mhurhangee/ep-ind-claims huggingface dataset:
A method for a first playback device, the method comprising: detecting, at a control interface of the first playback device, a touch and hold input of a push button of the control interface, the touch and hold input indicating a command for the first playback device to form a zone with at least one other playback device currently playing back media, wherein playback devices of a zone play back media in synchrony, and wherein the push button is additionally configured to receive a push and release input to start, resume or pause playback of media by the first playback device; based on the detected touch and hold input, determining, by the first playback device, a particular zone among a plurality of zones detectable by the first playback device, the particular zone comprising at least a second playback device, the particular zone being determined based on at least one of: a most recent interaction time of the at least one second playback device and/or the particular zone; and an order in which the first playback device was last included in one or more zones; and causing the first playback device to join the particular zone and to play back the media currently being played back by the particular zone in synchrony with the at least one second playback device. detecting, at a control interface of the first playback device, a touch and hold input of a push button of the control interface, the touch and hold input indicating a command for the first playback device to form a zone with at least one other playback device currently playing back media, wherein playback devices of a zone play back media in synchrony, and wherein the push button is additionally configured to receive a push and release input to start, resume or pause playback of media by the first playback device; based on the detected touch and hold input, determining, by the first playback device, a particular zone among a plurality of zones detectable by the first playback device, the particular zone comprising at least a second playback device, the particular zone being determined based on at least one of: a most recent interaction time of the at least one second playback device and/or the particular zone; and an order in which the first playback device was last included in one or more zones; and a most recent interaction time of the at least one second playback device and/or the particular zone; and an order in which the first playback device was last included in one or more zones; and causing the first playback device to join the particular zone and to play back the media currently being played back by the particular zone in synchrony with the at least one second playback device.
A method comprising: receiving at least one first data block in at least one of a first plurality of short-type subframes; transmitting a first acknowledgement corresponding to the at least one first data block received in the first plurality of short-type subframes using a first long-type subframe, wherein a duration of the first plurality of short-type subframes is equal to a duration of the long-type subframe; receiving a downlink control channel containing downlink control information in at least one of the first plurality of short-type subframes, wherein the downlink control information schedules the at least one first data block in the at least one of the first plurality of short-type subframes; and wherein multiple uplink control resources in the first long-type subframe are derived from the downlink control channel in the at least one of the first plurality of short-type subframes. receiving at least one first data block in at least one of a first plurality of short-type subframes; transmitting a first acknowledgement corresponding to the at least one first data block received in the first plurality of short-type subframes using a first long-type subframe, wherein a duration of the first plurality of short-type subframes is equal to a duration of the long-type subframe; receiving a downlink control channel containing downlink control information in at least one of the first plurality of short-type subframes, wherein the downlink control information schedules the at least one first data block in the at least one of the first plurality of short-type subframes; and wherein multiple uplink control resources in the first long-type subframe are derived from the downlink control channel in the at least one of the first plurality of short-type subframes.
A working machine comprising: a traveling device having a traveling frame; a turn base plate supported on the traveling frame and configured to turn around an axis extending in a vertical direction, the turn base plate having an opening portion through which the axis extends; and a swivel joint including: an outer sleeve fixed to the turn base plate; and an inner shaft inserted to the opening portion and inserted to the outer sleeve so as to rotate about the axis, the inner shaft being configured not to rotate with respect to the traveling frame, wherein the outer sleeve has a sleeve body, an upper member fixed to an upper portion of the sleeve body by bolts, and a lower member fixed to a lower portion of the sleeve body by bolts, characterised in that the lower member has a flange portion fixed to the turn base plate on a periphery of the opening portion and covering the opening portion, and an insertion portion formed integrally with the flange portion and inserted into the opening portion. a traveling device having a traveling frame; a turn base plate supported on the traveling frame and configured to turn around an axis extending in a vertical direction, the turn base plate having an opening portion through which the axis extends; and a swivel joint including: an outer sleeve fixed to the turn base plate; and an inner shaft inserted to the opening portion and inserted to the outer sleeve so as to rotate about the axis, the inner shaft being configured not to rotate with respect to the traveling frame, an outer sleeve fixed to the turn base plate; and an inner shaft inserted to the opening portion and inserted to the outer sleeve so as to rotate about the axis, the inner shaft being configured not to rotate with respect to the traveling frame, wherein the outer sleeve has a sleeve body, an upper member fixed to an upper portion of the sleeve body by bolts, and a lower member fixed to a lower portion of the sleeve body by bolts, characterised in that the lower member has a flange portion fixed to the turn base plate on a periphery of the opening portion and covering the opening portion, and an insertion portion formed integrally with the flange portion and inserted into the opening portion.
