mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling audio output, comprising: receiving, by a computing device, audio content to be presented; determining that an output port (104, 320) of the computing device is connected to a corresponding connector; in response to determining that the output port (104, 320) is connected to the corresponding connector, providing the received audio content at the output port (104, 320); recording a portion of audio using a microphone of the computing device; determining whether the received audio content is present in the portion of audio; subsequent to determining that the received audio content is present in the portion of audio, continuing to provide the received audio content at the output port (104, 320); in response to determining that the received audio content is not present in the portion of audio, presenting the received audio content using a speaker of the computing device. receiving, by a computing device, audio content to be presented; determining that an output port (104, 320) of the computing device is connected to a corresponding connector; in response to determining that the output port (104, 320) is connected to the corresponding connector, providing the received audio content at the output port (104, 320); recording a portion of audio using a microphone of the computing device; determining whether the received audio content is present in the portion of audio; subsequent to determining that the received audio content is present in the portion of audio, continuing to provide the received audio content at the output port (104, 320); in response to determining that the received audio content is not present in the portion of audio, presenting the received audio content using a speaker of the computing device.
Combined cooling and abrasion particles removal system for providing cooling and removing abrasion particles in a contact region between a brush and a slip ring of an electromechanical machine, the system comprising: a housing, a passage, formed at and through the housing, configured to accommodate the brush and having a front opening adapted to face the slip ring; and at least one conduit arranged to direct the flow of a gaseous medium towards the face of the slip ring, said at least one conduit comprising at least one supply tube (13a, 13b) with an outlet (16a, 16b); characterised in that, the outlet (16a, 16b) is shaped in the form of a slit that encompasses the front opening in an annular manner. a housing, a passage, formed at and through the housing, configured to accommodate the brush and having a front opening adapted to face the slip ring; and at least one conduit arranged to direct the flow of a gaseous medium towards the face of the slip ring, said at least one conduit comprising at least one supply tube (13a, 13b) with an outlet (16a, 16b); characterised in that, the outlet (16a, 16b) is shaped in the form of a slit that encompasses the front opening in an annular manner.
A method for controlling a microwave oven by voice, comprising: receiving a voice instruction input by a user; the method further comprising: searching for a pre-stored default recipe parameter corresponding to the voice instruction; in response to a default recipe parameter corresponding to the voice instruction being found, controlling operation of the microwave oven according to the default recipe parameter; characterised by in response to receiving a parameter changing instruction input by the user, controlling the operation of the microwave oven according to a parameter corresponding to the parameter changing instruction, and updating, according to the parameter changing instruction, the default recipe parameter corresponding to the voice instruction. receiving a voice instruction input by a user; the method further comprising: searching for a pre-stored default recipe parameter corresponding to the voice instruction; in response to a default recipe parameter corresponding to the voice instruction being found, controlling operation of the microwave oven according to the default recipe parameter; characterised by in response to receiving a parameter changing instruction input by the user, controlling the operation of the microwave oven according to a parameter corresponding to the parameter changing instruction, and updating, according to the parameter changing instruction, the default recipe parameter corresponding to the voice instruction. searching for a pre-stored default recipe parameter corresponding to the voice instruction; in response to a default recipe parameter corresponding to the voice instruction being found, controlling operation of the microwave oven according to the default recipe parameter; characterised by in response to receiving a parameter changing instruction input by the user, controlling the operation of the microwave oven according to a parameter corresponding to the parameter changing instruction, and updating, according to the parameter changing instruction, the default recipe parameter corresponding to the voice instruction.
A method of initiating a telecommunication session for a communication device (20a, 20c, 26, 24), comprising: receiving, at the communication device (20a, 20c, 26, 24), user input indicating a call command for the communication device (20a, 20c, 26, 24) to instigate a telecommunication session, the telecommunication session comprising a voice call; determining whether an IP-based non-carrier network (12a-c) is accessible to the communication device (20a, 20c, 26, 24), and, if the communication device (20a, 20c, 26, 24) is within the non-carrier network (12a-c), initiating the call over the non-carrier network (12a-c); if the non-carrier network (12a-c) is or becomes unavailable to the communication device (20a, 20c, 26, 24), submitting to one or more telecommunication carriers (16, 18) a proposal for the telecommunication session; receiving from at least one of the one or more of telecommunication carriers (16, 18) a bid to carry the telecommunications session; automatically selecting one of the telecommunication carriers (16, 18) from the carriers (16, 18) submitting a bid; and initiating the telecommunication session through, or transfer the telecommunication session to, the selected telecommunication carrier (16, 18). receiving, at the communication device (20a, 20c, 26, 24), user input indicating a call command for the communication device (20a, 20c, 26, 24) to instigate a telecommunication session, the telecommunication session comprising a voice call; determining whether an IP-based non-carrier network (12a-c) is accessible to the communication device (20a, 20c, 26, 24), and, if the communication device (20a, 20c, 26, 24) is within the non-carrier network (12a-c), initiating the call over the non-carrier network (12a-c); if the non-carrier network (12a-c) is or becomes unavailable to the communication device (20a, 20c, 26, 24), submitting to one or more telecommunication carriers (16, 18) a proposal for the telecommunication session; receiving from at least one of the one or more of telecommunication carriers (16, 18) a bid to carry the telecommunications session; automatically selecting one of the telecommunication carriers (16, 18) from the carriers (16, 18) submitting a bid; and initiating the telecommunication session through, or transfer the telecommunication session to, the selected telecommunication carrier (16, 18).
