mhurhangee/ep-ind-claims huggingface dataset:
A method for inhibiting bloom formation on frozen bakery products, the method comprising: (i) providing a bakery substrate comprising flour, sugar, fat and water; (ii) providing a frosting containing a biopolymer wherein the bakery substrate and frosting are formulated such that the water potential between them is from -4% to 1.25%, wherein a positive water potential is the moisture content that flows from the substrate to the frosting and a negative water potential is the moisture content that flows from the frosting to the substrate, and the frosting has a glass transition temperature of -10°C to -20°C; (iii) providing the bakery substrate with the frosting disposed thereon, (iv) freezing the resulting bakery product; and (v) storing the frozen product. (i) providing a bakery substrate comprising flour, sugar, fat and water; (ii) providing a frosting containing a biopolymer wherein the bakery substrate and frosting are formulated such that the water potential between them is from -4% to 1.25%, wherein a positive water potential is the moisture content that flows from the substrate to the frosting and a negative water potential is the moisture content that flows from the frosting to the substrate, and the frosting has a glass transition temperature of -10°C to -20°C; (iii) providing the bakery substrate with the frosting disposed thereon, (iv) freezing the resulting bakery product; and (v) storing the frozen product.
Wrapper paper for smoking articles, which comprises pulp fibers loaded with calcium carbonate particles, wherein the mass of the pulp fibers loaded with calcium carbonate particles is at least 10% of the mass of the wrapper paper and the calcium carbonate particles in the pulp fibers loaded with calcium carbonate particles make up at least 20% and at most 80% of the mass of the pulp fibers loaded with calcium carbonate particles and the wrapper paper has an air permeability in accordance with ISO 2965:2019 of at least 50 cm 3 /(cm 2 ·min·kPa) and at most 300 cm 3 /(cm 2 ·min·kPa).
An isotope transfer electrochemical cell for separating isotopes comprising: an anode plate and a cathode plate; a proton exchange membrane; gas diffusion layers positioned on either side of the proton exchange membrane, which together with the proton exchange membrane form a membrane electrode assembly; and a housing containing the anode and cathode plates in operable arrangement with the membrane electrode assembly, and defining a gas feed inlet, a product outlet, an outlet for excess gas, and internal flow paths for transfer of gases and fluids on either side of the membrane electrode assembly; wherein at least the anode gas diffusion layer comprises a catalyst layer. an anode plate and a cathode plate; a proton exchange membrane; gas diffusion layers positioned on either side of the proton exchange membrane, which together with the proton exchange membrane form a membrane electrode assembly; and a housing containing the anode and cathode plates in operable arrangement with the membrane electrode assembly, and defining a gas feed inlet, a product outlet, an outlet for excess gas, and internal flow paths for transfer of gases and fluids on either side of the membrane electrode assembly; wherein at least the anode gas diffusion layer comprises a catalyst layer.
A method comprising: receiving, by a wireless device, a downlink control information, DCI, for an uplink multi-subframe grant for an unlicensed cell, the DCI: indicating uplink resources in a plurality of consecutive subframes of the unlicensed cell; and comprising a first field, a second field, and one or more third fields; determining a position of a subframe in the plurality of consecutive subframes employing the first field, wherein the subframe is for transmission of one or more channel state information, CSI, fields of the unlicensed cell; and transmitting, via the indicated uplink resources in the subframe, the one or more CSI fields in response to the second field triggering a CSI report when the wireless device is allowed to transmit according to a listen-before-talk, LBT, procedure based on the one or more third fields. receiving, by a wireless device, a downlink control information, DCI, for an uplink multi-subframe grant for an unlicensed cell, the DCI: indicating uplink resources in a plurality of consecutive subframes of the unlicensed cell; and comprising a first field, a second field, and one or more third fields; indicating uplink resources in a plurality of consecutive subframes of the unlicensed cell; and comprising a first field, a second field, and one or more third fields; determining a position of a subframe in the plurality of consecutive subframes employing the first field, wherein the subframe is for transmission of one or more channel state information, CSI, fields of the unlicensed cell; and transmitting, via the indicated uplink resources in the subframe, the one or more CSI fields in response to the second field triggering a CSI report when the wireless device is allowed to transmit according to a listen-before-talk, LBT, procedure based on the one or more third fields.
