mhurhangee/patent-ind-claim-en huggingface dataset:
A channel quality measurement method, comprising: receiving (S310), by a terminal device, configuration information sent by a network device, wherein the configuration information is used to configure a downlink carrier set; determining (S320), by the terminal device, a first downlink carrier from the downlink carrier set; sending (S210), by the terminal device, a random access process message 1, Msg1, to the network device; receiving (S220), by the terminal device, a random access process message 2, Msg2, sent by the network device using a second downlink carrier, wherein the first downlink carrier and the second downlink carrier are different downlink carriers; and sending (S230, S330), by the terminal device, a random access process message 3, Msg3 to the network device, wherein Msg3 comprises first information and second information, the first information comprises information used to indicate channel quality of the first downlink carrier, the second information comprises information used to indicate channel quality of a second downlink carrier, the channel quality is used to provide information about a first repetition level to the network device, and the first repetition level is a minimum repetition level required when transmission performed on a downlink channel based on a preset transmission parameter meets a preset block error rate. receiving (S310), by a terminal device, configuration information sent by a network device, wherein the configuration information is used to configure a downlink carrier set; determining (S320), by the terminal device, a first downlink carrier from the downlink carrier set; sending (S210), by the terminal device, a random access process message 1, Msg1, to the network device; receiving (S220), by the terminal device, a random access process message 2, Msg2, sent by the network device using a second downlink carrier, wherein the first downlink carrier and the second downlink carrier are different downlink carriers; and sending (S230, S330), by the terminal device, a random access process message 3, Msg3 to the network device, wherein Msg3 comprises first information and second information, the first information comprises information used to indicate channel quality of the first downlink carrier, the second information comprises information used to indicate channel quality of a second downlink carrier, the channel quality is used to provide information about a first repetition level to the network device, and the first repetition level is a minimum repetition level required when transmission performed on a downlink channel based on a preset transmission parameter meets a preset block error rate.
A method for creating an association between a recording resource and a communications device associated with an extension, comprising: a) configuring a recording resource to send a signal to the communications device ; b) determining , by the recording resource using mapping logic , whether the extension associated with the communications device is coupled to one or more channels of the recording resource by comparing the sent signal with data recorded at the recording resource ; c) wherein if the recording resource is not coupled to the extension associated with the communications device , then matching the extension associated with the communications device to a different recording resource ; thereby creating an association of the extension associated with the communications device to a recording resource . a) configuring a recording resource to send a signal to the communications device ; b) determining , by the recording resource using mapping logic , whether the extension associated with the communications device is coupled to one or more channels of the recording resource by comparing the sent signal with data recorded at the recording resource ; c) wherein if the recording resource is not coupled to the extension associated with the communications device , then matching the extension associated with the communications device to a different recording resource ; thereby creating an association of the extension associated with the communications device to a recording resource .
A drying apparatus comprising: a main body having an entrance hole through which air is introduced thereinto and having outlets through which the air is discharged toward a front of the main body ; a fan assembly disposed inside the entrance hole of the main body to receive the air from a rear surface of the main body and generate a flow of the air; a duct communicating with the fan assembly and allowing the flow of the air to be delivered to the outlets ; and a moving bar movably mounted to the main body to discharge air introduced from an outside of the moving bar while moving up and down along the main body , wherein the main body includes a fan receiving part at an upper part of the main body and protruding forward therefrom in which the fan assembly is disposed therein, wherein the fan assembly comprises: a fan housing having an air entrance and an air exit , and having an air flow space defined therein; a fan motor disposed outside the fan housing to supply a driving force; and a fan rotated by the fan motor and disposed in the fan housing , wherein in the fan housing , a housing cover to which the fan motor is mounted is disposed at a side opposite to the air entrance , and in the fan receiving part of the main body , the fan motor is disposed at a side of a front end of the main body . a main body having an entrance hole through which air is introduced thereinto and having outlets through which the air is discharged toward a front of the main body ; a fan assembly disposed inside the entrance hole of the main body to receive the air from a rear surface of the main body and generate a flow of the air; a duct communicating with the fan assembly and allowing the flow of the air to be delivered to the outlets ; and a moving bar movably mounted to the main body to discharge air introduced from an outside of the moving bar while moving up and down along the main body , wherein the main body includes a fan receiving part at an upper part of the main body and protruding forward therefrom in which the fan assembly is disposed therein, wherein the fan assembly comprises: a fan housing having an air entrance and an air exit , and having an air flow space defined therein; a fan motor disposed outside the fan housing to supply a driving force; and a fan rotated by the fan motor and disposed in the fan housing , wherein in the fan housing , a housing cover to which the fan motor is mounted is disposed at a side opposite to the air entrance , and in the fan receiving part of the main body , the fan motor is disposed at a side of a front end of the main body . a fan housing having an air entrance and an air exit , and having an air flow space defined therein; a fan motor disposed outside the fan housing to supply a driving force; and a fan rotated by the fan motor and disposed in the fan housing , wherein in the fan housing , a housing cover to which the fan motor is mounted is disposed at a side opposite to the air entrance , and in the fan receiving part of the main body , the fan motor is disposed at a side of a front end of the main body .
