mhurhangee/ep-ind-claims huggingface dataset:
A signal correction method, wherein the method comprises: acquiring (101, 201) M channels of first signals, wherein M is a positive integer greater than 1; performing (102, 202) adaptive processing for each channel of first signals among the M channels of first signals to output M channels of first correction signals; acquiring, according to the M channels of first signals before the adaptive processing and the M channels of first correction signals after the adaptive processing, channel state parameters of M channels; making a decision according to the M channels of first correction signals to obtain M channels of decision results; said method being characterized in that when a decision result with a same value and with a largest quantity exists among the M channels of decision results, use the decision result with a same value and with a largest quantity as a feedback signal; when no decision result with a same value and with a largest quantity exists among the M channels of decision results, determine the feedback signal based on selecting channel state parameters of a channel corresponding to a decision result with the largest quantity among the M channels of decision results; receiving M channels of second signals; and separately performing adaptive processing, according to the feedback signal, for each channel of second signals among the M channels of second signals to output M channels of second correction signals. acquiring (101, 201) M channels of first signals, wherein M is a positive integer greater than 1; performing (102, 202) adaptive processing for each channel of first signals among the M channels of first signals to output M channels of first correction signals; acquiring, according to the M channels of first signals before the adaptive processing and the M channels of first correction signals after the adaptive processing, channel state parameters of M channels; making a decision according to the M channels of first correction signals to obtain M channels of decision results; said method being characterized in that when a decision result with a same value and with a largest quantity exists among the M channels of decision results, use the decision result with a same value and with a largest quantity as a feedback signal; when no decision result with a same value and with a largest quantity exists among the M channels of decision results, determine the feedback signal based on selecting channel state parameters of a channel corresponding to a decision result with the largest quantity among the M channels of decision results; receiving M channels of second signals; and separately performing adaptive processing, according to the feedback signal, for each channel of second signals among the M channels of second signals to output M channels of second correction signals.
A method for indicating a slot format, implemented by a base station, comprising: in response to detecting that a target channel is in an idle state, sending slot format indication information to User Equipment, UE, through the target channel, characterized in that, the slot format indication information is configured to indicate uplink-downlink formats of each of N symbols comprised in a target partial slot, the uplink-downlink formats of a symbol being one of the group comprising an uplink format, a downlink format, and a flexible format, and N being a positive integer less than 14, wherein the N symbols comprised in the target partial slot are a subset of 14 symbols comprised in a full slot; wherein the target partial slot is located in a time period during which the base station occupies the target channel, and the target channel is located on an unlicensed spectrum, wherein the target partial slot is a last slot in the time period during which the base station occupies the target channel; the slot format indication information is configured to indicate that the uplink-downlink formats of each of the N symbols comprised in the target partial slot are the same as uplink-downlink formats of each of first N symbols in 14 symbols comprised in the last full slot. in response to detecting that a target channel is in an idle state, sending slot format indication information to User Equipment, UE, through the target channel, characterized in that, the slot format indication information is configured to indicate uplink-downlink formats of each of N symbols comprised in a target partial slot, the uplink-downlink formats of a symbol being one of the group comprising an uplink format, a downlink format, and a flexible format, and N being a positive integer less than 14, wherein the N symbols comprised in the target partial slot are a subset of 14 symbols comprised in a full slot; wherein the target partial slot is located in a time period during which the base station occupies the target channel, and the target channel is located on an unlicensed spectrum, wherein the target partial slot is a last slot in the time period during which the base station occupies the target channel; the slot format indication information is configured to indicate that the uplink-downlink formats of each of the N symbols comprised in the target partial slot are the same as uplink-downlink formats of each of first N symbols in 14 symbols comprised in the last full slot.
Method for isolating caspofungin comprising adding a liquid ester to a solution of caspofungin in an alcohol followed by isolation of the solid material thus obtained, characterized in that said adding is carried out in a stainless steel reactor.
Valve of the duckbill type comprising a base in the form of a ring defining a central opening, an upper surface and a lower surface, both planar, which converge towards one another from the base in an opposite direction thereto, characterized in that the upper and lower surfaces (302, 303) form between them an angle (Ang) of at least 60°, and in that their free edges (304, 305) delimit a slot which is open when the valve is at rest.
