mhurhangee/patent-ind-claim-en huggingface dataset:
A band-pass clock distribution circuit , the circuit comprising: a clock tree circuit comprising at least one clock buffer circuit , the clock tree circuit being configured to receive a first clock signal and to generate a second clock signal based on the first clock signal ; and a low-pass filter configured to receive the second clock signal and to provide a third clock signal to one or more load circuits , wherein: the low-pass filter comprises a filtering resonant network including a first inductor and a second inductor coupled to one another at a center tap and is configurable to resonate with a parasitic capacitance (C par3 ) associated with the one or more load circuits , and a first high-pass filter is integrated with the clock tree circuit . a clock tree circuit comprising at least one clock buffer circuit , the clock tree circuit being configured to receive a first clock signal and to generate a second clock signal based on the first clock signal ; and a low-pass filter configured to receive the second clock signal and to provide a third clock signal to one or more load circuits , wherein: the low-pass filter comprises a filtering resonant network including a first inductor and a second inductor coupled to one another at a center tap and is configurable to resonate with a parasitic capacitance (C par3 ) associated with the one or more load circuits , and a first high-pass filter is integrated with the clock tree circuit . the low-pass filter comprises a filtering resonant network including a first inductor and a second inductor coupled to one another at a center tap and is configurable to resonate with a parasitic capacitance (C par3 ) associated with the one or more load circuits , and a first high-pass filter is integrated with the clock tree circuit .
A method for selecting an agent for use in reducing or preventing gastrointestinal pain in a subject, said method comprising: contacting a cell expressing TRPV1 with a Lactobacillus reuteri strain or a conditioned medium from said Lactobacillus reuteri strain to be tested; measuring spontaneous and/or induced transient receptor potential vanilloid 1, TRPV1, activation in said cell following contacting said cell with said Lactobacillus reuteri strain or said conditioned medium from said Lactobacillus reuteri strain to be tested; comparing said measured spontaneous and/or induced TRPV1 activation with a control TRPV1 activation; and selecting, as said agent, said Lactobacillus reuteri strain or said conditioned medium from said Lactobacillus reuteri strain to be tested as a Lactobacillus reuteri strain or a conditioned medium from said Lactobacillus reuteri strain effective in reducing or preventing gastrointestinal pain if said measured spontaneous and/or induced TRPV1 activation is lower than said control TRPV1 activation. contacting a cell expressing TRPV1 with a Lactobacillus reuteri strain or a conditioned medium from said Lactobacillus reuteri strain to be tested; measuring spontaneous and/or induced transient receptor potential vanilloid 1, TRPV1, activation in said cell following contacting said cell with said Lactobacillus reuteri strain or said conditioned medium from said Lactobacillus reuteri strain to be tested; comparing said measured spontaneous and/or induced TRPV1 activation with a control TRPV1 activation; and selecting, as said agent, said Lactobacillus reuteri strain or said conditioned medium from said Lactobacillus reuteri strain to be tested as a Lactobacillus reuteri strain or a conditioned medium from said Lactobacillus reuteri strain effective in reducing or preventing gastrointestinal pain if said measured spontaneous and/or induced TRPV1 activation is lower than said control TRPV1 activation.
A self-monitoring tire, comprising: a tire body , comprising: a tread rubber for contact with ground; a bead for coupling to a rim; and a sidewall structure including two portions disposed at opposite sides of the tread rubber , and extending from opposite sides of the tread rubber to the bead ; and a tire pressure sensor , wherein the tire pressure sensor is disposed between respective outward surfaces of the two portions of the sidewall structure , and secured on or embedded in either one of the two portions of the sidewall structure , characterized in that wherein the tire pressure sensor has a gas tunnel , which is sealed in a selected one of the two portions of the sidewall structure at an inward surface of the selected portion of the sidewall structure without free gas flow to or from an inner room of the tire, and tire pressure sensing is conducted by detecting gas pressure existing in the sealed gas tunnel . a tire body , comprising: a tread rubber for contact with ground; a bead for coupling to a rim; and a sidewall structure including two portions disposed at opposite sides of the tread rubber , and extending from opposite sides of the tread rubber to the bead ; and a tread rubber for contact with ground; a bead for coupling to a rim; and a sidewall structure including two portions disposed at opposite sides of the tread rubber , and extending from opposite sides of the tread rubber to the bead ; and a tire pressure sensor , wherein the tire pressure sensor is disposed between respective outward surfaces of the two portions of the sidewall structure , and secured on or embedded in either one of the two portions of the sidewall structure , characterized in that wherein the tire pressure sensor has a gas tunnel , which is sealed in a selected one of the two portions of the sidewall structure at an inward surface of the selected portion of the sidewall structure without free gas flow to or from an inner room of the tire, and tire pressure sensing is conducted by detecting gas pressure existing in the sealed gas tunnel .
