mhurhangee/ep-ind-claims huggingface dataset:
A cage for containing stone materials for use in making a dry stone wall structure by stacking at least two of these, which comprises perforated walls joined together to impart a closed three-dimensional configuration to the cage, said configuration having a base wall, a pair of side walls (2, 3) mainly extending in a longitudinal direction, a pair of walls (4, 5) located at the ends of said side walls (2, 3) mainly extending in a longitudinal direction, as well as a cover wall characterized in that the opposed walls (4, 5) which delimit the cage configuration at the ends of the pair of side walls (2, 3) mainly extending in a longitudinal direction both have respective tubular rod-like elements (14, 15) rigidly attached to their respective walls in the cage and oriented perpendicular to said base wall, said tubular elements (14, 15) having openings (18, 19) at their ends, said openings (18, 19) being accessible from outside the cage (1, 1a), said tubular elements being adapted to telescopically receive, through their respective end openings, respective end portions (31, 32) of a pair of connecting rod-like elements (20, 21) which are fitted between two identical closed cage configurations, stacked one above the other to form the dry stone wall structure.
A fuel supply pump that is provided between a fuel tank and a fuel injecting apparatus, the fuel supply pump supplying fuel fed from the fuel tank to the fuel injecting apparatus, the fuel supply pump comprising: a housing (11, 111, 112, 113) that defines a cam chamber such that lubricating oil is supplied from the cam chamber; a camshaft that is rotatably supported in the housing (11, 111, 112, 113), the camshaft including a cam portion that rotates in the cam chamber; and a cam ring that is rotatably connected with the camshaft, characterized in that the cam ring has an axial end portion axially opposing to a washer member, which regulates an axial end face of the cam portion such that the camshaft is aligned in an axial direction, the axial end portion defines an oil groove communicating the cam chamber with a gap, which is substantially circumferentially defined between the cam portion and the cam ring, so that lubricating oil is capable of flowing from the cam chamber into the gap through the oil groove, such that an amount of lubricating oil passing through the oil groove is larger than an amount of lubricating oil passing through a gap formed between the axial end face of the cam ring and the washer member, an outer circumferential periphery of the cam portion defines an oil groove slanted with respect to an axial center, and the axial end face of the cam portion protrudes beyond a bottom portion of the oil groove formed on the axial end portion of the cam ring. a housing (11, 111, 112, 113) that defines a cam chamber such that lubricating oil is supplied from the cam chamber; a camshaft that is rotatably supported in the housing (11, 111, 112, 113), the camshaft including a cam portion that rotates in the cam chamber; and a cam ring that is rotatably connected with the camshaft, characterized in that the cam ring has an axial end portion axially opposing to a washer member, which regulates an axial end face of the cam portion such that the camshaft is aligned in an axial direction, the axial end portion defines an oil groove communicating the cam chamber with a gap, which is substantially circumferentially defined between the cam portion and the cam ring, so that lubricating oil is capable of flowing from the cam chamber into the gap through the oil groove, such that an amount of lubricating oil passing through the oil groove is larger than an amount of lubricating oil passing through a gap formed between the axial end face of the cam ring and the washer member, an outer circumferential periphery of the cam portion defines an oil groove slanted with respect to an axial center, and the axial end face of the cam portion protrudes beyond a bottom portion of the oil groove formed on the axial end portion of the cam ring.
A resistance change memory device comprising: a first electrode containing a first element; a resistance change layer provided on the first electrode and containing an oxide of the first element; an oxygen conductive layer provided on the resistance change layer, containing a second element and oxygen, having oxygen ion conductivity, and having a relative permittivity higher than a relative permittivity of the resistance change layer; and a second electrode provided on the oxygen conductive layer, configured such that the resistance change layer undergoes dielectric breakdown earlier than the oxygen conductive layer when a voltage between the first electrode and the second electrode is continuously increased from zero; characterized in that the first element is silicon. a first electrode containing a first element; a resistance change layer provided on the first electrode and containing an oxide of the first element; an oxygen conductive layer provided on the resistance change layer, containing a second element and oxygen, having oxygen ion conductivity, and having a relative permittivity higher than a relative permittivity of the resistance change layer; and a second electrode provided on the oxygen conductive layer, configured such that the resistance change layer undergoes dielectric breakdown earlier than the oxygen conductive layer when a voltage between the first electrode and the second electrode is continuously increased from zero; characterized in that the first element is silicon.
