mhurhangee/ep-ind-claims huggingface dataset:
A relay station relaying wireless signals between a base station and a mobile station, the relay station comprising: a communication unit configured to relay the wireless signals; a determination unit configured to determine whether or not it is necessary to change a cell ID in order to avoid a collision between a cell ID of the relay station and a cell ID of the base station due to a movement of the relay station; wherein the determination unit determines whether or not it is necessary to change the cell ID by monitoring a correlation between synchronization sequences and one or more cell IDs in the wireless signals received from nearby base stations; and a control unit configured to cause a cell ID of an access point of the mobile station belonging to the relay station to be changed from a first cell ID to a second cell ID when the determination unit determines that it is necessary to change the cell ID. a communication unit configured to relay the wireless signals; a determination unit configured to determine whether or not it is necessary to change a cell ID in order to avoid a collision between a cell ID of the relay station and a cell ID of the base station due to a movement of the relay station; wherein the determination unit determines whether or not it is necessary to change the cell ID by monitoring a correlation between synchronization sequences and one or more cell IDs in the wireless signals received from nearby base stations; and a control unit configured to cause a cell ID of an access point of the mobile station belonging to the relay station to be changed from a first cell ID to a second cell ID when the determination unit determines that it is necessary to change the cell ID.
Method of producing an aerated frozen confectionery product, comprising the steps of: a)providing an ingredient mix with a pH comprised between 5.6 and 6.3, preferably between 5.8 and 6.3 comprising fat, in an amount of 0.5-5.5% by weight, milk solids non-fat, in an amount of 5-15%, a sweetening agent, preferably in an amount of 5-30%, a stabiliser system, preferably in an amount of 0 to 6%, and an acidic component; b)homogenising the mix, wherein the homogenisation is done only prior to pasteurisation; c)pasteurising the mix at a temperature comprised between 81.1 °C to 87.7 °C (178°F to 190°F) for 30 to 90 seconds; d)freezing while aerating the mix; e)optionally hardening the mix, and wherein the homogenising of the mix is done at a pressure of between 100 to 150 bars. a)providing an ingredient mix with a pH comprised between 5.6 and 6.3, preferably between 5.8 and 6.3 comprising fat, in an amount of 0.5-5.5% by weight, milk solids non-fat, in an amount of 5-15%, a sweetening agent, preferably in an amount of 5-30%, a stabiliser system, preferably in an amount of 0 to 6%, and an acidic component; b)homogenising the mix, wherein the homogenisation is done only prior to pasteurisation; c)pasteurising the mix at a temperature comprised between 81.1 °C to 87.7 °C (178°F to 190°F) for 30 to 90 seconds; d)freezing while aerating the mix; e)optionally hardening the mix, and
A method for selecting a cell clone/cell line, which comprises a nucleic acid comprising a structural gene encoding a polypeptide operably linked to a promoter nucleic acid that has the nucleic acid sequence of SEQ ID NO: 01 comprising the following steps: a) determining the level of histone 3 acetylation relative to the level of histone 3 (H3ac/H3) close to the promoter nucleic acid that has the nucleotide sequence of SEQ ID NO: 01 for a first multitude of cell clones/cell lines, and b) determining the methylation frequency of the CpG-site at position 425 of SEQ ID NO: 01 for a second multitude of cell clones/cell lines, and c) selecting a cell clone/cell line, which comprises a nucleic acid comprising a structural gene encoding a polypeptide operably linked to a promoter nucleic acid that has the nucleic acid sequence of SEQ ID NO: 01, that has a level of histone 3 acetylation relative to the level of histone 3 as determined in step a) of more than 0.5 and that has a methylation frequency of the CpG-site at position 425 as determined in step b) of less than 5 %. a) determining the level of histone 3 acetylation relative to the level of histone 3 (H3ac/H3) close to the promoter nucleic acid that has the nucleotide sequence of SEQ ID NO: 01 for a first multitude of cell clones/cell lines, and b) determining the methylation frequency of the CpG-site at position 425 of SEQ ID NO: 01 for a second multitude of cell clones/cell lines, and c) selecting a cell clone/cell line, which comprises a nucleic acid comprising a structural gene encoding a polypeptide operably linked to a promoter nucleic acid that has the nucleic acid sequence of SEQ ID NO: 01, that has a level of histone 3 acetylation relative to the level of histone 3 as determined in step a) of more than 0.5 and that has a methylation frequency of the CpG-site at position 425 as determined in step b) of less than 5 %.
