mhurhangee/patent-ind-claim-en huggingface dataset:
A bladder for an article of footwear , the bladder comprising: a first chamber including a first segment extending along a first side of the bladder and a second segment formed on an opposite side of the bladder from the first segment ; a second chamber at least partially surrounded by the first chamber and disposed between the first segment and the second segment ; a manifold in direct fluid communication with each of the first segment of the first chamber , the second segment of the first chamber , and the second chamber , the manifold including a first conduit in fluid communication with an interior void of the second chamber and a pair of laterally-extending conduits extending from the first conduit to each of the first segment of the first chamber and the second segment of the first chamber , wherein each of the laterally-extending conduits extends along a compound curve, whereby a first portion of the conduit adjacent to the longitudinal axis (A 106 ) of the bladder has a concave curvature relative to the second chamber and a second portion of the conduit that is connected to the first chamber has a convex curvature relative to the second chamber ; a web area extending continuously from the manifold at a medial side of the second chamber , around a posterior end of the second chamber , to the manifold at a lateral side of the second chamber , and connecting each of the first chamber , the second chamber , and the manifold ; and a first series of ports (172a-172c) extending between the first chamber and the web area . a first chamber including a first segment extending along a first side of the bladder and a second segment formed on an opposite side of the bladder from the first segment ; a second chamber at least partially surrounded by the first chamber and disposed between the first segment and the second segment ; a manifold in direct fluid communication with each of the first segment of the first chamber , the second segment of the first chamber , and the second chamber , the manifold including a first conduit in fluid communication with an interior void of the second chamber and a pair of laterally-extending conduits extending from the first conduit to each of the first segment of the first chamber and the second segment of the first chamber , wherein each of the laterally-extending conduits extends along a compound curve, whereby a first portion of the conduit adjacent to the longitudinal axis (A 106 ) of the bladder has a concave curvature relative to the second chamber and a second portion of the conduit that is connected to the first chamber has a convex curvature relative to the second chamber ; a web area extending continuously from the manifold at a medial side of the second chamber , around a posterior end of the second chamber , to the manifold at a lateral side of the second chamber , and connecting each of the first chamber , the second chamber , and the manifold ; and a first series of ports (172a-172c) extending between the first chamber and the web area .
A method for filling a gap (S) with a filler material, the gap (S) being between an existing conduit (P) and a lining material provided inside the existing conduit (P), the method comprising: an air removing tool attaching step of inserting an air removing tool into an air removing hole bored through the lining material and provided in an upper half part of the lining material , and bringing a leading end face of the air removing tool into contact with an inner circumferential surface of the existing conduit (P); and an original filling step of injecting the filler material into the gap (S) through a filling port while expelling air from the gap (S) through a leading end of the air removing tool , the air removing tool including, at the leading end thereof, an air removing portion through which air is discharged characterized in that the filling port is provided through a lower portion of the lining material . an air removing tool attaching step of inserting an air removing tool into an air removing hole bored through the lining material and provided in an upper half part of the lining material , and bringing a leading end face of the air removing tool into contact with an inner circumferential surface of the existing conduit (P); and an original filling step of injecting the filler material into the gap (S) through a filling port while expelling air from the gap (S) through a leading end of the air removing tool , the air removing tool including, at the leading end thereof, an air removing portion through which air is discharged characterized in that the filling port is provided through a lower portion of the lining material .
