mhurhangee/ep-ind-claims huggingface dataset:
A power cable comprising a polypropylene resin in an insulating layer, which resin is an ethylene-propylene block copolymer prepared by polymerization of (a) propylene homopolymer or ethylene-propylene random copolymer, and (b) propylene rubber copolymer, wherein a difference (Tm-Tc) between a melting temperature (Tm) of the ethylene-propylene block copolymer and a crystallization temperature (Tc) is 45°C or less, the size of the rubber copolymer in a dispersed phase is 0.5 μm or less, and the ethylene-propylene rubber copolymer (b) is contained in an amount of 30∼50 wt% based on the total weight of the ethylene-propylene block copolymer.
A memory system comprising: an address bus (136, 138); a memory comprising: a plurality of volatile memory banks comprising a first portion and a second portion, wherein the first portion is coupled to the address bus; and at least one non-volatile memory bank comprising at least a third portion, the third portion configured in one of a rank or a channel with the first portion, wherein the third portion is coupled to the address bus; and a memory controller coupled to the volatile memory banks and the at least one non-volatile memory bank and configured to: synchronize the application of activate, read, write, and precharge operations to the first, second, and third portions; characterized in that the memory controller is further configured to initiate non-volatile activate operations prior to volatile activate operations from a queue of activate operations; and delay non-volatile read/write operations while issuing volatile memory access operations. an address bus (136, 138); a memory comprising: a plurality of volatile memory banks comprising a first portion and a second portion, wherein the first portion is coupled to the address bus; and at least one non-volatile memory bank comprising at least a third portion, the third portion configured in one of a rank or a channel with the first portion, wherein the third portion is coupled to the address bus; and a plurality of volatile memory banks comprising a first portion and a second portion, wherein the first portion is coupled to the address bus; and at least one non-volatile memory bank comprising at least a third portion, the third portion configured in one of a rank or a channel with the first portion, wherein the third portion is coupled to the address bus; and a memory controller coupled to the volatile memory banks and the at least one non-volatile memory bank and configured to: synchronize the application of activate, read, write, and precharge operations to the first, second, and third portions; characterized in that the memory controller is further configured to initiate non-volatile activate operations prior to volatile activate operations from a queue of activate operations; and delay non-volatile read/write operations while issuing volatile memory access operations. synchronize the application of activate, read, write, and precharge operations to the first, second, and third portions; characterized in that the memory controller is further configured to initiate non-volatile activate operations prior to volatile activate operations from a queue of activate operations; and delay non-volatile read/write operations while issuing volatile memory access operations.
A vapor compression system comprising: a purge unit (100; 600), the purge unit comprising: a vessel (234; 606) having: an inlet (152; 608); a return port (154; 610), a first path between the inlet and the return port; a purge port (156; 612), a second path between the inlet and the purge port; one or more thermoelectric units positioned to be in thermal communication with at least the first path; and a phase change material positioned to receive heat absorbed by the one or more thermoelectric units from the first path, a compressor having a suction port and a discharge port; a first heat exchanger coupled to the discharge port to receive refrigerant driven in a downstream direction along a refrigerant flowpath in a first operational condition; an expansion device downstream of the first heat exchanger along the refrigerant flowpath in the first operational condition; and a second heat exchanger downstream of the expansion device and coupled to the suction port to return refrigerant in the first operational condition, wherein, the inlet (152; 608) is coupled to the refrigerant flowpath to receive refrigerant; and the return port (154; 610) is coupled to the refrigerant flowpath to return refrigerant. a purge unit (100; 600), the purge unit comprising: a vessel (234; 606) having: an inlet (152; 608); a return port (154; 610), a first path between the inlet and the return port; a purge port (156; 612), a second path between the inlet and the purge port; one or more thermoelectric units positioned to be in thermal communication with at least the first path; and a phase change material positioned to receive heat absorbed by the one or more thermoelectric units from the first path, a vessel (234; 606) having: an inlet (152; 608); a return port (154; 610), a first path between the inlet and the return port; a purge port (156; 612), a second path between the inlet and the purge port; an inlet (152; 608); a return port (154; 610), a first path between the inlet and the return port; a purge port (156; 612), a second path between the inlet and the purge port; one or more thermoelectric units positioned to be in thermal communication with at least the first path; and a phase change material positioned to receive heat absorbed by the one or more thermoelectric units from the first path, a compressor having a suction port and a discharge port; a first heat exchanger coupled to the discharge port to receive refrigerant driven in a downstream direction along a refrigerant flowpath in a first operational condition; an expansion device downstream of the first heat exchanger along the refrigerant flowpath in the first operational condition; and a second heat exchanger downstream of the expansion device and coupled to the suction port to return refrigerant in the first operational condition, the inlet (152; 608) is coupled to the refrigerant flowpath to receive refrigerant; and the return port (154; 610) is coupled to the refrigerant flowpath to return refrigerant.