A power tool comprising: a housing; a brushless DC (BLDC) motor arranged within the housing, the motor including a stator and a rotor rotatably disposed within the stator; a rectifier configured to receive an alternative current from an alternating current power supply and output a rectified signal supplied to a DC power bus; an inverter circuit having a plurality of motor switches connected electrically between the DC power bus and the motor and operable to deliver electric power from the DC power bus to the motor; and a control module configured to control a switching operation of the plurality of power switches to regulate supply power from the power supply to the motor, the control module being configured to halt or reduce the switching operation of the plurality of power switches between a first threshold prior to a zero-crossing of the AC power supply voltage waveform and a second threshold after the zero-crossing of the AC power supply voltage waveform; characterized in that the controller is configured to calculate or monitor at least one of a back-EMF voltage of the motor or the rotational speed of the motor and set the first and second thresholds as a function of the back-EMF voltage or the rotational speed of the motor. a housing; a brushless DC (BLDC) motor arranged within the housing, the motor including a stator and a rotor rotatably disposed within the stator; a rectifier configured to receive an alternative current from an alternating current power supply and output a rectified signal supplied to a DC power bus; an inverter circuit having a plurality of motor switches connected electrically between the DC power bus and the motor and operable to deliver electric power from the DC power bus to the motor; and a control module configured to control a switching operation of the plurality of power switches to regulate supply power from the power supply to the motor, the control module being configured to halt or reduce the switching operation of the plurality of power switches between a first threshold prior to a zero-crossing of the AC power supply voltage waveform and a second threshold after the zero-crossing of the AC power supply voltage waveform; characterized in that the controller is configured to calculate or monitor at least one of a back-EMF voltage of the motor or the rotational speed of the motor and set the first and second thresholds as a function of the back-EMF voltage or the rotational speed of the motor.
A mobile terminal comprising: an audio codec, wherein the audio codec has sound channel output pins; and a control chip, wherein the control chip and the audio codec are electrically connected to each other, and the control chip is configured to output a voltage compensating signal to the audio codec in processes of enabling and disabling the audio codec, so that a direct current bias voltage of the sound channel output pins is 0V in the processes of enabling and disabling the audio codec, wherein the control chip is further configured to: in a process of starting the mobile terminal, detect the direct current bias voltage of the sound channel output pins in the processes of enabling and/or disabling the audio codec; and determine a voltage value of the voltage compensating signal based on the detected direct current bias voltage, characterised in that the mobile terminal further comprises an electronic switch, wherein the electronic switch is electrically connected to the sound channel output pins and the control chip separately; the control chip is specifically configured to: control the sound channel output pins to be electrically connected to a ground terminal through the electronic switch, output the voltage compensating signal to the audio codec in a case in which the sound channel output pins are electrically connected to the ground terminal, and control the sound channel output pins to be disconnected with the ground terminal through the electronic switch after the voltage compensating signal is output to the audio codec. an audio codec, wherein the audio codec has sound channel output pins; and a control chip, wherein the control chip and the audio codec are electrically connected to each other, and the control chip is configured to output a voltage compensating signal to the audio codec in processes of enabling and disabling the audio codec, so that a direct current bias voltage of the sound channel output pins is 0V in the processes of enabling and disabling the audio codec, wherein the control chip is further configured to: in a process of starting the mobile terminal, detect the direct current bias voltage of the sound channel output pins in the processes of enabling and/or disabling the audio codec; and determine a voltage value of the voltage compensating signal based on the detected direct current bias voltage, characterised in that the mobile terminal further comprises an electronic switch, wherein the electronic switch is electrically connected to the sound channel output pins and the control chip separately; the control chip is specifically configured to: control the sound channel output pins to be electrically connected to a ground terminal through the electronic switch, output the voltage compensating signal to the audio codec in a case in which the sound channel output pins are electrically connected to the ground terminal, and control the sound channel output pins to be disconnected with the ground terminal through the electronic switch after the voltage compensating signal is output to the audio codec.
An method for selecting virtual content type for display, applied to a computer device, the method comprising: setting a correspondence between each one of different types of regular closed shapes and a respective one of different types of virtual content; obtaining image frames from image frames collected from a real scene in which a user moves a target object such that a movement of the target object forms a trajectory, wherein the trajectory is a regular closed shape corresponding to a type of virtual content of the different type of virtual content to be included in a virtual entry in a currently displayed image frame within the regular closed shape; playing the obtained image frames one by one according to a collection time sequence in which the obtained image frames are collected; determining an area corresponding to the movement of the target object in the real scene, wherein the trajectory formed by the movement of the target object in the obtained image frames meets a trigger condition, wherein the trigger condition is that the trajectory formed by the movement of the target object in the obtained image frames is the regular closed shape, and wherein the determined area is defined by the regular closed shape; rendering a virtual entry in a currently played image frame within the regular closed shape; and displaying virtual content in the virtual entry, wherein the virtual content displayed is of the type of virtual content that corresponds to the regular closed shape according to the trajectory. setting a correspondence between each one of different types of regular closed shapes and a respective one of different types of virtual content; obtaining image frames from image frames collected from a real scene in which a user moves a target object such that a movement of the target object forms a trajectory, wherein the trajectory is a regular closed shape corresponding to a type of virtual content of the different type of virtual content to be included in a virtual entry in a currently displayed image frame within the regular closed shape; playing the obtained image frames one by one according to a collection time sequence in which the obtained image frames are collected; determining an area corresponding to the movement of the target object in the real scene, wherein the trajectory formed by the movement of the target object in the obtained image frames meets a trigger condition, wherein the trigger condition is that the trajectory formed by the movement of the target object in the obtained image frames is the regular closed shape, and wherein the determined area is defined by the regular closed shape; rendering a virtual entry in a currently played image frame within the regular closed shape; and displaying virtual content in the virtual entry, wherein the virtual content displayed is of the type of virtual content that corresponds to the regular closed shape according to the trajectory.