A switching mode power supply (SMPS) device comprising: a power converting part that is operable to convert an input voltage into an output voltage according to a switching signal, and to output a primitive switching signal for use in varying a frequency of the switching signal based on power drawn by a load receiving the output voltage, wherein the primitive switching signal is a signal previously generated in order to generate the switching signal by a quasi-resonant control method; a resonant circuit that is operable to change a duty ratio of the primitive switching signal using a variable resonant frequency that varies in accordance with a variance of an impedance of the load; and characterized in further comprising: a signal controlling part that is operable to: compare a voltage of the primitive switching signal, changed in accordance with the variable resonant frequency, with a reference voltage, and vary the frequency of the switching signal and to output the switching signal having the varied frequency when the voltage of the primitive switching signal is maintained below the reference voltage for longer than a reference time. a power converting part that is operable to convert an input voltage into an output voltage according to a switching signal, and to output a primitive switching signal for use in varying a frequency of the switching signal based on power drawn by a load receiving the output voltage, wherein the primitive switching signal is a signal previously generated in order to generate the switching signal by a quasi-resonant control method; a resonant circuit that is operable to change a duty ratio of the primitive switching signal using a variable resonant frequency that varies in accordance with a variance of an impedance of the load; and characterized in further comprising: a signal controlling part that is operable to: compare a voltage of the primitive switching signal, changed in accordance with the variable resonant frequency, with a reference voltage, and vary the frequency of the switching signal and to output the switching signal having the varied frequency when the voltage of the primitive switching signal is maintained below the reference voltage for longer than a reference time. compare a voltage of the primitive switching signal, changed in accordance with the variable resonant frequency, with a reference voltage, and vary the frequency of the switching signal and to output the switching signal having the varied frequency when the voltage of the primitive switching signal is maintained below the reference voltage for longer than a reference time.
A method of diagnosing a cancer subtype in a subject, comprising: obtaining a sample from the subject; assaying the sample to determine the expression level of CCL2; assaying the sample to determine the expression level LKB1; and diagnosing the cancer subtype in the subject based on the presence of both a level of CCL2 higher than a CCL2 reference level and a level of LKB1 lower than a LKB1 reference level, wherein the method further comprises assaying an increased sensitivity to endoplasmic reticulum (ER) stress, and wherein the cancer subtype is non-small cell lung cancer (NSCLC). obtaining a sample from the subject; assaying the sample to determine the expression level of CCL2; assaying the sample to determine the expression level LKB1; and diagnosing the cancer subtype in the subject based on the presence of both a level of CCL2 higher than a CCL2 reference level and a level of LKB1 lower than a LKB1 reference level, wherein the method further comprises assaying an increased sensitivity to endoplasmic reticulum (ER) stress, and wherein the cancer subtype is non-small cell lung cancer (NSCLC).
A horn assembly of a vehicle steering apparatus comprising an electrically non-conductive carrier element , an elongate flexible electrical conductor arranged on the carrier element , an electrically conducting component which is in contact with the flexible electrical conductor , and forms a first horn contact, and a second horn contact which is at a distance from the first horn contact in a basic position of the horn assembly and is electrically connected to the first horn contact in an operating position of the horn assembly , characterized in that the electrically conducting component is in the form of an electrically conducting clip and is latched to the carrier element to realize the first horn contact at any desired position along the flexible electrical conductor . an electrically non-conductive carrier element , an elongate flexible electrical conductor arranged on the carrier element , an electrically conducting component which is in contact with the flexible electrical conductor , and forms a first horn contact, and a second horn contact which is at a distance from the first horn contact in a basic position of the horn assembly and is electrically connected to the first horn contact in an operating position of the horn assembly , characterized in that the electrically conducting component is in the form of an electrically conducting clip and is latched to the carrier element to realize the first horn contact at any desired position along the flexible electrical conductor .
A pharmaceutical composition for application to the eye comprising at least one water-miscible biocompatible solvent and a lipophilic pharmaceutical substance dissolved therein, wherein the pharmaceutical composition forms a nanosuspension upon contact with an aqueous eye fluid, the lipophilic pharmaceutical substance therein being present in the form of nanoparticles in suspension, wherein the water-miscible biocompatible solvent is selected from the group consisting of polyethylene glycol, glycerol, propylene glycol, dimethylsulfoxid and N-vinylpyrrolidone and a mixture thereof.
An apparatus for separating a two-ply film web , which can first be wound up at a winding station, wherein the two plies of the film web are first connected to one another via two side edges , wherein the apparatus comprises the following features: • At least two longitudinal slitting units, with which two longitudinal slits can be made into a first of the two plies of the two-ply film web , which are at a distance from side edges , so that one ply has a narrower width than the two-ply film web , • at least one pressing element , which can be moved in the orthogonal direction (x) of the plane generated by the two-ply film web , wherein the two plies of the two-ply film web are able to be distanced from one another, wherein the pressing element is only in contact with a region of the film web , which lies between the side edge and the next adjacent longitudinal slit , and which can be moved in the plane (y) of the two-ply film web , but perpendicular to its longitudinal direction (z), so that the pressing element can be guided between the two plies of the two-ply film web . • At least two longitudinal slitting units, with which two longitudinal slits can be made into a first of the two plies of the two-ply film web , which are at a distance from side edges , so that one ply has a narrower width than the two-ply film web , • at least one pressing element , which can be moved in the orthogonal direction (x) of the plane generated by the two-ply film web , wherein the two plies of the two-ply film web are able to be distanced from one another, wherein the pressing element is only in contact with a region of the film web , which lies between the side edge and the next adjacent longitudinal slit , and which can be moved in the plane (y) of the two-ply film web , but perpendicular to its longitudinal direction (z), so that the pressing element can be guided between the two plies of the two-ply film web .
