mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition for use in a method for the treatment of virus-induced disease, wherein the composition comprises an extract of Trigonella foenum-graecum and optionally pharmaceutically acceptable additives wherein the method comprises administration of between 20 mg and 250 mg Trigonella foenum-graecum extract at least once daily.
Handheld power tool , in particular an electrically operated handheld power tool, comprising a housing , comprising a machining axis along which a tool is or can be arranged, comprising a lighting device that has at least one activatable lamp , the lighting device generating work light within a beam angle with an increased or maximum light intensity in a main emission direction in order to illuminate a work region during operation, and comprising at least one light sensor for measuring the light intensity, the light sensor detecting the light intensity of the work light reflected on the work region during operation and generating a sensor signal representing the light intensity, an adjustment unit being provided for setting and/or adjusting the work light generated by the lighting device , and a control unit being provided which controls the adjustment unit on the basis of the sensor signals during operation, characterized in that the adjustment unit and the lighting device are designed in such a way that the main emission direction , the beam shape, and/or the beam angle can be set and/or adjusted by means of the adjustment unit .
A method for communicating, by a first base station, BS, in a wireless communication network, the method comprising: transmitting a radio bearer, RB, request comprising a first parameter to a data gateway, GW, the first parameter comprising a quality of service, QoS, of a service flow, SF, which is to be provided to a mobile station, MS, a MS identification, ID, MSID, of the MS, and a direction of the SF; receiving a RB response comprising a second parameter from the data GW if a first RB between the first BS and the data GW is established based on the first parameter, the second parameter comprising a SF identification, ID, SFID, number, the MSID, and a direction of the SF; and transmitting a RB add request comprising the second parameter to one or more second BSs, wherein the first BS comprises a master BS and the second BS comprises a slave BS, wherein the second parameter is used to establish a RB group by the data GW, the RB group comprising the first RB and one or more second RBs, the one or more second RBs are established between the data GW and the one or more second BSs. transmitting a radio bearer, RB, request comprising a first parameter to a data gateway, GW, the first parameter comprising a quality of service, QoS, of a service flow, SF, which is to be provided to a mobile station, MS, a MS identification, ID, MSID, of the MS, and a direction of the SF; receiving a RB response comprising a second parameter from the data GW if a first RB between the first BS and the data GW is established based on the first parameter, the second parameter comprising a SF identification, ID, SFID, number, the MSID, and a direction of the SF; and transmitting a RB add request comprising the second parameter to one or more second BSs, wherein the first BS comprises a master BS and the second BS comprises a slave BS, wherein the second parameter is used to establish a RB group by the data GW, the RB group comprising the first RB and one or more second RBs, the one or more second RBs are established between the data GW and the one or more second BSs.
A circuit breaker tripping mechanism , comprising: an armature including a first portion extending in a first direction from an armature pivot , and a second portion extending in a second direction from an armature pivot and a magnet acting on the first portion of the armature during a short circuit, characterised in that the circuit breaker tripping mechanism further comprises: a magnetic field generator configured as part of a line conductor that is operable to produce a magnetic field acting on the second portion during the short circuit thereby providing an assisting force (F2) supplementing a primary force (F1) acting on the armature that is provided by the magnet during the short circuit. an armature including a first portion extending in a first direction from an armature pivot , and a second portion extending in a second direction from an armature pivot and a magnet acting on the first portion of the armature during a short circuit, characterised in that the circuit breaker tripping mechanism further comprises: a magnetic field generator configured as part of a line conductor that is operable to produce a magnetic field acting on the second portion during the short circuit thereby providing an assisting force (F2) supplementing a primary force (F1) acting on the armature that is provided by the magnet during the short circuit.