A shoulder-blade incision-making apparatus for separating a meat portion attached to a shoulder-blade of a poultry carcass from the shoulder-blade, comprising: a fixing jig on which the poultry carcass which is eviscerated and which has leg parts removed are to be placed and fixed; a conveyer forming a conveyance path of the fixing jig and configured to convey the fixing jig along the conveyance path; a first separating member disposed above the conveyance path movably upward and downward; and a first driving device for moving the first separating member in an upward and downward direction, wherein the first separating member includes a pair of scraper members (24a, 24b) disposed on opposite sides of a center line extending along the conveyance path and passing through a center of the fixing jig, across the center line, the shoulder-blade incision-making apparatus being characterized in that the first driving device is operated to move downward the first separating member and move the first separating member along a surface of the shoulder-blade of the poultry carcass in accordance with a timing when the poultry carcass fixed to the fixing jig reaches a meat-separation position below the first separating member, so that the meat portion attached to the shoulder-blade is separated from the shoulder blade, and in that the pair of scraper members (24a, 24b) are oriented so that a distance between the scraper members (24a, 24b) gradually decreases toward a downstream side in a conveying direction of the poultry carcass. a fixing jig on which the poultry carcass which is eviscerated and which has leg parts removed are to be placed and fixed; a conveyer forming a conveyance path of the fixing jig and configured to convey the fixing jig along the conveyance path; a first separating member disposed above the conveyance path movably upward and downward; and a first driving device for moving the first separating member in an upward and downward direction, wherein the first separating member includes a pair of scraper members (24a, 24b) disposed on opposite sides of a center line extending along the conveyance path and passing through a center of the fixing jig, across the center line, the shoulder-blade incision-making apparatus being characterized in that the first driving device is operated to move downward the first separating member and move the first separating member along a surface of the shoulder-blade of the poultry carcass in accordance with a timing when the poultry carcass fixed to the fixing jig reaches a meat-separation position below the first separating member, so that the meat portion attached to the shoulder-blade is separated from the shoulder blade, and in that the pair of scraper members (24a, 24b) are oriented so that a distance between the scraper members (24a, 24b) gradually decreases toward a downstream side in a conveying direction of the poultry carcass.
A tower for a wind farm, wherein the tower has a tower wall configured from segments, wherein the tower has a flange piece and a connection component, wherein the flange piece comprises a flange collar for connecting a segment to the connection component in a connecting plane, wherein the flange collar can be connected to the tower wall on one side and has a contact surface which faces away from the tower wall, wherein by connection and prestressing by means of tension rods or bolts through mounting bores the contact plane is braced against the connection component, wherein the prestressing force securely brings the contact plane towards the connecting plane of the connection component, characterized in that the contact surface is designed convexly, at least in regions, wherein in the region of the contact surface which is in particular located immediately opposite the tower wall, a region of the contact surface is designed as a contact plane lying substantially in the connecting plane.
A method for verifying a first network application function identity information and a second network application function identity information of a network application function, said method comprising: receiving the first network application function identity information at a boot-strapping server function, from the network application function, wherein the first network application function identity information comprises an internal identifier of the network application function; receiving the second network application function identity information at said boot-strapping server function from the network application function, wherein the second network application function identity information comprises a public identifier of the network application function; verifying, by said boot-strapping server function, that the first network application function identity information and second network application function identity information are bound to identify the network application function; and in response to the bootstrapping server function successfully verifying that the first network application function identity information and second network application function identity information are bound, generating, by the boot-strapping server function, a key derived from the second network application function identity information. receiving the first network application function identity information at a boot-strapping server function, from the network application function, wherein the first network application function identity information comprises an internal identifier of the network application function; receiving the second network application function identity information at said boot-strapping server function from the network application function, wherein the second network application function identity information comprises a public identifier of the network application function; verifying, by said boot-strapping server function, that the first network application function identity information and second network application function identity information are bound to identify the network application function; and in response to the bootstrapping server function successfully verifying that the first network application function identity information and second network application function identity information are bound, generating, by the boot-strapping server function, a key derived from the second network application function identity information.
A fluororubber composition, comprising: a polyol cross-linkable fluororubber, an aliphatic acid amide, at least one member selected from a phosphoric acid ester, and an aliphatic acid ester, and a polyol cross-linking agent, wherein a total content of the aliphatic acid amide, the phosphoric acid ester and the aliphatic acid ester is set to 0.5 ~ 5.0 parts by mass per the polyol cross-linkable fluororubber of 100 parts by mass. a polyol cross-linkable fluororubber, an aliphatic acid amide, at least one member selected from a phosphoric acid ester, and an aliphatic acid ester, and a polyol cross-linking agent, wherein a total content of the aliphatic acid amide, the phosphoric acid ester and the aliphatic acid ester is set to 0.5 ~ 5.0 parts by mass per the polyol cross-linkable fluororubber of 100 parts by mass.
