mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a head mountable display system in which a stereoscopic image is displayed by a display screen of the HMD, in which the stereoscopic image formed by a left image and a right image is displayed with respect to a virtual display screen position for the stereoscopic image, the left image and the right image including one or more objects, in which a position of the left image and a position of the right image on the display screen are adjustable in a lateral direction, in which a position at which the VDS for the stereoscopic image is observed by a user wearing the HMD is dependent upon a lateral displacement between the position of the left image and the position of the right image on the display screen, the method comprising the steps of: setting the position of the left image and the position of the right image on the display screen, to thereby set the position of the VDS for the stereoscopic image for display, such that a depth profile of the VDS approximates a depth profile of the one or more objects to be displayed in that stereoscopic image; and generating the stereoscopic image, formed by the left image and the right image, for display having image parallax altered appropriate to the depth profile of the one or more objects and the VDS position set by the setting step to display the one or more objects in respect of the stereoscopic image at a depth substantially equal to the depth profile of the one or more objects before the setting step, in which the generating step comprises image-shifting portions of the stereoscopic image to generate the stereoscopic image for display. setting the position of the left image and the position of the right image on the display screen, to thereby set the position of the VDS for the stereoscopic image for display, such that a depth profile of the VDS approximates a depth profile of the one or more objects to be displayed in that stereoscopic image; and generating the stereoscopic image, formed by the left image and the right image, for display having image parallax altered appropriate to the depth profile of the one or more objects and the VDS position set by the setting step to display the one or more objects in respect of the stereoscopic image at a depth substantially equal to the depth profile of the one or more objects before the setting step, in which the generating step comprises image-shifting portions of the stereoscopic image to generate the stereoscopic image for display.
An image processing apparatus, comprising: an inverse transformation portion configured to obtain inverse-quantized coefficients; and a control portion configured to, in a case where inverse primary transformation as inverse transformation of primary transformation as transformation processing for a predictive residue as a difference between an image and a predictive image of the image and inverse secondary transformation as inverse transformation of secondary transformation as transformation processing for a primary transformation coefficient obtained by subjecting the predictive residue to the primary transformation are caused to be skipped for a 64 x 64 transform block, also cause bandwidth limitation for the inverse quantized coefficients to be skipped, wherein the bandwidth limitation comprises lowpass filter processing. an inverse transformation portion configured to obtain inverse-quantized coefficients; and a control portion configured to, in a case where inverse primary transformation as inverse transformation of primary transformation as transformation processing for a predictive residue as a difference between an image and a predictive image of the image and inverse secondary transformation as inverse transformation of secondary transformation as transformation processing for a primary transformation coefficient obtained by subjecting the predictive residue to the primary transformation are caused to be skipped for a 64 x 64 transform block, also cause bandwidth limitation for the inverse quantized coefficients to be skipped, wherein the bandwidth limitation comprises lowpass filter processing.
Device for comminuting pourable material by cutting and shear-cutting, the device comprising at least one rotor (14, 16, 14') provided within a housing (2, 2") and having a plurality of rotor discs (19, 19") arranged in axial distance between one another and thus forming interspaces and fitted on their circumference with comminuting tools that interact with additional comminuting tools (21; 38) in order to perform comminution work and stationary scraping elements extending into the interspaces in a radial direction, characterized in that the stationary scraping elements are arranged in a dead zone of at least one rotor with respect to the direction of material flow (41, 42, 42'), wherein a clearance (45, 45') is provided between the at least one rotor (14, 16, 14') and an axially parallel housing wall to allow the passage of the feedstock during reverse operation.
Method for processing an advertisement message (GWADV) broadcast, in a hybrid telecommunications network, by an access point, this method being implemented by a node of said network after receipt of said advertisement message (GWADV), said advertisement message (GWADV) having optionally been relayed by another node of said network, this method comprising: - a step of dispatching, by said node and destined for said access point, a message in response (RREP-PA) to said advertisement message (GWADV); - a first verification step in the course of which said node verifies that it has a status (R, N) representative of the fact that it has not contributed to the forwarding of a registration request (RREQ), the registration requests being dispatched by the nodes of the network so as to register with said access point; and in that - said dispatching step is performed solely in case of success of said first verification step. - a step of dispatching, by said node and destined for said access point, a message in response (RREP-PA) to said advertisement message (GWADV); - a first verification step in the course of which said node verifies that it has a status (R, N) representative of the fact that it has not contributed to the forwarding of a registration request (RREQ), the registration requests being dispatched by the nodes of the network so as to register with said access point; and in that - said dispatching step is performed solely in case of success of said first verification step.
