mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a substrate (302, 402, 702) having a first side and an opposite second side, wherein the substrate is a core substrate including a conductive layer (304, 404, 704), a first dielectric layer (306, 406, 706) adjacent to a first surface of the conductive layer (304, 404, 704), and a second dielectric layer (308, 408, 708) adjacent to an opposite second surface of the conductive layer (304, 404, 704); a cavity (322, 422, 722) defined within the substrate (302, 402, 702), wherein: the cavity (322, 422, 722) is devoid of the first dielectric layer (306, 406, 706) and the conductive layer (304, 404, 704), and a floor of the cavity (322, 422, 722) is defined by the second dielectric layer (308, 408, 708); a die (324, 424, 724) coupled to the floor of the cavity (322, 422, 722), the die (324, 424, 724) having a conductive pad (328, 428, 728) on a side of the die distal to the floor of the cavity (322, 422, 722); a hole (310H, 410H, 710H) extending through and defined within the second dielectric layer (308, 408, 708), the die (324, 424, 724), and the conductive pad (328, 428, 728); and a conductive material within the hole (310H, 410H, 710H) and extending between and through the second dielectric layer (308, 408, 708), the die (324, 424, 724), and the conductive pad (328, 428, 728). a substrate (302, 402, 702) having a first side and an opposite second side, wherein the substrate is a core substrate including a conductive layer (304, 404, 704), a first dielectric layer (306, 406, 706) adjacent to a first surface of the conductive layer (304, 404, 704), and a second dielectric layer (308, 408, 708) adjacent to an opposite second surface of the conductive layer (304, 404, 704); a cavity (322, 422, 722) defined within the substrate (302, 402, 702), wherein: the cavity (322, 422, 722) is devoid of the first dielectric layer (306, 406, 706) and the conductive layer (304, 404, 704), and a floor of the cavity (322, 422, 722) is defined by the second dielectric layer (308, 408, 708); the cavity (322, 422, 722) is devoid of the first dielectric layer (306, 406, 706) and the conductive layer (304, 404, 704), and a floor of the cavity (322, 422, 722) is defined by the second dielectric layer (308, 408, 708); a die (324, 424, 724) coupled to the floor of the cavity (322, 422, 722), the die (324, 424, 724) having a conductive pad (328, 428, 728) on a side of the die distal to the floor of the cavity (322, 422, 722); a hole (310H, 410H, 710H) extending through and defined within the second dielectric layer (308, 408, 708), the die (324, 424, 724), and the conductive pad (328, 428, 728); and a conductive material within the hole (310H, 410H, 710H) and extending between and through the second dielectric layer (308, 408, 708), the die (324, 424, 724), and the conductive pad (328, 428, 728).
Decoupled electronic braking system comprising a movement transmission device connecting the brake actuator to the brake pedal, comprising: - a control rod connected to the brake pedal; and - a pushrod in the form of a piston connected to the actuator and guided in a cylinder, of axis, * connected to the end of the control rod by a ball joint and returned against the thrust of the control rod by a return spring, - the pushrod has a cup-shaped bearing surface receiving the ball joint of the control rod with this ball joint having the freedom to rotate/pivot freely, the device being characterized in that the control rod comprises an elastic return means returning the control rod towards the axis of the cylinder of the pushrod, this return means being borne by the pushrod. - a control rod connected to the brake pedal; and - a pushrod in the form of a piston connected to the actuator and guided in a cylinder, of axis, * connected to the end of the control rod by a ball joint and returned against the thrust of the control rod by a return spring, * connected to the end of the control rod by a ball joint and returned against the thrust of the control rod by a return spring, - the pushrod has a cup-shaped bearing surface receiving the ball joint of the control rod with this ball joint having the freedom to rotate/pivot freely, the device being characterized in that the control rod comprises an elastic return means returning the control rod towards the axis of the cylinder of the pushrod, this return means being borne by the pushrod.
