mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, via a microphone of a wearable head device, an audio signal; determining an envelope of the audio signal; estimating a reverberation time (T60[f]) based on the envelope of the audio signal; determining a time difference between the reverberation time and a previously estimated reverberation time; determining whether the time difference is greater than a time threshold; and in accordance with a determination that the time difference is greater than the time threshold, presenting, via a speaker (412, 414) of the wearable head device, audio content, wherein the audio content is based on the reverberation time (T60[f]). receiving, via a microphone of a wearable head device, an audio signal; determining an envelope of the audio signal; estimating a reverberation time (T60[f]) based on the envelope of the audio signal; determining a time difference between the reverberation time and a previously estimated reverberation time; determining whether the time difference is greater than a time threshold; and in accordance with a determination that the time difference is greater than the time threshold, presenting, via a speaker (412, 414) of the wearable head device, audio content,
A method for increasing equol concentration, comprising: adding psicose to a culture medium containing an equol producing microorganism; and allowing fermentation of the equol producing microorganism to take place, thereby increasing equol concentration. adding psicose to a culture medium containing an equol producing microorganism; and allowing fermentation of the equol producing microorganism to take place, thereby increasing equol concentration.
Sheet-like textile product, characterized by a plurality of coating elements which are arranged on a surface of a textile support layer of the sheet-like product in such a way that only part of the abovementioned surface of the support layer is covered by the coating elements, where the textile support layer has been hydrophobated, in particular impregnated, and where the coating elements consist of a material which is a mixture of a polymer material, preferably a prepolymer which can be crosslinked to give a thermoset, and a filler in the form of inorganic and/or metallic particles, wherein the proportion of the filler based on the coating material is between 5 and 40% by volume and where the particle size of the filler is between 15 and 1000 μm.
A focus control apparatus comprising: a controller configured to provide a focus control that holds an object distance on which an image capturing optical system is focused that includes a magnification varying lens and a focus lens; and a calculator configured to calculate a defocus amount by using information on lens sensitivity that represents a relationship between a unit moving amount of the magnification varying lens and a moving amount of an image plane in the image capturing optical system, and information on error amounts of stop positions of the magnification varying lens and that of the focus lens as a maximum backlash amount, characterized in that the controller is configured to perform the focus control by moving the focus lens to the infinity position or to a registered focus position in a first step, and by moving the focus lens in a moving range corresponding to the maximum backlash amount so as to search for the in-focus position on the infinity side from the infinity position or the registered focus position in a second step. a controller configured to provide a focus control that holds an object distance on which an image capturing optical system is focused that includes a magnification varying lens and a focus lens; and a calculator configured to calculate a defocus amount by using information on lens sensitivity that represents a relationship between a unit moving amount of the magnification varying lens and a moving amount of an image plane in the image capturing optical system, and information on error amounts of stop positions of the magnification varying lens and that of the focus lens as a maximum backlash amount, characterized in that the controller is configured to perform the focus control by moving the focus lens to the infinity position or to a registered focus position in a first step, and by moving the focus lens in a moving range corresponding to the maximum backlash amount so as to search for the in-focus position on the infinity side from the infinity position or the registered focus position in a second step.
A spinal cord stimulation system comprising: an implantable pulse generator; a plurality of electrodes for delivering electrical pulses to a patient; a plurality of leads (140, 141) connecting the plurality of electrodes to the implantable pulse generator; an anchor for maintaining at least one of the plurality of leads (140, 141) in a desired position within the patient, wherein the anchor comprises a blocking screw and a locking screw, and characterized in that the locking screw comprises a cam portion to impinge at least one of the plurality of leads (140, 141) in a locked position and further configured to engage the blocking screw in an unlocked position. an implantable pulse generator; a plurality of electrodes for delivering electrical pulses to a patient; a plurality of leads (140, 141) connecting the plurality of electrodes to the implantable pulse generator; an anchor for maintaining at least one of the plurality of leads (140, 141) in a desired position within the patient, wherein the anchor comprises a blocking screw and a locking screw, and characterized in that the locking screw comprises a cam portion to impinge at least one of the plurality of leads (140, 141) in a locked position and further configured to engage the blocking screw in an unlocked position.
Arrangement for signal processing at the output of a multi-channel detector during spectrally resolved acquisition of time-varying fluorescence appearances in a microscope, in particular life-time measurements, wherein an FPGA (free programmable gate array) is disposed downstream of the output of the multi-channel detector, characterized in that a temporal assignment of incoming measurement values is brought about within the FPGA by hardware wiring of different lengths and/or by a programmable delay by opening various registers at various different times.
