mhurhangee/ep-ind-claims huggingface dataset:
Knife holder comprising a base on which is arranged a casing comprising an upper opening above which is arranged a holding device comprising at least two holding element which are arranged opposite one another, each holding element comprising a first inlet end connected to a body, and a second outlet end, the at least two adjacent holding elements extending such that their second respective outlet end intend to interconnect, an insertion inlet being formed between two first inlet ends of the at least two adjacent holding elements to receive a knife blade through the insertion inlet along a vertical insertion direction, the at least two adjacent holding elements being elastically bent when the blade is inserted through the insertion inlet along the vertical insertion direction such that a compression force is exerted against the blade, characterised in that each holding element comprises a row of at least two blades to hold two knives each having a different blade thickness, and in that the at least two blades of the at least two holding elements are arranged alternately.
A system comprising: a transmitter having circuitry (143, 147) to equalize data to be transmitted over a signaling path; and a receiver to receive the data, the receiver having a linear equalizer to equalize the data received from the signaling path, and a decision-feedback equalizer with one or more taps to equalize an output of the linear equalizer, characterized in that the system supports at least two different equalization modes, including a first high-power mode the decision-feedback equalizer is operated, wherein a first number of the taps is enabled, and where the circuitry (143, 147) is to equalize the data to be transmitted to the receiver only for pre-tap inter-symbol interference, and a second low-power mode where at least one of the taps of the decision-feedback equalizer is deactivated such that a second number, smaller than the first number, of the taps is enabled to save power and the circuitry (143, 147) is to equalize the data to be transmitted to the receiver at least in part for post-tap inter-symbol interference. a transmitter having circuitry (143, 147) to equalize data to be transmitted over a signaling path; and a receiver to receive the data, the receiver having a linear equalizer to equalize the data received from the signaling path, and a decision-feedback equalizer with one or more taps to equalize an output of the linear equalizer, characterized in that the system supports at least two different equalization modes, including a first high-power mode the decision-feedback equalizer is operated, wherein a first number of the taps is enabled, and where the circuitry (143, 147) is to equalize the data to be transmitted to the receiver only for pre-tap inter-symbol interference, and a second low-power mode where at least one of the taps of the decision-feedback equalizer is deactivated such that a second number, smaller than the first number, of the taps is enabled to save power and the circuitry (143, 147) is to equalize the data to be transmitted to the receiver at least in part for post-tap inter-symbol interference. a first high-power mode the decision-feedback equalizer is operated, wherein a first number of the taps is enabled, and where the circuitry (143, 147) is to equalize the data to be transmitted to the receiver only for pre-tap inter-symbol interference, and a second low-power mode where at least one of the taps of the decision-feedback equalizer is deactivated such that a second number, smaller than the first number, of the taps is enabled to save power and the circuitry (143, 147) is to equalize the data to be transmitted to the receiver at least in part for post-tap inter-symbol interference.
A device-to-device communication method, comprising: acquiring, by a sending terminal, configuration information of proximity discovery sent by a base station, wherein the proximity discovery comprises communication between the sending terminal and a receiving terminal by using a proximity discovery message, and the configuration information comprises signal duration and a sending delay time of the proximity discovery message; and using, by the sending terminal, downlink timing of the proximity discovery as a start time, and after the sending delay time elapses, sending the proximity discovery message to the receiving terminal in the signal duration of the proximity discovery message, wherein the downlink timing of the proximity discovery is downlink timing of the sending terminal in a cell in which the base station is located, and the downlink timing of the proximity discovery is used as synchronization timing of the proximity discovery. acquiring, by a sending terminal, configuration information of proximity discovery sent by a base station, wherein the proximity discovery comprises communication between the sending terminal and a receiving terminal by using a proximity discovery message, and the configuration information comprises signal duration and a sending delay time of the proximity discovery message; and using, by the sending terminal, downlink timing of the proximity discovery as a start time, and after the sending delay time elapses, sending the proximity discovery message to the receiving terminal in the signal duration of the proximity discovery message, wherein the downlink timing of the proximity discovery is downlink timing of the sending terminal in a cell in which the base station is located, and the downlink timing of the proximity discovery is used as synchronization timing of the proximity discovery.
A multilayer structure comprising a laminated unit (β/α/β) wherein polyamide resin layers (β) are integrally laminated on both faces of a resin composition layer (α) containing saponified ethylene-vinyl ester copolymer and drying agent.