A FRP rim (20; 120) for a bicycle, comprising: a radially outer tire-engaging portion (28; 128); a radially inner spoke-engaging portion (30; 130); a first sidewall (32; 132); a second sidewall (34; 134) spaced apart from the first sidewall (32; 132), the first and second sidewalls (32, 34; 132, 134) extending inwardly of the radially outer tire-engaging portion (28; 128); and a brake track (60; 160) disposed on the first and second sidewalls (32, 34; 132, 134) comprising a layer of microparticles embedded in an epoxy matrix; the rim (20; 120) characterized in that the brake track (60; 160) further includes a veil comprising one or more of fiberglass, carbon, quartz, Kevlar and polyester, wherein the layer of microparticles embedded in an epoxy matrix is laid onto the veil so as to form a brake surface. a radially outer tire-engaging portion (28; 128); a radially inner spoke-engaging portion (30; 130); a first sidewall (32; 132); a second sidewall (34; 134) spaced apart from the first sidewall (32; 132), the first and second sidewalls (32, 34; 132, 134) extending inwardly of the radially outer tire-engaging portion (28; 128); and a brake track (60; 160) disposed on the first and second sidewalls (32, 34; 132, 134) comprising a layer of microparticles embedded in an epoxy matrix; the rim (20; 120) characterized in that the brake track (60; 160) further includes a veil comprising one or more of fiberglass, carbon, quartz, Kevlar and polyester, wherein the layer of microparticles embedded in an epoxy matrix is laid onto the veil so as to form a brake surface.
A method for synthesizing an oligonucleotide, comprising: exposing a nucleic acid attached to a solid support to a nucleotide analog in the presence of a nucleotidyl transferase enzyme and in the absence of a nucleic acid template, wherein the nucleotide analog comprises an unmodified 3' hydroxyl and a cleavable terminating group comprising an amino acid, wherein the cleavable terminating group blocks nucleotidyl transferase activity but results in a nucleotide substrate for nucleotidyl transferase upon cleavage. exposing a nucleic acid attached to a solid support to a nucleotide analog in the presence of a nucleotidyl transferase enzyme and in the absence of a nucleic acid template,
A computing node for managing blockchain resources, the node comprising: a storage; a network interface configured to receive a uniform resource indicator of a blockchain peer node (120, 121, 122, 123) that has access to a blockchain distributed among a plurality of blockchain peer nodes; and characterised by a processor configured to: identify blockchain channel identification information which identifies a unique channel name associated with the blockchain; identify genesis information of the blockchain; generate a blockchain-based URI that includes an identification of the URI of the blockchain peer node and the channel name of the blockchain, wherein the blockchain-based URI comprises an identification of the genesis information; and store the generated blockchain-based URI on a notification board stored on a distributed ledger that also stores the blockchain, the notification board stored independently from the blockchain. a storage; a network interface configured to receive a uniform resource indicator of a blockchain peer node (120, 121, 122, 123) that has access to a blockchain distributed among a plurality of blockchain peer nodes; and characterised by a processor configured to: identify blockchain channel identification information which identifies a unique channel name associated with the blockchain; identify genesis information of the blockchain; generate a blockchain-based URI that includes an identification of the URI of the blockchain peer node and the channel name of the blockchain, wherein the blockchain-based URI comprises an identification of the genesis information; and store the generated blockchain-based URI on a notification board stored on a distributed ledger that also stores the blockchain, the notification board stored independently from the blockchain. identify blockchain channel identification information which identifies a unique channel name associated with the blockchain; identify genesis information of the blockchain; generate a blockchain-based URI that includes an identification of the URI of the blockchain peer node and the channel name of the blockchain, wherein the blockchain-based URI comprises an identification of the genesis information; and store the generated blockchain-based URI on a notification board stored on a distributed ledger that also stores the blockchain, the notification board stored independently from the blockchain.
