mhurhangee/ep-ind-claims huggingface dataset:
An x-ray imaging system configured for performing multiple modality imaging of a subject, including cone-beam computed tomography (CBCT) imaging, two-dimensional intraoral x-ray imaging, and intraoral tomosynthesis imaging, the x-ray imaging system comprising: a rotatable gantry; an x-ray source array attached to the rotatable gantry and comprising a plurality of spatially distributed x-ray focal spots; a digital area x-ray detector attached to the rotatable gantry, opposite the x-ray source array; an intraoral sensor; an adjustable collimation assembly positioned between the x-ray source array and the subject and configured to limit x-ray radiation generated by the x-ray source array to a surface of either the intraoral sensor or the digital area x-ray detector depending on an imaging mode the x-ray imaging system is operating in; and a control unit comprising one or more processors, the control unit configured to operate the x-ray imaging system in: either a 2D intraoral x-ray imaging mode or an intraoral tomosynthesis imaging mode using the x-ray source array and the intraoral sensor; or a CBCT imaging mode using the digital area x-ray detector and the x-ray source array. a rotatable gantry; an x-ray source array attached to the rotatable gantry and comprising a plurality of spatially distributed x-ray focal spots; a digital area x-ray detector attached to the rotatable gantry, opposite the x-ray source array; an intraoral sensor; an adjustable collimation assembly positioned between the x-ray source array and the subject and configured to limit x-ray radiation generated by the x-ray source array to a surface of either the intraoral sensor or the digital area x-ray detector depending on an imaging mode the x-ray imaging system is operating in; and a control unit comprising one or more processors, the control unit configured to operate the x-ray imaging system in: either a 2D intraoral x-ray imaging mode or an intraoral tomosynthesis imaging mode using the x-ray source array and the intraoral sensor; or a CBCT imaging mode using the digital area x-ray detector and the x-ray source array. either a 2D intraoral x-ray imaging mode or an intraoral tomosynthesis imaging mode using the x-ray source array and the intraoral sensor; or a CBCT imaging mode using the digital area x-ray detector and the x-ray source array.
A ball striking device, comprising: a first member including a first surface that, at least in part, defines a ball striking surface that faces a ball in use; and a second member attached with the first member, wherein the second member includes a generally triangular or trapezoidally shaped body portion, which includes a first side arm and a second side arm, and extends in a direction away from the first member so that a base side or base member of the body portion is positioned at the rear of the second member, wherein the body portion defines at least one open area, and the first side arm and the second side arm each define a portion of an exterior perimeter of the ball striking device, wherein an opening is defined in the first member, and an insert portion of the second member is received in the opening, wherein the opening in the first member extends through the first member such that the insert portion of the second member is exposed through the first surface of the first member, and wherein the ball striking device includes a ball striking head that includes the ball striking surface, wherein the ball striking head has a moment of inertia about a center of the ball striking surface of at least 10,000 g-cm 2. a first member including a first surface that, at least in part, defines a ball striking surface that faces a ball in use; and a second member attached with the first member, wherein the second member includes a generally triangular or trapezoidally shaped body portion, which includes a first side arm and a second side arm, and extends in a direction away from the first member so that a base side or base member of the body portion is positioned at the rear of the second member, wherein the body portion defines at least one open area, and the first side arm and the second side arm each define a portion of an exterior perimeter of the ball striking device, wherein an opening is defined in the first member, and an insert portion of the second member is received in the opening, wherein the opening in the first member extends through the first member such that the insert portion of the second member is exposed through the first surface of the first member, and wherein the ball striking device includes a ball striking head that includes the ball striking surface, wherein the ball striking head has a moment of inertia about a center of the ball striking surface of at least 10,000 g-cm 2.
