mhurhangee/ep-ind-claims huggingface dataset:
An active camming device system comprising: a head member comprising at least one axle (124, 224) and a rivet (122, 222), wherein the rivet is physically separate from the at least one axle; a plurality of cam lobes (140,) rotatably coupled to the at least one axle, wherein the plurality of cam lobes are rotatable between an extended state and a retracted state with respect to the at least one axle, and wherein the cam lobes are spring biased toward the extended state; a retraction system (160,) configured to selectively engage the retracted state, wherein the retraction system includes fixably coupling the plurality of cam lobes with a trigger, and wherein the trigger is slidably externally coupled to a connection system (180,); and the connection system configured to create an elongated partially rigid region by intercoupling the head member with a loop, wherein the connection system comprises a continuous cord wrapped directly around the rivet but not the at least one axle of the head member and the loop, wherein the elongated partially rigid region includes a rigidity greater than the continuous cord. a head member comprising at least one axle (124, 224) and a rivet (122, 222), wherein the rivet is physically separate from the at least one axle; a plurality of cam lobes (140,) rotatably coupled to the at least one axle, wherein the plurality of cam lobes are rotatable between an extended state and a retracted state with respect to the at least one axle, and wherein the cam lobes are spring biased toward the extended state; a retraction system (160,) configured to selectively engage the retracted state, wherein the retraction system includes fixably coupling the plurality of cam lobes with a trigger, and wherein the trigger is slidably externally coupled to a connection system (180,); and the connection system configured to create an elongated partially rigid region by intercoupling the head member with a loop, wherein the connection system comprises a continuous cord wrapped directly around the rivet but not the at least one axle of the head member and the loop, wherein the elongated partially rigid region includes a rigidity greater than the continuous cord.
An electromagnetic wave detection device, comprising a mode adjustment means adapted for adjusting a mode condition of incident multimode electromagnetic waves in form of light, the mode adjustment means being chosen from the group of optical waveguides, tapered optical fibers, and long-period fiber Bragg gratings; an amplification means adapted for amplifying the electromagnetic waves in form of light in which the mode condition has been adjusted output from the mode adjustment means, the amplification means being configured to operate with a limited number of specific amplification spatial modes; and a conversion means adapted for converting the amplified electromagnetic waves in form of light output from the amplification means to electrical signals, wherein the mode adjustment means is configured to adjust, by converting energy mode distribution, the incident multimode electromagnetic waves in form of light by converting energy to the specific spatial modes from the other modes of the incident multimode electromagnetic waves, so as to output: - only said specific spatial modes; or - said specific spatial modes with increased energy and the other spatial modes with reduced energy, such that the mode adjustment means is adapted to convert the incident multimode electromagnetic wave to a mode substantially equal to the amplification spatial mode of the amplification means. - only said specific spatial modes; or - said specific spatial modes with increased energy and the other spatial modes with reduced energy,
Multilayer material comprising at least one first layer (1', 1") made of coagulated microfibre and at least one support layer that is made of high-resistance synthetic fabric and coupled to said at least one first coagulated microfibre layer (1', 1"), wherein said support layer is joined to said at least one first layer (1', 1") using a polyurethane adhesive, wherein the support layer comprises between 25-100% by weight of ultra-high-molecular-weight polyethylene (UHMWPE).
Self-calibrating return spring pump (300; 400), in particular self-calibrating return spring dosing pump, configured to carry out a volume pumping of a fluid in a variable-volume front chamber, the self-calibrating pump (300; 400) being provided with a rear chamber housed in a lantern and with movable mechanical means (140, 150, 160; 140; 150) for forming a movable wall (170; 340) of the rear chamber and for causing the movable wall (170; 340) of the rear chamber to make a reciprocating motion when said movable mechanical means (140, 150, 160; 140; 150) interacts with cam or eccentric mechanical means, the front chamber being configured to increase in volume when the rear chamber decreases in volume and vice versa, the pump further comprising elastic means for elastic return of said movable mechanical means (140, 150, 160; 140; 150), the pump being characterised in that the rear chamber is provided with one-way valve means configured to allow air to pass only from the rear chamber to the outside of the lantern, the rear chamber being sealed and delimited by the movable wall (170; 340), by sealing means (330; 350), by internal walls of the lantern, and by said one-way valve means, whereby a pressure p post within the rear chamber is kept not higher than an ambient pressure P atm outside the lantern and not higher than a pressure p ant within the front chamber.
