mhurhangee/ep-ind-claims huggingface dataset:
A communication method performed by a mobile station, MS, having a plurality of reception beams in a mobile communication system including a plurality of base stations, BSs, the method comprising: receiving, from the plurality of BSs, a plurality of reference signals through a reception beam of the plurality of reception beams; determining, by the MS, that at least one BS of the plurality of BSs is a candidate BS for joint transmission/reception with a serving BS based on the plurality of reference signals (903, 1503); transmitting information on the determined candidate BS to the serving BS; receiving resource allocation information from the serving BS; and performing joint transmission/reception with the serving BS and the determined candidate BS based on the resource allocation information. receiving, from the plurality of BSs, a plurality of reference signals through a reception beam of the plurality of reception beams; determining, by the MS, that at least one BS of the plurality of BSs is a candidate BS for joint transmission/reception with a serving BS based on the plurality of reference signals (903, 1503); transmitting information on the determined candidate BS to the serving BS; receiving resource allocation information from the serving BS; and performing joint transmission/reception with the serving BS and the determined candidate BS based on the resource allocation information.
A compound represented by Formula: wherein R 1 and R 3 are both methyl groups, R 2 and R 5 each represent a hydrogen atom or an alkyl group having 1 to 3 carbon atoms; R 4 represents a group selected from a hydroxymethyl group, a 1-hydroxy-1-ethyl group, a 1-hydroxy-1-propyl group, a 1-hydroxy-1-butyl group, and a 2-hydroxy-1-propyl group; m is 0 to 2; n is 0 or 1; and the wavy lines indicate a cis-configuration, a trans-configuration, or a mixture of a cis-configuration and a trans-configuration with respect to position-2 on the cyclopropane ring. R 1 and R 3 are both methyl groups, R 2 and R 5 each represent a hydrogen atom or an alkyl group having 1 to 3 carbon atoms; R 4 represents a group selected from a hydroxymethyl group, a 1-hydroxy-1-ethyl group, a 1-hydroxy-1-propyl group, a 1-hydroxy-1-butyl group, and a 2-hydroxy-1-propyl group; m is 0 to 2; n is 0 or 1; and the wavy lines indicate a cis-configuration, a trans-configuration, or a mixture of a cis-configuration and a trans-configuration with respect to position-2 on the cyclopropane ring.
Arrangement for acoustic decoupling of a stator of an electric motor, comprising - a housing (12; 40), - a stator which is arranged in the housing (12; 40), so as to be concentric with a rotatable motor shaft and at a distance from an internal wall of the housing (12; 40), - a rotor which is arranged inside the stator in the housing (12; 40) and connected rigidly to the motor shaft and - two substantially cylindrical decoupling rings (15; 42) arranged on either side of the stator and concentric with the motor shaft are each fixed both to an end face of the stator and to the housing (12; 40), having recesses on the peripheral surfaces thereof, wherein the decoupling rings (15; 42) abut against the internal wall of the housing (12; 40) and position the stator so as to be at least substantially centred with respect to the internal wall of the housing (12; 40), wherein the decoupling rings each have a first sub-region facing the stator in the axial direction of the motor shaft, having an external diameter which is less than or equal to the external diameter of the stator, and a second sub-region remote from the stator with an external diameter which is greater than the external diameter of the stator, wherein the decoupling rings are fixed to the housing exclusively in this second sub-region of the decoupling rings. - a housing (12; 40), - a stator which is arranged in the housing (12; 40), so as to be concentric with a rotatable motor shaft and at a distance from an internal wall of the housing (12; 40), - a rotor which is arranged inside the stator in the housing (12; 40) and connected rigidly to the motor shaft and - two substantially cylindrical decoupling rings (15; 42) arranged on either side of the stator and concentric with the motor shaft are each fixed both to an end face of the stator and to the housing (12; 40), having recesses on the peripheral surfaces thereof,
A wearing edge attachment system comprising: (a) a mounting assembly having a first portion adapted to engage a support on a vehicle, and a second portion; (b) at least one wearing edge having a first top portion and a second bottom portion adapted to engage a surface; (c) a flexible element adapted to surround and engage only the first top portion of the wearing edge wherein the flexible element includes an upper flexible element, at least one face flexible element and at least one fastener flexible element; and (d) a fastening means; wherein the fastening means secures the flexible element and the wearing edge to the second portion of the mounting assembly, wherein the wearing edge includes a profile and wherein the profile includes a series of apertures adapted to receive the fastening means. (a) a mounting assembly having a first portion adapted to engage a support on a vehicle, and a second portion; (b) at least one wearing edge having a first top portion and a second bottom portion adapted to engage a surface; (c) a flexible element adapted to surround and engage only the first top portion of the wearing edge wherein the flexible element includes an upper flexible element, at least one face flexible element and at least one fastener flexible element; and (d) a fastening means;
