mhurhangee/ep-ind-claims huggingface dataset:
Reinforcing layer for pneumatic vehicle tyres, wherein the reinforcing layer has at least one reinforcing element, which is embedded in the elastomeric material, wherein the reinforcing element is a band, the cross section of which satisfies the condition h < w, where h defines the cross-sectional height and w defines the cross-sectional width of the band, wherein the band comprises a film of a non-metallic material, wherein the film extends over the entire area of extent of the band, wherein the band is arranged in the reinforcing layer in such a way that the direction of extent of w is aligned approximately parallel to the planar extent of the reinforcing layer and wherein the film is made of at least one polyamide, characterized in that the reinforcing layer is a reinforcing layer of the breaker belt bandage and/or of the carcass and/or of the bead reinforcement of a pneumatic vehicle tyre, in that the cross-sectional width w of the band satisfies the condition 100 μm < w < 30 000 μm, with preference 300 μm < w < 10 000 μm, and in that the ratio of the cross-sectional width w to the cross-sectional height h satisfies the condition 4000 > w/h >1.5, in particular 500 > w/h > 10, in particular 200 > w/h > 40.
A meta-structure having multifunctional properties, wherein a plurality of unit blocks configured to control a property of a wave is combined in a plane or a space in a predetermined pattern to form one structure, at least one of the plurality of unit blocks is formed to have a different size, a unit cell designed to have a specific shape is disposed inside each of the plurality of unit blocks and has a property of controlling the property of the wave, such that a frequency range of the controlled wave is changed according to the size of each of the plurality of unit blocks, characterized in that the size of the unit cell is increased or decreased in proportion to the size of the unit block, a length of one side of each of the plurality of unit blocks is continuously or intermittently increased according to the Fibonacci Sequence rules, and the plurality of unit blocks is disposed on a plane and each of the plurality of unit blocks is shaped like a square or the plurality of unit blocks is disposed in a space and each of the plurality of unit blocks is formed in a cuboid shape in which one surface is shaped like a square. a plurality of unit blocks configured to control a property of a wave is combined in a plane or a space in a predetermined pattern to form one structure, at least one of the plurality of unit blocks is formed to have a different size, a unit cell designed to have a specific shape is disposed inside each of the plurality of unit blocks and has a property of controlling the property of the wave, such that a frequency range of the controlled wave is changed according to the size of each of the plurality of unit blocks, characterized in that the size of the unit cell is increased or decreased in proportion to the size of the unit block, a length of one side of each of the plurality of unit blocks is continuously or intermittently increased according to the Fibonacci Sequence rules, and the plurality of unit blocks is disposed on a plane and each of the plurality of unit blocks is shaped like a square or the plurality of unit blocks is disposed in a space and each of the plurality of unit blocks is formed in a cuboid shape in which one surface is shaped like a square.
Verification apparatus for use in verification of a route taken during movement of an RFID tag, the verification apparatus comprising: one or more processors; and one or more stores (52, 54) for storing a private key and a policy; characterised in that said one or more stores are comprised in sealed storage; and further characterised in that the verification apparatus comprises a trusted platform module configured to protect the private key and the policy; the one or more processors being arranged to: (i) use the private key to provide, for the given RFID tag identity, an encrypted signature according to the policy; and (ii) forward data comprising the encrypted signature to an RFID tag writer for writing to the RFID tag. one or more processors; and one or more stores (52, 54) for storing a private key and a policy; (i) use the private key to provide, for the given RFID tag identity, an encrypted signature according to the policy; and (ii) forward data comprising the encrypted signature to an RFID tag writer for writing to the RFID tag.
An apparatus for cutting a web comprising: a rotary press having a machine direction and a cross direction orthogonal to said machine direction; a rotary anvil; and a knife, wherein said knife comprises, a cutting edge; a fixed edge; and characterised by a plurality of beam elements connecting said cutting edge to said fixed edge, each of said beam elements having a beam element extent oriented between 20 degrees and 80 degrees off of said cutting edge, each said beam element separated from adjacent beam elements by a reduced stiffness zone, each reduced stiffness zone having a reduced stiffness zone extent oriented from 20 degrees to 80 degrees off of said cutting edge, and wherein said knife is positioned between said rotary press and said rotary anvil and mounted to said rotary press with said cutting edge oriented in said cross direction. a rotary press having a machine direction and a cross direction orthogonal to said machine direction; a rotary anvil; and a knife, wherein said knife comprises, a cutting edge; a fixed edge; and characterised by a plurality of beam elements connecting said cutting edge to said fixed edge, each of said beam elements having a beam element extent oriented between 20 degrees and 80 degrees off of said cutting edge, each said beam element separated from adjacent beam elements by a reduced stiffness zone, each reduced stiffness zone having a reduced stiffness zone extent oriented from 20 degrees to 80 degrees off of said cutting edge, and wherein said knife is positioned between said rotary press and said rotary anvil and mounted to said rotary press with said cutting edge oriented in said cross direction.
