mhurhangee/ep-ind-claims huggingface dataset:
A system for actuating first and second engine valves associated with the same engine cylinder, comprising: a rocker arm shaft; a means for imparting primary valve actuation motion; a primary rocker arm disposed on the rocker arm shaft, said primary rocker arm being adapted to actuate the first and second engine valves and receive motion from the means for imparting primary valve actuation motion; an auxiliary rocker arm disposed adjacent to the primary rocker arm, a master piston disposed in a master piston bore in the primary rocker arm and arranged so as to receive the auxiliary valve actuation motion from the auxiliary rocker arm; a slave piston disposed in a slave piston bore in the primary rocker arm, a control valve disposed in a control valve bore in the primary rocker arm; and a hydraulic circuit (162, 164) connecting the master piston bore, the slave piston bore and the control valve bore, characterized by a means for imparting auxiliary valve actuation motion; said auxiliary rocker arm being adapted to receive motion from the means for imparting auxiliary valve actuation motion; and said slave piston is positioned so as to provide auxiliary valve actuation motion to only the first of the first and second engine valves. a rocker arm shaft; a means for imparting primary valve actuation motion; a primary rocker arm disposed on the rocker arm shaft, said primary rocker arm being adapted to actuate the first and second engine valves and receive motion from the means for imparting primary valve actuation motion; an auxiliary rocker arm disposed adjacent to the primary rocker arm, a master piston disposed in a master piston bore in the primary rocker arm and arranged so as to receive the auxiliary valve actuation motion from the auxiliary rocker arm; a slave piston disposed in a slave piston bore in the primary rocker arm, a control valve disposed in a control valve bore in the primary rocker arm; and a hydraulic circuit (162, 164) connecting the master piston bore, the slave piston bore and the control valve bore, characterized by a means for imparting auxiliary valve actuation motion; said auxiliary rocker arm being adapted to receive motion from the means for imparting auxiliary valve actuation motion; and said slave piston is positioned so as to provide auxiliary valve actuation motion to only the first of the first and second engine valves.
A method for sending by occupying an unlicensed carrier, comprising: occupying, by an access point of a first wireless technology, an unlicensed carrier according to a continuous occupation mode and sending data and/or signals on the unlicensed carrier; characterized in that the step of occupying, by the access point of the first wireless technology, the unlicensed carrier according to the continuous occupation mode and sending the data and/or signals on the unlicensed carrier comprises: setting one or more sub-occupation periods and configuring one monitoring interval after each sub-occupation period; and sending data and/or signals on the unlicensed carrier occupied within the one or more sub-occupation periods, and stopping sending the data and/or signals within the monitoring interval; wherein the monitoring interval is configured to be a time length for contending the unlicensed carrier by access points of the first wireless technology and access points of a second wireless technology, different from the first wireless technology; and in which existing relationships of time frequency synchronization and Channel State Information, CSI, between the access point of the first wireless technology and a User Equipment, UE, is maintained. occupying, by an access point of a first wireless technology, an unlicensed carrier according to a continuous occupation mode and sending data and/or signals on the unlicensed carrier; characterized in that the step of occupying, by the access point of the first wireless technology, the unlicensed carrier according to the continuous occupation mode and sending the data and/or signals on the unlicensed carrier comprises: setting one or more sub-occupation periods and configuring one monitoring interval after each sub-occupation period; and sending data and/or signals on the unlicensed carrier occupied within the one or more sub-occupation periods, and stopping sending the data and/or signals within the monitoring interval; setting one or more sub-occupation periods and configuring one monitoring interval after each sub-occupation period; and sending data and/or signals on the unlicensed carrier occupied within the one or more sub-occupation periods, and stopping sending the data and/or signals within the monitoring interval; wherein the monitoring interval is configured to be a time length for contending the unlicensed carrier by access points of the first wireless technology and access points of a second wireless technology, different from the first wireless technology; and in which existing relationships of time frequency synchronization and Channel State Information, CSI, between the access point of the first wireless technology and a User Equipment, UE, is maintained.
