mhurhangee/patent-ind-claim-en huggingface dataset:
A method for localizing speakers in a listening environment having a first number n speakers and a second number m microphones , wherein n>1 and m>1, comprising: playing a reference audio sequence by one or more of the speakers and obtaining from one or more of the microphones a recording of the reference audio sequence; estimating an impulse response, IR, of the listening environment based on the reference audio sequence played back by one or more of the speakers and the recording of the reference audio sequence obtained from one or more of the microphones ; obtaining multiple times-of-arrival, TOA, candidates for each speaker of the n speakers to each microphone of the m microphones by using the IR to search for direct sound candidate peaks by evaluating a reference peak and using noise levels around the reference peak, wherein the multiple TOA candidates correspond to respective direct sound candidate peaks identified in the search; receiving configuration parameters of the listening environment ; minimizing a cost function using each of the one or more respective TOA candidates of each speaker to estimate a position and latency of a respective speaker and microphone ; iterating the cost function minimization over each TOA candidate of the multiple TOA candidates until the residual is below a defined threshold value; and using the configuration parameters and minimized cost function to provide speaker location information to one or more post-processing or audio rendering components. playing a reference audio sequence by one or more of the speakers and obtaining from one or more of the microphones a recording of the reference audio sequence; estimating an impulse response, IR, of the listening environment based on the reference audio sequence played back by one or more of the speakers and the recording of the reference audio sequence obtained from one or more of the microphones ; obtaining multiple times-of-arrival, TOA, candidates for each speaker of the n speakers to each microphone of the m microphones by using the IR to search for direct sound candidate peaks by evaluating a reference peak and using noise levels around the reference peak, wherein the multiple TOA candidates correspond to respective direct sound candidate peaks identified in the search; receiving configuration parameters of the listening environment ; minimizing a cost function using each of the one or more respective TOA candidates of each speaker to estimate a position and latency of a respective speaker and microphone ; iterating the cost function minimization over each TOA candidate of the multiple TOA candidates until the residual is below a defined threshold value; and using the configuration parameters and minimized cost function to provide speaker location information to one or more post-processing or audio rendering components.
A test film for detecting surface particles in a clean room, comprising a substrate which has a predetermined thickness and is formed of a transparent synthetic resin material; a first adhesive layer which is formed on one side of the substrate and collects the surface particles; a release film which is attached to the first adhesive layer and is separated from the first adhesive layer when the surface particles are collected; a second adhesive layer which is formed on the other side of the substrate; and a protective film which is attached to the second adhesive layer so as to protect the substrate and has gradations indicated thereon.
A method performed at a secondary network node and a master network node within a wireless communication network supporting dual connectivity, such that a user equipment may communicate with a master network node and a secondary network node , said secondary network node supporting a plurality of cells, said method comprising: determining at said secondary network node that a configuration of one of said plurality of cells as a special cell for said user equipment such that said special cell provides predetermined functionality should be transferred to another one of said plurality of cells; and the method being further characterised by , in response to said determining step, transmitting a request for a change in special cell towards said master network node ; and receiving from said master network node one of a secondary network node modification or a secondary network node addition request; wherein said master network node is configured to receive radio resource configuration information indicating a change in a cell designated as said special cell at said secondary network node prior to transmitting a radio resource connection reconfiguration request to said user equipment; wherein said radio resource connection reconfiguration request comprises a secondary network node modification request for modifying parameters relating to said secondary network node, said modification request comprising parameters identifying a new special cell; and wherein the special cell is configured to control downlink random access request transmission for Physical Random Access Channel procedure. determining at said secondary network node that a configuration of one of said plurality of cells as a special cell for said user equipment such that said special cell provides predetermined functionality should be transferred to another one of said plurality of cells; and the method being further characterised by , in response to said determining step, transmitting a request for a change in special cell towards said master network node ; and receiving from said master network node one of a secondary network node modification or a secondary network node addition request; wherein said master network node is configured to receive radio resource configuration information indicating a change in a cell designated as said special cell at said secondary network node prior to transmitting a radio resource connection reconfiguration request to said user equipment; wherein said radio resource connection reconfiguration request comprises a secondary network node modification request for modifying parameters relating to said secondary network node, said modification request comprising parameters identifying a new special cell; and wherein the special cell is configured to control downlink random access request transmission for Physical Random Access Channel procedure.
