mhurhangee/ep-ind-claims huggingface dataset:
An intelligent electrical energy management system device, comprising: a control module; a memory module provided in a memory device being connected to the data terminals of the control module; an input module being connected to the data terminals of the control module; a clock module for providing a real time clock being connected to the data terminals of the control module; a current detection module; the output terminals of the current detection module for detecting the current flowing in electrical equipments being connected to the data terminals of the control module; an electronically controlled switch; the control terminal of the electronically controlled switch being connected to the data terminals of the control module; a power supply module; input terminals of the power supply module for being connected to an external power supply for supplying power to the electrical equipments via the electronically controlled switch and the current detection module, and output terminals of the power supply module providing power to each module in the device characterized by a temperature detection module for detecting the temperature of an input wire of the power supply; a temperature-sensing element of the temperature detection module for clinging to the input wire of the power supply; the output terminals of the temperature detection module being connected to the data terminals of the control module; a surge current protection module composed of a piezoresistor or a transient voltage suppressor diode; the surge current protection module for being connected to the input wire of the power supply. a control module; a memory module provided in a memory device being connected to the data terminals of the control module; an input module being connected to the data terminals of the control module; a clock module for providing a real time clock being connected to the data terminals of the control module; a current detection module; the output terminals of the current detection module for detecting the current flowing in electrical equipments being connected to the data terminals of the control module; an electronically controlled switch; the control terminal of the electronically controlled switch being connected to the data terminals of the control module; a power supply module; input terminals of the power supply module for being connected to an external power supply for supplying power to the electrical equipments via the electronically controlled switch and the current detection module, and output terminals of the power supply module providing power to each module in the device characterized by a temperature detection module for detecting the temperature of an input wire of the power supply; a temperature-sensing element of the temperature detection module for clinging to the input wire of the power supply; the output terminals of the temperature detection module being connected to the data terminals of the control module; a surge current protection module composed of a piezoresistor or a transient voltage suppressor diode; the surge current protection module for being connected to the input wire of the power supply.
An intraosseous access device (100, 300), comprising: a constant-torque spring assembly (204, 404) disposed in a housing (102, 302); a drive shaft extending from the housing (102, 302), the drive shaft coupled to the constant-torque spring assembly (204, 404); and an intraosseous needle coupled to the drive shaft configured to provide intraosscous access to a medullary cavity of a patient, wherein the constant-torque spring assembly (204, 404) includes a metal ribbon reversely wound onto an output spool, the metal ribbon configured to wind onto a storage spool with a constant torque when the output spool is released, and wherein spindles of the output spool and the storage spool are coupled together by at least one elastomeric loop to prevent any timing-related errors between the output spool and the storage spool. a constant-torque spring assembly (204, 404) disposed in a housing (102, 302); a drive shaft extending from the housing (102, 302), the drive shaft coupled to the constant-torque spring assembly (204, 404); and an intraosseous needle coupled to the drive shaft configured to provide intraosscous access to a medullary cavity of a patient, wherein the constant-torque spring assembly (204, 404) includes a metal ribbon reversely wound onto an output spool, the metal ribbon configured to wind onto a storage spool with a constant torque when the output spool is released, and wherein spindles of the output spool and the storage spool are coupled together by at least one elastomeric loop to prevent any timing-related errors between the output spool and the storage spool.
A flywheel for a pump, the flywheel (12, 14) comprising: an inner tubular cylindrical member; an outer tubular cylindrical member; and a number of high density segments provided between the inner tubular cylindrical member and the outer tubular cylindrical member, wherein the inner tubular cylindrical member is structured to be coupled to a rotatably operable shaft of the pump, wherein a preselected gap is provided between each of the number of segments, wherein the gap is structured to accommodate thermal expansion of each of the number of segments; characterized in that an upper pin and a lower pin are provided at an inner diameter of the segments at each gap in order to couple the number of segments to the inner tubular cylindrical member. an inner tubular cylindrical member; an outer tubular cylindrical member; and a number of high density segments provided between the inner tubular cylindrical member and the outer tubular cylindrical member, wherein the inner tubular cylindrical member is structured to be coupled to a rotatably operable shaft of the pump, wherein a preselected gap is provided between each of the number of segments, wherein the gap is structured to accommodate thermal expansion of each of the number of segments; characterized in that an upper pin and a lower pin are provided at an inner diameter of the segments at each gap in order to couple the number of segments to the inner tubular cylindrical member.