A ribbon (142, 145) for a solar cell panel, the ribbon comprising: a ribbon body (1420, 1450) having electrical conductivity; an insulating layer (1422, 1452) disposed on at least one side over a longitudinal surface of at least the ribbon body; and a solder layer (1424, 1454) disposed throughout a portion excluding the insulating layer over the longitudinal surface of the ribbon body, the solder layer being disposed throughout at least a remaining side opposite to the one side, characterized in that each of the insulating layer and the solder layer is formed in an area ranging from 30% to 70% of a side surface, connecting the one side and the remaining side to each other, in a longitudinal direction of the ribbon body. a ribbon body (1420, 1450) having electrical conductivity; an insulating layer (1422, 1452) disposed on at least one side over a longitudinal surface of at least the ribbon body; and a solder layer (1424, 1454) disposed throughout a portion excluding the insulating layer over the longitudinal surface of the ribbon body, the solder layer being disposed throughout at least a remaining side opposite to the one side, characterized in that each of the insulating layer and the solder layer is formed in an area ranging from 30% to 70% of a side surface, connecting the one side and the remaining side to each other, in a longitudinal direction of the ribbon body.
A nozzle for a plasma arc cutting torch, said nozzle including a body fabricated of a first material, said nozzle further including a second material defining an orifice, said nozzle focusing a plasma arc through said orifice, said second material being a high heat resistant, electrically conductive material, the melting temperature of said second material being higher than the melting temperature of said first material.
A floor of a self-supporting framework of a vehicle, intended to be connected to a front axle and a rear axle each carrying at least one wheel and showing different tracks, the floor having at least one reinforcement element disposed in an oblique manner with respect to the longitudinal axis of said floor and arranged so that at least one of its ends is placed facing one of the wheels of the front and/or rear axles when the floor is connected to said front and rear axles, characterized in that it further includes at least one reinforcement element disposed in a parallel manner to the longitudinal axis of the vehicle, preferably at least one longitudinal reinforcement element, which joins an oblique reinforcement element at the level of one of its ends.
CMAP27 derivatives consisting of the general amino acid sequence RX 1 GRX 2 LRKIRRX 3 X 4 in which X 1, X 2 and X 3 can independently be F, L, W, or Y and X 4 can be 0-9 amino acids and wherein further said derivatives are C-terminally amidated.
A method of introducing mRNA encoding Cas9 protein ( Cas9 mRNA) into a non-human mammalian embryo, comprising the steps of; (a) placing a mixture of the non-human mammalian embryo and a solution comprising Cas9 mRNA in the gap between a pair of electrodes, wherein the concentration of Cas9 mRNA is at least 200 ng/μl, and (b) applying a voltage to the electrodes for a voltage application duration, wherein the voltage is at least 20 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 15 msec; or wherein the voltage is at least 30 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 5 msec, provided that the voltage is 20 to 40 V per millimeter of the distance between the electrodes, and the product of the voltage and the voltage application duration is not more than 990 Vmsec per millimeter of the distance between the electrodes. (a) placing a mixture of the non-human mammalian embryo and a solution comprising Cas9 mRNA in the gap between a pair of electrodes, wherein the concentration of Cas9 mRNA is at least 200 ng/μl, and (b) applying a voltage to the electrodes for a voltage application duration, wherein the voltage is at least 20 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 15 msec; or wherein the voltage is at least 30 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 5 msec, provided that the voltage is 20 to 40 V per millimeter of the distance between the electrodes, and the product of the voltage and the voltage application duration is not more than 990 Vmsec per millimeter of the distance between the electrodes. wherein the voltage is at least 20 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 15 msec; or wherein the voltage is at least 30 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 5 msec, provided that the voltage is 20 to 40 V per millimeter of the distance between the electrodes, and the product of the voltage and the voltage application duration is not more than 990 Vmsec per millimeter of the distance between the electrodes.
