mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing beverage crates from plastic with the appearance of a beverage crate of a different material than plastic, wherein: • an injection mold is provided for injection molding the beverage crate that is of such a kind that it provides the entire surface of the outer sides of the side walls (3 to 6) of the beverage crates with a characteristic surface structure of the material, the appearance of which the beverage crates are supposed to have, • films are introduced into the injection mold that have a photo realistic picture of the material with the same characteristic surface structure, wherein the films with the picture are oriented in a precise fit on the corresponding surface structures of the injection mold, and • the beverage crate is produced in the injection mold by back-molding the films, wherein the surface structures are generated to fit the picture, and a bonding of the material of a main body of the beverage crate to the films is simultaneously achieved. • an injection mold is provided for injection molding the beverage crate that is of such a kind that it provides the entire surface of the outer sides of the side walls (3 to 6) of the beverage crates with a characteristic surface structure of the material, the appearance of which the beverage crates are supposed to have, • films are introduced into the injection mold that have a photo realistic picture of the material with the same characteristic surface structure, wherein the films with the picture are oriented in a precise fit on the corresponding surface structures of the injection mold, and • the beverage crate is produced in the injection mold by back-molding the films, wherein the surface structures are generated to fit the picture, and a bonding of the material of a main body of the beverage crate to the films is simultaneously achieved.
A resonator comprising: a body, the body having a planar surface; an aperture through the body, the aperture configured to receive a tube configured for a fluid to be tested; a gap that extends into the body from the planar surface to the aperture; and at least one cut through the body from the planar surface towards the aperture, wherein the at least one cut extends across the gap. a body, the body having a planar surface; an aperture through the body, the aperture configured to receive a tube configured for a fluid to be tested; a gap that extends into the body from the planar surface to the aperture; and at least one cut through the body from the planar surface towards the aperture, wherein the at least one cut extends across the gap.
An assembly for a turbine engine, comprising a combustor wall (76,78), a shell (86,88) and a heat shield (82,84): the combustor wall (76, 78) including an aperture body between the shell (86, 88) and the heat shield (82, 84), wherein the aperture body is attached to the heat shield (82, 84) and at least partially forms a cavity and an aperture (72, 74) that extends through the combustor wall (76, 78); an inlet passage extending in the combustor wall (76, 78) to the cavity, wherein the inlet passage is one of a plurality of inlet passages that extend in the combustor wall (76,78) to the cavity; and an outlet passage extending in the combustor wall (76, 78) from the cavity to the aperture (72, 74); characterized in that the combustor wall (76, 78) is configured to direct air through the inlet passage to impinge against a surface of the heat shield (82, 84) forming a side of the cavity. the combustor wall (76, 78) including an aperture body between the shell (86, 88) and the heat shield (82, 84), wherein the aperture body is attached to the heat shield (82, 84) and at least partially forms a cavity and an aperture (72, 74) that extends through the combustor wall (76, 78); an inlet passage extending in the combustor wall (76, 78) to the cavity, wherein the inlet passage is one of a plurality of inlet passages that extend in the combustor wall (76,78) to the cavity; and an outlet passage extending in the combustor wall (76, 78) from the cavity to the aperture (72, 74); characterized in that the combustor wall (76, 78) is configured to direct air through the inlet passage to impinge against a surface of the heat shield (82, 84) forming a side of the cavity.
A method for characterizing bioparticles in a sample, the method comprising - introducing the sample to a substrate having a surface comprising a plurality of binding sites and allowing the bioparticles to bind thereon, - determining, for at least one substrate temperature, data representative for the interface thermal resistance of the surface of the substrate as a function of time, for a time sufficiently long to include a detachment process of the bioparticles from the binding sites, characterised in that the method further comprises - deriving, for the at least one substrate temperature, a bioparticle retention time and/or detachment rate from the data representative for the interface thermal resistance. - introducing the sample to a substrate having a surface comprising a plurality of binding sites and allowing the bioparticles to bind thereon, - determining, for at least one substrate temperature, data representative for the interface thermal resistance of the surface of the substrate as a function of time, for a time sufficiently long to include a detachment process of the bioparticles from the binding sites, characterised in that the method further comprises - deriving, for the at least one substrate temperature, a bioparticle retention time and/or detachment rate from the data representative for the interface thermal resistance.