A Power over Data Lines, PoDL, circuit configured to be connected to a first wire and a second wire of a wire pair , the wire pair being configured to be connected to a powered device, the circuit comprising: a transceiver having a first terminal and a second terminal, the transceiver being for transmitting differential data over the first wire and the second wire and receiving differential data from the first wire and the second wire; a first AC-coupling capacitor coupled to the first terminal; a second AC-coupling capacitor coupled to the second terminal; a first common mode choke, CMC, having a first winding coupled in series between the first AC-coupling capacitor and a third terminal of the PoDL circuit for connection to the first wire, and a second winding coupled in series between the second AC-coupling capacitor and a fourth terminal of the PoDL circuit for connection to the second wire; termination circuitry connected to the third terminal and the fourth terminal, between the wire pair and the first CMC, for terminating the first wire and the second wire to reduce reflections; a first differential mode choke, DMC, connected to nodes between the first CMC and the transceiver, the first DMC having tightly coupled windings; and a second DMC connected to nodes between the first CMC and the third terminal and the fourth terminal, between the wire pair and the first CMC, the second DMC having loosely coupled windings, and the first DMC and the second DMC sharing the same core, wherein the first DMC and the second DMC are configured to be connected to a power supply . a transceiver having a first terminal and a second terminal, the transceiver being for transmitting differential data over the first wire and the second wire and receiving differential data from the first wire and the second wire; a first AC-coupling capacitor coupled to the first terminal; a second AC-coupling capacitor coupled to the second terminal; a first common mode choke, CMC, having a first winding coupled in series between the first AC-coupling capacitor and a third terminal of the PoDL circuit for connection to the first wire, and a second winding coupled in series between the second AC-coupling capacitor and a fourth terminal of the PoDL circuit for connection to the second wire; termination circuitry connected to the third terminal and the fourth terminal, between the wire pair and the first CMC, for terminating the first wire and the second wire to reduce reflections; a first differential mode choke, DMC, connected to nodes between the first CMC and the transceiver, the first DMC having tightly coupled windings; and a second DMC connected to nodes between the first CMC and the third terminal and the fourth terminal, between the wire pair and the first CMC, the second DMC having loosely coupled windings, and the first DMC and the second DMC sharing the same core, wherein the first DMC and the second DMC are configured to be connected to a power supply .
A method for forming a semiconductor device , the method comprising: - providing a first active layer on a substrate , - providing a second active layer on the first active layer , the second active layer having a higher band gap compared to the first active layer , being substantially Ga-free and comprising In x Al 1-x N, x being between 0 and 0.5, a two-dimensional electron gas, 2-DEG, layer being present in operation on at least part of an interface between the first and the second active layer; - oxidizing a part of the second active layer by thermal oxidation thereby forming a gate insulating layer in an gate region where a gate is to be formed, and thereby reducing the thickness of said second active layer in said gate region, - providing a gate electrode on the gate insulating layer in said gate region, - providing a source electrode and drain electrode on the second active layer , wherein the remaining thickness of said second active layer and thickness of said gate insulating layer are predetermined so that, when the device is in operation and when the gate electrode and source electrode are at a same voltage, the 2-DEG layer is only present between the first active layer and the second active layer at locations of the device where no gate electrode is located and the 2-DEG layer is not present underneath the gate electrode. - providing a first active layer on a substrate , - providing a second active layer on the first active layer , the second active layer having a higher band gap compared to the first active layer , being substantially Ga-free and comprising In x Al 1-x N, x being between 0 and 0.5, a two-dimensional electron gas, 2-DEG, layer being present in operation on at least part of an interface between the first and the second active layer; - oxidizing a part of the second active layer by thermal oxidation thereby forming a gate insulating layer in an gate region where a gate is to be formed, and thereby reducing the thickness of said second active layer in said gate region, - providing a gate electrode on the gate insulating layer in said gate region, - providing a source electrode and drain electrode on the second active layer ,
An adjustable soft palate support, being a flat implant made of a material capable of being implanted into a human body for a long term, comprising: a flat implant support capable of being inserted into a soft palate, the adjustable soft palate support characterised by : a hard palate connecting end , configured to connect the support to a hard palate, wherein the hard palate connecting end comprises: a connecting structure , configured to fix the hard palate connecting end to the hard palate; and an adjustment mechanism , configured to control a movement or a curvature of the support or control a lifting degree of the soft palate, wherein the adjustment mechanism comprises a switch structure selected from the group consisting of a pushrod type switch structure, a double-button type switch structure, and a rotary type switch structure. a flat implant support capable of being inserted into a soft palate, the adjustable soft palate support characterised by : a hard palate connecting end , configured to connect the support to a hard palate, wherein the hard palate connecting end comprises: a connecting structure , configured to fix the hard palate connecting end to the hard palate; and an adjustment mechanism , configured to control a movement or a curvature of the support or control a lifting degree of the soft palate, wherein the adjustment mechanism comprises a switch structure selected from the group consisting of a pushrod type switch structure, a double-button type switch structure, and a rotary type switch structure. a hard palate connecting end , configured to connect the support to a hard palate, wherein the hard palate connecting end comprises: a connecting structure , configured to fix the hard palate connecting end to the hard palate; and an adjustment mechanism , configured to control a movement or a curvature of the support or control a lifting degree of the soft palate, wherein the adjustment mechanism comprises a switch structure selected from the group consisting of a pushrod type switch structure, a double-button type switch structure, and a rotary type switch structure. a connecting structure , configured to fix the hard palate connecting end to the hard palate; and an adjustment mechanism , configured to control a movement or a curvature of the support or control a lifting degree of the soft palate, wherein the adjustment mechanism comprises a switch structure selected from the group consisting of a pushrod type switch structure, a double-button type switch structure, and a rotary type switch structure.