An apelin analogue having the peptide of the following formula: Lysine-Phenylalanine-Xaa1-Arginine-Xaa2-Arginine-Proline-Arginine-Xaa3-Serine- Xaa4-Lysine-XaaS-Proline-Xaa6- Proline-Xaa7, wherein: - a fluorocarbon group, an acetyl group, or an acyl group - with the following structure: CH3-CyHx-C -, where y = 7 to 30, x = 2y, is linked to said peptide, directly or through a spacer selected from the group consisting of Lysine and Arginine, either on the alpha-amino or the epsilon-amino group of the first lysine residue of the peptide of formula, and when the spacer is a Lysine, the fluorocarbon group or acetyl group or acyl group is directly linked either on the alpha-amino or the epsilon-amino group of said spacer, and wherein Xaa1 is arginine or D-isomer arginine ( R D). Xaa2 is glutamine or D-isomer glutamine ( Q D) Xaa3 is leucine or D-isomer Leucine ( L D). Xaa4 is histidine or α-aminoisobutyric acid (Aib), Xaa5 is alanine or D-isomer alanine ( A D) or glycine. Xaa6 is Methionine, or Norleucine (Nle). Xaa7 is phenylalanine or 4-Br phenylalanine, and wherein said fluorocarbon group linked to said peptide has the following structure: CmFn-CyHx- -, where m = 3 to 30, n <= 2m + 1, y = 0 to 15, x <= 2y, (m + y) = 3- 30 and which is optional, is a functional group resulting from covalent attachment to the peptides, preferably a carbonyle -C - to form an amide bond to a lysine of said peptide. - a fluorocarbon group, an acetyl group, or an acyl group - with the following structure: CH3-CyHx-C -, where y = 7 to 30, x = 2y, is linked to said peptide, directly or through a spacer selected from the group consisting of Lysine and Arginine, either on the alpha-amino or the epsilon-amino group of the first lysine residue of the peptide of formula, and when the spacer is a Lysine, the fluorocarbon group or acetyl group or acyl group is directly linked either on the alpha-amino or the epsilon-amino group of said spacer, and wherein Xaa1 is arginine or D-isomer arginine ( R D). Xaa2 is glutamine or D-isomer glutamine ( Q D) Xaa3 is leucine or D-isomer Leucine ( L D). Xaa4 is histidine or α-aminoisobutyric acid (Aib), Xaa5 is alanine or D-isomer alanine ( A D) or glycine. Xaa6 is Methionine, or Norleucine (Nle). Xaa7 is phenylalanine or 4-Br phenylalanine, Xaa1 is arginine or D-isomer arginine ( R D). Xaa2 is glutamine or D-isomer glutamine ( Q D) Xaa3 is leucine or D-isomer Leucine ( L D). Xaa4 is histidine or α-aminoisobutyric acid (Aib), Xaa5 is alanine or D-isomer alanine ( A D) or glycine. Xaa6 is Methionine, or Norleucine (Nle). Xaa7 is phenylalanine or 4-Br phenylalanine,
Axle suspension system for a vehicle, the axle suspension system comprising at least one vehicle body member (50; 50'), an axle for supporting left and right wheels, at least two shock absorber units (40; 40') and a Panhard rod, wherein a first end of the Panhard rod is connected to the axle, and at least one shock absorber unit (40; 40') and a second end of the Panhard rod are mounted to the vehicle body member (50; 50'), wherein the at least one shock absorber unit (40; 40') and the second end of the Panhard rod are both connected to a continuous mounting support (60; 61; 62) which is mounted to the vehicle body member (50; 50') characterized in, that the mounting support (60; 61; 62) is S-shaped between a supporting point (70; 70') for a shock absorber unit (40; 40) and a supporting point for the Panhard rod, wherein an upper part for supporting the shock absorber unit (40; 40) is curved outwards in the direction of the shock absorber, and wherein a lower part for supporting the Panhard rod is curved inwards in the opposite direction.