Matrix-type pharmaceutical tablet administrable by oral route once to twice per day with controlled release of baclofen by gastric retention comprising granules obtained by wet granulation of Baclofen, of one or more diluents selected from cellulose derivatives such as microcrystalline cellulose and polyols such as mannitol, and optionally a binder within a matrix comprising: from 5 to 50% by weight of gelling agent relative to the total weight of the tablet, said gelling agent being selected from gums of plant origin of carbohydrate nature, linear and substituted linear polysaccharides, polyethylene glycol, methylcellulose and hydroxypropylcellulose; from 3 to 15% by weight of a gas-generating agent relative to the total weight of the tablet; and from 1 to 30% by weight of a superdisintegrant relative to the total weight of the tablet; said tablet comprising less than 5% by weight of the total weight of the tablet of sodium alginate. from 5 to 50% by weight of gelling agent relative to the total weight of the tablet, said gelling agent being selected from gums of plant origin of carbohydrate nature, linear and substituted linear polysaccharides, polyethylene glycol, methylcellulose and hydroxypropylcellulose; from 3 to 15% by weight of a gas-generating agent relative to the total weight of the tablet; and from 1 to 30% by weight of a superdisintegrant relative to the total weight of the tablet; said tablet comprising less than 5% by weight of the total weight of the tablet of sodium alginate.
A method of manufacturing a component carrier, wherein the method comprises: providing a laminated stack comprising at least one electrically conductive layer structure and/or at least one electrically insulating layer structure; at least partially covering a component with a transition layer having a thickness in a range from 1 nm to 100 nm; and assembling the component with the stack. providing a laminated stack comprising at least one electrically conductive layer structure and/or at least one electrically insulating layer structure; at least partially covering a component with a transition layer having a thickness in a range from 1 nm to 100 nm; and assembling the component with the stack.
A method of paging a mobile device from a base station in a wireless network based on context information that includes a description of at least one paging resource available to and used by the mobile device to receive a paging channel, the method comprising: negotiating a selected radio resource for paging channel transmission between only the mobile device and the base station; determining whether the base station has a valid paging agreement with the mobile device; and sending paging information to the mobile device from the base station using only a paging channel of the selected resource when it is determined there is the valid paging agreement; wherein if no selected resource information exists or if no valid paging agreement exists, no paging information is sent to the mobile device. negotiating a selected radio resource for paging channel transmission between only the mobile device and the base station; determining whether the base station has a valid paging agreement with the mobile device; and sending paging information to the mobile device from the base station using only a paging channel of the selected resource when it is determined there is the valid paging agreement; wherein if no selected resource information exists or if no valid paging agreement exists, no paging information is sent to the mobile device.
Microphone unit for mobile equipment, characterized by: - a microphone pick up housing having a cylindrical shielding surface defining a cylindrical chamber therein wherein the cylindrical shielding surface has at least three elongated sound passage openings (5,5',5") there through, wherein a length of each of the elongated sound passage openings (5,5',5 ") in a longitudinal direction of the cylindrical chamber is greater than a width thereof in a direction orthogonal with respect to the longitudinal direction, and wherein the at least three elongated sound passage openings (5,5',5") are aligned in the longitudinal direction; - a microphone pick up located in the cylindrical chamber defined by the microphone pick up housing, wherein the microphone pick up is surrounded by the at least three elongated sound passage openings (5,5',5"); and - a noise reduction element (6,6',6") covering the elongated sound passage openings (5,5',5"); wherein the microphone pick up comprises a directional condenser type microphone pick up that is surrounded by the at least three elongated sound passage openings (5,5',5"); and wherein the directional condenser type microphone pick up is canted at an angle relative to the longitudinal direction of the cylindrical chamber. - a microphone pick up housing having a cylindrical shielding surface defining a cylindrical chamber therein wherein the cylindrical shielding surface has at least three elongated sound passage openings (5,5',5") there through, wherein a length of each of the elongated sound passage openings (5,5',5 ") in a longitudinal direction of the cylindrical chamber is greater than a width thereof in a direction orthogonal with respect to the longitudinal direction, and wherein the at least three elongated sound passage openings (5,5',5") are aligned in the longitudinal direction; - a microphone pick up located in the cylindrical chamber defined by the microphone pick up housing, wherein the microphone pick up is surrounded by the at least three elongated sound passage openings (5,5',5"); and - a noise reduction element (6,6',6") covering the elongated sound passage openings (5,5',5"); wherein the microphone pick up comprises a directional condenser type microphone pick up that is surrounded by the at least three elongated sound passage openings (5,5',5"); and wherein the directional condenser type microphone pick up is canted at an angle relative to the longitudinal direction of the cylindrical chamber.