A microchannel reactor comprising a microchannel housing comprising a plurality of channels positioned for gravity-assisted feed, and an upper microstructure disposed above the microchannel housing, the upper microstructure comprising a gas feed circuit, a liquid feed circuit, and at least one mixing cavity wherein: the microchannel housing comprises at least one reactant passage; the mixing cavity is in fluid communication with the reactant passage; the gas feed circuit comprises at least one gas feed inlet operable to deliver a gas feed to the mixing cavity; and the liquid feed circuit comprises at least one liquid feed inlet and at least one liquid reservoir adjacent to the mixing cavity and in fluid communication with the at least one liquid feed inlet, wherein the liquid reservoir is operable to deliver a liquid feed into the mixing cavity. the microchannel housing comprises at least one reactant passage; the mixing cavity is in fluid communication with the reactant passage; the gas feed circuit comprises at least one gas feed inlet operable to deliver a gas feed to the mixing cavity; and the liquid feed circuit comprises at least one liquid feed inlet and at least one liquid reservoir adjacent to the mixing cavity and in fluid communication with the at least one liquid feed inlet, wherein the liquid reservoir is operable to deliver a liquid feed into the mixing cavity.
A smoking article incorporating a liquid release component, the liquid release component comprising: an inner core of a sustained release liquid delivery material comprising: a closed matrix structure comprising a cross-linked polymer matrix defining a plurality of domains; and a liquid composition that is trapped within the domains and is releasable from the closed matrix structure upon compression of the material; and a frangible outer shell encapsulating the inner core of liquid delivery material, wherein the closed matrix structure comprises a filler within the polymer matrix, wherein the filler comprises one or more amphiphilic polysaccharides; and wherein the force/displacement curve obtained upon compression of the smoking article at the location of the liquid release component in a force/displacement test comprises a plurality of local minima in the force level over a range of compression of at least 1mm, wherein each of the local minima corresponds to a reduction in the force level of at least 1 Newton. an inner core of a sustained release liquid delivery material comprising: a closed matrix structure comprising a cross-linked polymer matrix defining a plurality of domains; and a liquid composition that is trapped within the domains and is releasable from the closed matrix structure upon compression of the material; and a closed matrix structure comprising a cross-linked polymer matrix defining a plurality of domains; and a liquid composition that is trapped within the domains and is releasable from the closed matrix structure upon compression of the material; and a frangible outer shell encapsulating the inner core of liquid delivery material, wherein the closed matrix structure comprises a filler within the polymer matrix, wherein the filler comprises one or more amphiphilic polysaccharides; and wherein the force/displacement curve obtained upon compression of the smoking article at the location of the liquid release component in a force/displacement test comprises a plurality of local minima in the force level over a range of compression of at least 1mm, wherein each of the local minima corresponds to a reduction in the force level of at least 1 Newton.
A compound according to the structure: wherein: R 1 is optionally substituted C1-10 alkyl; R 2 is H or optionally substituted C1-10 alkyl; R 3 and R 4 are each independently selected from optionally substituted C1-10 alkyl; X, Y, and Z are each independently selected from H; optionally substituted C1-10 alkyl; optionally substituted C1-10 alkoxy; optionally substituted C2-10 alkenyl; optionally substituted C2-10 alkynyl; optionally substituted C6-C12 aryl; alkaryl; arylalkyl; aryloxy; optionally substituted heteroaryl; optionally substituted heterocycle; halo; hydroxyl; halogenated alkyl; an amino group of formula NH 2, NR 12 H, or NR 12 R 13; alkylamino; arylamino; acyl; CN; NO2; N3; CH 2 OH; CONH 2; CONR 12 R 13; CO 2 R 12; CH 2 OR 12; NHCOR 12; NHCO 2 R 12; C1-3 alkylthio; sulfate; sulfonic acid; sulfonate ester; phosphonic acid; phosphate; phosphonate; mono-, di-, or triphosphate ester; trityl or monomethoxytrityl; R 12 SO; R 12 SO 2; CF 3 S; CF 3 SO 2; trialkylsilyl; and diphenylmethylsilyl; or wherein X and Y or Y and Z form a fused aryl ring together with the phenyl ring to which X, Y, and Z are attached; and R 12 and R 13 are each independently selected from H or optionally substituted C1-10 alkyl; with the proviso that one or more of X, Y, and Z are optionally substituted C6-C12 aryl; or a pharmaceutically acceptable ester, amide, salt, solvate, stereo- or geometric isomer thereof. R 1 is optionally substituted C1-10 alkyl; R 2 is H or optionally substituted C1-10 alkyl; R 3 and R 4 are each independently selected from optionally substituted C1-10 alkyl; X, Y, and Z are each independently selected from H; optionally substituted C1-10 alkyl; optionally substituted C1-10 alkoxy; optionally substituted C2-10 alkenyl; optionally substituted C2-10 alkynyl; optionally substituted C6-C12 aryl; alkaryl; arylalkyl; aryloxy; optionally substituted heteroaryl; optionally substituted heterocycle; halo; hydroxyl; halogenated alkyl; an amino group of formula NH 2, NR 12 H, or NR 12 R 13; alkylamino; arylamino; acyl; CN; NO2; N3; CH 2 OH; CONH 2; CONR 12 R 13; CO 2 R 12; CH 2 OR 12; NHCOR 12; NHCO 2 R 12; C1-3 alkylthio; sulfate; sulfonic acid; sulfonate ester; phosphonic acid; phosphate; phosphonate; mono-, di-, or triphosphate ester; trityl or monomethoxytrityl; R 12 SO; R 12 SO 2; CF 3 S; CF 3 SO 2; trialkylsilyl; and diphenylmethylsilyl; or wherein X and Y or Y and Z form a fused aryl ring together with the phenyl ring to which X, Y, and Z are attached; and R 12 and R 13 are each independently selected from H or optionally substituted C1-10 alkyl; with the proviso that one or more of X, Y, and Z are optionally substituted C6-C12 aryl; or a pharmaceutically acceptable ester, amide, salt, solvate, stereo- or geometric isomer thereof.