Laser apparatus, comprising: a gain-medium having a plurality of emission bands; first and second resonator mirrors (12,14), each resonator mirror (12,14) having a reflective surface, the resonator mirrors (12,14) arranged around the gain-medium to form an unstable laser-resonator, the unstable laser-resonator having an optical axis; wherein the second resonator mirror includes a spectrally-selective element, the spectrally-selective element occupying a less than 30% portion of the reflective surface of the second resonator mirror, the spectrally-selective element located on the optical axis, the spectrally-selective element having a reflection loss of less than about 4% for a desired emission band and a reflection loss of greater than 10% for other emission bands; wherein the first mirror and the spectrally-selective element in the second mirror form a stable laser-resonator on the optical axis, the stable laser-resonator generating laser-radiation predominantly in the desired emission band, laser-radiation generated by the stable laser-resonator leaking into the unstable laser-resonator, thereby seeding the unstable laser-resonator; and wherein energizing the gain-medium produces laser-radiation from the unstable laser-resonator having higher power in the desired emission band than in the other emission bands. a gain-medium having a plurality of emission bands; first and second resonator mirrors (12,14), each resonator mirror (12,14) having a reflective surface, the resonator mirrors (12,14) arranged around the gain-medium to form an unstable laser-resonator, the unstable laser-resonator having an optical axis; wherein the second resonator mirror includes a spectrally-selective element, the spectrally-selective element occupying a less than 30% portion of the reflective surface of the second resonator mirror, the spectrally-selective element located on the optical axis, the spectrally-selective element having a reflection loss of less than about 4% for a desired emission band and a reflection loss of greater than 10% for other emission bands; wherein the first mirror and the spectrally-selective element in the second mirror form a stable laser-resonator on the optical axis, the stable laser-resonator generating laser-radiation predominantly in the desired emission band, laser-radiation generated by the stable laser-resonator leaking into the unstable laser-resonator, thereby seeding the unstable laser-resonator; and wherein energizing the gain-medium produces laser-radiation from the unstable laser-resonator having higher power in the desired emission band than in the other emission bands.
A between-bed-and-wheelchair move assist apparatus arranged to facilitate a caregiver to help a carereceiver to move between a bed and a wheelchair, said between-bed-and-wheelchair move assist apparatus comprising: a support member mounted in a side rail mount hole of the bed; and a slide board mounted on the support member so as to bridge between a surface of a mat on the bed and the seat surface of the wheelchair by sliding on the mat on the bed and stretching toward the wheelchair from a position on the bed; characterized in that the support member includes a U-shaped support member formed of two support portions (11, 12) disposed parallel to each other and a common support portion to which one end of each of the two support portions (11, 12) is connected; a first mount shaft is embedded in a first axial support portion axially supporting the common support portion, the first mount shaft having its tip end inserted in the side rail mount hole of the bed so as to be turnable relative to the bed; a second mount shaft is connected to the first mount shaft through an arm portion, the second mount shaft having its tip end inserted in another side rail mount hole of the bed; the slide board is mounted so as to be turnable about one of the two support portions (11, 12) used as a shaft for turning; and lock means are provided on the first mount shaft, the lock means locking the slide board from turning when a predetermined angle of turning of the slide board is reached. a support member mounted in a side rail mount hole of the bed; and a slide board mounted on the support member so as to bridge between a surface of a mat on the bed and the seat surface of the wheelchair by sliding on the mat on the bed and stretching toward the wheelchair from a position on the bed; characterized in that the support member includes a U-shaped support member formed of two support portions (11, 12) disposed parallel to each other and a common support portion to which one end of each of the two support portions (11, 12) is connected; a first mount shaft is embedded in a first axial support portion axially supporting the common support portion, the first mount shaft having its tip end inserted in the side rail mount hole of the bed so as to be turnable relative to the bed; a second mount shaft is connected to the first mount shaft through an arm portion, the second mount shaft having its tip end inserted in another side rail mount hole of the bed; the slide board is mounted so as to be turnable about one of the two support portions (11, 12) used as a shaft for turning; and lock means are provided on the first mount shaft, the lock means locking the slide board from turning when a predetermined angle of turning of the slide board is reached.
