mhurhangee/ep-ind-claims huggingface dataset:
A head for an oral care implement, the head having an outer rim and an inner portion, the head comprising at least one tuft of filaments of a first type and at least one tuft of filaments of a second type (16, 66), the at least one tuft of the first type being arranged at the inner portion of the head, and comprising a plurality of filaments, each filament having a longitudinal axis and a substantially circular cross-sectional area extending in a plane substantially perpendicular to the longitudinal axis, and the at least one tuft of the second type (16, 66) being arranged at the outer rim of the head, and comprising a plurality of filaments (20, 68), each filament (20, 68) having a longitudinal axis and a substantially cross-shaped cross-sectional area extending in a plane substantially perpendicular to the longitudinal axis, the cross-shaped cross-sectional area having four projections and four channels, the projections and channels being arranged in an alternating manner, characterized in that the at least one tuft of filaments of the second type (16, 66) has a packing factor within a range from 40% to 49%.
An autonomous transport vehicle for a storage and retrieval system, the autonomous transport vehicle comprising: a payload bed, a driven member movably connected to the payload bed for movement along a first axis; and a transfer arm disposed in the payload bed and configured to extend along the first axis to transfer a pickface to and from the payload bed, characterized in that, the transfer arm including fingers that are independently movable relative to each other along a second axis, substantially perpendicular to the first axis, where movement of the fingers along the second axis selectively couples the transfer arm to the driven member for picking and placing the pickface. a payload bed, a driven member movably connected to the payload bed for movement along a first axis; and a transfer arm disposed in the payload bed and configured to extend along the first axis to transfer a pickface to and from the payload bed, characterized in that, the transfer arm including fingers that are independently movable relative to each other along a second axis, substantially perpendicular to the first axis, where movement of the fingers along the second axis selectively couples the transfer arm to the driven member for picking and placing the pickface.
A crankcase for an internal combustion engine comprising at least one coated cylinder bore which has a chamfer on a separating surface to a cylinder head, characterised in that a countersink is arranged coaxially on the chamfer, facing the cylinder head.
A system configured to determine a master scale factor band table of a highband signal of an audio signal, which is to be generated from a lowband signal of the audio signal, using a high frequency reconstruction scheme; wherein the master scale factor band table is indicative of a frequency resolution of a spectral envelope of the highband signal; wherein the system is configured to - receive a set of parameters transmitted from an audio encoder along with an audio bitstream being indicative of the lowband signal of the audio signal, the set of parameters including a selection parameter and one or more index parameters; - store a plurality of pre-determined scale factor band tables (200, 210) in a memory of the system independently from the audio encoder; wherein at least one of the scale factor bands of the pre-determined scale factor band tables (200, 210) comprises a plurality of frequency bands; and - determine the master scale factor band table by selecting a particular one of the pre-determined scale factor band tables (200, 210) based on the selection parameter of the received set of parameters and selecting some or all of the scale factor bands of the selected pre-determined scale factor band table (200, 210) using the one or more index parameters of the received set of parameters, the one or more index parameters representing indexes into the selected pre-determined scale factor band table (200, 210). - receive a set of parameters transmitted from an audio encoder along with an audio bitstream being indicative of the lowband signal of the audio signal, the set of parameters including a selection parameter and one or more index parameters; - store a plurality of pre-determined scale factor band tables (200, 210) in a memory of the system independently from the audio encoder; wherein at least one of the scale factor bands of the pre-determined scale factor band tables (200, 210) comprises a plurality of frequency bands; and - determine the master scale factor band table by selecting a particular one of the pre-determined scale factor band tables (200, 210) based on the selection parameter of the received set of parameters and selecting some or all of the scale factor bands of the selected pre-determined scale factor band table (200, 210) using the one or more index parameters of the received set of parameters, the one or more index parameters representing indexes into the selected pre-determined scale factor band table (200, 210).
