mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting display device comprising: a first substrate including a black matrix positioned on one surface of the first substrate, an overcoating layer formed of a semi-permeable material and configured to planarize the surface of the first substrate by covering an area where the black matrix is present and an area where the black matrix is not present, and a touch electrode layer disposed on the overcoating layer; and a second substrate in which pixels each including an organic light emitting element layer are disposed on one surface of the second substrate and bonded to the first substrate to face each other, wherein the black matrix is positioned corresponding to a boundary of each pixel region, characterized in that the first substrate and the second substrate are formed of materials having flexibility, and the overcoating layer is formed of a semi-permeable material having a visible light transmissivity of 45% to 80%, said material being a material in which an organic dye is homogeneously dissolved in a polymer, or a material in which at least one among particle-shaped graphite, carbon nanoparticles, and carbon nanotubes are dispersed in a polymer. a first substrate including a black matrix positioned on one surface of the first substrate, an overcoating layer formed of a semi-permeable material and configured to planarize the surface of the first substrate by covering an area where the black matrix is present and an area where the black matrix is not present, and a touch electrode layer disposed on the overcoating layer; and a second substrate in which pixels each including an organic light emitting element layer are disposed on one surface of the second substrate and bonded to the first substrate to face each other, wherein the black matrix is positioned corresponding to a boundary of each pixel region, characterized in that the first substrate and the second substrate are formed of materials having flexibility, and the overcoating layer is formed of a semi-permeable material having a visible light transmissivity of 45% to 80%, said material being a material in which an organic dye is homogeneously dissolved in a polymer, or a material in which at least one among particle-shaped graphite, carbon nanoparticles, and carbon nanotubes are dispersed in a polymer.
Axial sealing ring comprising two end faces (3, 4) which are arranged adjacently at a distance from one another in an axial direction, wherein the first end face is configured as an annular static seal and the second end face is configured as an annular dynamic seal with at least one dynamically loaded sealing lip, wherein the dynamic seal is arranged eccentrically in a radial direction in relation to the static seal, with an asymmetrical displacement of the dynamically loaded sealing lip in relation to the static seal, characterized in that the dynamically loaded sealing lip is formed so as to be arched radially inwards.
Device (10; 140) for dispensing a cosmetic product, of the type comprising: - a container which extends along an axis (A-A') and which delimits, for the cosmetic product, a reservoir which opens via a dispensing opening, - a head which is for dispensing cosmetic product and which blocks the dispensing opening, the head comprising a rotary application member and a retention cap which receives the rotary application member so as to rotate freely about at least one axis of rotation; - a blocking cover which delimits a space for receiving the head, the cover being able to be moved between a position for blocking the container in which the head is received in the receiving space and a position for dispensing the product, the container being shaped so as to prevent the device from being retained in a stable manner on a horizontal support with the head in an upward position, the cover comprising a wall for stable retention of the device on a horizontal support with the head in a downward position and a member for urging the rotary application member against a sealing seat which is delimited by the cap in the position for blocking the container; wherein the urging member can be resiliently deformed relative to the cover between an idle configuration which it occupies in the position for dispensing the product and a resiliently deformed configuration which it occupies in the position for blocking the container, and wherein the urging member is at least partially deformed as soon as the container is arranged with the head in a downward position in the cover, when the cover occupies a stable position on a horizontal support, regardless of the angular position of the dispensing head relative to the cover about the axis (A-A'). - a container which extends along an axis (A-A') and which delimits, for the cosmetic product, a reservoir which opens via a dispensing opening, - a head which is for dispensing cosmetic product and which blocks the dispensing opening, the head comprising a rotary application member and a retention cap which receives the rotary application member so as to rotate freely about at least one axis of rotation; - a blocking cover which delimits a space for receiving the head, the cover being able to be moved between a position for blocking the container in which the head is received in the receiving space and a position for dispensing the product,
