mhurhangee/ep-ind-claims huggingface dataset:
A display device foldable through a range of degrees at a folding portion, the display device comprising: a rear cover; a cover glass layer (118") extending from one side as a left side of the display device through the folding portion to the other side as a right side of the display device; a light-emitting layer between the rear cover and the cover glass layer (118"); and a backplate between the rear cover and the light-emitting layer, wherein the backplate comprises a plurality of backplate slots that each extend from an upper surface of the backplate through a lower surface of the backplate to facilitate bending of the backplate, characterized in that: the cover glass layer (118") comprises a plurality of cover glass layer slots in the folding portion to facilitate folding of the cover glass layer (118"). a rear cover; a cover glass layer (118") extending from one side as a left side of the display device through the folding portion to the other side as a right side of the display device; a light-emitting layer between the rear cover and the cover glass layer (118"); and a backplate between the rear cover and the light-emitting layer, wherein the backplate comprises a plurality of backplate slots that each extend from an upper surface of the backplate through a lower surface of the backplate to facilitate bending of the backplate, characterized in that: the cover glass layer (118") comprises a plurality of cover glass layer slots in the folding portion to facilitate folding of the cover glass layer (118").
Hot-rolled steel having a yield strength Rp 0.2 of at least 1100 MPa along and transverse to a rolling direction and a tensile strength of at least 1120 MPa and up to 1450 MPa along and transverse to a rolling direction, characterized in that: it has an A%-elongation of at least 8% along and/or transverse to the rolling direction, an impact toughness of at least 34 J/cm 2 when a Charpy V notched specimen having a thickness of 5-10 mm is measured at -40°C longitudinally to the rolling direction, a minimum bending radius of 5.0 x thickness longitudinally and/or transverse to the rolling direction, and a chemical composition containing in mass-%: • C 0.10 - 0.2 • Si 0 - 0.7 • Mn 1.3 - 2.2 • Nb 0 - 0.06 • Ti 0 - 0.15 • V more than 0.03 and ≤ 0.25 • Al 0.01 - 0.15 • B 0.0005 - 0.010 • Cr 0.1 - 1.7 • Mo 0.15 - 0.8 • Cu 0 - 1.5 • Ni 0.3 - 2.5 • P 0 - 0.015 • S 0 -0.008 • Zr 0 - 0.2 • Ca 0 - 0.004 • N 0-0.01 • balance Fe and unavoidable impurities, whereby: a) when 0.10 < C < 0.11 then Mn ≥ 1.60 and V > 0.14 and Mo ≥ 0.5 b) when 0.11 ≤ C < 0.125 then Mn ≥ 1.45 and V ≥ 0.13 and Mo ≥ 0.35 c) when 0.125 ≤ C < 0.15, then Mn ≥ 1.35 and V ≥ 0.12 and Mo ≥ 0.20, and d) when C ≥ 0.15 and V > 0.11, then Mn ≥ 1.3 and Mo ≥ 0.15 or when C ≥ 0.15 and V 0.03 - 0.11, then Mn > 1.3 and Mo > 0.15 and Nb > 0.02 and Cr+Cu+Ni >1.4. • C 0.10 - 0.2 • Si 0 - 0.7 • Mn 1.3 - 2.2 • Nb 0 - 0.06 • Ti 0 - 0.15 • V more than 0.03 and ≤ 0.25 • Al 0.01 - 0.15 • B 0.0005 - 0.010 • Cr 0.1 - 1.7 • Mo 0.15 - 0.8 • Cu 0 - 1.5 • Ni 0.3 - 2.5 • P 0 - 0.015 • S 0 -0.008 • Zr 0 - 0.2 • Ca 0 - 0.004 • N 0-0.01 • balance Fe and unavoidable impurities, a) when 0.10 < C < 0.11 then Mn ≥ 1.60 and V > 0.14 and Mo ≥ 0.5 b) when 0.11 ≤ C < 0.125 then Mn ≥ 1.45 and V ≥ 0.13 and Mo ≥ 0.35 c) when 0.125 ≤ C < 0.15, then Mn ≥ 1.35 and V ≥ 0.12 and Mo ≥ 0.20, and d) when C ≥ 0.15 and V > 0.11, then Mn ≥ 1.3 and Mo ≥ 0.15 or
A method of determining a network through which a user terminal receives data for an MPEG media transport, MMT, based content service, by the user terminal, the method comprising: receiving at least one first packet for the data from a first network; receiving transmission characteristic information of the data through an asset delivery characteristic, ADC, message; obtaining network state information of a second network using information included in a header of at least one second packet for the data, the at least one second packet being received from the second network; determining to switch from the first network to the second network if the network state information of the second network satisfies the transmission characteristic information, and determining to use of the first network if the network state information of the second network does not satisfy the transmission characteristic