Method for quantizing components, some at least of said components (( Y j) 1≤j≤r) each being determined as a function of a plurality of audio signals (( S j) 1≤j≤N) of a sound scene and computed by applying an ambiophonic multichannel linear transformation with more than two channels to said audio signals, according to which a quantization function (Q m) to be applied to said components in a given frequency band (s) is determined by testing a condition relating to at least one audio signal ( S i) and depending at least on a comparison performed between: - a psychoacoustic masking threshold M m T s, i relating to the audio signal in the given frequency band, and - a value determined as a function of the inverse multichannel linear transformation and of errors of quantization of the components by said function on the given frequency band. - a psychoacoustic masking threshold M m T s, i relating to the audio signal in the given frequency band, and - a value determined as a function of the inverse multichannel linear transformation and of errors of quantization of the components by said function on the given frequency band.
A biological information measurement device, comprising: an adhesive tape that has on its bottom side an adhesive surface to be affixed to a skin of a user; a mounting substrate that is disposed on a top side of the adhesive tape; a substrate holding portion that is provided on the top side of the adhesive tape and that is fixed to a top side of the mounting substrate, the mounting substrate being held on an outer periphery of the substrate holding portion; a sensor that is electrically connected connected to the mounting substrate and is configured to measure biological information; a cover that covers a top side of the mounting substrate, spacers disposed between a lower surface of the mounting substrate and an upper surface of the adhesive tape, and a base that is disposed between the adhesive tape and the mounting substrate, and that is substantially annular in shape; wherein a bottom side of the mounting substrate is in a state of not being affixed to the top side of the adhesive tape, the adhesive tape and the cover are more stretchable than the mounting substrate, the spacers are bonded to the lower surface of the mounting substrate on a top side, and are not bonded to the adhesive tape, and the adhesive tape and the cover are bonded together near an outer peripheral edge portion, with the base interposed therebetween. an adhesive tape that has on its bottom side an adhesive surface to be affixed to a skin of a user; a mounting substrate that is disposed on a top side of the adhesive tape; a substrate holding portion that is provided on the top side of the adhesive tape and that is fixed to a top side of the mounting substrate, the mounting substrate being held on an outer periphery of the substrate holding portion; a sensor that is electrically connected connected to the mounting substrate and is configured to measure biological information; a cover that covers a top side of the mounting substrate, spacers disposed between a lower surface of the mounting substrate and an upper surface of the adhesive tape, and a base that is disposed between the adhesive tape and the mounting substrate, and that is substantially annular in shape; wherein a bottom side of the mounting substrate is in a state of not being affixed to the top side of the adhesive tape, the adhesive tape and the cover are more stretchable than the mounting substrate, the spacers are bonded to the lower surface of the mounting substrate on a top side, and are not bonded to the adhesive tape, and the adhesive tape and the cover are bonded together near an outer peripheral edge portion, with the base interposed therebetween.
A caterpillar track wheel with division of work between track and chain, comprising a flexible chain ring, unit tracks for dispersing stress on supporting wheels from ground, axle housings, track guide wheels, a driving wheel and a track supporting wheel, characterized in that said unit tracks are laid on the outer arc of the flexible chain ring and are in point connection with the flexible chain ring in the longitudinal direction, each unit track comprises a front part and a rear part delimited by a connecting point at which the unit track is connected with the flexible chain ring longitudinally, the position of the connecting point on each unit track connected with the flexible chain ring is adjusted to make the length of the rear part of each unit track be greater than that of the front part, the length of each unit track is set in such a way that two or more longitudinally or slantly arranged supporting wheels can be held above each unit track, said supporting wheels are installed on the axle housings and are arranged according to a longitudinal distribution curvature, and the longitudinal curvature of said unit tracks is equal to or smaller than the longitudinal distribution curvature of the supporting wheels arranged on the axle housings.
A positive electrode active material for a lithium ion battery which is represented by the following composition formula: Li x Ni 1-y M y O 2+α (in the formula, M represents Co as an essential component and at least one selected from Sc, Ti, V, Cr, Mn, Fe, Cu, Zn, Ga, Ge, Bi, Sn, Mg, Ca, B, and Zr, 0.9 ≤ x ≤ 1.2, 0 < y ≤ 0.7, and α > 0.15), wherein a ratio of peak intensity on plane to peak intensity on plane, which is (Ps104/Ps003), is 0.9 or less and 2θ of plane is 64.6° or more according to powder X-ray diffraction.
