mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method, wherein the method comprises: receiving first information, wherein the first information is used to instruct user equipment, UE to send second information; and obtaining a parameter value, wherein the parameter value is used to indicate a time domain interval between a first time domain resource and a second time domain resource, the first time domain resource is a time domain resource in which the first information is located, the second time domain resource is a time domain resource in which the second information is located, duration of the second time domain resource is not longer than one subframe, and an interval between the second time domain resource and the first time domain resource is shorter than four subframes; and determining the second time domain resource based on the parameter value, and sending the second information on the second time domain resource wherein the obtaining a parameter value comprises: obtaining indication information, wherein the indication information corresponds to the parameter value; and determining the parameter value according to the indication information; wherein the indication information is duration of the second time domain resource. receiving first information, wherein the first information is used to instruct user equipment, UE to send second information; and obtaining a parameter value, wherein the parameter value is used to indicate a time domain interval between a first time domain resource and a second time domain resource, the first time domain resource is a time domain resource in which the first information is located, the second time domain resource is a time domain resource in which the second information is located, duration of the second time domain resource is not longer than one subframe, and an interval between the second time domain resource and the first time domain resource is shorter than four subframes; and determining the second time domain resource based on the parameter value, and sending the second information on the second time domain resource wherein the obtaining a parameter value comprises: obtaining indication information, wherein the indication information corresponds to the parameter value; and determining the parameter value according to the indication information; wherein the indication information is duration of the second time domain resource. obtaining indication information, wherein the indication information corresponds to the parameter value; and determining the parameter value according to the indication information; wherein the indication information is duration of the second time domain resource.
A krill protein hydrolysate characterized in having - a protein content of greater than 85% on a dry weight basis; - less than 5% fat on a dry weight basis; - a fluoride content of from 0.1 to 200 mg/kg hydrolysate on a dry weight basis; - a TMAO (trimethylamine N-oxide) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a TMA (trimethylamine) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a TVN (total volatile nitrogen) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a sodium content of from 0.01 to 4.0 g/100 g hydrolysate on a dry weight basis; and - a calcium content of from 100 to 25,000 mg / kg hydrolysate on a dry weight basis. - a protein content of greater than 85% on a dry weight basis; - less than 5% fat on a dry weight basis; - a fluoride content of from 0.1 to 200 mg/kg hydrolysate on a dry weight basis; - a TMAO (trimethylamine N-oxide) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a TMA (trimethylamine) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a TVN (total volatile nitrogen) content of from 0.1 to 200 mg N/100 g hydrolysate on a dry weight basis; - a sodium content of from 0.01 to 4.0 g/100 g hydrolysate on a dry weight basis; and - a calcium content of from 100 to 25,000 mg / kg hydrolysate on a dry weight basis.
A light-emitting apparatus comprising: a substrate which has light-emitting elements mounted on a first surface side thereof; a thermally conductive member; an attachment member comprising a concave portion having a side surface facing a circumference of the substrate such that a gap is defined all around the substrate, and wherein the thermally conductive member is interposed between the back surface side of the substrate and a bottom surface of the concave portion such that heat from the substrate is conducted to the attachment member, wherein the concave portion has shape substantially similar to the outer shape of the substrate and is formed to be slightly larger than the substrate; and a mechanical fixing component comprising a base portion fixed on the upper surface of the concave portion and a pressure portion inclined from the base portion toward the bottom surface of the concave portion, wherein an end side of the pressure portion is in contact with the first surface side of the substrate at a position closer to the bottom surface than to the upper surface of the concave portion, the mechanical fixing component configured to hold the substrate in the concave portion by elastic pressing force of the pressure portion. a substrate which has light-emitting elements mounted on a first surface side thereof; a thermally conductive member; an attachment member comprising a concave portion having a side surface facing a circumference of the substrate such that a gap is defined all around the substrate, and wherein the thermally conductive member is interposed between the back surface side of the substrate and a bottom surface of the concave portion such that heat from the substrate is conducted to the attachment member, wherein the concave portion has shape substantially similar to the outer shape of the substrate and is formed to be slightly larger than the substrate; and a mechanical fixing component comprising a base portion fixed on the upper surface of the concave portion and a pressure portion inclined from the base portion toward the bottom surface of the concave portion, wherein an end side of the pressure portion is in contact with the first surface side of the substrate at a position closer to the bottom surface than to the upper surface of the concave portion, the mechanical fixing component configured to hold the substrate in the concave portion by elastic pressing force of the pressure portion.
