mhurhangee/ep-ind-claims huggingface dataset:
A seat comprising: a cushion frame including a pair of side frames disposed separately from each other in the lateral direction, the pair of side frames extending in a front-rear direction; a first support member supported by the cushion frame, the first support member being configured to support a seated occupant; second support members disposed at left and right sides of the first support member, the second support members being configured to be deformable; and a restraining portion by which each of the second support members is restrained in such a manner that an outer side thereof in a lateral direction is less likely to sink down than a center side thereof in the lateral direction, wherein the restraining portion includes a pair of support plates each including a first portion and a second portion, the second portion being disposed at a laterally inner side of the first portion, the first portion of each of the pair of support plates being connected to a corresponding side frame, and the second portion of each of the pair of support plates being disposed to support a corresponding second support member, wherein each of the pair of support plates includes an extension portion extending from a laterally inner end of the first portion in an obliquely downward direction toward the second portion. a cushion frame including a pair of side frames disposed separately from each other in the lateral direction, the pair of side frames extending in a front-rear direction; a first support member supported by the cushion frame, the first support member being configured to support a seated occupant; second support members disposed at left and right sides of the first support member, the second support members being configured to be deformable; and a restraining portion by which each of the second support members is restrained in such a manner that an outer side thereof in a lateral direction is less likely to sink down than a center side thereof in the lateral direction, wherein the restraining portion includes a pair of support plates each including a first portion and a second portion, the second portion being disposed at a laterally inner side of the first portion, the first portion of each of the pair of support plates being connected to a corresponding side frame, and the second portion of each of the pair of support plates being disposed to support a corresponding second support member, wherein each of the pair of support plates includes an extension portion extending from a laterally inner end of the first portion in an obliquely downward direction toward the second portion.
A switch valve with cool water discharging function, comprising a valve body, a valve spool and a thermosensitive module disposed in the valve body, the valve body is disposed with an inlet passage and a first outlet passage and a second outlet passage respectively connected to the inlet passage, wherein the valve body is further disposed with a cool water discharging passage connected to the inlet passage, a discharging hole connecting the first outlet passage and the cool water discharging passage, the thermosensitive module is used to open and close the discharging hole; when discharging cool water, water flows to the cool water discharging passage through the inlet passage, water flows through the discharging hole to mix with the residual cool water in the first outlet passage to exhaust out from the outlet of the first outlet passage; when the water temperature rises to the preset value, the thermosensitive module closes the discharging hole to finish the cool water discharging, characterized in that the valve body further comprises an air suction hole connecting the second outlet passage and the cool water discharging passage, so when discharging cool water, the valve spool closes the first outlet passage and the second outlet passage, water flows to the cool water discharging passage through the inlet passage, suction force generates by the water flowing to absorb the residual cool water in the second outlet passage to the cool water discharging passage through the air suction hole.
A method of mitigating a phase anomaly in an analogue-to-digital converter ADC output signal, the method comprising: receiving a plurality of codewords output by the ADC; obtaining, for each one of the plurality of codewords, information about an estimated level of interference between an output of the ADC and an input of the ADC due to the codeword based on the logic values of bits in the codeword; obtaining in-phase I and quadrature Q corrections of the estimated level of interference based on the obtained information; and applying the I and Q corrections to I and Q values obtained from the ADC output signal. receiving a plurality of codewords output by the ADC; obtaining, for each one of the plurality of codewords, information about an estimated level of interference between an output of the ADC and an input of the ADC due to the codeword based on the logic values of bits in the codeword; obtaining in-phase I and quadrature Q corrections of the estimated level of interference based on the obtained information; and applying the I and Q corrections to I and Q values obtained from the ADC output signal.