A broadcast relay assistance device , comprising: an audio unit including a memory configured to store broadcast audio data (Dba) corresponding to input broadcast audio signals (Sba) in a chronological order; a broadcast wave generator configured to generate a broadcast wave from the input broadcast audio signals (Sba) for output; an anomaly detector configured to detect an anomaly due to a stroke of lightning and to output an anomaly detection signal for a period in which the anomaly is detected; a halting unit configured to interrupt the output of the broadcast wave from the broadcast wave generator during the period in accordance with the anomaly detection signal; and wherein the audio unit is configured to receive the anomaly detection signal during the period, and to read from the memory , the broadcast audio data corresponding to the broadcast audio signals stored in the memory during the period, and to output the broadcast audio signals corresponding to the read broadcast audio data when the anomaly is no longer detected. an audio unit including a memory configured to store broadcast audio data (Dba) corresponding to input broadcast audio signals (Sba) in a chronological order; a broadcast wave generator configured to generate a broadcast wave from the input broadcast audio signals (Sba) for output; an anomaly detector configured to detect an anomaly due to a stroke of lightning and to output an anomaly detection signal for a period in which the anomaly is detected; a halting unit configured to interrupt the output of the broadcast wave from the broadcast wave generator during the period in accordance with the anomaly detection signal; and wherein the audio unit is configured to receive the anomaly detection signal during the period, and to read from the memory , the broadcast audio data corresponding to the broadcast audio signals stored in the memory during the period, and to output the broadcast audio signals corresponding to the read broadcast audio data when the anomaly is no longer detected.
A two-stage oil and gas field produced water treatment system for treatment of an oilfield produced water, wherein the oilfield produced water comprises hydrocarbons and hazardous sulfides, the system comprising: an oil removal vessel configured to remove a portion of the hydrocarbons with the oil removal vessel , wherein the oil removal vessel comprises a gas flotation unit, a heat separation unit, a skimming pit, or any combination thereof, wherein the oil removal vessel is capable of containing oilfield produced water introduced to the oil removal vessel ; an iron sponge configured to remove a portion of the hazardous sulfides with the iron sponge , wherein the oil removal vessel is positioned upstream of the iron sponge , wherein the iron sponge comprises a clay substrate and a transition metal oxide coating comprising zinc oxide, iron oxide, or combinations thereof; a source that contains stabilized sodium percarbonate solution, the stabilized sodium percarbonate solution comprising water, a stabilizer, and an acid, the acid comprising citric acid, phosphoric acid, or a combination thereof, and the amount of acid being sufficient to maintain the solution below pH 7.0; a valve , wherein the valve is positioned downstream of the iron sponge , wherein the valve is configured to regulate a flow of the stabilized sodium percarbonate solution from the source into an effluent stream comprising oilfield produced water that has passed through the iron sponge ; and a sensor disposed in the effluent stream from the iron sponge before the valve wherein the sensor is configured to measure amounts of hazardous sulfides. an oil removal vessel configured to remove a portion of the hydrocarbons with the oil removal vessel , wherein the oil removal vessel comprises a gas flotation unit, a heat separation unit, a skimming pit, or any combination thereof, wherein the oil removal vessel is capable of containing oilfield produced water introduced to the oil removal vessel ; an iron sponge configured to remove a portion of the hazardous sulfides with the iron sponge , wherein the oil removal vessel is positioned upstream of the iron sponge , wherein the iron sponge comprises a clay substrate and a transition metal oxide coating comprising zinc oxide, iron oxide, or combinations thereof; a source that contains stabilized sodium percarbonate solution, the stabilized sodium percarbonate solution comprising water, a stabilizer, and an acid, the acid comprising citric acid, phosphoric acid, or a combination thereof, and the amount of acid being sufficient to maintain the solution below pH 7.0; a valve , wherein the valve is positioned downstream of the iron sponge , wherein the valve is configured to regulate a flow of the stabilized sodium percarbonate solution from the source into an effluent stream comprising oilfield produced water that has passed through the iron sponge ; and a sensor disposed in the effluent stream from the iron sponge before the valve wherein the sensor is configured to measure amounts of hazardous sulfides.