A chip module for a portable data carrier, comprising a carrier having a first side and a second side disposed opposite the first side, wherein on the first side there are arranged an integrated circuit and an antenna for a contactless data and/or energy transfer between an external device and the integrated circuit, and on the second side there are arranged metallic contact fields for a contact-type data and/or energy transfer between an external device and the integrated circuit, wherein windings of the antenna on the first side are guided around the integrated circuit and are arranged in an area of the first side which is disposed completely or at least predominantly opposite a contact-field-free area of the second side, characterized in that in the contact-field-free area a marking is arranged in order to increase a security upon an allocation of the chip module, wherein the marking extends over the contact-field-free area, wherein the marking comprises characters, symbols or logos, wherein the marking is formed at least partially by a print, wherein the marking is formed at least partially by a laser inscription, wherein the contact-field-free area has a coating of an injection-molding compound in which also the integrated circuit is embedded, wherein the contact-field-free area has a coating (19, 20) of a UV-curing compound, wherein the contact-field-free area has a coating (19, 20) adhesively attached to the carrier, wherein the contact-field-free area has a photolithographic coating (19, 20).
A needle protector assembly comprising a needle defining an axial direction and a protective cover for the needle, wherein the needle is attached to a needle hub which is provided with wings on opposite sides thereof and which can be moved relative to the protective cover between a distal position in which at least a tip of the needle protrudes from the protective cover, and a proximal position in which the needle is fully received in the protective cover, wherein the protective cover comprises first and second parts (26, 28) which together form an elongate housing along which the needle hub can move between the distal and proximal positions, wherein the first and second parts (26, 28) define elongate slots on opposite sides of the housing through which the wings protrude, and wherein the first and second parts (26, 28) are connected to one another by means of a film hinge in the region of a first axial end of the housing and by means of a latching mechanism in the region of a second axial end of the housing, wherein a locking mechanism is provided, which is adapted to secure the needle hub in the proximal position, wherein the locking mechanism comprises a pair of first and second locking means engaging with each other when the needle hub is in the proximal position, wherein the first locking means is provided on the needle hub and the second locking means is provided on the protective cover, c h a r a c t e r i z e d in that the first locking means is formed such that a radial dimension of the first locking means can be reduced against a restoring force.
An apparatus for heating a blast furnace stove having a combustion region and a combustion gas outlet associated with the combustion region, the apparatus comprising: a) a source of lower calorific value fuel; b) a first pipeline operable to distribute the lower calorific value fuel from the source thereof to the combustion region; c) a source of air; d) a second pipeline operable to distribute the air from the source thereof to the combustion region; e) a source of oxidant comprising at least 85% by volume of oxygen; f) a third pipeline operable to distribute the oxidant from the source thereof to the combustion region; g) a fourth pipeline operable to conduct combustion gas from the combustion gas outlet away from the stove; and h) a fifth pipeline operable to return a portion of the combustion gas to the combustion region, the apparatus further comprising means for selectively introducing the oxidant from the third pipeline into the second pipeline. a) a source of lower calorific value fuel; b) a first pipeline operable to distribute the lower calorific value fuel from the source thereof to the combustion region; c) a source of air; d) a second pipeline operable to distribute the air from the source thereof to the combustion region; e) a source of oxidant comprising at least 85% by volume of oxygen; f) a third pipeline operable to distribute the oxidant from the source thereof to the combustion region; g) a fourth pipeline operable to conduct combustion gas from the combustion gas outlet away from the stove; and h) a fifth pipeline operable to return a portion of the combustion gas to the combustion region,
A method for configuring a medium access control control element, MAC CE, which includes an activation indicator indicating activation/deactivation of M serving cells configured for a user equipment, UE, by a base station in a wireless communication system, the MAC CE being included in a MAC message to be transmitted to the UE, the method characterised in that: the MAC CE comprises a plurality of bits which correspond to indices of serving cells supportable by the system in a one-to-one manner, the MAC CE further comprising at least one reserved bit, and the activation indicator is configured using each of M bits of the plurality of bits, the M bits corresponding to indices of the M supportable serving cells configured for the UE. the MAC CE comprises a plurality of bits which correspond to indices of serving cells supportable by the system in a one-to-one manner, the MAC CE further comprising at least one reserved bit, and the activation indicator is configured using each of M bits of the plurality of bits, the M bits corresponding to indices of the M supportable serving cells configured for the UE.