information, wherein the network state information of the second network comprises information for a packet loss measured based on a packet counter included in the header of the at least one second packet and information for a propagation delay measured based on a time-stamp included in the header of the at least one second packet, and wherein the transmission characteristic information includes information for a requirement related to a loss of the data and information for a requirement related to a delay of the data. receiving at least one first packet for the data from a first network; receiving transmission characteristic information of the data through an asset delivery characteristic, ADC, message; obtaining network state information of a second network using information included in a header of at least one second packet for the data, the at least one second packet being received from the second network; determining to switch from the first network to the second network if the network state information of the second network satisfies the transmission characteristic information, and determining to use of the first network if the network state information of the second network does not satisfy the transmission characteristic information, wherein the network state information of the second network comprises information for a packet loss measured based on a packet counter included in the header of the at least one second packet and information for a propagation delay measured based on a time-stamp included in the header of the at least one second packet, and wherein the transmission characteristic information includes information for a requirement related to a loss of the data and information for a requirement related to a delay of the data.
A polyvinyl alcohol mold release film for artificial marble molding use, which is to be placed between a stock solution that serves as a raw material for artificial marble and a shaping apparatus when the stock solution is fed to the shaping apparatus, solidified and molded, the mold release film being characterized by being a polyvinyl alcohol film and satisfying the following formula, 4.6 × 10 − 3 ≥ Δ n MD 0 − 1.4 × 10 − 3 ≥ Δ n TD 0 ≥ 1.0 × 10 − 3 in the formula, Δn 0 represents a value determined from a birefringence index of the polyvinyl alcohol mold release film in the machine direction at a center part of a transverse direction of the film by averaging the birefringence index along a thickness direction of the film, and Δn 0 represents a value determined from a birefringence index of the polyvinyl alcohol mold release film in the transverse direction at the center part of the transverse direction of the film by averaging the birefringence index along the thickness direction of the film.
A self-propelling road construction machine, particularly a road roller, comprising - a travel drive, - a steering device, - a control device for the travel drive and the steering device, and - a driver's seat rotatable by at least 180° and including an integrated operating element for the vehicle speed, - the operating element generating the control signals for the travel drive in dependence on the direction of the control movement of the operating element or the direction of force application on the operating element, characterized in that the control device is operative, in response to a first switching command, to automatically perform a reversing process comprising deceleration, seat rotation, change of direction of travel, and acceleration to the set vehicle speed in opposite direction to the original direction of travel. - a travel drive, - a steering device, - a control device for the travel drive and the steering device, and - a driver's seat rotatable by at least 180° and including an integrated operating element for the vehicle speed, - the operating element generating the control signals for the travel drive in dependence on the direction of the control movement of the operating element or the direction of force application on the operating element, characterized in that the control device is operative, in response to a first switching command, to automatically perform a reversing process comprising deceleration, seat rotation, change of direction of travel, and acceleration to the set vehicle speed in opposite direction to the original direction of travel.