Device for testing at least one battery cell , in particular a secondary battery, having a first plate and a second plate , wherein the battery cell is clamped between the two plates , which are preferably substantially rectangular, and at least one plate is pressed against the battery cell with a defined mechanical pressing force (F), having at least one force-measuring element arranged between one plate and at least one pressing device for measuring a reaction force (R) between the battery cell and the pressing device , wherein at least one change in a thickness (D) of the battery cell can be measured, preferably simultaneously with the reaction force (R), by means of at least one displacement-measuring element , characterised in that at least one plate , preferably the first plate , has at least one thermal measuring element for measuring the cell body temperature of the battery cell and that at least one plate , preferably the second plate , has at least one contact element which establishes an electrical connection between at least one cell pole and a preferably flexible power cable , wherein a temperature sensor is integrated in at least one contact element
A switch device for an explosive environment, the switch device comprising: an ignition protected housing ; a line-side terminal and a load-side terminal coupled to the ignition protected housing ; a bus structure in the ignition protected housing and including at least one solid state switching element operable in an arc-free manner to connect the load-side terminal to the line-side terminal and disconnect the load-side terminal from the line-side terminal ; an on/off input selector to change a state of the at least one solid state switching element ; wherein the switch device is compliant for use in the explosive environment without requiring a separately provided explosion-proof enclosure, characterised by a controller monitoring a state of the on/off input selector, and responsive to a change in state of the on/off input selector the controller is configured to activate a safety lockout condition disabling the on/off input selector and preventing a further change in state of the on/off input selector. an ignition protected housing ; a line-side terminal and a load-side terminal coupled to the ignition protected housing ; a bus structure in the ignition protected housing and including at least one solid state switching element operable in an arc-free manner to connect the load-side terminal to the line-side terminal and disconnect the load-side terminal from the line-side terminal ; an on/off input selector to change a state of the at least one solid state switching element ; wherein the switch device is compliant for use in the explosive environment without requiring a separately provided explosion-proof enclosure, characterised by a controller monitoring a state of the on/off input selector, and responsive to a change in state of the on/off input selector the controller is configured to activate a safety lockout condition disabling the on/off input selector and preventing a further change in state of the on/off input selector.
A modified gelatin comprising: (a) lysine residues; and (b) lysine residues comprising a pendent side chain carrying a thiol group; wherein the modified gelatin comprises at least 50μmoles/g of component (b) and at least 450μmoles/g in total components (a) and (b). (a) lysine residues; and (b) lysine residues comprising a pendent side chain carrying a thiol group;
A resource scheduling and allocation method, wherein the method comprises: obtaining, by a user equipment, UE, an air interface resource that is used for N data transmissions and that is allocated by a network device by using a downlink control information, characterized in that , the downlink control information comprises information about an air interface resource used for the first data transmission corresponding to the downlink control information, whereas an air interface resource used for the remaining N-1 data transmissions corresponding to the downlink control information is determined based on the information about the air interface resource used for the first data transmission according to a rule. obtaining, by a user equipment, UE, an air interface resource that is used for N data transmissions and that is allocated by a network device by using a downlink control information, characterized in that , the downlink control information comprises information about an air interface resource used for the first data transmission corresponding to the downlink control information, whereas an air interface resource used for the remaining N-1 data transmissions corresponding to the downlink control information is determined based on the information about the air interface resource used for the first data transmission according to a rule.
