet peg is arranged which is inserted through a rivet bore into another component (3, 4, 5), and - a riveting means with at least one heatable riveting die, with which the at least one rivet peg is thermally deformable and the components (3, 4, 5) can be riveted to the workpiece and a rivet connection is formed between the components (3, 4, 5) while the workpiece is received in the holder, - wherein the at least one rivet peg on the component is of pin-shaped or wedge-shaped design so that it projects through a rivet bore into a rearward area, and - at least one edge-folding die, with which the decorative layer that is located on the workpiece arranged in the holder and protrudes from an edge of the workpiece can be folded over towards a backside of the edge of the workpiece, - wherein the device is designed to connect the at least two components to the complex workpiece with the edge-folded edge.
A highly efficient ethanol-fermentative yeast, the fermentative yeast effectively producing ethanol from pentose and hexose, wherein the fermentative yeast is a fermentative yeast having xylose utilization ability in a corn stover sugar solution improved by breeding a yeast deposited to NITE Patent Microorganisms Depositary under the accession number NITE ABP-01976 in a corn stover sugar solution, and wherein the fermentative yeast is deposited to NITE Patent Microorganisms Depositary under the accession number NITE BP-01966.
A multi-room television system comprisinga digital base station receiving one or more program sources, including broadcast television programming, and selecting a program source for a user in a different location or room;a media input subsystem utilized by the digital base station to transcode or encode program source video data to generate a processed output stream to be used by a communications processor of the digital base station;wherein the communications processor performs a network processing procedure on the processed output stream to generate a transmitter-ready stream, anda transmitter receiving and modulating the transmitter-ready stream to transmit a broadcast stream to a display receiver device (150, 152, 154, 158, 166, 168) in said different location or room; characterised in that: the media input subsystem is utilized by the digital base station to decompose each component of video data into a multi-resolution representation via sub-band encoding; the sub-bands associated with subimages; the communication processor feeds back network information to the media input subsystem, the network information providing information about transmission channel error characteristics, and in that the media input subsystem uses the network feedback information to encode the video data and to combine the encoding with forward error protection to adapt the video encoding to the characteristics of the transmission channel; wherein the strength of the forward error coding is dependent upon the transmission channel error characteristics and sub-image visual detail. the media input subsystem is utilized by the digital base station to decompose each component of video data into a multi-resolution representation via sub-band encoding; the sub-bands associated with subimages; the communication processor feeds back network information to the media input subsystem, the network information providing information about transmission channel error characteristics, and in that the media input subsystem uses the network feedback information to encode the video data and to combine the encoding with forward error protection to adapt the video encoding to the characteristics of the transmission channel; wherein the strength of the forward error coding is dependent upon the transmission channel error characteristics and sub-image visual detail.
An induction heating assembly for a vapour generating device, the heating assembly comprising: an induction heating device and an electronic component having material able to act as a first susceptor, wherein the induction heating device is arranged to heat, in use, a second susceptor for a first period, and the electronic component is arranged to be activated for a second period when the induction heating device is inactive, and wherein the first period and the second period are non-concurrent.
