mhurhangee/ep-ind-claims huggingface dataset:
A yellow phosphor comprising: a crystal phase with a chemical composition (Lu 1-p-q, Ce p, M q) x β y γ z O, where M denotes one or more elements selected from the group consisting of Y, La, Sc, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, and Yb, wherein M contains Y, which constitutes 90% or more by mole of M, β is Si, γ is N, and x, y, z, p, and q satisfy 5.5 ≤ x ≤ 6.5, 10.5 ≤ y ≤ 11.5, 19.5 ≤ z ≤ 20.5, 0 < p < 0.03, and 0 ≤ q ≤ 0.5; wherein the phosphor has an emission spectrum with a peak in a wavelength range of not less than 540 nm and not more than 600 nm, and wherein a wavelength component at 500 nm in the emission spectrum has an intensity that is equal to or more than 25% of the intensity of the peak. a crystal phase with a chemical composition (Lu 1-p-q, Ce p, M q) x β y γ z O, where M denotes one or more elements selected from the group consisting of Y, La, Sc, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, and Yb, wherein M contains Y, which constitutes 90% or more by mole of M, β is Si, γ is N, and x, y, z, p, and q satisfy 5.5 ≤ x ≤ 6.5, 10.5 ≤ y ≤ 11.5, 19.5 ≤ z ≤ 20.5, 0 < p < 0.03, and 0 ≤ q ≤ 0.5; wherein the phosphor has an emission spectrum with a peak in a wavelength range of not less than 540 nm and not more than 600 nm, and wherein a wavelength component at 500 nm in the emission spectrum has an intensity that is equal to or more than 25% of the intensity of the peak.
An electrical coupler, comprising: a slip ring assembly comprising a plurality of continuous electrically-conductive annular paths, wherein each continuous electrically-conductive annular path corresponds to an annular electrically-conductive ring laminated between two non-electrically-conductive rings such that the slip ring assembly comprises a stack of alternating annular electrically-conductive rings and non-electrically-conductive rings; a transverse mounting member in operable engagement with the slip ring assembly and including a transverse circuit trace thereon corresponding to each continuous electrically-conductive annular paths; and an electrical component including a contact corresponding to each of the continuous electrically-conductive annular paths and wherein one of the slip ring assembly and the electrical component is rotatable about an axis (SA-SA) such that each said contact is in electrical contact with the continuous electrically-conductive annular path corresponding thereto during rotation of one of the slip ring assembly and electrical component about the axis. a slip ring assembly comprising a plurality of continuous electrically-conductive annular paths, wherein each continuous electrically-conductive annular path corresponds to an annular electrically-conductive ring laminated between two non-electrically-conductive rings such that the slip ring assembly comprises a stack of alternating annular electrically-conductive rings and non-electrically-conductive rings; a transverse mounting member in operable engagement with the slip ring assembly and including a transverse circuit trace thereon corresponding to each continuous electrically-conductive annular paths; and an electrical component including a contact corresponding to each of the continuous electrically-conductive annular paths and wherein one of the slip ring assembly and the electrical component is rotatable about an axis (SA-SA) such that each said contact is in electrical contact with the continuous electrically-conductive annular path corresponding thereto during rotation of one of the slip ring assembly and electrical component about the axis.
A silicon nitride sintered compact comprising: a silicon nitride crystal; an MgRE 4 Si 3 O 13 crystal (RE is a rare earth element); and an REMgSi 2 O 5 N crystal. a silicon nitride crystal; an MgRE 4 Si 3 O 13 crystal (RE is a rare earth element); and an REMgSi 2 O 5 N crystal.
A method performed by a first user equipment for performing a Device-to-Device, D2D, communication with a second user equipment, wherein the first user equipment is in an idle mode, in which idle mode the first user equipment is not connected to a cell in the radio communications network, the method comprising: obtaining a preconfigured timing advance value for the D2D communication; and transmitting, to the second user equipment, a D2D signal with a timing using the preconfigured timing advance value in the D2D communication, when determined that a valid timing reference is not present in the first user equipment. obtaining a preconfigured timing advance value for the D2D communication; and transmitting, to the second user equipment, a D2D signal with a timing using the preconfigured timing advance value in the D2D communication, when determined that a valid timing reference is not present in the first user equipment.
