mhurhangee/ep-ind-claims huggingface dataset:
A user apparatus including at least operation modes of a connection mode and an idle mode, comprising: a measurement unit configured to measure radio quality in the idle mode according to measurement target information indicating that the user apparatus is set beforehand to report a measurement value of radio quality to a management node; a storage unit configured to store the measurement target information and the measurement value of radio quality measured by the measurement unit; and a transmission unit configured to transmit, in the connection mode, an indicator indicating that there is the measurement value of radio quality to a base station., and to transmit a report signal including the measurement value of radio quality according to a request from the base station, wherein, when the user apparatus obtains new measurement target information, the storage unit stores the new measurement target information according to a predetermined updating rule, and when a predetermined period expires or when it is confirmed that transmission of the report signal succeeds, the storage unit deletes the measurement target information. a measurement unit configured to measure radio quality in the idle mode according to measurement target information indicating that the user apparatus is set beforehand to report a measurement value of radio quality to a management node; a storage unit configured to store the measurement target information and the measurement value of radio quality measured by the measurement unit; and a transmission unit configured to transmit, in the connection mode, an indicator indicating that there is the measurement value of radio quality to a base station., and to transmit a report signal including the measurement value of radio quality according to a request from the base station, wherein, when the user apparatus obtains new measurement target information, the storage unit stores the new measurement target information according to a predetermined updating rule, and when a predetermined period expires or when it is confirmed that transmission of the report signal succeeds, the storage unit deletes the measurement target information.
Painting apparatus (1a, 1b, 1c) for varnishing pencils, in particular wood-cased pencils or pencils having a casing made from a wood substitute material for writing, drawing and/or cosmetic purposes, having at least a first and a second paint container, the at least two paint containers (2a, 2b) each having an inlet and outlet opening, through which the pencil enters and exits, characterized in that the at least two paint containers (2a, 2b) being arranged downstream of one another in order to apply paint at least twice to a surface (8a, 8b) of the pencil in one painting operation, the paint containers (2a, 2b) being filled with water-based paint or a paint based on organic solvents.
A connection assembly for connecting two relatively movable structures (10, 12) on an aircraft, wherein a first rigid skin (11, 20) is attached to one of the relatively movable rigid structures and a second rigid skin (20, 11) is attached to another of the relatively movable structures, the connection assembly comprising: a flexible skin connectable to said first and second rigid structure; a sleeve comprising first and second end portions; a first rod comprising a first end portion attachable to said first rigid structure, a second end portion slidably coupled to said first end portion of said sleeve, and an intermediate portion made of shape memory alloy; a second rod comprising a first end portion attachable to said second rigid structure, a second end portion slidably coupled to said second end portion of said sleeve, and an intermediate portion made of shape memory alloy; and means for heating at least said intermediate portions of said first and second rods. a flexible skin connectable to said first and second rigid structure; a sleeve comprising first and second end portions; a first rod comprising a first end portion attachable to said first rigid structure, a second end portion slidably coupled to said first end portion of said sleeve, and an intermediate portion made of shape memory alloy; a second rod comprising a first end portion attachable to said second rigid structure, a second end portion slidably coupled to said second end portion of said sleeve, and an intermediate portion made of shape memory alloy; and means for heating at least said intermediate portions of said first and second rods.
An agricultural harvester, comprising: a chassis; a header for cutting and gathering crop material, the header being carried by the chassis; and an auger for moving the cut crop material toward a central area of the header, the auger being rotatably carried by the header, the auger having a plurality of auger sections (38A, 38B); wherein the auger comprises a hingeable coupling for coupling two of the auger sections (38A, 38B) to each other, the hingeable coupling allowing the auger sections (38A, 38B) to rotate about differing axes, characterized in that: the hingeable coupling has an internal opening; and the auger further comprises an auger crankshaft for providing positional timing to auger fingers, the auger crankshaft passing through the internal opening. a chassis; a header for cutting and gathering crop material, the header being carried by the chassis; and an auger for moving the cut crop material toward a central area of the header, the auger being rotatably carried by the header, the auger having a plurality of auger sections (38A, 38B); wherein the auger comprises a hingeable coupling for coupling two of the auger sections (38A, 38B) to each other, the hingeable coupling allowing the auger sections (38A, 38B) to rotate about differing axes, characterized in that: the hingeable coupling has an internal opening; and the auger further comprises an auger crankshaft for providing positional timing to auger fingers, the auger crankshaft passing through the internal opening. the hingeable coupling has an internal opening; and the auger further comprises an auger crankshaft for providing positional timing to auger fingers, the auger crankshaft passing through the internal opening.