Device (10, 10a, 10b) for detection of an asthma attack or asthma of a subject, said device comprising: - a light sensor input for obtaining light sensor data of the scene, said light sensor data comprising images in the visible and/or infrared light spectrum, - a thermal sensor input for obtaining thermal sensor data of a scene including a subject while breathing, said thermal sensor data comprising thermal images in the longwave infrared spectrum, and - an analysis unit for deriving respiratory effort information by evaluating in the obtained light sensor data motion of a body part of the subject caused by respiration, and for deriving air temperature change information indicating air temperature changes during respiration of the subject from the obtained thermal sensor data and for predicting or detecting an asthma attack or asthma based on analysis of the respiratory effort information and the air temperature change information, said analysis evaluating deviations from predetermined or healthy correlations between respiratory efforts and air temperature changes. - a light sensor input for obtaining light sensor data of the scene, said light sensor data comprising images in the visible and/or infrared light spectrum, - a thermal sensor input for obtaining thermal sensor data of a scene including a subject while breathing, said thermal sensor data comprising thermal images in the longwave infrared spectrum, and - an analysis unit for deriving respiratory effort information by evaluating in the obtained light sensor data motion of a body part of the subject caused by respiration, and for deriving air temperature change information indicating air temperature changes during respiration of the subject from the obtained thermal sensor data and for predicting or detecting an asthma attack or asthma based on analysis of the respiratory effort information and the air temperature change information, said analysis evaluating deviations from predetermined or healthy correlations between respiratory efforts and air temperature changes.
An impact tool which actuates a tool reciprocally in a longitudinal direction of the tool to perform a hammering operation to a workpiece, comprising: a brushless DC motor which includes a rotational shaft, the brushless DC motor is adapted to actuate the tool by means of a rotation of the rotational shaft; a battery for actuating the brushless DC motor; a current providing device which is adapted to provide current from the battery to the brushless DC motor; a controller which is adapted to control the current providing device; and a cooling fan which is driven by the rotation of the rotational shaft, characterized in that the brushless DC motor, the controller and the current providing device are arranged adjacently to each other, and are cooled by a cooling air generated by the cooling fan. a brushless DC motor which includes a rotational shaft, the brushless DC motor is adapted to actuate the tool by means of a rotation of the rotational shaft; a battery for actuating the brushless DC motor; a current providing device which is adapted to provide current from the battery to the brushless DC motor; a controller which is adapted to control the current providing device; and a cooling fan which is driven by the rotation of the rotational shaft,
A method for conveying a workpiece having a major surface (16, 14) with exposed adhesive, the method comprising: (a) providing a workpiece having a first major surface having exposed pressure sensitive adhesive thereon; (b) providing at least one transport roll (34, 818, 820) having an engagement cover having an engagement surface comprising looped filaments that have a surface energy of less than about 3 x 10 -6 N/mm 2 (30 dynes/centimeter 2); (c) configuring the workpiece into passing configuration to the transport roll (34, 818, 820); and (d) passing the workpiece through engaging contact with the engagement surface such that at least a portion of the pressure sensitive adhesive of the first major surface of the workpiece directly contacts the engagement surface wherein the pressure sensitive adhesive is tacky when in contact with the engagement surface. (a) providing a workpiece having a first major surface having exposed pressure sensitive adhesive thereon; (b) providing at least one transport roll (34, 818, 820) having an engagement cover having an engagement surface comprising looped filaments that have a surface energy of less than about 3 x 10 -6 N/mm 2 (30 dynes/centimeter 2); (c) configuring the workpiece into passing configuration to the transport roll (34, 818, 820); and (d) passing the workpiece through engaging contact with the engagement surface such that at least a portion of the pressure sensitive adhesive of the first major surface of the workpiece directly contacts the engagement surface wherein the pressure sensitive adhesive is tacky when in contact with the engagement surface.