A force estimation method for controlling a vehicle estimating the value of an actuation force, called "link force" (Fb), which is exerted in a power steering system fitted to the vehicle , on a transmission member, such as a steering link , belonging to a steering mechanism which connects an actuator, such as a steering wheel or an assistance motor , to a steered wheel which can be steered in yaw and which carries a tire whose tread is in contact with a ground , the value of the estimated link force (Fb) being corrected as a function of the longitudinal speed (V_vehic) of the vehicle, so as to reduce, in absolute value, the estimated link force (Fb), as a function of the longitudinal speed (V_vehic) of the vehicle, when the vehicle passes from a parking situation, in which the longitudinal speed (V_vehic) of the vehicle is zero, to a driving situation, in which the longitudinal speed (V_vehic) of the vehicle is non-zero, said method being characterized in that the link force is evaluated from a model using: - a first force component (F 1 ) which is representative of a yaw elastic torsion of the tire corresponding to a position difference (ΔX) between on the one hand the position (X CR ) conferred on the transmission member by the power steering system and on the other hand the position (X BR ) of the tread of the tire which is retained, against the displacements of said transmission member, by a friction resistant force (Frot, k c ) that the ground exerts on said tread of the tire, - and a second force component (F 2 ) which attenuates the first force component (F 1 ), as a function of the longitudinal speed (V_vehic) of the vehicle, as soon as the vehicle adopts a non-zero longitudinal speed, so as to take into consideration the progressive release of the yaw elastic torsion of the tire during a transition between a parking situation, where the longitudinal speed of the vehicle is zero, and a driving situation, where the longitudinal speed of the vehicle is non-zero. - a first force component (F 1 ) which is representative of a yaw elastic torsion of the tire corresponding to a position difference (ΔX) between on the one hand the position (X CR ) conferred on the transmission member by the power steering system and on the other hand the position (X BR ) of the tread of the tire which is retained, against the displacements of said transmission member, by a friction resistant force (Frot, k c ) that the ground exerts on said tread of the tire, - and a second force component (F 2 ) which attenuates the first force component (F 1 ), as a function of the longitudinal speed (V_vehic) of the vehicle, as soon as the vehicle adopts a non-zero longitudinal speed, so as to take into consideration the progressive release of the yaw elastic torsion of the tire during a transition between a parking situation, where the longitudinal speed of the vehicle is zero, and a driving situation, where the longitudinal speed of the vehicle is non-zero.
An Optical Wireless Communication, OWC, receiver for receiving an incoming optical beam modulated with data and outputting an electrical output signal comprising the modulated data, the receiver comprising: - a lens arranged to receive the incoming optical beam; - a plurality of photodiodes positioned at a distance from the lens and positioned at or proximal to the focal plane of the lens, each of the plurality of photodiodes being arranged to receive a fraction of the incoming optical beam and to generate a photocurrent (I 11 ...I MK ) in correspondence with photons received from the fraction of the incoming optical beam, wherein the plurality of photodiodes ( N ) are arranged in a two-dimensional array (N=MxK) comprising rows ( 1 ... M ) and columns ( 1 ... K ), characterized in that the outputs of the columns ( 1 ... K ) are combined such that their photocurrents are summed; - an amplifier connected to combined outputs of the columns ( 1 ... K) of the two-dimensional array and arranged to convert the summed photocurrents into the amplifier's output signal; wherein interconnections of the photodiodes of the two-dimensional array (MxK) are configured to form at least two parallel columns ( 1 ... K , wherein K ≥ 2 ) of photodiodes, and wherein each of the parallel columns comprises a cascade ( 1 ... M , wherein K ≥ 2 ) of at least two photodiodes forming a combined photodetector surface. - a lens arranged to receive the incoming optical beam; - a plurality of photodiodes positioned at a distance from the lens and positioned at or proximal to the focal plane of the lens, each of the plurality of photodiodes being arranged to receive a fraction of the incoming optical beam and to generate a photocurrent (I 11 ...I MK ) in correspondence with photons received from the fraction of the incoming optical beam, wherein the plurality of photodiodes ( N ) are arranged in a two-dimensional array (N=MxK) comprising rows ( 1 ... M ) and columns ( 1 ... K ), characterized in that the outputs of the columns ( 1 ... K ) are combined such that their photocurrents are summed; - an amplifier connected to combined outputs of the columns ( 1 ... K) of the two-dimensional array and arranged to convert the summed photocurrents into the amplifier's output signal;
A storage device comprising: a storage controller configured to receive data from a host device , and to store the data in storage memory ; and a reconfigurable integrated circuit communicably connected to the storage controller , and configured to accelerate logic operations executed on the data stored in the storage memory , the reconfigurable integrated circuit comprising: a first logic block configured to execute a static logic operation from among the logic operations; a second logic block configured to execute one or more dynamic logic operations from among the logic operations; and a plurality of memory buffers configured to store inputs and outputs of the first and second logic blocks , wherein the plurality of memory buffers comprises an intermediate output buffer configured to store intermediate outputs of the second logic block , and characterized in that the reconfigurable integrated circuit is configured to: monitor a value of the intermediate output buffer , determine that the value exceeds a threshold value, and configure a logic operation in the second logic block in response to the value exceeding the threshold value. a storage controller configured to receive data from a host device , and to store the data in storage memory ; and a reconfigurable integrated circuit communicably connected to the storage controller , and configured to accelerate logic operations executed on the data stored in the storage memory , the reconfigurable integrated circuit comprising: a first logic block configured to execute a static logic operation from among the logic operations; a second logic block configured to execute one or more dynamic logic operations from among the logic operations; and a plurality of memory buffers configured to store inputs and outputs of the first and second logic blocks , wherein the plurality of memory buffers comprises an intermediate output buffer configured to store intermediate outputs of the second logic block , and a first logic block configured to execute a static logic operation from among the logic operations; a second logic block configured to execute one or more dynamic logic operations from among the logic operations; and a plurality of memory buffers configured to store inputs and outputs of the first and second logic blocks , wherein the plurality of memory buffers comprises an intermediate output buffer configured to store intermediate outputs of the second logic block , and characterized in that the reconfigurable integrated circuit is configured to: monitor a value of the intermediate output buffer , determine that the value exceeds a threshold value, and configure a logic operation in the second logic block in response to the value exceeding the threshold value. monitor a value of the intermediate output buffer , determine that the value exceeds a threshold value, and configure a logic operation in the second logic block in response to the value exceeding the threshold value.
