mhurhangee/ep-ind-claims huggingface dataset:
A combiner as a virtual image generation device (100c, 100c1 to 100c4), visualizing a virtual image, the combiner comprising: a first optical element (21c, 21ca) on which circularly polarized real image display light for displaying an image is incident; a second optical element having circular dichroism which reflects the real image display light having passed through the first optical element (21c, 21ca) and which transmits the real image display light reflected by the second optical element and thereafter reflected by the first optical element (21c, 21ca); and a holding part (35, 36) rotatably holding at least one of the first optical element (21c, 21ca) and the second optical element such that an angle formed by a surface of the first optical element (21c, 21ca) and a surface of the second optical element can be changed, wherein the first optical element (21c, 21ca) has a wavelength selectivity to selectively reflect the real image display light and an incident angle dependency to change reflectivity depending on an incident angle, and wherein the surface of the first optical element (21c, 21ca) is angled with respect to the surface of the second optical element such that an incident angle at which the real image display light is first incident on the first optical element (21c, 21ca) is different from an incident angle at which the real image display light thereafter reflected by the second optical element is incident on the first optical element (21c, 21ca). a first optical element (21c, 21ca) on which circularly polarized real image display light for displaying an image is incident; a second optical element having circular dichroism which reflects the real image display light having passed through the first optical element (21c, 21ca) and which transmits the real image display light reflected by the second optical element and thereafter reflected by the first optical element (21c, 21ca); and a holding part (35, 36) rotatably holding at least one of the first optical element (21c, 21ca) and the second optical element such that an angle formed by a surface of the first optical element (21c, 21ca) and a surface of the second optical element can be changed, wherein the first optical element (21c, 21ca) has a wavelength selectivity to selectively reflect the real image display light and an incident angle dependency to change reflectivity depending on an incident angle, and wherein the surface of the first optical element (21c, 21ca) is angled with respect to the surface of the second optical element such that an incident angle at which the real image display light is first incident on the first optical element (21c, 21ca) is different from an incident angle at which the real image display light thereafter reflected by the second optical element is incident on the first optical element (21c, 21ca).
A fuel pump system for a turbomachine engine, comprising: a boost pump driven by an electric motor and configured to be in fluid communication with a fuel tank; a primary pump configured to be driven by a shaft connected to the turbomachine engine, wherein the primary pump is in fluid communication with the boost pump downstream of the boost pump by a boost branch; a bypass flow branch that connects the boost branch to a downstream branch that is downstream of the primary pump, wherein the downstream branch is in fluid communication with one or more metering valves and/or one or more fuel nozzles; and a bypass valve disposed in the bypass flow branch and/or the downstream branch and configured to selectively directly fluidly communicate the boost branch and the downstream branch; wherein the electric motor is controlled by a controller, characterized in that the controller is in cooling flow communication with the bypass branch, and wherein the electric motor is in cooling flow communication with both the controller and the boost pump to create loop through the boost pump. a boost pump driven by an electric motor and configured to be in fluid communication with a fuel tank; a primary pump configured to be driven by a shaft connected to the turbomachine engine, wherein the primary pump is in fluid communication with the boost pump downstream of the boost pump by a boost branch; a bypass flow branch that connects the boost branch to a downstream branch that is downstream of the primary pump, wherein the downstream branch is in fluid communication with one or more metering valves and/or one or more fuel nozzles; and a bypass valve disposed in the bypass flow branch and/or the downstream branch and configured to selectively directly fluidly communicate the boost branch and the downstream branch; wherein the electric motor is controlled by a controller, characterized in that the controller is in cooling flow communication with the bypass branch, and wherein the electric motor is in cooling flow communication with both the controller and the boost pump to create loop through the boost pump.
A composition comprising core-shell nanoparticles, wherein said nanoparticles comprise: (a) cationic core material comprising latex, the latex comprising a cationic polymer; and (b) shell material comprising metal oxide, wherein the metal oxide comprises silica; wherein the average specific size g, wherein g is defined as 1⁄2 x (length + width), of the core-shell nanoparticles as measured using DLS or TEM is 300 nm or less and 10 nm or more. (a) cationic core material comprising latex, the latex comprising a cationic polymer; and (b) shell material comprising metal oxide, wherein the metal oxide comprises silica;
Device to narrow the nasal columella and expand the nasal wings and and the nasal valve and, which comprises at least two first horizontal branches and joined, at the distal end, to form a U; wherein from the internal wall of the proximal end and, first two - right and left - lamellae branch off, so as to join the internal wall of the respective horizontal branches (13a, 13b) delimiting, medially, a space, to the right and to the left, respectively, and from the upper edge of the proximal portion of each horizontal branch and, to the right and to the left, a respective second branch (16b, 17b) gets off; the latter acute angled bends (16, 17), after a short vertical portion, and towards the outside and it continues with a respective second dragonfly-wing shaped lamella (18, 19), to the right and to the left, suitable for being inserted into the nasal vestibule and the nasal valve.
