mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus, wherein the display apparatus comprises: a display configured to display an image on a front surface thereof; a rear cover to cover a rear surface of the display; a stand configured to support the display; and a hinge device which includes a curved guide member formed on the rear surface of the display, a latch connected to a fixing bracket and configured to slide along the curved guide member when the display is tilted, the fixing bracket fixed to the stand, and a fixing member configured to fix the display such that the display is not moved when an external force applied to the display is removed, wherein the fixing member is configured as a leaf spring including one end fixed to the rear surface of the display, and the other end formed at a free end and characterized in that, wherein both the curved guide member and the fixing member are accommodated within an inner space between the display and the rear cover to prevent the curved guide member and the fixing member from being externally exposed so that the display has a lower portion having a thickness greater than that of an upper portion of the display. a display configured to display an image on a front surface thereof; a rear cover to cover a rear surface of the display; a stand configured to support the display; and a hinge device which includes a curved guide member formed on the rear surface of the display, a latch connected to a fixing bracket and configured to slide along the curved guide member when the display is tilted, the fixing bracket fixed to the stand, and a fixing member configured to fix the display such that the display is not moved when an external force applied to the display is removed, wherein the fixing member is configured as a leaf spring including one end fixed to the rear surface of the display, and the other end formed at a free end and characterized in that, wherein both the curved guide member and the fixing member are accommodated within an inner space between the display and the rear cover to prevent the curved guide member and the fixing member from being externally exposed so that the display has a lower portion having a thickness greater than that of an upper portion of the display.
A ligand comprising a part or the totality of a receptor-binding domain derived from the soluble part of a glycoprotein of an enveloped virus for use for the in vivo detection of pancreatic cancer cells in a patient, wherein said ligand is specific of a cell surface nutrient transporter selected from ASCT1, ASCT2 and/or XPR1.
An article comprising a thermoplastic material, said article comprising; a first body portion having a first joint surface; a second body portion for coupling with said first body portion, said second body portion having a second joint surface parallel to said first joint surface; and a frictional weld joint disposed between said first joint surface and said second joint surface, said frictional weld joint comprising: a first bead coupled to said first joint surface and extending axially along a centerline from said first joint surface; and a second bead coupled to said second joint surface and extending axially along a centerline from said second joint surface for fusing with said first bead to couple together said first and second body portions (12, 14) to form said article; wherein said second bead has an interior stem and an exterior stem spaced from said interior stem defining a cavity therebetween for receiving an amount of flash resulting from the fusing of said first and second beads (20, 24); and wherein said centerline of said first bead is offset from said centerline of said second bead for reducing stresses acting on said frictional weld joint as a result of stresses acting on said first and second body portions (12, 14); wherein said centerline of said second bead is offset a distance of from about 0.20 to about 0.80 millimeters from said centerline of said first bead. a first bead coupled to said first joint surface and extending axially along a centerline from said first joint surface; and a second bead coupled to said second joint surface and extending axially along a centerline from said second joint surface for fusing with said first bead to couple together said first and second body portions (12, 14) to form said article; wherein said second bead has an interior stem and an exterior stem spaced from said interior stem defining a cavity therebetween for receiving an amount of flash resulting from the fusing of said first and second beads (20, 24); and wherein said centerline of said first bead is offset from said centerline of said second bead for reducing stresses acting on said frictional weld joint as a result of stresses acting on said first and second body portions (12, 14); wherein said centerline of said second bead is offset a distance of from about 0.20 to about 0.80 millimeters from said centerline of said first bead.
