mhurhangee/ep-ind-claims huggingface dataset:
A mounting device, comprising: an engaging member (44, 204, 302, 414, 508) including a supported portion (62, 218, 416), an engaging projection (64, 222, 306), and an arm portion connected between the supported portion (62, 218, 416) and the engaging projection (64, 222, 306), wherein the supported portion (62, 218, 416) is pressed against a base (28, 206,400,502); and an elastic member (46, 208, 418) providing an elastic force acting on the engaging member (44, 204, 302, 414, 508) such that the engaging projection (64, 222, 306) of the engaging member (44, 204, 302, 414, 508) is kept at a predetermined position by the elastic force provided by the elastic member (46, 208,418), characterized in that, the mounting device further includes: an auxiliary base (42, 202, 402, 506) including a first pressed portion (70, 212, 408), wherein the supported portion (62, 218, 416) of the engaging member (44, 204, 302, 414, 508) is pressed against the first pressed portion (70, 212, 408) by the elastic force provided by the elastic member (46, 208, 418) acting on the engaging member (44, 204, 302, 414, 508), so that the supported portion (62, 218, 416) serves as a fulcrum of rotation of the engaging member (44, 204, 302, 414, 508). an engaging member (44, 204, 302, 414, 508) including a supported portion (62, 218, 416), an engaging projection (64, 222, 306), and an arm portion connected between the supported portion (62, 218, 416) and the engaging projection (64, 222, 306), wherein the supported portion (62, 218, 416) is pressed against a base (28, 206,400,502); and an elastic member (46, 208, 418) providing an elastic force acting on the engaging member (44, 204, 302, 414, 508) such that the engaging projection (64, 222, 306) of the engaging member (44, 204, 302, 414, 508) is kept at a predetermined position by the elastic force provided by the elastic member (46, 208,418), characterized in that, the mounting device further includes: an auxiliary base (42, 202, 402, 506) including a first pressed portion (70, 212, 408), wherein the supported portion (62, 218, 416) of the engaging member (44, 204, 302, 414, 508) is pressed against the first pressed portion (70, 212, 408) by the elastic force provided by the elastic member (46, 208, 418) acting on the engaging member (44, 204, 302, 414, 508), so that the supported portion (62, 218, 416) serves as a fulcrum of rotation of the engaging member (44, 204, 302, 414, 508). an auxiliary base (42, 202, 402, 506) including a first pressed portion (70, 212, 408), wherein the supported portion (62, 218, 416) of the engaging member (44, 204, 302, 414, 508) is pressed against the first pressed portion (70, 212, 408) by the elastic force provided by the elastic member (46, 208, 418) acting on the engaging member (44, 204, 302, 414, 508), so that the supported portion (62, 218, 416) serves as a fulcrum of rotation of the engaging member (44, 204, 302, 414, 508).
A flue gas-liquid heat exchanger for industrial and residential co-fired boilers, the lower end of which is connected to the flue pipe stub of the boiler, and its upper end to the chimney in a releasable manner; which has a temperature measuring instrument connected to a control unit, a draft control fan, and a heating liquid line equipped with a circulating pump, characterized in that the flue gas-liquid heat exchanger forms a flue pipe comprised of one or more tightly coiled spiral tubes, and is equipped with an insulating layer provided with a cover; the liquid to be heated flows in the flue pipe, and the inner space defined by the flue pipe is the part used for discharging the flue gas emitted from the co-fired boiler; at least one spiral tube has an inlet opening and an outlet opening, which inlet opening connects to the heating liquid line leaving the boiler, and the outlet opening connects to the heating liquid line.
