mhurhangee/ep-ind-claims huggingface dataset:
A thermoplastic molding composition comprising, based on the thermoplastic molding composition, a) as component A, at least one thermoplastic matrix polymer selected from polyamides and polyesters, where this can also take the form of polymer blend, b) as component B, from 0.1 to 5% by weight of at least one highly branched or hyperbranched polymer which has functional groups which can react with the matrix polymer of component A, and c) as component C, from 0.1 to 15% by weight of conductive carbon fillers selected from carbon nanotubes, graphenes, and mixtures thereof, where the thermoplastic molding composition comprises no amorphous oxides or oxide hydrates of at least one metal or semimetal where the number-average diameter of the primary particles is from 0.5 to 20 nm, with the exclusion of molding compositions which comprise a semiaromatic polyamide and a copolymer made of ethylene, 1-octene, or 1-butene, or propylene, or a mixture of these, and also of functional monomers in which the functional group has been selected from carboxylic acid, carboxylic anhydride groups, carboxylic ester groups, carboxamide groups, carboximide groups, amino groups, hydroxy groups, epoxy groups, urethane groups, and oxazoline groups, wherein component A is a polyamide and component B is a highly branched or hyperbranched polyethyleneimine, or component A is a polyester and component B is a highly branched or hyperbranched polycarbonate or a highly branched or hyperbranched polyester. a) as component A, at least one thermoplastic matrix polymer selected from polyamides and polyesters, where this can also take the form of polymer blend, b) as component B, from 0.1 to 5% by weight of at least one highly branched or hyperbranched polymer which has functional groups which can react with the matrix polymer of component A, and c) as component C, from 0.1 to 15% by weight of conductive carbon fillers selected from carbon nanotubes, graphenes, and mixtures thereof, where the thermoplastic molding composition comprises no amorphous oxides or oxide hydrates of at least one metal or semimetal where the number-average diameter of the primary particles is from 0.5 to 20 nm, with the exclusion of molding compositions which comprise a semiaromatic polyamide and a copolymer made of ethylene, 1-octene, or 1-butene, or propylene, or a mixture of these, and also of functional monomers in which the functional group has been selected from carboxylic acid, carboxylic anhydride groups, carboxylic ester groups, carboxamide groups, carboximide groups, amino groups, hydroxy groups, epoxy groups, urethane groups, and oxazoline groups, wherein component A is a polyamide and component B is a highly branched or hyperbranched polyethyleneimine, or component A is a polyester and component B is a highly branched or hyperbranched polycarbonate or a highly branched or hyperbranched polyester.
A process for preparing a multielement oxide composition which comprises the element iron and at least one elemental constituent other than oxygen in oxidic form, in which sources of the elemental constituents of the multielement oxide compositions are used to obtain a dry mixture comprising the elemental constituents as a precursor composition, and the precursor composition, as such or shaped to a shaped body, is treated thermally at elevated temperature, the source used for the elemental constituent of iron being an aqueous solution of iron nitrate, wherein the preparation of the aqueous iron nitrate solution comprises the melting of a hydrate of iron nitrate which is in the solid state at a temperature of 25°C and a pressure of 1 bar.
A mobile communications system, comprising: a first base station to service a first set of connections from a first set of mobile communications devices to a core network; a set of neighboring base stations in communication with the first base station; and characterized in that: the first base station prioritizes the first set of connections according to first predetermined criteria, and prioritizes the set of neighboring base stations according to second predetermined criteria; and in response to a backhaul congestion between the first base station and the core network exceeding a first predetermined threshold level, the first base station hands off at least one of the prioritized connections to a base station in the set of neighboring base stations until the backhaul congestion is below a predetermined second threshold level. a first base station to service a first set of connections from a first set of mobile communications devices to a core network; a set of neighboring base stations in communication with the first base station; and characterized in that: the first base station prioritizes the first set of connections according to first predetermined criteria, and prioritizes the set of neighboring base stations according to second predetermined criteria; and in response to a backhaul congestion between the first base station and the core network exceeding a first predetermined threshold level, the first base station hands off at least one of the prioritized connections to a base station in the set of neighboring base stations until the backhaul congestion is below a predetermined second threshold level. the first base station prioritizes the first set of connections according to first predetermined criteria, and prioritizes the set of neighboring base stations according to second predetermined criteria; and in response to a backhaul congestion between the first base station and the core network exceeding a first predetermined threshold level, the first base station hands off at least one of the prioritized connections to a base station in the set of neighboring base stations until the backhaul congestion is below a predetermined second threshold level.