A dispensing speed control mechanism for use in an injection device having a release button, which is displaceable to initiate dispensing of a set dose, a first component part, which is driven by a power reservoir during dose dispensing, and a second component part, which is stationary during dose dispensing, the speed control mechanism comprising friction means for retarding the first component part during dose dispensing depending on the position of the release button, characterized in that the friction means comprises a multi-plate clutch system acting between the first and second component parts, wherein the multi-plate clutch system comprises a spring, at least one first clutch plate, which is rotationally constrained to the first component part, and at least one second clutch plate, which is rotationally constrained to the second component part.
A solid chocolate composition comprising a main body comprising a plurality of chunks or consumable units separated by lines of weakness, and further comprising one or more removable chocolate portions set in and spaced apart from the perimeter of the composition, and wherein the removable portion or portions are connected to the main body by one or more areas or lines of weakness and are removable from the composition without changing the perimeter of the composition.
A method for sharing a designated audio signal comprising: reproducing the designated audio signal via a transducer into an acoustic space; receiving an input audio signal representing a sound field in the acoustic space; suppressing in the input audio signal a component contributed by the reproduced designated audio signal; and characterised by mixing the designated audio signal delayed in time with the suppressed input audio signal to generate an uplink audio signal, where the designated audio signal reproduced via transducer is mixed with a downlink audio signal. reproducing the designated audio signal via a transducer into an acoustic space; receiving an input audio signal representing a sound field in the acoustic space; suppressing in the input audio signal a component contributed by the reproduced designated audio signal; and characterised by mixing the designated audio signal delayed in time with the suppressed input audio signal to generate an uplink audio signal, where the designated audio signal reproduced via transducer is mixed with a downlink audio signal.
Pallet system having an adjustable deck size, wherein a deck is formed by at least two parallel deck boards and at least one wing deck board, the pallet system comprising: a pallet comprising said at least two parallel deck boards arranged on at least two stringer boards forming at least one space between the deck boards, wherein the stringer boards are arranged on blocks, and a wing comprising said at least one wing deck board, wherein the wing deck board has two opposite end portions (18, 24), wherein one of said end portions (18, 24) is arranged on at least one spacer and the other of said end portions (18, 24) is free, wherein the wing is placeable in the pallet by placing the free end portion of the wing deck board in the space between the deck boards of the pallet.
A method of manufacturing an adsorbent comprising a porous adsorbent and ferrihydrite impregnated into the porous adsorbent, comprising: 1) allowing a porous adsorbent to stand in a ferric solution, wherein the porous adsorbent is powdered activated carbon; 2) separating the porous adsorbent from the solution; 3) washing and drying the separated porous adsorbent; 4) exposing the porous adsorbent to an alkaline solution and titrating so that a precipitate is formed in pores thereof, thereby forming an adsorbent comprising the porous adsorbent and ferrihydrite impregnated into the porous adsorbent; and 5) recovering the formed adsorbent, and performing heat treatment, washing and drying; wherein the titrating is performed at pH 7 - 8 using NaOH. 1) allowing a porous adsorbent to stand in a ferric solution, wherein the porous adsorbent is powdered activated carbon; 2) separating the porous adsorbent from the solution; 3) washing and drying the separated porous adsorbent; 4) exposing the porous adsorbent to an alkaline solution and titrating so that a precipitate is formed in pores thereof, thereby forming an adsorbent comprising the porous adsorbent and ferrihydrite impregnated into the porous adsorbent; and 5) recovering the formed adsorbent, and performing heat treatment, washing and drying;
A system for diagnosing an emphysema disorder in a chronic obstructive pulmonary disease (COPD) patient, the system comprising: 1) a sampling device to obtain total expiration or exhalation of the respiratory system of the patient; 2) a detection device generating flow and volume data of said total expiration or exhalation; and 3) a computer loaded with - a model to calculate: • the flow-volume curve; • the two best fitting linear regression lines on the flow-volume curve from peak flow to end of expiration, and • the angle between both regression lines - and further loaded with a flow-volume curve reference profile for an emphysema disorder; wherein the computer receives and compares the patient's flow-volume curve profile with the reference flow-volume curve profile. 