Method for producing prefabricated a fire protection door or a fixed fire protection glazing by installing a fire stopping element in a masonry, wherein said fire stopping element comprises a fireproof frame pillar, wherein a frame pillar having a first and a second light metal hollow profile (32, 34) is used, wherein for forming said frame pillar, the first light metal hollow profile is connected to the second light metal hollow profile by two thermally separating connecting webs (36a, 36b), characterized in that the frame pillar is attached to the masonry in such a manner that there remains between said masonry and said frame pillar a building connection joint with an intermediate hollow space that remains free in normal operation, wherein for forming an insulating material for thermal insulation and for preventing the penetration of hot gases into the region of the building connection joint in case of fire, said frame pillar is provided with merely an intumescent material which in case of fire foams up for sealing the open building connection joint, wherein the strip of said intumescent material is attached to a wall-side connecting web, wherein said strip of intumescent material is fixed in an outwardly open groove of said connecting web.
A method for wireless communication at a user equipment, UE, comprising: receiving (1205, 1305, 1405, 1505, 1605, 1705) a control channel indicating a downlink transmission with repetition in a plurality of subframes; identifying (1210, 1310, 1410, 1510, 1610, 1710) a collision, between the downlink transmission and at least one of a scheduled uplink transmission or a guard frame for the scheduled uplink transmission, in at least one subframe of the plurality of subframes, wherein the collision is identified to occur within a fixed number of one or more subframes following the first subframe in which the control channel is received; and performing a collision management procedure based at least in part on identifying that the collision is identified to occur within the fixed number of one or more subframes, the collision management procedure comprising refraining from transmitting at least part of the scheduled uplink transmission, refraining from decoding at least part of the downlink transmission, or a combination thereof. receiving (1205, 1305, 1405, 1505, 1605, 1705) a control channel indicating a downlink transmission with repetition in a plurality of subframes; identifying (1210, 1310, 1410, 1510, 1610, 1710) a collision, between the downlink transmission and at least one of a scheduled uplink transmission or a guard frame for the scheduled uplink transmission, in at least one subframe of the plurality of subframes, wherein the collision is identified to occur within a fixed number of one or more subframes following the first subframe in which the control channel is received; and performing a collision management procedure based at least in part on identifying that the collision is identified to occur within the fixed number of one or more subframes, the collision management procedure comprising refraining from transmitting at least part of the scheduled uplink transmission, refraining from decoding at least part of the downlink transmission, or a combination thereof.
A device for opening a door by staving it in comprising: - a preferably-hydraulic actuator, an intermediate soleplate, and an upper jacking bar; - said actuator comprising a movable rod (4 1) with one end fixed in hinged manner (6 3), preferably detachably, on said intermediate soleplate; - and said upper jacking bar being fixed in hinged manner (6 3), preferably detachably, by one of its ends to said intermediate soleplate; characterized in that the device for opening is able to exert a thrust on the vertical surface of the door and stave it in when the device is positioned against the door on the side to which it opens by being pulled and in that it comprises an upper jacking device fixed in hinged manner, preferably detachably, to the upper end of said upper jacking bar, said upper jacking device comprising at least one wedging and locking part forming: • a front flat portion that can be introduced into a slit between the door frame and the upper end (3 1) of the door; and • a riser portion extending in a longitudinal direction YY' perpendicular to said front flat portion and above it, the upper end (12b-1) of said riser portion being intended to face the partition above the door frame, and preferably said riser portion extending over a length equal to at least three times the dimension of said front flat portion in the direction XX' perpendicular to said longitudinal direction YY' of said riser portion; and • a rear portion located at the base of and behind said riser portion, at the underside of which a fixing element is capable of allowing pivotal hinging of said wedging and locking part relative to the upper end of said upper jacking bar, said rear portion preferably being a rear flat portion extending in a direction XX' perpendicular to said longitudinal direction YY' of said riser portion. - a preferably-hydraulic actuator, an intermediate soleplate, and an upper jacking bar; - said actuator comprising a movable rod (4 1) with one end fixed in hinged manner (6 3), preferably detachably, on said intermediate soleplate; - and said upper jacking bar being fixed in hinged manner (6 3), preferably detachably, by one of its ends to said intermediate soleplate; • a front flat portion that can be introduced into a slit between the door frame and the upper end (3 1) of the door; and • a riser portion extending in a longitudinal direction YY' perpendicular to said front flat portion and above it, the upper end (12b-1) of said riser portion being intended to face the partition above the door frame, and preferably said riser portion extending over a length equal to at least three times the dimension of said front flat portion in the direction XX' perpendicular to said longitudinal direction YY' of said riser portion; and • a rear portion located at the base of and behind said riser portion, at the underside of which a fixing element is capable of allowing pivotal hinging of said wedging and locking part relative to the upper end of said upper jacking bar, said rear portion preferably being a rear flat portion extending in a direction XX' perpendicular to said longitudinal direction YY' of said riser portion.