A terminal device (100, 200, 250, 300, 400, 500, 600, 700) comprising: an operation unit of hardware (103, 203, 253, 303) operable in a specific direction; a sensor unit; an orientation determining unit configured to determine an orientation of the terminal device (100, 200, 250, 300, 400, 500, 600, 700) including the operation unit of hardware (103, 203, 253, 303) on the basis of data acquired from the sensor unit; an environmental information acquiring unit configured to determine a vibration state of the terminal device (100, 200, 250, 300, 400, 500, 600, 700) on the basis of acceleration data acquired from the sensor unit; and a control unit configured to switch a function to be implemented in response to an operation on the operation unit of hardware (103, 203, 253, 303) in accordance with the orientation, wherein the control unit is configured to further switch the function in accordance with the vibration state, and wherein, when the operation unit of hardware (103, 203, 253, 303) detects an operation having a predetermined pattern, the control unit switches the function in accordance with the orientation irrespective of the vibration state. an operation unit of hardware (103, 203, 253, 303) operable in a specific direction; a sensor unit; an orientation determining unit configured to determine an orientation of the terminal device (100, 200, 250, 300, 400, 500, 600, 700) including the operation unit of hardware (103, 203, 253, 303) on the basis of data acquired from the sensor unit; an environmental information acquiring unit configured to determine a vibration state of the terminal device (100, 200, 250, 300, 400, 500, 600, 700) on the basis of acceleration data acquired from the sensor unit; and a control unit configured to switch a function to be implemented in response to an operation on the operation unit of hardware (103, 203, 253, 303) in accordance with the orientation, wherein the control unit is configured to further switch the function in accordance with the vibration state, and wherein, when the operation unit of hardware (103, 203, 253, 303) detects an operation having a predetermined pattern, the control unit switches the function in accordance with the orientation irrespective of the vibration state.
A variable valve mechanism of an internal combustion engine comprising: a camshaft having a general shaft part and a cam part arranged next to each other in an axial direction; an input arm that swings when pressed by the cam part; an output arm that is swingably mounted and that drives a valve when swinging; and a switch device that switches the variable valve mechanism between a coupled state where the input arm and the output arm are coupled to swing together and an uncoupled state where the input arm and the output arm are uncoupled from each other, characterized in that the output arm has a great height as a longitudinal intermediate portion of an outer wall of the output arm is raised toward the general shaft part as viewed from a side so that clearance (g) between the output arm and the general shaft part is 0.1 to 0.7 mm when the variable valve mechanism is in the coupled state and the valve is closed, and if the output arm bounces in the uncoupled state, the output arm comes into contact with the general shaft part through the clearance (g). a camshaft having a general shaft part and a cam part arranged next to each other in an axial direction; an input arm that swings when pressed by the cam part; an output arm that is swingably mounted and that drives a valve when swinging; and a switch device that switches the variable valve mechanism between a coupled state where the input arm and the output arm are coupled to swing together and an uncoupled state where the input arm and the output arm are uncoupled from each other, characterized in that the output arm has a great height as a longitudinal intermediate portion of an outer wall of the output arm is raised toward the general shaft part as viewed from a side so that clearance (g) between the output arm and the general shaft part is 0.1 to 0.7 mm when the variable valve mechanism is in the coupled state and the valve is closed, and if the output arm bounces in the uncoupled state, the output arm comes into contact with the general shaft part through the clearance (g).
An organophilic clay comprising a smectite-type clay ion exchanged with quaternary ammonium ions, wherein at least 75 mol-% of said quaternary ammonium ions are bis-(2-hydroxypropyl)-dimethylammonium fatty acid esters and at least 90 % of the fatty acid moieties of said bis-(2-hydroxypropyl)-dimethylammonium fatty acid esters have a structure RC with group R being a linear alkyl or alkenyl group containing from 9 to 21 carbon atoms.
Glazing comprising a fixed glazed element and, along one lateral rim of said glazed element, an upright that extends laterally further out than said lateral rim, said upright having a sliding slot, which is U-shaped in cross section, for a movable glazed element to slide in, and having: - for the one part, a profiled bead having a base which is situated contiguously with an edge of said glazed element and an interior flange which extends substantially perpendicularly to said base and away from said glazed element, and - said profiled bead having an intermediate reinforcement part having a body situated opposite said edge of the glazed element with said base interposed between said body and said edge, and also having an interior arm which extends substantially perpendicularly to said body and parallel to said interior flange, - and for the other part, a covering part having a covering baseplate extending substantially perpendicularly to said base and further out than said base, and said covering part being mechanically attached to said upright in order to realize said sliding slot, characterized in that said covering part has a plurality of tabs extending perpendicularly with respect to said covering baseplate, and said body has, on an outer edge face, a plurality of holes for clip-fastening the tabs of the covering part, said sliding slot being thus formed by said covering baseplate, said body and said interior arm and said body not being U-shaped in cross section in its part for sliding. - for the one part, a profiled bead having a base which is situated contiguously with an edge of said glazed element and an interior flange which extends substantially perpendicularly to said base and away from said glazed element, and - said profiled bead having an intermediate reinforcement part having a body situated opposite said edge of the glazed element with said base interposed between said body and said edge, and also having an interior arm which extends substantially perpendicularly to said body and parallel to said interior flange, - and for the other part, a covering part having a covering baseplate extending substantially perpendicularly to said base and further out than said base, and said covering part being mechanically attached to said upright in order to realize said sliding slot, characterized in that said covering part has a plurality of tabs extending perpendicularly with respect to said covering baseplate, and said body has, on an outer edge face, a plurality of holes for clip-fastening the tabs of the covering part, said sliding slot being thus formed by said covering baseplate, said body and said interior arm and said body not being U-shaped in cross section in its part for sliding.