A physiological detection signal quality evaluation method, wherein the method comprises: obtaining (S301) a sample data set collected by a detection device in different scenarios; selecting (S302) sample data of a scenario from the sample data set, and dividing the sample data into physiological data and PPG data; calculating (S303) an energy ratio of the physiological data based on the physiological data and the PPG data; separately calculating (S304) quality evaluation parameters of sample data of a plurality of classified scenarios based on energy ratios of the physiological data corresponding to different scenarios; and evaluating , based on the quality evaluation parameters, quality of a physiological detection signal collected by the detection device ; characterised in that calculating (S303) the energy ratio of the physiological data based on the physiological data and the PPG data comprises: separately calculating, based on the physiological data and the PPG data, a plurality of energy ratios of frequencies corresponding to a plurality of pieces of physiological data; and calculating an average value of the plurality of energy ratios of the frequencies corresponding to the plurality of pieces of physiological data, and using the average value as the energy ratio of the physiological data. obtaining (S301) a sample data set collected by a detection device in different scenarios; selecting (S302) sample data of a scenario from the sample data set, and dividing the sample data into physiological data and PPG data; calculating (S303) an energy ratio of the physiological data based on the physiological data and the PPG data; separately calculating (S304) quality evaluation parameters of sample data of a plurality of classified scenarios based on energy ratios of the physiological data corresponding to different scenarios; and evaluating , based on the quality evaluation parameters, quality of a physiological detection signal collected by the detection device ; characterised in that calculating (S303) the energy ratio of the physiological data based on the physiological data and the PPG data comprises: separately calculating, based on the physiological data and the PPG data, a plurality of energy ratios of frequencies corresponding to a plurality of pieces of physiological data; and calculating an average value of the plurality of energy ratios of the frequencies corresponding to the plurality of pieces of physiological data, and using the average value as the energy ratio of the physiological data. separately calculating, based on the physiological data and the PPG data, a plurality of energy ratios of frequencies corresponding to a plurality of pieces of physiological data; and calculating an average value of the plurality of energy ratios of the frequencies corresponding to the plurality of pieces of physiological data, and using the average value as the energy ratio of the physiological data.
Method of monitoring a functional state of an electricity meter , comprising the steps of: generating at least one temperature signal from which an actual temperature value (T) of the electricity meter can be derived; determining whether the actual temperature value (T) and/or a gradient (Gm) thereof exceeds at least one threshold value (L), characterised in that the at least one threshold value (L) is being derived from at least one predefined temperature curve (T300) representing predefined temperature values (T) of the electricity meter over time according to a modelled thermal behaviour of the electricity meter , wherein the at least one predefined temperature curve (T300) is readjusted over time, thereby providing moving or rolling thresholds or limits for respective temperature values and/or gradients. generating at least one temperature signal from which an actual temperature value (T) of the electricity meter can be derived; determining whether the actual temperature value (T) and/or a gradient (Gm) thereof exceeds at least one threshold value (L), characterised in that the at least one threshold value (L) is being derived from at least one predefined temperature curve (T300) representing predefined temperature values (T) of the electricity meter over time according to a modelled thermal behaviour of the electricity meter , wherein the at least one predefined temperature curve (T300) is readjusted over time, thereby providing moving or rolling thresholds or limits for respective temperature values and/or gradients.