A household appliance configured to perform a useful cycle of operation on an item, wherein the household appliance comprises a treating chamber for accommodating the item during the performance of the useful cycle, and a body enclosing the treating chamber, wherein the body comprises a front side, an underside, a first delimiting surface and a second delimiting surface, wherein the first and second delimiting surfaces (13, 15) forms a recess between the underside and the front side, wherein the first delimiting surface extends in a first plane which is essentially parallel to the underside of the body such that the angle between the first plane and a horizontal plane, when the household appliance is positioned in the upright use position, is within the range of 0-25 degrees, and wherein the household appliance further comprises a communication module configured to wirelessly transmit and/or receive data to and from a remote communication unit, characterized in that the communication module is arranged at the first delimiting surface.
A device for analyzing the movement of at least one moving element, provided, for at least one moving element, with first means for determining the orientation of a moving coordinate frame (Rm) connected in motion to the moving element with respect to a reference coordinate frame (Rr), the device further comprising second means for determining at least one series of facets (F1, F2,..., F10) of all or part of a polyhedron, including at least one intersection point between said polyhedron and at least one respective direction of an orientated axis (x, y, z) of the moving coordinate frame (Rm) connected in motion to the moving element and to said polyhedron, said series of facets of all or part of the polyhedron being free of occlusion with respect to at least one point of the moving coordinate frame (Rm), and the device being characterized in that it comprises means of storing a series of pairs, each pair indicating the index of a facet (F1, F2,..., F10) intercepted by said axis and the period of time over which this facet (F1, F2,..., F10) has been intercepted by said axis.
A mouthwash comprising a whitening agent in an amount effective to whiten the teeth, wherein the whitening agent is at least one peroxy compound, optionally together with one or more additional whitening agents, and a combination of a first acid and a second acid, wherein the second acid is selected from the group consisting of chloric acid, hydrochloric acid, nitric acid, phosphoric acid, sulfuric acid, and sulfurous acid; wherein the whitening agent is hydrogen peroxide and is present in an amount of from 0.01 - 5%, the first acid has a pK a of 4-5 and the second acid has a first pK a 1.5-2.5 and a second pK a of 6.5 - 7.5; the first acid comprises citric acid and the second acid comprises phosphoric acid; the citric acid and phosphoric acid are present in a ratio of 1:1 to 1:10; the amount of phosphoric acid is from 0.01-1.5%; the amount of citric acid is from 0.01-0.5%; and further comprising a polymer selected from polycarboxylate polymers and polyvinyl methyl ether/maleic anhydride (PVME/MA) copolymers.
A system comprising: a battery pack having multiple lithium ion cells connected in series; a charger adapted to charge the battery pack; characterized in that the system further comprises: a controller configured to: monitor a voltage of the battery pack as a whole during charging of the battery pack; calculate a rate of change of the voltage of the battery pack with respect to a state of charge of the battery pack, dV/dSOC, based on the monitored voltage, without calculating dV/dSOC on a cell-by-cell basis; compare a magnitude of the calculated rate dV/dSOC with a predetermined rate dV/dSOC associated with the battery pack; and terminate charging of the battery pack based on the result of the comparison. a battery pack having multiple lithium ion cells connected in series; a charger adapted to charge the battery pack; characterized in that the system further comprises: a controller configured to: monitor a voltage of the battery pack as a whole during charging of the battery pack; calculate a rate of change of the voltage of the battery pack with respect to a state of charge of the battery pack, dV/dSOC, based on the monitored voltage, without calculating dV/dSOC on a cell-by-cell basis; compare a magnitude of the calculated rate dV/dSOC with a predetermined rate dV/dSOC associated with the battery pack; and terminate charging of the battery pack based on the result of the comparison. monitor a voltage of the battery pack as a whole during charging of the battery pack; calculate a rate of change of the voltage of the battery pack with respect to a state of charge of the battery pack, dV/dSOC, based on the monitored voltage, without calculating dV/dSOC on a cell-by-cell basis; compare a magnitude of the calculated rate dV/dSOC with a predetermined rate dV/dSOC associated with the battery pack; and terminate charging of the battery pack based on the result of the comparison.
A method for operating a receiving device (210, 310, 710, 810), the method comprising: receiving, by the receiving device, a first protocol data unit, PDU, of a first burst transmission, the first PDU including a first transmission identifier, T_ID, associated with the first burst transmission, and the first PDU further including a final PDU indication indicating that the first PDU is a final PDU of the first burst transmission; and releasing (635, 346), by the receiving device, a first radio link control, RLC, resource associated with the first T_ID when the first RLC resource associated with the first T_ID exists; receiving, by the receiving device, a second PDU of a second burst transmission, the second PDU including a second T_ID associated with the second burst transmission; establishing, by the receiving device, a second RLC resource associated with the second T_ID when the second T_ID is a new T_ID; and indicating, by the receiving device, an error condition when the second T_ID is an old T_ID and when the second T_ID does not have an associated RLC resource. receiving, by the receiving device, a first protocol data unit, PDU, of a first burst transmission, the first PDU including a first transmission identifier, T_ID, associated with the first burst transmission, and the first PDU further including a final PDU indication indicating that the first PDU is a final PDU of the first burst transmission; and releasing (635, 346), by the receiving device, a first radio link control, RLC, resource associated with the first T_ID when the first RLC resource associated with the first T_ID exists; receiving, by the receiving device, a second PDU of a second burst transmission, the second PDU including a second T_ID associated with the second burst transmission; establishing, by the receiving device, a second RLC resource associated with the second T_ID when the second T_ID is a new T_ID; and indicating, by the receiving device, an error condition when the second T_ID is an old T_ID and when the second T_ID does not have an associated RLC resource.