A composition comprising: ∘ a population of cells derived from human umbilical cord blood which expresses the CD34 marker; ∘ a population of endothelial cells derived from CD34+ cells, which expresses at least one of the following markers: vWF, Flk-1/KDR,CD31, vascular endothelial- cadherin, metabolize Ac-LDL; ∘ a biomimetic gel; a therapeutically effective amount of all the previous components. ∘ a population of cells derived from human umbilical cord blood which expresses the CD34 marker; ∘ a population of endothelial cells derived from CD34+ cells, which expresses at least one of the following markers: vWF, Flk-1/KDR,CD31, vascular endothelial- cadherin, metabolize Ac-LDL; ∘ a biomimetic gel;
A method of managing traffic flows in a cellular network by a traffic flow management node, the method comprising, for each tile of a plurality of tiles of the cellular network: • measuring (200, 402) a traffic flow in the tile based on a location and corresponding velocity of at least one user equipment in the cellular network from information provided by the at least one user equipment, wherein the plurality of tiles of the cellular network are defined by a grid, and wherein the cellular network is segmented into the plurality of tiles such that tiles in the plurality of tiles do not correspond to cells of the cellular network; • estimating (202, 404) subsequent traffic flow in the tile based on a comparison of the measured traffic flow in the tile to one or more previously measured traffic flows in the tile; and • transmitting (204, 406) an indication of the estimated subsequent traffic flow in the tile to a resource management node enabling management of resources related to the traffic flows in at least one tile of the cellular network by said resource management node. • measuring (200, 402) a traffic flow in the tile based on a location and corresponding velocity of at least one user equipment in the cellular network from information provided by the at least one user equipment, wherein the plurality of tiles of the cellular network are defined by a grid, and wherein the cellular network is segmented into the plurality of tiles such that tiles in the plurality of tiles do not correspond to cells of the cellular network; • estimating (202, 404) subsequent traffic flow in the tile based on a comparison of the measured traffic flow in the tile to one or more previously measured traffic flows in the tile; and • transmitting (204, 406) an indication of the estimated subsequent traffic flow in the tile to a resource management node enabling management of resources related to the traffic flows in at least one tile of the cellular network by said resource management node.
A joint sensor calibration target for joint calibration of vision and radar sensors comprising: a spherical portion which comprises one or more non-metallic materials; a cutout portion, wherein the cutout portion is formed within the spherical portion and comprises three equal surfaces; and a trihedral reflector positioned within the cutout portion. a spherical portion which comprises one or more non-metallic materials; a cutout portion, wherein the cutout portion is formed within the spherical portion and comprises three equal surfaces; and a trihedral reflector positioned within the cutout portion.
An optical fiber device comprising: a first fiber configured to guide light; a second fiber having a first end on which light is incident or from which light is output and a second end at which an end surface of the second fiber is obliquely joined to a side surface of the first fiber; and a heat dissipation member that is disposed so as to cover the entire circumference of a joint portion of the first fiber and the second fiber, and that has a thermal conductivity equal to or greater than that of the first and second fibers (3, 4), characterized in that the heat dissipation member is provided as an outermost cover and has a property of transmitting the light that is guided by the first fiber and the second fiber. a first fiber configured to guide light; a second fiber having a first end on which light is incident or from which light is output and a second end at which an end surface of the second fiber is obliquely joined to a side surface of the first fiber; and a heat dissipation member that is disposed so as to cover the entire circumference of a joint portion of the first fiber and the second fiber, and that has a thermal conductivity equal to or greater than that of the first and second fibers (3, 4), characterized in that the heat dissipation member is provided as an outermost cover and has a property of transmitting the light that is guided by the first fiber and the second fiber.
