mhurhangee/ep-ind-claims huggingface dataset:
A method for selecting a transport format combination, TFC, in a wireless transmit/receive unit, WTRU,, the method comprising: estimating a transmit power for each of a plurality of transport format combinations, TFCs; selecting a TFC for a dedicated channel, DCH, and a TFC for an enhanced uplink, EU, channel; characterized by wherein the TFC for the DCH is selected prior to selection of the TFC for the EU channel and without consideration of a power requirement for the TFC for the EU channel, and wherein the TFC for the EU channel is selected within a remaining WTRU transmit power after power required for the selected TFC selection for the DCH is deducted from a maximum allowed WTRU transmit power; wherein the TFC for the DCH is selected in a each transmit time interval, TTI, of the DCH and the TFC for the EU channel is selected for each TTI of the EU channel; and transmitting the DCH as formatted based on the TFC selected for the DCH and transmitting the EU channel as formatted based on the TFC selected for the EU channel. estimating a transmit power for each of a plurality of transport format combinations, TFCs; selecting a TFC for a dedicated channel, DCH, and a TFC for an enhanced uplink, EU, channel; characterized by wherein the TFC for the DCH is selected prior to selection of the TFC for the EU channel and without consideration of a power requirement for the TFC for the EU channel, and wherein the TFC for the EU channel is selected within a remaining WTRU transmit power after power required for the selected TFC selection for the DCH is deducted from a maximum allowed WTRU transmit power; wherein the TFC for the DCH is selected in a each transmit time interval, TTI, of the DCH and the TFC for the EU channel is selected for each TTI of the EU channel; and transmitting the DCH as formatted based on the TFC selected for the DCH and transmitting the EU channel as formatted based on the TFC selected for the EU channel.
An internal gear pump comprising: an inner rotor; an outer rotor that rotates by having predetermined eccentricity to a rotation center of the inner rotor; an outer ring that includes a holding-inner peripheral part which holds the outer rotor in a freely rotatable state, and at least three cam protruded parts formed along a circumferential direction of an outer periphery surface of the outer ring; a pump housing that has a rotor chamber in which the outer ring is freely oscillatably arranged; protruded-wall surface parts that are formed on an inner periphery side surface of the rotor chamber, are formed in the same number as that of the cam protruded parts, and are always brought into contact with the cam protruded parts; and operation means for oscillating the outer ring, wherein positions of the protruded-wall surface parts are set so that a diameter center of the holding-inner peripheral part of the outer ring is moved by the operation means along a locus of a circle of which a radius is the eccentricity to the rotation center of the inner rotor, characterised in that the internal gear pump is configured such that in contacting and sliding between the protruded-wall surface parts and the cam protruded parts, the protruded-wall surface parts are brought into point contact with the cam protruded parts at the same portions. an inner rotor; an outer rotor that rotates by having predetermined eccentricity to a rotation center of the inner rotor; an outer ring that includes a holding-inner peripheral part which holds the outer rotor in a freely rotatable state, and at least three cam protruded parts formed along a circumferential direction of an outer periphery surface of the outer ring; a pump housing that has a rotor chamber in which the outer ring is freely oscillatably arranged; protruded-wall surface parts that are formed on an inner periphery side surface of the rotor chamber, are formed in the same number as that of the cam protruded parts, and are always brought into contact with the cam protruded parts; and operation means for oscillating the outer ring, wherein positions of the protruded-wall surface parts are set so that a diameter center of the holding-inner peripheral part of the outer ring is moved by the operation means along a locus of a circle of which a radius is the eccentricity to the rotation center of the inner rotor, characterised in that the internal gear pump is configured such that in contacting and sliding between the protruded-wall surface parts and the cam protruded parts, the protruded-wall surface parts are brought into point contact with the cam protruded parts at the same portions.
