mhurhangee/ep-ind-claims huggingface dataset:
A method, performed in a first access node in a wireless network, wherein the first access node is serving a user equipment, UE, for which communications between the UE and a first wireless local-area network access point, WLAN AP, are aggregated with communications between the UE and the first access node, in cooperation with a node that comprises a first wireless termination, WT, that controls the first WLAN AP, the method comprising: determining that the aggregated communications between the UE and the first WLAN AP should be replaced with communications between the UE and a second WLAN AP; determining whether the second WLAN AP is controlled by the first WT; and sending a reconfiguration message to the first WT, in response to determining that the second WLAN AP is controlled by the first WT, the reconfiguration message comprising an identifier of the second WLAN AP. determining that the aggregated communications between the UE and the first WLAN AP should be replaced with communications between the UE and a second WLAN AP; determining whether the second WLAN AP is controlled by the first WT; and sending a reconfiguration message to the first WT, in response to determining that the second WLAN AP is controlled by the first WT, the reconfiguration message comprising an identifier of the second WLAN AP.
A method of forming a can, the method comprising the following steps: i. radially expanding the sidewall of a tubular metal can body, by inserting a flared die, at an end of the can body to define a circumferential radially-expanded region in the sidewall adjacent the end of the can body; ii. applying a first axial load to the can body whilst using a limit ring to limit radial growth of the end of the can body so that all or part of the circumferential radially-expanded region partially axially collapses to form an outwardly-directed open annular bead; iii. removing the flared die and inserting a diaphragm relative to the can body so that a peripheral annular portion of the diaphragm locates between opposing surfaces of the open annular bead; and iv. applying a second axial load to the can body to fully axially collapse the bead to thereby clamp the peripheral annular portion of the diaphragm between the opposing surfaces of the bead and close the end of the can body. i. radially expanding the sidewall of a tubular metal can body, by inserting a flared die, at an end of the can body to define a circumferential radially-expanded region in the sidewall adjacent the end of the can body; ii. applying a first axial load to the can body whilst using a limit ring to limit radial growth of the end of the can body so that all or part of the circumferential radially-expanded region partially axially collapses to form an outwardly-directed open annular bead; iii. removing the flared die and inserting a diaphragm relative to the can body so that a peripheral annular portion of the diaphragm locates between opposing surfaces of the open annular bead; and iv. applying a second axial load to the can body to fully axially collapse the bead to thereby clamp the peripheral annular portion of the diaphragm between the opposing surfaces of the bead and close the end of the can body.
A phase-locked loop comprising: a loop filter that has a circuit configuration m for an m-th order phase-locked loop including a circuit configuration n for an n-th order phase-locked loop (m>n); and a switching section for switching circuit configurations, which are activated in the loop filter, between the circuit configuration n and the circuit configuration m, said switching section comprises only one switch to switch between the two circuit configurations, wherein the circuit configuration n is described by the differential equation y n =y n-1 +AΔx n +Bx n and the circuit configuration m is described by the differential equation y n =y n-1 +Δy n-1 +Cδx n +DΔx n +Ex n, where Δx n =x n -x n-1, Δy n =y n-1 -y n-2, δx n =Δx n -Δx n-1 =(x n -x n-1)-(x n-1 -xn-2), wherein A,B,C,D and E are multiplication factors, xn represents the current input signal of the filter and yn represents the current output signal of the filter; and wherein the circuit configuration n uses the same circuitry as the circuit configuration m. a loop filter that has a circuit configuration m for an m-th order phase-locked loop including a circuit configuration n for an n-th order phase-locked loop (m>n); and a switching section for switching circuit configurations, which are activated in the loop filter, between the circuit configuration n and the circuit configuration m, said switching section comprises only one switch to switch between the two circuit configurations, wherein the circuit configuration n is described by the differential equation y n =y n-1 +AΔx n +Bx n and the circuit configuration m is described by the differential equation y n =y n-1 +Δy n-1 +Cδx n +DΔx n +Ex n, where Δx n =x n -x n-1, Δy n =y n-1 -y n-2, δx n =Δx n -Δx n-1 =(x n -x n-1)-(x n-1 -xn-2), wherein A,B,C,D and E are multiplication factors, xn represents the current input signal of the filter and yn represents the current output signal of the filter; and wherein the circuit configuration n uses the same circuitry as the circuit configuration m.