Use of a composition comprising a mixture of galacturonic acid oligomers esterified with a soluble salt of transition metal selected from Zn, Mn, Fe, Mo, Co and mixtures thereof,as an active ingredient, wherein the number of galacturonic acid units ranges between 1 and 10, as an agrochemical.
Process for the production of dimensionally stable food products comprising the steps of - continuously introducing all food raw materials and water into the housing of an extruder in which at least one screw is arranged, - rotating the at least one screw in the housing to produce a mixture of the food raw materials in the housing, - temperature controlling the housing in at least one section upstream of the outlet of the housing to heat the mixture to at least 60°C to a maximum of 110°C to produce a cooked mass from the mixture, - discharging the cooked mass from the outlet of the extruder housing, - depositing the cooked mass on a carrier which can be moved in a controlled manner relative to the outlet, in directly adjacent paths to form mass strips which lie one above the other in at least two planes, in order to produce dimensionally stable food products on the carrier, wherein a temperature-controlled line is connected to the outlet of the extruder housing, which line is temperature-controlled in order to keep the cooked mass at the temperature which the mass has when it is discharged from the extruder housing, wherein between the outlet of the extruder housing and the temperature-controlled line a pump is connected, which is controlled to convey only during the depositing of cooked mass on the carrier and during a relative movement of the carrier to the outlet between areas of the carrier, the at least one screw of the extruder is driven at a lower number of revolutions when the pump is not conveying mass than the number of revolutions at which the at least one screw is driven when the pump is conveying mass. - continuously introducing all food raw materials and water into the housing of an extruder in which at least one screw is arranged, - rotating the at least one screw in the housing to produce a mixture of the food raw materials in the housing, - temperature controlling the housing in at least one section upstream of the outlet of the housing to heat the mixture to at least 60°C to a maximum of 110°C to produce a cooked mass from the mixture, - discharging the cooked mass from the outlet of the extruder housing, - depositing the cooked mass on a carrier which can be moved in a controlled manner relative to the outlet, in directly adjacent paths to form mass strips which lie one above the other in at least two planes, in order to produce dimensionally stable food products on the carrier, wherein a temperature-controlled line is connected to the outlet of the extruder housing, which line is temperature-controlled in order to keep the cooked mass at the temperature which the mass has when it is discharged from the extruder housing, wherein between the outlet of the extruder housing and the temperature-controlled line a pump is connected, which is controlled to convey only during the depositing of cooked mass on the carrier and during a relative movement of the carrier to the outlet between areas of the carrier, the at least one screw of the extruder is driven at a lower number of revolutions when the pump is not conveying mass than the number of revolutions at which the at least one screw is driven when the pump is conveying mass.
A method performed by a network node (102, 104) in a radio access network, the method comprising: sending a message from a first portion of the network node to a second portion of the network node for configuring a time difference, wherein the message includes an indicator in the message defining the time difference in the network node between an absolute time reference in the network node and a system frame offset for a served cell of the network node, wherein the first portion of the network node is a distributed unit of the network node; and wherein the second portion of the network node is a central unit of the network node; and receiving an acknowledgement message from the second portion of the network node acknowledging that the second portion of the network node included the time difference in cell configuration data for the served cell. sending a message from a first portion of the network node to a second portion of the network node for configuring a time difference, wherein the message includes an indicator in the message defining the time difference in the network node between an absolute time reference in the network node and a system frame offset for a served cell of the network node, wherein the first portion of the network node is a distributed unit of the network node; and wherein the second portion of the network node is a central unit of the network node; and receiving an acknowledgement message from the second portion of the network node acknowledging that the second portion of the network node included the time difference in cell configuration data for the served cell.