A composition X comprising the following substances: L-valin in an amount ranging from 0.01 wt% to 0.09 wt%; maltol in an amount ranging from 30 wt% to 80 wt%; naringin in an amount ranging from 15 wt% to 55 wt%; maltodextrine having a dextrose equivalent of 14; arabicgum (spraygum); acetoin in an amount ranging from 0.005 wt% to 0.09 wt%; delta dodecalactone in an amount ranging from 0.5 wt% to 1.5 wt%; delta decalactone in an amount ranging from 0.06 wt% to 0.6 wt%; and massoia lactone in an amount ranging from 0.06 wt% to 0.7 wt%. L-valin in an amount ranging from 0.01 wt% to 0.09 wt%; maltol in an amount ranging from 30 wt% to 80 wt%; naringin in an amount ranging from 15 wt% to 55 wt%; maltodextrine having a dextrose equivalent of 14; arabicgum (spraygum); acetoin in an amount ranging from 0.005 wt% to 0.09 wt%; delta dodecalactone in an amount ranging from 0.5 wt% to 1.5 wt%; delta decalactone in an amount ranging from 0.06 wt% to 0.6 wt%; and massoia lactone in an amount ranging from 0.06 wt% to 0.7 wt%.
A single-chip push-pull magnetoresistive sensor bridge, comprising: a sensor bridge comprised of a multitude of magnetoresistive sensor arms, wherein each magnetoresistive sensor arm comprises at least one MTJ, AMR or GMR magnetoresistive element (R21, R22, R23,R24), and each magnetoresistive element (R21, R22, R23,R24) is sensitive to a magnetic field along a sensing direction wherein each sensor arm is characterised by a pair of spaced permanent magnet strips disposed on two sides of each magnetoresistive element (R21, R22, R23,R24) of the sensor arm and arranged to bias the direction of the magnetization of each said magnetoresistive element (R21, R22, R23,R24), and wherein a length of each of the permanent magnet strips is larger than a gap between the spaced permanent magnet strips in order to make the magnetic field between the permanent magnet strips uniform. a sensor bridge comprised of a multitude of magnetoresistive sensor arms, wherein each magnetoresistive sensor arm comprises at least one MTJ, AMR or GMR magnetoresistive element (R21, R22, R23,R24), and each magnetoresistive element (R21, R22, R23,R24) is sensitive to a magnetic field along a sensing direction wherein each sensor arm is characterised by a pair of spaced permanent magnet strips disposed on two sides of each magnetoresistive element (R21, R22, R23,R24) of the sensor arm and arranged to bias the direction of the magnetization of each said magnetoresistive element (R21, R22, R23,R24), and wherein a length of each of the permanent magnet strips is larger than a gap between the spaced permanent magnet strips in order to make the magnetic field between the permanent magnet strips uniform.
A system for aiding a user to move, comprising: a sensor in the form of footwear or an attachment to footwear and configured to detect a parameter indicating a position of the user's foot; a projector operable to project a first visual cue in the form of a line in front of the user, wherein the projector is a laser and is configured to be rotated ninety degrees between a first orientation and a second orientation such that when the projector is in the first orientation the line is projected vertically in front of the user and when the projector is in the second orientation the line is projected horizontally in front of the user; and a processor, wherein the processor is configured to control the projector depending on the sensed parameter.