A downhole bypass valve comprising: a tubular body including a side port; a sleeve axially movably mounted in the body and normally biased to a closed position to close the side port; an activating device configured to be translatable into the body to engage the sleeve and permit movement of the sleeve to an open position and open the side port; and a latch (62, 64) having a part in the body and a part in the activating device, the parts of the latch configured to engage and retain the sleeve in the open position, the activating device further being operable to disengage from and translate through the sleeve and the parts of the latch (62, 64) further being operable to disengage and permit the sleeve to return to the closed position. a tubular body including a side port; a sleeve axially movably mounted in the body and normally biased to a closed position to close the side port; an activating device configured to be translatable into the body to engage the sleeve and permit movement of the sleeve to an open position and open the side port; and a latch (62, 64) having a part in the body and a part in the activating device, the parts of the latch configured to engage and retain the sleeve in the open position, the activating device further being operable to disengage from and translate through the sleeve and the parts of the latch (62, 64) further being operable to disengage and permit the sleeve to return to the closed position.
An epoxy resin composition comprising: a phosphorus-containing modified epoxy resin consisting of a compound (a) represented by the following Formula (a); a novolak epoxy resin; a hardener for epoxy resins; and a metal hydroxide, wherein a mass content C A % of the phosphorus-containing modified epoxy resin and mass content C D % of the metal hydroxide relative to total amount of the epoxy resin composition satisfy the following Formulas, and, 2.5C A + C D ≧ 45 6 ≦ C A ≦ 40 3 ≦ C D ≦ 30 wherein n is an integer of at least 0, X is a group represented by the following Formula, or, (n+2) number of X in the Formula may be the same or different from each other, with the proviso that at least one X among the (n+2) number of X is a group represented by the Formula or, and Y is -H or CH 3, and (n+2) number of Y in the Formula may be the same or different from each other. a phosphorus-containing modified epoxy resin consisting of a compound (a) represented by the following Formula (a); a novolak epoxy resin; a hardener for epoxy resins; and a metal hydroxide, wherein a mass content C A % of the phosphorus-containing modified epoxy resin and mass content C D % of the metal hydroxide relative to total amount of the epoxy resin composition satisfy the following Formulas, and, 2.5C A + C D ≧ 45 6 ≦ C A ≦ 40 3 ≦ C D ≦ 30 wherein n is an integer of at least 0, X is a group represented by the following Formula, or, (n+2) number of X in the Formula may be the same or different from each other, with the proviso that at least one X among the (n+2) number of X is a group represented by the Formula or, and Y is -H or CH 3, and (n+2) number of Y in the Formula may be the same or different from each other. 2.5C A + C D ≧ 45 6 ≦ C A ≦ 40 3 ≦ C D ≦ 30 wherein n is an integer of at least 0, X is a group represented by the following Formula, or, (n+2) number of X in the Formula may be the same or different from each other, with the proviso that at least one X among the (n+2) number of X is a group represented by the Formula or, and Y is -H or CH 3, and (n+2) number of Y in the Formula may be the same or different from each other. wherein n is an integer of at least 0, X is a group represented by the following Formula, or, (n+2) number of X in the Formula may be the same or different from each other,
A pneumatic tire, comprising a tread and a wing or sidewall adjacent to the tread, wherein the tread is formed from a rubber composition for a tread which has a net sulfur content derived from crosslinking agents of 0.56 to 1.15 parts by mass per 100 parts by mass of a rubber component of the rubber composition for a tread, the wing or sidewall is formed from a rubber composition for a wing or sidewall which has a net sulfur content derived from crosslinking agents of 1.3 to 2.5 parts by mass per 100 parts by mass of a rubber component of the composition for a wing or sidewall, and the following relationship is satisfied between the net sulfur content derived from crosslinking agents in the rubber composition for a tread and the net sulfur content derived from crosslinking agents in the rubber composition for a wing or sidewall: (the net sulfur content derived from crosslinking agents in the rubber composition for a wing or sidewall)/(the net sulfur content derived from crosslinking agents in the rubber composition for a tread) ≤ 2.5. (the net sulfur content derived from crosslinking agents in the rubber composition for a wing or sidewall)/(the net sulfur content derived from crosslinking agents in the rubber composition for a tread) ≤ 2.5.
A diffuser for a gas turbine engine comprising: an annular fluid passage fluidly connecting a diffuser inlet to a diffuser outlet; and a plurality of airfoils located in the annular fluid passage and each having debris collection means, characterised in that: the debris collection means includes a surface adhesion treatment included on a leading edge of each of the plurality of airfoils. an annular fluid passage fluidly connecting a diffuser inlet to a diffuser outlet; and a plurality of airfoils located in the annular fluid passage and each having debris collection means, characterised in that: the debris collection means includes a surface adhesion treatment included on a leading edge of each of the plurality of airfoils.
