mhurhangee/ep-ind-claims huggingface dataset:
A transparent member comprising: a resin base material; and a porous layer arranged on the resin base material, wherein the porous layer has a network structure in which silica particles are joined to each other with a binder, wherein the resin base material has, on a side on which the porous layer is arranged, a mixed layer that the network structure has entered, wherein the mixed layer has a thickness of 20 nm or more and 160 nm or less, and wherein a thickness variation in a range having a length of 1 μm of a section of the mixed layer in a thickness direction thereof along a surface of the resin base material is 15% or less. a resin base material; and a porous layer arranged on the resin base material, wherein the porous layer has a network structure in which silica particles are joined to each other with a binder, wherein the resin base material has, on a side on which the porous layer is arranged, a mixed layer that the network structure has entered, wherein the mixed layer has a thickness of 20 nm or more and 160 nm or less, and wherein a thickness variation in a range having a length of 1 μm of a section of the mixed layer in a thickness direction thereof along a surface of the resin base material is 15% or less.
A docking station (10, 110), comprising: a receiving surface (16, 116) for receiving a portable computer; a wall projecting from the receiving surface (16, 116); a latch (18, 118) projecting from the receiving surface (16, 116), wherein the latch (18, 118) is movable towards and away from the wall, is resiliently biased (26, 126) towards the wall, and has an overhang (22, 122); wherein said overhang (22, 122) is arranged to engage a striker plate of the portable computer when said latch (18, 118) is moved towards the wall, said overhang (22, 122) restraining the striker plate against movement away from the receiving surface (16, 116); and wherein said overhang (22, 122) is arranged to release the striker plate when said latch (18, 118) is moved away from the wall; and a release actuator (36, 136) operable by a user to cause the latch (18, 118) to move away from the wall, wherein the release actuator (36, 136) is arranged to be locked, wherein locking of the release actuator (36, 136) prevents operation of the release actuator (36, 136) to cause the latch (18, 118) to move away from the wall but locking of the release actuator (36, 136) does not prevent the latch (18, 118) moving away from the wall. a receiving surface (16, 116) for receiving a portable computer; a wall projecting from the receiving surface (16, 116); a latch (18, 118) projecting from the receiving surface (16, 116), wherein the latch (18, 118) is movable towards and away from the wall, is resiliently biased (26, 126) towards the wall, and has an overhang (22, 122); wherein said overhang (22, 122) is arranged to engage a striker plate of the portable computer when said latch (18, 118) is moved towards the wall, said overhang (22, 122) restraining the striker plate against movement away from the receiving surface (16, 116); and wherein said overhang (22, 122) is arranged to release the striker plate when said latch (18, 118) is moved away from the wall; and a release actuator (36, 136) operable by a user to cause the latch (18, 118) to move away from the wall, wherein the release actuator (36, 136) is arranged to be locked, wherein locking of the release actuator (36, 136) prevents operation of the release actuator (36, 136) to cause the latch (18, 118) to move away from the wall but locking of the release actuator (36, 136) does not prevent the latch (18, 118) moving away from the wall.
Tyre having at least one carcass reinforcement comprising reinforcers, surmounted radially on the outside by a crown reinforcement, itself radially on the inside of a tread, said crown reinforcement being made up of at least one layer of reinforcement elements, said tread being connected to two beads by way of two sidewalls, said beads being intended to come into contact with a rim flange having a rim flange top, each bead having at least one circumferential reinforcement element, said carcass reinforcement comprising an end at each bead, the end of the carcass reinforcement being turned up once in an outward radial direction of the tyre and about said circumferential reinforcement element, so as to form a turnup, then being folded in said radially inward direction so as to form a fold forming a radially external end and three adjacent parts along an axial axis made up of a central part, of an axially internal lateral part, and of an axially external lateral part, characterized in that a decoupling elastomer composition having a secant modulus at 10% extension of greater than or equal to 10 MPa and preferably greater than or equal to 30 MPa and less than or equal to 60 MPa is present: • between the axially internal lateral part and the central part of said turnup, and • at the radially external end of said turnup, • said elastomer composition being present along a radial length comprised between the radially external end of the turnup and a radially internal point F with respect to the end of said turnup, said point being situated on the sidewall and at a distance from said radially external end by a length greater than 10 mm, and in that • the radially external end of the turnup is disposed between the rim flange top C and a point D, said points C and D being situated at the surface of the sidewall and disposed on either side of a point E situated on the sidewall corresponding to the nominal section width, • said point D being disposed at a maximum radial length equal to 85% of the length present between the axial end S of the crown reinforcement and the rim flange top C. • between the axially internal lateral part and the central part of said turnup, and • at the radially external end of said turnup, • said elastomer composition being present along a radial length comprised between the radially external end of the turnup and a radially internal point F with respect to the end of said turnup, said point being situated on the sidewall and at a distance from said radially external end by a length greater than 10 mm, and in that • the radially external end of the turnup is disposed between the rim flange top C and a point D, said points C and D being situated at the surface of the sidewall and disposed on either side of a point E situated on the sidewall corresponding to the nominal section width, • said point D being disposed at a maximum radial length equal to 85% of the length present between the axial end S of the crown reinforcement and the rim flange top C.
