mhurhangee/ep-ind-claims huggingface dataset:
An intramedullary nail insertion system, comprising: a handle having a body that includes a distal body end, and a proximal body end that is spaced from the distal body end along a proximal direction, the proximal body end defining a proximal body opening, the distal body end defining a distal body opening, and the handle defining an aperture that extends through the body from the distal body opening to the proximal body opening; a coupler sized to be at least partially received into the aperture, the coupler including a distal coupler end, and a proximal coupler end that is spaced from the distal coupler end, the distal coupler end including a first fastener configured to fasten to an intramedullary nail, and the proximal coupler end including a second fastener; and a securement member having a third fastener configured to fasten to the second fastener of the coupler so as to capture the body between the securement member and the intramedullary nail when the proximal coupler end is received into the aperture and the first fastener of the coupler is fastened to the intramedullary nail, characterized in that the body includes an engagement feature that engages the coupler so as to limit translation of the handle relative to the coupler along the proximal direction when the proximal coupler end is received through the distal body opening and before the securement member is fastened to the coupler. a handle having a body that includes a distal body end, and a proximal body end that is spaced from the distal body end along a proximal direction, the proximal body end defining a proximal body opening, the distal body end defining a distal body opening, and the handle defining an aperture that extends through the body from the distal body opening to the proximal body opening; a coupler sized to be at least partially received into the aperture, the coupler including a distal coupler end, and a proximal coupler end that is spaced from the distal coupler end, the distal coupler end including a first fastener configured to fasten to an intramedullary nail, and the proximal coupler end including a second fastener; and a securement member having a third fastener configured to fasten to the second fastener of the coupler so as to capture the body between the securement member and the intramedullary nail when the proximal coupler end is received into the aperture and the first fastener of the coupler is fastened to the intramedullary nail, characterized in that the body includes an engagement feature that engages the coupler so as to limit translation of the handle relative to the coupler along the proximal direction when the proximal coupler end is received through the distal body opening and before the securement member is fastened to the coupler.
A sterilizer (700, 800) for sterilizing a female Luer fitting comprising: an optical plug (730, 830) comprising a base end, an insertion end having a frustoconical insertion sidewall, and a front window at a proximal end of the insertion end, wherein the insertion end is adapted to be inserted into a corresponding internal cavity of the female Luer fitting; a sterilizer body (710, 810), the body (710, 810) comprising a catheter harness (714, 820) configured to prevent ambient light entering a catheter associated with the female Luer fitting and a female Luer fitting harness configured to prevent ambient light entering the female Luer fitting; at least one UV light source providing light in a range of approximately 100 nm to 700 nm, wherein the at least one UV light source is a UV-A light source and a UV-C light source, and wherein the UV light can be radiated through the optical plug (730, 830) and out of the insertion sidewall and front window, thereby irradiating the inner surfaces of the female Luer fitting and the inside of the catheter; and a means of controlling or adjusting the light output or duty cycle of the at least one UV light source such that the UV-A light source is turned on alone for a predetermined period of time and then turned off, and then the UV-C light source is turned on for a predetermined period of time and then turned off, such that the UV-A and UV-C light sources are turned on sequentially with the UV-A light source preceding the UV-C light source. an optical plug (730, 830) comprising a base end, an insertion end having a frustoconical insertion sidewall, and a front window at a proximal end of the insertion end, wherein the insertion end is adapted to be inserted into a corresponding internal cavity of the female Luer fitting; a sterilizer body (710, 810), the body (710, 810) comprising a catheter harness (714, 820) configured to prevent ambient light entering a catheter associated with the female Luer fitting and a female Luer fitting harness configured to prevent ambient light entering the female Luer fitting; at least one UV light source providing light in a range of approximately 100 nm to 700 nm, wherein the at least one UV light source is a UV-A light source and a UV-C light source, and wherein the UV light can be radiated through the optical plug (730, 830) and out of the insertion sidewall and front window, thereby irradiating the inner surfaces of the female Luer fitting and the inside of the catheter; and a means of controlling or adjusting the light output or duty cycle of the at least one UV light source such that the UV-A light source is turned on alone for a predetermined period of time and then turned off, and then the UV-C light source is turned on for a predetermined period of time and then turned off, such that the UV-A and UV-C light sources are turned on sequentially with the UV-A light source preceding the UV-C light source.