A device for respiratory therapy, the device comprises a first and a second part, wherein the second part comprises a mouthpiece, each of said first part and second part at least partly of a cylindrical shape, the first part comprises an inner surface with a circular cross section which surrounds a first outer surface with a circular cross section of the second part, the two parts (2, 3) are rotatable relative each other and the two parts (2, 3) are dismountable from each other, the surface of the first part comprises a mainly triangular shaped hole, the first surface of the second part comprises a mainly triangular shaped hole, the two holes (6, 7) are positioned against each other forming a resulting opening with an adjustable area, where the enlargement of the opening increases in a progressive manner as the two parts (2, 3) are turned in one direction, and the reduction of size of the opening increases as the two parts (2, 3) are turned in the opposite direction, the mainly triangular shaped hole of the first part and the resulting opening are visible.
A microneedle device comprising: a substrate; a microneedle disposed on the substrate; and a coating layer formed on the microneedle; wherein the coating layer comprises a recombinant follicle-stimulating hormone, arginine, and glycerin, wherein, in the coating layer, the mass of arginine is 0.07 to 0.75-fold of the mass of the recombinant follicle-stimulating hormone and the mass of glycerin is 0.1 to 2.75-fold of the mass of the recombinant follicle-stimulating hormone. a substrate; a microneedle disposed on the substrate; and a coating layer formed on the microneedle; wherein the coating layer comprises a recombinant follicle-stimulating hormone, arginine, and glycerin, wherein, in the coating layer, the mass of arginine is 0.07 to 0.75-fold of the mass of the recombinant follicle-stimulating hormone and the mass of glycerin is 0.1 to 2.75-fold of the mass of the recombinant follicle-stimulating hormone.
A compressor comprising: a rotor disk defining a blade slot and defined about an axis; a plurality of blades each having a portion located within the blade slot; a plurality of slider seals located radially between the plurality of blades and the rotor disk, a respective plurality of slider seals being provided on opposed axial sides of said plurality of blades and extending circumferentially over a plurality of blades; characterised by further comprising: a plurality of spacer seals located between adjacent ends of the plurality of slider seals; and a plurality of lock assemblies, each lock assembly associated with one of the plurality of spacer seals. a rotor disk defining a blade slot and defined about an axis; a plurality of blades each having a portion located within the blade slot; a plurality of slider seals located radially between the plurality of blades and the rotor disk, a respective plurality of slider seals being provided on opposed axial sides of said plurality of blades and extending circumferentially over a plurality of blades; characterised by further comprising: a plurality of spacer seals located between adjacent ends of the plurality of slider seals; and a plurality of lock assemblies, each lock assembly associated with one of the plurality of spacer seals. a plurality of spacer seals located between adjacent ends of the plurality of slider seals; and a plurality of lock assemblies, each lock assembly associated with one of the plurality of spacer seals.
A method of manufacturing a lithium ion battery device comprising positive electrodes and negative electrodes which are laminated with each other, wherein an active material used on the positive electrodes is a sulfur-based active material having a total sulfur content of not less than 50% by mass measured by an elementary analysis, the method comprising: a step of forming, on the positive electrodes and the negative electrodes, through-holes comprising perforating the current collector coated with the active material to form perforations penetrating in a thickness direction of the electrode, a step of laminating the positive electrodes and the negative electrodes and disposing a lithium ion feeding source on at least one side of a laminating direction thereof, and a step of allowing lithium derived from the lithium ion feeding source to be carried on the positive electrodes or the negative electrodes. a step of forming, on the positive electrodes and the negative electrodes, through-holes comprising perforating the current collector coated with the active material to form perforations penetrating in a thickness direction of the electrode, a step of laminating the positive electrodes and the negative electrodes and disposing a lithium ion feeding source on at least one side of a laminating direction thereof, and a step of allowing lithium derived from the lithium ion feeding source to be carried on the positive electrodes or the negative electrodes.
A modular percutaneous prosthetic valve device, comprising a plurality of device modules, a first self-assembly member (230, 330, 530, 630, 930) and a second self-assembly member (230, 330, 530, 630, 930), each in a delivery configuration for mounting in a delivery device, the plurality of device modules including a valve module (150a-150c, 200, 300, 400), said valve module (150a-150c, 200, 300, 400) having a folded, unassembled delivery configuration and characterized in each of said self-assembly member (230, 330, 530, 630, 930) have a delivery configuration substantially parallel to a longitudinal axis of said delivery device and a preset working configuration; wherein said folded, unassembled valve module (150a-150c, 200, 300, 400) is unfolded and assembled into a working configuration via said self-assembly member after deployment from said delivery device.