Machine tool, in particular hand-held machine tool, preferably angle grinder, which has a tool receptacle device which is rotatable about a drive output axis (A), wherein this tool receptacle device is specified to hold a tool device , in particular an insert tool, on the machine tool in such a manner that the drive output axis (A) and a tool rotation axis (a) coincide, wherein the tool receptacle device has at least one entrainment device and a clamping device which is movable relative to the entrainment device , wherein this entrainment device for transmitting a driving force to the tool device has at least one torque transmission region disposed at a spacing from this drive output axis (A), characterized in that the entrainment device and the clamping device are provided to penetrate a clearance of the tool device , which extends in particular through the entire material thickness of the tool device , and to clamp the tool device by means of the clamping device which is movable in the radial direction to the drive output axis (A), wherein the entrainment device is provided to guide the clamping device of the tool receptacle device in a movement proceeding from a releasing state to a fastening state, or vice versa.
An in-vitro method of determining whether an agent is a neuroeffector, the method comprising: (a) labeling dopaminergic neurons which are comprised in a mixed population of cells with a fluorescent dopamine analog in the presence of a dopamine receptor antagonist, wherein said dopamine receptor antagonist comprises Sulpiride or an addition of the dopamine transporter blocker GBR; (b) measuring a level of fluorescence in said mixed population of cells; (c) exposing said mixed population of cells to said agent; (d) remeasuring a level of fluorescence in said mixed population of cells, wherein a change in said level of fluorescence is indicative of the substance being a neuroeffector, wherein said fluorescent dopamine analogue comprises a dopamine labelled with dansyl molecule. (a) labeling dopaminergic neurons which are comprised in a mixed population of cells with a fluorescent dopamine analog in the presence of a dopamine receptor antagonist, wherein said dopamine receptor antagonist comprises Sulpiride or an addition of the dopamine transporter blocker GBR; (b) measuring a level of fluorescence in said mixed population of cells; (c) exposing said mixed population of cells to said agent; (d) remeasuring a level of fluorescence in said mixed population of cells, wherein a change in said level of fluorescence is indicative of the substance being a neuroeffector,
Method for operating a self propelled agricultural machine , wherein the agricultural machine comprises a traction drive , a service brake , a control and a man machine interface including an accelerator pedal and a brake pedal , wherein a user actuation of the brake pedal causes the service brake to be operated, characterized in that the user actuation, preferably the user actuation of the accelerator pedal , is being monitored by the control in view of detecting a predetermined indication for an approaching user actuation of the brake pedal - brake indication - and with said brake indication being detected at least one preparatory measure is being taken by the control for the preparation of a user actuation of the brake pedal , which preparatory measure taken alone does not have a braking effect on the agricultural machine .
Lock switch module for a door-lock for appliances, comprising: - a printed circuit board including an insulating support , a plurality of conductive tracks applied to the insulating support , an electrical connector borne by said insulating support and having a plurality of terminals connected electrically to respective conductive tracks , and a door-lock switch borne by said insulating support and electrically connected between two of said conductive tracks , - a locking pin movable between a retracted position and an extracted position and cooperating with said door-lock switch to change the state of the door-lock switch following the position change between said retracted position and said extracted position, and vice versa, - a low voltage electric motor having a rotating output shaft and connected electrically to at least two conductive tracks of said printed circuit board , and - a transmission mechanism operatively positioned between the output shaft of the electric motor and the locking pin to drive, following the actuation of the electric motor , the movement of the locking pin between said retracted position and an extracted position, and vice versa, wherein said transmission mechanism comprises a cam member having at least a cam (90, 92; 102) cooperating with a protrusion of said locking pin , said cam member being connected to the output shaft of said electric motor through a geared speed reducer . - a printed circuit board including an insulating support , a plurality of conductive tracks applied to the insulating support , an electrical connector borne by said insulating support and having a plurality of terminals connected electrically to respective conductive tracks , and a door-lock switch borne by said insulating support and electrically connected between two of said conductive tracks , - a locking pin movable between a retracted position and an extracted position and cooperating with said door-lock switch to change the state of the door-lock switch following the position change between said retracted position and said extracted position, and vice versa, - a low voltage electric motor having a rotating output shaft and connected electrically to at least two conductive tracks of said printed circuit board , and - a transmission mechanism operatively positioned between the output shaft of the electric motor and the locking pin to drive, following the actuation of the electric motor , the movement of the locking pin between said retracted position and an extracted position, and vice versa,
A substantially translucent or transparent flexible sheet comprising a plurality of strips formed, fully or partly, of a translucent amorphous polymer material , said strips being woven together in warp and weft directions, and characterized in that at least one group of parallel ribbons arranged in the warp and/or weft direction comprise a textile core formed by reinforcing yarns .