A crimping system for atraumatic crimping of an implantable prosthetic valve, the crimping system comprising: an implantable prosthetic valve comprising a radially collapsible and expandable annular frame (12; 304), and a leaflet structure (14; 302) mounted inside of the frame (12; 304), the frame (12; 304) comprising a plurality of interconnected struts defining a plurality of open cells in the frame (12; 304), a crimping apparatus having a plurality of crimping jaws arranged to form an aperture sized to receive the implantable prosthetic valve in a first, expanded state and to move radially inwardly to radially collapse the implantable prosthetic valve from the first, expanded state to a second, radially collapsed state; and a layer of deformable material configured to be positioned between the plurality of crimping jaws of the crimping apparatus and the outside of the frame (12; 304) of the implantable prosthetic valve, characterized in that the layer of deformable material is configured to extend into the open cells of the frame (12; 304) of the implantable prosthetic valve and to push the leaflet structure (14; 302) away from the inside of the frame (12; 304) of the implantable prosthetic valve when the implantable prosthetic valve is collapsed to the second, radially collapsed state by the crimping jaws, thereby protecting the leaflet structure (14; 302) against damage during crimping of the implantable prosthetic valve. an implantable prosthetic valve comprising a radially collapsible and expandable annular frame (12; 304), and a leaflet structure (14; 302) mounted inside of the frame (12; 304), the frame (12; 304) comprising a plurality of interconnected struts defining a plurality of open cells in the frame (12; 304), a crimping apparatus having a plurality of crimping jaws arranged to form an aperture sized to receive the implantable prosthetic valve in a first, expanded state and to move radially inwardly to radially collapse the implantable prosthetic valve from the first, expanded state to a second, radially collapsed state; and a layer of deformable material configured to be positioned between the plurality of crimping jaws of the crimping apparatus and the outside of the frame (12; 304) of the implantable prosthetic valve, characterized in that the layer of deformable material is configured to extend into the open cells of the frame (12; 304) of the implantable prosthetic valve and to push the leaflet structure (14; 302) away from the inside of the frame (12; 304) of the implantable prosthetic valve when the implantable prosthetic valve is collapsed to the second, radially collapsed state by the crimping jaws, thereby protecting the leaflet structure (14; 302) against damage during crimping of the implantable prosthetic valve.
A stand support structure of a saddle riding vehicle comprising: a main frame of the vehicle; a pivot block that is formed by coupling a first plate and a second plate to each other, which are attached to the main frame, and that is configured to swingably support a rear wheel-supporting swing arm; and a stand-supporting bracket attached to the pivot block and configured to support a vehicle body stand, wherein the first plate of the pivot block has a protrusion (17A-1) that protrudes by a predetermined length downward in a longitudinal direction farther than an extension end (17B-1) which is a lower end of the second plate, and the stand-supporting bracket has a base wall overlapping an inner surface of the protrusion (17A-1) of the first plate in a vehicle width direction and fixed to the protrusion (17A-1) through welding, and a support wall continuously installed at an end portion of the base wall at an obtuse angle, a supporting hole configured to support another component is formed between the extension end (17B-1) of the second plate and the stand-supporting bracket so as to extend over the extension end (17B-1) and the stand-supporting bracket, and the supporting hole is constituted by a first semi-circular notch and a second semi-circular notch, the first semi-circular notch being formed in the extension end (17B-1) of the second plate, and the second semi-circular notch being opposite to the first semi-circular notch, having the same radius as the first semi-circular notch and being formed at an upper end portion of the support wall of the stand-supporting bracket. a main frame of the vehicle; a pivot block that is formed by coupling a first plate and a second plate to each other, which are attached to the main frame, and that is configured to swingably support a rear wheel-supporting swing arm; and a stand-supporting bracket attached to the pivot block and configured to support a vehicle body stand, wherein the first plate of the pivot block has a protrusion (17A-1) that protrudes by a predetermined length downward in a longitudinal direction farther than an extension end (17B-1) which is a lower end of the second plate, and the stand-supporting bracket has a base wall overlapping an inner surface of the protrusion (17A-1) of the first plate in a vehicle width direction and fixed to the protrusion (17A-1) through welding, and a support wall continuously installed at an end portion of the base wall at an obtuse angle, a supporting hole configured to support another component is formed between the extension end (17B-1) of the second plate and the stand-supporting bracket so as to extend over the extension end (17B-1) and the stand-supporting bracket, and the supporting hole is constituted by a first semi-circular notch and a second semi-circular notch, the first semi-circular notch being formed in the extension end (17B-1) of the second plate, and the second semi-circular notch being opposite to the first semi-circular notch, having the same radius as the first semi-circular notch and being formed at an upper end portion of the support wall of the stand-supporting bracket.