A flow control valve comprising: (a) a valve body defining a chamber sealingly separated into a first portion and a second portion, (b) a needle assembly including a valve stem plunger and a needle in communication with both the first and second portions of the chamber, the needle assembly (60, 70) configured and arranged for longitudinal reciprocation within the valve body, (c) a biasing spring retained within the second portion of the chamber, the biasing spring biasing the needle assembly (60, 70) in a first longitudinal direction, and (d) one or more dynamic seals in sealing contact with the needle assembly (60, 70) effective for maintaining sealed separation of the first portion and the second portion, wherein the flow control valve is characterized by comprising (e) a lumen in the needle effective for permitting limited fluid communication between the otherwise sealingly separated first portion and second portion of the chamber such that a portion of a fluid passing through the first portion of the chamber to flow throughout the lumen, past all the dynamic seals in sealing contact with the needle assembly (60, 70), and into the second portion of the chamber, and thereafter exit the valve body through any leaks in the valve, whereby any environmental fluid within the valve body is displaced by the fluid passing through the first portion of the chamber, wherein the valve body has a first orifice and a second orifice in fluid communication with the first portion of the chamber, and wherein the needle is longitudinally repositionable within the first orifice for restricting fluid flow through the first orifice to an extent dependant upon the longitudinal position of the needle within the first orifice. (a) a valve body defining a chamber sealingly separated into a first portion and a second portion, (b) a needle assembly including a valve stem plunger and a needle in communication with both the first and second portions of the chamber, the needle assembly (60, 70) configured and arranged for longitudinal reciprocation within the valve body, (c) a biasing spring retained within the second portion of the chamber, the biasing spring biasing the needle assembly (60, 70) in a first longitudinal direction, and (d) one or more dynamic seals in sealing contact with the needle assembly (60, 70) effective for maintaining sealed separation of the first portion and the second portion, wherein the flow control valve is characterized by comprising (e) a lumen in the needle effective for permitting limited fluid communication between the otherwise sealingly separated first portion and second portion of the chamber such that a portion of a fluid passing through the first portion of the chamber to flow throughout the lumen, past all the dynamic seals in sealing contact with the needle assembly (60, 70), and into the second portion of the chamber, and thereafter exit the valve body through any leaks in the valve, whereby any environmental fluid within the valve body is displaced by the fluid passing through the first portion of the chamber,
A method comprising: receiving or assembling a message including location information and a reference time identifier, said location information being determined based on satellite signals and said reference time identifier identifying a reference time used in determining said location information, wherein said reference time identifier is included in a field of said message; and providing said message for transmission. receiving or assembling a message including location information and a reference time identifier, said location information being determined based on satellite signals and said reference time identifier identifying a reference time used in determining said location information, wherein said reference time identifier is included in a field of said message; and providing said message for transmission.
A method for randomization of interference experienced by a shared control channel transmitted by using control channel transmission resources from a base station where said shared control channel comprises control channel elements CCE1-CCEn, said method characterized by: grouping the control channel elements, CCE1-CCEn, into a first order of control channel symbol groups, wherein the control channel symbol groups are numbered sequentially within a resource block (40, 50) of said control channel transmission resources; determining a number of available symbol group positions of said control channel transmission resources; adding symbol groups comprising "dummy" values or zeros to the first order of control channel symbol groups so that said first order of symbol groups substantially equals said number of available symbol group positions; interleaving the first order of the control channel symbol groups resulting in a second order of said control channel symbol groups; cyclic shifting said second order; and mapping the cyclic shifted second order of control channel symbol groups to said control channel transmission symbol group positions. grouping the control channel elements, CCE1-CCEn, into a first order of control channel symbol groups, wherein the control channel symbol groups are numbered sequentially within a resource block (40, 50) of said control channel transmission resources; determining a number of available symbol group positions of said control channel transmission resources; adding symbol groups comprising "dummy" values or zeros to the first order of control channel symbol groups so that said first order of symbol groups substantially equals said number of available symbol group positions; interleaving the first order of the control channel symbol groups resulting in a second order of said control channel symbol groups; cyclic shifting said second order; and mapping the cyclic shifted second order of control channel symbol groups to said control channel transmission symbol group positions.
A home carbonation machine, said machine comprising: a carbonation head; a gas canister connectable to said carbonation head; and a plastic carbonation tube having a metal tip insert molded to a distal end of said carbonation tube such that the metal tip is made an integral part of the carbonation tube, said carbonation tube configured to transport injected carbon dioxide from said gas canister to a bottle of water and configured to extend from above a level of the water in the bottle to below the level of the water, said tip having a single orifice configured to be immersed in the water in said bottle, and wherein a threaded proximal end of said carbonation tube is connected to said carbonation head. a carbonation head; a gas canister connectable to said carbonation head; and a plastic carbonation tube having a metal tip insert molded to a distal end of said carbonation tube such that the metal tip is made an integral part of the carbonation tube, said carbonation tube configured to transport injected carbon dioxide from said gas canister to a bottle of water and configured to extend from above a level of the water in the bottle to below the level of the water, said tip having a single orifice configured to be immersed in the water in said bottle, and wherein a threaded proximal end of said carbonation tube is connected to said carbonation head.