A method of compressing carbon dioxide, CO 2, comprising: a) generating a stream of high-pressure oxygen gas and a stream of high-pressure hydrogen gas using a high-pressure electrolyser, b) feeding a reciprocating positive displacement pump comprising a reciprocating member, with a stream of CO 2, and with the stream of high-pressure oxygen gas as drive gas to actuate the reciprocating member and compress the CO 2 to obtain a stream of high-pressure CO2. a) generating a stream of high-pressure oxygen gas and a stream of high-pressure hydrogen gas using a high-pressure electrolyser, b) feeding a reciprocating positive displacement pump comprising a reciprocating member, with a stream of CO 2, and with the stream of high-pressure oxygen gas as drive gas to actuate the reciprocating member and compress the CO 2 to obtain a stream of high-pressure CO2.
A carton for holding at least one article, the carton comprising: a base comprising a first plurality of panels, the first plurality of panels comprises a first back panel, a bottom panel, and a front panel; a lid comprising a second plurality of panels, the second plurality of panels comprises a second back panel, a top panel, and a lid panel, the lid foldably connected to the base such that the base and the lid at least partially surround an interior of the carton; a shoulder attached to the base and comprising a portion of the bottom panel, the front panel, and a front extension panel, the shoulder comprising at least one holder for holding at least one accessory for the at least one article; a plurality of end flaps foldably connected to a respective panel of the first plurality of panels and the second plurality of panels, wherein at least one end flap (85, 87) of the plurality of end flaps is foldably connected to the top panel and comprises at least one extension (86, 88) for engagement with at least one ledge (26, 28) of the front extension panel; and locking features comprising a lock extending from the lid panel and an opening for at least partially receiving the lock, the at least one extension (86, 88), and the at least one ledge (26, 28), the front extension panel comprising the opening. a base comprising a first plurality of panels, the first plurality of panels comprises a first back panel, a bottom panel, and a front panel; a lid comprising a second plurality of panels, the second plurality of panels comprises a second back panel, a top panel, and a lid panel, the lid foldably connected to the base such that the base and the lid at least partially surround an interior of the carton; a shoulder attached to the base and comprising a portion of the bottom panel, the front panel, and a front extension panel, the shoulder comprising at least one holder for holding at least one accessory for the at least one article; a plurality of end flaps foldably connected to a respective panel of the first plurality of panels and the second plurality of panels, wherein at least one end flap (85, 87) of the plurality of end flaps is foldably connected to the top panel and comprises at least one extension (86, 88) for engagement with at least one ledge (26, 28) of the front extension panel; and locking features comprising a lock extending from the lid panel and an opening for at least partially receiving the lock, the at least one extension (86, 88), and the at least one ledge (26, 28), the front extension panel comprising the opening.
A method for transferring pouches for containing products comprising the following steps: i) gripping two corresponding flaps of a pouch by means of first and second gripping means (11, 12); ii) transferring said pouch between a first turntable and a second conveyor; one out of the first turntable and the second conveyor comprising the first and second gripping means (11, 12) for gripping corresponding flaps of the pouch, the other comprising third and fourth gripping means (21, 22) for gripping the pouch; the step of transferring the pouch between the first turntable and the second conveyor comprising the sub-steps of: - gripping the pouch by means of the third gripping means; - releasing the first gripping means that are gripping the pouch; - gripping the pouch by means of the fourth gripping means; - releasing the second gripping means that are gripping the pouch; the method being characterized in that the steps of gripping the pouch by means of the fourth gripping means and releasing the second gripping means taking place after the step of gripping the pouch by means of the third gripping means and the step of releasing the first gripping means. i) gripping two corresponding flaps of a pouch by means of first and second gripping means (11, 12); ii) transferring said pouch between a first turntable and a second conveyor; one out of the first turntable and the second conveyor comprising the first and second gripping means (11, 12) for gripping corresponding flaps of the pouch, the other comprising third and fourth gripping means (21, 22) for gripping the pouch; the step of transferring the pouch between the first turntable and the second conveyor comprising the sub-steps of: - gripping the pouch by means of the third gripping means; - releasing the first gripping means that are gripping the pouch; - gripping the pouch by means of the fourth gripping means; - releasing the second gripping means that are gripping the pouch; the method being characterized in that the steps of gripping the pouch by means of the fourth gripping means and releasing the second gripping means taking place after the step of gripping the pouch by means of the third gripping means and the step of releasing the first gripping means. - gripping the pouch by means of the third gripping means; - releasing the first gripping means that are gripping the pouch; - gripping the pouch by means of the fourth gripping means; - releasing the second gripping means that are gripping the pouch; the method being characterized in that the steps of gripping the pouch by means of the fourth gripping means and releasing the second gripping means taking place after the step of gripping the pouch by means of the third gripping means and the step of releasing the first gripping means.