Kit for cladding a wall (1; 10; 12) with solar panels (9; 90) comprising at least one solar panel (9; 90), a support for said solar panel (9; 90), a means of attachment (23, 24) of the solar panel (9; 90) onto the support, a means of fastening the support onto the wall (1; 10; 12), the kit comprising at least two elements of cladding (2 to 7; 91) for the wall (1; 10; 12), an element called cassette (8; 80; 13) in which a solar panel is permanently inserted (9; 90), each element of cladding (2 to 7; 91) or cassette (8; 80; 13) being independent and provided with means of attachment (23, 24) removable from the element of cladding (2 to 7; 91) or from the cassette (8; 80; 13) on the support, characterized in that the principal plane of the solar panel (9; 90) attached onto the support is oriented angularly with respect to the principal plane of the wall (1; 10; 12) on which the support is fastened, the angle of inclination of the solar panel (9; 90) being between 2° and 15° and in that the elements of cladding (2 to 7) are in the form of polyhedrons including a principal face, said face visible when the elements of cladding (2 to 7; 91) are in place on the wall (1; 10; 12), being flat but not parallel with respect to the principal plane of the wall and in that the principal visible faces of the elements of cladding (2 to 7) are not co-planar but are arranged angularly with respect to each other.
A device for displaying a color image comprising: an illumination source; an array of attenuating elements, each able to selectively attenuate the light produced by said illumination source according to an attenuation pattern corresponding to a gray-level representation of said color image; and an array of color sub-pixel filter elements able to receive selectively attenuated light from said array of attenuating elements, each sub-pixel filter element able to transmit light of one of n different primary colors, wherein n is equal to or greater than four; characterized in that the illumination source comprises a plurality of light-emitting diodes (LEDs) including LEDs of m different wavelength spectra, each LED is able to produce respective light of one of said m different wavelength spectra, wherein m is equal to or greater than three, said LEDs produce light substantially simultaneously, and at least one of said n primary colors is reproducible by a combination of two or more of said m wavelength spectra, and at least one of said sub-pixel filter elements is able to fully transmit substantially the entire spectrum of said two or more of said m wavelength spectra, and wherein m is different from n. an illumination source; an array of attenuating elements, each able to selectively attenuate the light produced by said illumination source according to an attenuation pattern corresponding to a gray-level representation of said color image; and an array of color sub-pixel filter elements able to receive selectively attenuated light from said array of attenuating elements, each sub-pixel filter element able to transmit light of one of n different primary colors, wherein n is equal to or greater than four;
A method for lowering the true crystallization temperature of a clear brine fluid comprising a halide salt and water and having a density of at least 1078.43 kg/m 3 (9 ppg), which method comprises adding from 2 to 20 wt%, based on the combined weight of the halide salt and water, of a crystallization suppressant additive comprising a 1,3 dicarbonyl compound having from 3 to 7 carbon atoms.
