mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: determining, by an evolved Node B, eNB, a type of a Listen Before Talk, LBT, indication to set in an uplink, UL, grant, to be transmitted on a first frequency, F1, in order to allocate, for a user equipment, UE, uplink resources on a second frequency, F2, beginning at time T; setting, by the eNB, the LBT indication in the UL grant to correspond to a condition associated with a potential downlink transmission on the F2, wherein the condition corresponds to the potential downlink transmission occurring on F2 until time T p, wherein T p is prior to T, and a time delta between T and T p is less than a threshold; and transmitting, by the eNB, the UL grant to the UE. determining, by an evolved Node B, eNB, a type of a Listen Before Talk, LBT, indication to set in an uplink, UL, grant, to be transmitted on a first frequency, F1, in order to allocate, for a user equipment, UE, uplink resources on a second frequency, F2, beginning at time T; setting, by the eNB, the LBT indication in the UL grant to correspond to a condition associated with a potential downlink transmission on the F2, wherein the condition corresponds to the potential downlink transmission occurring on F2 until time T p, wherein T p is prior to T, and a time delta between T and T p is less than a threshold; and transmitting, by the eNB, the UL grant to the UE.
An implantable fiber for use in reducing or treating acute pain in a patient in need of such treatment, the implantable fiber comprising at least a portion to attach to a target tissue site beneath the skin of the patient, wherein the diameter of the fiber is from 0.4 mm to 0.8 mm, and a length of from 25 mm to 50 mm, which is suitable for implantation at or near a target tissue site, wherein the fiber comprises poly(L-lactide-co-caprolactone), wherein the ratio of L-lactide to caprolactone is 60:40, wherein the clonidine drug load is 8 wt.% to 16wt.% of the implantable fiber, wherein the fiber has an initial burst release from 10% to 40% cumulative release of the clonidine within 1 day, and wherein the fiber has a % cumulative release rate of 10% to 20% per day for at least 14 days.
A method for operating an user equipment, UE, in a heterogeneous network, the method comprising: upon occurrence of a trigger condition, determining that the UE is approaching a closed subscriber group, CSG, cell; and transmitting, to an evolved node-B, eNB, that serves the UE, a message informing that the UE is entering a proximity of the CSG cell; the method characterized by further comprising: receiving, from the eNB, configuration information to perform measurement for the CSG cell, wherein the message comprises, a first field indicating that the UE is entering to the CSG cell, and a second field indicating a frequency for a radio access technology, RAT, associated with the CSG cell. upon occurrence of a trigger condition, determining that the UE is approaching a closed subscriber group, CSG, cell; and transmitting, to an evolved node-B, eNB, that serves the UE, a message informing that the UE is entering a proximity of the CSG cell; the method characterized by further comprising: receiving, from the eNB, configuration information to perform measurement for the CSG cell, wherein the message comprises, a first field indicating that the UE is entering to the CSG cell, and a second field indicating a frequency for a radio access technology, RAT, associated with the CSG cell. receiving, from the eNB, configuration information to perform measurement for the CSG cell, wherein the message comprises, a first field indicating that the UE is entering to the CSG cell, and a second field indicating a frequency for a radio access technology, RAT, associated with the CSG cell.