An ion propulsion system comprising: an ion blocker; one or more tethers, wherein the one or more tethers are electrically insulated, wherein a first end of each of the one or more tethers is couplable to a spacecraft, and wherein a second end of each of the one or more tethers is coupled to the ion blocker; and an ion thruster configured to generate a first propulsive force by emitting a charged ion beam in a direction with an ion velocity vector comprising an ion vector component that is perpendicular to a magnetic field of a planet; wherein the magnetic field causes the ion beam to curve toward the ion blocker at a trajectory such that ions within the ion beam are blocked by the ion blocker to generate a second propulsive force on the ion blocker; and wherein the ion blocker is configured to block emitted ions traveling in the trajectory that is curved by the magnetic field of the planet, and wherein blocked ions deliver momentum to the ion blocker by deflecting, impacting, or striking. an ion blocker; one or more tethers, wherein the one or more tethers are electrically insulated, wherein a first end of each of the one or more tethers is couplable to a spacecraft, and wherein a second end of each of the one or more tethers is coupled to the ion blocker; and an ion thruster configured to generate a first propulsive force by emitting a charged ion beam in a direction with an ion velocity vector comprising an ion vector component that is perpendicular to a magnetic field of a planet; wherein the magnetic field causes the ion beam to curve toward the ion blocker at a trajectory such that ions within the ion beam are blocked by the ion blocker to generate a second propulsive force on the ion blocker; and wherein the ion blocker is configured to block emitted ions traveling in the trajectory that is curved by the magnetic field of the planet, and wherein blocked ions deliver momentum to the ion blocker by deflecting, impacting, or striking.
A metal oxide dispersion composition comprising a metal oxide, a dispersant, a thixotropic agent, a radical inhibitor and a millbase, wherein the dispersant is selected from a group consisting of a phosphoric acid polyester copolymer, a trimethoxysilane compound, a triethoxysilanes compound, dimethylamino ethyl methacrylate (DMAEMA) and a combination thereof, wherein the thixotropic agent is a silicone dioxide or a silicone dioxide dispersion, wherein the radical inhibitor is selected from the group consisting of monomethyl ether of hydroquinone (MEHQ), hydroquinone, 4-hydroxytempo (formally 4-hydroxy-2,2,6,6-tetramethylpiperidin-1-oxyl) [TEMPO], butylated hydroxytoluene, and wherein the dispersion has less than 4 % of water.
A nitride semiconductor element comprising: at least a conductive layer; a first terminal; a first conductive type nitride semiconductor layer; a light-emitting layer; a second conductive type nitride semiconductor layer; and a second terminal, from a supporting substrate successively, wherein the first conductive type nitride semiconductor layer, the light-emitting layer and the second conductive type nitride semiconductor layer are sandwiched between the first terminal and the second terminal such that the first and second terminals are formed in an opposed terminal structure, characterized in that an asperity portion is formed on the second conductive type nitride semiconductor layer at an outgoing side of the light, and said second terminal formed on the second conductive semiconductor layer is arranged in a mesh shape or a grid pattern shape. at least a conductive layer; a first terminal; a first conductive type nitride semiconductor layer; a light-emitting layer; a second conductive type nitride semiconductor layer; and a second terminal, from a supporting substrate successively, wherein the first conductive type nitride semiconductor layer, the light-emitting layer and the second conductive type nitride semiconductor layer are sandwiched between the first terminal and the second terminal such that the first and second terminals are formed in an opposed terminal structure, characterized in that an asperity portion is formed on the second conductive type nitride semiconductor layer at an outgoing side of the light, and said second terminal formed on the second conductive semiconductor layer is arranged in a mesh shape or a grid pattern shape.