A backpack, comprising: an adjustable padded shoulder-strap set, wherein the shoulder-strap set is attached to a backpanel of the backpack; and an adjustable padded hip-belt set, wherein the hip-belt set is mounted to the backpanel by a pair of hip-belt adjustment mechanisms wherein the hip-belt set includes a pair of hip-belt straps, characterised in that each of the hip-belt adjustment mechanisms includes a cam buckle a cam lock and a buckle webbing, wherein the cam buckles are mounted to the backpanel of the backpack via the buckle webbings and wherein the hip-belt straps are threaded through the cam buckles to mount the hip-belt set to a lumbar region of the backpanel, and wherein the adjustable hip-belt set is configured to be adjusted by moving at least one of the hip-belt straps horizontally through the cam buckle, and then once in a desired position, fastened in place against the backpanel by moving the cam lock of the cam buckle to a closed position. an adjustable padded shoulder-strap set, wherein the shoulder-strap set is attached to a backpanel of the backpack; and an adjustable padded hip-belt set, wherein the hip-belt set is mounted to the backpanel by a pair of hip-belt adjustment mechanisms wherein the hip-belt set includes a pair of hip-belt straps, characterised in that each of the hip-belt adjustment mechanisms includes a cam buckle a cam lock and a buckle webbing, wherein the cam buckles are mounted to the backpanel of the backpack via the buckle webbings and wherein the hip-belt straps are threaded through the cam buckles to mount the hip-belt set to a lumbar region of the backpanel, and wherein the adjustable hip-belt set is configured to be adjusted by moving at least one of the hip-belt straps horizontally through the cam buckle, and then once in a desired position, fastened in place against the backpanel by moving the cam lock of the cam buckle to a closed position. wherein the hip-belt set includes a pair of hip-belt straps, characterised in that each of the hip-belt adjustment mechanisms includes a cam buckle a cam lock and a buckle webbing, wherein the cam buckles are mounted to the backpanel of the backpack via the buckle webbings and wherein the hip-belt straps are threaded through the cam buckles to mount the hip-belt set to a lumbar region of the backpanel, and wherein the adjustable hip-belt set is configured to be adjusted by moving at least one of the hip-belt straps horizontally through the cam buckle, and then once in a desired position, fastened in place against the backpanel by moving the cam lock of the cam buckle to a closed position.
Anti-trip device for an escape mechanism arranged to cooperate with a balance pivoting about a first pivot axis whose position is fixed relative to a plate, said device including a pivoting wheel set, pivotally moveable about a second pivot axis parallel to said first pivot axis and in a fixed position relative to said plate, said pivoting wheel set including guide means, characterized in that said device also includes a roller arranged to be secured to said balance and to pivot integrally therewith, said roller including complementary guide means arranged to cooperate with said guide means, said guide means, or respectively said complementary guide means, including a cam with a cam track, said cam being arranged to move said pivoting wheel set closer to said first pivot axis when said balance is pivoting in a first direction of pivoting, and to move said pivoting wheel set away from said first pivot axis when said balance is pivoting in a second direction of pivoting opposite to said first direction of pivoting, whereas said complementary guide means, or respectively said guide means includes a fixed finger arranged to cooperate with said cam.
i -P-[( j -F)-A-( k -Q)- m] n or P-( j-Q)-A-( k-F) for use in an in-vivo method for selective detection of one or more diseased cells within about 1 cm from the surface of a tissue in a subject, wherein the method comprises: (a) administering a composition comprising i -P-[( j -F)-A-( k -Q)- m] n or P-( j -Q)-A-( k -F) to the subject; and (b) obtaining an in situ image of said tissue, wherein the image allows for selective detection of one or more diseased cells within about 1 cm from the surface of the tissue and excludes deep tissue emission; and wherein i -P-[( j -F)-A-( k -Q)- m] n and P-( j-Q)-A-( k-F) are molecular imaging probes having optical properties in the visible spectrum and wherein S1, S2, S3, and S4 are spacers that each independently comprise a group selected from PEG2, PEG2 attached to an amino acid, aminohexanoic acid, an amino acid sequence SRK, an amino acid D, and an amino acid C; i is 0; P is a pharmacokinetic modifier comprising a group selected from