A vehicle seat comprising a loudspeaker assembly, the loudspeaker assembly comprising: a housing arranged to be received within a rear side of the vehicle seat; an enclosure rotatably mounted to the housing, the enclosure having a nonuniform weight distribution; and a loudspeaker disposed within the enclosure and having an initial orientation, characterized in that a change in an angular position of the vehicle seat with respect to a vehicle floor results in a passive rotation of the enclosure with respect to the housing to substantially maintain the initial orientation of the loudspeaker as the angular position of the vehicle seat changes, wherein the nonuniform weight distribution of the enclosure causes the loudspeaker assembly to automatically and passively rotate with respect to the housing and the vehicle seat. a housing arranged to be received within a rear side of the vehicle seat; an enclosure rotatably mounted to the housing, the enclosure having a nonuniform weight distribution; and a loudspeaker disposed within the enclosure and having an initial orientation, characterized in that a change in an angular position of the vehicle seat with respect to a vehicle floor results in a passive rotation of the enclosure with respect to the housing to substantially maintain the initial orientation of the loudspeaker as the angular position of the vehicle seat changes, wherein the nonuniform weight distribution of the enclosure causes the loudspeaker assembly to automatically and passively rotate with respect to the housing and the vehicle seat.
A scanner for magnetic tape testing comprising: a rigid body; an inductor of eddy currents, which is rigidly assembled with said body and comprises of a nonferromagnetic dielectric supporting element having a longitudinal groove in the operational butt end and an exciting conductor that is shaped as wire segment and placed within said groove of said supporting element; a source of pulse current mounted on said body, and a suitable means for connection of said conductor of said inductor of eddy currents to said source of pulse current. a rigid body; an inductor of eddy currents, which is rigidly assembled with said body and comprises of a nonferromagnetic dielectric supporting element having a longitudinal groove in the operational butt end and an exciting conductor that is shaped as wire segment and placed within said groove of said supporting element; a source of pulse current mounted on said body, and a suitable means for connection of said conductor of said inductor of eddy currents to said source of pulse current.
A tympanostomy tube for insertion into and residence in a tympanic membrane of a mammal, the tympanostomy tube comprising: a body including a first end portion, a second end portion, a central portion disposed between the first and second end portions, and an axially extending passageway having a first open end disposed adjacent the first end portion, and a second open end disposed adjacent the second end portion, and an axis extending between the first open end and second open end, the first end portion including a relatively enlarged diameter, generally radially extending flange, the central portion including a reduced diameter portion sized for extending through and residing in tissue of the tympanic membrane, the second end portion including a relatively enlarged diameter second flange disposed adjacent the second end portion, the second flange including a perimetral edge having a cutting portion sufficiently sharp to cut through the tympanic membrane during insertion of the tympanostomy tube through the tympanic membrane, characterised in that the cutting portion has a rounded leading edge, the rounded leading edge being a serrated edge for cutting through the tympanic membrane. a body including a first end portion, a second end portion, a central portion disposed between the first and second end portions, and an axially extending passageway having a first open end disposed adjacent the first end portion, and a second open end disposed adjacent the second end portion, and an axis extending between the first open end and second open end, the first end portion including a relatively enlarged diameter, generally radially extending flange, the central portion including a reduced diameter portion sized for extending through and residing in tissue of the tympanic membrane, the second end portion including a relatively enlarged diameter second flange disposed adjacent the second end portion, the second flange including a perimetral edge having a cutting portion sufficiently sharp to cut through the tympanic membrane during insertion of the tympanostomy tube through the tympanic membrane, characterised in that the cutting portion has a rounded leading edge, the rounded leading edge being a serrated edge for cutting through the tympanic membrane.