Valve, in particular an outlet valve of a hydraulic piston pump for delivering a fluid, comprising a valve seat in which a valve orifice is formed and a valve closing body which is arranged on the valve seat for selectively opening and closing the valve orifice and comprises an elastic sealing bead, characterized in that the valve closing body is formed in one piece with the sealing bead and in that the sealing bead is arranged in the form of an elevation as a circumferential ring on a lateral surface of the valve closing body which narrows conically towards the valve orifice and is at the same time slightly convex where it forms a sealing fit with the valve seat in the closed state of the valve orifice, while the remaining part of the valve closing body does not come into contact with the valve seat.
A strain amplification structure comprising: a frame having a hexagonal structure incorporating a plurality of rigid beams (16a, 16b, 20a, 20b) that are connected to opposing end beams (12a, 12b) by a plurality of flexible joints; a piezoceramic actuator assembly connected to the opposing end beams (12a, 12b); a collar in the piezoceramic actuator assembly, said collar including an opening; and a shaft providing an output and connected to each of the plurality of rigid beams (16a, 16b, 20a, 20b) with flexible joints, said shaft passing through said opening. a frame having a hexagonal structure incorporating a plurality of rigid beams (16a, 16b, 20a, 20b) that are connected to opposing end beams (12a, 12b) by a plurality of flexible joints; a piezoceramic actuator assembly connected to the opposing end beams (12a, 12b); a collar in the piezoceramic actuator assembly, said collar including an opening; and a shaft providing an output and connected to each of the plurality of rigid beams (16a, 16b, 20a, 20b) with flexible joints, said shaft passing through said opening.
A movable contactor D of a circuit breaker, comprising: a cage for angularly rotating with one side as a axis; a plurality of fingers disposed at the cage, including a path body portion having one end of an inclined plane with an inclination relative to both lateral surfaces of a width portion of the path body portion, a wire connecting portion extending from the one end of the path body portion with steps so as to provide a connection area and have a certain area and having one horizontal plane orthogonal to the longitudinal direction of the path body portion, and an arc discharge portion extending from another end of the path body portion with a predetermined length so as to induce the discharge of the arc, wherein each a pressed recess is formed on both surfaces of one side of the path body portion close to the end of the body portion on which the arc discharge portion is extending, and wherein as the pressed recesses are formed, portions corresponding to the volume of the pressed recesses are restored to a protruding curved shape by filling an overlapped-cut portion formed at a corner of the path body portion; and contact terminals each coupled to each of the fingers and for contacting or being separated from a fixed contactor according to the angular-rotation of the cage. a cage for angularly rotating with one side as a axis; a plurality of fingers disposed at the cage, including a path body portion having one end of an inclined plane with an inclination relative to both lateral surfaces of a width portion of the path body portion, a wire connecting portion extending from the one end of the path body portion with steps so as to provide a connection area and have a certain area and having one horizontal plane orthogonal to the longitudinal direction of the path body portion, and an arc discharge portion extending from another end of the path body portion with a predetermined length so as to induce the discharge of the arc, wherein each a pressed recess is formed on both surfaces of one side of the path body portion close to the end of the body portion on which the arc discharge portion is extending, and wherein as the pressed recesses are formed, portions corresponding to the volume of the pressed recesses are restored to a protruding curved shape by filling an overlapped-cut portion formed at a corner of the path body portion; and contact terminals each coupled to each of the fingers and for contacting or being separated from a fixed contactor according to the angular-rotation of the cage.
A composition for polymerizing a vinyl chloride-based polymer, the composition comprising: a vinyl chloride-based first seed; a vinyl chloride-based second seed; an initiator composition comprising a water-soluble initiator and an oil-soluble initiator; a reducing agent; and a vinyl chloride-based monomer, wherein the composition does not comprise a metal catalyst. a vinyl chloride-based first seed; a vinyl chloride-based second seed; an initiator composition comprising a water-soluble initiator and an oil-soluble initiator; a reducing agent; and a vinyl chloride-based monomer, wherein the composition does not comprise a metal catalyst.