polyethylene glycol, methoxypolyethylene glycol (MPEG), polyethylene glycol-diacid, polyethylene glycol monoamine, MPEG monoamine, MPEG hydrazide, and MPEG imidazole; F is a fluorochrome selected from Cy3, Cy3.5, Cy5, Alexa 568, Alexa 546, Alexa 610, Alexa 647, ROX, TAMRA, Bodipy 576, Bodipy 581, Bodipy TR, Bodipy 630, VivoTag 645 and Texas Red; A is a GRKL or GGRK amino acid sequence; Q is a dark quencher selected from a QSY quencher (optionally QSY21, QSY7, QSY9, or QSY35), a dabcyl quencher, an Iowa Black, and a Black Hole quencher; j is 0 or 1; k is 0 or 1; m is 0 or 1; and n is 1, 2, or 4. (a) administering a composition comprising i -P-[( j -F)-A-( k -Q)- m] n or P-( j -Q)-A-( k -F) to the subject; and (b) obtaining an in situ image of said tissue, wherein the image allows for selective detection of one or more diseased cells within about 1 cm from the surface of the tissue and excludes deep tissue emission;
A resin composition, comprising: (i) a binder polymer; and (ii) a metal compound, which - is at least one selected from an oxide, a sulfide, a halide, a carbonate, a carboxylate, a sulfonate, a phosphate, a nitrate, a sulfate, an alkoxide, a hydroxide, and an acetylacetonate complex that may have a substituent group; and - contains at least one metal selected from the Groups 1, 2, 4 and 12-15 in the periodic table; with the proviso that the binder polymer does not comprise a polyester. (i) a binder polymer; and (ii) a metal compound, which - is at least one selected from an oxide, a sulfide, a halide, a carbonate, a carboxylate, a sulfonate, a phosphate, a nitrate, a sulfate, an alkoxide, a hydroxide, and an acetylacetonate complex that may have a substituent group; and - contains at least one metal selected from the Groups 1, 2, 4 and 12-15 in the periodic table; with the proviso that the binder polymer does not comprise a polyester. - is at least one selected from an oxide, a sulfide, a halide, a carbonate, a carboxylate, a sulfonate, a phosphate, a nitrate, a sulfate, an alkoxide, a hydroxide, and an acetylacetonate complex that may have a substituent group; and - contains at least one metal selected from the Groups 1, 2, 4 and 12-15 in the periodic table;
An electrophotographic developing member (1; 24) comprising a substrate, and an electroconductive layer (3; 3b) on the substrate, wherein the electroconductive layer (3; 3b) has electrically insulating domains on an outer surface thereof, the domains being independent from each other, the developing member (1; 24) has an outer surface including a surface of the electroconductive layer (3; 3b) and surfaces of the domains, and characterized in that, when each of the domains is orthographically projected onto the surface of the electroconductive layer (3; 3b), defining respective areas of projected images of the domains as S, and defining respective areas of convex envelopes of the projected images of the domains as H, 20% or more of the domains satisfy the relation represented by Expression: 0.05 ≤ S/H ≤ 0.80 wherein the electroconductive layer (3; 3b) has electrically insulating domains on an outer surface thereof, the domains being independent from each other, the developing member (1; 24) has an outer surface including a surface of the electroconductive layer (3; 3b) and surfaces of the domains, and characterized in that, when each of the domains is orthographically projected onto the surface of the electroconductive layer (3; 3b), defining respective areas of projected images of the domains as S, and defining respective areas of convex envelopes of the projected images of the domains as H, 20% or more of the domains satisfy the relation represented by Expression: 0.05 ≤ S/H ≤ 0.80
A method for producing a 2-alkenylamine compound by reacting a primary or secondary amine compound with a 2-alkenyl compound in the presence of a catalyst, wherein the catalyst is a transition metal complex which is a reaction product of a complexing agent having a nitrogen coordination site and an oxygen coordination site bidentate-coordinated to a transition metal atom in the molecule and a transition metal precursor having a monovalent anionic five-membered ring-conjugated diene as a ligand in the molecule, and wherein a Bronsted acid is added, wherein the 2-alkenyl compound is a compound represented by the following formula: wherein R 1, R 2, R 3, R 4 and R 5 represent, independently from each other, a hydrogen atom, a C1 to C10 alkyl group, a C2 to C10 alkenyl group, a C1 to C10 alkoxy group, a C3 to C12 cycloalkyl group, a C3 to C12 cycloalkenyl group, an acetoxy group, or a C6 to C10 aryl group; and X represents a substituent selected from the group consisting of NO 2 -, HO-, RO-, RS 2 O-, and RCOO-, wherein R is a C1 to C30 organic group.