An optically variable security element for securing valuable articles, having an optically variable color layer, wherein the optically variable color layer includes a plurality of microcapsules, each of which exhibits a capsule shell, a carrier liquid enclosed in the capsule shell, and at least one optically variable and magnetically alignable pigment that is substantially freely rotatable in the microcapsule and reversibly alignable by an external magnetic field, and that is developed to be multilayer having at least one magnetic layer and having at least one non-magnetic layer, wherein the multilayer pigment comprises a carrier material of Al 2 O 3, SiO 2, natural mica, synthetic mica or synthetic glass material, and the carrier material is provided with an interference coating composed of iron oxide and one or more layers composed of SiO 2, TiO 2 or SnO 2, or the carrier material is provided with a two-layer interference coating composed of iron oxide and magnesium oxide, or the carrier material is provided with an interference coating composed of iron oxide doped with magnesium oxide, the at least one multilayer pigment is in the form of a non-spherical pigment, especially platelet-shaped, the ratio of the largest to the smallest diameter, namely the diameter-to-thickness ratio of the at least one non-spherical pigments being more than 4:1, and wherein the microcapsules include no additional colorant besides the at least one optically variable and magnetically alignable pigment, and the optically variable color layer includes no further colored or optically variable pigments besides the pigments included in the microcapsules.
An ocular implant adapted to reside at least partially in a portion of Schlemm's canal of an eye, the eye having an iris defining a pupil, the implant comprising: a body having a first major surface, a second major surface, a first lateral extent, a second lateral extent, and a longitudinal length; the body being curved about a longitudinal central axis so that the first major surface comprises a concave surface and the second major surface comprises a convex surface; a distal portion of the body defining a longitudinal channel including a channel opening, the channel opening being disposed diametrically opposite a central portion of the concave surface, characterised in that an aspect ratio of first lateral extent to second lateral extent is greater than or equal to two, such that ocular implant assumes an orientation in which the channel opening is adjacent a major side of Schlemm's canal when ocular implant is disposed in Schlemm's canal. a body having a first major surface, a second major surface, a first lateral extent, a second lateral extent, and a longitudinal length; the body being curved about a longitudinal central axis so that the first major surface comprises a concave surface and the second major surface comprises a convex surface; a distal portion of the body defining a longitudinal channel including a channel opening, the channel opening being disposed diametrically opposite a central portion of the concave surface, characterised in that an aspect ratio of first lateral extent to second lateral extent is greater than or equal to two, such that ocular implant assumes an orientation in which the channel opening is adjacent a major side of Schlemm's canal when ocular implant is disposed in Schlemm's canal.
A thermal head, comprising: a substrate; a heat generating portion disposed on the substrate; a driving IC which is disposed on the substrate and controls actuation of the heat generating portion; and a covering member which covers the driving IC, when the substrate is seen in a plan view, the thermal head being composed of a first region defined by extending a driving-IC disposed area in a sub scanning direction, and second regions which are regions other than the first region, wherein a projection portion (2, 202) is provided in at least one of the second regions, and lies closer to the heat generating portion than the driving-IC disposed area, the projection portion (2, 202) being configured to make contact with a recording medium under conveyance, characterized in that a length of the projection portion (2, 202) in a main scanning direction becomes shorter gradually with increasing proximity to the heat generating portion. a substrate; a heat generating portion disposed on the substrate; a driving IC which is disposed on the substrate and controls actuation of the heat generating portion; and a covering member which covers the driving IC, when the substrate is seen in a plan view, the thermal head being composed of a first region defined by extending a driving-IC disposed area in a sub scanning direction, and second regions which are regions other than the first region, wherein a projection portion (2, 202) is provided in at least one of the second regions, and lies closer to the heat generating portion than the driving-IC disposed area, the projection portion (2, 202) being configured to make contact with a recording medium under conveyance, characterized in that a length of the projection portion (2, 202) in a main scanning direction becomes shorter gradually with increasing proximity to the heat generating portion.