A folding knife having a handle with opposed first and second halves (14, 16) held in a spaced apart relationship with a blade receiving groove therebetween, and a blade pivotally connected to the handle between the handles halves with a pivot shaft extending through a bore in the blade so the blade is movable about the pivot shaft between a closed position and an open position, characterised in that the knife comprises: a sleeve extending through and rotatable in said bore; a spring around the pivot shaft and retained in said sleeve, said spring having a first leg fixed to a handle half and a second leg extending through a notch in said sleeve so that said second leg engages said blade; a sleeve stop movable between a first position in which said sleeve stop prevents rotation of said sleeve and a second position in which said sleeve may be rotated; a trigger movable between first and second positions, said trigger operable to move the sleeve stop between its first and second positions. a sleeve extending through and rotatable in said bore; a spring around the pivot shaft and retained in said sleeve, said spring having a first leg fixed to a handle half and a second leg extending through a notch in said sleeve so that said second leg engages said blade; a sleeve stop movable between a first position in which said sleeve stop prevents rotation of said sleeve and a second position in which said sleeve may be rotated; a trigger movable between first and second positions, said trigger operable to move the sleeve stop between its first and second positions.
A battery separator which is a laminated polyolefin microporous membrane, comprising: a polyolefin microporous membrane; and a modifying porous layer comprising a water-soluble resin or water-dispersible resin, and fine particles, the modifying porous layer being laminated on at least one surface of the polyolefin microporous membrane, wherein the polyolefin microporous membrane comprises a polyethylene resin and has (a) a shutdown temperature (a temperature at which an air resistance measured while heating the polyolefin microporous membrane at a temperature rise rate of 5°C/min reaches 1 × 10 5 sec/100 cc) of 135°C or lower, (b) a rate of air resistance change (a gradient of a curve representing dependency of the air resistance on temperature at an air resistance of 1 × 10 4 sec/100 cc) of 1 × 10 4 sec/100 cc/°C or more, (c) a transverse shrinkage rate at 130°C (measured by thermomechanical analysis under a load of 2 gf at a temperature rise rate of 5°C/min) of 20% or less, and (d) a thickness of 16 μm or less, the shutdown temperature difference between the polyolefin microporous membrane and the laminated polyolefin microporous membrane being 4.0°C or less. a polyolefin microporous membrane; and a modifying porous layer comprising a water-soluble resin or water-dispersible resin, and fine particles, the modifying porous layer being laminated on at least one surface of the polyolefin microporous membrane, wherein the polyolefin microporous membrane comprises a polyethylene resin and has (a) a shutdown temperature (a temperature at which an air resistance measured while heating the polyolefin microporous membrane at a temperature rise rate of 5°C/min reaches 1 × 10 5 sec/100 cc) of 135°C or lower, (b) a rate of air resistance change (a gradient of a curve representing dependency of the air resistance on temperature at an air resistance of 1 × 10 4 sec/100 cc) of 1 × 10 4 sec/100 cc/°C or more, (c) a transverse shrinkage rate at 130°C (measured by thermomechanical analysis under a load of 2 gf at a temperature rise rate of 5°C/min) of 20% or less, and (d) a thickness of 16 μm or less, the shutdown temperature difference between the polyolefin microporous membrane and the laminated polyolefin microporous membrane being 4.0°C or less.
A polymer composite material, comprising: a polyol; and a phase change cross-linking polymer, wherein the phase change cross-linking polymer has at least one ionic group, the least one ionic group and a hydroxyl group of the polyol are combined by a hydrogen bond, the polyol is encapsulated and dispersed within the phase change cross-linking polymer, a weight percentage of the polyol is 20-60%, and a weight percentage of the phase change cross-linking polymer is 40-80%. a polyol; and a phase change cross-linking polymer, wherein the phase change cross-linking polymer has at least one ionic group, the least one ionic group and a hydroxyl group of the polyol are combined by a hydrogen bond, the polyol is encapsulated and dispersed within the phase change cross-linking polymer, a weight percentage of the polyol is 20-60%, and a weight percentage of the phase change cross-linking polymer is 40-80%.