A wireless power receiver, comprising: means for receiving a wireless power signal from a wireless power transmitter, the receiving means comprising a resonant circuit having an impedance; means for rectifying the wireless power signal to a direct current input signal; means for converting the direct current input signal to a direct current output signal, the means for converting having an input converter impedance; and characterised by means for modifying an alternating current impedance of the wireless power receiver, the means for modifying comprising means for determining, based at least in part on the direct current input signal, the input converter impedance, means for comparing the input converter impedance to a desired impedance and means for adjusting, based at least in part on the comparison, the input converter impedance. means for receiving a wireless power signal from a wireless power transmitter, the receiving means comprising a resonant circuit having an impedance; means for rectifying the wireless power signal to a direct current input signal; means for converting the direct current input signal to a direct current output signal, the means for converting having an input converter impedance; and characterised by means for modifying an alternating current impedance of the wireless power receiver, the means for modifying comprising means for determining, based at least in part on the direct current input signal, the input converter impedance, means for comparing the input converter impedance to a desired impedance and means for adjusting, based at least in part on the comparison, the input converter impedance.
A regulating method for a contactless transformer, applied to a regulating system including a contactless transformer and a detecting device, wherein the contactless transformer comprises a transmitting end having a transmitting coil, a power transmitting end circuit and a transmitting end controller, and a receiving end having a receiving coil, a power receiving end circuit and a receiving end controller, and characterized in that the method comprises: the detecting device detecting power transmission parameter information between the transmitting coil and the receiving coil of the contactless transformer (S101, S201), wherein the power transmission parameter information comprises air gap and misalignment information between the transmitting coil and the receiving coil; and the transmitting end controller regulating operating parameters of the power transmitting end circuit based on the power transmission parameter information; and/or, the receiving end controller regulating operating parameters of the power receiving end circuit based on the power transmission parameter information (S104, S105, S204, S205). the detecting device detecting power transmission parameter information between the transmitting coil and the receiving coil of the contactless transformer (S101, S201), wherein the power transmission parameter information comprises air gap and misalignment information between the transmitting coil and the receiving coil; and the transmitting end controller regulating operating parameters of the power transmitting end circuit based on the power transmission parameter information; and/or, the receiving end controller regulating operating parameters of the power receiving end circuit based on the power transmission parameter information (S104, S105, S204, S205).
A method of calibrating or characterising a first photon-number-resolving optical detector arrangement, the method comprising: simultaneously generating a plurality of entangled photon pairs, such that one photon from each pair traverses a first path and the other photon from each pair traverses a second path; using said photon-number-resolving detector arrangement to calculate the number of photons received along the first path; using a second photon-number-resolving detector arrangement to calculate the number of simultaneously generated photons received along the second path; and using the calculated numbers of simultaneously generated photons having arrived along the first and second paths to calculate an estimate of the detection efficiency of the first photon-number-resolving detector arrangement or to calculate an estimate of the transmission efficiency of a channel of the first photon-number-resolving detector arrangement. simultaneously generating a plurality of entangled photon pairs, such that one photon from each pair traverses a first path and the other photon from each pair traverses a second path; using said photon-number-resolving detector arrangement to calculate the number of photons received along the first path; using a second photon-number-resolving detector arrangement to calculate the number of simultaneously generated photons received along the second path; and using the calculated numbers of simultaneously generated photons having arrived along the first and second paths to calculate an estimate of the detection efficiency of the first photon-number-resolving detector arrangement or to calculate an estimate of the transmission efficiency of a channel of the first photon-number-resolving detector arrangement.
A sanitary fitting comprising a fitting body and comprising a mixing cartridge which is arranged in the fitting body and connected at the bottom to a cold water supply line and a hot water supply line and which has a mixed water outlet connected to a fitting spout, wherein an operating element for adjusting quantity and temperature of the mixed water to be prepared in the mixing cartridge is arranged on the fitting body, which operating element is coupled to an adjusting lever which is arranged at the mixing cartridge and by means of which the flow rate can be adjusted by pivoting about a horizontally arranged pivot axis, and by turning about a center axis, the mixing ratio of the inflowing cold and hot water can be adjusted, wherein a linear displacement of the operating element can be converted into a pivoting of the adjusting lever and a turning movement of the operating element can be converted into the turning of the adjusting lever, characterized in that the operating element is designed as a pulling-turning-mechanism that comprises an actuation knob which is arranged on the upper end of the fitting body and is guided to be linearly movable on the fitting body and turnable about its center axis, wherein for converting the movements of the actuation knob a slotted sliding sleeve is arranged between the adjusting lever of the mixing cartridge and the actuation knob, which slotted sliding sleeve is fixedly connected to the actuation knob and by means of which the linear displacement of the slotted sliding sleeve can be converted into the pivoting of the adjusting lever and the turning movement of the slotted sliding sleeve can be converted into the turning of the adjusting lever.