A surgical instrument assembly for use during a surgical procedure to implant an orthopaedic hip prosthesis, comprising: a trial shaft having (i) a stem, and (ii) a locking screw having a number of threads formed in a distal end thereof, the locking screw being rotatable relative to the stem, and a discrete trial neck removably secured to the trial shaft, the trial neck having (i) a bore formed therein, with the stem of the trial shaft being received into the bore so as to allow for rotation of the trial neck relative to the trial shaft, and (ii) a locking mechanism operable to selectively lock the rotational position of the trial neck relative to the trial shaft characterised in that the stem of the trial shaft is cylindrically-shaped and has a number of grooves formed therein, and the locking mechanism of the trial neck has a locking pawl that is selectively positionable in the number of grooves to selectively lock the rotational position of trial neck relative to the trial shaft. a trial shaft having (i) a stem, and (ii) a locking screw having a number of threads formed in a distal end thereof, the locking screw being rotatable relative to the stem, and a discrete trial neck removably secured to the trial shaft, the trial neck having (i) a bore formed therein, with the stem of the trial shaft being received into the bore so as to allow for rotation of the trial neck relative to the trial shaft, and (ii) a locking mechanism operable to selectively lock the rotational position of the trial neck relative to the trial shaft characterised in that the stem of the trial shaft is cylindrically-shaped and has a number of grooves formed therein, and the locking mechanism of the trial neck has a locking pawl that is selectively positionable in the number of grooves to selectively lock the rotational position of trial neck relative to the trial shaft.
A method of increasing the strength and solids level of an investment casting shell, comprising depositing alternating layers of a refractory slurry and a refractory stucco onto a pattern; and incorporating at least one microsilica into the shell via the slurry in an amount from 0.1 to 15.0% by weight of the shell.
A harness connector comprising a closed loop first frame defining a first aperture, at least two closed loop second frames rigidly coupled to the first frame and disposed on opposing sides of the first frame on an outer periphery thereof, each closed loop second frame defining a second aperture, and a bridging member which extends across the first aperture between the at least two closed loop second frames, the bridging member includes a third aperture nested within the first aperture, wherein the at least two second apertures and third aperture are linearly aligned, wherein the bridging member separates the first aperture into a proximal aperture which extends adjacent a proximal end of the connector and a distal aperture which extends adjacent a distal end of the connector, and wherein the connector further comprises a connecting member which extends between a proximal end of the connector and the bridging member, said connecting member separates the proximal aperture into two elongate apertures (114, 115). a closed loop first frame defining a first aperture, at least two closed loop second frames rigidly coupled to the first frame and disposed on opposing sides of the first frame on an outer periphery thereof, each closed loop second frame defining a second aperture, and a bridging member which extends across the first aperture between the at least two closed loop second frames, the bridging member includes a third aperture nested within the first aperture, wherein the at least two second apertures and third aperture are linearly aligned, wherein the bridging member separates the first aperture into a proximal aperture which extends adjacent a proximal end of the connector and a distal aperture which extends adjacent a distal end of the connector, and wherein the connector further comprises a connecting member which extends between a proximal end of the connector and the bridging member, said connecting member separates the proximal aperture into two elongate apertures (114, 115).
A scroll member comprising: an involute scroll portion and a baseplate portion comprising a sintered powder metal material, wherein said involute scroll portion defines a terminal end region defining a sintered coupling feature and comprises a tip component that forms a contact surface for contacting an opposing scroll member during compressor operation, characterised in that the sintered coupling feature is in the form of: (i) a groove defining at least one tapered wall, wherein the groove receives the tip component in the form of a tip seal; or (ii) a ridge, a protrusion, or a flange (76, 86) capable of coupling with the tip component comprising a tip cap (80, 84) that is sinter-bonded to the ridge, the protrusion, or the flange and has a flat wear surface (68D, 68F); or (iii) a ridge, a protrusion, or a flange, capable of coupling with a tip cap that is sinter-bonded to the ridge, the protrusion, or the flange, wherein the tip cap is in the form of a coupling flange which defines a groove that is capable of receiving the tip component in the form of a tip seal. an involute scroll portion and a baseplate portion comprising a sintered powder metal material, wherein said involute scroll portion defines a terminal end region defining a sintered coupling feature and comprises a tip component that forms a contact surface for contacting an opposing scroll member during compressor operation, characterised in that the sintered coupling feature is in the form of: (i) a groove defining at least one tapered wall, wherein the groove receives the tip component in the form of a tip seal; or (ii) a ridge, a protrusion, or a flange (76, 86) capable of coupling with the tip component comprising a tip cap (80, 84) that is sinter-bonded to the ridge, the protrusion, or the flange and has a flat wear surface (68D, 68F); or (iii) a ridge, a protrusion, or a flange, capable of coupling with a tip cap that is sinter-bonded to the ridge, the protrusion, or the flange, wherein the tip cap is in the form of a coupling flange which defines a groove that is capable of receiving the tip component in the form of a tip seal. (i) a groove defining at least one tapered wall, wherein the groove receives the tip component in the form of a tip seal; or (ii) a ridge, a protrusion, or a flange (76, 86) capable of coupling with the tip component comprising a tip cap (80, 84) that is sinter-bonded to the ridge, the protrusion, or the flange and has a flat wear surface (68D, 68F); or (iii) a ridge, a protrusion, or a flange, capable of coupling with a tip cap that is sinter-bonded to the ridge, the protrusion, or the flange, wherein the tip cap is in the form of a coupling flange which defines a groove that is capable of receiving the tip component in the form of a tip seal.