An apparatus for moving an item, the apparatus comprising: a mounting portion for mounting the apparatus to a surface; a platform configured to receive the item thereon; extendable arms configured to extend away from the mounting portion, wherein the platform is movable between a storage position above the surface and an accessible position away from the surface; lifting assemblies that join opposing sides of the platform to a respective extendable arm, the lifting assemblies being configured to raise and lower the platform relative to the extendable arms whilst in the accessible position; and a driver operable to raise and lower the platform, characterised in that at least one of the lifting assemblies comprises three arms (32A, 32B, 34), at least one arm being a driven arm that is driven by the driver whereby the platform is raised or lowered, and another arm being a stabilising arm that is configured to move synchronously with the driven arm whereby the platform is stabilised. a mounting portion for mounting the apparatus to a surface; a platform configured to receive the item thereon; extendable arms configured to extend away from the mounting portion, wherein the platform is movable between a storage position above the surface and an accessible position away from the surface; lifting assemblies that join opposing sides of the platform to a respective extendable arm, the lifting assemblies being configured to raise and lower the platform relative to the extendable arms whilst in the accessible position; and a driver operable to raise and lower the platform,
A two-wheeler lock comprising a lock body and an elongate securing element, wherein the lock body has a housing section accommodating a locking mechanism and has a fastening section which is adjacent to the housing section and which is formed from a first material; wherein a first end of the securing element is fastened to the fastening section of the lock body and a second end of the securing element is selectively latchable to the lock body; wherein a protective device composed of a second material which has a greater hardness than the first material is provided at the fastening section of the lock body; and wherein the protective device is arranged between the first end of the securing element and the housing section of the lock body to make a severing of the fastening section of the lock body more difficult, characterized in that the protective device has at least one pin which is formed from a hardened metal and/or from a ceramic material.
A method of producing a shaped article comprising: a first step of using a first tooling for press-forming a metal plate into a U-shape to obtain a U-shaped article having a bottom part straight extending in a longitudinal direction (x), the first tooling having a die and a punch, a bottom part of a recessed part of the die and a bottom part of the punch both extending straight in the longitudinal direction, and a second step of using a second tooling for press-forming said U-shaped article to bend it in the longitudinal direction so that the bottom part of the U-shaped article projects to an inside and to obtain a U-cross-section bent article, the second tooling having a die, a punch and pads arranged at two side surfaces of the punch, a bottom part of a recessed part of the die being formed curved projecting in the longitudinal direction while a bottom part of the punch being formed curved recessed in the longitudinal direction, wherein in said second step, an external force in a direction connecting an edge and the bottom part is applied to at least a part of a planned bending part of said U-shaped article, at the same time as said bending. a first step of using a first tooling for press-forming a metal plate into a U-shape to obtain a U-shaped article having a bottom part straight extending in a longitudinal direction (x), the first tooling having a die and a punch, a bottom part of a recessed part of the die and a bottom part of the punch both extending straight in the longitudinal direction, and a second step of using a second tooling for press-forming said U-shaped article to bend it in the longitudinal direction so that the bottom part of the U-shaped article projects to an inside and to obtain a U-cross-section bent article, the second tooling having a die, a punch and pads arranged at two side surfaces of the punch, a bottom part of a recessed part of the die being formed curved projecting in the longitudinal direction while a bottom part of the punch being formed curved recessed in the longitudinal direction, wherein in said second step, an external force in a direction connecting an edge and the bottom part is applied to at least a part of a planned bending part of said U-shaped article, at the same time as said bending.
A method of mass spectrometry comprising: providing a first population of ions; identifying the N most relatively abundant or intense species of ions in said first population of ions; selectively attenuating the identified N most relatively abundant or intense species of ions in said first population of ions relative to the other ion species in said first population of ions so as to form a second population of ions; and adjusting or optimising a total ion current of said second population of ions so as to form a third population of ions so that a total ion current of ions received by an ion detector or mass analyser is within a dynamic range of said ion detector or mass analyser, wherein said adjusting or optimising a total ion current comprises attenuating all species of ions substantially equally; wherein the method is iterated by varying the number of relatively abundant or intense species of ions which are selectively attenuated during the course of a time period T, and re-adjusting or optimising the total ion current of the second population of ions after the step of varying the number of relatively abundant or intense species of ions which are selectively attenuated, wherein the time period T is ≤ 10 s. providing a first population of ions; identifying the N most relatively abundant or intense species of ions in said first population of ions; selectively attenuating the identified N most relatively abundant or intense species of ions in said first population of ions relative to the other ion species in said first population of ions so as to form a second population of ions; and adjusting or optimising a total ion current of said second population of ions so as to form a third population of ions so that a total ion current of ions received by an ion detector or mass analyser is within a dynamic range of said ion detector or mass analyser, wherein said adjusting or optimising a total ion current comprises attenuating all species of ions substantially equally; wherein the method is iterated by varying the number of relatively abundant or intense species of ions which are selectively attenuated during the course of a time period T, and re-adjusting or optimising the total ion current of the second population of ions after the step of varying the number of relatively abundant or intense species of ions which are selectively attenuated, wherein the time period T is ≤ 10 s.