A monomer having the formula: wherein R 1 is hydrogen or methyl, R 2 and R 3 are each independently a straight, branched or cyclic C 1 -C 10 monovalent hydrocarbon group, R 2 and R 3 may bond together to form an alicyclic group with the carbon atom to which they are attached, X 1 is a straight, branched or cyclic C 1 -C 20 divalent hydrocarbon group in which any constituent -CH 2 - moiety may be replaced by -O- or -C(=O)-, Z 1 is a straight, branched or cyclic C 1 -C 20 aliphatic hydrocarbon group in which any constituent -CH 2 - moiety may be replaced by -O- or -C(=O)-, and k 2 is an integer of 2 to 4, wherein Z 1 is a cyclic C 3 -C 20 aliphatic hydrocarbon group.
A turbine engine comprising at least: • a compressor; • a combustion chamber situated downstream from the compressor for combustion of a mixture of fuel and of air coming from the compressor; • a first turbine for expanding the combustion gas coming from the combustion chamber and driving the compressor via a first rotary shaft; • an actuator device for actuating said first rotary shaft to keep the first turbine and the compressor in rotation while the combustion chamber is extinguished; and • a lubrication circuit for lubricating the engine; the circuit being arranged in such a manner as to lubricate at least one bearing of said first rotary shaft and passing through at least one heat exchanger forming a heat source (15, 15a-15c) for heating a lubricant in said lubrication circuit when the temperature of the lubricant drops below a first predetermined threshold while the first turbine and the compressor are rotating with the combustion chamber extinguished. • a compressor; • a combustion chamber situated downstream from the compressor for combustion of a mixture of fuel and of air coming from the compressor; • a first turbine for expanding the combustion gas coming from the combustion chamber and driving the compressor via a first rotary shaft; • an actuator device for actuating said first rotary shaft to keep the first turbine and the compressor in rotation while the combustion chamber is extinguished; and • a lubrication circuit for lubricating the engine;
A feeder comprising: a tape feeding path for feeding carrier tape that is adapted to store many components; a tape insertion section that is provided on a rear section of a feeder main body and into which the carrier tape is inserted; a sprocket that is rotatably provided on the feeder main body and that includes an engaging protrusion engageable with an engaging hole of the carrier tape inserted into the tape insertion section; a motor that is adapted to rotate the sprocket; an entrance retaining member that is adapted to press the carrier tape inserted into the tape insertion section towards the tape feeding path; a rotatable lever; and a contact prevention device that is adapted to prevent contact between the carrier tape inserted into the tape insertion section and the engaging protrusion; wherein the rotatable lever is adapted to raise the entrance retaining member when the carrier tape is inserted into the tape insertion section; wherein the contact prevention device prevents contact between the carrier tape inserted into the tape insertion section and the engaging protrusion when the entrance retaining member is raised by the rotation of the lever; characterized in that the contact prevention device is provided with a motor control function that, when the entrance retaining member is raised by the rotation of the lever, controls rotation of the motor such that the engaging protrusion provided only on a portion of an outer circumference of the sprocket is positioned at an angular position so as not to contact the carrier tape. a tape feeding path for feeding carrier tape that is adapted to store many components; a tape insertion section that is provided on a rear section of a feeder main body and into which the carrier tape is inserted; a sprocket that is rotatably provided on the feeder main body and that includes an engaging protrusion engageable with an engaging hole of the carrier tape inserted into the tape insertion section; a motor that is adapted to rotate the sprocket; an entrance retaining member that is adapted to press the carrier tape inserted into the tape insertion section towards the tape feeding path; a rotatable lever; and a contact prevention device that is adapted to prevent contact between the carrier tape inserted into the tape insertion section and the engaging protrusion; wherein the rotatable lever is adapted to raise the entrance retaining member when the carrier tape is inserted into the tape insertion section; wherein the contact prevention device prevents contact between the carrier tape inserted into the tape insertion section and the engaging protrusion when the entrance retaining member is raised by the rotation of the lever; characterized in that the contact prevention device is provided with a motor control function that, when the entrance retaining member is raised by the rotation of the lever, controls rotation of the motor such that the engaging protrusion provided only on a portion of an outer circumference of the sprocket is positioned at an angular position so as not to contact the carrier tape.