A bed comprising a bottom frame including support means for engaging an underlying ground, a top frame comprising a bed surface for supporting a person lying in said bed, a lifting mechanism arranged between said bottom frame and said top frame to displace said bottom frame and said top frame in relation to each other, wherein said lifting mechanism comprises a first lifting arm being driven by a first actuator and a second lifting arm being driven by a second actuator, said lifting arms (7, 8) being rotatably connected to said bottom frame in a first bottom frame point of attack and a second bottom frame point of attack respectively, and both slidably and rotatably connected to said top frame in a first top frame point of attack and a second top frame point of attack respectively, wherein said first lifting arm is rotatably connected to said bottom frame in said first bottom frame point of attack around a first bottom frame rotational axis and said second lifting arm is rotatably connected to said bottom frame in said second bottom frame point of attack around a second bottom frame rotational axis and wherein said first actuator and said second actuator are electrical linear actuators comprising an electrical motor and a spindle drive, characterized in that said first bottom frame rotational axis and said second bottom frame rotational axis are substantially coaxial.
Appliance, which comprises - a housing; - a container which can be uncoupled from the housing; - a capacitive fill level sensor, which is arranged on the housing and is configured to determine a capacity value which depends upon a fill level of matter in the container; characterised by - a distance sensor (112, 122), which is configured to determine a distance value which depends upon a distance between the fill level sensor and the container; and - a processing unit, which is configured to determine a value for the fill level on the basis of the capacity value and on the basis of the distance value, wherein the distance sensor (112, 122) comprises an inductive distance sensor. - a housing; - a container which can be uncoupled from the housing; - a capacitive fill level sensor, which is arranged on the housing and is configured to determine a capacity value which depends upon a fill level of matter in the container; characterised by - a distance sensor (112, 122), which is configured to determine a distance value which depends upon a distance between the fill level sensor and the container; and - a processing unit, which is configured to determine a value for the fill level on the basis of the capacity value and on the basis of the distance value, wherein the distance sensor (112, 122) comprises an inductive distance sensor.
A cooling system comprising: an aluminum or nickel surface; and an aqueous-based coolant having a pH between 8 and 9, the aqueous-based coolant comprising: about 35 weight % to about 65 weight % propylene glycol; about 1.0 weight % to about 4.0 weight % 2-ethylhexanoic acid; about 0.25 weight % to about 1.0 weight % sebacic acid; about 0.25 weight % to about 1.0 weight % benzoic acid; and about 0.03 weight % to about 0.1 weight % molybdate oxyanion. an aluminum or nickel surface; and an aqueous-based coolant having a pH between 8 and 9, the aqueous-based coolant comprising: about 35 weight % to about 65 weight % propylene glycol; about 1.0 weight % to about 4.0 weight % 2-ethylhexanoic acid; about 0.25 weight % to about 1.0 weight % sebacic acid; about 0.25 weight % to about 1.0 weight % benzoic acid; and about 0.03 weight % to about 0.1 weight % molybdate oxyanion. about 35 weight % to about 65 weight % propylene glycol; about 1.0 weight % to about 4.0 weight % 2-ethylhexanoic acid; about 0.25 weight % to about 1.0 weight % sebacic acid; about 0.25 weight % to about 1.0 weight % benzoic acid; and about 0.03 weight % to about 0.1 weight % molybdate oxyanion.
An ultrasound device comprising: - a transducer arrangement; - an acoustically transmissive window over said transducer arrangement, said acoustically transmissive window comprising an elastomer layer having conductive particles dispersed in an elastomer material, the elastomer layer having a pressure-sensitive conductivity; - an electrode arrangement coupled to said elastomer layer and adapted to enable measurement of said pressure-sensitive conductivity; - an electroactive material actuator for biasing the transducer arrangement towards the transmissive window; and - a controller for controlling the electroactive material actuator in dependence on the measured pressure-sensitive conductivity. - a transducer arrangement; - an acoustically transmissive window over said transducer arrangement, said acoustically transmissive window comprising an elastomer layer having conductive particles dispersed in an elastomer material, the elastomer layer having a pressure-sensitive conductivity; - an electrode arrangement coupled to said elastomer layer and adapted to enable measurement of said pressure-sensitive conductivity; - an electroactive material actuator for biasing the transducer arrangement towards the transmissive window; and - a controller for controlling the electroactive material actuator in dependence on the measured pressure-sensitive conductivity.
Deformation tube for a coupling, in particular a train coupling; 1.1 having two tubular parts (2, 3) which, counter to a resistance, are able to be pushed into one another; 1.2 having a securing element in the form of a screw or a nut which is screwed into a counter element or is screwed onto a counter element and, on account thereof, mutually braces the two tubular parts (2, 3), characterized by 1.3 a detection installation which is specified for detecting a rotation, or a rotation and axial displacement, of the securing element and/or the counter element in relation to at least one of the two tubular parts (2, 3). 1.1 having two tubular parts (2, 3) which, counter to a resistance, are able to be pushed into one another; 1.2 having a securing element in the form of a screw or a nut which is screwed into a counter element or is screwed onto a counter element and, on account thereof, mutually braces the two tubular parts (2, 3), characterized by 1.3 a detection installation which is specified for detecting a rotation, or a rotation and axial displacement, of the securing element and/or the counter element in relation to at least one of the two tubular parts (2, 3).