A push servo-assisted cart comprising: - a support frame that defines a loading space of goods or persons; - a pair of driving wheels mounted to the support frame; - at least one pivoting wheel mounted to the support frame, arranged to cooperate with said pair of driving wheels; - a handlebar arranged to be grasped by the user for moving said cart; - motors arranged to operate the driving wheels; - a battery arranged to feed said motors; - a control means of the motors configured for activating selectively and independently said motors for each of said respective driving wheels; wherein said control means is operatively associated with said handlebar and comprises: - a first end portion with a first coupling portion associated with said handlebar; - a second end portion with a second coupling portion associated with said handlebar and opposite to said first end portion; - a first control block that comprises a first guide functionally coupled to said first coupling portion; - a second control block, opposite to said first control block with respect to said handlebar, which comprises a second guide functionally coupled to said second coupling portion, wherein said first and second control blocks (14, 16) are integral to said support frame, and wherein said first guide and said second guide define respectively with said first coupling portion and said second coupling portion a translational lock for a push movement of said handlebar in a direction of said support frame in a sliding plane that, in use, is substantially parallel to the ground. - a support frame that defines a loading space of goods or persons; - a pair of driving wheels mounted to the support frame; - at least one pivoting wheel mounted to the support frame, arranged to cooperate with said pair of driving wheels; - a handlebar arranged to be grasped by the user for moving said cart; - motors arranged to operate the driving wheels; - a battery arranged to feed said motors; - a control means of the motors configured for activating selectively and independently said motors for each of said respective driving wheels; - a first end portion with a first coupling portion associated with said handlebar; - a second end portion with a second coupling portion associated with said handlebar and opposite to said first end portion; - a first control block that comprises a first guide functionally coupled to said first coupling portion; - a second control block, opposite to said first control block with respect to said handlebar, which comprises a second guide functionally coupled to said second coupling portion,
An electronic device comprising at least one memory and one or several processors configured for processing at least one input audio signal, said processing comprising: - obtaining at least one base audio signal being a copy of said at least one input audio signal; - generating at least one output audio signal from said at least one base audio signal, said at least one output audio signal having style features obtained by modifying said at least one base audio signal so that a distance between at least one base style feature representative of a base style of said at least one base audio signal and at least one reference style feature representative of a reference style decreases, wherein said at least one base audio signal comprises an audio content other than a speech content, the audio content being modified according to the reference style to be included in the at least one output audio signal. - obtaining at least one base audio signal being a copy of said at least one input audio signal; - generating at least one output audio signal from said at least one base audio signal, said at least one output audio signal having style features obtained by modifying said at least one base audio signal so that a distance between at least one base style feature representative of a base style of said at least one base audio signal and at least one reference style feature representative of a reference style decreases, wherein said at least one base audio signal comprises an audio content other than a speech content, the audio content being modified according to the reference style to be included in the at least one output audio signal.
A method of preparing a chabazite zeolite membrane having a controlled pore size using a chemical vapor deposition, comprising: depositing plate-like silica chabazite zeolite particles onto a substrate or a support by sonicating the substrate or the support and a suspension of silica chabazite zeolite particles to, thereby forming a uniform seed layer; producing a chabazite zeolite membrane by hydrothermally treating the substrate or the support having the uniform seed layer to grow the uniform seed layer; and treating chemical vapor deposition on the chabazite zeolite membrane while introducing silica precursor having a vapor-phase onto surface of the chabazite zeolite membrane, wherein the chemical vapor deposition is performed at a temperature of 50 to 500°C for 6-144 hours. depositing plate-like silica chabazite zeolite particles onto a substrate or a support by sonicating the substrate or the support and a suspension of silica chabazite zeolite particles to, thereby forming a uniform seed layer; producing a chabazite zeolite membrane by hydrothermally treating the substrate or the support having the uniform seed layer to grow the uniform seed layer; and treating chemical vapor deposition on the chabazite zeolite membrane while introducing silica precursor having a vapor-phase onto surface of the chabazite zeolite membrane,
A method for operating an LED series with pulse-modulated pulses, wherein during the switch-on time period of a PM-pulse an energy store (L1, L2) is charged by closing a switch and when the switch is opened the energy store is discharged via the LED series, so that a cyclically increasing and decreasing current flow through the LED series results, wherein the switch is switched on, if a lower switch-on threshold of the LED current or a specific switch-off time is achieved, wherein - the time constant, therefore the time period of the increasing and/or the decreasing phase of the current flow through the LED series is continuously or discretely changed depending on the state, characterized in that - the time constants of the energy store are changed, wherein the energy store has at least one inductor (L1, L2), and the clock frequency of the switch is changed by a corresponding variation of the inductance value of the inductor (L1, L2). - the time constant, therefore the time period of the increasing and/or the decreasing phase of the current flow through the LED series is continuously or discretely changed depending on the state, characterized in that - the time constants of the energy store are changed, wherein the energy store has at least one inductor (L1, L2), and the clock frequency of the switch is changed by a corresponding variation of the inductance value of the inductor (L1, L2).