A shoe sole comprising: a sole member having a first layer of material overlying a second layer of material, the first and second layers of material including opposing first and second surfaces, respectively, wherein the second surface of the first layer of material is continuously attached to the first surface of the second layer of material along substantially the entire length thereof and the first and second layers are completely solid and form a solid body, the first layer of material having a first hardness and the second layer of material having a second hardness, wherein the first layer is harder than the second layer; and a pattern of lugs formed on the second layer of material, the lugs being arranged in a repetitive wave pattern extending along the second surface of the second layer of material in a direction substantially aligned with a longitudinal axis of the sole, wherein the repetitive wave pattern is a generally sinusoidal wave pattern extending along the second surface of the second layer of material, and the second surface of the second layer of material being either: an outermost layer of the sole without another layer of material overlying it, wherein the outermost layer is positioned so as to contact the ground once the sole is incorporated into a shoe; or engaged to an outsole, a combination of the outsole and the second layer of material forming a substantially sinusoidal wave pattern that is positioned so as to contact the ground once the sole is incorporated into a shoe. a sole member having a first layer of material overlying a second layer of material, the first and second layers of material including opposing first and second surfaces, respectively, wherein the second surface of the first layer of material is continuously attached to the first surface of the second layer of material along substantially the entire length thereof and the first and second layers are completely solid and form a solid body, the first layer of material having a first hardness and the second layer of material having a second hardness, wherein the first layer is harder than the second layer; and a pattern of lugs formed on the second layer of material, the lugs being arranged in a repetitive wave pattern extending along the second surface of the second layer of material in a direction substantially aligned with a longitudinal axis of the sole,
Rearing device for laying hens, having at least one laying nest unit according to the hand retrieval nest principle, wherein the laying nest unit comprises two laying nests (16, 17) which are adjacent one another, the laying nests (16, 17) are located back to back or comprise a common rear side which furthermore separates the two laying nests (16, 17) from one another, and in a region between the laying nests (16, 17) at least one egg-collecting surface is provided underneath the rear side or the rear sides, characterized in that the egg-collecting surface comprises partition walls (29, 30) which can be raised in the region of transitions between the nest floors and the egg-collecting surface.
Cosmetic use of at least one compound of formula: in which: - R 1 is a -COOH radical - R 2 is a linear, branched or cyclic, saturated or unsaturated hydrocarbon-based radical containing 1 to 18 carbon atoms; and the corresponding salts thereof, for promoting desquamation of the skin, stimulating epidermal renewal, combating the signs of ageing of the skin, improving the radiance of the complexion and/or smoothing out facial skin. - R 1 is a -COOH radical - R 2 is a linear, branched or cyclic, saturated or unsaturated hydrocarbon-based radical containing 1 to 18 carbon atoms;
An electromagnetic valve actuator (300; 400; 500) for an internal combustion engine, including an electromagnet (301; 401; 501) and a mobile magnetic plate (306; 406; 506) intended to come into contact with a member of this electromagnet, at least one stop (B 300; B 400; B 500) being situated on the electromagnet (301; 401; 501) to limit the contact surface between the plate (306; 406; 506) and the electromagnet (301; 401; 501), characterized in that the electromagnet (301; 401; 501) comprises an E-shaped magnetic circuit, a magnet in its magnetic circuit, the stop (B 300; B 400; B 500) being situated at the end of one of the three substantially parallel branches of the E and the magnet is situated on the surface of one of the three substantially parallel branches of the E-shaped circuit, opposite the magnetic plate.
A labyrinth axle-free wheel, said wheel comprising: a. an internal rim; b. an external rim (160, 165) provided with a ground interface; c. rollers being rotatably disposed within a roller spacer between said internal and external rims in a uniform circumferential manner by means of a spacer; and d. external covers; wherein a labyrinth type dust passage is defined by said rims and external plates mechanically connected to said internal rim, characterized in that at least one of the following is true: a. at least one of said rims is provided with dust chambers (168, 155)circumferentially distributed over said rim; b. said rollers are disposed within a roller spacer having two side planar annular members; said members are provided with dust chambers circumferentially distributed thereover; c. said annular members are interconnected by means of pintles circumferentially distributed over said members which carry said rollers; d. at least one roller is provided with at least partial circumferential dust-gathering groove; and e. said external covers are provided with at least one dust chambers circumferentially distributed over said cover. a. an internal rim; b. an external rim (160, 165) provided with a ground interface; c. rollers being rotatably disposed within a roller spacer between said internal and external rims in a uniform circumferential manner by means of a spacer; and d. external covers; a. at least one of said rims is provided with dust chambers (168, 155)circumferentially distributed over said rim; b. said rollers are disposed within a roller spacer having two side planar annular members; said members are provided with dust chambers circumferentially distributed thereover; c. said annular members are interconnected by means of pintles circumferentially distributed over said members which carry said rollers; d. at least one roller is provided with at least partial circumferential dust-gathering groove; and e. said external covers are provided with at least one dust chambers circumferentially distributed over said cover.