Cleaning system being configured for cleaning, including fragmentation, debridement, material removal, irrigation, disinfection and decontamination, of cavities filled with a liquid, the cleaning system comprising an electromagnetic radiation system, wherein the electromagnetic radiation system comprises a radiation source for generating a radiation beam and an optical delivery system for the radiation beam, wherein the delivery system includes a treatment handpiece and an exit component, wherein the treatment handpiece and the exit component are configured to irradiate the liquid within the cavity with the radiation beam, wherein a wavelength of the radiation beam is chosen for absorption of the radiation beam in the liquid, wherein the electromagnetic radiation system is adapted to be operated in pulsed operation with at least one pulse set containing at least two individual pulses (p), wherein a first pulse (p a) of the pulses (p) is followed by a second pulse (p b) of the pulses (p) with a pulse repetition time (T p), wherein the first pulse (p a) is delivered at an onset time of the first pulse (t 0a) and the second pulse (p b) is delivered at an onset time of the second pulse (t 0b), wherein the electromagnetic radiation system is adapted to generate a first vapor bubble within the liquid by means of the corresponding first pulse (p a) at the onset time of the first pulse (t 0a) such, that 2. the size of the first vapor bubble oscillates in an expansion phase from a minimal volume to a maximal volume (V max) and in a subsequent contraction phase from a maximal volume (V max) to a minimal volume, wherein the electromagnetic radiation system is adapted to generate a second vapor bubble within the liquid by means of the corresponding second pulse (p b) at the onset time of the second pulse (t 0b) at a location different to the location where the first vapor bubble is present at the time of generating the second vapor bubble, wherein the electromagnetic radiation system further comprises a feedback system to determine a bubble oscillating size of at least one vapor bubble generated within the liquid when irradiated with the irradiation beam, and that adjusting means are provided for adjusting the pulse repetition time (T P) as a function of the determined bubble oscillation intensity, and wherein the feedback system and the adjusting means are connected to form a closed control loop for automatically adjusting the pulse repetition time (T p) such, that within at least one pair of first and second bubbles (18, 18') the onset time (t 0b) of the second pulse is within the first contraction phase of the first vapor bubble, when the first vapor bubble has contracted from its maximal Volume (V max) to a size in a range from about 0.7 to about 0.1 of the maximal Volume (V max).
A resin composition comprising: an ethylene-vinyl alcohol copolymer; a saturated carbonyl compound having 3 to 8 carbon atoms; a boron compound; at least one of acetic acid and an acetic acid salt; and a phosphorus compound, wherein the saturated carbonyl compound is a saturated aldehyde (B-1), a saturated ketone (B-2) or a combination thereof, a content of the saturated carbonyl compound is 0.1 ppm or greater and 30 ppm or less, a content of the boron compound is 100 ppm or greater and 5,000 ppm or less, a total content of the at least one of acetic acid and the acetic acid salt is 50 ppm or greater and 1,000 ppm or less, and a content of the phosphorus compound is 1 ppm or greater and 200 ppm or less. an ethylene-vinyl alcohol copolymer; a saturated carbonyl compound having 3 to 8 carbon atoms; a boron compound; at least one of acetic acid and an acetic acid salt; and a phosphorus compound, wherein the saturated carbonyl compound is a saturated aldehyde (B-1), a saturated ketone (B-2) or a combination thereof, a content of the saturated carbonyl compound is 0.1 ppm or greater and 30 ppm or less, a content of the boron compound is 100 ppm or greater and 5,000 ppm or less, a total content of the at least one of acetic acid and the acetic acid salt is 50 ppm or greater and 1,000 ppm or less, and a content of the phosphorus compound is 1 ppm or greater and 200 ppm or less.
A firing head, comprising: a housing; a firing pin with a protruding end surface comprising a degradable material; and a percussion initiator; wherein the housing includes a port that is selectively openable to an open configuration, and in the open configuration is configured to allow an ingress of well bore fluid into the housing and in communication with the protruding end surface of the firing pin; wherein the protruding end surface of the firing pin is configured to degrade by exposure to the well bore fluid over a predetermined period of time from an initial state to a degraded state, and in the degraded state the firing head is inoperable. a housing; a firing pin with a protruding end surface comprising a degradable material; and a percussion initiator; wherein the housing includes a port that is selectively openable to an open configuration, and in the open configuration is configured to allow an ingress of well bore fluid into the housing and in communication with the protruding end surface of the firing pin; wherein the protruding end surface of the firing pin is configured to degrade by exposure to the well bore fluid over a predetermined period of time from an initial state to a degraded state, and in the degraded state the firing head is inoperable.
Use of a compound having the following structure: or a pharmaceutically acceptable salt thereof, in the manufacture of a medicament for treating or ameliorating a δ or μ-opioid receptor mediated disorder selected from pain or a gastrointestinal disorder.