mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: performing, by at least one user device, Physical Downlink Control Channel, PDCCH, monitoring in an unlicensed band during a particular slot based on mini-slot resolution; determining that a downlink transmission has started in the particular slot, and a first number of transmitted Orthogonal Frequency Division Multiplexing, OFDM, symbols before a next slot boundary, wherein the particular slot is represented by a variable n, and the first number of OFDM symbols by a variable k; determining whether the first number of transmitted OFDM symbols exceeds a predetermined threshold, wherein the predetermined threshold is represented by a variable K, and performing PDCCH monitoring (840, 850) for slots subsequent to the particular slot using at least one of slot resolution and mini-slot resolution based on the determination whether the first number of transmitted OFDM symbols exceeds the predetermined threshold, wherein, in response to a determination that k>K, performing PDCCH monitoring in a slot n+1 and following slots within the downlink transmission based on slot resolution or, in response to a determination that k<K, performing PDCCH monitoring in slot n+1 based on mini-slot resolution; and performing PDCCH monitoring in slot n+2 and following slots within the downlink transmission based on slot resolution. performing, by at least one user device, Physical Downlink Control Channel, PDCCH, monitoring in an unlicensed band during a particular slot based on mini-slot resolution; determining that a downlink transmission has started in the particular slot, and a first number of transmitted Orthogonal Frequency Division Multiplexing, OFDM, symbols before a next slot boundary, wherein the particular slot is represented by a variable n, and the first number of OFDM symbols by a variable k; determining whether the first number of transmitted OFDM symbols exceeds a predetermined threshold, wherein the predetermined threshold is represented by a variable K, and performing PDCCH monitoring (840, 850) for slots subsequent to the particular slot using at least one of slot resolution and mini-slot resolution based on the determination whether the first number of transmitted OFDM symbols exceeds the predetermined threshold, wherein, in response to a determination that k>K, performing PDCCH monitoring in a slot n+1 and following slots within the downlink transmission based on slot resolution or, in response to a determination that k<K, performing PDCCH monitoring in slot n+1 based on mini-slot resolution; and performing PDCCH monitoring in slot n+2 and following slots within the downlink transmission based on slot resolution.
A braking control device for a vehicle comprising: a first deceleration calculation unit that calculates a first estimated vehicle body deceleration by using a detection signal of a wheel speed sensor (SE2, SE3, SE4, SE5) arranged on the vehicle; and a second deceleration calculation unit that calculates a second estimated vehicle body deceleration by using a detection signal of a vehicle body acceleration sensor arranged on the vehicle, the braking control device being characterized by: an assist control unit that initiates an assist control, which assists increasing of a braking force that is applied to a wheel of the vehicle based on operation of a brake pedal of the vehicle so that the braking force is greater than a braking force applied to the wheel just by the driver's operation on the brake pedal, when the first estimated vehicle body deceleration exceeds a first deceleration determination value (DV_st) and the second estimated vehicle body deceleration exceeds a second deceleration determination value (G_st) during operation of the brake pedal of the vehicle; characterized by an outer disturbance determination unit that determines whether a vibration component based on outer disturbance is included in the first estimated vehicle body deceleration; and a reference value correction unit that corrects the first deceleration determination value (DV_st) to a greater value when the first estimated vehicle body deceleration includes a vibration component based on outer disturbance than when such is not the case. a first deceleration calculation unit that calculates a first estimated vehicle body deceleration by using a detection signal of a wheel speed sensor (SE2, SE3, SE4, SE5) arranged on the vehicle; and a second deceleration calculation unit that calculates a second estimated vehicle body deceleration by using a detection signal of a vehicle body acceleration sensor arranged on the vehicle, an assist control unit that initiates an assist control, which assists increasing of a braking force that is applied to a wheel of the vehicle based on operation of a brake pedal of the vehicle so that the braking force is greater than a braking force applied to the wheel just by the driver's operation on the brake pedal, when the first estimated vehicle body deceleration exceeds a first deceleration determination value (DV_st) and the second estimated vehicle body deceleration exceeds a second deceleration determination value (G_st) during operation of the brake pedal of the vehicle;
A multiple glazing sash having a first glass plate and a second glass plate held at their periphery by a first frame member, to be spaced apart to form a hollow space, the hollow space being sealed by the first frame member at said periphery, and in the hollow space, three intermediate glass plates being held by the first frame member, wherein each of the first glass plate and the second glass plate has a low-emissivity film, at least one intermediate glass plate among the above three intermediate glass plates has a low-emissivity film, and the intermediate glass plate disposed at the center among the three intermediate glass plates is a transparent glass plate having no low-emissivity film.