Solid catalyst system comprising a chromium compound, a metal compound, an aluminium compound and a silicon oxide support, wherein the silicon oxide support has an average particle diameter, determined via ASTM D-1921 12, in the range between ≥20 and ≤50 μm, a pore volume, determined by ASTM D 1993-03 , in the range between ≥1.7 ml/g and ≤3 ml/g, and a surface area, determined by ASTM D 1993-03 , in the range between ≥400 m 2 /g and ≤800 m 2 /g and wherein the aluminium compound is selected from diethyl aluminium ethoxide, dihexyl aluminium ethoxide, dioctyl aluminium ethoxide or dihexyl aluminium propoxide. wherein the silicon oxide support has an average particle diameter, determined via ASTM D-1921 12, in the range between ≥20 and ≤50 μm, a pore volume, determined by ASTM D 1993-03 , in the range between ≥1.7 ml/g and ≤3 ml/g, and a surface area, determined by ASTM D 1993-03 , in the range between ≥400 m 2 /g and ≤800 m 2 /g and wherein the aluminium compound is selected from diethyl aluminium ethoxide, dihexyl aluminium ethoxide, dioctyl aluminium ethoxide or dihexyl aluminium propoxide.
An infusion brewer comprising: a filter path forming a continuous loop around a plurality of rotary shafts , the plurality of rotary shafts being operable to cycle a continuous loop filter along the filter path, the filter path having a steeping area and surrounding a vacuum chamber , an infusion enclosure having a bottom opening positionable into an infusion position against the continuous loop filter at the steeping area , and a filter support having an infusion aperture at the steeping area , wherein the filter support is provided in the form of an upper wall of the vacuum chamber , wherein, in the infusion position, the continuous loop filter is sandwiched between the infusion enclosure and a portion of the filter support surrounding the infusion aperture , wherein the filter path has a corner edge around a corresponding one of the rotary shafts following the steeping area , the corner edge leading to a first chicane portion formed with at least two further ones of the rotary shafts in a sequence of an outer radius, an inner radius , and a second outer radius, and wherein the filter path further has a second chicane portion around at least three corresponding ones of the rotary shafts following the first chicane portion. a filter path forming a continuous loop around a plurality of rotary shafts , the plurality of rotary shafts being operable to cycle a continuous loop filter along the filter path, the filter path having a steeping area and surrounding a vacuum chamber , an infusion enclosure having a bottom opening positionable into an infusion position against the continuous loop filter at the steeping area , and a filter support having an infusion aperture at the steeping area , wherein the filter support is provided in the form of an upper wall of the vacuum chamber ,
An electromagnetic actuator (10; 300) comprising: a housing ; a unitary pole piece at least partially arranged within the housing, the unitary pole piece including a first end , a side wall defining a choke portion , and a mounting flange having a mounting surface , the mounting flange extending from a distal end of the side wall opposite to the first end , wall, wherein the first end and the side wall define an armature recess ; an end cap arranged around the unitary pole piece adjacent to the first end, wherein the end cap defines a split design and thereby includes a first end and a second end spaced from the first end such that a gap is arranged therebetween; an armature slidably received with the armature recess of the unitary pole piece; and a wire coil arranged within the housing and positioned around the armature. a housing ; a unitary pole piece at least partially arranged within the housing, the unitary pole piece including a first end , a side wall defining a choke portion , and a mounting flange having a mounting surface , the mounting flange extending from a distal end of the side wall opposite to the first end , wall, wherein the first end and the side wall define an armature recess ; an end cap arranged around the unitary pole piece adjacent to the first end, wherein the end cap defines a split design and thereby includes a first end and a second end spaced from the first end such that a gap is arranged therebetween; an armature slidably received with the armature recess of the unitary pole piece; and a wire coil arranged within the housing and positioned around the armature.