1) a sampling device to obtain total expiration or exhalation of the respiratory system of the patient; 2) a detection device generating flow and volume data of said total expiration or exhalation; and 3) a computer loaded with - a model to calculate: • the flow-volume curve; • the two best fitting linear regression lines on the flow-volume curve from peak flow to end of expiration, and • the angle between both regression lines - and further loaded with a flow-volume curve reference profile for an emphysema disorder; wherein the computer receives and compares the patient's flow-volume curve profile with the reference flow-volume curve profile. - a model to calculate: • the flow-volume curve; • the two best fitting linear regression lines on the flow-volume curve from peak flow to end of expiration, and • the angle between both regression lines • the flow-volume curve; • the two best fitting linear regression lines on the flow-volume curve from peak flow to end of expiration, and • the angle between both regression lines - and further loaded with a flow-volume curve reference profile for an emphysema disorder;
A method for processing a Data Record Packet, characterized by comprising: sending (1001, 1004; 1101, 1104), by a General Packet Radio Service Support Node, GSN, a Packet Transfer Command and a Data Record Packet with Time to a Charging Gateway Function, CGF, in a "Send Data Record Packet" message, wherein the Data Record Packet is a normal packet or a possibly duplicated packet, and the "Send Data Record Packet" message contains a sequence number in a message header and a packaging time in a message body; and sending (1006; 1106), by the CGF, a response message to the GSN upon reception of the Data Record Packet, wherein the response message contains a Sequence Number of Packet with Time and a "Packet Transfer Response Command" information element for identifying whether the response message is directed to a normal packet or a possibly duplicated packet. sending (1001, 1004; 1101, 1104), by a General Packet Radio Service Support Node, GSN, a Packet Transfer Command and a Data Record Packet with Time to a Charging Gateway Function, CGF, in a "Send Data Record Packet" message, wherein the Data Record Packet is a normal packet or a possibly duplicated packet, and the "Send Data Record Packet" message contains a sequence number in a message header and a packaging time in a message body; and sending (1006; 1106), by the CGF, a response message to the GSN upon reception of the Data Record Packet, wherein the response message contains a Sequence Number of Packet with Time and a "Packet Transfer Response Command" information element for identifying whether the response message is directed to a normal packet or a possibly duplicated packet.
Bicycle handlebar assembly, comprising a handlebar rod and at least one oleo-hydraulic group for controlling on-board bicycle equipment, wherein the oleo-hydraulic group comprises a cylinder housed fixed in an inner cavity of the handlebar rod, characterized in that the handlebar rod is moulded hollow and the cylinder is co-moulded in it.
A composition comprising a complex of: a divalent cationic strontium moiety; a cysteine-based moiety selected from the group consisting of cystine, N-acetyl cysteine, N-acetyl cysteinate, N-acetyl cystine, N,S-diacetylcysteine, and esters thereof; and a beta hydroxybutyrate moiety; wherein the cysteine-based anti-oxidant and the beta hydroxybutyrate moiety are conjugated together by a cleavable bond. a divalent cationic strontium moiety; a cysteine-based moiety selected from the group consisting of cystine, N-acetyl cysteine, N-acetyl cysteinate, N-acetyl cystine, N,S-diacetylcysteine, and esters thereof; and a beta hydroxybutyrate moiety;
A method for voluntarily triggering a switch or other user interface comprising: locating a sensor in, or near to an ear canal of a user; the method being characterised in that: the user voluntarily contracting the tensor tympani muscle; the sensor detecting an effect of that voluntary contraction of the tensor tympani muscle, by detecting resultant movements of, or changes in position or shape of, the tympanic membrane or the malleus; communicating the effect of the voluntary contraction of the tensor tympani muscle as an input to a processor; and the processor generating an output to affect a function of a connected device in response to that voluntary contraction. locating a sensor in, or near to an ear canal of a user; the method being characterised in that: the user voluntarily contracting the tensor tympani muscle; the sensor detecting an effect of that voluntary contraction of the tensor tympani muscle, by detecting resultant movements of, or changes in position or shape of, the tympanic membrane or the malleus; communicating the effect of the voluntary contraction of the tensor tympani muscle as an input to a processor; and the processor generating an output to affect a function of a connected device in response to that voluntary contraction. the user voluntarily contracting the tensor tympani muscle; the sensor detecting an effect of that voluntary contraction of the tensor tympani muscle, by detecting resultant movements of, or changes in position or shape of, the tympanic membrane or the malleus; communicating the effect of the voluntary contraction of the tensor tympani muscle as an input to a processor; and the processor generating an output to affect a function of a connected device in response to that voluntary contraction.