An airbag device comprising: an airbag that is folded under a normal condition and that is inflated and deployed in an emergency; an inflator that supplies gas to the airbag; a retainer that fixes the airbag and the inflator; and an airbag cover that accommodates the airbag, the airbag cover includes a plate-shaped portion which configures an interior surface of a vehicle, characterized in that inner case is arranged on a back surface of the plate-shaped portion to configure an inflation-deployment path of the airbag, and the inner case has a plurality of retaining holes for retaining the retainer, and the retainer includes a supporting body which has an approximately flat plate shape accommodable in the inner case and a belt-shaped body which is inserted into the retaining holes and installed onto the supporting body to form an annular shape. an airbag that is folded under a normal condition and that is inflated and deployed in an emergency; an inflator that supplies gas to the airbag; a retainer that fixes the airbag and the inflator; and an airbag cover that accommodates the airbag, the airbag cover includes a plate-shaped portion which configures an interior surface of a vehicle, characterized in that inner case is arranged on a back surface of the plate-shaped portion to configure an inflation-deployment path of the airbag, and the inner case has a plurality of retaining holes for retaining the retainer, and the retainer includes a supporting body which has an approximately flat plate shape accommodable in the inner case and a belt-shaped body which is inserted into the retaining holes and installed onto the supporting body to form an annular shape.
A method of making a sterilized package containing an oxygen-sensitive material, the method comprising: providing a package, the package including a laminate film including an ethylene vinyl alcohol polymer layer and an oxygen scavenging layer, the oxygen scavenging layer including a blend of a first polyamide including a crystallizable polyamide homopolymer, a crystallizable polyamide copolymer, or a blend thereof; and a second polyamide including an m-xylylene diamine moiety, an isophthalic acid moiety, and a polyamide monomeric diacid precursor moiety; and a metal salt catalyst; sealing the oxygen-sensitive material in the package; exposing the sealed package to a heat treatment to sterilize the package and the oxygen-sensitive material in the package; and cooling the sterilized package. providing a package, the package including a laminate film including an ethylene vinyl alcohol polymer layer and an oxygen scavenging layer, the oxygen scavenging layer including a blend of a first polyamide including a crystallizable polyamide homopolymer, a crystallizable polyamide copolymer, or a blend thereof; and a second polyamide including an m-xylylene diamine moiety, an isophthalic acid moiety, and a polyamide monomeric diacid precursor moiety; and a metal salt catalyst; sealing the oxygen-sensitive material in the package; exposing the sealed package to a heat treatment to sterilize the package and the oxygen-sensitive material in the package; and cooling the sterilized package.
A powder bed system for creating a part by a powder-based additive manufacturing process, the powder bed system comprising a substrate having a build surface for fusing to a part being formed on the substrate by the additive manufacturing process, wherein the substrate has an upper portion nearest the build surface and a lower portion, characterized in that the upper portion includes an array of protrusions with their longitudinal axis aligned substantially perpendicular to the build surface, wherein the protrusions are slender and have an aspect ratio of at least 3, and wherein the protrusions take the form of pillars having a generally planar top.