Heat shield (20, 56) for a combustion chamber of a gas turbine with a supporting structure (24, 58) and a number of heat shield elements (22, 60, 73) made of a ceramic material, which comprise a hot side that can be exposed to hot gas and a cold side opposite the hot side and peripheral sides (30a, 30b) that in each case connect the hot side to the cold side, wherein the heat shield elements (22, 60, 73) are attached to the supporting structure (24, 58) of the heat shield essentially areally while leaving expansion gaps, with the cold side facing the supporting structure (24, 58), and have a height normal to the cold side, wherein the height of at least one row of heat shield elements (22, 73) increases in a direction of increasing height, wherein the region of increasing height of the heat shield elements extends in the direction of increasing height essentially as far as at least one peripheral side or as far as a projection that extends the hot side beyond the base area of the cold side, wherein the respective direction of increasing height of the heat shield elements (22, 73) is oriented toward a common end face of the row, characterized in that the row is a final row of the heat shield (20, 56) arranged upstream, wherein the direction of increasing height is oriented upstream.
A method for determining a heading, H, of an object, the method comprising the steps of: (a) measuring carrier signal phases of satellite carrier signals, SCS, received from a number, N, of visible satellites on at least two antennas attached to said object and defining a baseline vector of said object with a predetermined baseline length; (b) calculating for each satellite carrier signal, SCS, a carrier phase difference between the measured carrier signal phases of the satellite carrier signal, SCS, received on the at least two antennas, wherein calculating the carrier phase difference includes removing a clock bias; (c) calculating projection curves of the baseline vector onto object satellite unit vectors for all visible satellites when rotating said baseline vector within a predetermined azimuth angle range, AAR; and (d) comparing extracted fractional parts of the calculated projection curves with extracted fractional parts of their corresponding fractional carrier phase differences to identify a common intersection for all visible satellites representing the heading, H, of said object, characterized in that the calculated negative fractional parts of the projection curves are corrected by adding one wavelength of the respective satellite carrier signal, SCS, to remove negative ambiguities. (a) measuring carrier signal phases of satellite carrier signals, SCS, received from a number, N, of visible satellites on at least two antennas attached to said object and defining a baseline vector of said object with a predetermined baseline length; (b) calculating for each satellite carrier signal, SCS, a carrier phase difference between the measured carrier signal phases of the satellite carrier signal, SCS, received on the at least two antennas, wherein calculating the carrier phase difference includes removing a clock bias; (c) calculating projection curves of the baseline vector onto object satellite unit vectors for all visible satellites when rotating said baseline vector within a predetermined azimuth angle range, AAR; and (d) comparing extracted fractional parts of the calculated projection curves with extracted fractional parts of their corresponding fractional carrier phase differences to identify a common intersection for all visible satellites representing the heading, H, of said object,
Suction cup for a floor cleaning machine with an outer body having legs (7,9) arranged in an L shape in their lengthwise cross section and comprising a first horizontal leg and a second vertical leg running perpendicular to the first leg, with an inner body detachably connected to the outer body, said inner body having a front and a rear contact surface running perpendicular to the first horizontal leg, with a flexible slotted bar detachably connected to the inner body on the front contact surface, with a flexible sealing bar detachably connected to the inner body on the rear contact surface, and with a leaf spring designed in such a way that the sealing bar is pressed against the inner body, wherein the slotted bar and the sealing bar project beyond the underside of the inner body pointing downwards away from the first horizontal leg, so that a suction space is formed between the slotted bar and the sealing bar, characterised in that, the inner body and the outer body are designed such that the inner body is coupled to the outer body with a displacement movement perpendicular to the first horizontal leg and parallel to the second vertical leg, and that the ends of the leaf spring engage with the ends of the inner body.
A method (1000A, 1000B, 1000C), comprising: receiving, by a network node from a User Equipment, UE, device, a Session Initiation Protocol, SIP, request message via a first IP network; transmitting (1002, 1010, 1020) a SIP response message by the network node via the first IP network, the SIP response message being responsive to the SIP request message and including at least one message body content in a body of the SIP response message, the SIP response message further including a content type indicator for the at least one message body content; and wherein the UE device provides (1006, 1014, 1024), by one or more processors, a treatment for the at least one message body content based on a value of the content type indicator independent of an absence of a content disposition indicator or a value of a content disposition indicator, the treatment, applied by the UE device, comprising one of: (i) performing an Emergency Services, ES, call effectuated via a circuit-switched network; or (ii) performing a registration and an ES call effectuated via an IP network, wherein the registration involves sending a SIP REGISTER message. receiving, by a network node from a User Equipment, UE, device, a Session Initiation Protocol, SIP, request message via a first IP network; transmitting (1002, 1010, 1020) a SIP response message by the network node via the first IP network, the SIP response message being responsive to the SIP request message and including at least one message body content in a body of the SIP response message, the SIP response message further including a content type indicator for the at least one message body content; and wherein the UE device provides (1006, 1014, 1024), by one or more processors, a treatment for the at least one message body content based on a value of the content type indicator independent of an absence of a content disposition indicator or a value of a content disposition indicator, the treatment, applied by the UE device, comprising one of: (i) performing an Emergency Services, ES, call effectuated via a circuit-switched network; or (ii) performing a registration and an ES call effectuated via an IP network, wherein the registration involves sending a SIP REGISTER message.
