mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling phase currents (i U_WR1, i V_WR1, i W_WR1, i U_WR2, i V_WR2, i W_WR2) of a number of three-phase inverters (WR1, WR2) connected in parallel, wherein - the phase currents (i U_WR1, i V_WR1, i W_WR1, i U_WR2, i V_WR2, i W_WR2) of each inverter (WR1, WR2) are controlled with a direct hysteresis current control, - wherein an actual current space vector for actual values of the phase currents (i U_WR1, i V_WR1, i W_WR1, i U_WR2, i V_WR2, i W_WR2) of the inverter (WR1, WR2) is held within a hysteresis window about a target current space vector, - the actual current space vector of a first inverter is formed from all three phase currents (i U_WR1, i V_WR1, i W_WR1) of the first inverter, - the actual current space vector of each further inverter is formed from exactly two phase currents (i U_WR2, i V_WR2, i W_WR2) of the inverter while assuming that all three phase currents (i U_WR2, i V_WR2, i W_WR2) of the inverter add up to zero, the selection of the two phase currents (i U_WR2, i V_WR2, i W_WR2) from which the actual - current space vector is formed being varied, - and that phase, the phase current (i U_WR2, i V_WR2, i W_WR2) of which is not used to form the actual current space vector, is not switched for each of the further inverters. - the phase currents (i U_WR1, i V_WR1, i W_WR1, i U_WR2, i V_WR2, i W_WR2) of each inverter (WR1, WR2) are controlled with a direct hysteresis current control, - wherein an actual current space vector for actual values of the phase currents (i U_WR1, i V_WR1, i W_WR1, i U_WR2, i V_WR2, i W_WR2) of the inverter (WR1, WR2) is held within a hysteresis window about a target current space vector, - the actual current space vector of a first inverter is formed from all three phase currents (i U_WR1, i V_WR1, i W_WR1) of the first inverter, - the actual current space vector of each further inverter is formed from exactly two phase currents (i U_WR2, i V_WR2, i W_WR2) of the inverter while assuming that all three phase currents (i U_WR2, i V_WR2, i W_WR2) of the inverter add up to zero, the selection of the two phase currents (i U_WR2, i V_WR2, i W_WR2) from which the actual - current space vector is formed being varied, - and that phase, the phase current (i U_WR2, i V_WR2, i W_WR2) of which is not used to form the actual current space vector, is not switched for each of the further inverters.
A downhole tool for measuring a diameter within a borehole, comprising: a mandrel having a first end and a second end with an axis defined therethrough, wherein a tapered surface is formed on an outside surface of the mandrel such that a first end of the tapered surface has a larger diameter than a second end of the tapered surface; and a collet disposed about the mandrel such that the collet is configured to move along the axis of the mandrel with respect to the mandrel in a direction from the first end of the mandrel to the second end of the mandrel. a mandrel having a first end and a second end with an axis defined therethrough, wherein a tapered surface is formed on an outside surface of the mandrel such that a first end of the tapered surface has a larger diameter than a second end of the tapered surface; and a collet disposed about the mandrel such that the collet is configured to move along the axis of the mandrel with respect to the mandrel in a direction from the first end of the mandrel to the second end of the mandrel.
Tool for at least embossing linear fold creases and for cutting foldable materials, such as paperboard, cardboards, fine cardboards, plastic films or corrugated paperboard, consisting of a flat, strip-shaped basic body, wherein the basic body has a head region in which at least one blunt embossing edge for producing a fold crease in the material is configured at a longitudinal edge, and wherein the basic body has a blade region having a foot region in which a back, which is intended for abutment in a tool carrier, is configured at a longitudinal edge which lies opposite the head region, wherein the head region of the basic body is configured to be wider than the blade region thereof, wherein two shoulders which have cutting, scoring and/or upsetting edges extending parallel to each other and between which the blunt embossing edge is located are arranged in the head region, wherein the basic body is configured at least in two parts, characterized in that the basic body in each case consists of two tool halves which are configured to be symmetrical with respect to each other and which each have a head region half and a blade region half.