A system for identifying a hyperpigmented spot for cosmetic purposes, comprising: a computing device that includes a processor and a memory component, wherein the memory component stores logic that, when executed by the processor, causes the computing device to (i) receive a digital image of a subject captured using cross-polarized light, (ii) receive a baseline image of the subject, where the baseline image is either an unfiltered image of the subject or an image of the subject made at a different point in time, (iii) identify a hyperpigmented spot in the image of the subject, (iv) compare the baseline image with the image of the subject to determine changes to the hyperpigmented spot; (v) electronically annotate the image of the subject to distinguish the hyperpigmented spot in the image, (vi) classify the hyperpigmented spot into a predetermined class, the predetermined class includes at least two of the following: solar lentigo, melasma, seborrhoeic keratosis, melanocytic nevus, freckle, actinic keratosis, post inflammatory hyperpigmentation, (vii) determine a cosmetic skin care product for treating the hyperpigmented spot according to the predetermined class, and (viii) provide information related to the cosmetic skin care product for use by the subject. (i) receive a digital image of a subject captured using cross-polarized light, (ii) receive a baseline image of the subject, where the baseline image is either an unfiltered image of the subject or an image of the subject made at a different point in time, (iii) identify a hyperpigmented spot in the image of the subject, (iv) compare the baseline image with the image of the subject to determine changes to the hyperpigmented spot; (v) electronically annotate the image of the subject to distinguish the hyperpigmented spot in the image, (vi) classify the hyperpigmented spot into a predetermined class, the predetermined class includes at least two of the following: solar lentigo, melasma, seborrhoeic keratosis, melanocytic nevus, freckle, actinic keratosis, post inflammatory hyperpigmentation, (vii) determine a cosmetic skin care product for treating the hyperpigmented spot according to the predetermined class, and (viii) provide information related to the cosmetic skin care product for use by the subject.
An aqueous dispersion comprising: a particulate polymer composite; a polyisocyanate compound; and water, the particulate polymer composite including a fluoropolymer (A) and an acrylic polymer (B), either or both of the fluoropolymer (A) and the acrylic polymer (B) containing a hydroxyl group and a hydrolyzable silyl group , wherein the fluoropolymer (A) and the acrylic polymer (B) are contained in one and the same particle of the particulate polymer composite, wherein the fluoropolymer (A) contains a vinylidene fluoride unit in an amount of 70 mol% or more of all the polymerized units constituting the fluoropolymer (A). a particulate polymer composite; a polyisocyanate compound; and water, the particulate polymer composite including a fluoropolymer (A) and an acrylic polymer (B), either or both of the fluoropolymer (A) and the acrylic polymer (B) containing a hydroxyl group and a hydrolyzable silyl group , wherein the fluoropolymer (A) and the acrylic polymer (B) are contained in one and the same particle of the particulate polymer composite, wherein the fluoropolymer (A) contains a vinylidene fluoride unit in an amount of 70 mol% or more of all the polymerized units constituting the fluoropolymer (A).
A crystalline Form II of nicotinamide riboside chloride that is characterized by : a powder X-ray diffraction pattern having peaks at 10.2, 10.7, 13.8, 21.2, 21.9, 22.1, 23.2, 23.9, 24.7, 29.6, and 33.8 degrees two theta ± 0.2 degrees two theta.