Frame for a vehicle such as a cycle, comprising: - a tube construction for providing attachment options for further components of the vehicle, such as a steering pin, a saddle, and attachment options for a rear wheel, wherein - the tube construction comprises an accessory tube adapted for arranging therein sub-systems of the vehicle for the purpose of providing the vehicle with additional functionality, wherein the accessory tube forms the upper tube and preferably extends substantially in horizontal direction from substantially the front side of the frame to substantially the rear side of the frame, being connected here to at least a head tube and a saddle tube, characterized in that the accessory tube extends to a position in front of the head tube. - a tube construction for providing attachment options for further components of the vehicle, such as a steering pin, a saddle, and attachment options for a rear wheel, wherein - the tube construction comprises an accessory tube adapted for arranging therein sub-systems of the vehicle for the purpose of providing the vehicle with additional functionality, wherein the accessory tube forms the upper tube and preferably extends substantially in horizontal direction from substantially the front side of the frame to substantially the rear side of the frame, being connected here to at least a head tube and a saddle tube,
A method of operating a user equipment, UE, for preventing a potential erroneous operation of the UE in a wireless communication system, the method comprising: transmitting an EPS Mobility Management, EMM, request message to a network entity; starting a timer along with the transmission of the EMM request message; receiving a first integrity non-protected EMM response message; waiting for an additional EMM response message while operating the timer without terminating the timer; and based on a first integrity protected EMM response message being received while the timer operates, processing the first integrity protected EMM response message; based on a second integrity non-protected EMM response message being received while the timer operates, processing at least one EMM response message among the first integrity non-protected EMM response message and the second integrity non-protected EMM response message; and based on expiration of the timer, processing the first integrity non-protected EMM response message. transmitting an EPS Mobility Management, EMM, request message to a network entity; starting a timer along with the transmission of the EMM request message; receiving a first integrity non-protected EMM response message; waiting for an additional EMM response message while operating the timer without terminating the timer; and based on a first integrity protected EMM response message being received while the timer operates, processing the first integrity protected EMM response message; based on a second integrity non-protected EMM response message being received while the timer operates, processing at least one EMM response message among the first integrity non-protected EMM response message and the second integrity non-protected EMM response message; and based on expiration of the timer, processing the first integrity non-protected EMM response message.
A composition comprising an esterquat that is a quaternized reaction product of an alkanol amine comprising triethanolamine and a fatty acid comprising tallow having a molar ratio of fatty acid to alkanol amine of about 1.65, wherein 57.5 to 67.5% by weight of the fatty acids are saturated, wherein monoesterquat is present in an amount of 20 to 40 weight %, diesterquat is present in an amount of 50 to 65 weight %, and triesterquat is present in an amount not greater than 25 weight %, and wherein the esterquat is present in an amount such that when the composition is used as a fabric softener, the esterquat is delivered at 2.8 to 8 grams per load, a load being 3.5 kilograms of fabric.
A product comprising: a turbocharger comprising a turbine torsionally connected to a compressor, a housing for said turbine, and a housing for said compressor fixed with respect to said turbine housing; characterized in that a high pressure exhaust gas recirculation valve is mounted on said turbine which coincides with an inlet to said turbine and wherein there is a low pressure exhaust gas recirculation valve mounted on said compressor housing which coincides with an inlet to said compressor. a turbocharger comprising a turbine torsionally connected to a compressor, a housing for said turbine, and a housing for said compressor fixed with respect to said turbine housing; characterized in that a high pressure exhaust gas recirculation valve is mounted on said turbine which coincides with an inlet to said turbine and wherein there is a low pressure exhaust gas recirculation valve mounted on said compressor housing which coincides with an inlet to said compressor.