A device interchangeably usable by a robot and a human, wherein the device comprises: a base unit including a robot connector for connection to the robot, at least one of a surface grippable by the human and a grip grippable by the human, a communications unit for wireless communication with a control station, a processor connected to the communications unit, an energy storage for powering at least the communications unit and the processor, and means adapted to detect whether the device is connected to the robot or used directly by the human; and a tool for performing an operation related to a vehicle or a vehicle related object, which tool is connected to the base unit, wherein the processor is configured to control the tool, and wherein the device is adapted to be controlled by the control station to perform at least some of the operation related to a vehicle or a vehicle related object if said means detects that the device is connected to the robot. a base unit including a robot connector for connection to the robot, at least one of a surface grippable by the human and a grip grippable by the human, a communications unit for wireless communication with a control station, a processor connected to the communications unit, an energy storage for powering at least the communications unit and the processor, and means adapted to detect whether the device is connected to the robot or used directly by the human; and a tool for performing an operation related to a vehicle or a vehicle related object, which tool is connected to the base unit, wherein the processor is configured to control the tool, and wherein the device is adapted to be controlled by the control station to perform at least some of the operation related to a vehicle or a vehicle related object if said means detects that the device is connected to the robot.
A radio base station which estimates a moving speed of a mobile terminal, the radio base station comprising: a channel estimator which outputs a radio channel estimation result which is an estimation result of a state of a propagation path to the mobile terminal that is a communication target; and a speed estimator which determines whether or not to use the radio channel estimation result, and estimates the moving speed of said mobile terminal using only said radio channel estimation result if the radio channel estimation result is determined to be used, characterized in that said speed estimator determines whether or not a value of Auto Frequency Control, AFC, control information which indicates a correction amount of a frequency drift of a radio frequency used in radio communication between said radio base station and said mobile terminal satisfies a predetermined condition, and determines that the radio channel result is to be used if the value of said AFC control information satisfies the predetermined condition; and if information which indicates an amount of said frequency drift is contained in said AFC control information, said speed estimator determines that the value of said AFC control information satisfies the predetermined condition, when a) said frequency drift is less than or equal to a predetermined threshold value, or b) an amount of change of said frequency drift is less than or equal to a predetermined threshold value. a channel estimator which outputs a radio channel estimation result which is an estimation result of a state of a propagation path to the mobile terminal that is a communication target; and a speed estimator which determines whether or not to use the radio channel estimation result, and estimates the moving speed of said mobile terminal using only said radio channel estimation result if the radio channel estimation result is determined to be used, characterized in that said speed estimator determines whether or not a value of Auto Frequency Control, AFC, control information which indicates a correction amount of a frequency drift of a radio frequency used in radio communication between said radio base station and said mobile terminal satisfies a predetermined condition, and determines that the radio channel result is to be used if the value of said AFC control information satisfies the predetermined condition; and if information which indicates an amount of said frequency drift is contained in said AFC control information, said speed estimator determines that the value of said AFC control information satisfies the predetermined condition, when a) said frequency drift is less than or equal to a predetermined threshold value, or b) an amount of change of said frequency drift is less than or equal to a predetermined threshold value. a) said frequency drift is less than or equal to a predetermined threshold value, or b) an amount of change of said frequency drift is less than or equal to a predetermined threshold value.
A solar cell module comprising: a plate; a sheet opposed to the plate; a filler layer provided between the plate and the sheet; and a solar cell disposed inside the filler layer, wherein the filler layer is provided to come into contact with the sheet, and includes a first filler layer containing, as a main component, an ethylene-vinyl acetate copolymer, and a second filler layer containing, as a main component, polyethylene. a plate; a sheet opposed to the plate; a filler layer provided between the plate and the sheet; and a solar cell disposed inside the filler layer, wherein the filler layer is provided to come into contact with the sheet, and includes a first filler layer containing, as a main component, an ethylene-vinyl acetate copolymer, and a second filler layer containing, as a main component, polyethylene.