A method of navigating in a venue, comprising: receiving through a microphone of a mobile device an audio signal, the audio signal comprising audio signals from two or more different audio sources, the microphone capturing sound in the venue in a frequency range including a frequency range of human hearing; determining a position of the mobile device in the venue based on identification of the audio signals distinguished from each other by determining distinguishing characteristics from the audio signals and identifying particular audio sources, determining a location of the particular audio sources based on identifying the particular audio sources and then calculating a position of the mobile device based on the locations of the particular audio sources; monitoring the position of the mobile device; and outputting a position based alert on an output device of the mobile device when the position of the mobile device is within a pre-determined position associated with the position based alert. receiving through a microphone of a mobile device an audio signal, the audio signal comprising audio signals from two or more different audio sources, the microphone capturing sound in the venue in a frequency range including a frequency range of human hearing; determining a position of the mobile device in the venue based on identification of the audio signals distinguished from each other by determining distinguishing characteristics from the audio signals and identifying particular audio sources, determining a location of the particular audio sources based on identifying the particular audio sources and then calculating a position of the mobile device based on the locations of the particular audio sources; monitoring the position of the mobile device; and outputting a position based alert on an output device of the mobile device when the position of the mobile device is within a pre-determined position associated with the position based alert.
A method of labeling a single stranded target nucleic acid, the method comprising contacting a single stranded target nucleic acid having a first target site comprising a first sequence of nucleotides and a second target site comprising a second sequence of nucleotides, wherein the second target site is positioned on the target nucleic acid 5' of the first target site, with: (a) a quenched PAMmer, wherein the quenched PAMmer is a single stranded oligonucleotide comprising: (a.i) a protospacer adjacent motif sequence, (a.ii) a detectable label, (a.iii) a quencher moiety that quenches the detectable label, and (a.iv) at least one of: a specificity segment, positioned 5' of the PAM sequence, that hybridizes with nucleotides of the first target site, and an orientation segment, positioned 3' of the PAM sequence, that hybridizes with nucleotides of the second target site; (b) a Cas9 protein; and (c) a Cas9 guide RNA that forms a complex with the Cas9 protein and hybridizes with the first target site, whereby the Cas9 protein cleaves the quenched PAMmer at a cleavage site positioned between the detectable label and the quencher moiety to produce: (i) a first cleavage product that is hybridized with the target nucleic acid and comprises the detectable label; and (ii) a second cleavage product that is not hybridized with the target nucleic acid and comprises the quencher moiety. (a) a quenched PAMmer, wherein the quenched PAMmer is a single stranded oligonucleotide comprising: (a.i) a protospacer adjacent motif sequence, (a.ii) a detectable label, (a.iii) a quencher moiety that quenches the detectable label, and (a.iv) at least one of: a specificity segment, positioned 5' of the PAM sequence, that hybridizes with nucleotides of the first target site, and an orientation segment, positioned 3' of the PAM sequence, that hybridizes with nucleotides of the second target site; (a.i) a protospacer adjacent motif sequence, (a.ii) a detectable label, (a.iii) a quencher moiety that quenches the detectable label, and (a.iv) at least one of: a specificity segment, positioned 5' of the PAM sequence, that hybridizes with nucleotides of the first target site, and an orientation segment, positioned 3' of the PAM sequence, that hybridizes with nucleotides of the second target site; a specificity segment, positioned 5' of the PAM sequence, that hybridizes with nucleotides of the first target site, and an orientation segment, positioned 3' of the PAM sequence, that hybridizes with nucleotides of the second target site; (b) a Cas9 protein; and (c) a Cas9 guide RNA that forms a complex with the Cas9 protein and hybridizes with the first target site,
A process for treating tobacco material wherein the treated tobacco material has a TSNA content that has not increased by more than 0.25 μg/g during the process, the process comprising securing tobacco material within a moisture-retaining material and exposing the tobacco material to an ambient processing temperature of at least 45°C, wherein the tobacco material has a packing density on a dry matter weight base of at least 200 kg/m 3 at the start of the process and has a moisture content of between 10% and 23% before and during treatment.