A method of creating a well bore, the method comprising: (a) providing a bore liner in a section of a well bore extending through a formation and providing the liner with at least one valved port, wherein the bore liner is cemented within the well bore; (b) mounting a fluid delivery tool on a string of jointed pipe and running the fluid delivery tool into the well bore through a blowout preventer; (c) locating the fluid delivery tool adjacent the valved port; (d) activating a seal on the BOP to engage the jointed pipe and activating the fluid delivery tool to engage the valved port; (e) stripping the string of jointed pipe through the BOP while the seal on the BOP engages the jointed pipe to translate the fluid delivery tool to open the port; (f) operating a pump to deliver fracturing fluid through the port and into the formation surrounding the liner; (g) at least reducing the flow of the fracturing fluid; and (h) stripping the string of jointed pipe through the BOP while the seal on the BOP engages the jointed pipe to translate the fluid delivery tool to close the port, wherein steps (a) to (h) are conducted in sequence. (a) providing a bore liner in a section of a well bore extending through a formation and providing the liner with at least one valved port, wherein the bore liner is cemented within the well bore; (b) mounting a fluid delivery tool on a string of jointed pipe and running the fluid delivery tool into the well bore through a blowout preventer; (c) locating the fluid delivery tool adjacent the valved port; (d) activating a seal on the BOP to engage the jointed pipe and activating the fluid delivery tool to engage the valved port; (e) stripping the string of jointed pipe through the BOP while the seal on the BOP engages the jointed pipe to translate the fluid delivery tool to open the port; (f) operating a pump to deliver fracturing fluid through the port and into the formation surrounding the liner; (g) at least reducing the flow of the fracturing fluid; and (h) stripping the string of jointed pipe through the BOP while the seal on the BOP engages the jointed pipe to translate the fluid delivery tool to close the port,
An injection nozzle for an internal combustion engine, the nozzle comprising an elongate hollow body and a needle arranged to reciprocate within the hollow body to permit fuel to be dispensed from at least one aperture at a distal end of the body, the distal end of the body defining a profiled seat against which the needle is arranged to bear to seal the nozzle, characterised in that the injection nozzle further comprises: an electrically insulating guide assembly including a guide which abuts the seat throughout reciprocating movement of the needle so as to centre the distal end of the needle within the body as needle movement is guided, the electrically insulating guide assembly being arranged to insulate the needle electrically from the body when the needle is disengaged from the seat and, wherein the seat is substantially conical and, wherein the guide comprises a substantially conical surface which abuts the seat. an electrically insulating guide assembly including a guide which abuts the seat throughout reciprocating movement of the needle so as to centre the distal end of the needle within the body as needle movement is guided, the electrically insulating guide assembly being arranged to insulate the needle electrically from the body when the needle is disengaged from the seat and, wherein the seat is substantially conical and, wherein the guide comprises a substantially conical surface which abuts the seat.