Inductor, comprising - an excitation coil with excitation coil windings (E 1 to E n) defining an excitation coil axis, - at least one shielding coil (5; 5, 12) with shielding coil windings (S 1 to S m) defining a respective shielding coil axis (11; 11, 14), wherein -- the at least one shielding coil (5; 5, 12) surrounds the excitation coil, -- the excitation coil is arranged in a shielding coil interior (10, 10, 13) of the at least one shielding coil (5; 5, 12), wherein the shielding coil interior is limited by the shielding coil windings, and wherein the excitation coil axis and the respective shielding coil axis (11; 11, 14) define an angle δ, wherein applies: 60° < δ < 120°, preferably 75° < δ < 105°, and preferably 85° < δ < 95°, characterized in that the shielding coil windings of the at least one shielding coil (5; 5, 12) extend through an excitation coil interior of the excitation coil, wherein the excitation coil interior is limited by the excitation coil windings. - an excitation coil with excitation coil windings (E 1 to E n) defining an excitation coil axis, - at least one shielding coil (5; 5, 12) with shielding coil windings (S 1 to S m) defining a respective shielding coil axis (11; 11, 14), wherein -- the at least one shielding coil (5; 5, 12) surrounds the excitation coil, -- the excitation coil is arranged in a shielding coil interior (10, 10, 13) of the at least one shielding coil (5; 5, 12), wherein the shielding coil interior is limited by the shielding coil windings, and wherein the excitation coil axis and the respective shielding coil axis (11; 11, 14) define an angle δ, wherein applies: 60° < δ < 120°, preferably 75° < δ < 105°, and preferably 85° < δ < 95°, characterized in that the shielding coil windings of the at least one shielding coil (5; 5, 12) extend through an excitation coil interior of the excitation coil, wherein the excitation coil interior is limited by the excitation coil windings. -- the at least one shielding coil (5; 5, 12) surrounds the excitation coil, -- the excitation coil is arranged in a shielding coil interior (10, 10, 13) of the at least one shielding coil (5; 5, 12), characterized in that the shielding coil windings of the at least one shielding coil (5; 5, 12) extend through an excitation coil interior of the excitation coil, wherein the excitation coil interior is limited by the excitation coil windings.
Calibrating device (10, 110, 210, 310, 410) for a brake test stand, the brake test stand having at least one pair of brake test rollers mounted parallel at a distance Ar, at least one measuring wheel interacting with the brake test rollers, a braking device for controllable braking of the measuring wheel, a torque arm by which the braking device is supported in a support point for transmission of a counterforce occurring during braking of the measuring wheel, at least one force measuring sensor designed to determine the counterforce effective at the support point, and a calibration evaluation device linked to the force measuring sensor for processing and/or displaying measured values recorded by the force measuring sensor, characterized in that the braking device presses on the force measuring sensor via the torque arm relative to a floor surface or by a ramp, wherein the braking device presses on the force measuring sensor via the torque arm relative to an underside of the ramp, wherein the ramp is configured for receiving a ballast weight and presses at its one end on a rotary axle of the measuring wheel.
A method implemented in a wireless device, WD, the method comprising: determining a first uplink control information, UCI, and a second UCI, the first UCI associated with a first sub-slot and a first physical uplink control channel, PUCCH, resource and the second UCI associated with a second sub-slot and a second PUCCH resource, and the first and second sub-slots being comprised within a slot; determining that there is an overlap in time within the slot between a physical uplink shared channel, PUSCH, and at least one of the first UCI associated with the first sub-slot and the second UCI associated with the second sub-slot; and determining to transmit the first UCI, the second UCI and the PUSCH within the slot based at least in part on the determined overlap in time, wherein determining to transmit comprises: combining the first UCI and the second UCI; and multiplexing the combined first and second UCIs with the PUSCH for transmission. determining a first uplink control information, UCI, and a second UCI, the first UCI associated with a first sub-slot and a first physical uplink control channel, PUCCH, resource and the second UCI associated with a second sub-slot and a second PUCCH resource, and the first and second sub-slots being comprised within a slot; determining that there is an overlap in time within the slot between a physical uplink shared channel, PUSCH, and at least one of the first UCI associated with the first sub-slot and the second UCI associated with the second sub-slot; and determining to transmit the first UCI, the second UCI and the PUSCH within the slot based at least in part on the determined overlap in time, wherein determining to transmit comprises: combining the first UCI and the second UCI; and multiplexing the combined first and second UCIs with the PUSCH for transmission. combining the first UCI and the second UCI; and multiplexing the combined first and second UCIs with the PUSCH for transmission.