An electronic hinged safety switch combined with a protection barrier of machines or automatic plants, comprising: - a protection barrier designed to bound a hazardous area of a machine or a plant, said barrier having a stationary part designed to be secured to the ground or to the frame of the machine or plant and a pivotal part hinged to said stationary part; - a switch having a substantially box-like fixed member designed to be secured to said stationary part of the protection barrier and a movable member designed to be secured to said pivotal part of the protection barrier; wherein said barrier has one or more electric safety circuits for signaling that the door D has been opened and/or closed; wherein said switch comprises hinge means for pivotably coupling said movable member to said box-like fixed member and sensing means housed in said box-like fixed member and interacting with said hinge means to send an electric control signal (S C) to one or more electric safety circuits at a predetermined switching angle (α); wherein said fixed member has an inner compartment for housing said sensing means; wherein said sensing means comprise at least one sensor for generating a corresponding actuation signal (S A) at said switching angle (α); characterized in that said sensing means further comprise an electronic control unit operatively connected to said at least one sensor, said electronic control unit having at least one input electrically connected to said sensor for receiving said actuation signal (S A) and at least one output connected to said one or more electric safety circuits for generating said electric control signal (S C) in response to such actuation signal (S A), said electronic control unit being housed in said inner compartment. - a protection barrier designed to bound a hazardous area of a machine or a plant, said barrier having a stationary part designed to be secured to the ground or to the frame of the machine or plant and a pivotal part hinged to said stationary part; - a switch having a substantially box-like fixed member designed to be secured to said stationary part of the protection barrier and a movable member designed to be secured to said pivotal part of the protection barrier;
A method, performed by a User Equipment, UE, for handling discontinuous reception, DRX, operation, wherein the method comprises: receiving a wake up message from a network node while the UE is in a sleeping state, wherein the wake up message indicates that the UE is required to exit the sleeping state and entering an awake state within a certain period of time after receiving or decoding the wake up message introducing a delay of time, T WU, from the point in time where the UE receives the wake up message until the UE actually wakes up.
Method for producing a denture, in particular by means of a ceramic semi-finished product or an anatomically shaped ceramic shell as a veneer of a dental frame or as a fully ceramic denture, comprising the following steps: - providing an adaptable, anatomically shaped ceramic shell having a concave contact surface and an opposite outer surface of a vestibular, anatomical tooth shape as a plastically moldable green body; - applying the ceramic shell to a frame or to a carrier by means of a viscous ceramic filling compound as a compensating compound; wherein the ceramic shell is back-injected with the viscous ceramic filling compound and is placed on the frame or the carrier; and - performing at least one firing step below a temperature of 1050°C. - providing an adaptable, anatomically shaped ceramic shell having a concave contact surface and an opposite outer surface of a vestibular, anatomical tooth shape as a plastically moldable green body; - applying the ceramic shell to a frame or to a carrier by means of a viscous ceramic filling compound as a compensating compound; wherein the ceramic shell is back-injected with the viscous ceramic filling compound and is placed on the frame or the carrier; and - performing at least one firing step below a temperature of 1050°C.
A method of producing a semiconductor chip, comprising the following steps (a) to (d) in the following order: (a) a step of, in the state of having laminated a mask-integrated surface protective tape comprising: a substrate film, a temporary-adhesive layer provided on the substrate film, and a mask material layer provided on the temporary-adhesive layer, wherein a light transmittance of the mask material layer at the wavelength of 10 μm is 80% or less, and a visible light transmittance of the mask material layer at the wavelength of 350 nm to 700 nm is 50% or more; on the side of a patterned surface of a semiconductor wafer; grinding the backing-face of the semiconductor wafer; laminating a wafer fixing tape on the backing-face side of the ground semiconductor wafer; and supporting and fixing the wafer to a ring frame; (b) a step of, after integrally peeling both the substrate film and the temporary-adhesive layer from the mask-integrated surface protective tape thereby to expose the mask material layer on top, forming an opening by cutting a portion of the mask material layer corresponding to a street of the semiconductor wafer with a laser; (c) a plasma dicing step of segmentalizing the semiconductor wafer on the street by plasma etching to singulate it into semiconductor chips; and (d) an ashing step of removing the mask material layer by a plasma irradiation. (a) a step of, in the state of having laminated a mask-integrated surface protective tape comprising: a substrate film, a temporary-adhesive layer provided on the substrate film, and a mask material layer provided on the temporary-adhesive layer, wherein a light transmittance of the mask material layer at the wavelength of 10 μm is 80% or less, and a visible light transmittance of the mask material layer at the wavelength of 350 nm to 700 nm is 50% or more; on the side of a patterned surface of a semiconductor wafer; grinding the backing-face of the semiconductor wafer; laminating a wafer fixing tape on the backing-face side of the ground semiconductor wafer; and supporting and fixing the wafer to a ring frame; (b) a step of, after integrally peeling both the substrate film and the temporary-adhesive layer from the mask-integrated surface protective tape thereby to expose the mask material layer on top, forming an opening by cutting a portion of the mask material layer corresponding to a street of the semiconductor wafer with a laser; (c) a plasma dicing step of segmentalizing the semiconductor wafer on the street by plasma etching to singulate it into semiconductor chips; and (d) an ashing step of removing the mask material layer by a plasma irradiation.