A method for generating an image that depicts microvessels in a subject using an ultrasound system, the steps of the method comprising: (a) providing to a computer system, image data acquired from a subject with an ultrasound system, wherein the image data comprise image frames obtained at a plurality of different time points; (b) generating reformatted data with the computer system by reformatting the image data as a Casorati matrix; (c) generating motion matrix data with the computer system by computing a similarity metric of each column of the reformatted data with every other column of the reformatted data; (d) analyzing the motion matrix data with the computer system and based on this analysis generating updated image data by: (i) directing the ultrasound system to reject image data when analysis of the motion matrix data indicates translation motion occurred when the image data were acquired; (ii) directing the computer system to process the image data to reduce motion corruption when analysis of the motion matrix data indicates periodic motion occurred when the image data were acquired; and (e) generating an image that depicts microvessels in the subject by reconstructing the image from the updated image data using the computer system. (a) providing to a computer system, image data acquired from a subject with an ultrasound system, wherein the image data comprise image frames obtained at a plurality of different time points; (b) generating reformatted data with the computer system by reformatting the image data as a Casorati matrix; (c) generating motion matrix data with the computer system by computing a similarity metric of each column of the reformatted data with every other column of the reformatted data; (d) analyzing the motion matrix data with the computer system and based on this analysis generating updated image data by: (i) directing the ultrasound system to reject image data when analysis of the motion matrix data indicates translation motion occurred when the image data were acquired; (ii) directing the computer system to process the image data to reduce motion corruption when analysis of the motion matrix data indicates periodic motion occurred when the image data were acquired; and (i) directing the ultrasound system to reject image data when analysis of the motion matrix data indicates translation motion occurred when the image data were acquired; (ii) directing the computer system to process the image data to reduce motion corruption when analysis of the motion matrix data indicates periodic motion occurred when the image data were acquired; and (e) generating an image that depicts microvessels in the subject by reconstructing the image from the updated image data using the computer system.
A cooking device comprising: - a controlling unit; - a cooking plate on which the food to be cooked is directly laid down; - a removable and repositionable anti-splash guard comprising two positions, a working position surrounding the heating zones by edges rising towards the rear side of the cooking device and a storing position characterized in that, in the storing position, the anti-splash guard is flipped upside down and is slid onto a side groove on the side contour of the cooking device. - a controlling unit; - a cooking plate on which the food to be cooked is directly laid down; - a removable and repositionable anti-splash guard comprising two positions, a working position surrounding the heating zones by edges rising towards the rear side of the cooking device and a storing position
A ride system, comprising: at least one ride vehicle positioned within a course and configured to travel within the course, wherein the course comprises a main path and an alternate path; a vehicle controller of the at least one ride vehicle; a primary controller configured to: determine a maintenance status of the at least one ride vehicle based on maintenance data indicative of the maintenance status; and determine a control loop for the at least one ride vehicle to control the movement of the at least one ride vehicle based on a location of the at least one ride vehicle; and a wireless network; wherein the primary controller is configured to receive the maintenance data indicative of the maintenance status via the wireless network, and wherein the primary controller is configured to provide instructions to the vehicle controller to control the at least one ride vehicle according to the control loop, and wherein the primary controller is configured to control operation of a track switch to direct the at least one ride vehicle from the main path to the alternate path based on the maintenance status of the at least one ride vehicle being associated with a determined due maintenance for the at least one ride vehicle. at least one ride vehicle positioned within a course and configured to travel within the course, wherein the course comprises a main path and an alternate path; a vehicle controller of the at least one ride vehicle; a primary controller configured to: determine a maintenance status of the at least one ride vehicle based on maintenance data indicative of the maintenance status; and determine a control loop for the at least one ride vehicle to control the movement of the at least one ride vehicle based on a location of the at least one ride vehicle; and determine a maintenance status of the at least one ride vehicle based on maintenance data indicative of the maintenance status; and determine a control loop for the at least one ride vehicle to control the movement of the at least one ride vehicle based on a location of the at least one ride vehicle; and a wireless network; wherein the primary controller is configured to receive the maintenance data indicative of the maintenance status via the wireless network, and wherein the primary controller is configured to provide instructions to the vehicle controller to control the at least one ride vehicle according to the control loop, and wherein the primary controller is configured to control operation of a track switch to direct the at least one ride vehicle from the main path to the alternate path based on the maintenance status of the at least one ride vehicle being associated with a determined due maintenance for the at least one ride vehicle.