A method of video denoising programmed in a non-transitory memory of a device comprising: estimating motion to generate motion estimation information based on a current noisy frame and a previously denoised frame; generating a motion estimation-compensated previous patch with the motion estimation information; selecting, for the current noisy frame, patches of the current noisy frame with a noise level above a predetermined threshold as a plurality of noisy patches of the current frame; processing a current noisy patch of the plurality of noisy patches from the current noisy frame and the motion estimation-compensated previous patch to generate a denoised patch for the current noisy patch; and aggregating the denoised patch and additional denoised patches of the plurality of noisy patches of the current frame to generate a denoised frame and wherein processing the current noisy patch from the current noisy frame and the motion estimation-compensated previous patch to generate the denoised patch includes: generating a difference patch from the current noisy patch and a previous denoised patch; when a sum of absolute values of the difference patch is greater than a threshold, the current noisy patch is denoised to generate the denoised patch; and when the sum of absolute values of the difference patch is not greater than the threshold, the difference patch is denoised, the denoised difference patch and the previous denoised patch are used to determine a temporal denoised patch, and blending the temporal denoised patch and the current noisy patch to generate the denoised patch. estimating motion to generate motion estimation information based on a current noisy frame and a previously denoised frame; generating a motion estimation-compensated previous patch with the motion estimation information; selecting, for the current noisy frame, patches of the current noisy frame with a noise level above a predetermined threshold as a plurality of noisy patches of the current frame; processing a current noisy patch of the plurality of noisy patches from the current noisy frame and the motion estimation-compensated previous patch to generate a denoised patch for the current noisy patch; and generating a difference patch from the current noisy patch and a previous denoised patch; when a sum of absolute values of the difference patch is greater than a threshold, the current noisy patch is denoised to generate the denoised patch; and when the sum of absolute values of the difference patch is not greater than the threshold, the difference patch is denoised, the denoised difference patch and the previous denoised patch are used to determine a temporal denoised patch, and blending the temporal denoised patch and the current noisy patch to generate the denoised patch.
A system for generating an output signal from an input audio signal using a transposition factor T, comprising: - an analysis window unit for applying an analysis window of length L a, thereby extracting a frame of samples of the input signal; - an analysis transformation unit of order M, for transforming the samples from the time domain into the frequency domain yielding M complex coefficients; - a nonlinear processing unit, for multiplying the phase of the complex coefficients by the transposition factor T; - a synthesis transformation unit of order M, for transforming the altered coefficients into M altered samples; and - a synthesis window unit for applying a synthesis window of length L s to the M altered samples, thereby generating a frame of the output signal; characterized in that M is based on the transposition factor T. - an analysis window unit for applying an analysis window of length L a, thereby extracting a frame of samples of the input signal; - an analysis transformation unit of order M, for transforming the samples from the time domain into the frequency domain yielding M complex coefficients; - a nonlinear processing unit, for multiplying the phase of the complex coefficients by the transposition factor T; - a synthesis transformation unit of order M, for transforming the altered coefficients into M altered samples; and - a synthesis window unit for applying a synthesis window of length L s to the M altered samples, thereby generating a frame of the output signal;
De-ashing grate system for a furnace of a combustion or gasification installation supplied with solid fuel, said gate system comprising a lower circular plate of diameter D1 and surface area S1 mounted so as to rotate through 360° on a vertical rotation axis, and furthermore comprising at least one upper plate (P2, P3, P4), superimposed on said lower plate, and mounted so as to rotate through 360° on the vertical rotation axis, said at least one upper plate (P2, P3, P4) having a surface area S2 smaller than the surface area S1 of the lower plate and a maximum dimension of no more than the diameter D1 of this lower plate, said plates (P1, P2, P3, P4) being movable, the centre of gravity of said plates (P1, P2, P3, P4) being on the vertical rotation axis, characterised in that the upper plate or plates (P2, P3, P4) have a shape different from the circular shape and a largest dimension substantially equal to the smallest dimension of the plate on which they are superimposed, the lower and upper (P2, P3, P4) plates being adapted not to turn at the same speed.