A battery assembly for an electronic cigarette characterized in comprising: a housing defining an opening, and a receiving space communicating with the opening; a fastening member mounted to the housing, the fastening member comprising: a connecting element, extending through the housing; an operating element, positioned outside of the housing and coupled to one end of the connecting element, and a locking element, positioned outside of the housing and coupled to the other end of the connecting element, the locking element comprising a locking pin extending through the housing; and a bracket configured for loading a battery, the bracket being configured to insert into the receiving space via the opening, the bracket defining a locking hole, the locking pin being inserted into the locking hole to fasten the bracket. a housing defining an opening, and a receiving space communicating with the opening; a fastening member mounted to the housing, the fastening member comprising: a connecting element, extending through the housing; an operating element, positioned outside of the housing and coupled to one end of the connecting element, and a locking element, positioned outside of the housing and coupled to the other end of the connecting element, the locking element comprising a locking pin extending through the housing; and a bracket configured for loading a battery, the bracket being configured to insert into the receiving space via the opening, the bracket defining a locking hole, the locking pin being inserted into the locking hole to fasten the bracket. a connecting element, extending through the housing; an operating element, positioned outside of the housing and coupled to one end of the connecting element, and a locking element, positioned outside of the housing and coupled to the other end of the connecting element, the locking element comprising a locking pin extending through the housing; and a bracket configured for loading a battery, the bracket being configured to insert into the receiving space via the opening, the bracket defining a locking hole, the locking pin being inserted into the locking hole to fasten the bracket.
An endpin holder for an endpin of a cello comprising: a receiving member that comprises a butting stage against which a tip portion of an endpin comprised by a cello is butted, wherein the butting stage is formed in a circular shape in a planar view; and a supporting member that supports the receiving member, wherein the receiving member is rotatably supported by the supporting member through a bearing, and the supporting member is formed in a flattened dome shape having a circumferential portion thereof protruding downward such that a space is formed under the receiving member, said space being open and in direct contact with a floor surface when the endpin holder is placed on said floor surface, characterized in that: the supporting member has plural through holes formed therein that cause the space and an outer face side of the supporting member to communicate with each other. a receiving member that comprises a butting stage against which a tip portion of an endpin comprised by a cello is butted, wherein the butting stage is formed in a circular shape in a planar view; and a supporting member that supports the receiving member, wherein the receiving member is rotatably supported by the supporting member through a bearing, and the supporting member is formed in a flattened dome shape having a circumferential portion thereof protruding downward such that a space is formed under the receiving member, said space being open and in direct contact with a floor surface when the endpin holder is placed on said floor surface, characterized in that: the supporting member has plural through holes formed therein that cause the space and an outer face side of the supporting member to communicate with each other.
A wireless power converter system comprising: an electromagnetic wave amplifying repeater including a first induction coil formed by winding a coil with a predetermined diameter in a desired size and form by a predetermined number of winds, a first magnetic substance, and a first variable condenser, the electromagnetic wave amplifying repeater serving to amplify and repeat the magnetic field of electromagnetic waves generated artificially or generated from various electromagnetic wave generating sources; a wireless power converter including a second induction coil and a second magnetic substance for generating an induced electromotive force using the magnetic field amplified by the amplifying repeater; a second variable condenser for performing resonance and impedance matching, the second variable condenser being connected to the second induction coil to improve power conversion efficiency; a rectifying diode for rectifying a voltage induced by the second induction coil and the second variable condenser; and a third condenser for smoothing the voltage to form a voltage having a desired DC component; wherein the wireless power converter system is constructed in such a manner that the first induction coil is wound round one side of a core wound by a transmission coil of an artificial electromagnetic wave generating source and the first induction coil is connected to a capacitor to construct the amplifying repeater, or that the first induction coil is wound round one side of a core wound by a receiving coil and the first induction coil is connected to a capacitor to construct the amplifying repeater, or that amplifying repeaters are respectively set at both sides of the core of the transmission coil and the core of the receiving coil. an electromagnetic wave amplifying repeater including a first induction coil formed by winding a coil with a predetermined diameter in a desired size and form by a predetermined number of winds, a first magnetic substance, and a first variable condenser, the electromagnetic wave amplifying repeater serving to amplify and repeat the magnetic field of electromagnetic waves generated artificially or generated from various electromagnetic wave generating sources; a wireless power converter including a second induction coil and a second magnetic substance for generating an induced electromotive force using the magnetic field amplified by the amplifying repeater; a second variable condenser for performing resonance and impedance matching, the second variable condenser being connected to the second induction coil to improve power conversion efficiency; a rectifying diode for rectifying a voltage induced by the second induction coil and the second variable condenser; and a third condenser for smoothing the voltage to form a voltage having a desired DC component;
A negative pressure wound therapy apparatus comprising: a wound dressing; at least one negative pressure unit; a conduit configured to channel fluid between at least the wound dressing and the negative pressure unit; a drive unit driven by a source of motive power, where the drive unit selectively drives the at least one negative pressure unit such that a portion of fluid within the wound dressing is caused to be drawn out of the wound dressing; and an accumulator, configured to receive and store, pressurized air, chargeable by compressor, the accumulator further configured to selectively supply an amount of the pressurized air within the accumulator to the drive unit to actuate the drive unit to operate the negative pressure unit. a wound dressing; at least one negative pressure unit; a conduit configured to channel fluid between at least the wound dressing and the negative pressure unit; a drive unit driven by a source of motive power, where the drive unit selectively drives the at least one negative pressure unit such that a portion of fluid within the wound dressing is caused to be drawn out of the wound dressing; and an accumulator, configured to receive and store, pressurized air, chargeable by compressor, the accumulator further configured to selectively supply an amount of the pressurized air within the accumulator to the drive unit to actuate the drive unit to operate the negative pressure unit.