Sensor apparatus for monitoring an occupancy state of a parking space of a car park for motor vehicles, comprising: - at least one parking space sensor for monitoring an occupancy state of a parking space of a car park, - a first electrical energy store for supplying electrical energy to the at least one parking space sensor, - wherein a first circuit is formed, in which the at least one parking space sensor and the first electrical energy store are connected, characterized in that the sensor apparatus additionally comprises: - a detection device for detecting an interruption in the first circuit, - a communication interface connected into a second circuit for transmitting a signal via a communication network in the case of a detected interruption in the first circuit, wherein the signal comprises the information that the first circuit is interrupted, - wherein a second electrical energy store for supplying electrical energy to the communication interface is connected in the second circuit. - at least one parking space sensor for monitoring an occupancy state of a parking space of a car park, - a first electrical energy store for supplying electrical energy to the at least one parking space sensor, - wherein a first circuit is formed, in which the at least one parking space sensor and the first electrical energy store are connected, characterized in that the sensor apparatus additionally comprises: - a detection device for detecting an interruption in the first circuit, - a communication interface connected into a second circuit for transmitting a signal via a communication network in the case of a detected interruption in the first circuit, wherein the signal comprises the information that the first circuit is interrupted, - wherein a second electrical energy store for supplying electrical energy to the communication interface is connected in the second circuit.
A power plant comprising: a boiler including a combustion chamber configured to carry out combustion of fuel to form ash and flue gas; an energy recovery system connected to the boiler to recover heat of the ash; wherein the boiler is a circulating fluidized bed boiler comprising the combustion chamber with a bed, the bed comprising sand and ash; characterized in that preheated primary air for the combustion chamber is supplied from under the bed through primary air fans at high pressure such that the bed material and fuel particles are lifted and said fuel particles are kept in suspension; that fine particles of partly burned fuel particles, fly ash and bed material that are carried along with the flue gas are captured by a separator and fall to a seal pot; and that heavy particles of partly burned fuel particles, the fly ash and the bed material are returned to the combustion chamber for recirculation, either directly through a first arm or through a second arm after passing through a fluidized bed heat exchanger. a boiler including a combustion chamber configured to carry out combustion of fuel to form ash and flue gas; an energy recovery system connected to the boiler to recover heat of the ash; wherein the boiler is a circulating fluidized bed boiler comprising the combustion chamber with a bed, the bed comprising sand and ash; characterized in that preheated primary air for the combustion chamber is supplied from under the bed through primary air fans at high pressure such that the bed material and fuel particles are lifted and said fuel particles are kept in suspension; that fine particles of partly burned fuel particles, fly ash and bed material that are carried along with the flue gas are captured by a separator and fall to a seal pot; and that heavy particles of partly burned fuel particles, the fly ash and the bed material are returned to the combustion chamber for recirculation, either directly through a first arm or through a second arm after passing through a fluidized bed heat exchanger. that preheated primary air for the combustion chamber is supplied from under the bed through primary air fans at high pressure such that the bed material and fuel particles are lifted and said fuel particles are kept in suspension; that fine particles of partly burned fuel particles, fly ash and bed material that are carried along with the flue gas are captured by a separator and fall to a seal pot; and that heavy particles of partly burned fuel particles, the fly ash and the bed material are returned to the combustion chamber for recirculation, either directly through a first arm or through a second arm after passing through a fluidized bed heat exchanger.
An electromagnetic interference shield array (108, 138), comprising: a first frame; and a first cover operative to be placed over the first frame, the first cover comprising at least a first snap operative to engage a portion of the first frame; a second frame placed adjacent to the first frame, wherein the first and second frames each comprise a wall (112, 142) coupled to a circuit board; and a second cover operative to be placed over the second frame, the second cover comprising at least a second snap operative to engage a portion of the second frame, characterised in that the second snap is offset from the first snap such that the first and second snaps are aligned to form a single layer between the first and second frames. a first frame; and a first cover operative to be placed over the first frame, the first cover comprising at least a first snap operative to engage a portion of the first frame; a second frame placed adjacent to the first frame, wherein the first and second frames each comprise a wall (112, 142) coupled to a circuit board; and a second cover operative to be placed over the second frame, the second cover comprising at least a second snap operative to engage a portion of the second frame, characterised in that the second snap is offset from the first snap such that the first and second snaps are aligned to form a single layer between the first and second frames.