A method of wireless communications by a user equipment, UE, comprising: transmitting a first data packet for a first bearer using a Hybrid Automatic Repeat request, HARQ, process to a base station on a first channel; receiving at least two acknowledgments , for the first data packet of the HARQ process on a second channel different than the first channel indicating that the first data packet was successfully received by the base station ; determining whether a second data packet is communicated for the first bearer or a second bearer; and determining , in response to receiving the at least two acknowledgments for the first data packet, based at least in part on the determination that the second data packet is not communicated, to enter into an inactive mode in which at least the second channel is not decoded. transmitting a first data packet for a first bearer using a Hybrid Automatic Repeat request, HARQ, process to a base station on a first channel; receiving at least two acknowledgments , for the first data packet of the HARQ process on a second channel different than the first channel indicating that the first data packet was successfully received by the base station ; determining whether a second data packet is communicated for the first bearer or a second bearer; and determining , in response to receiving the at least two acknowledgments for the first data packet, based at least in part on the determination that the second data packet is not communicated, to enter into an inactive mode in which at least the second channel is not decoded.
An information processing apparatus comprising: an adjustment unit configured to generate an adjusted second virtual object by adjusting, on a basis of feature point information of a first person included in a first virtual object reflecting a body motion of the first person, characterized in that it further comprises a second virtual object reflecting a body motion of a second person to be superimposed on the first virtual object, wherein the adjustment unit adjusts at least a scale or a size of the second virtual object on the basis of the feature point information, a generation unit configured to generate, on a basis of the feature point information of a person, a virtual object reflecting a body motion of the person, wherein the generation unit extracts feature point information of the person on a basis of sensor data obtained by sensing the person, wherein the feature point information comprises acceleration information indicating a motion of the body of the person. an adjustment unit configured to generate an adjusted second virtual object by adjusting, on a basis of feature point information of a first person included in a first virtual object reflecting a body motion of the first person, characterized in that it further comprises a second virtual object reflecting a body motion of a second person to be superimposed on the first virtual object, wherein the adjustment unit adjusts at least a scale or a size of the second virtual object on the basis of the feature point information, a generation unit configured to generate, on a basis of the feature point information of a person, a virtual object reflecting a body motion of the person, wherein the generation unit extracts feature point information of the person on a basis of sensor data obtained by sensing the person, wherein the feature point information comprises acceleration information indicating a motion of the body of the person. wherein the generation unit extracts feature point information of the person on a basis of sensor data obtained by sensing the person, wherein the feature point information comprises acceleration information indicating a motion of the body of the person.
Device for guiding and pivoting bodies , such as cans, bottles, preforms, bottle closures, cardboard containers or flasks, wherein the guiding and pivoting of the bodies takes place by sliding the bodies on the device , wherein the device was produced using a generative manufacturing method characterised in that the device comprises at least one wear strip.