A first active agent comprising a nuclease-resistant polynucleotide that hybridizes to a Grb2 nucleic acid and inhibits Grb2 expression in the patient and a second active agent comprising a cytidine analogue for use in treating acute myeloid leukemia or myelodysplastic syndrome in a patient in need thereof, preferably a human, wherein the cytidine analogue is decitabine.
Optoelectronic safety device for monitoring a machine movement, comprising a detection device, with at least one transmitter unit (24a,b) for transmitting an optical signal (26a,b), and at least one receiver unit (28a,b) for receiving the optical signal (26a,b), and a control device with an evaluation unit for evaluating the signal (26a,b) received at the receiver unit, the control device releasing the machine movement when the intensity of the received signal (52a,b) is within an allowed intensity range (Ie) and outputting a triggering pulse to stop the machine movement when the intensity of the received signal (52a,b) is outside an allowed intensity range (Ie), characterised in that the optical signal (26a,b) comprises a sequence (34a,b) of a plurality of signal pulses (36a-c,37a-c), the signal pulses (36a-c,37a-c) having different pulse intensities (49a-c,50a-c) from one another, the control device comprises a pulse selection index (42a,b) by means of which a signal pulse (36a-c,37a-c) of the received optical signal (26a,b) to be evaluated in the evaluation unit is predetermined, and the control device comprises a pulse selection unit which is suitable for changing the pulse selection index (42a,b) if the pulse intensity (52a,b) of the signal pulse (36a c,37a c) predetermined via the pulse selection index (42a,b) is outside an optimal intensity range (Iopt). a detection device, with at least one transmitter unit (24a,b) for transmitting an optical signal (26a,b), and at least one receiver unit (28a,b) for receiving the optical signal (26a,b), and a control device with an evaluation unit for evaluating the signal (26a,b) received at the receiver unit, the control device releasing the machine movement when the intensity of the received signal (52a,b) is within an allowed intensity range (Ie) and outputting a triggering pulse to stop the machine movement when the intensity of the received signal (52a,b) is outside an allowed intensity range (Ie), characterised in that the optical signal (26a,b) comprises a sequence (34a,b) of a plurality of signal pulses (36a-c,37a-c), the signal pulses (36a-c,37a-c) having different pulse intensities (49a-c,50a-c) from one another, the control device comprises a pulse selection index (42a,b) by means of which a signal pulse (36a-c,37a-c) of the received optical signal (26a,b) to be evaluated in the evaluation unit is predetermined, and the control device comprises a pulse selection unit which is suitable for changing the pulse selection index (42a,b) if the pulse intensity (52a,b) of the signal pulse (36a c,37a c) predetermined via the pulse selection index (42a,b) is outside an optimal intensity range (Iopt).
A heat dissipation material comprising: a plurality of linearly-structured objects of carbon atoms configured to include a first terminal part and a second terminal part; characterised by a first diamond-like carbon layer configured to cover the first terminal part of each of the plurality of linearly-structured objects; and a filler layer configured to be permeated between the plurality of linearly-structured objects. a plurality of linearly-structured objects of carbon atoms configured to include a first terminal part and a second terminal part; characterised by a first diamond-like carbon layer configured to cover the first terminal part of each of the plurality of linearly-structured objects; and a filler layer configured to be permeated between the plurality of linearly-structured objects.