A secondary battery comprising: an electrode assembly in which a positive electrode, a negative electrode, and a separator are wound or stacked; an insulator on at least one of an upper portion and a lower portion of the electrode assembly; and a battery case configured to accommodate the electrode assembly, the insulator, and an electrolyte and sealed by a cap assembly, wherein the insulator comprises: a peripheral portion having a disk ring shape and made of a rigid material including a phenolic resin; a central portion extending inward from an inner circumferential surface of the peripheral portion and including a textile fabric having high-temperature resistance including a glass fabric; and wherein the peripheral portion has an inner diameter that corresponds to 50% to 95% of an outer diameter thereof. an electrode assembly in which a positive electrode, a negative electrode, and a separator are wound or stacked; an insulator on at least one of an upper portion and a lower portion of the electrode assembly; and a battery case configured to accommodate the electrode assembly, the insulator, and an electrolyte and sealed by a cap assembly, wherein the insulator comprises: a peripheral portion having a disk ring shape and made of a rigid material including a phenolic resin; a central portion extending inward from an inner circumferential surface of the peripheral portion and including a textile fabric having high-temperature resistance including a glass fabric; and wherein the peripheral portion has an inner diameter that corresponds to 50% to 95% of an outer diameter thereof. a peripheral portion having a disk ring shape and made of a rigid material including a phenolic resin; a central portion extending inward from an inner circumferential surface of the peripheral portion and including a textile fabric having high-temperature resistance including a glass fabric; and wherein the peripheral portion has an inner diameter that corresponds to 50% to 95% of an outer diameter thereof.
A control method of a laundry machine having a drum and a balancer (310; 330) mounted on the drum and then rotated together with the drum for performing a balancing step at least three times in a spinning cycle, the control method comprising: a step configured to balance the drum at least one time before and while a rotation speed of the drum passes a transient region; a step configured to determine an irregular vibration region of the laundry machine; and a balancing step implemented at least one time before a rotation speed of a drum enters the irregular vibration region, while the rotation speed is passing the irregular vibration region and after the rotation speed passes the irregular vibration region, wherein the balancing step is a step for carrying out balancing by rotating the drum at a respective predetermined balancing speed for a predetermined time based on the determined irregular vibration region, wherein the transient region is a RPM period where a natural vibration mode occurs, and wherein the irregular vibration region is a region where vibration becomes steady after passing through the transient region and again becomes great. a step configured to balance the drum at least one time before and while a rotation speed of the drum passes a transient region; a step configured to determine an irregular vibration region of the laundry machine; and a balancing step implemented at least one time before a rotation speed of a drum enters the irregular vibration region, while the rotation speed is passing the irregular vibration region and after the rotation speed passes the irregular vibration region, wherein the balancing step is a step for carrying out balancing by rotating the drum at a respective predetermined balancing speed for a predetermined time based on the determined irregular vibration region, wherein the transient region is a RPM period where a natural vibration mode occurs, and wherein the irregular vibration region is a region where vibration becomes steady after passing through the transient region and again becomes great.
A method of wireless communication, characterised by: maintaining a list of voice configurations that would trigger user equipment, UE, discontinuous transmission, DTX; receiving a current voice configuration for the UE from a network; determining whether the current voice configuration of the UE received from the network falls within the list of voice configurations that would trigger UE DTX; and enabling uplink UE DTX at the UE when the current voice configuration of a UE falls within the list of voice configurations. maintaining a list of voice configurations that would trigger user equipment, UE, discontinuous transmission, DTX; receiving a current voice configuration for the UE from a network; determining whether the current voice configuration of the UE received from the network falls within the list of voice configurations that would trigger UE DTX; and enabling uplink UE DTX at the UE when the current voice configuration of a UE falls within the list of voice configurations.