An all-terrain vehicle , comprising a frame ; ground engaging members supporting the frame; a powertrain supported by the frame, including a first final drive drivingly coupled to a first pair of the ground engaging members to power the first pair of ground engaging members, and a second final drive drivingly coupled to a second pair of the ground engaging members to power the second pair of ground engaging members; the vehicle comprises a braking system comprising an anti-lock braking control module ; a first brake master cylinder hydraulically coupled to the anti-lock braking control module and a splitter ; a first brake actuator coupled to the first brake master cylinder ; a brake caliper coupled to at least some of the ground engaging members; a second brake master cylinder hydraulically coupled to the anti-lock braking control module; and a second brake actuator coupled to the second brake master cylinder ; wherein the first brake master cylinder upon actuation provides anti-lock braking to the first and second pairs of ground engaging members ; and wherein the second brake master cylinder upon actuation provides anti-lock braking only to the second pair of ground engaging members . a frame ; ground engaging members supporting the frame; a powertrain supported by the frame, including a first final drive drivingly coupled to a first pair of the ground engaging members to power the first pair of ground engaging members, and a second final drive drivingly coupled to a second pair of the ground engaging members to power the second pair of ground engaging members; a first final drive drivingly coupled to a first pair of the ground engaging members to power the first pair of ground engaging members, and a second final drive drivingly coupled to a second pair of the ground engaging members to power the second pair of ground engaging members; the vehicle comprises a braking system comprising an anti-lock braking control module ; a first brake master cylinder hydraulically coupled to the anti-lock braking control module and a splitter ; a first brake actuator coupled to the first brake master cylinder ; a brake caliper coupled to at least some of the ground engaging members; a second brake master cylinder hydraulically coupled to the anti-lock braking control module; and a second brake actuator coupled to the second brake master cylinder ; an anti-lock braking control module ; a first brake master cylinder hydraulically coupled to the anti-lock braking control module and a splitter ; a first brake actuator coupled to the first brake master cylinder ; a brake caliper coupled to at least some of the ground engaging members; a second brake master cylinder hydraulically coupled to the anti-lock braking control module; and a second brake actuator coupled to the second brake master cylinder ; wherein the first brake master cylinder upon actuation provides anti-lock braking to the first and second pairs of ground engaging members ; and wherein the second brake master cylinder upon actuation provides anti-lock braking only to the second pair of ground engaging members .
A method for use in an additive manufacturing process, comprising: generating an energy beam; directing the energy beam towards beam shaping optics that shape the energy beam to provide a shaped energy beam; patterning the shaped energy beam two-dimensionally using an energy patterning unit ; and handling a rejected patterned energy from the energy patterning unit using an energy handling unit, which directs the rejected patterned energy to one or more image relay that transfer the rejected patterned energy to one or more of: an electricity generator , a thermal energy system , and an energy dump . generating an energy beam; directing the energy beam towards beam shaping optics that shape the energy beam to provide a shaped energy beam; patterning the shaped energy beam two-dimensionally using an energy patterning unit ; and handling a rejected patterned energy from the energy patterning unit using an energy handling unit, which directs the rejected patterned energy to one or more image relay that transfer the rejected patterned energy to one or more of: an electricity generator , a thermal energy system , and an energy dump . an electricity generator , a thermal energy system , and an energy dump .
A process for producing a polythiol compound, comprising: reacting a compound represented by following General Formula with sodium sulfide to obtain a polyalcohol compound represented by following Formula , and wherein, in the formula, X represents a halogen atom, reacting the obtained polyalcohol compound represented by Formula with a thiating agent to obtain a polythiol compound, wherein an absorbance of 17.3% by weight aqueous solution of the sodium sulfide at a wavelength of 350 nm, which is measured with a quartz cell with an optical path length of 50 mm, is 0.70 or less. reacting a compound represented by following General Formula with sodium sulfide to obtain a polyalcohol compound represented by following Formula , and wherein, in the formula, X represents a halogen atom, reacting the obtained polyalcohol compound represented by Formula with a thiating agent to obtain a polythiol compound, wherein an absorbance of 17.3% by weight aqueous solution of the sodium sulfide at a wavelength of 350 nm, which is measured with a quartz cell with an optical path length of 50 mm, is 0.70 or less.
Motorcycle comprising: a motorcycle frame ; a rear fender integral with the motorcycle frame ; a saddle supported only by a support portion of the rear fender ; a rear suspension comprising a swingarm and a shock absorber , the shock absorber being operatively interposed between the support portion and the swingarm ; wherein said support portion is at least partially hollow and said shock absorber is at least partially arranged inside the support portion , characterized by said support portion being a tubular portion. a motorcycle frame ; a rear fender integral with the motorcycle frame ; a saddle supported only by a support portion of the rear fender ; a rear suspension comprising a swingarm and a shock absorber , the shock absorber being operatively interposed between the support portion and the swingarm ; wherein said support portion is at least partially hollow and said shock absorber is at least partially arranged inside the support portion , characterized by said support portion being a tubular portion.
An organic electroluminescent element that is formed by laminating a substrate , a first electrode , an organic layer including an emitting layer , and a second electrode in this order, wherein the emitting layer is formed by mixing mesoporous silica particles in an emitting material ; characterized in that the emitting layer is formed so that the mesoporous silica particles are dispersed with the emitting material , wherein the surface of the mesoporous silica particles has an organic structure.