An electronic control device, comprising: a substrate provided with a heating element on one surface; a second heat radiator provided on the other surface of the substrate that is opposite to the one surface of the substrate; and a first heat radiator provided such that the second heat radiator is interposed between the first heat radiator and the other surface of the substrate, wherein the substrate has a through hole that passes through the substrate in its thickness direction and is provided away from peripheral edges of the heating element at a position where the second heat radiator is interposed characterized in that another second heat radiator is provided on a surface of the heating element that is opposite to the substrate, another first heat radiator is provided such that the other second heat radiator is interposed between the other first heat radiator and the surface of the heating element that is opposite to the substrate, wherein the heating element has a through hole that passes through the other first heat radiator in its thickness direction and is provided in the first heat radiator within a range of a part of the first heat radiator that corresponds to the heating element. a substrate provided with a heating element on one surface; a second heat radiator provided on the other surface of the substrate that is opposite to the one surface of the substrate; and a first heat radiator provided such that the second heat radiator is interposed between the first heat radiator and the other surface of the substrate, wherein the substrate has a through hole that passes through the substrate in its thickness direction and is provided away from peripheral edges of the heating element at a position where the second heat radiator is interposed characterized in that another second heat radiator is provided on a surface of the heating element that is opposite to the substrate, another first heat radiator is provided such that the other second heat radiator is interposed between the other first heat radiator and the surface of the heating element that is opposite to the substrate, wherein the heating element has a through hole that passes through the other first heat radiator in its thickness direction and is provided in the first heat radiator within a range of a part of the first heat radiator that corresponds to the heating element.
A conveyor system including a conveyor adapted to move articles along a certain conveyor path, at least one pass sensor designed to detect an article in motion on the conveyor going past at a certain point of the conveyor path and to respond to a detection of said article going past by delivering a pass detection signal to a monitoring and control unit via a field-bus, which monitoring and control unit responds to the pass detection signal by delivering a control signal for an electromechanical actuator of the conveyor via said field-bus, said conveyor system being characterized in that it further comprises a movement tracking system suitable for generating digital images containing the articles in motion in the conveyor, in that said pass sensor is a virtual sensor represented in a 3D digital model of the conveyor, and in that it includes an emulator for transforming said images generated by the movement tracking system into 3D-modeled articles and for detecting the 3D interactions between said articles in motion and said virtual sensor by intersections between segments of said 3D-modeled articles and a segment arranged at said certain point of said conveyor path of the 3D representation of said virtual sensor represented in the 3D digital model of the conveyor, and on the basis of such detections, for generating said pass detection signals that are delivered to said monitoring and control unit via said field-bus.
A bone conduction implant adapted for a bone conduction hearing prosthesis, comprising: a bone fixture including a male screw section configured to screw into a skull; and an abutment configured to be rigidly attached to the bone fixture, characterized in that a maximum exterior diameter (D1, D3) of the abutment is less than or substantially equal to the maximum thread diameter of the male screw section of the bone fixture, whereby the abutment has an hourglass shape. a bone fixture including a male screw section configured to screw into a skull; and an abutment configured to be rigidly attached to the bone fixture, characterized in that a maximum exterior diameter (D1, D3) of the abutment is less than or substantially equal to the maximum thread diameter of the male screw section of the bone fixture, whereby the abutment has an hourglass shape.
A polymerization method comprising the step of combining a liquid monomer composition and a catalyst comprising a salt of formula (R +)(F w -), wherein R + is an organic cation or a chelated metal cation, and w is 1 or greater; wherein the monomer composition comprises at least one compound of formula F-X-F and at least one compound of formula (R 1) 3 Si-Z-Si(R 1) 3; each R 1 independently is a hydrocarbyl group; X has the formula -A(-R 2 -A)n-; each A independently is SO 2, C(=O), or Het; R 2 comprises a first organic moiety; n is 0 or 1; Het is an aromatic heterocycle comprising at least two carbon atoms and at least one nitrogen atom in a heteroaromatic ring thereof, and when A is Het, the F substituent is attached to a carbon atom of the heteroaromatic ring thereof; Z has the formula -L-R 3 -L-; each L independently is O, S, or N(R 4); R 3 comprises a second organic moiety; each R 4 independently is H or a third organic moiety; and wherein the F and (R 1) 3 Si substituents form a silyl fluoride byproduct of formula (R 1) 3 Si-F as the respective A and L groups of the monomers condense to form an X-Z polymer chain; the catalyst preferably is included at a concentration in the range of about 0.001 mol% to about 1 mol% based on the total moles of monomers; the method preferably is performed at a temperature in the range of about 20 to about 250 °C; and R + preferably is selected from an organosulfonium ion, an organophosphonium ion, a quaternary ammonium ion, a quaternized nitrogen heteroaromatic ion, a cationic polymer, and a chelated metal ion. each R 1 independently is a hydrocarbyl group; X has the formula -A(-R 2 -A)n-; each A independently is SO 2, C(=O), or Het; R 2 comprises a first organic moiety; n is 0 or 1; Het is an aromatic heterocycle comprising at least two carbon atoms and at least one nitrogen atom in a heteroaromatic ring thereof, and when A is Het, the F substituent is attached to a carbon atom of the heteroaromatic ring thereof; Z has the formula -L-R 3 -L-; each L independently is O, S, or N(R 4); R 3 comprises a second organic moiety; each R 4 independently is H or a third organic moiety; and wherein the F and (R 1) 3 Si substituents form a silyl fluoride byproduct of formula (R 1) 3 Si-F as the respective A and L groups of the monomers condense to form an X-Z polymer chain; the catalyst preferably is included at a concentration in the range of about 0.001 mol% to about 1 mol% based on the total moles of monomers; the method preferably is performed at a temperature in the range of about 20 to about 250 °C; and R + preferably is selected from an organosulfonium ion, an organophosphonium ion, a quaternary ammonium ion, a quaternized nitrogen heteroaromatic ion, a cationic polymer, and a chelated metal ion.