An overhead conductor sensor, comprising: (a) an electronics housing having first and second opposing ends (12,14); (b) a jaw assembly having a first jaw connected to the first end of the electronics housing and a second jaw pivotally attached to the first jaw to allow the jaw assembly to move between an open position for receiving an overhead conductor therein and a closed position for securing the sensor to the overhead conductor; (c) a thermocouple assembly electrically connected to electronics housed in the electronics housing and extending through the jaw assembly for engagement with the overhead conductor, the thermocouple assembly being adapted to measure a temperature of the overhead conductor; and further including a stabilizer removably attached to the second end of the electronics housing, characterized in that the said stabilizer includes different sized slots to accommodate different sized overhead conductors. (a) an electronics housing having first and second opposing ends (12,14); (b) a jaw assembly having a first jaw connected to the first end of the electronics housing and a second jaw pivotally attached to the first jaw to allow the jaw assembly to move between an open position for receiving an overhead conductor therein and a closed position for securing the sensor to the overhead conductor; (c) a thermocouple assembly electrically connected to electronics housed in the electronics housing and extending through the jaw assembly for engagement with the overhead conductor, the thermocouple assembly being adapted to measure a temperature of the overhead conductor; and
A wheel retention system for a bicycle, comprising: a receptacle for a running wheel of a bicycle, at least one movable retaining bracket for fixating a running wheel of a bicycle, wherein the movable retaining bracket is movable from a first position into a second position, wherein in the first position the retaining bracket is spaced apart from a to be inserted running wheel and wherein in the second position the retaining bracket resting against a to be inserted running wheel, a locking device for locking the running wheel in the receptacle, a triggering device for automatically actuating the locking device, wherein the triggering device is configured to be triggered by insertion of a running wheel in the receptacle, wherein triggering of the triggering device moving at least one retaining bracket from the first position into the second position and pressing against an inserted running wheel such that an inserted running wheel is fixed, and wherein after the running wheel is fixed by the retaining bracket the triggering device is configured to actuate the locking device and to lock the running wheel in the fixed position such that an inserted running wheel is locked in the receptacle. a receptacle for a running wheel of a bicycle, at least one movable retaining bracket for fixating a running wheel of a bicycle, wherein the movable retaining bracket is movable from a first position into a second position, wherein in the first position the retaining bracket is spaced apart from a to be inserted running wheel and wherein in the second position the retaining bracket resting against a to be inserted running wheel, a locking device for locking the running wheel in the receptacle, a triggering device for automatically actuating the locking device, wherein the triggering device is configured to be triggered by insertion of a running wheel in the receptacle, wherein triggering of the triggering device moving at least one retaining bracket from the first position into the second position and pressing against an inserted running wheel such that an inserted running wheel is fixed, and wherein after the running wheel is fixed by the retaining bracket the triggering device is configured to actuate the locking device and to lock the running wheel in the fixed position such that an inserted running wheel is locked in the receptacle.
A winching system for plural tethered airborne devices, the system comprising a plurality of rotatable turntables coupled to a central column by at least one movable arm, wherein a respective winch is mounted on each turntable, the winching system being characterized by a drive motor; and a controller coupled to said drive motor, wherein the controller is configured to control the drive motor to orientate one or more of the respective turntables and the at least one movable arm to a desired location. a plurality of rotatable turntables coupled to a central column by at least one movable arm, wherein a respective winch is mounted on each turntable, the winching system being characterized by a drive motor; and a controller coupled to said drive motor, wherein the controller is configured to control the drive motor to orientate one or more of the respective turntables and the at least one movable arm to a desired location.
A heating, ventilating, and air conditioning system comprising: a closed-conduit refrigeration circuit comprising: an expansion valve fluidly coupled to a sensory bulb, the expansion valve configured to regulate refrigerant flow within the closed-conduit refrigeration circuit, an evaporator fluidly-coupled to the expansion valve via a refrigeration line, a compressor fluidly-coupled to the evaporator via a suction line, a condenser fluidly-coupled to the compressor and to the expansion valve, the system being characterized by a heat-flow modulator, the heat-flow modulator comprising a modulator body having a first contact surface and a second contact surface, the first contact surface thermally-coupled to the suction line and the second contact surface thermally-coupled to the sensory bulb; and wherein the modulator body is formed from a thermally-insulating material, wherein the thermally-insulating material has a thermal conductivity less than 1 W / (m • K). an expansion valve fluidly coupled to a sensory bulb, the expansion valve configured to regulate refrigerant flow within the closed-conduit refrigeration circuit, an evaporator fluidly-coupled to the expansion valve via a refrigeration line, a compressor fluidly-coupled to the evaporator via a suction line, a condenser fluidly-coupled to the compressor and to the expansion valve, the system being characterized by a heat-flow modulator, the heat-flow modulator comprising a modulator body having a first contact surface and a second contact surface, the first contact surface thermally-coupled to the suction line and the second contact surface thermally-coupled to the sensory bulb; and wherein the modulator body is formed from a thermally-insulating material, wherein the thermally-insulating material has a thermal conductivity less than 1 W / (m • K).