Unit designed to optimize the power consumption of an electrical circuit component in an operating and evaluation circuit of a two-wire field device, where a regulation/control unit is provided that switches the electrical circuit component in an active and inactive phase in a clocked manner, wherein a power supply unit is provided to supply power to the circuit component and wherein at least one energy-storage component is provided at least at one output, at least at one input and/or one supply input of the electrical circuit component, characterized in that at least one switch unit is provided in a signal path between the switchable electrical circuit component and the energy-storage component, and in that the regulation/control unit controls the switch unit in a manner that is synchronized with the clock cycle of the electrical circuit component in such a way that as a result of the partition of the signal path by the switch unit, the charge of the energy-storage component is at least partially retained during the inactive phase of the circuit component and that no parasitic discharge currents can occur via the circuit component such that there is minimal discharge current from the energy-storage component flowing back into the circuit component.
A polymer which has a repeating unit including a structure represented by Formula and in addition thereto, as a repeating unit, a group consisting of a 5-membered or 6-membered monocyclic ring, a group consisting of a condensed ring in which at least two of the monocyclic rings are condensed, an ethenylene group or an ethynylene group, or a group obtained by combining these groups, in Formula, A 11 and A 12 represent -O-, -N(R N)-, or -P(R N)-, B 11 to B 18 represent -N= or -C(R M)=, at least one of which is -N=, at least one of R N or R M represents a single bond or a linking group, and the other represents a hydrogen atom or a substituent, X 11 to X 14 represent an oxygen atom or a sulfur atom, and the polymer includes no repeating unit having an aliphatic 7-membered ring structure.
A curable composition comprising: (a) at least one ethylene polymer, (b) less than 2 parts by weight of at least one monoperoxycarbonate for 100 parts by weight of constituent (a), (c) from 0.4 to less than 4 parts by weight of at least one t-alkyl hydroperoxide for 100 parts by weight of constituent (b). (a) at least one ethylene polymer, (b) less than 2 parts by weight of at least one monoperoxycarbonate for 100 parts by weight of constituent (a), (c) from 0.4 to less than 4 parts by weight of at least one t-alkyl hydroperoxide for 100 parts by weight of constituent (b).
Method for electrospinning of material by ejecting spinning material from a nozzle outlet of an electrospinning apparatus, the nozzle outlet having an outer diameter (E N), the method comprising - determining a shape of a conus of fluid spinning material exiting the nozzle outlet from an image captured during operational use of the electrospinning apparatus, wherein determining a shape of the conus comprises a calibration of the captured image using predetermined dimensions of a reference part of the electrospinning apparatus and edge detection in the captured image, - determining from the shape of the conus a spin wire diameter determination area in the captured image, - determining an actual spin wire diameter (d) at the spin wire diameter determination area, and - controlling operating parameters of the electrospinning apparatus based on a difference between the actual spin wire diameter (d) and a desired spin wire diameter. - determining a shape of a conus of fluid spinning material exiting the nozzle outlet from an image captured during operational use of the electrospinning apparatus, wherein determining a shape of the conus comprises a calibration of the captured image using predetermined dimensions of a reference part of the electrospinning apparatus and edge detection in the captured image, - determining from the shape of the conus a spin wire diameter determination area in the captured image, - determining an actual spin wire diameter (d) at the spin wire diameter determination area, and - controlling operating parameters of the electrospinning apparatus based on a difference between the actual spin wire diameter (d) and a desired spin wire diameter.