Method for the production of a rapamycin derivative of formula, comprising: (a) preparing a 2-(tri-substituted silyl)oxyethyl triflate of formula 4 by reacting ethylene oxide and a tri-substituted silyl triflate of formula 3 wherein R 1, R 2, and R 3 are independently selected from the group consisting of C 1 -C 12 alkyl and C 1 -C 12 aryl; (b) reacting the 2-(tri-substituted silyl)oxyethyl triflate of formula 4 obtained in step (a) with rapamycin in the presence of a molar excess of organic base to obtain a protected rapamycin derivative of formula 5; and (c) deprotecting the protected rapamycin derivative of formula 5 to obtain the rapamycin derivative if formula, wherein the 2-(tri-substituted silyl)oxyethyl triflate of formula 4 obtained in step (a) is used without further purification. (a) preparing a 2-(tri-substituted silyl)oxyethyl triflate of formula 4 by reacting ethylene oxide and a tri-substituted silyl triflate of formula 3 wherein R 1, R 2, and R 3 are independently selected from the group consisting of C 1 -C 12 alkyl and C 1 -C 12 aryl; (b) reacting the 2-(tri-substituted silyl)oxyethyl triflate of formula 4 obtained in step (a) with rapamycin in the presence of a molar excess of organic base to obtain a protected rapamycin derivative of formula 5; and (c) deprotecting the protected rapamycin derivative of formula 5 to obtain the rapamycin derivative if formula,
A sound system comprising: a headphone including a transducer and at least one microphone; an equalization filter adapted to equalize an audio input signal based on at least one predetermined coefficient; a loop filter circuit including a leaky integrator circuit adapted to generate a filtered audio signal (V filt) based on the equalized audio input signal and a feedback signal indicative of sound received by the at least one microphone, and to provide the filtered audio signal (V filt) to the transducer; a controller; and a switch adapted to switch between a first position, in which the equalization filter is connected to an audio source for receiving a first audio input signal, and a second position, in which the equalization filter is connected to the controller for receiving a second audio input signal; wherein the controller is programmed to calibrate the headphone by updating the at least one coefficient of the equalization filter, and wherein the controller is further programmed to: control the switch to be arranged in the second position; generate the second audio input signal which is indicative of a test signal; receive a second feedback signal indicative of a test sound received by the at least one microphone; update the at least one coefficient of the equalization filter based on the second feedback signal; and control the switch to be arranged in the first position. a headphone including a transducer and at least one microphone; an equalization filter adapted to equalize an audio input signal based on at least one predetermined coefficient; a loop filter circuit including a leaky integrator circuit adapted to generate a filtered audio signal (V filt) based on the equalized audio input signal and a feedback signal indicative of sound received by the at least one microphone, and to provide the filtered audio signal (V filt) to the transducer; a controller; and a switch adapted to switch between a first position, in which the equalization filter is connected to an audio source for receiving a first audio input signal, and a second position, in which the equalization filter is connected to the controller for receiving a second audio input signal; wherein the controller is programmed to calibrate the headphone by updating the at least one coefficient of the equalization filter, and wherein the controller is further programmed to: control the switch to be arranged in the second position; generate the second audio input signal which is indicative of a test signal; receive a second feedback signal indicative of a test sound received by the at least one microphone; update the at least one coefficient of the equalization filter based on the second feedback signal; and control the switch to be arranged in the first position. control the switch to be arranged in the second position; generate the second audio input signal which is indicative of a test signal; receive a second feedback signal indicative of a test sound received by the at least one microphone; update the at least one coefficient of the equalization filter based on the second feedback signal; and control the switch to be arranged in the first position.
A method of determining an uplink and downlink configuration, characterized by comprising: a network-side apparatus determining an interference parameter value of a target cell; the network-side apparatus determining from the interference parameter value of the target cell whether the target cell can select an uplink and downlink configuration autonomously; and the network-side apparatus informing the target cell whether the target cell can select an uplink and downlink configuration autonomously; wherein the uplink and downlink configuration includes proportional allocation of uplink and downlink sub-frames. a network-side apparatus determining an interference parameter value of a target cell; the network-side apparatus determining from the interference parameter value of the target cell whether the target cell can select an uplink and downlink configuration autonomously; and the network-side apparatus informing the target cell whether the target cell can select an uplink and downlink configuration autonomously; wherein the uplink and downlink configuration includes proportional allocation of uplink and downlink sub-frames.
A digital hydraulic drive system consisting of - an actuator and - at least one independently operable valve device for the control of the volumetric flows in the inflow and/or outflow connections (14, 16) of the actuator, flatness-based follow-up regulation being used and a secondary control being employed which is dependent upon the configuration of the valve device, characterised in that the flatness-based follow-up regulation uses the volumetric flows as the control variable and that a digital hydraulic full bridge circuit using pulse width-modulated valve units and/or pulse code-modulated valve units and/or digital volumetric flow units (DFCU) is used as the valve device to be configured. - an actuator and - at least one independently operable valve device for the control of the volumetric flows in the inflow and/or outflow connections (14, 16) of the actuator,