An automatic coil-exchanging apparatus for a coil stock, comprising a work table, and a left unwinding apparatus, a right unwinding apparatus and a rotary cutoff apparatus which are all disposed on the work table, wherein the rotary cutoff apparatus is disposed between the left unwinding apparatus and the right unwinding apparatus; the work table is provided thereon with a left auxiliary roll, a right auxiliary roll, and a plurality of fixed rolls; the left auxiliary roll moves up and down between the left unwinding apparatus and the rotary cutoff apparatus; the right auxiliary roll moves up and down between the right unwinding apparatus and the rotary cutoff apparatus; the rotary cutoff apparatus comprises a bearing seat, a bearing disposed on the bearing seat, a rotating body disposed on the bearing, a rotating mechanism for driving the rotating body to rotate on the bearing seat, a swivelling mechanism for driving the bearing seat to swivel, and a drive mechanism for driving the bearing seat to move back and forth on the work table; the rotating body comprises an upper portion and a lower portion; a gap for a material to pass through is disposed between the upper portion and the lower portion; and the rotating body is provided with a pressing mechanism for pressing the material tightly, and a cutting mechanism for cutting off the material. the rotary cutoff apparatus comprises a bearing seat, a bearing disposed on the bearing seat, a rotating body disposed on the bearing, a rotating mechanism for driving the rotating body to rotate on the bearing seat, a swivelling mechanism for driving the bearing seat to swivel, and a drive mechanism for driving the bearing seat to move back and forth on the work table; the rotating body comprises an upper portion and a lower portion; a gap for a material to pass through is disposed between the upper portion and the lower portion; and the rotating body is provided with a pressing mechanism for pressing the material tightly, and a cutting mechanism for cutting off the material.
A table system having a table frame which supports an elongate table top and has two plate-like transverse members arranged below the narrow-side ends of the table top and at least one longitudinal member extending between the transverse members and connected thereto and at least two table legs affixed to the transverse members wherein on their end faces facing the long sides of the table top the transverse members have in their end portions hollow or lug-like coupling elements for insertion of coupling pieces (17, 17') with lug-like or hollow coupling counter-elements adapted in a complementary manner to the coupling element, wherein the table legs are or can be affixed by means of the coupling pieces (17, 17') to the transverse members, wherein the transverse members have on each end portion at least two coupling elements extending parallel to one another in the longitudinal direction of the transverse members and the coupling pieces (17, 17') have at least two coupling counter-elements complementary thereto, and wherein the transverse members extend at least partially in a straight line at least on their long side facing outwards towards the narrow-side end of the table, characterized in that the spacing of the coupling elements in transverse direction of the transverse member is at least twice as great as the spacing between the straight long edge and the adjacent coupling element.
A method for reducing non-uniformity defects in a display having a tone scale driven by respective input luminance code values to said display, the method comprising: - causing illumination at a plurality of pixels at each of a plurality of gray levels, each one of said plurality of gray levels corresponding to a respective input luminance code value to said display; - capturing said display with an image sensing device external to said display et each one of the illuminated gray levels; - combining the captured images to generate a tone scale for each pixel - determining corrective data for said pixels so as to reduce the non-uniformity defects of said display; - storing said corrective data in said display to process an image received by said display so as to reduce said non-uniformity defects; characterized in that said corrective data are determined for said pixels by using a contrast sensitivity function of the human eye so as to reduce the non-uniformity defects of said display for those characteristics visible by the human visual system and so as not to reduce the non-uniformity defects of the display for those characteristics not visible by the human visual system. - causing illumination at a plurality of pixels at each of a plurality of gray levels, each one of said plurality of gray levels corresponding to a respective input luminance code value to said display; - capturing said display with an image sensing device external to said display et each one of the illuminated gray levels; - combining the captured images to generate a tone scale for each pixel - determining corrective data for said pixels so as to reduce the non-uniformity defects of said display; - storing said corrective data in said display to process an image received by said display so as to reduce said non-uniformity defects;