mhurhangee/ep-ind-claims huggingface dataset:
A sealing arrangement for use in a patient interface device for delivering a flow of breathing gas to an airway of a patient, the sealing arrangement comprising: (a) a flexible member having a sealing surface structured to sealingly engage a surface of the patient at or about the airway, the flexible member including a first magnetic material disposed therein or thereon; and (b) a second magnetic material positioned in or on one or more of: a carrier member structured to be removably positioned on, in, or about the patient, and a portion of the patient interface device, characterized in that the first magnetic material and the second magnetic material are positioned and structured to magnetically interact in a manner which urges the sealing surface of the flexible member toward the surface of the patient when the flexible member is disposed at or about the airway and the second magnetic material is disposed at a corresponding position to interact with the first magnetic material. (a) a flexible member having a sealing surface structured to sealingly engage a surface of the patient at or about the airway, the flexible member including a first magnetic material disposed therein or thereon; and (b) a second magnetic material positioned in or on one or more of: a carrier member structured to be removably positioned on, in, or about the patient, and a portion of the patient interface device, characterized in that the first magnetic material and the second magnetic material are positioned and structured to magnetically interact in a manner which urges the sealing surface of the flexible member toward the surface of the patient when the flexible member is disposed at or about the airway and the second magnetic material is disposed at a corresponding position to interact with the first magnetic material. a carrier member structured to be removably positioned on, in, or about the patient, and a portion of the patient interface device,
Process for permanent shaping hair characterized in that - hair is washed or shampooed or made wet and - applied a composition comprising at least one reducing agent, at least one cationic polymer and dispersed particles of at least one water insoluble non-ionic polymer of styrene-acrylic acid copolymer and - processed for 1 to 30 min and - rinsed off from hair and - subsequently a composition comprising at least one oxidizing agent is applied and - after processing of 1 to 30 min rinsed off from hair, wherein a composition comprising at least one inorganic salt is applied onto hair after rinsing off the reducing agent composition and before applying oxidizing agent comprising composition and is not rinsed off. - hair is washed or shampooed or made wet and - applied a composition comprising at least one reducing agent, at least one cationic polymer and dispersed particles of at least one water insoluble non-ionic polymer of styrene-acrylic acid copolymer and - processed for 1 to 30 min and - rinsed off from hair and - subsequently a composition comprising at least one oxidizing agent is applied and - after processing of 1 to 30 min rinsed off from hair,
A power transmission apparatus for a vehicle, the vehicle including an engine and a motor as driving power sources, the vehicle configured to be operable to travel using only the motor as the driving power source with the engine stopped, the power transmission apparatus comprising: an input shaft into which power from the engine is configured to be inputted; a selectable one-way clutch including a notch plate, a selector plate, and a pocket plate, the notch plate, the selector plate, and the pocket plate arranged around the input shaft, the notch plate, the selector plate, and the pocket plate adjacently arranged in an axial direction of the input shaft in an order from the notch plate, to the selector plate, and the pocket plate, the selectable one-way clutch configured such that switching between an engagement state of transmitting a torque between the pocket plate and the notch plate and a non-engagement state of transmitting no torque between the pocket plate and the notch plate is carried out by rotation of the selector plate, the selectable one-way clutch configured to rotate the notch plate along with rotation of the motor; a housing case configured to house the input shaft and the selectable one-way clutch inside the housing case; a center support disposed between an inner surface of the housing case and the input shaft inside the housing case, the center support configured to support the input shaft relative to the housing case; a lubricating oil reservoir disposed in a lubrication passage of the lubricating oil inside the housing case; and an oil passage configured to supply the lubricating oil reserved in the lubricating oil reservoir into the selectable one-way clutch, characterized in that the oil passage extends through the pocket plate disposed between the lubricating oil reservoir and the selector plate, wherein the selector plate includes a through-hole located at a position where the through-hole is not lined up with an opening of the oil passage in a radial direction and a circumferential direction of the selector plate in the non-engagement state of the selectable one-way clutch, and also at a position where the through-hole is lined up with the opening of the oil passage in the radial direction and the circumferential direction of the selector plate in the engagement state of the selectable one-way clutch.