A compound having a formula: or a salt, solvate, or hydrate thereof, wherein: n is an integer from 1 to 12; m and p are independently an integer from 1 to 5; q is 0 or 1; each R 1 is independently selected from the group consisting of; C 1 -C 8 substituted or unsubstituted alkyl, C 4 -C 15 substituted or unsubstituted cycloalkyl, C 3 -C 15 substituted or unsubstituted branched alkyl, C 6 -C 20 substituted or unsubstituted aryl, C 6 -C 20 substituted or unsubstituted heteroaryl, C 7 -C 24 substituted or unsubstituted aralkyl, and C 7 -C 24 substituted or unsubstituted heteroaralkyl and, each R 2 is independently selected from hydrogen or a C1-C8 substituted or unsubstituted alkyl. n is an integer from 1 to 12; m and p are independently an integer from 1 to 5; q is 0 or 1; each R 1 is independently selected from the group consisting of; C 1 -C 8 substituted or unsubstituted alkyl, C 4 -C 15 substituted or unsubstituted cycloalkyl, C 3 -C 15 substituted or unsubstituted branched alkyl, C 6 -C 20 substituted or unsubstituted aryl, C 6 -C 20 substituted or unsubstituted heteroaryl, C 7 -C 24 substituted or unsubstituted aralkyl, and C 7 -C 24 substituted or unsubstituted heteroaralkyl and, each R 2 is independently selected from hydrogen or a C1-C8 substituted or unsubstituted
A method of self-erecting a jacking tower comprising: delivering a top module assembly to a lift assembly, the top module assembly including an outer frame and an inner frame movable within the outer frame; raising the top module assembly with the lift assembly; delivering a middle module assembly below the raised top module assembly, the middle module assembly including an outer frame and an inner frame movable within the corresponding outer frame; coupling the top module assembly to the middle module assembly; raising the middle module assembly and top module assembly together with the lift assembly; delivering a bottom module assembly below the middle module assembly and the top module assembly, the bottom module assembly including an outer frame and an inner frame movable within the outer frame; coupling the middle module assembly to the bottom module assembly; raising the inner frame portions (22, 74, 118) of the bottom module assembly, middle module assembly, and top module assembly together relative to the outer frame portions (18, 70, 114) of the bottom module assembly, middle module assembly, and top module assembly; and wherein the step of raising the inner frame portions includes raising the inner frame portions with a plurality of strand jacks coupled to the inner frame portion of the bottom module assembly and cables coupled to the strand jacks and to the outer frame of the top module assembly. delivering a top module assembly to a lift assembly, the top module assembly including an outer frame and an inner frame movable within the outer frame; raising the top module assembly with the lift assembly; delivering a middle module assembly below the raised top module assembly, the middle module assembly including an outer frame and an inner frame movable within the corresponding outer frame; coupling the top module assembly to the middle module assembly; raising the middle module assembly and top module assembly together with the lift assembly; delivering a bottom module assembly below the middle module assembly and the top module assembly, the bottom module assembly including an outer frame and an inner frame movable within the outer frame; coupling the middle module assembly to the bottom module assembly; raising the inner frame portions (22, 74, 118) of the bottom module assembly, middle module assembly, and top module assembly together relative to the outer frame portions (18, 70, 114) of the bottom module assembly, middle module assembly, and top module assembly; and wherein the step of raising the inner frame portions includes raising the inner frame portions with a plurality of strand jacks coupled to the inner frame portion of the bottom module assembly and cables coupled to the strand jacks and to the outer frame of the top module assembly.
A method, comprising: transmitting sound from a first active portion of a wearable audio system; receiving the transmitted sound at a second active portion of the wearable audio system; and estimating from the received sound whether the first active portion of the wearable audio system is in a use position carried on a user's body on a first side of the mid-sagittal plane and the second active portion of the wearable audio system is in a use position carried on the user's body on a second side of the mid-sagittal plane. transmitting sound from a first active portion of a wearable audio system; receiving the transmitted sound at a second active portion of the wearable audio system; and estimating from the received sound whether the first active portion of the wearable audio system is in a use position carried on a user's body on a first side of the mid-sagittal plane and the second active portion of the wearable audio system is in a use position carried on the user's body on a second side of the mid-sagittal plane.
A light guide structure having a first main surface and an opposite second main surface, configured to guide light in the light guide structure via total internal reflections at the first and the second main surfaces, the light guide structure comprising an out-coupling arrangement configured to couple light propagating in the light guide structure out of it through the first and/or the second main surface, wherein the light guide structure comprises a plurality of alternating core layers (110, 210 1, 210 2) and cladding layers (111 1, 111 2, 211 1, 211 2, 211 3), wherein each core layer is sandwiched between two cladding layers (1111, 1112, 2111, 2112, 2113), the core layers comprising a core material and the cladding layers comprising cladding materials, respectively, the core material having its elasticity higher than the elasticities of the cladding materials, and its refractive index for a design wavelength substantially the same as the refractive indices of the cladding materials for the design wavelength. wherein the light guide structure comprises a plurality of alternating core layers (110, 210 1, 210 2) and cladding layers (111 1, 111 2, 211 1, 211 2, 211 3), wherein each core layer is sandwiched between two cladding layers (1111, 1112, 2111, 2112, 2113), the core layers comprising a core material and the cladding layers comprising cladding materials, respectively, the core material having its elasticity higher than the elasticities of the cladding materials, and its refractive index for a design wavelength substantially the same as the refractive indices of the cladding materials for the design wavelength.