Unit for toilets comprising a flush mechanism and a toilet tank containing said flush mechanism, with the mechanism comprising: - a fixed element integral with a bottom of the tank, with the height (h) of a fixed element being less during use than the height of water contained in the tank when the tank is full, the fixed element comprising a flush tube and an outer wall surrounding the flush tube, - a mobile element comprising at least one double wall, in particular a triple wall, configured to slide and to nest onto the flush tube and onto the outer wall of the fixed element, as such delimiting two annular siphons (11, 12) separated by a volume of air imprisoned in said mobile element, - a bell integral with the mobile element, overmounting at a distance and surrounding said mobile element, - a member for controlling the flush configured to displace the bell towards the bottom of the tank in such a way as to allow during use the removal of water contained in the tank by the flush tube, with the unit being characterised in that the mechanism comprises: - means for lifting a column of water integral with the mobile element, configured to make it possible, in particular during the rising of the bell, to remove during use via the top a column of water present between a wall of the mobile element and the outer wall of the fixed element. - a fixed element integral with a bottom of the tank, with the height (h) of a fixed element being less during use than the height of water contained in the tank when the tank is full, the fixed element comprising a flush tube and an outer wall surrounding the flush tube, - a mobile element comprising at least one double wall, in particular a triple wall, configured to slide and to nest onto the flush tube and onto the outer wall of the fixed element, as such delimiting two annular siphons (11, 12) separated by a volume of air imprisoned in said mobile element, - a bell integral with the mobile element, overmounting at a distance and surrounding said mobile element, - a member for controlling the flush configured to displace the bell towards the bottom of the tank in such a way as to allow during use the removal of water contained in the tank by the flush tube, - means for lifting a column of water integral with the mobile element, configured to make it possible, in particular during the rising of the bell, to remove during use via the top a column of water present between a wall of the mobile element and the outer wall of the fixed element.
Photoreflectance device for characterising a rough surface comprising: - Pump emitting means able to emit a pump beam; - Probe emitting means able to emit a probe beam; - Means for detecting able to detect a beam reflected by the surface; Characterised in that it further comprises: - An integrating sphere that can be arranged in such a way as to collect the probe beam reflected by the surface, with the integrating sphere comprising: - a first output to which are connected the detection means, with the first output being arranged in such a way as to receive a majority of the probe beam reflected by the surface; - a second output arranged in such a way as to receive the specular reflection of the pump beam reflected by the surface. - Pump emitting means able to emit a pump beam; - Probe emitting means able to emit a probe beam; - Means for detecting able to detect a beam reflected by the surface; Characterised in that it further comprises: - An integrating sphere that can be arranged in such a way as to collect the probe beam reflected by the surface, with the integrating sphere comprising: - a first output to which are connected the detection means, with the first output being arranged in such a way as to receive a majority of the probe beam reflected by the surface; - a second output arranged in such a way as to receive the specular reflection of the pump beam reflected by the surface. - An integrating sphere that can be arranged in such a way as to collect the probe beam reflected by the surface, with the integrating sphere comprising: - a first output to which are connected the detection means, with the first output being arranged in such a way as to receive a majority of the probe beam reflected by the surface; - a second output arranged in such a way as to receive the specular reflection of the pump beam reflected by the surface. - a first output to which are connected the detection means, with the first output being arranged in such a way as to receive a majority of the probe beam reflected by the surface; - a second output arranged in such a way as to receive the specular reflection of the pump beam reflected by the surface.
A method for managing data traffic congestion in a network communication node that processes packets having an identifier indicative of scalable packets or other packets, wherein scalable packets support scalable congestion control, the method comprising: - maintaining a marking probability based on a marking ratio indicative of a ratio between a change in packets responsible for congestion in a network queue in the network communication node, and a change in a total number of packets processed by the network queue, wherein packets responsible for congestion cause a congestion parameter to exceed a threshold; - classifying packets processed by the network queue as scalable packets or other packets based on the identifier included in the packets; - marking the scalable packets responsible for congestion in the network queue with a congestion mark to signal data traffic congestion; and - marking the other packets that support unscalable congestion control with the congestion mark based on the marking probability. - maintaining a marking probability based on a marking ratio indicative of a ratio between a change in packets responsible for congestion in a network queue in the network communication node, and a change in a total number of packets processed by the network queue, wherein packets responsible for congestion cause a congestion parameter to exceed a threshold; - classifying packets processed by the network queue as scalable packets or other packets based on the identifier included in the packets; - marking the scalable packets responsible for congestion in the network queue with a congestion mark to signal data traffic congestion; and - marking the other packets that support unscalable congestion control with the congestion mark based on the marking probability.
A pneumatic tire for use on trucks, the tire having a tread, sidewalls, a carcass a pair of beads, and a belt structure located radially inward of the tread, the belt structure comprising a first working belt and a second working belt, the first working belt being located radially inward of the second working belt, wherein the angle of the first and second working belts (54, 56) range from 10 degrees to 50 degrees from the circumferential direction, wherein a zigzag belt is located radially inward of the first working belt or between the first working belt and the second working belt, wherein a rubber spacer layer (60, 80) is located between the zigzag belt and the carcass of the tire or between the first working belt and the carcass of the tire, and wherein the zigzag belt has an axial width that is less than the axial width of the first and the second working belt (54, 56).