Folder , comprising a. at least one holding means for holding at least one sheet of a menu and / or drinks list parallel to a sheet plane and b. at least one flat light module arranged along the sheet plane for backlighting the sheet, wherein the light module comprises c. at least one flat luminous layer arranged along a luminous module plane (LE) of the luminous module for backlighting the sheet, d. at least one flat energy storage layer arranged along the luminous module plane (LE) for storing electrical energy for supplying the luminous layer , characterized in that e. the folder comprises at least one flat induction layer arranged along the light module plane (LE) for inductive charging of the energy storage layer , f. wherein the at least one luminous layer , the at least one energy storage layer and the at least one induction layer each comprise a plurality of material layers aligned along the luminous module plane (LE) and having different material compositions, g. wherein the at least one luminous layer , the at least one energy storage layer and the at least one induction layer are arranged one above the other perpendicular to the luminous module plane (LE). a. at least one holding means for holding at least one sheet of a menu and / or drinks list parallel to a sheet plane and b. at least one flat light module arranged along the sheet plane for backlighting the sheet, wherein the light module comprises c. at least one flat luminous layer arranged along a luminous module plane (LE) of the luminous module for backlighting the sheet, d. at least one flat energy storage layer arranged along the luminous module plane (LE) for storing electrical energy for supplying the luminous layer , characterized in that e. the folder comprises at least one flat induction layer arranged along the light module plane (LE) for inductive charging of the energy storage layer , f. wherein the at least one luminous layer , the at least one energy storage layer and the at least one induction layer each comprise a plurality of material layers aligned along the luminous module plane (LE) and having different material compositions, g. wherein the at least one luminous layer , the at least one energy storage layer and the at least one induction layer are arranged one above the other perpendicular to the luminous module plane (LE).
A method for training a machine learning model , the method comprising: segmenting , by a processor, a dataset from a database into datasets based on time period windows; assigning , by the processor, weighted values to the datasets according to the time period windows of the datasets, and the weighted values decrease by half for each window from a most recent dataset to a least recent dataset; generating , by the processor, a training dataset from the datasets according to the weighted values; training , by the processor, the machine learning model using the training dataset, wherein the machine learning model comprises a solid-state drive, SSD, failure prediction model; identifying, by the processor, anomaly data in the dataset, wherein the anomaly data comprises SSD failure data; retrieving, by the processor, the anomaly data in the dataset; and adding, by the processor, the anomaly data to the training dataset. segmenting , by a processor, a dataset from a database into datasets based on time period windows; assigning , by the processor, weighted values to the datasets according to the time period windows of the datasets, and the weighted values decrease by half for each window from a most recent dataset to a least recent dataset; generating , by the processor, a training dataset from the datasets according to the weighted values; training , by the processor, the machine learning model using the training dataset, wherein the machine learning model comprises a solid-state drive, SSD, failure prediction model; identifying, by the processor, anomaly data in the dataset, wherein the anomaly data comprises SSD failure data; retrieving, by the processor, the anomaly data in the dataset; and
A spreading machine , in particular a precision seed sowing machine , comprising - at least one seed hopper , - at least one fertilizer hopper , - a plurality of spreading units , wherein each of the spreading units has at least one separating device which is operated pneumatically using overpressure and to which a separating air flow under overpressure can be supplied, and a fertilizer application device, - a conveying air-operated seed feed device for providing seed from the seed hopper to the spreading units , wherein the separation air flow and a conveying air flow of the seed feed device can be combined in the separating device , - an energy-operated fertilizer supply device for providing fertilizer to the fertilizer application devices, - separate fans for providing the separating air flows to the separating devices , the conveying air to the seed feed device and the energy to the fertilizer supply device, respectively; - a seed dispensing channel for dispensing seeds individually; and - a press wheel which is arranged in the dispensing region out of the seed dispensing channel and is designed to transfer the seed grain after exiting the seed dispensing channel and thus to brake it. - at least one seed hopper , - at least one fertilizer hopper , - a plurality of spreading units , wherein each of the spreading units has at least one separating device which is operated pneumatically using overpressure and to which a separating air flow under overpressure can be supplied, and a fertilizer application device, - a conveying air-operated seed feed device for providing seed from the seed hopper to the spreading units , wherein the separation air flow and a conveying air flow of the seed feed device can be combined in the separating device , - an energy-operated fertilizer supply device for providing fertilizer to the fertilizer application devices, - separate fans for providing the separating air flows to the separating devices , the conveying air to the seed feed device and the energy to the fertilizer supply device, respectively; - a seed dispensing channel for dispensing seeds individually; and - a press wheel which is arranged in the dispensing region out of the seed dispensing channel and is designed to transfer the seed grain after exiting the seed dispensing channel and thus to brake it.