An in vitro method for determining the presence or absence of complement fixing antibodies in a biological sample which has been obtained from a subject that bind specifically to human leukocyte antigens (HLAs) of interest, comprising: (a) incubating a biological sample from a subject with a collection of microparticles of different subtypes and complement factor C1q, wherein each microparticle is coated with a different purified HLA subtype, wherein the different purified HLA subtype is derived from a cell population presenting the HLA subtype, and wherein the incubating is for a sufficient time to allow anti-HLA complement fixing antibodies in the biological sample to bind to the HLAs and to allow complement factor C1q to bind the anti-HLA complement fixing antibodies in the biological sample; (b) without washing, incubating the microparticles with a detectably labelled antibody capable of specifically binding with the complement factor C1q bound to the anti-HLA complement fixing antibodies bound to the HLAs; and (c) detecting the presence or absence of the detectably labelled antibody bound to the complement factor C1q to determine the presence or absence of complement fixing antibodies. (a) incubating a biological sample from a subject with a collection of microparticles of different subtypes and complement factor C1q, wherein each microparticle is coated with a different purified HLA subtype, wherein the different purified HLA subtype is derived from a cell population presenting the HLA subtype, and wherein the incubating is for a sufficient time to allow anti-HLA complement fixing antibodies in the biological sample to bind to the HLAs and to allow complement factor C1q to bind the anti-HLA complement fixing antibodies in the biological sample; (b) without washing, incubating the microparticles with a detectably labelled antibody capable of specifically binding with the complement factor C1q bound to the anti-HLA complement fixing antibodies bound to the HLAs; and (c) detecting the presence or absence of the detectably labelled antibody bound to the complement factor C1q to determine the presence or absence of complement fixing antibodies.
Chimney stove, comprising a combustion chamber having a combustion chamber wall and a combustion space, and a distributor device for intake air which is supplied to the combustion space, wherein the distributor device comprises a distributor which is arranged on a floor of the combustion chamber wall, wherein the distributor has a plurality of openings which open to the combustion space and through which intake air is directly blowable into the combustion space, and wherein connected to the distributor in operative fluid communication therewith is a guide device for intake air which comprises at least one opening through which intake air is blowable into the combustion space at or in the vicinity of the combustion chamber wall, in spaced relation to the distributor, characterized in that the at least one opening of the guide device is configured such that, at the guide device, intake air is blown diffusely into the combustion space, wherein the at least one opening is of slit-shaped configuration, and in that the at least one opening of the guide device, in a height direction extending from the floor of the combustion chamber wall to an opposite roof of the combustion chamber wall, is arranged at a height which, relative to an underside that faces the floor, is in a range between 30 % and 80 % of an interior height, wherein the interior height is a distance in the height direction between the floor and the roof of the combustion chamber wall.
An implantable medical device, comprising: a multi-band loop antenna (132, 232, 332, 432, 532); implant electronics (121, 321, 421, 521); a near-field receiver circuit coupled to the loop antenna (132, 232, 332, 432, 532) and the implant electronics (121, 321, 421, 521) and configured to receive, via the loop antenna (132, 232, 332, 432, 532), near-field signals from one or more devices positioned external to a body of a recipient and to provide the near-field signals to the implant electronics (121, 321, 421, 521); and a far-field receiver circuit coupled to the loop antenna (132, 232, 332, 432, 532) and the implant electronics (121, 321, 421, 521) and configured to receive, via the loop antenna (132, 232, 332, 432, 532), far-field signals from at least one device positioned external to the body of the recipient and to provide the far-field signals to the implant electronics (121, 321, 421, 521), characterized in that the near-field receiver circuit comprises a transformer and the far-field receiver circuit comprises an isolation coupler. a multi-band loop antenna (132, 232, 332, 432, 532); implant electronics (121, 321, 421, 521); a near-field receiver circuit coupled to the loop antenna (132, 232, 332, 432, 532) and the implant electronics (121, 321, 421, 521) and configured to receive, via the loop antenna (132, 232, 332, 432, 532), near-field signals from one or more devices positioned external to a body of a recipient and to provide the near-field signals to the implant electronics (121, 321, 421, 521); and a far-field receiver circuit coupled to the loop antenna (132, 232, 332, 432, 532) and the implant electronics (121, 321, 421, 521) and configured to receive, via the loop antenna (132, 232, 332, 432, 532), far-field signals from at least one device positioned external to the body of the recipient and to provide the far-field signals to the implant electronics (121, 321, 421, 521), characterized in that the near-field receiver circuit comprises a transformer and the far-field receiver circuit comprises an isolation coupler.
