mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging system, comprising; a sample stage comprising a surface to support a sample container , the sample container having a plurality of sample locations; an optical stage having an objective lens , the optical stage being positionable relative to the sample stage to image samples at the plurality of sample locations; a first light source for illuminating a current sample location of the plurality of sample locations; characterized in further comprising an off-axis focus system comprising a focusing laser generating a plurality of pairs of spots wherein one of the pairs of spots is projected on a next sample location of the plurality of sample locations while the first light source is illuminating the current sample location and another of the pairs of spots is projected on the current sample location; an actuator physically coupled to at least one of the sample stage and the optical stage to move the sample stage relative to the optical stage to focus the optical stage onto the current sample location; and a drive circuit to determine a focus setting for the next sample location responsive to a differential measurement of the pair of spots by an image sensor and to provide a drive signal to the actuator before the optical stage is positioned to image a sample at the next sample location, wherein at least one parameter of the drive signal is determined using a difference between a focus setting for the current sample location and the determined focus setting for the next sample location. a sample stage comprising a surface to support a sample container , the sample container having a plurality of sample locations; an optical stage having an objective lens , the optical stage being positionable relative to the sample stage to image samples at the plurality of sample locations; a first light source for illuminating a current sample location of the plurality of sample locations; characterized in further comprising an off-axis focus system comprising a focusing laser generating a plurality of pairs of spots wherein one of the pairs of spots is projected on a next sample location of the plurality of sample locations while the first light source is illuminating the current sample location and another of the pairs of spots is projected on the current sample location; an actuator physically coupled to at least one of the sample stage and the optical stage to move the sample stage relative to the optical stage to focus the optical stage onto the current sample location; and a drive circuit to determine a focus setting for the next sample location responsive to a differential measurement of the pair of spots by an image sensor and to provide a drive signal to the actuator before the optical stage is positioned to image a sample at the next sample location, wherein at least one parameter of the drive signal is determined using a difference between a focus setting for the current sample location and the determined focus setting for the next sample location.
An electronic device comprising: a housing configured to form an internal space; a radiating sheet configured to be disposed in the internal space; at least one electronic component configured to be disposed in the internal space and to be connected to the radiating sheet ; and a flexible printed circuit board, FPCB, antenna module configured to be disposed on the radiating sheet and to comprise an antenna pattern and a nonconductive layer , the nonconductive layer being configured to surround the antenna pattern , wherein the nonconductive layer extends to a region in which the electronic component is positioned. a housing configured to form an internal space; a radiating sheet configured to be disposed in the internal space; at least one electronic component configured to be disposed in the internal space and to be connected to the radiating sheet ; and a flexible printed circuit board, FPCB, antenna module configured to be disposed on the radiating sheet and to comprise an antenna pattern and a nonconductive layer , the nonconductive layer being configured to surround the antenna pattern , wherein the nonconductive layer extends to a region in which the electronic component is positioned.
A computer-implemented method for suppressing transient noise in an audio signal, the method comprising: estimating a voice probability for a segment of the audio signal containing transient noise, the estimated voice probability being a probability that the segment contains voice data; responsive to determining that the estimated voice probability for the segment is greater than a threshold probability, performing a first type of suppression on the segment ; responsive to determining that the estimated voice probability for the segment is less than the threshold probability, performing a second type of suppression on the segment ; and tracking a spectral mean , wherein the second type of suppression suppresses the transient noise contained in the segment to a greater extent than the first type of suppression, the step of performing the second type of suppression comprises: for each frequency bin of the segment, comparing a magnitude for said frequency bin to the tracked spectral mean , wherein when the magnitude is greater than the tracked spectral mean, the second type of suppression is performed for said frequency bin , and when the magnitude is equal to or less than the tracked spectral mean, the second type of suppression is not performed for said frequency bin. estimating a voice probability for a segment of the audio signal containing transient noise, the estimated voice probability being a probability that the segment contains voice data; responsive to determining that the estimated voice probability for the segment is greater than a threshold probability, performing a first type of suppression on the segment ; responsive to determining that the estimated voice probability for the segment is less than the threshold probability, performing a second type of suppression on the segment ; and tracking a spectral mean , wherein the second type of suppression suppresses the transient noise contained in the segment to a greater extent than the first type of suppression, the step of performing the second type of suppression comprises: for each frequency bin of the segment, comparing a magnitude for said frequency bin to the tracked spectral mean , wherein when the magnitude is greater than the tracked spectral mean, the second type of suppression is performed for said frequency bin , and when the magnitude is equal to or less than the tracked spectral mean, the second type of suppression is not performed for said frequency bin. for each frequency bin of the segment, comparing a magnitude for said frequency bin to the tracked spectral mean , wherein when the magnitude is greater than the tracked spectral mean, the second type of suppression is performed for said frequency bin , and when the magnitude is equal to or less than the tracked spectral mean, the second type of suppression is not performed for said frequency bin.