A cabinet that is mountable to hinges having hinge pins used to hang a door hung in a door jam so that said cabinet can be pivoted upon the hinge pins independently of the door, said cabinet comprising: a main body having an interior side panel having an interior surface and an exterior surface, an exterior side panel having an interior surface and an exterior surface and a rear panel having an interior surface and an exterior surface; said main body housing an open storage area for placing one or more shelves that extend across the cabinet from the interior side panel to the exterior side panel; a first cap located on a top end of the main body; said first cap having a front edge, interior side edge, exterior side edge, rear edge, top surface and bottom surface; a second cap located on a bottom end of the main body; said first cap having a front edge, side interior edge, side exterior edge, rear edge, top surface and bottom surface; at least one exterior support channel located on the exterior surface of the interior side panel; at least one hinge hanging bracket attached to the at least one exterior support channel, said hinge hanging bracket being configured to be mounted to hinges having hinge pins used to hang a door hung in a door jam so that said cabinet can be pivoted upon the hinge pins independently of the door; and said main body comprises at least two sections secured together via at least one attachment means; at least one interior support channel located on an interior surface of the main body; and said at least two sections of the main body are attached together via at least one spline located within the at least one interior support channel. a main body having an interior side panel having an interior surface and an exterior surface, an exterior side panel having an interior surface and an exterior surface and a rear panel having an interior surface and an exterior surface; said main body housing an open storage area for placing one or more shelves that extend across the cabinet from the interior side panel to the exterior side panel; a first cap located on a top end of the main body; said first cap having a front edge, interior side edge, exterior side edge, rear edge, top surface and bottom surface; a second cap located on a bottom end of the main body; said first cap having a front edge, side interior edge, side exterior edge, rear edge, top surface and bottom surface; at least one exterior support channel located on the exterior surface of the interior side panel; at least one hinge hanging bracket attached to the at least one exterior support channel, said hinge hanging bracket being configured to be mounted to hinges having hinge pins used to hang a door hung in a door jam so that said cabinet can be pivoted upon the hinge pins independently of the door; and said main body comprises at least two sections secured together via at least one attachment means; at least one interior support channel located on an interior surface of the main body; and said at least two sections of the main body are attached together via at least one spline located within the at least one interior support channel.
Drive for a switch disconnector comprising a switching pin acting as switching contact, comprising a spindle drive operated by an electric motor and having a spindle nut, and comprising a compression spring, characterized by • an actuating element, which is loaded by the compression spring and is pivotable about a stationary fulcrum, and which is in the form of a twin switching fork having a first switching fork and a second switching fork (26, 28), • which actuating element is connected in articulated fashion to the compression spring in a common swivel joint, • and into which actuating element firstly the spindle nut engages, • and secondly, which actuating element interacts with an actuating apparatus formed by an actuating disc or an actuating cylinder, • wherein an end face of the actuating disc or of the actuating cylinder is provided with at least one eccentrically arranged actuating bolt, which can be acted upon by the actuating element, for the purpose of rotary actuation of the actuating disc or the actuating cylinder, • and wherein the compression spring is formed by a set of springs which is mounted bistably and is mounted fixed in position on the side opposite the articulation point of the actuating element. • an actuating element, which is loaded by the compression spring and is pivotable about a stationary fulcrum, and which is in the form of a twin switching fork having a first switching fork and a second switching fork (26, 28), • which actuating element is connected in articulated fashion to the compression spring in a common swivel joint, • and into which actuating element firstly the spindle nut engages, • and secondly, which actuating element interacts with an actuating apparatus formed by an actuating disc or an actuating cylinder, • wherein an end face of the actuating disc or of the actuating cylinder is provided with at least one eccentrically arranged actuating bolt, which can be acted upon by the actuating element, for the purpose of rotary actuation of the actuating disc or the actuating cylinder, • and wherein the compression spring is formed by a set of springs which is mounted bistably and is mounted fixed in position on the side opposite the articulation point of the actuating element.
A broadcast receiver (10, 20, 30, 40, 50, 60, 70) comprising; a separator configured to separate a broadcasting signal into at least a first high frequency output signal and a second high frequency output signal; a processor (5, 38, 45, 75) configured to process the first high frequency output signal and to generate a processed broadcasting signal from the first high frequency output signal, the processor comprising a high-pass filter (51; 381; 451, 452; 611) with an adjustable cutoff frequency and configured to receive the first high frequency output signal; a frequency converter connected to the processor and configured to generate a converted signal by converting a frequency of the processed broadcasting signal to an intermediate frequency; a band limiter (3; 31, 32, 33; 41, 42; 73) configured to perform a band limitation on the second high frequency output signal; a detector (4; 34, 35, 36; 43, 44; 74) configured to detect a signal level in a first predetermined band of the second high frequency output signal after the band limitation; and an adjuster configured to adjust the cutoff frequency of high-pass filter based on the detected signal level. a separator configured to separate a broadcasting signal into at least a first high frequency output signal and a second high frequency output signal; a processor (5, 38, 45, 75) configured to process the first high frequency output signal and to generate a processed broadcasting signal from the first high frequency output signal, the processor comprising a high-pass filter (51; 381; 451, 452; 611) with an adjustable cutoff frequency and configured to receive the first high frequency output signal; a frequency converter connected to the processor and configured to generate a converted signal by converting a frequency of the processed broadcasting signal to an intermediate frequency; a band limiter (3; 31, 32, 33; 41, 42; 73) configured to perform a band limitation on the second high frequency output signal; a detector (4; 34, 35, 36; 43, 44; 74) configured to detect a signal level in a first predetermined band of the second high frequency output signal after the band limitation; and an adjuster configured to adjust the cutoff frequency of high-pass filter based on the detected signal level.