A method of counting and analyzing biological particles in whole blood, including red cells, white cells, and platelets, utilizing a cell analyzer with image processing software, diluent and stain, and a test cartridge (100, 401) having an imaging chamber, the method comprising: a) introducing a sample of the whole blood into the test cartridge (100, 401); b) separating a known amount of sample from a remaining amount of the sample with a sample metering valve in the test cartridge (100, 401); c) mixing the known amount of sample in the test cartridge (100, 401) with an amount of diluent in the cartridge that is sufficient to form a substantially uniform mixture of sample and diluent; d) transferring the mixture into the imaging chamber of the test cartridge to form a monolayer of red cells, white cells, and platelets; e) capturing one or more digital images of the monolayer of red cells, white cells, and platelets in the imaging chamber that are selected to be statistically representative of the number and distribution of biological particles in the imaging chamber; and f) deriving a quantitative characterization of at least one aspect of the distribution of the red cells in the monolayer in the imaging chamber, at least one aspect of the distribution of the white cells in the monolayer in the imaging chamber, and at least one aspect of the distribution of the platelets in the monolayer in the imaging chamber based on the images captured in the step of capturing. a) introducing a sample of the whole blood into the test cartridge (100, 401); b) separating a known amount of sample from a remaining amount of the sample with a sample metering valve in the test cartridge (100, 401); c) mixing the known amount of sample in the test cartridge (100, 401) with an amount of diluent in the cartridge that is sufficient to form a substantially uniform mixture of sample and diluent; d) transferring the mixture into the imaging chamber of the test cartridge to form a monolayer of red cells, white cells, and platelets; e) capturing one or more digital images of the monolayer of red cells, white cells, and platelets in the imaging chamber that are selected to be statistically representative of the number and distribution of biological particles in the imaging chamber; and f) deriving a quantitative characterization of at least one aspect of the distribution of the red cells in the monolayer in the imaging chamber, at least one aspect of the distribution of the white cells in the monolayer in the imaging chamber, and at least one aspect of the distribution of the platelets in the monolayer in the imaging chamber based on the images captured in the step of capturing.
Shutter assembly for architectural openings, including: at least one first substantially rectangular panel (5; 5A) for hingedly mounting to a perimeter of the architectural opening along a first vertical edge; and at least one second substantially rectangular panel (7; 7A) hingedly connected to the at least one first panel (5; 5A) at a second vertical edge remote from the first vertical edge, wherein each of the at least one first and second panels (5, 7; 5A, 7A) comprises: spaced substantially parallel first and second vertical frame columns (17A, 17B, 19); and spaced substantially parallel top and bottom horizontal frame beams (21, 23), the top horizontal frame beam connecting upper longitudinal ends of the first and second vertical frame columns and the bottom horizontal frame beam connecting the lower longitudinal ends of the first and second vertical columns (17A, 17B, 19) to define a rectangular perimeter frame; characterised by further including first and second rectangular plates (27A, 27B) coextending within the rectangular frame in relative sliding arrangement, the first and second plates (27A, 27B) each have a pattern of apertures (29, 29A) complementary to one another, the first and second plates are arranged to be relatively slidable between an open position, in which the apertures (29, 29A) of each first and second plate (27A, 27B) are in register with one another, and a closed position, in which areas without apertures of one of the first and second plate (27A, 27B) are in register with apertures (29, 29A) in another of the first and second plates (27A, 27B). at least one first substantially rectangular panel (5; 5A) for hingedly mounting to a perimeter of the architectural opening along a first vertical edge; and at least one second substantially rectangular panel (7; 7A) hingedly connected to the at least one first panel (5; 5A) at a second vertical edge remote from the first vertical edge, spaced substantially parallel first and second vertical frame columns (17A, 17B, 19); and spaced substantially parallel top and bottom horizontal frame beams (21, 23), the top horizontal frame beam connecting upper longitudinal ends of the first and second vertical frame columns and the bottom horizontal frame beam connecting the lower longitudinal ends of the first and second vertical columns (17A, 17B, 19) to define a rectangular perimeter frame; characterised by further including first and second rectangular plates (27A, 27B) coextending within the rectangular frame in relative sliding arrangement, the first and second plates (27A, 27B) each have a pattern of apertures (29, 29A) complementary to one another, the first and second plates are arranged to be relatively slidable between an open position, in which the apertures (29, 29A) of each first and second plate (27A, 27B) are in register with one another, and a closed position, in which areas without apertures of one of the first and second plate (27A, 27B) are in register with apertures (29, 29A) in another of the first and second plates (27A, 27B).