A white light emitting device comprising: a light emitting diode emitting light having a peak wavelength of 415 nm to 435 nm; and a wavelength converter disposed on the light emitting diode, wherein the wavelength converter comprises: a first red phosphor represented by A 2 MF 6:Mn; a second red phosphor represented by (Sr,Ca)AlSiN 3:Eu or CaAlSiN 3:Eu; a green phosphor represented by (Ba,Sr,Ca) 2 SiO 4:Eu; and a cyan phosphor represented by Lu 3 Al 5 O 12:Ce or Lu 3 (Al,X) 5 O 12:Ce (where Al is partially replaced by a group III element other than Al), and wherein a weight ratio of the cyan phosphor to the green phosphor is 8 to 9.9:0.1 to 2 and a weight ratio of the second red phosphor to the first red phosphor is 2.5 to 5:7.5 to 5. (A is any one selected from the group consisting of Li, Na, K, Rb, Ce, and NH 4, M is any one selected from the group consisting of Si, Ti, Nb, and Ta, and X is a group III element other than Al.) a light emitting diode emitting light having a peak wavelength of 415 nm to 435 nm; and a wavelength converter disposed on the light emitting diode, wherein the wavelength converter comprises: a first red phosphor represented by A 2 MF 6:Mn; a second red phosphor represented by (Sr,Ca)AlSiN 3:Eu or CaAlSiN 3:Eu; a green phosphor represented by (Ba,Sr,Ca) 2 SiO 4:Eu; and a cyan phosphor represented by Lu 3 Al 5 O 12:Ce or Lu 3 (Al,X) 5 O 12:Ce (where Al is partially replaced by a group III element other than Al), and wherein a weight ratio of the cyan phosphor to the green phosphor is 8 to 9.9:0.1 to 2 and a weight ratio of the second red phosphor to the first red phosphor is 2.5 to 5:7.5 to 5. (A is any one selected from the group consisting of Li, Na, K, Rb, Ce, and NH 4, M is any one selected from the group consisting of Si, Ti, Nb, and Ta, and X is a group III element other than Al.) a first red phosphor represented by A 2 MF 6:Mn; a second red phosphor represented by (Sr,Ca)AlSiN 3:Eu or CaAlSiN 3:Eu; a green phosphor represented by (Ba,Sr,Ca) 2 SiO 4:Eu; and a cyan phosphor represented by Lu 3 Al 5 O 12:Ce or Lu 3 (Al,X) 5 O 12:Ce (where Al is partially replaced by a group III element other than Al), and wherein a weight ratio of the cyan phosphor to the green phosphor is 8 to 9.9:0.1 to 2 and a weight ratio of the second red phosphor to the first red phosphor is 2.5 to 5:7.5 to 5. (A is any one selected from the group consisting of Li, Na, K, Rb, Ce, and NH 4, M is any one selected from the group consisting of Si, Ti, Nb, and Ta, and X is a group III element other than Al.)
A tap fitting for a drinking-water supply, the fitting housing of which has at least one drinking-water line with at least one tap opening, wherein the fitting housing has at least one disinfection-agent connection assigned to the drinking-water line, in order to enable the disinfection of the tap opening and the drinking-water line, characterised in that the fitting housing has at least one waste-water line with at least one waste-water inlet, and in that the fitting housing has at least one connecting piece held in an adjustably movable manner between the waste-water line and the drinking-water line.
A balloon catheter system used in endovascular procedures comprising: a balloon (18, 126); an outer tubular assembly, a proximal part of the balloon affixed to the outer tubular assembly (Fig. 2), the outer tubular assembly including an inflation lumen through which an inflation fluid is delivered to the balloon; and an inner tubular assembly, a distal part of the balloon affixed to the inner tubular assembly (Fig. 17); characterized by the inner tubular assembly including: a purge port in communication with an interior of the balloon, the purge port comprising a membrane that allows passage of gas but restricts passage of liquid in order to purge gas from the balloon while retaining the inflation liquid within the balloon in order for the balloon to maintain an inflated shape after the balloon is inflated; and a de-airing channel in communication with the purge port through which gas expelled from the balloon passes out from a distal end of the balloon catheter. a balloon (18, 126); an outer tubular assembly, a proximal part of the balloon affixed to the outer tubular assembly (Fig. 2), the outer tubular assembly including an inflation lumen through which an inflation fluid is delivered to the balloon; and an inner tubular assembly, a distal part of the balloon affixed to the inner tubular assembly (Fig. 17); characterized by the inner tubular assembly including: a purge port in communication with an interior of the balloon, the purge port comprising a membrane that allows passage of gas but restricts passage of liquid in order to purge gas from the balloon while retaining the inflation liquid within the balloon in order for the balloon to maintain an inflated shape after the balloon is inflated; and a de-airing channel in communication with the purge port through which gas expelled from the balloon passes out from a distal end of the balloon catheter. a purge port in communication with an interior of the balloon, the purge port comprising a membrane that allows passage of gas but restricts passage of liquid in order to purge gas from the balloon while retaining the inflation liquid within the balloon in order for the balloon to maintain an inflated shape after the balloon is inflated; and a de-airing channel in communication with the purge port through which gas expelled from the balloon passes out from a distal end of the balloon catheter.