A trim part made for a vehicle interior and designed to be backlit or transilluminated, wherein the trim part comprises a carrier part designed to fasten the trim part in the vehicle interior and an optional optical wave guide , which carrier part is formed as an injection-molded multi-component part from at least two different plastics, wherein a first plastic, as a hard component, and a second plastic, as a soft component, are connected to one another during injection molding, and wherein the trim part has at least one optical wave guide receptacle for fasteningly receiving at least the optical wave guide in a manner as to be decoupled from the hard component of the carrier part , and the optical wave guide receptacle is formed from the soft component of the carrier part , characterized in that the optical wave guide receptacle is partially formed from webs made of the hard component which protrude from the carrier part , the webs forming between them an insertion channel for the optical wave guide which is injection-molded with the soft component.
A trocar support apparatus for use with a trocar (T) separate from the apparatus for maintaining the trocar in fixed position in a body wall of a patient while the trocar extends through the body wall of a patient, the support comprising: an annular expandable member for extending around the trocar, said annular expandable member being movable in an expansion movement from a collapsed condition radially outwardly of the trocar to a predetermined size; an annular abutment collar arranged to be received on the trocar at a required position thereon; the annular abutment collar _being adjustable longitudinally of the trocar so as to be located at a selected position; a releasable clamping member on the annular abutment collar for locating the annular abutment collar on the trocar at the selected position; said annular expandable member being arranged while in said collapsed condition to be inserted through an incision in the body wall and expanded when inserted to engage an inside surface of the body wall; and a connecting component engaging a portion of the annular expandable member to engage and hold the annular expandable member in engagement with the annular abutment collar during common insertion of the trocar therethrough; characterized in that the connecting component is mounted on the annular abutment collar and is provided with a release member operable to operate the connecting component mounted on the annular abutment collar to effect release of the annular expandable member from the annular abutment collar . an annular expandable member for extending around the trocar, said annular expandable member being movable in an expansion movement from a collapsed condition radially outwardly of the trocar to a predetermined size; an annular abutment collar arranged to be received on the trocar at a required position thereon; the annular abutment collar _being adjustable longitudinally of the trocar so as to be located at a selected position; a releasable clamping member on the annular abutment collar for locating the annular abutment collar on the trocar at the selected position; said annular expandable member being arranged while in said collapsed condition to be inserted through an incision in the body wall and expanded when inserted to engage an inside surface of the body wall; and a connecting component engaging a portion of the annular expandable member to engage and hold the annular expandable member in engagement with the annular abutment collar during common insertion of the trocar therethrough; characterized in that the connecting component is mounted on the annular abutment collar and is provided with a release member operable to operate the connecting component mounted on the annular abutment collar to effect release of the annular expandable member from the annular abutment collar .
Process for treating sheet-like elements, obtained by means of an apparatus which comprises: - a coating station provided with depositing means adapted to deposit a thermoplastic material ; - a drying station provided with heating means ; - a compression station comprising at least one press provided with at least two compression elements placed facing each other; said process comprising: - a coating step, in which at least one sheet-like element traverses said coating station and said depositing means deposit on said sheet-like element a coating layer comprising said thermoplastic material in the liquid state; - after said coating step, a drying step, in which said sheet-like element with said coating layer traverses said drying station and said heating means apply a thermal treatment on said sheet-like element ; - after said drying step, a compression step, in which said sheet-like element traverses said compression station and the compression elements of said press compress between them said sheet-like element in order to impress said coating layer on said sheet-like element ; said process being characterized in that: in said drying step, said thermal treatment determines a partial drying of said coating layer and said sheet-like element is supplied out of said drying station with said coating layer in an at least partially viscous state; in said compression step, at least one of the compression elements of said press acts on said coating layer in said at least partially viscous state, plastically deforming said coating layer . - a coating station provided with depositing means adapted to deposit a thermoplastic material ; - a drying station provided with heating means ; - a compression station comprising at least one press provided with at least two compression elements placed facing each other; - a coating step, in which at least one sheet-like element traverses said coating station and said depositing means deposit on said sheet-like element a coating layer comprising said thermoplastic material in the liquid state; - after said coating step, a drying step, in which said sheet-like element with said coating layer traverses said drying station and said heating means apply a thermal treatment on said sheet-like element ; - after said drying step, a compression step, in which said sheet-like element traverses said compression station and the compression elements of said press compress between them said sheet-like element in order to impress said coating layer on said sheet-like element ; in said drying step, said thermal treatment determines a partial drying of said coating layer and said sheet-like element is supplied out of said drying station with said coating layer in an at least partially viscous state; in said compression step, at least one of the compression elements of said press acts on said coating layer in said at least partially viscous state, plastically deforming said coating layer .