An isolated peptide of Formula I: X1-X2-X3-X4-X5 (SEQ ID NO:1) or a salt thereof, wherein the isolated peptide is 5 amino acids in length and chosen from the peptides of SEQ ID NO. 2-6, and 9-10.
A stator which includes an annular stator core, which is molded integrally in a circumferential direction, and a plurality of coils that are mounted on the stator core and each include a winding portion formed by winding a conductor in a loop shape, a bus bar portion extended from one end of the winding portion, and a terminal portion extended from the other end of the winding portion, wherein the winding portion includes an axial end face in a direction of a central axis of the stator core, an inner end which is the end of the conductor forming the winding portion and is disposed on an inner side in the radial direction of the stator core, and an outer end which is an end of the conductor forming the winding portion and is disposed on an outer side in the radial direction of the stator core, the bus bar portion and the terminal portion are formed at the axial end face of the coil portion, the bus bar portion is a portion formed by extending the conductor from the inner end of the winding portion, and the terminal portion is a portion formed by extending the conductor from the outer end of the winding portion, and in which the coils are formed of three phases that are U-phase, V-phase, and W-phase, wherein the bus bar portion includes a joint portion that is formed at an end of the bus bar portion and is joined to the terminal portion of a different one of the coils, and a connecting portion that is formed between the joint portion and the winding portion; and in the coils of each of the three phases that are U-phase, V-phase, and W-phase, a first coil and a second coil that serve as the two coils joined to each other are joined to each other by the joint portion of the bus bar portion of the first coil and the terminal portion of the second coil, characterised in that the ends of the terminal portions of middle coils that are the coils disposed between the first coil and the second coil are located at a height closer to the stator core than the connecting portion of the first coil in the direction of the central axis of the stator core such that the middle coils can be mounted on the teeth of the stator core from the inner side of the inner periphery of the stator core while the terminal portions of the middle coils are passed under the connecting portion of the first coil, and in that the joint portion includes a downward portion extending from the connecting portion toward an end face of the stator core in a direction of the central axis of the stator core, a bottom portion extending from an end of the downward portion along the end face of the stator core, and an upward portion extending from an end of the bottom portion in a direction away from the end face of the stator core, and the upward portion of the joint portion extends along a direction of a central axis of the terminal portion.
A frequency converter comprising: a converter part which converts a power from a power source to a DC power, a smoothing part which smooths an output from the converter part where a first capacitor part and a second capacitor part are connected in series, and an inverter part which converts an output of the smoothing part to an AC power and outputs it, characterised in that positive electrodes and negative electrodes of each of the two serial capacitor parts (4a, 4b) are arranged opposite to each other, a negative electrode terminal of the second capacitor part is arranged next to a positive electrode terminal of the first capacitor part, a positive electrode terminal of the second capacitor part is arranged next to a negative electrode terminal of the first capacitor part, a first wiring planar conductor connects the positive electrode terminal of the first capacitor part and a P phase on a positive electrode side of the inverter part, a second wiring planar conductor connects the negative electrode terminal of the second capacitor part and a N phase on a negative electrode side of the inverter part, a third wiring planar conductor connects the negative electrode terminal of the first capacitor part and the positive electrode terminal of the second capacitor part, and an overlapping part is provided to the first wiring planar conductor connected to the positive electrode terminal and to the second wiring planar conductor connected to the negative electrode terminal, and both planar conductors are arranged to face each other. a converter part which converts a power from a power source to a DC power, a smoothing part which smooths an output from the converter part where a first capacitor part and a second capacitor part are connected in series, and an inverter part which converts an output of the smoothing part to an AC power and outputs it, characterised in that positive electrodes and negative electrodes of each of the two serial capacitor parts (4a, 4b) are arranged opposite to each other, a negative electrode terminal of the second capacitor part is arranged next to a positive electrode terminal of the first capacitor part, a positive electrode terminal of the second capacitor part is arranged next to a negative electrode terminal of the first capacitor part, a first wiring planar conductor connects the positive electrode terminal of the first capacitor part and a P phase on a positive electrode side of the inverter part, a second wiring planar conductor connects the negative electrode terminal of the second capacitor part and a N phase on a negative electrode side of the inverter part, a third wiring planar conductor connects the negative electrode terminal of the first capacitor part and the positive electrode terminal of the second capacitor part, and an overlapping part is provided to the first wiring planar conductor connected to the positive electrode terminal and to the second wiring planar conductor connected to the negative electrode terminal, and both planar conductors are arranged to face each other.