A special trackwork assembly (20; 420) for use at intersections of railway track, comprising a special trackwork body (22; 422) formed to support wheels of a train moving over a running surface portion of an exterior surface of the special trackwork body (22; 422) that generate traffic-related vibrations of the special trackwork body (22; 422) having at least one frequency of interest, the special trackwork assembly (20; 420) comprising at least one tuned mass damper (28; 28L; 428) that is secured to the special trackwork body (22; 422) and formed to vibrate, in response to the traffic-related vibrations of the special trackwork body (22; 422), at said at least one frequency of interest, to at least partially dampen the traffic-related vibrations of the special trackwork body (22; 422) wherein said at least one tuned mass damper (28; 28L; 428) comprises: a first layer (34; 434) of a first resilient material; a second layer (36; 436) of a second resilient material, spaced apart from the first layer (34; 434); a damper mass (38; 438) positioned between, and secured to, the first and second layers (34; 36; 434; 436); and the first and second layers (34; 36; 434; 436) having respective first and second preselected stiffnesses and the damper mass (38; 438) having a preselected mass, the first and second preselected stiffnesses and the preselected mass being selected for causing said at least one tuned mass damper (28; 28L; 28u; 428) to vibrate at said at least one frequency of interest in response to the traffic-related vibrations, for at least partially dampening the traffic-related vibrations of the special trackwork body (22; 422), characterized in that said first layer (34; 434) of the first resilient material is engaged with a bottom surface of the special trackwork body (22; 422). a first layer (34; 434) of a first resilient material; a second layer (36; 436) of a second resilient material, spaced apart from the first layer (34; 434); a damper mass (38; 438) positioned between, and secured to, the first and second layers (34; 36; 434; 436); and the first and second layers (34; 36; 434; 436) having respective first and second preselected stiffnesses and the damper mass (38; 438) having a preselected mass, the first and second preselected stiffnesses and the preselected mass being selected for causing said at least one tuned mass damper (28; 28L; 28u; 428) to vibrate at said at least one frequency of interest in response to the traffic-related vibrations, for at least partially dampening the traffic-related vibrations of the special trackwork body (22; 422), characterized in that said first layer (34; 434) of the first resilient material is engaged with a bottom surface of the special trackwork body (22; 422).
An oral pouch product comprising: a pouch wrapper comprising an outer web and an inner liner folded into a pouched form; the pouch wrapper further including two transverse seams; a filling material contained by said pouched form; and a longitudinal seam disposed along the pouched form, said longitudinal seam including a fin seam established between the inner surfaces of opposing edge portions of the outer web, said fin seam folded into a superposed relation to an adjacent portion of said pouched form, said longitudinal seam further including a longitudinal sealed zone established between said folded, superposed fin seam and said adjacent portion of said pouched form, the adjacent portion underlying the folded, superposed fin seam, wherein at least portions of said opposing edge portions are mutually sealed and sealed with said adjacent portion of said pouched form; wherein the inner liner is not included in the longitudinal seam. a pouch wrapper comprising an outer web and an inner liner folded into a pouched form; the pouch wrapper further including two transverse seams; a filling material contained by said pouched form; and a longitudinal seam disposed along the pouched form, said longitudinal seam including a fin seam established between the inner surfaces of opposing edge portions of the outer web, said fin seam folded into a superposed relation to an adjacent portion of said pouched form, said longitudinal seam further including a longitudinal sealed zone established between said folded, superposed fin seam and said adjacent portion of said pouched form, the adjacent portion underlying the folded, superposed fin seam, wherein at least portions of said opposing edge portions are mutually sealed and sealed with said adjacent portion of said pouched form; wherein the inner liner is not included in the longitudinal seam.