A fuel-burning cooking burner , comprising: a base defining an outer periphery and an inner open area ; and a cap coupled with the base around the outer periphery thereof and extending over the open area to define a distribution cavity on an interior side of the cap , the cap further defining an exterior surface extending opposite the distribution cavity and a plurality of outlets extending through the cap from the distribution cavity to the exterior surface , wherein i) the base defines a fuel-air mix inlet and a mixing chamber , ii) the mixing chamber is in communication with the fuel-air mix inlet and with the distribution cavity remote from the fuel-air mix inlet , iii) the mixing chamber is separated from a portion of the distribution cavity , said fuel-burning cooking burner being characterised in that the mixing chamber is open to cavity through a plurality of ports extending through an inner wall . a base defining an outer periphery and an inner open area ; and a cap coupled with the base around the outer periphery thereof and extending over the open area to define a distribution cavity on an interior side of the cap , the cap further defining an exterior surface extending opposite the distribution cavity and a plurality of outlets extending through the cap from the distribution cavity to the exterior surface , wherein i) the base defines a fuel-air mix inlet and a mixing chamber , ii) the mixing chamber is in communication with the fuel-air mix inlet and with the distribution cavity remote from the fuel-air mix inlet , iii) the mixing chamber is separated from a portion of the distribution cavity , said fuel-burning cooking burner being characterised in that i) the base defines a fuel-air mix inlet and a mixing chamber , ii) the mixing chamber is in communication with the fuel-air mix inlet and with the distribution cavity remote from the fuel-air mix inlet , iii) the mixing chamber is separated from a portion of the distribution cavity , said fuel-burning cooking burner being characterised in that the mixing chamber is open to cavity through a plurality of ports extending through an inner wall .
The quantum dot having a core-shell structure, comprising: a core formed of In-P material and doped with copper; and a shell formed of Zn-S material and surrounding the core, characterized in that the core is formed of In-Zn-P material and the shell is formed of Cu-Zn-In-S material. a core formed of In-P material and doped with copper; and a shell formed of Zn-S material and surrounding the core, characterized in that the core is formed of In-Zn-P material and the shell is formed of Cu-Zn-In-S material.
A print medium for inkjet printing comprising: a base substrate comprising a blend of cellulosic fibers; said blend comprising a blend of hardwood (HW) fibers and softwood (SW) fibers in a ratio ranging from 100%(HW):0%(SW) to 30%(HW):70%(SW); a sizing material, from internal sizing and/or surface sizing, present in an effective amount from 0.25 Kg/Ton of the print medium to 0.75 Kg/Ton of the print medium wherein the sizing material is alkyl succinic anhydride (ASA); and a multivalent cation salt present in a synergetic amount from 5.5 Kg/Ton of the print medium to 20 Kg/Ton of the print medium, wherein the multivalent cation salt is calcium chloride. a base substrate comprising a blend of cellulosic fibers; said blend comprising a blend of hardwood (HW) fibers and softwood (SW) fibers in a ratio ranging from 100%(HW):0%(SW) to 30%(HW):70%(SW); a sizing material, from internal sizing and/or surface sizing, present in an effective amount from 0.25 Kg/Ton of the print medium to 0.75 Kg/Ton of the print medium wherein the sizing material is alkyl succinic anhydride (ASA); and a multivalent cation salt present in a synergetic amount from 5.5 Kg/Ton of the print medium to 20 Kg/Ton of the print medium, wherein the multivalent cation salt is calcium chloride.
A conjugate represented by formula (I) wherein A represents a radical deriving from a cytotoxic drug, G is a self-immolative moiety, and m is 0 or 1, and pharmaceutically acceptable salts thereof. A represents a radical deriving from a cytotoxic drug, G is a self-immolative moiety, and m is 0 or 1,
An indoor unit of an air-conditioning apparatus comprising: a casing having an air inlet provided solely at a top face of the casing, an air outlet provided at a lower portion of the casing , and an airflow passage through which the air inlet and the air outlet communicate with each other; a fan disposed in the casing ; a heat exchanger disposed upstream in airflow of the fan in the casing ; a first filter disposed upstream in airflow of the heat exchanger in the casing ; a front panel attached at a front portion of the casing ; a protrusion provided at a back face of the front panel ; and a second filter disposed behind the front panel and between the protrusion and the heat exchanger , the second filter being separate from the first filter , wherein the heat exchanger includes a bend portion at which the heat exchanger is bent at a certain position in a height direction, and the indoor unit being characterized by that: the protrusion , the second filter , and the bend portion align along a horizontal straight line in side view. a casing having an air inlet provided solely at a top face of the casing, an air outlet provided at a lower portion of the casing , and an airflow passage through which the air inlet and the air outlet communicate with each other; a fan disposed in the casing ; a heat exchanger disposed upstream in airflow of the fan in the casing ; a first filter disposed upstream in airflow of the heat exchanger in the casing ; a front panel attached at a front portion of the casing ; a protrusion provided at a back face of the front panel ; and a second filter disposed behind the front panel and between the protrusion and the heat exchanger , the second filter being separate from the first filter , wherein the heat exchanger includes a bend portion at which the heat exchanger is bent at a certain position in a height direction, and the indoor unit being characterized by that: the protrusion , the second filter , and the bend portion align along a horizontal straight line in side view.