A combination of an adapter and an absorber holder, wherein the adapter is for adapting the absorber holder to a breathing system: the absorber holder having a first gas passage and a second gas passage which extend into the region of the connection between the absorber holder and the adapter, wherein the second gas passage comprises an outer valve seat having an outer circumferential surface intended to serve as a sealing surface; the adapter having seals at the first gas passage and the second gas passage in the region of the connection between the absorber holder and the adapter, wherein the seal (16, 401, 402, 403, 404, 405) for the second gas passage comprises sealing surfaces (34, 55, 56, 57) in the form of at least one annular sealing lip which extends around the circumferential surface of the outer valve seat, and which extends into the circumferential region and seals against the circumferential surface of the second gas passage. the absorber holder having a first gas passage and a second gas passage which extend into the region of the connection between the absorber holder and the adapter, wherein the second gas passage comprises an outer valve seat having an outer circumferential surface intended to serve as a sealing surface; the adapter having seals at the first gas passage and the second gas passage in the region of the connection between the absorber holder and the adapter, wherein the seal (16, 401, 402, 403, 404, 405) for the second gas passage comprises sealing surfaces (34, 55, 56, 57) in the form of at least one annular sealing lip which extends around the circumferential surface of the outer valve seat, and which extends into the circumferential region and seals against the circumferential surface of the second gas passage.
A signal generator arranged to directly couple an alternating electrical current into a buried conductor, the signal generator comprising: a first oscillator configured to generate a first waveform having a first frequency, a first terminal coupled to the first oscillator through a first filter configured to pass signals of the first frequency to the first terminal; a second oscillator configured to generate a second waveform having a second frequency; a second terminal coupled to the second oscillator through a second filter configured to pass signals of the second frequency to the second terminal; and a connector for connecting one of the first and second terminals (106, 112) to the buried conductor and for connecting the other of the first and second terminals (106, 112) to a ground connection point. a first oscillator configured to generate a first waveform having a first frequency, a first terminal coupled to the first oscillator through a first filter configured to pass signals of the first frequency to the first terminal; a second oscillator configured to generate a second waveform having a second frequency; a second terminal coupled to the second oscillator through a second filter configured to pass signals of the second frequency to the second terminal; and a connector for connecting one of the first and second terminals (106, 112) to the buried conductor and for connecting the other of the first and second terminals (106, 112) to a ground connection point.
A three-dimensional memory device, comprising: a substrate; a peripheral device, comprising a sense amplifier and a multiplexer, disposed on the substrate; a peripheral interconnect layer disposed above the peripheral device; a first source plate disposed above and electrically connected to the peripheral interconnect layer; a first memory stack disposed on the first source plate; a first memory string extending vertically through the first memory stack and in contact with the first source plate; and a first bit line disposed above and electrically connected to the first memory string and to the multiplexer of the peripheral device; a second source plate disposed above the first bit line and electrically connected to the peripheral interconnect layer; a second memory stack disposed on the second source plate; a second memory string extending vertically through the second memory stack and in contact with the second source plate; and a second bit line disposed above and electrically connected to the second memory string and to the multiplexer of the peripheral device, and wherein the multiplexer is configured to select one of the first and second memory strings (126, 142), and wherein the peripheral device further comprises a data buffer and/or a driver, with the data buffer and/or the driver being shared by the first and second memory strings (126, 142) through the multiplexer. a substrate; a peripheral device, comprising a sense amplifier and a multiplexer, disposed on the substrate; a peripheral interconnect layer disposed above the peripheral device; a first source plate disposed above and electrically connected to the peripheral interconnect layer; a first memory stack disposed on the first source plate; a first memory string extending vertically through the first memory stack and in contact with the first source plate; and a first bit line disposed above and electrically connected to the first memory string and to the multiplexer of the peripheral device; a second source plate disposed above the first bit line and electrically connected to the peripheral interconnect layer; a second memory stack disposed on the second source plate; a second memory string extending vertically through the second memory stack and in contact with the second source plate; and a second bit line disposed above and electrically connected to the second memory string and to the multiplexer of the peripheral device, and wherein the multiplexer is configured to select one of the first and second memory strings (126, 142), and wherein the peripheral device further comprises a data buffer and/or a driver, with the data buffer and/or the driver being shared by the first and second memory strings (126, 142) through the multiplexer.