A shoe upper mounting machine with string-pulling device, that uses a string-pulling method for large-scale production, comprising a metal support housing supported on a flat base , the shoe upper mounting machine further comprising an uppers putting on module for putting shoe uppers on a last (F) and a string-pulling module for pulling strings, said uppers putting on module and said string-pulling module including force and speed actuators, wherein the uppers putting on module and the string-pulling module act in association in a combined manner or in an individual manner, characterized in that the uppers putting on module comprises a mechanical pneumatic assembly consisting of an anchor-brace anchoring the last (F), a shoe horn and uppers gripper clamp conjugated with a flexible blade mounted in a structure , through which a shoe horn pulling device having an adjustable clamp release sensor may be seen laterally, the shoe horn pulling device being adjustable through a slot in the structure.
A Delivery assist wire-catheter assembly, which comprises: an aspiration catheter having longitudinal tube , and a Delivery assist wire which is configured for insertion into the longitudinal tube of the aspiration catheter, wherein the Delivery assist wire has a distal tip part , a distal working part and a base part and wherein the base part of the Delivery assist wire has a smaller diameter relative to the diameter of the distal working part of the Delivery assist wire , wherein the base part of the Delivery assist wire has a diameter maximal 1 mm, preferably 0.89 mm and the distal working part has a diameter in an interval between 0.9 mm and 1.88 mm, preferably 1.27 mm; and wherein the distal working part of the Delivery assist wire has an outer diameter from 60 to 99 percent of an average inner diameter of an aspiration catheter lumen at the distal end of the aspiration catheter. an aspiration catheter having longitudinal tube , and a Delivery assist wire which is configured for insertion into the longitudinal tube of the aspiration catheter, wherein the Delivery assist wire has a distal tip part , a distal working part and a base part and wherein the base part of the Delivery assist wire has a smaller diameter relative to the diameter of the distal working part of the Delivery assist wire , wherein the base part of the Delivery assist wire has a diameter maximal 1 mm, preferably 0.89 mm and the distal working part has a diameter in an interval between 0.9 mm and 1.88 mm, preferably 1.27 mm; and wherein the distal working part of the Delivery assist wire has an outer diameter from 60 to 99 percent of an average inner diameter of an aspiration catheter lumen at the distal end of the aspiration catheter.
Composition for textile treatment containing a) at least one unsaturated C 18 -C 24 fatty acid; b) at least one unsaturated C 20 -C 24 fatty alcohol; c) 5 to 80 % by weight of surfactant and/or organic solvent. a) at least one unsaturated C 18 -C 24 fatty acid; b) at least one unsaturated C 20 -C 24 fatty alcohol; c) 5 to 80 % by weight of surfactant and/or organic solvent.
A computer-implemented method comprising: detecting a current context associated with a mobile computing device, the context being external to the mobile computing device and indicating a type of dock to which the mobile computing device is docked; determining, based on the current context associated with the mobile computing device, whether to switch the mobile computing device from a first mode of operation in which audio data is not monitored for voice input that indicates a request from a user for the mobile computing device to perform an operation, to a second mode of operation in which audio data is monitored for voice inputs; in response to determining to switch the mobile computing device to the second mode of operation, activating one or more microphones to receive ambient audio signals and provide electronic audio data to the mobile computing device, and activating a speech analysis subsystem associated with the mobile computing device to detect voice inputs from other ambient noises in the audio data and to identify whether one or more keywords from a predetermined group of keywords is present in the voice inputs to determine if any of the voice inputs (130-136) is a request from the user for the mobile computing device to perform the operation; providing output on the mobile computing device that is responsive to a voice input identified as the request from the user for the mobile computing device to perform the operation. detecting a current context associated with a mobile computing device, the context being external to the mobile computing device and indicating a type of dock to which the mobile computing device is docked; determining, based on the current context associated with the mobile computing device, whether to switch the mobile computing device from a first mode of operation in which audio data is not monitored for voice input that indicates a request from a user for the mobile computing device to perform an operation, to a second mode of operation in which audio data is monitored for voice inputs; in response to determining to switch the mobile computing device to the second mode of operation, activating one or more microphones to receive ambient audio signals and provide electronic audio data to the mobile computing device, and activating a speech analysis subsystem associated with the mobile computing device to detect voice inputs from other ambient noises in the audio data and to identify whether one or more keywords from a predetermined group of keywords is present in the voice inputs to determine if any of the voice inputs (130-136) is a request from the user for the mobile computing device to perform the operation; providing output on the mobile computing device that is responsive to a voice input identified as the request from the user for the mobile computing device to perform the operation.