A process for whitening and removing stains from fabric comprising: the steps of: (a) contacting a soiled item with an aqueous pre-soak solution comprising a composition comprising (i) from 40% by weight to 80% by weight of an alkalinity source; (ii) from 1% by weight to 25% by weight of a surfactant system; (iii) from 10 % by weight to 30% by weight of a bleaching agent for a period of time sufficient to achieve bleaching and removal of soil, wherein said contacting includes suspending said item to be cleaned in said composition; and thereafter (b) laundering the treated item with a conventional aqueous detergent; wherein said suspension is accomplished by a receptacle and strainer disposed therein. the steps of: (a) contacting a soiled item with an aqueous pre-soak solution comprising a composition comprising (i) from 40% by weight to 80% by weight of an alkalinity source; (ii) from 1% by weight to 25% by weight of a surfactant system; (iii) from 10 % by weight to 30% by weight of a bleaching agent for a period of time sufficient to achieve bleaching and removal of soil, wherein said contacting includes suspending said item to be cleaned in said composition; and thereafter (b) laundering the treated item with a conventional aqueous detergent; (a) contacting a soiled item with an aqueous pre-soak solution comprising a composition comprising (i) from 40% by weight to 80% by weight of an alkalinity source; (ii) from 1% by weight to 25% by weight of a surfactant system; (iii) from 10 % by weight to 30% by weight of a bleaching agent for a period of time sufficient to achieve bleaching and removal of soil, wherein said contacting includes suspending said item to be cleaned in said composition; and thereafter (i) from 40% by weight to 80% by weight of an alkalinity source; (ii) from 1% by weight to 25% by weight of a surfactant system; (iii) from 10 % by weight to 30% by weight of a bleaching agent for a period of time sufficient to achieve bleaching and removal of soil, wherein said contacting includes suspending said item to be cleaned in said composition; and thereafter (b) laundering the treated item with a conventional aqueous detergent; wherein said suspension is accomplished by a receptacle and strainer disposed therein.
A method, in a first wireless device, the method comprises: receiving a first data transmission from a second wireless device in a first subframe interval, wherein the first data transmission is received within a duration that is less than a maximum data transmission duration that is possible within the first subframe interval; and transmitting hybrid automatic repeat request, HARQ, feedback for the first data transmission and channel state information, CSI, to the second wireless device in a subsequent subframe interval, within a duration that is less than a maximum transmission duration that is possible within the subsequent subframe interval, the maximum transmission duration that is possible within the subsequent subframe interval is one millisecond and consists of fourteen orthogonal frequency-division multiplexing, OFDM, symbols, wherein one or more HARQ feedback bits for the first data transmission are bundled with one or more additional HARQ feedback bits for a second data transmission received by the first wireless device. receiving a first data transmission from a second wireless device in a first subframe interval, wherein the first data transmission is received within a duration that is less than a maximum data transmission duration that is possible within the first subframe interval; and transmitting hybrid automatic repeat request, HARQ, feedback for the first data transmission and channel state information, CSI, to the second wireless device in a subsequent subframe interval, within a duration that is less than a maximum transmission duration that is possible within the subsequent subframe interval, the maximum transmission duration that is possible within the subsequent subframe interval is one millisecond and consists of fourteen orthogonal frequency-division multiplexing, OFDM, symbols, wherein one or more HARQ feedback bits for the first data transmission are bundled with one or more additional HARQ feedback bits for a second data transmission received by the first wireless device.
Device for dosed extraction of products, such as shredded used tyres, coarsely ground municipal waste, commercial waste, paper, textiles, etc. comprising a hopper for storing a given quantity of said products, chain-type driving means along an upward slope, a calibrator drum located in the area of the forward end of said upward slope, characterized in that said device comprises pallets laterally driven by said driving means, in that said device has a flexible band attached to said pallets, in that said calibrated drum is located above said pallets, and in that said driving means extends beyond the upward slope on the horizontal portion, and in that said device includes a weighing means arranged on said horizontal part, configured to allow regulation of the speed of said driving means for dosing said products.
An emitting layer (e) for generating white light, comprising a first light-emitting layer and a second light-emitting layer, wherein the first light-emitting layer is in direct contact with the second light-emitting layer, the first light-emitting layer comprises a phosphorescent red emitter and a first host compound, the second light-emitting layer comprises a phosphorescent blue emitter, a phosphorescent green emitter and a second host compound.