A light emitting element comprising: a light emitting portion mounted on a printed circuit board, PCB, and configured to emit light; a light shield portion spaced from the PCB and having an opening that is formed at a location corresponding to the light emitting portion and passes light emitted from the light emitting portion; a sealing portion positioned between the light shield portion and the PCB and configured to prevent light emitted from the light emitting portion from leaking between the light shield portion and the PCB; and a transmission portion contacting one surface of the light shield portion and configured to transmit light, the one surface facing a direction away from the light emitting portion, wherein the opening has an inclined surface that is an outer circumferential surface located at one end of the opening away from the light emitting portion and widened in the direction away from the light emitting portion, characterised in that light is reflected from a flat surface of the opening, then reflected from the inclined surface, and proceeds toward the transmission portion, whereby spread of light that passed through the opening is prevented. a light emitting portion mounted on a printed circuit board, PCB, and configured to emit light; a light shield portion spaced from the PCB and having an opening that is formed at a location corresponding to the light emitting portion and passes light emitted from the light emitting portion; a sealing portion positioned between the light shield portion and the PCB and configured to prevent light emitted from the light emitting portion from leaking between the light shield portion and the PCB; and a transmission portion contacting one surface of the light shield portion and configured to transmit light, the one surface facing a direction away from the light emitting portion, wherein the opening has an inclined surface that is an outer circumferential surface located at one end of the opening away from the light emitting portion and widened in the direction away from the light emitting portion, characterised in that light is reflected from a flat surface of the opening, then reflected from the inclined surface, and proceeds toward the transmission portion, whereby spread of light that passed through the opening is prevented.
A shielding device, capable of closing a path through which air circulates in a refrigerator owing to a force draft fan having a fan shell, the shielding device comprising: - a support base suitable to be mounted to closely contact with the fan shell of the force draft fan; - a forced draft fan cover having a threaded hole formed with a threaded slot; - a drive shaft formed with a thread being screwed with the threaded slot and extended to pass through the threaded hole; wherein the support base is used for supporting the force draft fan cover and the drive shaft, wherein an air duct that allows the air flow from the inside of the forced draft fan cover to the outside is provided between the drive shaft and the forced draft fan cover, characterized in that, a side surface of the thread of the drive shaft is in a tilted shape, and on a radial outward direction, the tilted shape is at a greater distance to the side surfaces of the threaded slot of the forced draft fan cover than on a radial inward direction; and the air duct is formed between the side surface of the thread of the drive shaft and the side surfaces of the threaded slot of the forced draft fan cover, such that moisture in the air duct may be discharged to the outside. - a support base suitable to be mounted to closely contact with the fan shell of the force draft fan; - a forced draft fan cover having a threaded hole formed with a threaded slot; - a drive shaft formed with a thread being screwed with the threaded slot and extended to pass through the threaded hole;
An apparatus for a movable rack comprising: an umbilical connection to deliver a fluid, an electrical current, a network connection, or any combinations thereof, to the movable rack; and a translating frame to move the umbilical connection to correspond with a movement of the movable rack; and characterized in that the apparatus comprises a translating frame connector to: connect the translating frame to the movable rack; bear a force generated by moving the movable rack; and move in response to the force generated by moving the movable rack. an umbilical connection to deliver a fluid, an electrical current, a network connection, or any combinations thereof, to the movable rack; and a translating frame to move the umbilical connection to correspond with a movement of the movable rack; and connect the translating frame to the movable rack; bear a force generated by moving the movable rack; and move in response to the force generated by moving the movable rack.
A method for identifying a mutant ligand of a parent ligand having a higher or lower binding ability with a G-protein coupled receptor, hereinafter referred to as GPCR, than the pair of the parent ligand and the GPCR, said method comprising the steps of: a) providing a well microtiter plate having the wells disposed in a first number of rows and second number of columns; b) providing a GPCR, such as rhodopsin, in each of said wells; c) providing a number of mutants of the parent ligand having a single mutated amino acid position, wherein the parent ligand being one that binds to the GPCR when the GPCR is residing in a particular conformation, and wherein said parent ligand is an arrestin; d) bringing the single mutated mutants of the parent ligand in the wells into contact with the GPCR under conditions where the parent ligand would couple to the GPCR; and e) determining for each single mutated mutant whether the mutant ligand has a weaker or stronger binding ability as compared to the standard binding ability of the parent ligand and the GPCR by determining the amount of coupled mutant-GPCR complex in said wells; f) in an iterative approach, selecting those of the single mutated ligands having a higher or weaker binding ability which are then subject for the second assay wherein an additional second amino acid position is mutated; and g) accordingly those double mutated ligands showing superior or minor binding ability are then the subject for a third assay wherein an additional third amino acid position is mutated, and optionally so on, until a desired level of binding ability is achieved. a) providing a well microtiter plate having the wells disposed in a first number of rows and second number of columns; b) providing a GPCR, such as rhodopsin, in each of said wells; c) providing a number of mutants of the parent ligand having a single mutated amino acid position, wherein the parent ligand being one that binds to the GPCR when the GPCR is residing in a particular conformation, and wherein said parent ligand is an arrestin; d) bringing the single mutated mutants of the parent ligand in the wells into contact with the GPCR under conditions where the parent ligand would couple to the GPCR; and e) determining for each single mutated mutant whether the mutant ligand has a weaker or stronger binding ability as compared to the standard binding ability of the parent ligand and the GPCR by determining the amount of coupled mutant-GPCR complex in said wells; f) in an iterative approach, selecting those of the single mutated ligands having a higher or weaker binding ability which are then subject for the second assay wherein an additional second amino acid position is mutated; and g) accordingly those double mutated ligands showing superior or minor binding ability are then the subject for a third assay wherein an additional third amino acid position is mutated, and optionally so on, until a desired level of binding ability is achieved.