A method for the purification from a source mixture of at least one heat shock protein complex formed by a heat shock protein complexed to a peptide fragment, the method comprising the steps of: (i) providing the source mixture comprising the at least one target heat shock protein complex, (ii) determining the isolelectric point (pI) of the at least one target heat shock protein complex which is to be purified from the source mixture; (iii) preparing a clarified cell lysate from the source mixture comprising the at least one target heat shock protein complex; (iv) subjecting the cell lysate to purification using an ion exchange solid phase, wherein the cell lysate is buffered using a buffer to a pH within 2 units of the pI of the at least one target heat shock protein complex, and wherein a salt gradient is used to elute the at least one target heat shock protein complex from the ion exchange solid phase. (v) identifying an eluted fraction containing the at least one target heat shock protein complex based upon the pI. (i) providing the source mixture comprising the at least one target heat shock protein complex, (ii) determining the isolelectric point (pI) of the at least one target heat shock protein complex which is to be purified from the source mixture; (iii) preparing a clarified cell lysate from the source mixture comprising the at least one target heat shock protein complex; (iv) subjecting the cell lysate to purification using an ion exchange solid phase, wherein the cell lysate is buffered using a buffer to a pH within 2 units of the pI of the at least one target heat shock protein complex, and wherein a salt gradient is used to elute the at least one target heat shock protein complex from the ion exchange solid phase. (v) identifying an eluted fraction containing the at least one target heat shock protein complex based upon the pI.
A resist pattern thickening material, comprising: a resin selected from at least one of polyvinyl acetal and polyvinyl alcohol; water; and a compound represented by the following general formula: [X⁆ m -R-⁅Y] n General Formula, selected from phenylalanine, phenylglycine, and phenyllactic acid. a resin selected from at least one of polyvinyl acetal and polyvinyl alcohol; water; and a compound represented by the following general formula: [X⁆ m -R-⁅Y] n General Formula,
A tool for conditioning a plastic blade of a plastering tool, the tool comprising a first guide means, where the first guide means is arranged to receive an edge portion of the plastering tool blade for guiding movement of the plastering tool blade relative to a conditioning blade, wherein the conditioning blade is curved, so that a curved profile is applied to the edge of the plastering tool blade.
An addition curable self-adhesive silicone rubber composition comprising 100 parts by weight of an organopolysiloxane containing at least two silicon-bonded alkenyl groups in a molecule, 0.2 to 30 parts by weight of an organohydrogenpolysiloxane containing at least three silicon-bonded hydrogen atoms in a molecule, having the general formula: wherein R 1 is each independently an unsubstituted or halo or cyano-substituted monovalent hydrocarbon group of 1 to 5 carbon atoms, R 2 is R 1 or hydrogen, X is -CH 2 CH(CH 3)-, A is -C 6 H 5, n is a positive number of 3 to 150, m is a positive number of 1 to 30, p is a number of 0 to 100, and n+m+p is from 10 to 200, 0 to 30 parts by weight of an aromatic ring-free organohydrogenpolysiloxane containing at least two silicon-bonded hydrogen atoms in a molecule, 5 to 100 parts by weight of a reinforcing silica fine powder having a specific surface area of at least 50 m 2 /g as measured by the BET method, 0.5 to 25 parts by weight of an organosilicon compound represented by the following formula: or and a catalytic amount of an addition reaction catalyst, wherein a molar ratio of total SiH functional groups in components and to alkenyl groups in component is in a range of 0.8 to 5.0. 100 parts by weight of an organopolysiloxane containing at least two silicon-bonded alkenyl groups in a molecule, 0.2 to 30 parts by weight of an organohydrogenpolysiloxane containing at least three silicon-bonded hydrogen atoms in a molecule, having the general formula: wherein R 1 is each independently an unsubstituted or halo or cyano-substituted monovalent hydrocarbon group of 1 to 5 carbon atoms, R 2 is R 1 or hydrogen, X is -CH 2 CH(CH 3)-, A is -C 6 H 5, n is a positive number of 3 to 150, m is a positive number of 1 to 30, p is a number of 0 to 100, and n+m+p is from 10 to 200, 0 to 30 parts by weight of an aromatic ring-free organohydrogenpolysiloxane containing at least two silicon-bonded hydrogen atoms in a molecule, 5 to 100 parts by weight of a reinforcing silica fine powder having a specific surface area of at least 50 m 2 /g as measured by the BET method, 0.5 to 25 parts by weight of an organosilicon compound represented by the following formula: or and a catalytic amount of an addition reaction catalyst, wherein