An applicator device suitable for application of a cosmetic, in particular for a mascara applicator comprising a core from which application members radially extend in a ray-like manner, wherein the applicator device is manufactured by means of a one-or more-component injection molding method, wherein the core and the application members are made of a shapeless substance and the applicator device is integrally formed as a plastic part and at least part of the application members, in the longitudinal extension, are arranged in rows (R1, R2, R3) as seen along a longitudinal axis of the core and have a central axis, wherein the application members arranged in the ray-like manner are distributed in such a way that the central axes of the application members of each two rows of application members opposite each other across the core lie in a common plane and the central axes of the application members have at least one undulation with at least one change in curvature, which is monotonic from a first sign to the opposite sign, i.e. without discontinuities in the radius of curvature, and the center axis of an application member fully or essentially fully lies in a plane or defines a plane; and the application members are formed to be tapering from their feet to their free ends, wherein the undulations of the center axes of the application members of adjacent rows are opposed to each other; wherein convex regions of the curved application members of adjacent rows contact each other as seen from the side or have a distance that is at most smaller than a diameter of an eyelash to which mascara is to be applied.
A process for the production of crystalline carbon structure networks in a furnace carbon black reactor which contains a reaction zone and a termination zone, by injecting a water-in-oil or bicontinuous micro-emulsion (c) comprising carbon black feedstock oil and metal catalyst nanoparticles, into the reaction zone which is at a temperature of above 600 °C, preferably above 700 °C, more preferably above 900 °C, even more preferably above 1000 °C, more preferably above 1100 °C, preferably up to 3000 °C, more preferably up to 2500 °C, most preferably up to 2000 °C, to produce crystalline carbon structure networks (e), transferring these networks (e) to the termination zone, and quenching or stopping the formation of crystalline carbon structure networks in the termination zone by spraying in water (d).
A method, comprising: determining, by a head-end device via which traffic is routed in in a label switched network, that traffic sent via a first label switched path should be sent via a new label switched path; requesting, by the device, an interface binding label for each node in the new label switched path via a RECORD ROUTE object of a Resource Reservation Protocol, RSVP, PATH message; receiving, at the device, the interface binding label for each node in the new label switched path via an RSVP RESV message, wherein the interface binding label, including one or more preprogrammed Traffic Engineering Interface Binding Labels, TEIBLs, for each node in the new label switched path is recorded in a RECORD ROUTE object, RRO, of the RSVP RESV message to create a label stack for the new label switched path; sending, by the device, the traffic along the new label switched path using a label stack that indicates said one or more preprogrammed interface binding labels, TEIBLs, wherein the one or more interface binding labels are local labels that are each bound to a specific RSVP-Traffic Engineering, TE, interface of one or more corresponding nodes along the new label switched path, and a particular node along the new label switched path is configured to forward the traffic via a particular TE interface of the node based on a corresponding interface binding label; and switching, by the device, traffic from the first label switched path to the new label switched path. determining, by a head-end device via which traffic is routed in in a label switched network, that traffic sent via a first label switched path should be sent via a new label switched path; requesting, by the device, an interface binding label for each node in the new label switched path via a RECORD ROUTE object of a Resource Reservation Protocol, RSVP, PATH message; receiving, at the device, the interface binding label for each node in the new label switched path via an RSVP RESV message, wherein the interface binding label, including one or more preprogrammed Traffic Engineering Interface Binding Labels, TEIBLs, for each node in the new label switched path is recorded in a RECORD ROUTE object, RRO, of the RSVP RESV message to create a label stack for the new label switched path; sending, by the device, the traffic along the new label switched path using a label stack that indicates said one or more preprogrammed interface binding labels, TEIBLs, wherein the one or more interface binding labels are local labels that are each bound to a specific RSVP-Traffic Engineering, TE, interface of one or more corresponding nodes along the new label switched path, and a particular node along the new label switched path is configured to forward the traffic via a particular TE interface of the node based on a corresponding interface binding label; and switching, by the device, traffic from the first label switched path to the new label switched path.
A method performed by a second base station of assigning resources in an unlicensed spectrum for a mobile terminal (13:1) for which the second base station serves as a secondary cell base station, comprising: receiving a request for the unlicensed spectrum resources from a first base station serving as a primary cell base station for the mobile terminal (13:1); and prioritizing assignment of unlicensed spectrum resources to said mobile terminal (13:1) over resources requested by mobile terminals (13:4, 13:5, 13:6) for which said second base station serves as a primary cell base station by reducing the unlicensed spectrum resources assigned to one or more of the mobile terminals (13:4, 13:5, 13:6) for which the said second base station serves as primary cell base station. receiving a request for the unlicensed spectrum resources from a first base station serving as a primary cell base station for the mobile terminal (13:1); and prioritizing assignment of unlicensed spectrum resources to said mobile terminal (13:1) over resources requested by mobile terminals (13:4, 13:5, 13:6) for which said second base station serves as a primary cell base station by reducing the unlicensed spectrum resources assigned to one or more of the mobile terminals (13:4, 13:5, 13:6) for which the said second base station serves as primary cell base station.