Method for measuring the gap between a levitation magnet of a vehicle of a magnetic levitation railroad and a fixed-position reaction rail of the magnetic levitation railroad and for producing a gap measured value (Sm) which indicates the size of the gap, wherein the magnetic field (Bn, Bg, Bs), which is produced by the levitation magnet, or at least one measurement variable (L, Bm, Bm2) which is related to it is evaluated in order to form the gap measured value, characterized in that - the magnet current (Imag) which flows through the levitation magnet is modulated by modulation of the magnet voltage (Umag) which is applied to the levitation magnet, - the change in the magnet current (ΔIm) resulting from the modulation of the magnet voltage (ΔUm) is detected and an inductance value is determined which indicates the inductance of the magnetic system comprising the levitation magnet, reaction rail and gap, - and the gap measured value is formed using the inductance value and the magnet current value (Imag). - the magnet current (Imag) which flows through the levitation magnet is modulated by modulation of the magnet voltage (Umag) which is applied to the levitation magnet, - the change in the magnet current (ΔIm) resulting from the modulation of the magnet voltage (ΔUm) is detected and an inductance value is determined which indicates the inductance of the magnetic system comprising the levitation magnet, reaction rail and gap, - and the gap measured value is formed using the inductance value and the magnet current value (Imag).
A pneumatic tire having a carcass layer extending across a pair of bead cores and an inner liner layer formed of a thermoplastic resin and provided on the tire inner surface side of the carcass layer, wherein: the inner liner layer and a rubber layer provided on the side facing the carcass layer, of the inner liner layer, form a composite layer in combination; respective end portions in the tire circumferential direction of the composite layer are jointed in the tire circumferential direction in an overlapping manner at a joint portion of the composite layer; a lower inner liner layer, situated on the lower side or the tire inner surface side of the overlapping end portions of the composite layer, has a first edge at the joint portion; an upper inner liner layer, situated on the upper side of the overlapping end portions of the composite layer, has a second edge at the joint portion; the first edge of the lower inner liner layer is separated from the upper inner liner layer by the rubber layer; characterized in that a position in the tire circumferential direction on the upper inner liner layer at the same height in the tire radial direction as the lower inner liner layer, at which position the upper inner liner layer is closest to the first edge of the lower inner liner layer, is "P", a distance in the tire circumferential direction measured from the first edge to the position P is "L", and a distance in the tire circumferential direction measured from the second edge to the position P is "T", T ≤ 35 mm, T -L/2 ≥ 9 mm, and 0 × T < L ≤ 0.2 × T. the inner liner layer and a rubber layer provided on the side facing the carcass layer, of the inner liner layer, form a composite layer in combination; respective end portions in the tire circumferential direction of the composite layer are jointed in the tire circumferential direction in an overlapping manner at a joint portion of the composite layer; a lower inner liner layer, situated on the lower side or the tire inner surface side of the overlapping end portions of the composite layer, has a first edge at the joint portion; an upper inner liner layer, situated on the upper side of the overlapping end portions of the composite layer, has a second edge at the joint portion; the first edge of the lower inner liner layer is separated from the upper inner liner layer by the rubber layer; characterized in that a position in the tire circumferential direction on the upper inner liner layer at the same height in the tire radial direction as the lower inner liner layer, at which position the upper inner liner layer is closest to the first edge of the lower inner liner layer, is "P", a distance in the tire circumferential direction measured from the first edge to the position P is "L", and a distance in the tire circumferential direction measured from the second edge to the position P is "T", T ≤ 35 mm, T -L/2 ≥ 9 mm, and 0 × T < L ≤ 0.2 × T.
A method of forming a cellular slab, comprising: providing two opposing surfaces (104, 108), with at least one of said surfaces comprising apertures extending therethrough; providing granules of a melt-stretchable material, wherein said melt-stretchable material comprises a thermoplastic, between said two opposing surfaces (104, 108), and melting said granules of said melt-stretchable material through applying heat to the granules of said melt-stretchable material such that it forms a uniform viscous molten layer of melted melt-stretchable material that adheres to said two opposing surfaces (104, 108); moving at least one of said two opposing surfaces (104, 108) away from the other to stretch said melted melt-stretchable material between said two opposing surfaces (104, 108) such that the melted melt-stretchable material continues to adhere to said two opposing surfaces and retains continuity during stretching and forms cells therebetween, while allowing a fluid to enter said melted melt-stretchable material through said apertures to define voids in said melted melt-stretchable material at locations defined by said apertures; and solidifying said melted melt-stretchable material to form said cellular slab. providing two opposing surfaces (104, 108), with at least one of said surfaces comprising apertures extending therethrough; providing granules of a melt-stretchable material, wherein said melt-stretchable material comprises a thermoplastic, between said two opposing surfaces (104, 108), and melting said granules of said melt-stretchable material through applying heat to the granules of said melt-stretchable material such that it forms a uniform viscous molten layer of melted melt-stretchable material that adheres to said two opposing surfaces (104, 108); moving at least one of said two opposing surfaces (104, 108) away from the other to stretch said melted melt-stretchable material between said two opposing surfaces (104, 108) such that the melted melt-stretchable material continues to adhere to said two opposing surfaces and retains continuity during stretching and forms cells therebetween, while allowing a fluid to enter said melted melt-stretchable material through said apertures to define voids in said melted melt-stretchable material at locations defined by said apertures; and solidifying said melted melt-stretchable material to form said cellular slab.