A surgical tool comprising: a slider disposed movably in a linear direction relative to a main body, the main body including at least a treatment portion configured to perform a medical procedure; converters configured to move for a converted movement amount which is obtained by converting a movement amount of the slider with a specified magnification factor; and wherein each of the converters comprises: conversion wires each having a first end attached to the slider and a second end attached to the main body; and movable pulleys, wherein the conversion wires are disposed along circumferential surfaces of the movable pulleys, and wherein the converters are disposed on one side and on an opposite side of moving directions of the slider, and transmission wires coupled to the movable pulleys by an element that holds the rotational shaft of the movable pulleys and configured to transmit the converted movement amount to the treatment portion. a slider disposed movably in a linear direction relative to a main body, the main body including at least a treatment portion configured to perform a medical procedure; converters configured to move for a converted movement amount which is obtained by converting a movement amount of the slider with a specified magnification factor; and wherein each of the converters comprises: conversion wires each having a first end attached to the slider and a second end attached to the main body; and movable pulleys, wherein the conversion wires are disposed along circumferential surfaces of the movable pulleys, and conversion wires each having a first end attached to the slider and a second end attached to the main body; and movable pulleys, wherein the conversion wires are disposed along circumferential surfaces of the movable pulleys, and wherein the converters are disposed on one side and on an opposite side of moving directions of the slider, and transmission wires coupled to the movable pulleys by an element that holds the rotational shaft of the movable pulleys and configured to transmit the converted movement amount to the treatment portion.
A compound selected from -3-hydroxybutyl- -3-hydroxybutyrate and 2,3-dihydroxypropyl - -3-hydroxybutyrate for use in therapeutic treatment of the human or animal body of a subject in need of such treatment to elevate the blood concentration of ketone bodies in the subject by oral administration of the said compound to treat a neurological disorder.
An implantable neurostimulation system, comprising: an implantable pulse generator comprising a plurality of electrical terminals; and two or more percutaneous stimulation leads each carrying a plurality of electrodes arranged in an array, wherein the electrical terminals are configured for being electrically coupled to the electrodes of the stimulation leads; wherein the implantable pulse generator further comprises: stimulation circuitry configured for outputting electrical stimulation energy through any of the plurality of electrical terminals in accordance with a defined waveform to any of the electrodes on the stimulation leads so that electrical stimulation may occur between two or more activated electrodes; monitoring circuitry configured for measuring one or more electrical characteristics of the tissue; and control circuitry; characterized in that the control circuitry is configured for modifying a pulse shape of the defined waveform based on the measured one or more electrical characteristics, thereby changing the characteristics of the electrical stimulation energy outputted between the two or more activated electrodes. an implantable pulse generator comprising a plurality of electrical terminals; and two or more percutaneous stimulation leads each carrying a plurality of electrodes arranged in an array, wherein the electrical terminals are configured for being electrically coupled to the electrodes of the stimulation leads; wherein the implantable pulse generator further comprises: stimulation circuitry configured for outputting electrical stimulation energy through any of the plurality of electrical terminals in accordance with a defined waveform to any of the electrodes on the stimulation leads so that electrical stimulation may occur between two or more activated electrodes; monitoring circuitry configured for measuring one or more electrical characteristics of the tissue; and control circuitry; stimulation circuitry configured for outputting electrical stimulation energy through any of the plurality of electrical terminals in accordance with a defined waveform to any of the electrodes on the stimulation leads so that electrical stimulation may occur between two or more activated electrodes; monitoring circuitry configured for measuring one or more electrical characteristics of the tissue; and control circuitry; characterized in that the control circuitry is configured for modifying a pulse shape of the defined waveform based on the measured one or more electrical characteristics, thereby changing the characteristics of the electrical stimulation energy outputted between the two or more activated electrodes.