A heat-resistant resin composition comprising: a graft copolymer prepared by graft polymerization of a diene-based rubber polymer with an aromatic vinyl-based monomer and a vinyl cyan-based monomer; a first styrene-based copolymer comprising a maleimide-based unit and an aromatic vinyl-based unit; a second styrene-based copolymer comprising a vinyl cyan-based unit and an aromatic vinyl-based unit; and a third styrene-based copolymer comprising a vinyl cyan-based unit and an aromatic vinyl-based unit, wherein the second styrene-based copolymer and the third styrene-based copolymer comprise a vinyl cyan-based unit in mutually different amounts, wherein the second styrene-based copolymer is a copolymer prepared using a monomer mixture comprising a vinyl cyan-based monomer and an aromatic vinyl cyan-based monomer in a weight ratio of 27:73 to 35:65, and wherein the third styrene-based copolymer is a copolymer prepared using a monomer mixture comprising a vinyl cyan-based monomer and an aromatic vinyl cyan-based monomer in a weight ratio of 15:85 to 26:74. a graft copolymer prepared by graft polymerization of a diene-based rubber polymer with an aromatic vinyl-based monomer and a vinyl cyan-based monomer; a first styrene-based copolymer comprising a maleimide-based unit and an aromatic vinyl-based unit; a second styrene-based copolymer comprising a vinyl cyan-based unit and an aromatic vinyl-based unit; and a third styrene-based copolymer comprising a vinyl cyan-based unit and an aromatic vinyl-based unit, wherein the second styrene-based copolymer and the third styrene-based copolymer comprise a vinyl cyan-based unit in mutually different amounts, wherein the second styrene-based copolymer is a copolymer prepared using a monomer mixture comprising a vinyl cyan-based monomer and an aromatic vinyl cyan-based monomer in a weight ratio of 27:73 to 35:65, and wherein the third styrene-based copolymer is a copolymer prepared using a monomer mixture comprising a vinyl cyan-based monomer and an aromatic vinyl cyan-based monomer in a weight ratio of 15:85 to 26:74.
A peptide that is 8-35 amino acid residues long and has a core sequence having Formula IA as follows: C-X1-X2-C-X3-X4-X5-X6-T-X7-G wherein X1 may be present or absent, and if present, X1 is selected from the group consisting of A, V, L, I, P, F, M, and W, preferably X1 is L or P; X2 may be present or absent, and if present, X2 is selected from the group consisting of D, E, G, N, Q, S, T, Y, and C, preferably X2 is D or N; X3 is selected from the group consisting of K, R, and H, preferably X3 is R or K; X4 is selected from the group consisting of D, E, K, R, H, Y, F, and W, preferably X4 is D or H; X5 is selected from the group consisting of G, N, Q, S, T, Y, and C, preferably X5 is N or G; X6 may be present or absent and if present, X6 is selected from the group consisting of T, V, and I, preferably X6 is V; and X7 may be present or absent, and if present, X7 is selected from the group consisting of A, V, L, I, P, F, M, and W, preferably X7 is A; and wherein either X1, X2, or both X1 and X2 are present, and wherein the peptide induces phosphorylation of ERK1/2, eNOSs1177, and/or eNOSs1179. X1 may be present or absent, and if present, X1 is selected from the group consisting of A, V, L, I, P, F, M, and W, preferably X1 is L or P; X2 may be present or absent, and if present, X2 is selected from the group consisting of D, E, G, N, Q, S, T, Y, and C, preferably X2 is D or N; X3 is selected from the group consisting of K, R, and H, preferably X3 is R or K; X4 is selected from the group consisting of D, E, K, R, H, Y, F, and W, preferably X4 is D or H; X5 is selected from the group consisting of G, N, Q, S, T, Y, and C, preferably X5 is N or G; X6 may be present or absent and if present, X6 is selected from the group consisting of T, V, and I, preferably X6 is V; and X7 may be present or absent, and if present, X7 is selected from the group consisting of A, V, L, I, P, F, M, and W, preferably X7 is A; and wherein either X1, X2, or both X1 and X2 are present, and wherein the peptide induces phosphorylation of ERK1/2, eNOSs1177, and/or eNOSs1179.