Pneumatic vehicle tyre for passenger cars of a radial design with a tread strip and with a tyre shoulder which is arranged at the transition to the tyre sidewall, the tread strip and the tyre shoulder having an outer contour to be measured on the tyre which is mounted and is inflated to nominal pressure, and with a width of the tread strip, which width is called TW45 and extends between two points P TW, each of the said points P TW being the point of intersection of a tangent (t) which runs on the shoulder outer side at 45° with respect to the radial with a curve (k) which runs in an extension of the outer contour of the tread strip, characterized in that the curve (k) which runs in an extension of the outer contour of the tread strip forms the outer contour of the tyre shoulder and reaches as far as the point P TW and, from there, merges in the direction of the tyre sidewall first of all into a concave contour section which, starting from the point P TW, runs completely axially outside the point P TW, is formed by way of a circular arc section with a radius in a range of 8-25 mm, and subsequently tangentially adjoins the convex outer contour of the tyre shoulder.
Method for shaping the bottom of hot-filled containers in a production system for hot-filling containers, where said bottoms of said containers are forced inwardly from a state bulged outwardly, in particular when cooling down, characterized in that said bottoms are forced inwardly from the state bulged outwardly by at least one fluid jet and/or a fluid pressure wave.
A catheter system for carrying an implantable leadless pacing device, the catheter system comprising: a tubular member including a lumen extending from a proximal end to a distal end thereof; a tubular distal holding structure extending distally of the distal end of the tubular member, the tubular distal holding structure defining a cavity; a leadless pacing device located at least partially within the cavity, the leadless pacing device having a proximal electrode and a distal electrode; and an electrical port extending through the tubular distal holding structure from interior or within the tubular distal holding structure to exterior the tubular distal holding structure at a location of the tubular distal holding structure proximal of the proximal electrode of the leadless pacing device when the implantable device is positioned within the tubular distal holding structure; and wherein the electrical port provides a conductive pathway for an electrical signal traveling through the tubular distal holding structure to and/or from the leadless pacing device. a tubular member including a lumen extending from a proximal end to a distal end thereof; a tubular distal holding structure extending distally of the distal end of the tubular member, the tubular distal holding structure defining a cavity; a leadless pacing device located at least partially within the cavity, the leadless pacing device having a proximal electrode and a distal electrode; and an electrical port extending through the tubular distal holding structure from interior or within the tubular distal holding structure to exterior the tubular distal holding structure at a location of the tubular distal holding structure proximal of the proximal electrode of the leadless pacing device when the implantable device is positioned within the tubular distal holding structure; and wherein the electrical port provides a conductive pathway for an electrical signal traveling through the tubular distal holding structure to and/or from the leadless pacing device.