A modified type 3 reovirus comprising: a lambda-3 polypeptide having the following amino acid modifications: a Leu at residue 979; a Val at residue 214, an Ala at residue 267, a Thr at residue 557, a Lys at residue 755, a Met at residue 756, a Pro at residue 926, a Pro at residue 963, an Arg at residue 1045, and a Val at residue 1071, numbered relative to SEQ ID NO: 23 (GenBank Accession No. M24734.1). a lambda-3 polypeptide having the following amino acid modifications: a Leu at residue 979; a Val at residue 214, an Ala at residue 267, a Thr at residue 557, a Lys at residue 755, a Met at residue 756, a Pro at residue 926, a Pro at residue 963, an Arg at residue 1045, and a Val at residue 1071, numbered relative to SEQ ID NO: 23 (GenBank Accession No. M24734.1).
A pressure-sensitive adhesive polymer polymerized from monomers including a skin-mimicking monomer having a skin-mimicking polar group, wherein the skin-mimicking monomer is selected from the group consisting of monomers having a glucosyl group, monomers having two or more hydroxyl groups and an n-(hydroxymethyl) group, wherein n is an integer from 2-6, and combinations of any two or more thereof.
Ski boot comprising a lower part or foot portion suitable to enclose the user's foot and an upper part or leg portion suitable to enclose the lower part of the skier's leg, - wherein the leg portion is hinged to the foot portion so as to rotate in relation to the foot portion around a hinge defining a rotation axis (X-X), forwards, toward a tip of the boot, and backwards toward a heel of the boot, - wherein the leg portion comprises a closing lever suitable for selectively blocking and/or unblocking the rotation of the leg portion in relation to the foot portion depending on whether the user wishes to pass from a skiing configuration to a walking configuration, respectively, wherein - the closing lever is operatively connected to a base and to an arm engageable in abutment against a pin fixed to the foot portion, - wherein the closing lever, in the transition from the open configuration to the closed configuration reciprocally distances the base and the arm from each other abutting the latter against the pin to prevent a backward rotation of the leg portion, - traction means operatively connecting the base, the arm and a fastening on the foot portion to each other, the arm being placed between the base and the fastening in order to also prevent the forward rotation of the leg portion, - said traction means comprising a cable at least partially extensible. - wherein the leg portion is hinged to the foot portion so as to rotate in relation to the foot portion around a hinge defining a rotation axis (X-X), forwards, toward a tip of the boot, and backwards toward a heel of the boot, - wherein the leg portion comprises a closing lever suitable for selectively blocking and/or unblocking the rotation of the leg portion in relation to the foot portion depending on whether the user wishes to pass from a skiing configuration to a walking configuration, respectively, - the closing lever is operatively connected to a base and to an arm engageable in abutment against a pin fixed to the foot portion, - wherein the closing lever, in the transition from the open configuration to the closed configuration reciprocally distances the base and the arm from each other abutting the latter against the pin to prevent a backward rotation of the leg portion, - traction means operatively connecting the base, the arm and a fastening on the foot portion to each other, the arm being placed between the base and the fastening in order to also prevent the forward rotation of the leg portion, - said traction means comprising a cable at least partially extensible.
A fluorinated copolymer composition comprising the following fluorinated copolymer and the following thermoplastic resin in a volume ratio of / = from 90/10 to 70/30, Fluorinated copolymer: a fluorinated copolymer comprising constituent units (a) derived from tetrafluoroethylene, constituent units (b) derived from a fluorinated monomer (provided that tetrafluoroethylene is excluded), and constituent units (c) derived from a monomer having an acid anhydride residue and no fluorine atom, wherein per 100 mol% in total of the constituent units (a), (b) and (c), the constituent units (a) are from 50 to 99.89 mol%, the constituent units (b) are from 0.1 to 49.99 mol%, and the constituent units (c) are from 0.01 to 5 mol%, Thermoplastic resin: a thermoplastic resin having a Rockwell hardness of at least M60 and an insulation performance as defined by ASTM D-257 of at least 10 15 Ω·cm, wherein the constituent units are units derived from a monomer, which are formed by polymerization of the monomer, and wherein the thermoplastic resin is polyetheretherketone.