A cleaning device for a medical implement having a male protrusion, the cleaning device comprising: a cap having a housing defining an inner cavity, the housing having an inner wall that encloses the housing and an opening, the inner wall having a recess near the opening to the housing; a cleaning solution in the inner cavity of the housing; characterized in that the cleaning device further comprises a movable piston having a forward nose and rearward end surrounded by a flexible skirt that flares outward to abut the inner wall near the recess to maintain the cleaning solution in the inner cavity prior to receipt of the male protrusion into the inner cavity, the rearward end of the movable piston configured to couple with a distal end of the male protrusion to move the piston toward a distal end of the housing opposite the opening of the housing to provide a portion of the cleaning solution to the male protrusion, and in that the opening of the cap's housing has a diameter that is less than a diameter of the recess. a cap having a housing defining an inner cavity, the housing having an inner wall that encloses the housing and an opening, the inner wall having a recess near the opening to the housing; a cleaning solution in the inner cavity of the housing; characterized in that the cleaning device further comprises a movable piston having a forward nose and rearward end surrounded by a flexible skirt that flares outward to abut the inner wall near the recess to maintain the cleaning solution in the inner cavity prior to receipt of the male protrusion into the inner cavity, the rearward end of the movable piston configured to couple with a distal end of the male protrusion to move the piston toward a distal end of the housing opposite the opening of the housing to provide a portion of the cleaning solution to the male protrusion, and in that the opening of the cap's housing has a diameter that is less than a diameter of the recess.
Centrifugal electric pump of the type comprising a tubular-shaped external casing configuring at least one suctioning opening and a discharge opening; a pumping unit axially inserted into said casing to suction a liquid through said suctioning opening and transfer said outflowing liquid through said discharge opening; a motor unit axially inserted into said casing and suited to be operatively connected to said pumping unit; closure means (50, 80) suited to insulate an accommodation compartment of said motor unit against the liquid supplied by said pumping unit and the liquid present outside said casing; said closure means (50, 80) comprising an occlusion member (51, 81) provided with at least one elastic material portion (56, 86) suited to circumferentially engage the internal surface of said casing; and a fastening member (52, 82) suited to be associated with said occlusion member (51, 81) to perform the radial expansion of said elastic material portion (56, 86), in such a manner to fasten the same elastic material portion (56, 86) against said internal surface of said casing, said elastic portion (56, 86) comprising an annular ring having a first operating side (57, 87), arranged - during use - adjacent to said internal surface of said casing, and an opposite second operating side (58, 88), suited to be engaged by said fastening member (52, 82), characterised in that said annular ring is made of elastic material as a separate piece peripherally borne by the body of said occlusion member, and said body of said occlusion member is made of plastic material of different type, provided with more rigidity with respect to said annular ring.
Tyre for equipping a passenger vehicle, including a crown portion provided on its exterior with a tread intended to come into contact with a road surface when rolling, this crown portion being extended laterally by sidewalls (3, 3') terminating in beads (4, 4') intended to be in contact with rim parts on which the tyre is mounted, each sidewall (3, 3') including an inner wall in contact with the air inflating the tyre and an outer wall in contact with the external air, at least one of the sidewalls includes a plurality of first sectors and second sectors, these first and second sectors being formed on the outer wall of a first sidewall portion located between the crown portion and points that are the axially outermost points when this tyre is mounted on its mounting rim and inflated to its usage pressure, this tyre being characterised in that the first sectors are completely without raised markings, i.e. raised markings of a height greater than 0.2 mm, whereas the second sectors are provided with raised markings, these raised markings having a height equal to at least 0.2 mm, and in that the first sectors without markings each form an angle equal to at least 20°, and in that the sum of the angles of said first sectors is equal to at least 120°.
Method for purifying or separating, in TSA mode, a gaseous mixture containing at least two constituents, n radial adsorbers being used where n ≥ 4, each adsorber being subjected to a pressure cycle of duration T having a production period and a regeneration period, characterised in that the pressure cycles of all the adsorbers are offset from one another by an offset duration x-Δφ, where 1 ≤ x ≤ (n-1) and Δφ = T/n, and at any moment in the pressure cycle, at least two adsorbers are in the adsorption phase.