A device for the reversible connection of two workpieces which are kept at a distance from each other by means of a connector, comprising - an essentially pot-shaped connector sleeve which is to be arranged between the workpieces (4, 5), the bottom of the connector sleeve being provided with a threaded part that can be screwed into the one workpiece and the wall of the connector sleeve being provided with a cross bore, - a connecting bolt comprising a threaded part for the connection with the second workpiece and comprising a cylindrical section for being inserted into the hollow space of the pot-shaped connector sleeve, which cylindrical section is provided with a radial groove, and - a fixing element for positively fixing the connecting bolt in the connector sleeve, characterized in that the connector sleeve and the threaded part of the connector sleeve, which threaded part can be screwed in, are formed in one piece, and the threaded part of the connecting bolt and the cylindrical section of the connecting bolt are formed in one piece. - an essentially pot-shaped connector sleeve which is to be arranged between the workpieces (4, 5), the bottom of the connector sleeve being provided with a threaded part that can be screwed into the one workpiece and the wall of the connector sleeve being provided with a cross bore, - a connecting bolt comprising a threaded part for the connection with the second workpiece and comprising a cylindrical section for being inserted into the hollow space of the pot-shaped connector sleeve, which cylindrical section is provided with a radial groove, and - a fixing element for positively fixing the connecting bolt in the connector sleeve,
Connecting arrangement for the fastening of lateral luggage containers (7, 8) to a motorcycle or to a motorcycle-like vehicle, having: - a rear vehicle frame portion, and - a carrier element which is designed so as to extend transversely with respect to a longitudinal direction (L') of the vehicle frame portion and which, at a lateral left-hand end, is designed for connection to a left-hand luggage container and, at a lateral right-hand end, is designed for connection to a right-hand luggage container, wherein the carrier element is connected to the vehicle frame portion so as to be movable relative thereto, and the carrier element comprises in each case one lateral carrying arm (23a, 23b) in the region of the left-hand end and of the right-hand end, characterized in that the carrier element comprises two transverse members which connect the lateral carrying arms (23a, 23b) to one another, wherein the two lateral carrying arms (23a, 23b) are each designed for connection to the respectively associated lateral luggage container (7, 8), wherein the carrier element is designed as a frame element, wherein the lateral carrying arms (23a, 23b) are in each case connected to one another at their ends by means of one of the two transverse members. - a rear vehicle frame portion, and - a carrier element which is designed so as to extend transversely with respect to a longitudinal direction (L') of the vehicle frame portion and which, at a lateral left-hand end, is designed for connection to a left-hand luggage container and, at a lateral right-hand end, is designed for connection to a right-hand luggage container,
A method of determining a current amount of battery charge of an athletic activity monitoring device characterized by: detecting, by the athletic activity monitoring device, entry of the athletic activity monitoring device into a battery charging state; determining, by the athletic activity monitoring device, an initial voltage output from a battery of the athletic activity monitoring device at or prior to entry into the battery charging state; determining, by the athletic activity monitoring device, an elapsed amount of time since entry into the battery charging state; determining, by the athletic activity monitoring device, a current amount of battery charge as a charge amount percentage based on the elapsed amount of time and the initial voltage output from the battery without reading a voltage from the battery by using a look-up table using the initial voltage output and the elapsed amount of time, wherein the look-up table associates the voltage output from the battery with the charge amount percentage and with an amount of time required to charge the battery from the charge amount percentage to a fully charged state; in response to detecting a change in state of the athletic activity monitoring device from the battery charging state, determining whether the battery has been completely charged; and upon determining that the battery has been completely charged, updating the look-up table with an elapsed amount of time to completely charge the battery from the initial voltage output. detecting, by the athletic activity monitoring device, entry of the athletic activity monitoring device into a battery charging state; determining, by the athletic activity monitoring device, an initial voltage output from a battery of the athletic activity monitoring device at or prior to entry into the battery charging state; determining, by the athletic activity monitoring device, an elapsed amount of time since entry into the battery charging state; determining, by the athletic activity monitoring device, a current amount of battery charge as a charge amount percentage based on the elapsed amount of time and the initial voltage output from the battery without reading a voltage from the battery by using a look-up table using the initial voltage output and the elapsed amount of time, wherein the look-up table associates the voltage output from the battery with the charge amount percentage and with an amount of time required to charge the battery from the charge amount percentage to a fully charged state; in response to detecting a change in state of the athletic activity monitoring device from the battery charging state, determining whether the battery has been completely charged; and upon determining that the battery has been completely charged, updating the look-up table with an elapsed amount of time to completely charge the battery from the initial voltage output.
Method for centring or deflecting a coupling head of a rail vehicle, wherein a connection element is located mid-centred between a traction and impact device and the coupling head on a contact surface of a support device (10, 40), characterized in that this contact surface of the support device (10, 40) is moved from the mid-centring position adopted in the operational state into an approximately horizontal alignment, and in consequence the connection element on the contact surface (17, 47) is pivoted horizontally into the one or the other direction, and that this contact surface (17, 47) of the support device (10, 40) is moved back again into the alignment in which the connection element is aligned as mid-centred.