Apparatus for applying studs on strips of material, each stud being provided with a body and attaching means suitable for perforating the strip and attaching to the strip, said apparatus comprising: - a lower plate having a plurality of upward-protruding pins, - an intermediate plate intended to be disposed on said lower plate; said intermediate plate being provided with a plurality of housings suitable for receiving the body of said studs in such manner that the attaching means of the studs are directed upwards, said housings of the intermediate plate being through holes for the passage of said pins of the lower plate, - an upper plate provided with housings disposed in register with said housings of the intermediate plate to cooperate with said attaching means of the studs and attach the studs on the strip when the studs are compressed between the pins of the lower plate and the housings of the upper plate, characterized in that said pins of the lower plate comprise a head made of a soft material intended to touch the body of said studs to prevent the body of the studs from being damaged when the studs are compressed between the pins of the lower plate and the housings of the upper plate. - a lower plate having a plurality of upward-protruding pins, - an intermediate plate intended to be disposed on said lower plate; said intermediate plate being provided with a plurality of housings suitable for receiving the body of said studs in such manner that the attaching means of the studs are directed upwards, said housings of the intermediate plate being through holes for the passage of said pins of the lower plate, - an upper plate provided with housings disposed in register with said housings of the intermediate plate to cooperate with said attaching means of the studs and attach the studs on the strip when the studs are compressed between the pins of the lower plate and the housings of the upper plate,
A safety device for motorized access passageways, comprising a movement and supporting, mechanism of an oscillating access shutter, which includes an electric motor suitable for activating, by means of at least one reducer, a mechanical control system, which supports the shutter and makes it oscillate, along a circumference arc, perpendicularly to the passage direction, so as to open or close the passageway, thanks to a swinging movement which, following a first rotation causes the closing of the passageway and following a subsequent rotation, opposite with respect to said first rotation, causes the opening of the passageway, wherein said mechanical control system comprises at least one shaped connecting rod, fitted, by means of at least one handle, onto the outlet shaft of said electric motor, said shaped connecting rod also being connected to at least one vertical arm, which is fulcrumed, in correspondence with its ends, to a first pair of levers (12, 13) and to a second pair of levers (14, 14'), the first pair of levers (12, 13) and the second pair of levers (14, 14') being centrally hinged, by means of respective first connection pins (20, 21), onto a supporting structure of the safety device, so that pairs of levers (12, 13, 14, 14') are hinged to each other, at least a second pin (32, 33) being fixed to at least one of said levers (12, 13, 14, 14'), which carries at least one elastic element (22, 25), wherein said first connection pins (20, 21) are connected to a respective first tilting movement arm and a second tilting movement arm of a supporting rod of the oscillating shutter suitable for opening or closing the access passageway, so that said first and second tilting movement arms (17, 18) rotate integrally respectively with said first and second pair of levers (12, 13, 14, 14'), characterized in that at least one pushing element of the safety device acts for a pre-established angle on said handle of the jointed movement structure of the sliding shutter, thus actuating a pushing function of said handle and accompanying it in a position of unstable equilibrium of the mechanical control system, corresponding to an almost closing position of the access passageway, which is maintained thanks to a mechanical control system based on the action of said electric motor, said action of the motor also being in unstable equilibrium with the action of said pushing element on said handle, while, when there is a lack of power supply and said electric motor no longer guarantees said unstable equilibrium position, an opening movement of the sliding shutter is caused by an automatic and purely mechanical rotation of said tilting movement arms (17, 18), following a translation movement of said elastic elements (22, 25).