A fuel flow control assembly for an aircraft engine comprising: a gear arrangement having a shaft ; a bearing structure operatively coupled to the shaft; a pressure pad disposed adjacent the bearing structure, the pressure pad having a radially extending port for receiving a fuel flow; and a flow metering device in flow communication with the radially extending port of the pressure pad and configured to restrict the fuel flow at a low pressure operating condition by closing the radially extending port and opening the radially extending port to increase the fuel flow at a high pressure operating condition; wherein the gear arrangement is a dual stage gear arrangement having a drive gear disposed on a first shaft and a driven gear disposed on a second shaft ; the drive gear and the driven gear are supported by bearings that are operatively coupled to each shaft and fixed relative to a housing, the bearings are inserted into a common carrier that is cast as one piece in a general shape of an "8", the bearings are journal bearings; the bearings include a floating bearing disposed adjacent a face of a gear of the gear arrangement , the pressure pad disposed adjacent the floating bearing; and the flow metering device is configured in operation to control flow to allow the floating bearing to receive the control flow and float against a gear face of the gears. a gear arrangement having a shaft ; a bearing structure operatively coupled to the shaft; a pressure pad disposed adjacent the bearing structure, the pressure pad having a radially extending port for receiving a fuel flow; and a flow metering device in flow communication with the radially extending port of the pressure pad and configured to restrict the fuel flow at a low pressure operating condition by closing the radially extending port and opening the radially extending port to increase the fuel flow at a high pressure operating condition; wherein the gear arrangement is a dual stage gear arrangement having a drive gear disposed on a first shaft and a driven gear disposed on a second shaft ; the drive gear and the driven gear are supported by bearings that are operatively coupled to each shaft and fixed relative to a housing, the bearings are inserted into a common carrier that is cast as one piece in a general shape of an "8", the bearings are journal bearings; the bearings include a floating bearing disposed adjacent a face of a gear of the gear arrangement , the pressure pad disposed adjacent the floating bearing; and the flow metering device is configured in operation to control flow to allow the floating bearing to receive the control flow and float against a gear face of the gears.
A virtual image display device comprising: an image generator outputting light of a virtual image ; a polarizing filter transmitting light in a first polarization state from the output light; a multipath optical element guiding the transmitted light in the first polarization state such that the transmitted light is delivered toward an eye of a user ; a second optical element arranged in a direction of a second side of the multipath optical element and on which real-world light including light in the first polarization state and light in a second polarization state is incident; a first optical element arranged in a direction of a first side of the multipath optical element and on which the guided light in the first polarization state and the real-world light that has passed through the second optical element are incident; and a processor configured to drive the first optical element such that the light in the first polarization state is converged, and the second optical element such that light in the second polarization state is diverged. an image generator outputting light of a virtual image ; a polarizing filter transmitting light in a first polarization state from the output light; a multipath optical element guiding the transmitted light in the first polarization state such that the transmitted light is delivered toward an eye of a user ; a second optical element arranged in a direction of a second side of the multipath optical element and on which real-world light including light in the first polarization state and light in a second polarization state is incident; a first optical element arranged in a direction of a first side of the multipath optical element and on which the guided light in the first polarization state and the real-world light that has passed through the second optical element are incident; and a processor configured to drive the first optical element such that the light in the first polarization state is converged, and the second optical element such that light in the second polarization state is diverged.
A false-twist texturing machine for forming a winding package (P3) by performing false-twist texturing on a yarn (Y) supplied from a yarn feeding package (P1, P2), the false-twist texturing machine comprising: a tension detection device which detects an untwisting tension of the yarn (Y) traveling between the yarn feeding package (P1, P2) and the winding package (P3); a switching detection device which detects that the yarn feeding package (P1, P2) supplying the yarn (Y) has been switched from one yarn feeding package (P1, P2) to the other yarn feeding package (P1, P2); characterized by an information processing device which calculates a period of movement time at which a knot (C) of a yarn end (Y1, Y2) of the one yarn feeding package (P1, P2) and a yarn end (Y1, Y2) of the other yarn feeding package (P1, P2) is expected to move in the tension detection device based on the detection result of the switching detection device and extracts and stores a tension data group corresponding to the period of movement time from the detection result of the tension detection device . a tension detection device which detects an untwisting tension of the yarn (Y) traveling between the yarn feeding package (P1, P2) and the winding package (P3); a switching detection device which detects that the yarn feeding package (P1, P2) supplying the yarn (Y) has been switched from one yarn feeding package (P1, P2) to the other yarn feeding package (P1, P2); characterized by an information processing device which calculates a period of movement time at which a knot (C) of a yarn end (Y1, Y2) of the one yarn feeding package (P1, P2) and a yarn end (Y1, Y2) of the other yarn feeding package (P1, P2) is expected to move in the tension detection device based on the detection result of the switching detection device and extracts and stores a tension data group corresponding to the period of movement time from the detection result of the tension detection device .