A gear for a fitting arrangement of a window, of a door or the like, comprising a nut element which is adjustable about an axis of rotation and which is configured to adjust a fitting element, in particular a connecting rod, of the fitting arrangement, wherein the nut element comprises a securing element movable relative to the axis of rotation between a radial release position and a radial blocked position; wherein the gear is adapted such that the securing element is urged into the release position on an adjustment movement starting from the nut element and is urged into the blocked position on an adjustment movement starting from the fitting element; and wherein the gear further comprises an abutment which is arranged within a movement path of the securing element corresponding to the blocked position and which is arranged outside a movement path of the securing element corresponding to the release position in order to prevent an adjustment of the fitting element on the presence of the blocked position, characterized in that the nut element comprises an adjustable entrainer and an adjustment element which is adjustable with respect to the entrainer and which is configured to adjust the fitting element, wherein the securing element is configured as a coupling element via which the entrainer and the adjustment element can be coupled to one another in a drive-effective manner, wherein the coupling element is movably arranged with respect to the entrainer and with respect to the adjustment element in such a manner - that the coupling element is urged into the release position on an adjustment of the entrainer with respect to the adjustment element; - that the coupling element is urged into the blocked position on an adjustment of the adjustment element with respect to the entrainer; and - that the coupling element is adjusted together with the entrainer and the adjustment element on a respective further adjustment of the entrainer or of the adjustment element, wherein the entrainer has an entrainer receiver and the adjustment element has an adjustment element receiver, with the entrainer receiver and the adjustment element receiver together forming a coupling receiver in which the coupling element is received. - that the coupling element is urged into the release position on an adjustment of the entrainer with respect to the adjustment element; - that the coupling element is urged into the blocked position on an adjustment of the adjustment element with respect to the entrainer; and - that the coupling element is adjusted together with the entrainer and the adjustment element on a respective further adjustment of the entrainer or of the adjustment element,
Rail vehicle, comprising a sand removal device having at least one air conducting device (2, 7) for the production of an air flow, which comprises fastening means for arranging the air conducting device (2, 7) on the rail vehicle, wherein the air conducting device is embodied as an air baffle, characterised in that the at least one air conducting device (2, 7) is embodied such that the air flow produced by the movement of the rail vehicle is conducted to a position directly in front of the wheels of a leading axle of the rail vehicle in the direction of travel, and wherein the air flow produced has a horizontal speed component normal to the direction of movement of the rail vehicle, wherein the air baffle is arranged at an angle to the longitudinal axis of the rail vehicle.
Method of determining print defects by means of a computer in a printing operation carried out in an inkjet printing machine to process a print job, wherein printed products created during the printing operation are recorded and digitized by means of a camera system, the camera image generated in this way is fed to a detection algorithm on the computer, and, when print defects are detected, a message is sent to a machine control unit, which then potentially removes the printed product via a waste deflector, characterized in that the detection algorithm separates colour separations of the camera images, detects the print defects in the colour separations, links images of the individual color separations to a candidate image, filters the candidate image, wherein the candidate image is filtered to ensure that only print defects that lead to unusable prints are detected, and subsequently the remaining detected print defects are entered into a list which is then sent to the machine control unit of the printing machine.
An aerosol generating system comprising: a holder that includes a terminal end, a cigarette insertion hole formed at the terminal end, and a terminal, and that is configured to generate an aerosol by heating an aerosol generating material included in a cigarette to be inserted into the cigarette insertion hole; and a cradle including an inner space into which the holder is inserted, and wherein at least one of the holder and the cradle includes at least one attaching member (181, 271, 272) to increase attachment strength between the holder and the cradle by using a magnetic force, the cradle includes a terminal for supplying power to the holder inserted into the inner space of the cradle, the inner space is formed on one side of the cradle so that when the holder is inserted into the inner space of the cradle, the holder is capable of tilting between a first position where the cigarette insertion hole is completely concealed by the cradle and a second position where the cigarette insertion hole of the holder is completely exposed from the cradle, and even when the holder is tilted such that the terminal end of the holder is exposed to an outside, the terminal of the holder and the terminal of the cradle are coupled with each other. a holder that includes a terminal end, a cigarette insertion hole formed at the terminal end, and a terminal, and that is configured to generate an aerosol by heating an aerosol generating material included in a cigarette to be inserted into the cigarette insertion hole; and a cradle including an inner space into which the holder is inserted, and wherein at least one of the holder and the cradle includes at least one attaching member (181, 271, 272) to increase attachment strength between the holder and the cradle by using a magnetic force, the cradle includes a terminal for supplying power to the holder inserted into the inner space of the cradle, the inner space is formed on one side of the cradle so that when the holder is inserted into the inner space of the cradle, the holder is capable of tilting between a first position where the cigarette insertion hole is completely concealed by the cradle and a second position where the cigarette insertion hole of the holder is completely exposed from the cradle, and even when the holder is tilted such that the terminal end of the holder is exposed to an outside, the terminal of the holder and the terminal of the cradle are coupled with each other.