An air core reactor comprising: a winding package positioned to extend along a central axis from a first reactor end to a second reactor end that is opposite the first reactor end; a spider arm that extends in a direction radially away from the central axis to a spider end, the spider arm located at the first reactor end and coupled to the winding package; a mounting plate coupled to the spider arm, the mounting plate having a height that extends between a first plate edge and a second plate edge, the mounting plate including an outward plate portion having a ramped surface that extends along a width of the mounting plate from a plate location between the first plate edge and the second plate edge to the second plate edge, the ramped surface defining an oblique angle relative to a plane orthogonal to the height and the width of the mounting plate; and a filament roving wound 360 degrees about the central axis to provide circumferential support to the winding package, the ramped surface of the support plate surrounded by the filament roving. a winding package positioned to extend along a central axis from a first reactor end to a second reactor end that is opposite the first reactor end; a spider arm that extends in a direction radially away from the central axis to a spider end, the spider arm located at the first reactor end and coupled to the winding package; a mounting plate coupled to the spider arm, the mounting plate having a height that extends between a first plate edge and a second plate edge, the mounting plate including an outward plate portion having a ramped surface that extends along a width of the mounting plate from a plate location between the first plate edge and the second plate edge to the second plate edge, the ramped surface defining an oblique angle relative to a plane orthogonal to the height and the width of the mounting plate; and a filament roving wound 360 degrees about the central axis to provide circumferential support to the winding package, the ramped surface of the support plate surrounded by the filament roving.
Dual clutch transmission of the countershaft type, with a transmission central shaft, with a transmission hollow shaft arranged concentrically thereto, with exactly one countershaft and with two power shift elements (K1, K2), the two power shift elements (K1, K2) being operatively connectable on the input side to a drive assembly, one of the two power shift elements being connected on the output side to the transmission central shaft, the other of the two power shift elements being connected on the output side to the transmission hollow shaft, the transmission central shaft and the transmission hollow shaft being connectable to the countershaft in order to generate a step-up ("1" to "R2") via gearwheel stages (ZP2 to ZPR) which can be cut into and cut out of the force flux via shift devices (SE1 to SE5), and a plurality of shift devices (SE1 to SE5) being assigned in each case two gearwheel stages ((ZP7, ZP3), (ZP23, ZP5)), (ZP25, ZP6), (ZPR, ZP2), (ZP8, ZP4)), characterized in that at least nine step-ups ("1" to "9") for forward travel can be generated, and a countershaft has provided on it a hollow shaft which is arranged coaxially thereto and which can be coupled fixedly into rotation to the countershaft via one of the shift devices and to which at least two gearwheels (31, 51) of the gearwheel stages (ZP3, ZP5) are connected fixedly into rotation, and in that, on the transmission central shaft or the transmission hollow shaft, a further hollow shaft is provided, which is arranged coaxially thereto and which is connectable to the transmission central shaft or the transmission hollow shaft via one of the shift devices and to which at least two further gearwheels (32, 71) of the gearwheel stages (ZP3, ZP7) are connected fixedly into rotation, at least three step-ups ("1", "9", "R1") being capable of being generated as a result of shift-element-side cut-in into the force flux via assigned shift elements ((S3, S5, S8), (S1, S4), (S3, S5, S7)) of the shift devices ((SE2, SE3, SE4), (SE1, SE2), (SE2, SE3, SE4)) and in this case assigned power shift element of in each case three of the gearwheel stages ((ZP3, ZP5, ZP2), (ZP5, ZP3, ZP7), (ZP3, ZP5, ZPR)), via which a step-up ("2", "3", "5", "7", "R2") can be generated in each case as a result of the in each case sole shift-element-side cut-in into the force flux via assigned shift elements (, (S2, S3), (S2, S4), (S1, S3), (S3, S5, S7)) of the shift devices (, (SE1, SE2), (SE1, SE2), (SE1, SE2), (SE2, SE3, SE4)) and in each case assigned power shift element (,,, K2),).
A headlight for a vehicle, comprising: a light emitting diode including at least one LED chip adapted to emit blue light and at least one overlying converter layer for converting part of the blue light into yellow light, wherein part of the blue and yellow light forms bluish white light emitted in the direction of the LED normal and part of the blue and yellow light forms yellowish white light emitted at larger angles of departure, and means (14, 16) for directing the yellowish white light, emitted at larger angles of departure, in a central direction of the headlight and the bluish white light, emitted in the direction of the LED normal, in a peripheral direction of the headlight. a light emitting diode including at least one LED chip adapted to emit blue light and at least one overlying converter layer for converting part of the blue light into yellow light, wherein part of the blue and yellow light forms bluish white light emitted in the direction of the LED normal and part of the blue and yellow light forms yellowish white light emitted at larger angles of departure, and means (14, 16) for directing the yellowish white light, emitted at larger angles of departure, in a central direction of the headlight and the bluish white light, emitted in the direction of the LED normal, in a peripheral direction of the headlight.