Mortar shell having a projectile body, a stabilizing unit shaft, which is connected to the projectile body, and a fin stabilizing unit, which is attached to the rear of the stabilizing unit shaft, the material of the stabilizing unit shaft having a greater tensile strength than the material of the fin stabilizing unit, wherein the stabilizing unit shaft consists of a high-strength aluminium alloy with low elasticity, the tensile strength of which is chosen such that the stabilizing unit shaft reliably withstands the loads that occur during firing, while the material of the fin stabilizing unit has a greater elasticity or plasticity than the material of the stabilizing unit shaft in order to reliably absorb loads due to dropping and impact that occur during handling prior to firing of the mortar shell, and characterized in that an A 5 = 5-7% / RM = 500 N/mm 2 / EN-AW 7075 T6/2B is as the resistant material and an A 5 = 6-9% / RM = 310 N/mm 2 / EN-AW 6082 T6/2B is as the plastic material.
An orthodontic attachment module for an orthodontic bite corrector comprising: a first segment including an elongated shank for reception into a passage of an orthodontic buccal tube appliance, the first segment also including a first rotation stop spaced from the shank in a direction along a first reference axis, wherein the first rotation stop extends in a direction generally parallel to the shank; and a second segment including a coupling for connection to an orthodontic bite corrector, the second segment including a second rotation stop, wherein the attachment module comprises a section that interconnects the first segment and the second segment and enables relative movement of the first and second segments, and wherein the second rotation stop is spaced from the shank in a direction along a second reference axis that is generally perpendicular to the first reference axis. a first segment including an elongated shank for reception into a passage of an orthodontic buccal tube appliance, the first segment also including a first rotation stop spaced from the shank in a direction along a first reference axis, wherein the first rotation stop extends in a direction generally parallel to the shank; and a second segment including a coupling for connection to an orthodontic bite corrector, the second segment including a second rotation stop, wherein the attachment module comprises a section that interconnects the first segment and the second segment and enables relative movement of the first and second segments, and wherein the second rotation stop is spaced from the shank in a direction along a second reference axis that is generally perpendicular to the first reference axis.
Method for determining a sensor configuration in a vehicle which includes a plurality of sensors (42,44,46), comprising the steps of: - establishing a preliminary sensor configuration for the vehicle, which sensor configuration includes a first number of real sensors, each of which outputting a real sensor signal; - determining whether at least one of the real sensors can be replaced by a virtual sensor; - changing the preliminary sensor configuration into a final sensor configuration which includes a second number of real sensors and at least one virtual sensor which has been determined to replace at least one of the real sensors, wherein the second number is smaller than the first number, characterized by: wherein the determining step includes: - detecting and recording the outputs of at least a subset of the real sensors, and - conducting a causation analysis which determines causations between the recorded outputs of the subset of real sensors, wherein the causation analysis includes building a component-wise neural network, CWNN (D4'), where each real sensor of the subset of real sensors corresponds to one of the components of the CWNN, wherein each component is formed by a virtual sensor sub-model which is trained so as to emulate a respective real sensor, using the outputs of at least some of the other real sensors of the subset of real sensors. - establishing a preliminary sensor configuration for the vehicle, which sensor configuration includes a first number of real sensors, each of which outputting a real sensor signal; - determining whether at least one of the real sensors can be replaced by a virtual sensor; - changing the preliminary sensor configuration into a final sensor configuration which includes a second number of real sensors and at least one virtual sensor which has been determined to replace at least one of the real sensors, wherein the second number is smaller than the first number, wherein the determining step includes: - detecting and recording the outputs of at least a subset of the real sensors, and - conducting a causation analysis which determines causations between the recorded outputs of the subset of real sensors, - detecting and recording the outputs of at least a subset of the real sensors, and - conducting a causation analysis which determines causations between the recorded outputs of the subset of real sensors, wherein the causation analysis includes building a component-wise neural network, CWNN (D4'), where each real sensor of the subset of real sensors corresponds to one of the components of the CWNN, wherein each component is formed by a virtual sensor sub-model which is trained so as to emulate a respective real sensor, using the outputs of at least some of the other real sensors of the subset of real sensors.