Device for applying, delimiting and smoothing of joints extruded with an impressive filling compound, comprising an extension to be mounted on top of a squeezing cartridge and comprising two side walls (14,16) meeting at a bottom of the extension, a sweeping surface for sweeping the filling compound which is pressed out of the nozzle and for delimiting the cross-section of the joint, said sweeping surface being formed by the bottom side of the bottom, and a plug-in reception for the nozzle and a first channel extending the plug-in reception and ending obliquely in the sweeping surface, said extension being a prism-shaped body forming two abutting surfaces angled toward each other and which are connected to both sides of the sweeping surface and being formed by the side walls (14,16), characterized in that the reception space is formed in the extension at its rear end for receiving excessive filling compound, and the sweeping surface is extended from the first channel towards the rear end of the extension by means of an extension section, and the reception space communicates with the sweeping surface by means of a second channel ending in the extension section of the sweeping surface, so that the end openings of the first channel and the second channel opening into the sweeping surface are positioned behind each other.
A method of manufacturing a vibratable head for an aerosol generator, the vibratable head comprising - a support member, - a vibratable membrane supported by the support member, and - a vibrator configured to vibrate the vibratable membrane, wherein the vibrator is a piezoelectric element or comprises a piezoelectric element, the method comprising the steps of - providing the support member, - roughening a surface portion of the support member by laser structuring, - applying an adhesive to at least a part of the roughened surface portion of the support member, and - attaching at least one element to the support member by at least a portion of the adhesive. - a support member, - a vibratable membrane supported by the support member, and - a vibrator configured to vibrate the vibratable membrane, wherein the vibrator is a piezoelectric element or comprises a piezoelectric element, the method comprising the steps of - providing the support member, - roughening a surface portion of the support member by laser structuring, - applying an adhesive to at least a part of the roughened surface portion of the support member, and - attaching at least one element to the support member by at least a portion of the adhesive.
A pendular bogie for a railway vehicle, comprising a chassis, a structure mobile in rotation around a longitudinal axis relatively to the chassis and intended to be bound to the body of the railway vehicle, and at least one device for damping the yaw movements of the structure relatively to the chassis, the device for damping the yaw movements comprising: - a damping actuator cylinder connected through a first end to the chassis through a first ball-joint connection; - a connecting element binding a second end of the damping actuator cylinder to the structure; characterized in that the connecting element comprises: - an upper connecting rod, bound to the second end of the actuator cylinder through a second ball-joint connection on the one hand and to the structure by a pivoting connecting device around a longitudinal pivot axis on the other hand; - a lower connecting rod, bound to the upper connecting rod and/or to the second end of the damping actuator cylinder through a third ball-joint connection on the one hand and to the chassis through a fourth ball-joint connection on the other hand. - a damping actuator cylinder connected through a first end to the chassis through a first ball-joint connection; - a connecting element binding a second end of the damping actuator cylinder to the structure; - an upper connecting rod, bound to the second end of the actuator cylinder through a second ball-joint connection on the one hand and to the structure by a pivoting connecting device around a longitudinal pivot axis on the other hand; - a lower connecting rod, bound to the upper connecting rod and/or to the second end of the damping actuator cylinder through a third ball-joint connection on the one hand and to the chassis through a fourth ball-joint connection on the other hand.
A tea maker in which a vertical conveyor (119;1308;1501;612;704;93) that is separated by a wall (128;1304;93;707) from a water compartment (1305;180) of a vessel (101;401;709;1603) of the tea maker, carries a basket (103;511; 314;) for movement up and down within the water compartment, a heating element (301;509;716) heats water contained within the water compartment, and a motor (120;1301;606;701) for driving the conveyor is activated to lower the basket into the water for infusion of tea contained within the basket when a temperature sensor (91;713;715) senses that a specified water temperature has been reached, characterised in that the basket is coupled magnetically through the wall to a carriage (129;1317;1605) of the conveyor by magnetic attraction between one or more magnets (131;1309;1604) of the carriage and one or more magnets (133;1310;1606) of the basket.