An apparatus comprising: a control system implemented in a printing system wherein the printing system includes a print engine that is operable to apply colorant onto a continuous-form medium, and further includes a radiant dryer that is operable to apply heat to the medium based on a heating power; wherein the control system is operable to direct the print engine to print a plurality of test images onto the medium, characterised in that the control system is further operable to vary at least one of the heating power and a colorant density for each of the printed test images; and to determine a drying quality for the printed test images, and to calculate an operational range of colorant densities and heating powers for the medium based on the drying quality for the printed test images. a control system implemented in a printing system wherein the printing system includes a print engine that is operable to apply colorant onto a continuous-form medium, and further includes a radiant dryer that is operable to apply heat to the medium based on a heating power; wherein the control system is operable to direct the print engine to print a plurality of test images onto the medium, characterised in that the control system is further operable to vary at least one of the heating power and a colorant density for each of the printed test images; and to determine a drying quality for the printed test images, and to calculate an operational range of colorant densities and heating powers for the medium based on the drying quality for the printed test images.
A drill adapter for placing on a drive mechanism, wherein the drill adapter comprises: a connecting element rotatable about a connecting element axis, which connecting element can be connected to the drive mechanism, at least two drilling rods (2a, 2b, 2c) arranged about a central axis, a linearization mechanism, by which a rotation of the connecting element can be transferred into oscillating movements of the at least two drilling rods (2a, 2b, 2c) in a direction parallel to the central axis, and a quick-clamping mechanism which has a rod receiver (6a, 6b, 6c) for each of the drilling rods (2a, 2b, 2c), wherein the drilling rods (2a, 2b, 2c) can each be attached in a detachable manner to one of the rod receivers (6a, 6b, 6c). a connecting element rotatable about a connecting element axis, which connecting element can be connected to the drive mechanism, at least two drilling rods (2a, 2b, 2c) arranged about a central axis, a linearization mechanism, by which a rotation of the connecting element can be transferred into oscillating movements of the at least two drilling rods (2a, 2b, 2c) in a direction parallel to the central axis, and a quick-clamping mechanism which has a rod receiver (6a, 6b, 6c) for each of the drilling rods (2a, 2b, 2c), wherein the drilling rods (2a, 2b, 2c) can each be attached in a detachable manner to one of the rod receivers (6a, 6b, 6c).
Modified sulphur comprising sulphur and a polysulphide-containing organosilane in an amount of in the range of from 0.3 to 25 wt% based on the weight of sulphur, in which modified sulphur the combined amount of sulphur and polysulphide-containing organosilane make up in the range of from 90 to 100 wt% of the obtained modified sulphur and wherein the polysulphide-containing organosilane is of the general molecular formula: (X 3 Si) m H (2n+1-m) C n -Sa-C n' H (2n'+1-m') (SiX' 3) m' wherein a is an integer in the range of from 2 to 8, X and X' each are, independently, a hydrolysable group, n and n' each are, independently, an integer in the range of from 1 to 4, and m and m' each are, independently, an integer in the range of from 1 to (2n+1).
An electronic apparatus for detachably holding a portable apparatus, the electronic apparatus comprising: a main body; a front face portion; a housing portion, provided at the front face portion, to which the portable apparatus is attachable; an eject mechanism operable to eject the portable apparatus from the housing portion; and a support mechanism (171; 202) configured to detachably support the portable apparatus in an ejected state in which the portable apparatus is ejected from the housing portion; characterized by further comprising a detach operating portion for detaching the portable apparatus from the housing portion of the electronic apparatus, wherein the front face portion is operable to be tilted with respect to the main body so as to expose an insertion/ejection slot into which a memory medium can be inserted; and wherein the electronic apparatus further comprises an operation button, provided on the front face portion, for enabling a user to set a tilt angle of the front face portion. a main body; a front face portion; a housing portion, provided at the front face portion, to which the portable apparatus is attachable; an eject mechanism operable to eject the portable apparatus from the housing portion; and a support mechanism (171; 202) configured to detachably support the portable apparatus in an ejected state in which the portable apparatus is ejected from the housing portion; characterized by further comprising a detach operating portion for detaching the portable apparatus from the housing portion of the electronic apparatus, wherein the front face portion is operable to be tilted with respect to the main body so as to expose an insertion/ejection slot into which a memory medium can be inserted; and wherein the electronic apparatus further comprises an operation button, provided on the front face portion, for enabling a user to set a tilt angle of the front face portion.