A braking structure for a turning body turnably combined relative to a base, comprising: a rotation damper including a stationary-side portion and a movable-side portion, and structured to act a braking force on a rotation of the movable-side portion; an engagement device rotatably engaging the movable-side portion of the rotation damper with the base at a rotation center thereof; a first fixing device fixing the movable-side portion relative to the turning body; and a second fixing device fixing the stationary-side portion of the rotation damper relative to the base, wherein the engagement device includes an axis protrusion provided on one side of either the movable-side portion or the base; and a receiving portion provided on the other side of either the movable-side portion or the base, characterised by the receiving portion further receiving the axis protrusion from a direction perpendicular to a rotation axis of the rotation, and whereby an inserting path of the axis protrusion continuing to the receiving portion is expandable in the direction perpendicular to the rotation axis by an elastic deformation when the receiving portion receives the axis protrusion. a rotation damper including a stationary-side portion and a movable-side portion, and structured to act a braking force on a rotation of the movable-side portion; an engagement device rotatably engaging the movable-side portion of the rotation damper with the base at a rotation center thereof; a first fixing device fixing the movable-side portion relative to the turning body; and a second fixing device fixing the stationary-side portion of the rotation damper relative to the base, wherein the engagement device includes an axis protrusion provided on one side of either the movable-side portion or the base; and a receiving portion provided on the other side of either the movable-side portion or the base, characterised by the receiving portion further receiving the axis protrusion from a direction perpendicular to a rotation axis of the rotation, and whereby an inserting path of the axis protrusion continuing to the receiving portion is expandable in the direction perpendicular to the rotation axis by an elastic deformation when the receiving portion receives the axis protrusion.
A baffle for an animal feeding device, comprising: an upwardly facing surface having a first and a second opening and; an upwardly extending wall; and at least one projection extending in a direction opposite the upwardly extending wall; the baffle configured to be disposed in an animal feeding device to enable food to pass through the first opening and the second opening, and support at least a portion of food in the animal feeder on the upwardly facing surface wherein the first opening is offset from the baffle center and is adjacent the outer circumference of the baffle and the upwardly extending wall, wherein the second opening is offset from the center of the baffle and the center and of the first and second openings and are set such that a line extends through the center of the baffle and each of the centers and of the openings and, wherein the upwardly facing surface is concaved, such that when the baffle is inserted into the animal feeder, opposite ends (30, 32) of the baffle extend in a slightly downward direction relative to a center of the baffle. an upwardly facing surface having a first and a second opening and; an upwardly extending wall; and at least one projection extending in a direction opposite the upwardly extending wall; the baffle configured to be disposed in an animal feeding device to enable food to pass through the first opening and the second opening, and support at least a portion of food in the animal feeder on the upwardly facing surface wherein the first opening is offset from the baffle center and is adjacent the outer circumference of the baffle and the upwardly extending wall, wherein the second opening is offset from the center of the baffle and the center and of the first and second openings and are set such that a line extends through the center of the baffle and each of the centers and of the openings and, wherein the upwardly facing surface is concaved, such that when the baffle is inserted into the animal feeder, opposite ends (30, 32) of the baffle extend in a slightly downward direction relative to a center of the baffle.
Container, in particular a bottle blown from a preform, for pourable cleaners and detergents, comprising • a threadless circular container opening, on the outwardly facing distal end of which a cylindrical retaining ring is integrally formed, and whose outer diameter (Dh) is greater than the outer diameter (Db) of the container opening, so that the container opening is inwardly recessed, relative to the retaining ring, with respect to the center axis of the container opening or of the retaining ring, • an essentially cylindrical pouring aid ∘ which has a spring detent element at least on one distal end, and ∘ which has means on its other distal end for detachably connecting the pouring aid to a closure cap, characterized in that the spring detent element and the retaining ring are configured in such a way that a fluid-tight connection which cannot be detached by a user is formed by snapping the pouring aid onto the retaining ring. • a threadless circular container opening, on the outwardly facing distal end of which a cylindrical retaining ring is integrally formed, and whose outer diameter (Dh) is greater than the outer diameter (Db) of the container opening, so that the container opening is inwardly recessed, relative to the retaining ring, with respect to the center axis of the container opening or of the retaining ring, • an essentially cylindrical pouring aid ∘ which has a spring detent element at least on one distal end, and ∘ which has means on its other distal end for detachably connecting the pouring aid to a closure cap, ∘ which has a spring detent element at least on one distal end, and ∘ which has means on its other distal end for detachably connecting the pouring aid to a closure cap,