An apparatus installed on an aircraft, comprising: a sleeve or duct having a trailing lip area; a plurality of petals arranged side by side with gaps between adjacent petals, one end of each petal being attached or pivotably coupled to said lip area; and a plurality of elastomeric seals configured and disposed to close said gaps between adjacent petals; wherein each petal comprises respective inner and outer face sheets (56a, 56b, 50a, 50b) that confront each other with space therebetween; characterized in that at least one of said plurality of elastomeric seals comprises a first portion that projects into a first space between opposing edges of the outer face sheets (56a, 56b) of adjacent first and second petals, a second portion that projects into a second space between opposing edges of the inner face sheets (50a, 50b) of said first and second petals, a third portion that projects into a third space between confronting portions of the inner and outer face sheets (50a, 56a) of said first petal, and a fourth portion that projects into a fourth space between confronting portions of the inner and outer face sheets (50b, 56b) of said second petal. a sleeve or duct having a trailing lip area; a plurality of petals arranged side by side with gaps between adjacent petals, one end of each petal being attached or pivotably coupled to said lip area; and a plurality of elastomeric seals configured and disposed to close said gaps between adjacent petals; wherein each petal comprises respective inner and outer face sheets (56a, 56b, 50a, 50b) that confront each other with space therebetween; characterized in that at least one of said plurality of elastomeric seals comprises a first portion that projects into a first space between opposing edges of the outer face sheets (56a, 56b) of adjacent first and second petals, a second portion that projects into a second space between opposing edges of the inner face sheets (50a, 50b) of said first and second petals, a third portion that projects into a third space between confronting portions of the inner and outer face sheets (50a, 56a) of said first petal, and a fourth portion that projects into a fourth space between confronting portions of the inner and outer face sheets (50b, 56b) of said second petal.
A die for forming a radius filler for a composite aircraft wing stringer, the die comprising a plurality of mold channels arranged across a surface of the die, each mold channel shaped to form a radius filler segment for a radius filler, wherein the mold channels are angularly offset around a polygonal circumference of the die.
System for engaging two components with each other, characterized in that one of the components comprises hook-like means which are suitable for being engaged in an opening of the other component and for co-operating with means which form an engagement lock and which can be moved between a retracted assembly/disassembly position for the two components and an active position for engaging the two components under the control of operating means, and in that the means which form the lock comprise a locking latch which can be moved in a sliding manner in a slide of the plate counter to the urging of resilient means under the action of a second handling rod which is articulated to the corresponding component and to the first rod, when the means which form the lock are moved between the retracted position and the active position thereof, in order to move past the hook-like means and to become engaged thereunder in a position for engaging the two components with each other.
A solar module, comprising: an encapsulating layer including a first surface and a second surface opposite to the first surface; and a plurality of solar cells embedded in the encapsulating layer, a patterned layer is formed on the first surface of the encapsulating layer and includes at least one patterned unit having a plurality of color spots separated from one another, characterized in that a first translucent sheet is combined to the first surface of the encapsulating layer and the patterned layer, the first translucent sheet includes a light-facing surface and a backlit surface opposing the light-facing surface, and the first translucent sheet is joined with the encapsulating layer and the patterned layer through the backlit surface, the backlit surface is formed with a rough face and is joined with the encapsulating layer and the patterned layer through the rough face, and each of the color spots is between 0.03 mm and 0.10 mm in width. an encapsulating layer including a first surface and a second surface opposite to the first surface; and a plurality of solar cells embedded in the encapsulating layer, a patterned layer is formed on the first surface of the encapsulating layer and includes at least one patterned unit having a plurality of color spots separated from one another, characterized in that a first translucent sheet is combined to the first surface of the encapsulating layer and the patterned layer, the first translucent sheet includes a light-facing surface and a backlit surface opposing the light-facing surface, and the first translucent sheet is joined with the encapsulating layer and the patterned layer through the backlit surface, the backlit surface is formed with a rough face and is joined with the encapsulating layer and the patterned layer through the rough face, and each of the color spots is between 0.03 mm and 0.10 mm in width.