A composition comprising ultrafine bubbles having a mode particle size of no more than 500nm; a drug; and water, wherein the ultrafine bubbles are present at a density of at least 1 x 10 6 per millilitre, wherein the surfaces of the ultrafine bubbles contained in the composition are electrically charged to provide zeta potentials that are at least 5 mV in absolute value, and wherein the drug is an evaporative substance selected from fragrances and essential oils.
A camera for the three-dimensional measurement of a dental object, having at least one light source that emits an illuminating beam, at least one projection means that generates a projection pattern (30, 40), focusing optics that display the projection pattern (30, 40) in a plane of sharp focus at a defined focal distance relative to the dental camera, wherein the projection pattern (30, 40) projected onto the object is reflected by the object as an observation beam and is acquired by means of a sensor, a controller for the focusing optics which is configured to control the focusing optics during the measurement of the object so that the focal distance of the plane of sharp focus relative to the camera is changed incrementally between several defined scan positions (12, 13, 14, 54), wherein the sensor is configured to produce a first image and at least one second image for each scan position (12, 13, 14, 54), means for moving the sensor to and fro in an oscillating manner, laterally with respect to the beam path of the observation beam, wherein the sensor is configured to take the first image in a first sensor position of the sensor and the second image in a second sensor position of the sensor.
A process for preparing a biodegradable polyester from an aromatic dicarboxylic acid, an aliphatic dicarboxylic acid and a diol where in a first reaction step the aromatic acid is esterified with the diol, and in a second reaction step the aliphatic acid is added to the reaction mixture, wherein in the second reaction step the aliphatic acid is added together with further diol to the reaction mixture.
A process for producing water-absorbing polymeric particles by a suspension polymerization in a hydrophobic solvent, comprising i) metering a monomer solution by means of at least one feed line into a stirred reactor, ii) removing the hydrophobic solvent from the resulting water-absorbing polymeric particles, and iii) recycling the removed hydrophobic solvent into the process, wherein the hydrophobic solvent is at least partly replaced by fresh hydrophobic solvent, the fresh hydrophobic solvent is at least partly a hydrocarbon mixture and the hydrocarbon mixture comprises at least 1% by weight of branched saturated aliphatic hydrocarbons. i) metering a monomer solution by means of at least one feed line into a stirred reactor, ii) removing the hydrophobic solvent from the resulting water-absorbing polymeric particles, and iii) recycling the removed hydrophobic solvent into the process,
Polarizing device for a satellite telecommunications antenna, characterized in that it includes at least one frequency-selective layer able to convert a linear polarization, comprising two components (Ex, Ey), into a left-handed circular polarization in an emission first frequency band (Tx) and into a right-handed circular polarization in a reception second frequency band (Rx) or vice versa, and in that: - the phase shift between the two components (Ex, Ey) of the linear polarization is comprised between -85 and -95 degrees, and is preferably -90 degrees, in one of the frequency bands (Rx, Tx); and - the phase shift between the two components (Ex, Ey) of the linear polarization is comprised between +85 and +95 degrees, and is preferably +90 degrees, in the other of the frequency bands (Rx, Tx), - the at least one selective layer comprising snaking horizontal wires associated with double rectangular split-ring resonators. - the phase shift between the two components (Ex, Ey) of the linear polarization is comprised between -85 and -95 degrees, and is preferably -90 degrees, in one of the frequency bands (Rx, Tx); and - the phase shift between the two components (Ex, Ey) of the linear polarization is comprised between +85 and +95 degrees, and is preferably +90 degrees, in the other of the frequency bands (Rx, Tx), - the at least one selective layer comprising snaking horizontal wires associated with double rectangular split-ring resonators.