A method for enhancing an image acquired by means of at least one synthetic aperture radar, characterised in that it comprises: - a first step of acquiring a first SAR image of a scene to be imaged by means of a first SAR radar, with a first resolution and first operational acquisition conditions such that the background of the scene to be imaged does not stand out from the thermal noise on the first SAR image; - a second step of acquiring a second SAR image of said scene to be imaged by means of a second SAR radar, in second operational acquisition conditions substantially identical to said first operational acquisition conditions and with a second resolution that is coarser than the first resolution, so that the background of the scene stands out from the thermal noise on the second SAR image; - a first step of merging said first SAR image and an image serving as a map background and being aligned with said second SAR image so as to obtain a hybrid image. - a first step of acquiring a first SAR image of a scene to be imaged by means of a first SAR radar, with a first resolution and first operational acquisition conditions such that the background of the scene to be imaged does not stand out from the thermal noise on the first SAR image; - a second step of acquiring a second SAR image of said scene to be imaged by means of a second SAR radar, in second operational acquisition conditions substantially identical to said first operational acquisition conditions and with a second resolution that is coarser than the first resolution, so that the background of the scene stands out from the thermal noise on the second SAR image; - a first step of merging said first SAR image and an image serving as a map background and being aligned with said second SAR image so as to obtain a hybrid image.
A door impact beam constituted to include a long main body being a molded body of a metal plate, and disposed in a predetermined position between a door outer panel and a door inner panel, the main body having: door attaching portions respectively formed on both end portion sides of a long longitudinal direction thereof; and a bending deformation generation portion disposed between the door attaching portions, wherein the bending deformation generation portion has: a groove bottom portion; two edge line portions (5a, 5b) continuing to the groove bottom portion respectively; two vertical wall portions (6a, 6b) continuing to the two edge line portions (5a, 5b) respectively; two curved portions (7a, 7b) continuing to the two vertical wall portions (6a, 6b) respectively; and two flanges (8a, 8b) continuing to the two curved portions (7a, 7b) respectively, the door impact beam characterized in that a bead which is formed toward the longitudinal direction of the main body in a part of the groove bottom portion in a manner to project in a shape having a curved surface toward the outside of a cross-sectional shape of the bending deformation generation portion so as to oppose an impact load acting on the door impact beam, and the door attaching portions are constituted to attach, at both end portions, the door impact beam to the door inner panel, wherein the bending deformation generation portion has a hat-shaped open cross-sectional shape whose hat height is 50 mm or less and a cross-sectional peripheral length of the groove bottom portion is 10 mm ≤ L ≤ 35 mm, and wherein the bead satisfies relationships in a formula and a formula below: 1 mm < dh ≤ 7 mm 0.1 ≤ dh / L wherein here, a reference symbol L in the formula and the formula indicates a cross-sectional peripheral length of a groove bottom portion and a reference symbol dh indicates a height of the bead from a plane of the groove bottom portion.
An adenoviral gene delivery vehicle for use in a method of therapeutic or prophylactic gene delivery to a vascular cell or tissue, wherein the adenoviral gene delivery vehicle comprises an Ad49 hexon protein, an Ad49 penton protein and an Ad49 fiber protein.
A method for measurement reporting performed by a cellular user device connected to a primary cell, said cellular user device being within receiving range of a second cell, and configured by the primary cell by receiving: a trigger condition linking a cell state to a cell measurement quantity, a first cell-specific offset value and a second cell-specific offset value; the method comprising: measuring a signal from the second cell; determining a measurement quantity based on the measurement; determining a cell state associated with the second cell; evaluating the trigger condition using both the measurement quantity and the cell state; and transmitting a measurement report to the primary cell if the trigger condition is satisfied, wherein determining a cell state associated with the second cell comprises determining whether the second cell is in an active state or in a dormant state: wherein the first cell-specific offset value is for the active state and the second cell-specific offset value is for the dormant state; and wherein evaluating the trigger condition using both the measurement quantity and the cell state further comprises evaluating the trigger condition using the first cell-specific offset value if the second cell is in active state and evaluating the trigger condition using the second cell-specific offset value if the second cell is in dormant state. measuring a signal from the second cell; determining a measurement quantity based on the measurement; determining a cell state associated with the second cell; evaluating the trigger condition using both the measurement quantity and the cell state; and transmitting a measurement report to the primary cell if the trigger condition is satisfied, wherein determining a cell state associated with the second cell comprises determining whether the second cell is in an active state or in a dormant state: wherein the first cell-specific offset value is for the active state and the second cell-specific offset value is for the dormant state; and wherein evaluating the trigger condition using both the measurement quantity and the cell state further comprises evaluating the trigger condition using the first cell-specific offset value if the second cell is in active state and evaluating the trigger condition using the second cell-specific offset value if the second cell is in dormant state.