An LED retrofit lamp, comprising a lamp tube, an LED light engine disposed in the lamp tube, and end caps arranged at two open ends of the lamp tube, the LED light engine comprising a circuit board and at least one light source disposed on the circuit board, characterized in that, the LED retrofit lamp further comprises: one pair of retaining structures fixed at two opposite ends of the circuit board, respectively; and at least one pair of elastic tension structures connected to the retaining structures, and the elastic tension structure goes through the respective end cap from one side of the end cap and is locked at the other side of the end cap.
A monitoring and alert system (102, 502, 602, 702), the system comprising: a first sensor system (132, 504, 604, 704) to determine a position of a vehicle relative to a pedestrian zone adjacent a dock wall of a loading dock; and a second sensor system (130, 706) to monitor the pedestrian zone, the second sensor system (130, 706) to attempt to detect a pedestrian in the pedestrian zone, and; a controller, the second sensor system (130, 706) and the first sensor system communicatively coupled to a controller, wherein the controller, responsive to signals from the first sensor system (132, 504-704), is adapted to cause the second sensor system (130, 706) to dynamically change a sensing area of the pedestrian zone to maintain a predetermined delta threshold between the vehicle and the pedestrian zone in response to the vehicle moving toward a dock wall of the loading dock. a first sensor system (132, 504, 604, 704) to determine a position of a vehicle relative to a pedestrian zone adjacent a dock wall of a loading dock; and a second sensor system (130, 706) to monitor the pedestrian zone, the second sensor system (130, 706) to attempt to detect a pedestrian in the pedestrian zone, and; a controller, the second sensor system (130, 706) and the first sensor system communicatively coupled to a controller, wherein the controller, responsive to signals from the first sensor system (132, 504-704), is adapted to cause the second sensor system (130, 706) to dynamically change a sensing area of the pedestrian zone to maintain a predetermined delta threshold between the vehicle and the pedestrian zone in response to the vehicle moving toward a dock wall of the loading dock.
A method for classifying and counting leukocytes comprising the steps of: preparing a measurement sample by mixing a biological sample; a first reagent containing a fluorescent dye capable of staining nucleic acid; and a second reagent containing cationic and nonionic surfactants for lysing erythrocytes and damaging cell membranes of leukocytes so as to be permeable to the fluorescent dye and an aromatic organic acid at a concentration of not less than 20 mM and not more than 50 mM; applying light to the prepared measurement sample and obtaining scattered light information and fluorescence information generated thereby; and based on the obtained scattered light information and fluorescence information, classifying the leukocytes in the biological sample and detecting blast cells and atypical lymphocytes by differentiating therebetween; wherein when the second reagent contains the aromatic organic acid at a concentration of not less than 20 mM and less than 30 mM, the second reagent has pH of not lower than 5.5 and not higher than 6.4, and when the second reagent contains the aromatic organic acid at a concentration of not less than 30 mM and not more than 50 mM, the second reagent has pH of not lower than 5.5 and not higher than 7.0. preparing a measurement sample by mixing a biological sample; a first reagent containing a fluorescent dye capable of staining nucleic acid; and a second reagent containing cationic and nonionic surfactants for lysing erythrocytes and damaging cell membranes of leukocytes so as to be permeable to the fluorescent dye and an aromatic organic acid at a concentration of not less than 20 mM and not more than 50 mM; applying light to the prepared measurement sample and obtaining scattered light information and fluorescence information generated thereby; and based on the obtained scattered light information and fluorescence information, classifying the leukocytes in the biological sample and detecting blast cells and atypical lymphocytes by differentiating therebetween; wherein when the second reagent contains the aromatic organic acid at a concentration of not less than 20 mM and less than 30 mM, the second reagent has pH of not lower than 5.5 and not higher than 6.4, and when the second reagent contains the aromatic organic acid at a concentration of not less than 30 mM and not more than 50 mM, the second reagent has pH of not lower than 5.5 and not higher than 7.0.