Electrolyzer comprising a cell rack and a cell stack, wherein the cell stack comprises a plurality of electrolysis cells stacked in an axial direction, wherein the cell rack comprises a compression device for compressing the electrolysis cells of the cell stack in the axial direction in order to maintain electrical connection of the cells in series, and wherein the cell stack is mounted in the cell rack with the axial direction extending horizontally, wherein the electrolysis cells each comprise a cell casing and a sheet-like separator, wherein an anode chamber and a cathode chamber separated by the sheet-like separator are defined by the cell casing and wherein the anode chamber and the cathode chamber comprise an anode and a cathode, respectively, characterized in that the cell casing comprises at least two sheets of metal foil (8, 9) each having a circumferential rim region (10, 11), wherein the sheets of metal foil (8, 9) are affixed to each other in the rim regions (10, 11) by an electrically isolating adhesive bond between the sheets of metal foil (8, 9), and wherein the sheet-like separator is mounted in the cell by being included in the adhesive bond between the rim regions (10, 11).
Automated group transmission of a motor vehicle, having a main transmission, which is of countershaft type of construction and which has a main shaft (W H) and at least one countershaft (W VG1, W VG2), and having a front-mounted group which is connected upstream of the main transmission in terms of drive and which is in particular in the form of a splitter group, wherein an input shaft (W GE) of the group transmission can be coupled to an internal combustion engine of a drive assembly of the motor vehicle and an output shaft (W GA) of the group transmission can be coupled to a final drive of the motor vehicle, wherein an electric machine of the drive assembly, which is in the form of a hybrid drive, can be coupled to the front-mounted group by way of a planetary gear set, wherein the electric machine can be coupled to a first element of the planetary gear set, wherein a second element of the planetary gear set is coupled to an input shaft of the front-mounted group and thus to the input shaft (W GE) of the group transmission, characterized in that a third element of the planetary gear set is coupled to an output shaft of the front-mounted group and thus to an input shaft of the main transmission.
A chromatography column comprising a tubular wall structure having a first end, a second end, an inner wall surface facing an interior of the tubular wall structure, and an outer wall surface, said tubular wall structure comprising an outer fiber-reinforced layer and an inner metal layer, wherein the column contains a rigid support separation media comprising a plurality of organic or inorganic particles within a column space surrounded by the tubular wall structure.
Use of a xylylenediisocyanate composition comprising xylylenediisocyanate and a compound represented by Chemical Formula below for the preparation of a resin, wherein 0.6 ppm or more and 60 ppm or less of the compound represented by Chemical Formula below is contained:
A holder (1 and 120) for storing a blister package between times of use, comprising: a manually-releasable device for retaining the blister package in a predetermined position in the holder; an array of sensing elements located in the holder at positions corresponding to those of blisters of the blister package when held at the predetermined position in the pocket; an electrical circuit (figure 5) monitoring the sensing elements and responding to the absence of light falling on them to indicate the presence of an unopened blister in the blister package; a memory in the circuit for holding data significant of a prescribed medication plan; a comparator in the circuit connected to the sensing elements and the memory to respond to the detection of the unopened blister by producing a non-compliance signal to an indicator capable of being interrogated when required; a timer providing information of the time at which an unopened blister is detected; and a store in the circuit for providing from the outputs of the timer and the indicator a non-compliance signal significant of the time an unopened blister is detected and its position on the blister package, characterised by parallel transparent guide strips respectively extending between the positions of parallel lines of blisters when a blister package is placed in a compliance-checking position in the holder, and a controllable light source for illuminating the interiors of the transparent blisters with supplementary light transmitted through the strips when the ambient light is inadequate to ensure the accuracy of the compliance check being carried out. a manually-releasable device for retaining the blister package in a predetermined position in the holder; an array of sensing elements located in the holder at positions corresponding to those of blisters of the blister package when held at the predetermined position in the pocket; an electrical circuit (figure 5) monitoring the sensing elements and responding to the absence of light falling on them to indicate the presence of an unopened blister in the blister package; a memory in the circuit for holding data significant of a prescribed medication plan; a comparator in the circuit connected to the sensing elements and the memory to respond to the detection of the unopened blister by producing a non-compliance signal to an indicator capable of being interrogated when required; a timer providing information of the time at which an unopened blister is detected; and a store in the circuit for providing from the outputs of the timer and the indicator a non-compliance signal significant of the time an unopened blister is detected and its position on the blister package, characterised by parallel transparent guide strips respectively extending between the positions of parallel lines of blisters when a blister package is placed in a compliance-checking position in the holder, and a controllable light source for illuminating the interiors of the transparent blisters with supplementary light transmitted through the strips when the ambient light is inadequate to ensure the accuracy of the compliance check being carried out.