A pneumatic tire comprising two spaced apart bead portions, a tread portion, a pair of sidewalls extending radially inward from axially outer edges of the tread portion to join the respective bead portions, the axially outer edges of the tread portion defining a tread width, a carcass, an innerliner covering the carcass and defining a tire cavity, and multiple layers (30, 30', 130, 133) of foam strip material attached on top of each other to the innerliner within the tire cavity in an area radially below the tread portion and comprising at least one layer (30, 30', 130, 133) of noise damping foam strip material, the pneumatic tire being characterised in that at least two of the layers (30, 30', 130, 133) are interlocked to each other along their length so as to hold the layers (30, 30', 130, 133) together in a radial direction. multiple layers (30, 30', 130, 133) of foam strip material attached on top of each other to the innerliner within the tire cavity in an area radially below the tread portion and comprising at least one layer (30, 30', 130, 133) of noise damping foam strip material, the pneumatic tire being characterised in that at least two of the layers (30, 30', 130, 133) are interlocked to each other along their length so as to hold the layers (30, 30', 130, 133) together in a radial direction.
A medical device, comprising: an elongate core having a proximal end portion and a deflectable distal end portion; means disposed proximate said distal end portion configured to reduce axial shortening of said deflectable distal end portion of said elongate core due to repeated deflection, said means for reducing axial shortening including a central through-bore extending longitudinally therethrough, said means for reducing axial shortening being configured to allow deflection of said distal end portion in a plurality of planes; a steering ring coupled on a distal side of said means for reducing axial shortening; and a plurality of steering wires (62, 64, 72, 74) coupled to said steering ring and extending to said proximal end portion of said core, said steering wires (62, 64, 72, 74) being disposed radially outwardly of said means for reducing axial shortening, wherein said means for reducing axial shortening comprises a strut disposed at said distal end portion configured to reduce axial shortening of said deflectable distal end portion of said elongate core due to repeated deflection. characterized in that said means for reducing axial shortening comprising a strut is disposed outwardly of said elongate core. an elongate core having a proximal end portion and a deflectable distal end portion; means disposed proximate said distal end portion configured to reduce axial shortening of said deflectable distal end portion of said elongate core due to repeated deflection, said means for reducing axial shortening including a central through-bore extending longitudinally therethrough, said means for reducing axial shortening being configured to allow deflection of said distal end portion in a plurality of planes; a steering ring coupled on a distal side of said means for reducing axial shortening; and a plurality of steering wires (62, 64, 72, 74) coupled to said steering ring and extending to said proximal end portion of said core, said steering wires (62, 64, 72, 74) being disposed radially outwardly of said means for reducing axial shortening, wherein said means for reducing axial shortening comprises a strut disposed at said distal end portion configured to reduce axial shortening of said deflectable distal end portion of said elongate core due to repeated deflection. characterized in that said means for reducing axial shortening comprising a strut is disposed outwardly of said elongate core.
A microfabricated elastomeric structure, comprising: a first elastomeric layer formed with a first recess comprising a first channel; a second elastomeric layer formed with a second recess comprising a second channel; a third elastomeric layer, comprising a Young's modulus between about 50 Pa and 10 MPa, situated between the first elastomeric layer and the second elastomeric layer; wherein, when pressurized, the second recess comprising the second channel fluidically seals the first recess comprising the first channel. a first elastomeric layer formed with a first recess comprising a first channel; a second elastomeric layer formed with a second recess comprising a second channel; a third elastomeric layer, comprising a Young's modulus between about 50 Pa and 10 MPa, situated between the first elastomeric layer and the second elastomeric layer; wherein, when pressurized, the second recess comprising the second channel fluidically seals the first recess comprising the first channel.
An oral preparation for treatment of cell proliferative diseases, characterized by comprising hydroxypropyl-β-cyclodextrin and an active ingredient that is KX2-361 or a medicinal salt thereof, the KX2-361 is represented by the following formula 1:
A film formation method, comprising the steps of: forming a catalyst film on a surface of a substrate by substitution reduction plating; forming a palladium plating film as an intermediate film on the catalyst film; and forming a gold plating film as a surface film on the palladium plating film, wherein the substrate is made of copper or a copper alloy, the catalyst film is a platinum film, and the thickness of the catalyst film is 0.001 μm or more and 0.2 μm or less. forming a catalyst film on a surface of a substrate by substitution reduction plating; forming a palladium plating film as an intermediate film on the catalyst film; and forming a gold plating film as a surface film on the palladium plating film, wherein the substrate is made of copper or a copper alloy, the catalyst film is a platinum film, and the thickness of the catalyst film is 0.001 μm or more and 0.2 μm or less.