A sideway-bendable fastening strap for a foam article, comprising: a substantially flat hollow helical body made from a single hook strap and having a first outer surface, a second outer surface, and a plurality of hooks integrally formed on each of the first and second outer surfaces; wherein the hook strap is formed by plastic injection process and has a substrate and a plurality of hooks integrally formed on one face of the substrate, and wherein the hollow helical body is formed by sequentially and continually folding the hook strap from one end of the hook strap toward the other end of the hook strap along a number folding lines which are parallel with each other and at an angle θ with respect to a longitudinal axis of the hook strap with the face having the hooks formed thereon facing outward such that the hook strap is plastically and permanently deformed at the folding lines to form a hollow helical body having a width (w). a substantially flat hollow helical body made from a single hook strap and having a first outer surface, a second outer surface, and a plurality of hooks integrally formed on each of the first and second outer surfaces; wherein the hook strap is formed by plastic injection process and has a substrate and a plurality of hooks integrally formed on one face of the substrate, and wherein the hollow helical body is formed by sequentially and continually folding the hook strap from one end of the hook strap toward the other end of the hook strap along a number folding lines which are parallel with each other and at an angle θ with respect to a longitudinal axis of the hook strap with the face having the hooks formed thereon facing outward such that the hook strap is plastically and permanently deformed at the folding lines to form a hollow helical body having a width (w).
Carrier core particles for electrophotographic developer containing lithium in the core composition and iron raw material making up the carrier core particles, wherein the iron raw material is metallic iron or an oxide thereof, wherein when the carrier core particles are immersed in pure water at a weight ratio of 1 part core particles to 10 parts pure water and shaken for five minutes, the amount of lithium that leaches out to the pure water is 0.10 ppm or lower, wherein the amount of leached lithium is measured by ICP analysis according to the description, and the amount of lithium contained in the carrier core particles for electrophotographic developer is 10 ppm to 400 ppm.
A particle sensor device, comprising: a substrate, a photodetector, a dielectric on or above the substrate, a source of electromagnetic radiation, and a through-substrate via in the substrate, wherein the through-substrate via is exposed to an environment, a waveguide is arranged in or above the dielectric, electromagnetic radiation from the source of electromagnetic radiation being coupled into a portion (7.1) of the waveguide, and a further portion (7.2) of the waveguide is arranged at the photodetector, characterized in that the waveguide is configured for adsorption of particles, and the waveguide traverses the through-substrate via at a location between the portion (7.1) and the further portion (7.2). a substrate, a photodetector, a dielectric on or above the substrate, a source of electromagnetic radiation, and a through-substrate via in the substrate, wherein the through-substrate via is exposed to an environment, a waveguide is arranged in or above the dielectric, electromagnetic radiation from the source of electromagnetic radiation being coupled into a portion (7.1) of the waveguide, and a further portion (7.2) of the waveguide is arranged at the photodetector, characterized in that the waveguide is configured for adsorption of particles, and the waveguide traverses the through-substrate via at a location between the portion (7.1) and the further portion (7.2).
An orthogonal low-pressure turbine with a rotor with blades with a blade-shaped profile, wherein the rotor is installed transversely to the flow chamber, wherein the flow chamber has at least one transverse projection, wherein the upper edge of the transverse projection at a distance abuts against the surface of the cylinder circumscribed by the blades, wherein the upper edge of the transverse projection with the cross-section lying perpendicular to the rotor axis is offset with regard to the transverse axis (C - C) of the flow chamber, namely by means of a rotation around an acute central angle (ψ 1,ψ 2) in the rotation direction of the rotor, characterized in that: - the side edge (8, 9) of the transverse projection facing the feed opening (4, 5) of the flow chamber is designed concave in the cross-section lying perpendicular to the axis of the rotor, and - at least one tangent to this side edge (8, 9) forms an acute angle (α, α 1, α 2) with a section of a straight line in the direction to the feed opening (4, 5) of the flow chamber, wherein this section connects the point of contact with the axis of the rotor. - the side edge (8, 9) of the transverse projection facing the feed opening (4, 5) of the flow chamber is designed concave in the cross-section lying perpendicular to the axis of the rotor, and - at least one tangent to this side edge (8, 9) forms an acute angle (α, α 1, α 2) with a section of a straight line in the direction to the feed opening (4, 5) of the flow chamber, wherein this section connects the point of contact with the axis of the rotor.