A catheter comprising an elongate shaft having a proximal end and a distal end and defining an axis, and a loop subassembly coupled to the distal end of the elongate shaft, the loop subassembly comprising a loop coupled at a distal portion of the loop to the distal end of the elongate shaft by a hinge section, and a plurality of electrodes disposed on the loop, characterized in that, in a neutral position, the loop defines a plane which is parallel to the axis of elongate shaft and the loop is positioned in a different plane than the elongate shaft.. an elongate shaft having a proximal end and a distal end and defining an axis, and a loop subassembly coupled to the distal end of the elongate shaft, the loop subassembly comprising a loop coupled at a distal portion of the loop to the distal end of the elongate shaft by a hinge section, and a plurality of electrodes disposed on the loop, characterized in that, in a neutral position, the loop defines a plane which is parallel to the axis of elongate shaft and the loop is positioned in a different plane than the elongate shaft.. a loop coupled at a distal portion of the loop to the distal end of the elongate shaft by a hinge section, and a plurality of electrodes disposed on the loop, characterized in that, in a neutral position, the loop defines a plane which is parallel to the axis of elongate shaft and the loop is positioned in a different plane than the elongate shaft..
An X-ray target assembly comprising: a substrate; a target supported by the substrate adapted to generate X-rays when impinged by an electron beam; and an enclosure over the target, said enclosure and a portion of said substrate forming a volume for the target; said volume being purged to preserve a protective environment that substantially prevents oxygen from reaching the target, to prevent oxidation of the target at elevated temperatures in use. a substrate; a target supported by the substrate adapted to generate X-rays when impinged by an electron beam; and an enclosure over the target, said enclosure and a portion of said substrate forming a volume for the target; said volume being purged to preserve a protective environment that substantially prevents oxygen from reaching the target, to prevent oxidation of the target at elevated temperatures in use.
A hay-making machine, in particular a rotary swather, comprising at least one rake wheel that is drivable in a rotary manner about an upright rake wheel axis and that is supported on the ground by a contact chassis that has a sliding plate for an areal support at the ground, characterized in that the sliding plate extends arcuately around the rake wheel axis and has a scythe-shaped or U-shaped contour in a plan view.
An image editing apparatus configured to determine two or more scheduled disposition regions (R1-R4), which do not overlap each other, in a predetermined region on a printing plate or an output medium, and gang two or more content images for the respective scheduled disposition regions, comprising: a ganging information managing unit that sequentially updates and manages first list information regarding a plurality of print jobs and second list information regarding assignment states of the print jobs corresponding to the respective scheduled disposition regions; a job assigning unit that assigns the scheduled disposition regions to at least one print job satisfying a predetermined disposition approval condition among the plurality of print jobs indicated by the first list information, wherein the predetermined disposition approval condition is satisfied if the print job conforms to condition categories paper type, grain direction, and development size, of the scheduled disposition region; a ganging state monitoring unit that sequentially monitors the first list information and the second list information managed by the ganging information managing unit and determines whether or not there is at least one combination of the print jobs which have not been assigned yet by the job assigning unit and the scheduled disposition regions; and a monitoring result informing unit that informs a user of there being the combination in a case where the ganging state monitoring unit determines that there is the combination. a ganging information managing unit that sequentially updates and manages first list information regarding a plurality of print jobs and second list information regarding assignment states of the print jobs corresponding to the respective scheduled disposition regions; a job assigning unit that assigns the scheduled disposition regions to at least one print job satisfying a predetermined disposition approval condition among the plurality of print jobs indicated by the first list information, wherein the predetermined disposition approval condition is satisfied if the print job conforms to condition categories paper type, grain direction, and development size, of the scheduled disposition region; a ganging state monitoring unit that sequentially monitors the first list information and the second list information managed by the ganging information managing unit and determines whether or not there is at least one combination of the print jobs which have not been assigned yet by the job assigning unit and the scheduled disposition regions; and a monitoring result informing unit that informs a user of there being the combination in a case where the ganging state monitoring unit determines that there is the combination.
Sealing element for a building structure, having a plastic film, in particular a polyolefin film, wherein the plastic film has a first side and a second side facing away from the first side of the plastic film, wherein the plastic film is coated with an adhesion promoter on its first side and/or second side, in particular over its entire surface, characterized in that the adhesion promoter is a water-based adhesion promoter.