A filter moving device comprising: a frame having a first end, a second and opposite end, and defining a height there between, the first end of the frame comprising an open end leading to an interior space within the frame, the open end having a size and the frame having a height such that the open end of the frame can be placed over a filter cartridge stack contained in a filter assembly; a plurality of lifting elements located on the frame, the lifting elements being movable between an engaging position and a disengaging position, wherein, when in the engaging position, the lifting elements engage a filter cartridge stack located within the interior space of the frame, and wherein the lifting elements are attached to vertical rod members, the vertical rod members being pivotally attached to the frame for moving the lifting elements between the engaging position and the disengaging position; and a locking mechanism for locking the lifting elements in the engaging position. a frame having a first end, a second and opposite end, and defining a height there between, the first end of the frame comprising an open end leading to an interior space within the frame, the open end having a size and the frame having a height such that the open end of the frame can be placed over a filter cartridge stack contained in a filter assembly; a plurality of lifting elements located on the frame, the lifting elements being movable between an engaging position and a disengaging position, wherein, when in the engaging position, the lifting elements engage a filter cartridge stack located within the interior space of the frame, and wherein the lifting elements are attached to vertical rod members, the vertical rod members being pivotally attached to the frame for moving the lifting elements between the engaging position and the disengaging position; and a locking mechanism for locking the lifting elements in the engaging position.
Device integrated into a waterjet cutting machine provided with at least one receiving tank and a nozzle movable above said receiving tank, said device being capable of catching a highpressure water jet coming from said nozzle and being characterised in that it includes at least: - a receptacle arranged inside the receiving tank in line with said nozzle, the lower portion of said receptacle being connected to a flexible pipe assembly connected to the bottom of said receiving tank, the receptacle /pipe assembly being mobile and detachable from the receiving tank and - drive means for supporting and moving at least part of the receptacle /pipe assembly including a driving member arranged outside the receiving tank and connected to the nozzle, and a driven member arranged inside the receiving tank and fixed to the receptacle, the drive means being such that there is no mechanical connection between the driving member and the driven member, at least one of the driving member or driven member including a magnet. - a receptacle arranged inside the receiving tank in line with said nozzle, the lower portion of said receptacle being connected to a flexible pipe assembly connected to the bottom of said receiving tank, the receptacle /pipe assembly being mobile and detachable from the receiving tank and - drive means for supporting and moving at least part of the receptacle /pipe assembly including a driving member arranged outside the receiving tank and connected to the nozzle, and a driven member arranged inside the receiving tank and fixed to the receptacle, the drive means being such that there is no mechanical connection between the driving member and the driven member, at least one of the driving member or driven member including a magnet.
A vibration device comprising: a top plate elastic body; a cylindrical body that has a first end portion and a second end portion on an opposite side from the first end portion and is coupled with the top plate elastic body to retain the top plate elastic body on a side of the first end portion, the cylindrical body including, on a side of the second end portion, a ring-shaped flange portion extended outward in a radial direction of the cylindrical body; and a piezoelectric element that is fixed to the ring-shaped flange portion to cause the cylindrical body which includes the ring-shaped flange portion to vibrate, characterized in that the ring-shaped flange portion has an outer diameter and/or thickness, configured such that, when the piezoelectric element is driven, the top plate elastic body is vibrated in a first mode in which a phase of vibration in a portion of the ring-shaped flange portion on an outer circumferential side of the cylindrical body is reverse to a phase of the top plate elastic body coupled with the cylindrical body. a top plate elastic body; a cylindrical body that has a first end portion and a second end portion on an opposite side from the first end portion and is coupled with the top plate elastic body to retain the top plate elastic body on a side of the first end portion, the cylindrical body including, on a side of the second end portion, a ring-shaped flange portion extended outward in a radial direction of the cylindrical body; and a piezoelectric element that is fixed to the ring-shaped flange portion to cause the cylindrical body which includes the ring-shaped flange portion to vibrate, characterized in that the ring-shaped flange portion has an outer diameter and/or thickness, configured such that, when the piezoelectric element is driven, the top plate elastic body is vibrated in a first mode in which a phase of vibration in a portion of the ring-shaped flange portion on an outer circumferential side of the cylindrical body is reverse to a phase of the top plate elastic body coupled with the cylindrical body.
A ballistic-resistant panel comprising: a compressed stack of interleaved layers of high modulus material; a first portion of said interleaved layers of high modulus material including a plurality of interleaved layers (70, 72) of non-fibrous ultra high molecular weight polyethylene tape; a second portion of said interleaved layers of high modulus material including a plurality of interleaved layers (74, 76) of cross-plied fibers embedded in resin; and an adhesive on each of said interleaved layers of said non-fibrous ultra high molecular weight polyethylene tape, wherein each of said layers of non-fibrous ultra high molecular weight polyethylene tape includes a plurality of tape strips; said tape strips include edges; and said tape strips are fused together in a butt joint or overlap joint at said edges. a compressed stack of interleaved layers of high modulus material; a first portion of said interleaved layers of high modulus material including a plurality of interleaved layers (70, 72) of non-fibrous ultra high molecular weight polyethylene tape; a second portion of said interleaved layers of high modulus material including a plurality of interleaved layers (74, 76) of cross-plied fibers embedded in resin; and an adhesive on each of said interleaved layers of said non-fibrous ultra high molecular weight polyethylene tape, wherein each of said layers of non-fibrous ultra high molecular weight polyethylene tape includes a plurality of tape strips; said tape strips include edges; and said tape strips are fused together in a butt joint or overlap joint at said edges.