A method of communication (240, 250, 260) in a hearing assistance system between a transmitter having a first clock and a receiver in a wireless hearing instrument having a second clock, the method comprising: synchronizing the first clock and the second clock at a synchronization time; determining a time interval, being one or more of predetermined sleep intervals, between the synchronization time and a transmission time of each of a plurality of transmissions from the transmitter; calculating for each transmission a drift window using a potential drift amount between the first clock and the second clock over each time interval, the drift amount being the product of the time interval and a numerical measure of the clock accuracy of the first or second clock or both; and transmitting from the transmitter the plurality of transmissions, each transmission having a duration of at least a respective wake window which is the period of length equal to the respective drift window, adjacent the expiry of the respective time interval, for which the receiver stays awake to be sure to receive the respective transmission; wherein each transmission comprises either: a packet whose preamble has a duration of at least the respective wake window, or plural repeated packets over at least the duration of the respective wake window. synchronizing the first clock and the second clock at a synchronization time; determining a time interval, being one or more of predetermined sleep intervals, between the synchronization time and a transmission time of each of a plurality of transmissions from the transmitter; calculating for each transmission a drift window using a potential drift amount between the first clock and the second clock over each time interval, the drift amount being the product of the time interval and a numerical measure of the clock accuracy of the first or second clock or both; and transmitting from the transmitter the plurality of transmissions, each transmission having a duration of at least a respective wake window which is the period of length equal to the respective drift window, adjacent the expiry of the respective time interval, for which the receiver stays awake to be sure to receive the respective transmission; wherein each transmission comprises either: a packet whose preamble has a duration of at least the respective wake window, or plural repeated packets over at least the duration of the respective wake window.
Injector apparatus for introducing an intraocular lens into an eye, which has an injector tip with a continuous guide channel for the intraocular lens, said guide channel having a rear inlet and a front outlet, wherein the injector apparatus has at least two closure tips (15, 16) which are configured to close a cassette holding the intraocular lens, and which extend axially further to the rear in the direction of the longitudinal axis of the injector apparatus than the rear inlet, wherein the injector apparatus has a cassette for holding the intraocular lens, and the cassette comprises a base part on which cover flaps (19, 20) that are pivotable about the longitudinal axis of the injector apparatus relative to the base part are arranged, characterized in that the closure tips (15, 16) and the cassettes are arranged such that, in the event of an axial relative displacement between the cassette and the closure tips (15, 16), the closure tips (15, 16) come into contact, by way of free rear length portions, with outer sides of open cover flaps (19, 20), and in the event of further axial displacement between the cassette and the closure tips (15, 16) relative to one another, the cover flaps (19, 20) are pivotable automatically about the longitudinal axis of the injector apparatus by the closure tips (15, 16) and closable, wherein the free rear length portions of the closure tips (15, 16) are formed in a tapered manner and each have a curved guide face, wherein the guide face has a rear portion in the form of a steep curve, wherein the rear portion in the form of a steep curve has a thin rear end which widens continuously to a central thickness and then narrows continuously from the central thickness again as far as a front end of this rear portion.
Guide bar drive of a warp-knitting machine having a motor assembly which has a rotatingly driven drive element which has an axis of rotation and interacts with a drive tappet, wherein an operative connection between the drive element and the drive tappet is arranged eccentrically to the axis of rotation and the operative connection has a pin which is arranged eccentrically on the drive element and engages in an eye of the drive tappet, characterized in that a barrel bearing is arranged between the pin and the eye.