A method of handling network traffic, performed by a user equipment , comprising: - receiving a control signal indicating to selectively activate detection and routing of outgoing data packets; - receiving incoming data packets from one of a plurality of bearers , the incoming data packets including a first identifier indicating a source; - detecting, if being selectively activated by the control signal , outgoing data packets which include a second identifier indicating the source of the first identifier as destination of the outgoing data packet; - routing the detected outgoing data packets to the same bearer from which the incoming data packets having said first identifier are received. - receiving a control signal indicating to selectively activate detection and routing of outgoing data packets; - receiving incoming data packets from one of a plurality of bearers , the incoming data packets including a first identifier indicating a source; - detecting, if being selectively activated by the control signal , outgoing data packets which include a second identifier indicating the source of the first identifier as destination of the outgoing data packet; - routing the detected outgoing data packets to the same bearer from which the incoming data packets having said first identifier are received.
A cooling arrangement for an electronic device , comprising: a cooling fluid circuit including: a fluidic input line adapted for receiving a cooling fluid from a cooling fluid source, and a fluidic output line adapted for returning the cooling fluid toward a drain; a primary cooling device adapted to be thermally connected to the electronic device , to receive the cooling fluid from the fluidic input line and to transfer heat from the electronic device to the cooling fluid before returning the cooling fluid via the fluidic output line ; a flow detection device operable to monitor a flow of the cooling fluid in the cooling fluid circuit; a secondary cooling device adapted to be thermally connected to the electronic device and operable to absorb and dissipate heat from the electronic device ; and a processor operatively connected to the flow detection device and to the secondary cooling device , the processor being configured to cause an activation of the secondary cooling device when receiving, from the flow detection device , an indication of a lack of flow of the cooling fluid in the primary cooling device ; wherein the primary cooling device is adapted to be mounted on the electronic device . a cooling fluid circuit including: a fluidic input line adapted for receiving a cooling fluid from a cooling fluid source, and a fluidic output line adapted for returning the cooling fluid toward a drain; a fluidic input line adapted for receiving a cooling fluid from a cooling fluid source, and a fluidic output line adapted for returning the cooling fluid toward a drain; a primary cooling device adapted to be thermally connected to the electronic device , to receive the cooling fluid from the fluidic input line and to transfer heat from the electronic device to the cooling fluid before returning the cooling fluid via the fluidic output line ; a flow detection device operable to monitor a flow of the cooling fluid in the cooling fluid circuit; a secondary cooling device adapted to be thermally connected to the electronic device and operable to absorb and dissipate heat from the electronic device ; and a processor operatively connected to the flow detection device and to the secondary cooling device , the processor being configured to cause an activation of the secondary cooling device when receiving, from the flow detection device , an indication of a lack of flow of the cooling fluid in the primary cooling device ; wherein the primary cooling device is adapted to be mounted on the electronic device .
A method comprising: receiving an input associated with a user via an electronic device corresponding to the user, the input comprising a selection of a persona, wherein a persona comprises a sub-environment under a user environment corresponding to the user; determining a first persona associated with the user corresponding to the selected persona; and providing , in response to the input, a first set of applications or data corresponding to the determined first persona; wherein application behavior is restricted based on the determined persona. receiving an input associated with a user via an electronic device corresponding to the user, the input comprising a selection of a persona, wherein a persona comprises a sub-environment under a user environment corresponding to the user; determining a first persona associated with the user corresponding to the selected persona; and providing , in response to the input, a first set of applications or data corresponding to the determined first persona; wherein application behavior is restricted based on the determined persona.