Polyethylene composition having a density of 949 - 955 kg/m 3 and a melt index MI 2 between 15 and 40 g/10 min, which comprises a low molecular weight fraction and a high molecular weight fraction, wherein the weight fraction of is 52 - 58wt% based on the weight of +, and the melt index MI 2 of is 200 - 600 g/10 min.
Sports shoe intended to be mechanically connected to a sports device, comprising: - a one-piece shell made of a rigid material, and made up ∘ of a plate delimited by an upper surface and a lower surface, the upper surface being intended to cover the sole of the foot of the user, the plate comprising a front part extending, from the front end of the plate, over one quarter of the total length thereof, and a rear part extending, from the rear end of the plate, over half of the total length thereof, ∘ of a side wall and of a medial wall, each wall extending on the side of the upper surface of the plate, in the rear part of the plate, from, respectively, a lateral edge and medial edge of the plate, each wall (22, 23) being delimited by an internal surface (221, 231) and an external surface (222, 232), ∘ no wall extending from the side of the upper surface of the plate from an edge of the plate in the front part thereof, - an upper comprising a flexible panel intended to cover at least part of the top of the foot of the user, the flexible panel being attached to the shell, characterized in that the flexible panel covers a peripheral band of the underside surface of the front part of the plate, a part of the external surface of the lateral wall and a part of the external surface of the medial wall. - a one-piece shell made of a rigid material, and made up ∘ of a plate delimited by an upper surface and a lower surface, the upper surface being intended to cover the sole of the foot of the user, the plate comprising a front part extending, from the front end of the plate, over one quarter of the total length thereof, and a rear part extending, from the rear end of the plate, over half of the total length thereof, ∘ of a side wall and of a medial wall, each wall extending on the side of the upper surface of the plate, in the rear part of the plate, from, respectively, a lateral edge and medial edge of the plate, each wall (22, 23) being delimited by an internal surface (221, 231) and an external surface (222, 232), ∘ no wall extending from the side of the upper surface of the plate from an edge of the plate in the front part thereof, ∘ of a plate delimited by an upper surface and a lower surface, the upper surface being intended to cover the sole of the foot of the user, the plate comprising a front part extending, from the front end of the plate, over one quarter of the total length thereof, and a rear part extending, from the rear end of the plate, over half of the total length thereof, ∘ of a side wall and of a medial wall, each wall extending on the side of the upper surface of the plate, in the rear part of the plate, from, respectively, a lateral edge and medial edge of the plate, each wall (22, 23) being delimited by an internal surface (221, 231) and an external surface (222, 232), ∘ no wall extending from the side of the upper surface of the plate from an edge of the plate in the front part thereof, - an upper comprising a flexible panel intended to cover at least part of the top of the foot of the user, the flexible panel being attached to the shell,
A transport apparatus comprising: a housing; a drive mounted to the housing; and at least one transport arm connected to the drive; wherein the drive includes at least one stator having at least one salient pole with corresponding coil units and disposed outside the isolated environment; where the at least one salient pole of the at least one stator and the at least one salient pole of the rotor form a closed magnetic flux circuit between the at least one rotor and the at least one stator; and at least one isolation wall configured to isolate the isolated environment where the at least one isolation wall is non-ferromagnetic, characterised in that at least one rotor having at least one salient pole of magnetic permeable material and disposed in an isolated environment; the at least one isolation wall being a thin membrane and is integrally bonded using a suitable bonding agent to the at least one stator so that the at least one isolation wall depends from the at least one stator. a housing; a drive mounted to the housing; and at least one transport arm connected to the drive; wherein the drive includes at least one stator having at least one salient pole with corresponding coil units and disposed outside the isolated environment; where the at least one salient pole of the at least one stator and the at least one salient pole of the rotor form a closed magnetic flux circuit between the at least one rotor and the at least one stator; and at least one isolation wall configured to isolate the isolated environment where the at least one isolation wall is non-ferromagnetic, characterised in that at least one rotor having at least one salient pole of magnetic permeable material and disposed in an isolated environment; the at least one isolation wall being a thin membrane and is integrally bonded using a suitable bonding agent to the at least one stator so that the at least one isolation wall depends from the at least one stator.