An automotive lubricating oil composition for an internal combustion engine comprising, or made by admixing: an oil of lubricating viscosity in a major amount; and as an additive component, in the range 0.1 to 5 mass %, one or more oil-soluble zinc dithiocarbamates represented by the formula R 1 R 2 N-CS-S-Zn-S-CS-NR 3 R 4 where, independently, R 1 and R 3 each represents an aryl group and R 2 and R 4 each represents an aryl group or an alkyl group or a hydrogen atom; wherein each alkyl group, when present, is branched or unbranched and has from 3 to 30 carbon atoms; the composition having not greater than 1600 ppm by mass of phosphorus, expressed as phosphorus atoms. an oil of lubricating viscosity in a major amount; and as an additive component, in the range 0.1 to 5 mass %, one or more oil-soluble zinc dithiocarbamates represented by the formula R 1 R 2 N-CS-S-Zn-S-CS-NR 3 R 4 where, independently, R 1 and R 3 each represents an aryl group and R 2 and R 4 each represents an aryl group or an alkyl group or a hydrogen atom; wherein each alkyl group, when present, is branched or unbranched and has from 3 to 30 carbon atoms;
A probe set of an isothermal one-pot reaction for detecting a target nucleic acid sequence, the probe set comprising a first probe and a second probe, wherein the first probe is a promoter probe having a structure represented by the following general formula I; 3'-X-Y-5' wherein, X represents a stem-loop structure portion having a promoter sequence that may be recognized by RNA polymerase; Y represents an upstream hybridization sequence portion having a hybridization sequence complementary to the target nucleic acid sequence; the target nucleic acid sequence is DNA or RNA; and X and Y are deoxyribonucleotides; wherein the second probe is a reporter probe having a structure of represented by the following general formula II; 3'-Y'-Z-5' wherein Y' represents a downstream hybridization sequence portion having a hybridization sequence complementary to the target nucleic acid sequence; Z represents an aptamer sequence portion having a label or an interactive label system containing a plurality of labels to generate a detectable signal; the target nucleic acid sequence is DNA or RNA; and Y' and Z are deoxyribonucleotides; wherein the first probe and the second probe are positioned at immediately adjacent locations to each other when hybridized with the target nucleic acid sequence; wherein the first probe and the second probe are hybridized with the target nucleic acid sequence to allow ligation of the first probe and the second probe; transcription of the ligation product is initiated by RNA polymerase to generate a signal; and wherein the ligation is performed by SplintR ligase. wherein the first probe is a promoter probe having a structure represented by the following general formula I; 3'-X-Y-5' wherein, X represents a stem-loop structure portion having a promoter sequence that may be recognized by RNA polymerase; Y represents an upstream hybridization sequence portion having a hybridization sequence complementary to the target nucleic acid sequence; the target nucleic acid sequence is DNA or RNA; and X and Y are deoxyribonucleotides; wherein the second probe is a reporter probe having a structure of represented by the following general formula II; 3'-Y'-Z-5' wherein Y' represents a downstream hybridization sequence portion having a hybridization sequence complementary to the target nucleic acid sequence; Z represents an aptamer sequence portion having a label or an interactive label system containing a plurality of labels to generate a detectable signal; the target nucleic acid sequence is DNA or RNA; and Y' and Z are deoxyribonucleotides; wherein the first probe and the second probe are positioned at immediately adjacent locations to each other when hybridized with the target nucleic acid sequence; wherein the first probe and the second probe are hybridized with the target nucleic acid sequence to allow ligation of the first probe and the second probe; transcription of the ligation product is initiated by RNA polymerase to generate a signal; and wherein the ligation is performed by SplintR ligase.