A chip comprising: one or more amperometric electrodes each connected to one of one or more amperometric connection pins; a reference electrode connected to a low conductivity connection pin; and a resistor with a predetermined resistance value connected between the low conductivity connection pin and an unused amperometric pin or connected between one of said one or more amperometric connection pins and said low conductivity connection pin. one or more amperometric electrodes each connected to one of one or more amperometric connection pins; a reference electrode connected to a low conductivity connection pin; and a resistor with a predetermined resistance value connected between the low conductivity connection pin and an unused amperometric pin or connected between one of said one or more amperometric connection pins and said low conductivity connection pin.
A tube-shaped stent expandable toward outside in the radial direction of the tube expanding, characterized by including a stent main body containing a material non-degradable in the body as its base stent material, a coating layer containing a medicine and a polymer formed on at least part of the stent main body surface, wherein the coating layer consists of an internal layer and an external layer, the medicine/polymer weight ratio by weight in the internal layer is higher than that in the external layer, and the medicine is contained in an effective amount in the external layer wherein the medicine\polymer weight ratio in the internal layer is 0.50 or more and 1.60 or less and the medicine\polymer weight ratio in the external layes is 0-10 or more and 0-40 or less.
An apparatus comprising: a radome; and a stack series fed antenna comprising a plurality of antenna layers, the plurality of antenna layers comprising: a first antenna layer on an inner surface of the radome, the first antenna layer comprising a first plurality of serially connected antenna elements, and a first trace configured to drive an electrical current from a power source to the first plurality of serially connected antenna elements; and a second antenna layer covered by the inner surface of the radome, the second antenna layer comprising a second plurality of serially connected antenna elements, and a second trace configured to serially connect the second plurality of serially connected antenna elements to a Radio Frequency, RF, chain. a radome; and a stack series fed antenna comprising a plurality of antenna layers, the plurality of antenna layers comprising: a first antenna layer on an inner surface of the radome, the first antenna layer comprising a first plurality of serially connected antenna elements, and a first trace configured to drive an electrical current from a power source to the first plurality of serially connected antenna elements; and a second antenna layer covered by the inner surface of the radome, the second antenna layer comprising a second plurality of serially connected antenna elements, and a second trace configured to serially connect the second plurality of serially connected antenna elements to a Radio Frequency, RF, chain. a first antenna layer on an inner surface of the radome, the first antenna layer comprising a first plurality of serially connected antenna elements, and a first trace configured to drive an electrical current from a power source to the first plurality of serially connected antenna elements; and a second antenna layer covered by the inner surface of the radome, the second antenna layer comprising a second plurality of serially connected antenna elements, and a second trace configured to serially connect the second plurality of serially connected antenna elements to a Radio Frequency, RF, chain.
Base station apparatus, comprising base station means adapted to provide a base station functionality of a visited mobile network; selecting means adapted to select or exclude a user equipment, which is operably connected to the base station means, to report a result of a predefined measurement to the base station apparatus, wherein the selecting means is adapted to select the user equipment only if roaming information of the user equipment received in an initial context setup request message from a mobility management entity by which mobility of the user equipment is controlled indicates that a user of the user equipment is subscribed to the visited mobile network, and wherein the selecting means is adapted to exclude the user equipment if the roaming information indicates that the user of the user equipment is subscribed to a home mobile network different from the visited mobile network for which the predefined measurement is not allowed. base station means adapted to provide a base station functionality of a visited mobile network; selecting means adapted to select or exclude a user equipment, which is operably connected to the base station means, to report a result of a predefined measurement to the base station apparatus, wherein the selecting means is adapted to select the user equipment only if roaming information of the user equipment received in an initial context setup request message from a mobility management entity by which mobility of the user equipment is controlled indicates that a user of the user equipment is subscribed to the visited mobile network, and wherein the selecting means is adapted to exclude the user equipment if the roaming information indicates that the user of the user equipment is subscribed to a home mobile network different from the visited mobile network for which the predefined measurement is not allowed.