A method for treating wastewater, comprising: - treating wastewater using a primary treatment process of the wastewater, which comprises both settling and screening or screening only of the wastewater to remove bulk solids from the wastewater for producing an effluent suitable for membrane filtration, the treating process is substantially free of an aerobic biological treatment, - treating the effluent using a membrane filtration system comprising a microfiltration process as a first membrane filtration step and a reverse osmosis, an ultrafiltration or a nanofiltration process or combinations thereof as a second membrane filtration step to produce a permeate stream consisting essentially of refined water and a waste stream comprising soluble organic matter and inorganic salts; - routing said waste stream through an anaerobic digestion process to stabilize the soluble organic matter and produce a biological gas, said biological gas comprising methane; wherein - the step of providing primary treatment of the wastewater includes screening of the wastewater to remove bulk solids from the wastewater wherein said screening size range is approximately 0,01 mm to 1 mm (10 to 1000 microns). - treating wastewater using a primary treatment process of the wastewater, which comprises both settling and screening or screening only of the wastewater to remove bulk solids from the wastewater for producing an effluent suitable for membrane filtration, the treating process is substantially free of an aerobic biological treatment, - treating the effluent using a membrane filtration system comprising a microfiltration process as a first membrane filtration step and a reverse osmosis, an ultrafiltration or a nanofiltration process or combinations thereof as a second membrane filtration step to produce a permeate stream consisting essentially of refined water and a waste stream comprising soluble organic matter and inorganic salts; - routing said waste stream through an anaerobic digestion process to stabilize the soluble organic matter and produce a biological gas, said biological gas comprising methane; wherein - the step of providing primary treatment of the wastewater includes screening of the wastewater to remove bulk solids from the wastewater wherein said screening size range is approximately 0,01 mm to 1 mm (10 to 1000 microns).
A hinge and joint for eyeglasses, comprising: upper and lower rim end pieces (18, 20); a generally vertical, generally cylindrical hollow shaft adapted to be attached to a temple; at least one spring positioned laterally between the upper and lower rim end pieces (18, 20) and the shaft such that the shaft bears against the at least one spring; a housing with an outer plate and upper and lower generally perpendicular flanges (46, 48), the flanges (46, 48) having a pair of upper and lower aligned slots, the housing being adapted to fit over the at least one spring and the shaft; and a pin sized and configured to be inserted into the upper and lower aligned slots and the hollow shaft; wherein the at least one spring biases the shaft toward a lateral position out of alignment with the slots of the housing. upper and lower rim end pieces (18, 20); a generally vertical, generally cylindrical hollow shaft adapted to be attached to a temple; at least one spring positioned laterally between the upper and lower rim end pieces (18, 20) and the shaft such that the shaft bears against the at least one spring; a housing with an outer plate and upper and lower generally perpendicular flanges (46, 48), the flanges (46, 48) having a pair of upper and lower aligned slots, the housing being adapted to fit over the at least one spring and the shaft; and a pin sized and configured to be inserted into the upper and lower aligned slots and the hollow shaft; wherein the at least one spring biases the shaft toward a lateral position out of alignment with the slots of the housing.
Arrangement having a spiraled conductor strand, which is supported by a winding support and the winding support is a ring comprising a plurality of mutually abutting segments (12, 13), wherein, at at least one first abutment, the spiraled conductor strand ends on both sides of the abutment whilst leaving the abutment free, and, at a second abutment, the conductor strand runs beyond the second abutment, characterized in that the winding support as well as the conductor strand is potted in an insulating body.
A kit comprising: a dry particulate material comprising: an insoluble filler; a soluble filler; and a transition metal catalyst, and a fluid binder comprising: a (meth)acrylate monomer; and organic hydroperoxide; characterized in that the fluid binder comprises at least one of an allyl ether functional monomer or an allyl ether functional oligomer; a dry particulate material comprising: an insoluble filler; a soluble filler; and a transition metal catalyst, and a fluid binder comprising: a (meth)acrylate monomer; and organic hydroperoxide; characterized in that the fluid binder comprises at least one of an allyl ether functional monomer or an allyl ether functional oligomer; an insoluble filler; a soluble filler; and a transition metal catalyst, and a fluid binder comprising: a (meth)acrylate monomer; and organic hydroperoxide; characterized in that the fluid binder comprises at least one of an allyl ether functional monomer or an allyl ether functional oligomer; a (meth)acrylate monomer; and organic hydroperoxide; characterized in that the fluid binder comprises at least one of an allyl ether functional monomer or an allyl ether functional oligomer;