A method for determining the efficacy of GPC3-targeting drug therapy for GPC3-expressing cancer in a patient or determining the continuation of GPC3-targeting drug therapy for a patient, comprising monitoring a concentration of free GPC3 in a biological sample isolated from the patient before the start of GPC3-targeting drug therapy and/or the patient treated with the GPC3-targeting drug therapy, wherein the GPC3-targeting drug comprises an anti-GPC3 antibody, wherein the biological sample is blood, plasma, or serum, and wherein when the concentration of free GPC3 is above a predetermined value, the GPC3-targeting drug therapy is determined to be effective or the GPC3-targeting drug therapy is determined to be continued.
A compound with neural protective effect, which has a general structure of formula: or a pharmaceutically acceptable salt thereof, wherein: X and Y are both CH; R 2 and R 3 are each independently hydrogen, alkyl, ester group, urethane group, nitronyl group or propargyl amino group; R 5 is amino, alkyl, aryl or heteroaryl group, wherein the amino is -NR 6 R 7 with R 6 and R 7 being each independently hydrogen or akyl; and R 8 and R 9 are each independently hydrogen, methyl, ethyl or propargyl group, wherein R 8 can also be linked with R 2, or R 3 to form a ring structure. X and Y are both CH; R 2 and R 3 are each independently hydrogen, alkyl, ester group, urethane group, nitronyl group or propargyl amino group; R 5 is amino, alkyl, aryl or heteroaryl group, wherein the amino is -NR 6 R 7 with R 6 and R 7 being each independently hydrogen or akyl; and R 8 and R 9 are each independently hydrogen, methyl, ethyl or propargyl group, wherein R 8 can also be linked with R 2, or R 3 to form a ring structure.
A processing method in a telecommunication system comprising a first wireless telecommunication module designed to transmit first sets of data according to a first wireless telecommunication protocol on at least one wireless transmission channel, said method being such that said telecommunication system comprising a second wireless telecommunication module designed to receive and/or transmit second sets of data on the wireless communication channel according to a second wireless telecommunication protocol distinct from the first protocol, said method comprises the following steps when a first set of data is to be transmitted by said first wireless telecommunication module: - estimating the duration needed for said first wireless telecommunication module to transmit said first set of data; - following said estimation, triggering an interruption, of equal duration to said estimated duration, of the reception and/or the transmission of second sets of data by said second module on said wireless communication channel, during which said first set of data is transmitted; - when the estimated duration from the start of triggering has elapsed, restarting of the reception and/or transmission of second sets of data by said second module on said wireless communication channel. - estimating the duration needed for said first wireless telecommunication module to transmit said first set of data; - following said estimation, triggering an interruption, of equal duration to said estimated duration, of the reception and/or the transmission of second sets of data by said second module on said wireless communication channel, during which said first set of data is transmitted; - when the estimated duration from the start of triggering has elapsed, restarting of the reception and/or transmission of second sets of data by said second module on said wireless communication channel.
Vehicle seat with a roller guide, wherein the roller guide has one at least partially laterally open guide rail (8; 8') and exactly one running roller (11; 11') rolling in the guide rail (8; 8') and connected to parts of the vehicle seat by means of at least one axle, wherein the guide rail (8; 8') comprises a roller bottom-side inner wall arranged parallel to a central axis of the running roller (11; 11'), extending parallel thereto a roller top-side inner wall and a roller outer-side inner wall arranged perpendicularly to the central axis, wherein at least one lower transition inner wall (42; 42') is arranged between the roller bottom-side and the roller outer-side inner wall and at least one upper transition inner wall (41; 41') is arranged between the roller top-side and the roller outer-side inner wall, wherein the transition inner walls (41, 42; 41', 42') are configured free from a right-angled portion and in directions from the roller top-side and the roller bottom-side inner wall towards the roller outer-side inner wall with a continuously reducing spacing (d41, d42; d41', d42') from the central axis of the running roller (11; 11'), characterised in that on an axial loading of the roller guide in the direction of the central axis of the running roller (11; 11'), a lower portion of an outer end portion at a first end of the running roller (11; 11') configured to face the roller outer-side inner wall lies with contact against the lower transition inner wall (42; 42').