A fastener assembly comprising: (a) a plastic fastener comprising, (i) a filament, (ii) a paddle at one end of said filament, the paddle having a top surface and a bottom surface, and (iii) a cross-bar at the other end of the filament, and (b) an in-mold label at least partially embedded into the top surface of the paddle, characterized in that the label comprises: (i) a print receptive semi-rigid polymeric substrate constructed of a polymeric film and having a top surface and a bottom surface, and (ii) an electrically chargeable, stiffness enhancing abrasion-resistant laminate applied to the top surface of the semi-rigid polymeric substrate, wherein the laminate includes an exposed outer surface that lies generally flush with the top surface of the paddle; wherein the electrically chargeable, stiffness enhancing abrasion-resistant laminate allows the label to be fixed in position with a corresponding mold wheel cavity during an in-molding process. (a) a plastic fastener comprising, (i) a filament, (ii) a paddle at one end of said filament, the paddle having a top surface and a bottom surface, and (iii) a cross-bar at the other end of the filament, and (i) a filament, (ii) a paddle at one end of said filament, the paddle having a top surface and a bottom surface, and (iii) a cross-bar at the other end of the filament, and (b) an in-mold label at least partially embedded into the top surface of the paddle, characterized in that the label comprises: (i) a print receptive semi-rigid polymeric substrate constructed of a polymeric film and having a top surface and a bottom surface, and (ii) an electrically chargeable, stiffness enhancing abrasion-resistant laminate applied to the top surface of the semi-rigid polymeric substrate, wherein the laminate includes an exposed outer surface that lies generally flush with the top surface of the paddle; wherein the electrically chargeable, stiffness enhancing abrasion-resistant laminate allows the label to be fixed in position with a corresponding mold wheel cavity during an in-molding process. (i) a print receptive semi-rigid polymeric substrate constructed of a polymeric film and having a top surface and a bottom surface, and (ii) an electrically chargeable, stiffness enhancing abrasion-resistant laminate applied to the top surface of the semi-rigid polymeric substrate, wherein the laminate includes an exposed outer surface that lies generally flush with the top surface of the paddle; wherein the electrically chargeable, stiffness enhancing abrasion-resistant laminate allows the label to be fixed in position with a corresponding mold wheel cavity during an in-molding process.
An optoelectronic package, comprising: an inner package including a first dielectric substrate including at least a first dielectric level having a photodetector PD die on a die attach area including a first contact and a second contact, first routing connecting the first contact to a first external bond pad FEBP, and second routing connecting the second contact to a second external bond pad SEBP; the inner package inside an outer package OP including a second ceramic substrate including a base portion, at least one light source die including a first electrode and a second electrode on top of the at least one light source die and including the first electrode and second electrode on the base portion positioned to face the PD die to be in a direct line of sight with an emitting area of the light source die; a first cavity die placed on top of the light source die between the first electrode (181 and the second electrode and the inner package is placed on the first cavity die; and a first wire bond connecting the FEBP to a first terminal of the OP, a second wire bond connecting the SEBP to a second terminal of the OP, a third wire bond connecting the first electrode to a third terminal of the OP, and a fourth wire bond connecting the second electrode to a fourth terminal of the OP. an inner package including a first dielectric substrate including at least a first dielectric level having a photodetector PD die on a die attach area including a first contact and a second contact, first routing connecting the first contact to a first external bond pad FEBP, and second routing connecting the second contact to a second external bond pad SEBP; the inner package inside an outer package OP including a second ceramic substrate including a base portion, at least one light source die including a first electrode and a second electrode on top of the at least one light source die and including the first electrode and second electrode on the base portion positioned to face the PD die to be in a direct line of sight with an emitting area of the light source die; a first cavity die placed on top of the light source die between the first electrode (181 and the second electrode and the inner package is placed on the first cavity die; and a first wire bond connecting the FEBP to a first terminal of the OP, a second wire bond connecting the SEBP to a second terminal of the OP, a third wire bond connecting the first electrode to a third terminal of the OP, and a fourth wire bond connecting the second electrode to a fourth terminal of the OP.
A modem for receiving a multitone signal having a plurality of symbols with a cyclic extension of length M samples transmitted through a channel, the receiver comprising: a signal input for receiving the multitone signal; and a transversal equalizer connected to the signal input, the transversal equaliser including a Finite Impulse Response filter having coefficients such that the combined impulse response of the channel and the transversal equaliser targets a target impulse response having N taps, where N and M are integers and N < (M+1), characterized in that the target impulse response is internally represented by a data set having M+1 data elements, wherein at least a first or a last of the M+1 data elements is set to zero. a signal input for receiving the multitone signal; and a transversal equalizer connected to the signal input, the transversal equaliser including a Finite Impulse Response filter having coefficients such that the combined impulse response of the channel and the transversal equaliser targets a target impulse response having N taps, where N and M are integers and N < (M+1),