A multi-dimensional component building system comprising: a first chamber having at least one base disposed therein; a second chamber adjacent to and in fluid communication with the first chamber through a second door, wherein the second chamber is fluidly sealed from the first chamber if the second door is in a closed position, the second chamber being configured to receive the at least one base via a second transfer mechanism if the fluid parameters of the first chamber are approximately equal to the fluid parameters of the second chamber, wherein the second chamber includes a directed heat source and a build-up material configured to form a component on the at least one base by melting or sintering; and a third chamber adjacent to and in fluid communication with the second chamber through a third door, wherein the third chamber is fluidly sealed from the second chamber if the third door is in a closed position, the third chamber configured to receive the at least one base, having a formed component disposed thereon, via a third transfer mechanism if the third door is in an open position, wherein said fluid parameters of the second chamber are not substantially affected by fluid communication with the first chamber or the third chamber. a first chamber having at least one base disposed therein; a second chamber adjacent to and in fluid communication with the first chamber through a second door, wherein the second chamber is fluidly sealed from the first chamber if the second door is in a closed position, the second chamber being configured to receive the at least one base via a second transfer mechanism if the fluid parameters of the first chamber are approximately equal to the fluid parameters of the second chamber, wherein the second chamber includes a directed heat source and a build-up material configured to form a component on the at least one base by melting or sintering; and a third chamber adjacent to and in fluid communication with the second chamber through a third door, wherein the third chamber is fluidly sealed from the second chamber if the third door is in a closed position, the third chamber configured to receive the at least one base, having a formed component disposed thereon, via a third transfer mechanism if the third door is in an open position, wherein said fluid parameters of the second chamber are not substantially affected by fluid communication with the first chamber or the third chamber.
Foam formulation filled, either together with a (pressure)liquefied propellant into a pressurized container, or without propellant into a container other than a pressurized container that allows for the formation of a foam upon dispensing of the formulation, comprising an emulsion of the oil-in-water type, comprising an oil phase and an aqueous phase, wherein the emulsion contains less than 0.5 weight-% of conventional emulsifiers, wherein conventional emulsifiers are amphiphilic substances with a molecular weight of < 5000 g/mol that, in higher concentration, may form micelles and/or other liquid crystalline aggregates, and surface active substances that are present in the emulsion neither as a solid nor as a polymer, and wherein the emulsion comprises at least one surface active, ionic polymer with a molecular weight of more than 5000 g/mol, wherein the ionic polymer is a copolymer comprising as monomer units - an ionic monomer, wherein the ionic monomer is an acrylamido alkylsulfonic acid which is present as free acid, partially or completely neutralized in the form of its salts, and - at least one further monomer. - an ionic monomer, wherein the ionic monomer is an acrylamido alkylsulfonic acid which is present as free acid, partially or completely neutralized in the form of its salts, and - at least one further monomer.
A mobile station apparatus that is assigned a plurality of cells by a base station apparatus and that performs communication with the base station apparatus via the plurality of cells, the plurality of cells being grouped into a first group and a second group, the first group being constituted by one or more cells having a first uplink transmission timing and the first group including a primary cell, the second group being constituted by one or more secondary cells having a second uplink transmission timing that is managed separately from the first uplink transmission timing, wherein the mobile station apparatus is configured to: (a) manage the first uplink transmission timings by using a corresponding first transmission timing timer for the first group, (b) manage the second uplink transmission timings by using a corresponding second transmission timing timer for the second group, (c) in a case where the corresponding first transmission timing timer for the first group is expired, stop all uplink transmission processing in the plurality of cells, except for a random access preamble transmission, and delete all data stored in a transmission HARQ buffer in association with the plurality of cells, and (d) in a case where the corresponding second transmission timing timer for the second group is expired, stop all uplink transmission processing in the one or more secondary cells constituting the second group, except for a random access preamble transmission, and delete data stored in the transmission HARQ buffer in association with the one ore more secondary cells constituting the second group. (a) manage the first uplink transmission timings by using a corresponding first transmission timing timer for the first group, (b) manage the second uplink transmission timings by using a corresponding second transmission timing timer for the second group, (c) in a case where the corresponding first transmission timing timer for the first group is expired, stop all uplink transmission processing in the plurality of cells, except for a random access preamble transmission, and delete all data stored in a transmission HARQ buffer in association with the plurality of cells, and (d) in a case where the corresponding second transmission timing timer for the second group is expired, stop all uplink transmission processing in the one or more secondary cells constituting the second group, except for a random access preamble transmission, and delete data stored in the transmission HARQ buffer in association with the one ore more secondary cells constituting the second group.