An article of footwear comprising: an upper, the upper including at least a first layer; the first layer at least partially forming an interior cavity of the article of footwear; the upper comprising a forefoot portion and a heel portion; a first side, and a second side; wherein the second side is disposed on an opposite side of a longitudinal axis of the article of footwear than the first side; a cushioning system comprising at least one cushioning element (200, 210, 220, 230, 240, 251, 260; 1200, 1210, 1220, 1230, 1240, 1251, 1260; 1500, 1510); the at least one cushioning element being disposed adjacent to the first layer along the first side of the upper and extending across a substantial majority of the entire width of a sole structure, and a portion of the cushioning element protrudes into the interior cavity of upper; the at least one cushioning element comprising an adjustable thickness in response to the application of a force; and wherein the at least one cushioning element includes a dynamically responsive material that exhibits dilatant behavior in response to an application of the force. an upper, the upper including at least a first layer; the first layer at least partially forming an interior cavity of the article of footwear; the upper comprising a forefoot portion and a heel portion; a first side, and a second side; wherein the second side is disposed on an opposite side of a longitudinal axis of the article of footwear than the first side; a cushioning system comprising at least one cushioning element (200, 210, 220, 230, 240, 251, 260; 1200, 1210, 1220, 1230, 1240, 1251, 1260; 1500, 1510); the at least one cushioning element being disposed adjacent to the first layer along the first side of the upper and extending across a substantial majority of the entire width of a sole structure, and a portion of the cushioning element protrudes into the interior cavity of upper; the at least one cushioning element comprising an adjustable thickness in response to the application of a force; and wherein the at least one cushioning element includes a dynamically responsive material that exhibits dilatant behavior in response to an application of the force.
A dual-target antibody targeting VEGFR-2 and DLL4 comprising a DLL4 antagonist, which is bound to a terminus of an antibody binding to VEGFR-2, wherein the antibody binding to VEGFR-2 comprises a heavy chain variable region comprising a sequence selected from the group consisting of SEQ ID NOs:1 to 3, and a light chain variable region comprising a sequence selected from the group consisting of SEQ ID NOs:4 to 6, wherein the DLL4 antagonist is the 11 th and 12 th calcium-binding EGF-like domain of human Notch1, and wherein the DLL4 antagonist is bound to N-terminal of light chain variable region of the antibody binding to VEGFR-2.
Machine (1, 1') for preparing a beverage comprising an infusion chamber to house a dose of product and means to supply a liquid under pressure to said infusion chamber, said supply means comprising a distribution cylinder and piston assembly, said distribution piston defining inside the cylinder a chamber to house said liquid, said distribution piston being capable of accumulating, in an active position, potential energy susceptible of being transmitted in the form of pressure to the liquid of said chamber, characterized in that; - the distribution cylinder and piston assembly is disposed adjacent to said infusion chamber, in that; - said distribution cylinder comprises a wall which delimits together with the distribution piston the liquid housing chamber, said wall including an orifice equipped with a conduit where through the liquid under pressure is supplied to the infusion chamber, in that: - said machine further comprises a passage valve arranged between the distribution piston and the infusion chamber to regulate the outlet of liquid through said conduit and speed regulation means whereby the distribution piston performs the return stroke whilst the liquid is supplied under pressure to the infusion chamber, and in that; - it includes means (8, 8a, 8b, 9, 25) to inject liquid into the distribution cylinder chamber, said injection means (8, 8a, 8b, 9, 25) being configured so that the force exerted by the injected liquid on the distribution piston makes it possible to retract said piston to said active position, the same injected liquid being susceptible of being supplied under pressure to the infusion chamber of the machine for preparing the beverage, when said distribution piston recovers a resting position inside its cylinder. - the distribution cylinder and piston assembly is disposed adjacent to said infusion chamber, in that; - said distribution cylinder comprises a wall which delimits together with the distribution piston the liquid housing chamber, said wall including an orifice equipped with a conduit where through the liquid under pressure is supplied to the infusion chamber, in that: - said machine further comprises a passage valve arranged between the distribution piston and the infusion chamber to regulate the outlet of liquid through said conduit and speed regulation means whereby the distribution piston performs the return stroke whilst the liquid is supplied under pressure to the infusion chamber, and in that; - it includes means (8, 8a, 8b, 9, 25) to inject liquid into the distribution cylinder chamber, said injection means (8, 8a, 8b, 9, 25) being configured so that the force exerted by the injected liquid on the distribution piston makes it possible to retract said piston to said active position, the same injected liquid being susceptible of being supplied under pressure to the infusion chamber of the machine for preparing the beverage, when said distribution piston recovers a resting position inside its cylinder.