Nozzle installation having at least one nozzle, which is configured for introducing a cleaning medium containing solids into a jet engine, which has means for connecting in a rotationally fixed manner to the shaft of the turbofan of a jet engine, and which has a rotary coupling to which a line connection is able to be connected, wherein the connection of the nozzle-proximal outlet of the rotary coupling to the inlet of the at least one nozzle is established by means of a flexible hose , characterized in that the rotary coupling is spaced apart from the means for the rotationally fixed connection to the shaft of the turbofan of a jet engine by 0.2 to 2 m, wherein curvatures present in the flexible hose are configured such that a solid can follow a flow through the flexible hose without hindrance and does not precipitate or sublimate on walls of the flexible hose by virtue of excessively tight curvature radii.
Method for regulating the operating state of an outlet nozzle for cutting or cutting-assisting working gas of a cutting torch, the operating state comprising the feed speed relative to the workpiece and the distance of the outlet nozzle from the workpiece, as well as flow rates and operating pressure of the working gas, wherein with the aid of a vibration sensor vibrations occurring due to the operation of the outlet nozzle caused by structure-borne and/or airborne sound are measured as a time-dependent vibration signal (V) and a frequency spectrum (F) of the measured vibration signal (V) for at least one frequency range (f i , f i+1 , i=1,2 ... M) is determined, characterized in that a signal width (S i ) or, in the case of a plurality of frequency ranges (f i , f i+1 ), a signal width distribution is determined by means of two envelopes (E 1 , E 2 ) of the signal peaks of the frequency spectrum (F) in the at least one frequency range (f i , f i+1 ), which is assigned to one of at least three predetermined operating state ranges of the outlet nozzle in order to identify an actual operating state range of the outlet nozzle , and subsequently a regulating signal assigned to the actual operating state range is generated, wherein the at least three predetermined operating state ranges of the outlet nozzle are a target operating state range and at least two deviation ranges of the outlet nozzle , and a regulating signal is generated upon identification of one of the at least two deviation ranges as the actual operating state range of the outlet nozzle , which transfers the actual operating state range of the outlet nozzle to the target operating state range by corresponding readjustment of controllable operating parameters such as feed speed relative to the workpiece, distance of the outlet nozzle from the workpiece, as well as flow rates and operating pressure of the working gas.
A formulation for topical use consisting of vitamin E or an ester thereof for a therapeutic use in removing, reducing or inhibiting a bacterial and/or fungal biofilm, wherein said ester of vitamin E is an ester with a carboxylic acid of formula R-COOH, in which R is an alkyl radical having from 1 to 19 carbon atoms, or an alkenyl or alkynyl having from 2 to 19 carbon atoms.
Method for connecting molded pieces, at least one first molded piece being held in a first holding device part , at least one second molded piece being held in at least one second holding device part , the second holding device part having a first two-dimensionally extended frame in which the molded piece is held, in a first handling step, the holding device parts being moved into a relative position in relation to one another with a common contact area, the contact area being configured as a common contact area of the first two-dimensionally configured frame with the first holding device part , characterized in that , in a second handling step, with an unchanged relative position, the at least first molded piece and the at least second molded piece are moved in relation to one another in the plane which is spanned by the two-dimensional extent of the first frame by means of at least one moving device that can be moved in relation to one of the holding device parts , until a connecting position established by a form and/or force fit of the respective molded pieces in relation to one another with a common contact area is achieved.
A method for producing a compound of formula or a ring-closed or ring-opened derivative of the compound: wherein R 1 is an organic group, R X is H or F, R 2a -R 2d each independently are -Y-R 21 or -N(-R 22 ) 2 , and R 2b and R 2c may join together to form a bond, wherein Y is a bond, O or S, R 21 is H or an organic group, and R 22 each independently is H or an organic group; the method comprises the step (A) of reacting a compound of formula : wherein R 1 and R X are as defined above, and X is a leaving group, with a compound of formula : wherein R 2a -R 2d are as defined above, under light irradiation, and in the presence of a reducing agent selected from nitrogen-containing unsaturated heterocyclic compounds having a N-H moiety. R 1 is an organic group, R X is H or F, R 2a -R 2d each independently are -Y-R 21 or -N(-R 22 ) 2 , and R 2b and R 2c may join together to form a bond, wherein Y is a bond, O or S, R 21 is H or an organic group, and R 22 each independently is H or an organic group;