A process of manufacturing a cemented carbide, said process comprises the steps of: a) forming a slurry comprising a milling liquid, binder metal in such amount that the total binder metal content in the final product ranges from 2 to 15 wt%, and hard constituents, wherein said hard constituents comprise hex doped WC described as hex(Me,W) where Me is atoms of transition metal(s) selected from Cr, group 4 and/or group 5 and/or group 7 excluding Tc; and wherein the amount of Me do not exceed 3 wt% of the total weight of the hex doped WC, b) subjecting said slurry to milling and drying; c) subjecting the powder mixture obtained from b) to pressing and sintering; wherein the hex doped WC is subjected to nitrogen before and/or during sintering. a) forming a slurry comprising a milling liquid, binder metal in such amount that the total binder metal content in the final product ranges from 2 to 15 wt%, and hard constituents, wherein said hard constituents comprise hex doped WC described as hex(Me,W) where Me is atoms of transition metal(s) selected from Cr, group 4 and/or group 5 and/or group 7 excluding Tc; and wherein the amount of Me do not exceed 3 wt% of the total weight of the hex doped WC, b) subjecting said slurry to milling and drying; c) subjecting the powder mixture obtained from b) to pressing and sintering;
An anti-activin-A compound for use in treating ovarian cancer in a subject, wherein the anti-activin-A compound comprises a stabilized activin IIB receptor polypeptide (svActRIIB) and a human IgG Fc domain, and wherein the svActRIIB polypeptide is selected from the group consisting of: a. a polypeptide consisting of the sequence set forth in the group consisting of SEQ ID NO: 4, 6, 12 and 14; b. a polypeptide having at least 90% sequence identity to (a), wherein the polypeptide has a W or a Y at the position corresponding to position 28 of SEQ ID NO:2 and a T at the position corresponding to position 44 of SEQ ID NO:2, wherein the polypeptide is capable of binding myostatin, activin-A, or GDF-11; and c. a polypeptide having at least 95% sequence identity to (a), wherein the polypeptide has a W or a Y at the position corresponding to position 28 of SEQ ID NO:2 and a T at the position corresponding to position 44 of SEQ ID NO:2, wherein the polypeptide is capable of binding myostatin, activin-A, or GDF-11. a. a polypeptide consisting of the sequence set forth in the group consisting of SEQ ID NO: 4, 6, 12 and 14; b. a polypeptide having at least 90% sequence identity to (a), wherein the polypeptide has a W or a Y at the position corresponding to position 28 of SEQ ID NO:2 and a T at the position corresponding to position 44 of SEQ ID NO:2, wherein the polypeptide is capable of binding myostatin, activin-A, or GDF-11; and c. a polypeptide having at least 95% sequence identity to (a), wherein the polypeptide has a W or a Y at the position corresponding to position 28 of SEQ ID NO:2 and a T at the position corresponding to position 44 of SEQ ID NO:2, wherein the polypeptide is capable of binding myostatin, activin-A, or GDF-11.
An earth-boring bit (11, 211) comprising: a bit body (13, 213) configured at its upper extent for connection into a drillstring; at least one fixed blade (19, 219) extending downwardly from the bit body (13, 213), the fixed blade (19, 219) having a radially outermost gage surface; a plurality of fixed cutting elements (31, 231) secured to the fixed blade (19, 219); at least one bit leg (17, 217) secured to the bit body (13, 213); characterised by a rolling cutter (21, 221) mounted for rotation on the bit leg (17, 217); at least one stabilizer pad (51, 151, 251) disposed between the at least one bit leg (17, 217) and the at least one fixed blade (19, 219), the stabilizer pad (51, 151) extending radially outward to substantially the gage surface. a bit body (13, 213) configured at its upper extent for connection into a drillstring; at least one fixed blade (19, 219) extending downwardly from the bit body (13, 213), the fixed blade (19, 219) having a radially outermost gage surface; a plurality of fixed cutting elements (31, 231) secured to the fixed blade (19, 219); at least one bit leg (17, 217) secured to the bit body (13, 213); characterised by a rolling cutter (21, 221) mounted for rotation on the bit leg (17, 217); at least one stabilizer pad (51, 151, 251) disposed between the at least one bit leg (17, 217) and the at least one fixed blade (19, 219), the stabilizer pad (51, 151) extending radially outward to substantially the gage surface.