Current interrupter device comprising a sealed chamber extending along a longitudinal axis in which are housed two contacts that are mobile relative to one another along the axis, the enclosure of the chamber comprising a tubular part open at its ends, and two conductive covers secured to the tubular part by a junction zone, said current interrupter further comprising an elastomer insulating coating of said enclosure of the chamber, characterized: - in that each of the covers comprises a bottom extended on its periphery by a lateral wall; - in that two conductive caps surround the covers, each of the caps comprising a bottom wall and a peripheral lateral wall extending along the axis such that the junction zone and an end of the tubular part are located in the cap; and - in that the interface between coating and tubular part, respectively caps, is sealed. - in that each of the covers comprises a bottom extended on its periphery by a lateral wall; - in that two conductive caps surround the covers, each of the caps comprising a bottom wall and a peripheral lateral wall extending along the axis such that the junction zone and an end of the tubular part are located in the cap; and - in that the interface between coating and tubular part, respectively caps, is sealed.
An anti-sclerostin antibody comprising a CDR-H1 of SEQ ID NO:245, a CDR-H2 of SEQ ID NO:246, a CDR-H3 of SEQ ID NO:247, a CDR-L1 of SEQ ID NO:78, a CDR-L2 of SEQ ID NO:79 and a CDR-L3 of SEQ ID NO:80, for use in a method for increasing bone mineral density in a postmenopausal woman, the method comprising administering to a postmenopausal woman having a lumbar vertebrae T-score of less than or equal to -2 said anti-sclerostin antibody in an amount and for a treatment period effective to increase lumbar vertebrae bone mineral density at least 9% from pretreatment baseline at twelve months following initial administration of the anti-sclerostin antibody; wherein the amount of anti-sclerostin antibody administered is 140 mg to 210 mg and the amount of the anti-sclerostin antibody is administered at an interval no more frequent than once a month.
Cylindrical pressure tank with two end sides and with a lateral surface, having an inner liner and an outer CFRP winding layer, wherein the liner has at least one opening (3, 3', 4) and, around the opening (3, 3', 4), an annular indentation and the pressure tank has a connection system (5, 5a, 5b, 5c, 5e, 5f, 7, 8, 80, 800, 11, 13) for the opening (3, 3', 4), wherein the indentation, around the opening (3, 3', 4), has a collar which is directed towards the outer side of the pressure tank, and the connection system (5, 5a, 5b, 5c, 5e, 5f, 7, 8, 80, 800, 11, 13) comprises: - a reinforcement ring with a top side of flat form, with a bottom side of flat form, with a continuous bore and with an edge which runs out flat towards the outer circumference, wherein the reinforcement ring is arranged in the correspondingly shaped indentation in such a way that the collar is situated in its bore and terminates flush with the top side, - a connection of the reinforcement ring to the indentation in the region of the collar, - closure means (8, 80, 800) for arrangement at the at least one opening (3, 3', 4), with an outer side, with an inner side and with a collar region, wherein the collar region overlaps the reinforcement ring and is connected thereto in a force-fitting manner, and wherein the closure means (8, 80, 800) has functional means (11, 13), - seals which are arranged in an encircling manner on the top side of flat form and on the bottom side of flat form of the reinforcement ring, so that the at least one opening (3, 3', 4) is sealed off both between the liner and the reinforcement ring and between reinforcement ring and closure means (8, 80, 800), wherein the reinforcement ring, with its edge running out flat, is dimensioned in such a way that it is able to dissipate the pressure force of a pressurized pressure tank acting at the opening (3, 3', 4) to the CFRP winding layer overlapping it in the edge region. - a reinforcement ring with a top side of flat form, with a bottom side of flat form, with a continuous bore and with an edge which runs out flat towards the outer circumference, wherein the reinforcement ring is arranged in the correspondingly shaped indentation in such a way that the collar is situated in its bore and terminates flush with the top side, - a connection of the reinforcement ring to the indentation in the region of the collar, - closure means (8, 80, 800) for arrangement at the at least one opening (3, 3', 4), with an outer side, with an inner side and with a collar region, wherein the collar region overlaps the reinforcement ring and is connected thereto in a force-fitting manner, and wherein the closure means (8, 80, 800) has functional means (11, 13), - seals which are arranged in an encircling manner on the top side of flat form and on the bottom side of flat form of the reinforcement ring, so that the at least one opening (3, 3', 4) is sealed off both between the liner and the reinforcement ring and between reinforcement ring and closure means (8, 80, 800),