A device for coupling of high power light into a fiber, the device comprising: a double clad fiber having a fiber entry port, a fiber exit port, and a double clad extending from said fiber entry port to said fiber exit port; and a mode stripper positioned between said fiber entry port and said fiber exit port, said mode stripper configured to remove a portion of said light from said clad, wherein said double clad fiber is a spliced fiber comprising a glass double clad portion and a polymer double clad portion, said glass double clad portion is adjacent to said fiber entry port and said polymer double clad portion positioned between said glass double clad portion and said fiber exit port. a double clad fiber having a fiber entry port, a fiber exit port, and a double clad extending from said fiber entry port to said fiber exit port; and a mode stripper positioned between said fiber entry port and said fiber exit port, said mode stripper configured to remove a portion of said light from said clad, wherein said double clad fiber is a spliced fiber comprising a glass double clad portion and a polymer double clad portion, said glass double clad portion is adjacent to said fiber entry port and said polymer double clad portion positioned between said glass double clad portion and said fiber exit port.
A composite blade for a gas turbine engine, comprising: an airfoil extending from a leading edge to a trailing edge and from a root to a tip, the airfoil having a stiffness and a camber; and a shape memory alloy (440...450; 640; 940) mechanically coupled to the airfoil via a resin, wherein at least one of the stiffness or the camber changes in response to a phase change of the SMA (440...450; 640; 940); characterised in that: the SMA (440...450; 640; 940) comprises an SMA mesh including a first array of fibers extending in a first direction and a second array of fibers extending in a second direction, wherein the first array of fibers are electronically insulated from the second array of fibers. an airfoil extending from a leading edge to a trailing edge and from a root to a tip, the airfoil having a stiffness and a camber; and a shape memory alloy (440...450; 640; 940) mechanically coupled to the airfoil via a resin, wherein at least one of the stiffness or the camber changes in response to a phase change of the SMA (440...450; 640; 940); characterised in that: the SMA (440...450; 640; 940) comprises an SMA mesh including a first array of fibers extending in a first direction and a second array of fibers extending in a second direction, wherein the first array of fibers are electronically insulated from the second array of fibers.
Device for filling products made of meat, fish or poultry, comprising a table (10; 10') having a trough (12, 12') sunk therein, and a pusher (14; 14') which is slidable on the table between a loading position for the products and a transfer position in which the products are dropped into the trough, characterized in that a closure plate (32; 32') is provided between the table (10; 10') and the pusher (14; 14'), the closure plate being adapted to be moved abruptly, when the pusher (14; 14') is in the transfer position, from a closure position in which it covers the trough (12, 12') into a release position.
An applicator (10, 310, 400) for a microprojection array, comprising: an energy-storing element (28, 40, 60) having a first configuration and a second configuration, wherein application of force to the energy-storing element causes it to transition from the first configuration to the second configuration, and wherein the force necessary for the energy storing element to transition from the first configuration to the second configuration is lower than the force necessary for the element to transition from the second configuration to the first configuration, wherein the first configuration is a first stable configuration and wherein the second configuration is a second stable configuration; an actuator member (20, 314, 328, 410) that can convey external force to the energy-storing element, a microprojection-holding member (24, 424) connected to the actuator member and which is acted on by the energy-storing element when it transitions from the first configuration to the second configuration, an outer cover (16, 312, 402) with an opening into which the actuator member fits slidably, a skin-contacting member (12, 406) comprising a portion which can lie flat against the skin, wherein the skin-contacting member is positioned in contact with the outer cover. an energy-storing element (28, 40, 60) having a first configuration and a second configuration, wherein application of force to the energy-storing element causes it to transition from the first configuration to the second configuration, and wherein the force necessary for the energy storing element to transition from the first configuration to the second configuration is lower than the force necessary for the element to transition from the second configuration to the first configuration, wherein the first configuration is a first stable configuration and wherein the second configuration is a second stable configuration; an actuator member (20, 314, 328, 410) that can convey external force to the energy-storing element, a microprojection-holding member (24, 424) connected to the actuator member and which is acted on by the energy-storing element when it transitions from the first configuration to the second configuration, an outer cover (16, 312, 402) with an opening into which the actuator member fits slidably, a skin-contacting member (12, 406) comprising a portion which can lie flat against the skin, wherein the skin-contacting member is positioned in contact with the outer cover.