A flexible sheet comprising a composite sheet, the composite sheet comprising an elastic binder and an aggregate containing a plurality of carbon nanotubes that is disposed in the elastic binder, wherein the aggregate is formed as a waveform structure travelling along a single direction in a plane of the composite sheet to enable the flexible sheet to be stretched in the direction of the waveform structure.
An ethylene polymer composition having an eta (0.01) equal to or higher than 35,000 Pa.s and comprising, all per cent amounts being by weight: A) 25-75% of an ethylene polymer selected from (A 1) ethylene homopolymers, (A 2) copolymers of ethylene with one or more olefin comonomers, wherein the comonomer content is of 10% or less with respect to the weight of the copolymer, and mixtures of homopolymers (A 1) and copolymers (A 2); B) 25-75% of a copolymer of ethylene and propylene containing from 45% to 70% of ethylene; wherein eta (0.01) is the complex shear viscosity at an angular frequency of 0.01 rad/s, measured with dynamic oscillatory shear in a plate-plate rotational rheometer at a temperature of 200°C, and the amounts of A) and B) are referred to the total weight of A) + B). A) 25-75% of an ethylene polymer selected from (A 1) ethylene homopolymers, (A 2) copolymers of ethylene with one or more olefin comonomers, wherein the comonomer content is of 10% or less with respect to the weight of the copolymer, and mixtures of homopolymers (A 1) and copolymers (A 2); B) 25-75% of a copolymer of ethylene and propylene containing from 45% to 70% of ethylene;
Method for controlling an electric motor of an elevator, in which method: - initial angle (θ 0) of the rotor of the electric motor is determined with the signal injection method, when a brake device (3A, 3B) is connected to brake the rotor of the electric motor - a dq coordinate system is presented by means of the determined initial angle (θ 0) in such a way that the d axis is in the direction of the magnetic axis (Ψ) of the rotor - the drive direction of the elevator car is selected and also the load of the elevator is determined before the start of a run - a reference value I q * of the current in the direction of the q axis is formed on the basis of the drive direction of the elevator and proportional to the load of the elevator, - also formed is a reference value I d * of the current in the direction of the d axis to resist a change (θ') in the load angle caused by a sudden increase in the imbalance of the elevator - the brake device (3A, 3B) braking the rotor of the electric motor is opened and the elevator car is driven by controlling the current to the electric motor according to the reference values ( I ∗, Id ∗, Iq ∗) characterized in that: - the active power of the electric motor is measured - the reference value I q * of the current in the direction of the q axis is adjusted for damping a fluctuation in the active power of the electric motor. - initial angle (θ 0) of the rotor of the electric motor is determined with the signal injection method, when a brake device (3A, 3B) is connected to brake the rotor of the electric motor - a dq coordinate system is presented by means of the determined initial angle (θ 0) in such a way that the d axis is in the direction of the magnetic axis (Ψ) of the rotor - the drive direction of the elevator car is selected and also the load of the elevator is determined before the start of a run - a reference value I q * of the current in the direction of the q axis is formed on the basis of the drive direction of the elevator and proportional to the load of the elevator, - also formed is a reference value I d * of the current in the direction of the d axis to resist a change (θ') in the load angle caused by a sudden increase in the imbalance of the elevator - the brake device (3A, 3B) braking the rotor of the electric motor is opened and the elevator car is driven by controlling the current to the electric motor according to the reference values ( I ∗, Id ∗, Iq ∗) characterized in that: - the active power of the electric motor is measured - the reference value I q * of the current in the direction of the q axis is adjusted for damping a fluctuation in the active power of the electric motor. - the active power of the electric motor is measured - the reference value I q * of the current in the direction of the q axis is adjusted for damping a fluctuation in the active power of the electric motor.