A method for determining a driving signal of a vibro-acoustic source element that is configured to generate acoustic waves in water, the method comprising: estimating at least one physical constraint of the vibro-acoustic source element; modeling a ghost function determined by a surface of the water; setting a target energy spectrum density to be emitted by the vibro-acoustic source element during the driving signal; and determining the driving signal in a controller based on the at least one physical constraint, the ghost function, and the target energy spectrum density. estimating at least one physical constraint of the vibro-acoustic source element; modeling a ghost function determined by a surface of the water; setting a target energy spectrum density to be emitted by the vibro-acoustic source element during the driving signal; and determining the driving signal in a controller based on the at least one physical constraint, the ghost function, and the target energy spectrum density.
A composition comprising milk-based protein hydrolysate obtainable by treatment of a solution of a milk-based proteinaceous material with a) at least one trypsin-like endopeptidase derived from a microorganism, and b) at least one chymotrypsin-like endopeptidase derived from a microorganism, wherein the at least one trypsin-like endopeptidase is produced by fermentation of a cell of an organism of a strain of Fusarium oxysporum and has at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99% or 100% sequence identity to the sequence denoted by SWISSPROT No. P35049, and the at least one chymotrypsin-like endopeptidase is produced by fermentation a strain of Nocardiopsis Sp and has at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99% or 100% sequence identity to polypeptide sequences of EMBL CDS CA194179, and the ratio of the trypsin-like endopeptidase to the chymotrypsin-like endopeptidase is in the range 5:1 to 35:1, wherein the ratio is based on weight of enzyme, and wherein the milk-based proteinaceous material is whey protein, for use as a medicament or as a composition with therapeutic effect. a) at least one trypsin-like endopeptidase derived from a microorganism, and b) at least one chymotrypsin-like endopeptidase derived from a microorganism,
An imaging agent comprising at least one fucoidan associated with at least one detectable moiety, wherein the imaging agent is selectin-targeted, wherein the at least one detectable moiety is detectable by Magnetic Resonance Imaging and comprises an ultrasmall superparamagnetic iron oxide particle (USPIO), and wherein the at least one fucoidan has an average molecular weight of about 2000 to about 8000 Da.
A compound for use in a method of treating a primary tumor that expresses a β2-adrenergic receptor, comprising: administering to a subject a therapeutically effective amount of the compound to reduce one or more symptoms associated with the primary tumor expressing the β2-AR, wherein the compound, thereby treating the primary tumor in the subject, wherein the compound is (R,R)-naphthyl fenoterol, (R,R)-methoxy fenoterol, (R,R)-(-)-ethylfenoterol, (R,R)-(-)-4-methoxy-1-naphthyl fenoterol, (R,R)-(-)-2-naphthyl fenoterol, (R,R)-4-methoxy-ethylfenoterol or a combination thereof. administering to a subject a therapeutically effective amount of the compound to reduce one or more symptoms associated with the primary tumor expressing the β2-AR, wherein the compound, thereby treating the primary tumor in the subject, wherein the compound is (R,R)-naphthyl fenoterol, (R,R)-methoxy fenoterol, (R,R)-(-)-ethylfenoterol, (R,R)-(-)-4-methoxy-1-naphthyl fenoterol, (R,R)-(-)-2-naphthyl fenoterol, (R,R)-4-methoxy-ethylfenoterol or a combination thereof.