A method of manufacturing a component, the method comprising: a. providing a mould in a meltable material, the mould defining a mould cavity; b. supporting the mould in a housing having an internal cavity in which the mould is located whilst being supported by the housing; c. filling the mould cavity with a feedstock under pressure whilst the mould is supported in the housing; d. allowing the feedstock to solidify in the mould to form a moulded part; and e. subsequently melting the mould to release the moulded part; the method characterised in that the mould is dimensioned to be an interference fit in the internal cavity of the housing, the method comprising producing the mould using a 3D printer and pressing the mould into the internal cavity of the housing, the exterior surface of the mould where it engages with the housing being softened to allow the mould to be pressed into the cavity such that it is tightly engaged by the surface(s) of the housing. a. providing a mould in a meltable material, the mould defining a mould cavity; b. supporting the mould in a housing having an internal cavity in which the mould is located whilst being supported by the housing; c. filling the mould cavity with a feedstock under pressure whilst the mould is supported in the housing; d. allowing the feedstock to solidify in the mould to form a moulded part; and e. subsequently melting the mould to release the moulded part;
Pad for use in a coffee machine for preparing a beverage for obtaining at least one part of a single beverage serving which pad, for use in the coffee machine is adapted to receive an aqueous fluid that is supplied under pressure to the pad so that the fluid is forced through the pad for obtaining the at least one part of the beverage serving that then exits the pad, wherein the pad includes a covering defining an interior space that is filled with a beverage preparation product for preparing the beverage, wherein the covering comprises a flexible first sheet and a rigid shell, wherein the first sheet and the shell are connected to each other around their perimeter edges (11,13), wherein the shell is equipped with at least one outlet opening, wherein the pad is further equipped with a second sheet that is positioned on a bottom of the shell, wherein the second sheet is located between the beverage preparation product and the shell and wherein the first sheet and the second sheet each form a filter that allows an aqueous fluid, including water, and the beverage to pass and that forms a barrier for the beverage preparation product so that, when in use an aqueous fluid under pressure is supplied to the first sheet of the pad the fluid flows through the first sheet to the beverage preparation product so that the beverage is formed which beverage then flows through the second sheet and via the at least one outlet opening leaves the pad, characterised in that the shell at its outer face is equipped with a least one substantially circular rib closed in itself.
Method for operating a fuel cell of a hybrid vehicle, wherein the hybrid vehicle comprises an electric drive having a power accumulator, and also comprises the fuel cell, wherein the power accumulator is chargeable by the fuel cell, wherein the fuel cell is activated and deactivated as a function of a first characteristic map, wherein a first input variable of the first characteristic map is a present power demand of the hybrid vehicle which exists over a first defined observation time range, characterized in that, if the fuel cell is activated, the fuel cell is operated at a requested power, which is a function of a second characteristic map, wherein a first input variable of the second characteristic map is a present power request by a driver of the hybrid vehicle, wherein the characteristic curve for increasing the requested power of the fuel cell as a function of the first input variable is formed stepped.
A method for producing a sealed package body comprising: an overlapped portion-forming step of bending a belt-like synthetic resin film, thereby forming a tubular body in which both side edge portions of the film are overlapped; a first fusion step of fusing an overlapped portion of the tubular body in a longitudinal direction of the film, thereby forming a first sealed portion and obtaining a tubular film compact; a filling step of filling the tubular film compact with a content; a squeezing step of applying a force to the tubular film compact filled with the content from outside and continuously forming a flat portion below which the content is pressed in the tubular film compact at predetermined intervals; a second fusion step of adding heat to the flat portion and fusing each inside surfaces of the tubular film compact across an entire length of the tubular film compact in a width direction, thereby forming a second sealed portion; and characterized in that it comprises a tying step of converging the tubular film compact in the second sealed portion or a vicinity of the second sealed portion, thereby forming a converged portion and tying the converged portion, wherein, in the second fusion step, the second sealed portion is formed to have two or three sealed lines across an entire length of the tubular film in the width direction. an overlapped portion-forming step of bending a belt-like synthetic resin film, thereby forming a tubular body in which both side edge portions of the film are overlapped; a first fusion step of fusing an overlapped portion of the tubular body in a longitudinal direction of the film, thereby forming a first sealed portion and obtaining a tubular film compact; a filling step of filling the tubular film compact with a content; a squeezing step of applying a force to the tubular film compact filled with the content from outside and continuously forming a flat portion below which the content is pressed in the tubular film compact at predetermined intervals; a second fusion step of adding heat to the flat portion and fusing each inside surfaces of the tubular film compact across an entire length of the tubular film compact in a width direction, thereby forming a second sealed portion; and characterized in that it comprises a tying step of converging the tubular film compact in the second sealed portion or a vicinity of the second sealed portion, thereby forming a converged portion and tying the converged portion, wherein, in the second fusion step, the second sealed portion is formed to have two or three sealed lines across an entire length of the tubular film in the width direction.