Meat grinder having a housing, at least one conveying device for conveying material to be ground from an inlet opening to an outlet opening, and at least one cutting-unit part which is arranged in the housing, wherein at least one transponder is arranged in or on the at least one cutting-unit part, and at least one communication device for communicating with the transponder is arranged in or on the housing, in such a way that an exchange of data between the communication device and the transponder is made possible, wherein the transponder is arranged within the cutting-unit part, characterized in that the communication device is arranged within the housing.
A data transmission control method, comprising: receiving, by a first access network device, first delay information from a first core network device through a fourth message in a switching procedure of an access network device to which a terminal device accesses, wherein the first delay information represents a delay in transmitting data on a first path, and the first path is a user plane data path between a second core network device and the first access network device; and determining, by the first access network device, second delay information according to third delay information and the first delay information, wherein the third delay information represents a delay in transmitting, via the first access network device, data between the second core network device and the terminal device, and the second delay information represents a delay in transmitting data between the first access network device and the terminal device; characterized in that the method further comprises: determining, by the first access network device, a scheduling policy according to the second delay information, and sending the scheduling policy to the terminal device, wherein the scheduling policy is used to enable the terminal device to transmit uplink data and/or downlink data at a specific time point and/or time interval, wherein the time point is defined based on a subframe symbol of a specific radio frame. determining, by the first access network device, second delay information according to third delay information and the first delay information, wherein the third delay information represents a delay in transmitting, via the first access network device, data between the second core network device and the terminal device, and the second delay information represents a delay in transmitting data between the first access network device and the terminal device; characterized in that the method further comprises: determining, by the first access network device, a scheduling policy according to the second delay information, and sending the scheduling policy to the terminal device, wherein the scheduling policy is used to enable the terminal device to transmit uplink data and/or downlink data at a specific time point and/or time interval, wherein the time point is defined based on a subframe symbol of a specific radio frame. determining, by the first access network device, a scheduling policy according to the second delay information, and sending the scheduling policy to the terminal device, wherein the scheduling policy is used to enable the terminal device to transmit uplink data and/or downlink data at a specific time point and/or time interval, wherein the time point is defined based on a subframe symbol of a specific radio frame.
A hybrid drive module for a motor vehicle, having at least one clutch and having at least one electric machine, wherein the clutch has an outer disc carrier and an inner disc carrier, wherein outer discs are arranged on the outer disc carrier and inner discs are arranged on the inner disc carrier, wherein the outer disc carrier can be connected and/or is connected operatively to the rotor of the electric machine and a transmission input shaft, wherein the inner disc carrier can be connected and/or is connected operatively to an internal combustion engine, and wherein a dual-mass flywheel and a centrifugal force pendulum are arranged spatially separated from one another, characterized in that the centrifugal force pendulum is connected operatively to the inner disc carrier.
Breast support provided with a band having an elongate shape which, when the breast support is in a condition worn by a user, encircles the chest of the user in correspondence of a front side of the breast support that corresponds to the zone of the breasts, the band being an open band, meaning that it is not closed on itself in a circular form, but it is an element with an elongate shape which is provided with a first end and with a second end opposite to each other with respect to the elongate shape of the band, the band being provided with a fastening of the tear-away type with male-female coupling for reciprocal connection of a first end and second end with the formation of an essentially circular shape, the fastening being placed on the front side of the band in a position corresponding to the position of the breasts of the user of the breast support when the breast support is in a worn condition, the term front referring to a position corresponding to the position of the breasts of the user of the breast support when the breast support is in a condition worn by the user, in which the breast support comprises at least one cushion of separation between the breasts which is applicable to the band by means of a fixing system in an application zone which, when the breast support is in a condition worn by the user, is in an intermediate position between the breasts of the user in such a way that the cushion is an element of separation between the breasts characterized in that the band comprises: - at least one elastic element (2, 12) which is placed along an edge (18, 19) of the band, the at least one elastic element extending for at least one part of the length of the band; and - at least one pair of sticks (3, 13) placed essentially transversely with respect to the elongate shape of the band, of which a first stick and a second stick which, when the breast support is in a condition worn by the user, are placed laterally outside with respect to the breasts. - at least one elastic element (2, 12) which is placed along an edge (18, 19) of the band, the at least one elastic element extending for at least one part of the length of the band; and - at least one pair of sticks (3, 13) placed essentially transversely with respect to the elongate shape of the band, of which a first stick and a second stick which, when the breast support is in a condition worn by the user, are placed laterally outside with respect to the breasts.