A system for selectively triggering a device in response to an electrocardiogram signal comprising: a microprocessor comprising a microprocessor digital input and a microprocessor control output; a differentiator having an electrocardiogram signal input for receiving an electrocardiogram signal and a differentiator output in communication with a differentiated electrocardiogram signal input to a rectifier having a rectified signal output; a peak detector comprising a peak detector input in communication with the rectified signal output and comprising a peak detector output; and a trigger circuit having a peak detection control input, a microprocessor control input and a trigger output, the peak detection control input in communication with the peak detector output and the microprocessor control input in communication with the microprocessor control output, wherein the trigger circuit generates an output signal on the trigger output in response to a peak detection control input signal from the peak detector output and a microprocessor control input signal from the microprocessor control output, and wherein the microprocessor control input signal inhibits the trigger output signal if a P-wave or a T-wave is detected, and permits the trigger output signal in response to validating two successive peaks as a QRS complex if the first of the two successive peaks of the differentiated and rectified electrocardiogram signal is greater than sixty percent of the second of the two successive peaks, and wherein such permitting of the trigger output signal is in response to a validation of at least two such QRS complexes. a microprocessor comprising a microprocessor digital input and a microprocessor control output; a differentiator having an electrocardiogram signal input for receiving an electrocardiogram signal and a differentiator output in communication with a differentiated electrocardiogram signal input to a rectifier having a rectified signal output; a peak detector comprising a peak detector input in communication with the rectified signal output and comprising a peak detector output; and a trigger circuit having a peak detection control input, a microprocessor control input and a trigger output, the peak detection control input in communication with the peak detector output and the microprocessor control input in communication with the microprocessor control output, wherein the trigger circuit generates an output signal on the trigger output in response to a peak detection control input signal from the peak detector output and a microprocessor control input signal from the microprocessor control output, and wherein the microprocessor control input signal inhibits the trigger output signal if a P-wave or a T-wave is detected, and permits the trigger output signal in response to validating two successive peaks as a QRS complex if the first of the two successive peaks of the differentiated and rectified electrocardiogram signal is greater than sixty percent of the second of the two successive peaks, and wherein such permitting of the trigger output signal is in response to a validation of at least two such QRS complexes.
A radiation detection apparatus comprising: a scintillator; a photosensor; a seal overlying the scintillator and the photosensor and having a thickness; and an electrical conductor extending through the seal, characterized in that the length of the electrical conductor as it passes through the seal is greater than the thickness of the seal. a scintillator; a photosensor; a seal overlying the scintillator and the photosensor and having a thickness; and an electrical conductor extending through the seal, characterized in that the length of the electrical conductor as it passes through the seal is greater than the thickness of the seal.
A method of producing titanium, comprising: providing an oxide of titanium in the form of an ore or ore concentrate having a level of impurities of at least 1.0 wt%, including at least 0.1 wt% calcium oxide and/or at least 0.1 wt% iron oxide; reacting the oxide of titanium to form a titanium oxycarbide; and electrolysing the titanium oxycarbide in an electrolyte, with the titanium oxycarbide configured as an anode; and recovering a refined titanium metal from a cathode in the electrolyte, the refined titanium metal having a level of impurities of less than 0.5 wt%. providing an oxide of titanium in the form of an ore or ore concentrate having a level of impurities of at least 1.0 wt%, including at least 0.1 wt% calcium oxide and/or at least 0.1 wt% iron oxide; reacting the oxide of titanium to form a titanium oxycarbide; and electrolysing the titanium oxycarbide in an electrolyte, with the titanium oxycarbide configured as an anode; and recovering a refined titanium metal from a cathode in the electrolyte, the refined titanium metal having a level of impurities of less than 0.5 wt%.
A separator for use with a gas or a liquid comprising:- at least one housing comprising at least one inlet and at least one outlet, at least one spiral mechanism configured to cause the gas or the liquid to spiral within said housing, characterized in that: at least one separator element (3, 4) disposed adjacent to said at least one spiral mechanism is configured to further separate particles from the gas or the liquid wherein said separator is configured to separate at a rate of up to 20 I/h for fluid flow rate from 2000 Nl/h for gas flow rate. at least one separator element (3, 4) disposed adjacent to said at least one spiral mechanism is configured to further separate particles from the gas or the liquid wherein said separator is configured to separate at a rate of up to 20 I/h for fluid flow rate from 2000 Nl/h for gas flow rate.
A coated powdered lead oxide, in particular in the form of red lead and/or of battery oxide, characterised in that 4-basic lead sulphate of an average particle size of less than about 3 μm adheres to the surface of the coated powdered lead oxide and the water content of the coated powdered lead oxide is below 3.5 wt.%, in particular below 3.0 wt.%.