Video system with still image capture stabilization, comprising: a processor; an image capture device capturing a plurality of still images at a time interval; and an image buffer temporarily storing a portion of the still images; characterized by software executing on said processor for retrieving, upon receiving an image capture instruction, a first one of the still images from said image buffer, the first one of the still images representative of a still image captured a first length of time prior to the image capture instruction. a processor; an image capture device capturing a plurality of still images at a time interval; and an image buffer temporarily storing a portion of the still images; characterized by software executing on said processor for retrieving, upon receiving an image capture instruction, a first one of the still images from said image buffer, the first one of the still images representative of a still image captured a first length of time prior to the image capture instruction.
A compute node comprising: one or more processors; one or more memory devices storing software enabling virtual processing resources of the one or more processors and virtual memory to be assigned to support: - a first operating environment supporting a first operating system and one or more virtual machines; - a second operating environment supporting a real-time operating system; and - a secure monitor layer providing a bridge between the first and second operating environments; and an interrupt controller configured to provide an interface between a plurality of physical interrupt lines from one or more peripheral devices and at least two interrupt inputs (702, 704, 706) of each of the one or more processors, characterized in that the interrupt controller is configured to generate, on the at least two interrupt inputs: interrupts of a first type (NS_IRQ/vNS_IRQ) destined for the first operating environment; interrupts of a second type (S_IRQ/vS_IRQ) destined for the second operating environment; and interrupts of a third type (M_IRQ) destined for the secure monitor layer. one or more processors; one or more memory devices storing software enabling virtual processing resources of the one or more processors and virtual memory to be assigned to support: - a first operating environment supporting a first operating system and one or more virtual machines; - a second operating environment supporting a real-time operating system; and - a secure monitor layer providing a bridge between the first and second operating environments; and - a first operating environment supporting a first operating system and one or more virtual machines; - a second operating environment supporting a real-time operating system; and - a secure monitor layer providing a bridge between the first and second operating environments; and an interrupt controller configured to provide an interface between a plurality of physical interrupt lines from one or more peripheral devices and at least two interrupt inputs (702, 704, 706) of each of the one or more processors, characterized in that the interrupt controller is configured to generate, on the at least two interrupt inputs: interrupts of a first type (NS_IRQ/vNS_IRQ) destined for the first operating environment; interrupts of a second type (S_IRQ/vS_IRQ) destined for the second operating environment; and interrupts of a third type (M_IRQ) destined for the secure monitor layer. interrupts of a first type (NS_IRQ/vNS_IRQ) destined for the first operating environment; interrupts of a second type (S_IRQ/vS_IRQ) destined for the second operating environment; and interrupts of a third type (M_IRQ) destined for the secure monitor layer.
A chelating amphiphilic polymer that is capable of self-assembly comprising a hydrophilic block and a hydrophobic block, wherein the hydrophilic block is provided with a chelating moiety as an end-group, wherein the hydrophilic block is selected from the group consisting of poly (ethylene oxide), poly (meth)acrylic acid, derivatives of polyacrylamide, poly alcohols such as poly (vinyl alcohol) or poly (hydroxy ethyl methacrylate), hydrophilic polypeptides, and sugar derivatives, wherein the hydrophobic block is selected from the group consisting of poly (butadiene), poly (isoprene), and poly (ethylethylene), and the chelating amphiphilic polymer satisfying the general structural formula (i) X - M A n - M B m wherein X represents a chelating moiety; M A represents a hydrophilic repeating unit forming the hydrophilic block; M B represents a hydrophobic repeating unit forming the hydrophobic block; n and m each independently are integers of from 3 to 1,000,000, preferably of from 5 to 5,000, representing the number of monomeric units forming the respective blocks.
A radiation curable biobased coating comprising a biobased component which comprises a biobased polyol acrylate, the biobased component being blended with a coating formula, the coating formula including at least one initiator, wherein the radiation curable biobased coating contains at least 5% weight of renewable materials or biobased content wherein the biobased polyol acrylate comprises a biobased polyol that is partially or fully acrylated, wherein the biobased polyol comprises a diol and a diacid.