An apparatus for detecting foreign substances in a textile material, in particular a strand-like material such as a yarn, or a flow of pieces of textile material, comprising a first light source for emitting visible light, a second light source for emitting radiation in the infrared spectrum, a first detector sensitive to visible light reflected from the textile material and configured to generate a corresponding first detector signal, and a second detector sensitive to radiation in the infrared spectrum reflected from the textile material and configured to generate a corresponding second detector signal, the light sources (2, 3) and detectors (4, 5) being arranged to illuminate and view the same section of the textile material, and a signal processing section configured to • determine a weighted difference of the two detector signals, that is, of a sample value Sv of a visible light detector and a sample value Si of an infrared light detector, by determining a deviation of the ratio Sv/Si of the two detector signals from a predetermined reference ratio Y, and to indicate the presence of a probable contaminant when the deviation exceeds a threshold value; characterised in that the signal processing section is configured to, if the deviation exceeds the threshold value, use of the following quantities for deciding whether a contaminant is present and should be eliminated: • a deviation Dv of the visible light value Sv from a predetermined reference value Yv; • a deviation Di of the infrared light value Si from a predetermined reference value Yi; • a ratio Dv/Di of the two preceding deviations; wherein the ratio Dv/Di is compared with a predetermined spectral behaviour of different materials for categorising the contaminants; wherein if the absolute value of the deviation Dv exceeds a predetermined second threshold value, then the presence of certain types of contaminants is confirmed; and if the absolute value of the deviation Di exceeds a predetermined third threshold value, then the presence of other types of contaminants is confirmed. • determine a weighted difference of the two detector signals, that is, of a sample value Sv of a visible light detector and a sample value Si of an infrared light detector, by determining a deviation of the ratio Sv/Si of the two detector signals from a predetermined reference ratio Y, and to indicate the presence of a probable contaminant when the deviation exceeds a threshold value; • a deviation Dv of the visible light value Sv from a predetermined reference value Yv; • a deviation Di of the infrared light value Si from a predetermined reference value Yi; • a ratio Dv/Di of the two preceding deviations;
A cutting insert, comprising: an upper surface, a lower surface, a side surface, and a cutting edge located at an intersection of the upper surface and the side surface, wherein the upper surface comprises a rake surface provided continuously with the cutting edge, the rake surface comprises a first rake surface which is located correspondingly to a middle part of the cutting edge, and is parallel to a horizontal plane including the intersection or is inclined downward as the first rake surface separates from the cutting edge, and a pair of second rake surfaces which are located on both sides of the first rake surface, and are inclined upward as the second rake surfaces separate from the cutting edge, the first rake surface comprises a pair of convex parts (241; 212a) located separately from each other along a direction parallel to the cutting edge, each of the pair of convex parts (241; 212a) comprises an inclined surface inclined upward as the inclined surface separates from the cutting edge, each of the pair of second rake surfaces comprises a concave part (221b; 221c), each width of the pair of second rake surfaces is decreased as the pair of second rake surfaces separate from the cutting edge in a planar view, characterized in that the convex parts (241; 212a) are disposed at positions corresponding to the concave parts (221b; 221c) in a direction along the front cutting edge in a planar view. an upper surface, a lower surface, a side surface, and a cutting edge located at an intersection of the upper surface and the side surface, wherein the upper surface comprises a rake surface provided continuously with the cutting edge, the rake surface comprises a first rake surface which is located correspondingly to a middle part of the cutting edge, and is parallel to a horizontal plane including the intersection or is inclined downward as the first rake surface separates from the cutting edge, and a pair of second rake surfaces which are located on both sides of the first rake surface, and are inclined upward as the second rake surfaces separate from the cutting edge, a first rake surface which is located correspondingly to a middle part of the cutting edge, and is parallel to a horizontal plane including the intersection or is inclined downward as the first rake surface separates from the cutting edge, and a pair of second rake surfaces which are located on both sides of the first rake surface, and are inclined upward as the second rake surfaces separate from the cutting edge, the first rake surface comprises a pair of convex parts (241; 212a) located separately from each other along a direction parallel to the cutting edge, each of the pair of convex parts (241; 212a) comprises an inclined surface inclined upward as the inclined surface separates from the cutting edge, each of the pair of second rake surfaces comprises a concave part (221b; 221c), each width of the pair of second rake surfaces is decreased as the pair of second rake surfaces separate from the cutting edge in a planar view, characterized in that
A process for producing a metalized surface, characterized in that the process comprises: applying patternedly a formulation comprising at least one metal powder (a) as a component, depositing a further metal on the textile surface, applying a further layer comprising carbon in the form of carbon black, carbon nanotubes or graphene. applying patternedly a formulation comprising at least one metal powder (a) as a component, depositing a further metal on the textile surface, applying a further layer comprising carbon in the form of carbon black, carbon nanotubes or graphene.