A bicycle trainer comprising: a frame assembly supporting an axle to which a bicycle with a rear wheel removed may be connected to operably connect the bicycle to the bicycle trainer; characterized by a flywheel assembly comprising a magnetic brake assembly (92, 102, 105) and a flywheel member including a flywheel axle, the flywheel assembly supported on the frame assembly, the magnetic brake assembly rotationally fixed and coupled with a tubular member coaxial with the flywheel axle, the flywheel member coupled with the axle such that the flywheel spins relative to the rotationally fixed magnetic brake assembly when a rider is pedaling a bicycle connected with the axle, and a processor in communication with the magnetic brake assembly to dynamically adjust the braking force by controlling current in the magnetic brake assembly. a frame assembly supporting an axle to which a bicycle with a rear wheel removed may be connected to operably connect the bicycle to the bicycle trainer; characterized by a flywheel assembly comprising a magnetic brake assembly (92, 102, 105) and a flywheel member including a flywheel axle, the flywheel assembly supported on the frame assembly, the magnetic brake assembly rotationally fixed and coupled with a tubular member coaxial with the flywheel axle, the flywheel member coupled with the axle such that the flywheel spins relative to the rotationally fixed magnetic brake assembly when a rider is pedaling a bicycle connected with the axle, and a processor in communication with the magnetic brake assembly to dynamically adjust the braking force by controlling current in the magnetic brake assembly.
High-pressure discharge lamp comprising a gas-tightly sealed discharge vessel, in which gas discharge electrodes (11, 12) and a discharge medium for creating a gas discharge are enclosed, wherein the discharge medium contains no mercury and comprises at least xenon and iodides of the metals sodium and scandium, and wherein the cold filling pressure of xenon ranges from 1.5 megapascals to 2.0 megapascals, characterized in that the distance between the gas discharge electrodes ranges from 2.0 mm to 3.0 mm.
A powered threader device comprising: a frame assembly; a selectively releasable chuck assembly adapted for retaining and rotating a workpiece about a workpiece central axis; a selectively positionable die assembly for forming threads in the workpiece, the die assembly disposed on the frame assembly, characterized in that the die assembly includes a manual ratcheting threader die head using fixed chasers; and the threader device further comprises a brushless DC electric motor supported by the frame assembly, the motor providing a powered rotary output in engagement with the chuck assembly to thereby selectively rotate the workpiece. a frame assembly; a selectively releasable chuck assembly adapted for retaining and rotating a workpiece about a workpiece central axis; a selectively positionable die assembly for forming threads in the workpiece, the die assembly disposed on the frame assembly, characterized in that the die assembly includes a manual ratcheting threader die head using fixed chasers; and the threader device further comprises a brushless DC electric motor supported by the frame assembly, the motor providing a powered rotary output in engagement with the chuck assembly to thereby selectively rotate the workpiece.
A negative electrode for a lithium secondary battery, the negative electrode comprising a negative electrode collector and a negative electrode active material layer formed on the negative electrode collector, wherein the negative electrode active material layer comprises: a negative electrode active material which includes a SiO x composite containing Mg, wherein 0<x<2; a line-type conductive agent as a first conductive agent; and at least one of a point-type conductive agent and a flaky graphite-based conductive agent, as a second conductive agent, wherein an amount of the first conductive agent is in a range of 0.5 wt% to 1.7 wt% based on a total weight of the negative electrode active material layer, and a product of an amount in wt% and a BET specific surface area in m 2 /g of the second conductive agent has a value of 100 or less, wherein the line-type conductive agent comprises at least one selected from carbon nanotubes (CNTs) and carbon nanofibers, and wherein the point-type conductive agent comprises at least one carbon black selected from the group consisting of acetylene black, Ketjen black, channel black, furnace black, lamp black, and thermal black. a negative electrode active material which includes a SiO x composite containing Mg, wherein 0<x<2; a line-type conductive agent as a first conductive agent; and at least one of a point-type conductive agent and a flaky graphite-based conductive agent, as a second conductive agent, wherein an amount of the first conductive agent is in a range of 0.5 wt% to 1.7 wt% based on a total weight of the negative electrode active material layer, and a product of an amount in wt% and a BET specific surface area in m 2 /g of the second conductive agent has a value of 100 or less, wherein the line-type conductive agent comprises at least one selected from carbon nanotubes (CNTs) and carbon nanofibers, and wherein the point-type conductive agent comprises at least one carbon black selected from the group consisting of acetylene black, Ketjen black, channel black, furnace black, lamp black, and thermal black.