An antireflective coating composition comprising i) a crosslinkable polymer comprising at least one repeat unit having structure, at least one repeat unit having structure, and at least one repeat unit having structure where D is a direct valence bond or a C(R 1)(R 2) methylene moiety where R 1 and R 2 are independently H, C 1 -C 8 alkyl, C 3 -C 24 cycloalkyl or C 6 -C 24 aryl; Ar', Ar", Ar iii and Ar iv are independently phenylenic or naphthalenic moieties, R 3 and R 4 are independently hydrogen, C 1 -C 8 alkyl or C 1 -C 8 alkoxy; R 5 and R 6 are independently hydrogen, C 1 -C 8 alkyl or C 1 -C 8 alkoxy; and ii) a solvent. i) a crosslinkable polymer comprising at least one repeat unit having structure, at least one repeat unit having structure, and at least one repeat unit having structure where D is a direct valence bond or a C(R 1)(R 2) methylene moiety where R 1 and R 2 are independently H, C 1 -C 8 alkyl, C 3 -C 24 cycloalkyl or C 6 -C 24 aryl; Ar', Ar", Ar iii and Ar iv are independently phenylenic or naphthalenic moieties, R 3 and R 4 are independently hydrogen, C 1 -C 8 alkyl or C 1 -C 8 alkoxy; R 5 and R 6 are independently hydrogen, C 1 -C 8 alkyl or C 1 -C 8 alkoxy; and ii) a solvent.
A method of manufacturing a three dimensional semiconductor device comprising: using a first bit line mask to form a first bit line layer in a first device level, characterised in that the first bit line layer comprises first bit lines having a first plurality of tabs, the first plurality of tabs comprising a first tab and a second tab, and using the first bit line mask to form a second bit line layer in a second device level, wherein the second bit line layer comprises second bit lines having a second plurality of tabs, the second plurality of tabs comprising a first analogous tab that is analogous to the first tab of the first plurality of tabs of the first bit lines and a second analogous tab that is analogous to the second tab of the first plurality of tabs of the first bit lines, wherein the first bit lines are connected to a bit line connection level via the first tab of the first plurality of tabs and the second bits lines are connected to the bit line connection level via the second analogous tab of the second plurality of tabs such that the first bit lines and the second bit lines have different electrical connections to the bit line connection level. using a first bit line mask to form a first bit line layer in a first device level, characterised in that the first bit line layer comprises first bit lines having a first plurality of tabs, the first plurality of tabs comprising a first tab and a second tab, and using the first bit line mask to form a second bit line layer in a second device level, wherein the second bit line layer comprises second bit lines having a second plurality of tabs, the second plurality of tabs comprising a first analogous tab that is analogous to the first tab of the first plurality of tabs of the first bit lines and a second analogous tab that is analogous to the second tab of the first plurality of tabs of the first bit lines,
An emulsion comprising:- (a) a liquid droplet particle comprising a copolymer of polyethylene terephthalate and polyoxyethylene terephthalate and a silicone liquid; and, (b) an aqueous continuous phase. (a) a liquid droplet particle comprising a copolymer of polyethylene terephthalate and polyoxyethylene terephthalate and a silicone liquid; and, (b) an aqueous continuous phase.
A process for producing hydrogen, the method comprising: providing an electrochemical cell comprising: an anolyte compartment holding an anolyte, the anolyte compartment comprising a photo anode in contact with the anolyte, wherein the anolyte comprises an alkali metal iodide; a catholyte compartment holding a catholyte, the catholyte compartment comprising a cathode in contact with the catholyte, wherein the catholyte comprises water, methanol, or a combination thereof; and an alkali cation conductive membrane selective to cations of the alkali metal separates the anolyte compartment from the catholyte compartment; irradiating the photo anode to oxidize the alkali metal iodide to form molecular iodine and electrons or triiodide ions and electrons; and conducting electrons from the photo anode to the cathode to reduce water, methanol, or a combination thereof to form hydrogen and alkali hydroxide, alkali methoxide or a combination thereof; wherein the photo anode comprises a dye-sensitized solar cell-based anode. providing an electrochemical cell comprising: an anolyte compartment holding an anolyte, the anolyte compartment comprising a photo anode in contact with the anolyte, wherein the anolyte comprises an alkali metal iodide; a catholyte compartment holding a catholyte, the catholyte compartment comprising a cathode in contact with the catholyte, wherein the catholyte comprises water, methanol, or a combination thereof; and an alkali cation conductive membrane selective to cations of the alkali metal separates the anolyte compartment from the catholyte compartment; an anolyte compartment holding an anolyte, the anolyte compartment comprising a photo anode in contact with the anolyte, wherein the anolyte comprises an alkali metal iodide; a catholyte compartment holding a catholyte, the catholyte compartment comprising a cathode in contact with the catholyte, wherein the catholyte comprises water, methanol, or a combination thereof; and an alkali cation conductive membrane selective to cations of the alkali metal separates the anolyte compartment from the catholyte compartment; irradiating the photo anode to oxidize the alkali metal iodide to form molecular iodine and electrons or triiodide ions and electrons; and conducting electrons from the photo anode to the cathode to reduce water, methanol, or a combination thereof to form hydrogen and alkali hydroxide, alkali methoxide or a combination thereof; wherein the photo anode comprises a dye-sensitized solar cell-based anode.