A vane seal system (60; 160; 260) comprising: a non-rotatable vane segment (62; 262a, 262b) including an airfoil (64; 264a, 264b) having at one end thereof a pocket (66; 266a, 266b), the pocket spanning (66...266b) in an axial direction between forward and trailing sides, with respect to the airfoil (64...264b), and in a lateral direction between open lateral sides; and a seal member (72; 172) extending in the pocket (66...266b), the seal member (72; 172) including a seal element and at least one spring portion (76; 176): configured to positively locate the seal member (72; 172) in the axial direction in the pocket (66...266b) characterised in that: - the seal member includes a carrier having a base wall defining a first side and an opposed, second side, the base wall having first and second legs that extend outwardly from the first side, and the seal element is affixed to the first side between the first and second legs; - the pocket (66; 266a, 266b) includes first and second hooked arms, and the first and second legs include free ends having radial-facing surfaces (84a, 84b) that abut respective radial-facing surfaces (70a, 70b) of the first and second hooked arms. a non-rotatable vane segment (62; 262a, 262b) including an airfoil (64; 264a, 264b) having at one end thereof a pocket (66; 266a, 266b), the pocket spanning (66...266b) in an axial direction between forward and trailing sides, with respect to the airfoil (64...264b), and in a lateral direction between open lateral sides; and a seal member (72; 172) extending in the pocket (66...266b), the seal member (72; 172) including a seal element and at least one spring portion (76; 176): configured to positively locate the seal member (72; 172) in the axial direction in the pocket (66...266b) characterised in that: - the seal member includes a carrier having a base wall defining a first side and an opposed, second side, the base wall having first and second legs that extend outwardly from the first side, and the seal element is affixed to the first side between the first and second legs; - the pocket (66; 266a, 266b) includes first and second hooked arms, and the first and second legs include free ends having radial-facing surfaces (84a, 84b) that abut respective radial-facing surfaces (70a, 70b) of the first and second hooked arms. - the seal member includes a carrier having a base wall defining a first side and an opposed, second side, the base wall having first and second legs that extend outwardly from the first side, and the seal element is affixed to the first side between the first and second legs; - the pocket (66; 266a, 266b) includes first and second hooked arms, and the first and second legs include free ends having radial-facing surfaces (84a, 84b) that abut respective radial-facing surfaces (70a, 70b) of the first and second hooked arms.
An LED illumination device adapted to be connected to a power supply device, wherein the power supply device includes a constant voltage circuit configured to generate a constant voltage and a constant current circuit configured to variably set a supply current, and the LED illumination device includes a first terminal adapted to be connected to the constant voltage circuit and a second terminal adapted to be connected to the constant current circuit, the LED illumination device comprising: an LED circuit; a bypass circuit; and a distribution circuit configured to distribute the supply current supplied from the power supply device at a predetermined ratio regardless of a current value and configured to supply one part thereof to the LED circuit and the other part thereof to the bypass circuit, wherein the distribution circuit includes: a first resistance element arranged in series with the LED circuit; a second resistance element arranged in series with the bypass circuit; and a voltage maintaining circuit configured to maintain voltages applied to the first resistance element and the second resistance element so that the voltages are substantially equal, and wherein the predetermined ratio is determined based on a resistance value of the first resistance element and a resistance value of the second resistance element, wherein the voltage maintaining circuit includes: a differential amplifier circuit having a pair of input terminals (a, b); a feedback circuit configured to perform a feedback operation so as to keep potentials of the respective input terminals (a, b) equal; and a pair of transistors (Q1, Q2) having emitters connected to the respective input terminals (a, b), so that base potentials are kept equal, wherein the first resistance element is arranged between the base of the first transistor and the first terminal, and the LED circuit is arranged between the base of the first transistor and the second terminal, and wherein the second resistance element is arranged between the base of the second transistor and the first terminal, and the bypass circuit is arranged between the base of the second transistor and the second terminal. an LED circuit; a bypass circuit; and a distribution circuit configured to distribute the supply current supplied from the power supply device at a predetermined ratio regardless of a current value and configured to supply one part thereof to the LED circuit and the other part thereof to the bypass circuit, a first resistance element arranged in series with the LED circuit; a second resistance element arranged in series with the bypass circuit; and a voltage maintaining circuit configured to maintain voltages applied to the first resistance element and the second resistance element so that the voltages are substantially equal, and a differential amplifier circuit having a pair of input terminals (a, b); a feedback circuit configured to perform a feedback operation so as to keep potentials of the respective input terminals (a, b) equal; and a pair of transistors (Q1, Q2) having emitters connected to the respective input terminals (a, b), so that base potentials are kept equal,