An information processing device comprising: an action recognition unit configured to recognize an action of a user based on sensor information; a speed acquisition unit configured to acquire speed information indicating a movement speed of the user; and a correction unit configured to correct an action recognition result based on a comparison result between the speed information and a speed threshold set according to the action recognition result, wherein the speed acquisition unit is configured to: calculate the speed information based on positional information of the user, and exclude positional information of a point other than an initial point and a terminal point of a still section when the point is determined to be still for a predetermined time or more within a predetermined range around the initial point, and acquire time information of the still section. an action recognition unit configured to recognize an action of a user based on sensor information; a speed acquisition unit configured to acquire speed information indicating a movement speed of the user; and a correction unit configured to correct an action recognition result based on a comparison result between the speed information and a speed threshold set according to the action recognition result, wherein the speed acquisition unit is configured to: calculate the speed information based on positional information of the user, and exclude positional information of a point other than an initial point and a terminal point of a still section when the point is determined to be still for a predetermined time or more within a predetermined range around the initial point, and acquire time information of the still section. calculate the speed information based on positional information of the user, and exclude positional information of a point other than an initial point and a terminal point of a still section when the point is determined to be still for a predetermined time or more within a predetermined range around the initial point, and acquire time information of the still section.
An augmented reality apparatus for guiding collection of hazardous contaminant samples, comprising: an image capture device configured for capturing images of a test surface; a connectivity device; a projector configured to project an augmented reality overlay onto the test surface, the augmented reality overlay including a visual representation of a boundary of a test area comprising a portion of the test surface to be swabbed to collect a sample; at least one computer-readable memory having stored thereon executable instructions; and one or more processors in communication with the image capture device, the connectivity device, the projector and the at least one computer-readable memory, wherein when executed, the instructions cause the system to: cause the projector to project the visual representation of the boundary of the test area onto the test surface, analyze data received from the image capture device to monitor interactions between a user and the test area as the user swabs the test area to collect the sample, identify, programmatically or based on a received user input, completion of sampling, calculate an actual area swabbed by the user based on the monitored interactions, and transmit an indication of the calculated actual area swabbed to a test device. an image capture device configured for capturing images of a test surface; a connectivity device; a projector configured to project an augmented reality overlay onto the test surface, the augmented reality overlay including a visual representation of a boundary of a test area comprising a portion of the test surface to be swabbed to collect a sample; at least one computer-readable memory having stored thereon executable instructions; and one or more processors in communication with the image capture device, the connectivity device, the projector and the at least one computer-readable memory, wherein when executed, the instructions cause the system to: cause the projector to project the visual representation of the boundary of the test area onto the test surface, analyze data received from the image capture device to monitor interactions between a user and the test area as the user swabs the test area to collect the sample, identify, programmatically or based on a received user input, completion of sampling, calculate an actual area swabbed by the user based on the monitored interactions, and transmit an indication of the calculated actual area swabbed to a test device. cause the projector to project the visual representation of the boundary of the test area onto the test surface, analyze data received from the image capture device to monitor interactions between a user and the test area as the user swabs the test area to collect the sample, identify, programmatically or based on a received user input, completion of sampling, calculate an actual area swabbed by the user based on the monitored interactions, and transmit an indication of the calculated actual area swabbed to a test device.
Test apparatus for testing a wireless connection between a transmitting device and a receiving device, the test apparatus comprising: a first input device adapted to receive a trigger signal from the transmitting device, the trigger signal indicating a change in a transmission property of the transmitting device; a test signal generator adapted to generate a test data sequence, wherein the test signal generator is adapted to include a predetermined test data pattern into the test data sequence upon receiving the trigger signal from the transmitting device, and the test signal generator is adapted to provide the generated test data sequence including the predetermined test data pattern as an output data sequence; a first output device adapted to provide the output data sequence to the transmitting device for emitting to the receiving device a wireless signal based on the output data sequence, wherein the predetermined test data pattern is transmitted through the wireless communication link while the change of the transmission property is applied; a second input device adapted to receive an input data sequence from the receiving device, wherein the input data sequence is based on the wireless signal received by the receiving device; an analyzing device adapted to compare the output data sequence with the received input data sequence, wherein the analyzing device is adapted to skip the predetermined test data pattern in the output data sequence and in the received data sequence when comparing the output data sequence with the received input data sequence. a first input device adapted to receive a trigger signal from the transmitting device, the trigger signal indicating a change in a transmission property of the transmitting device; a test signal generator adapted to generate a test data sequence, wherein the test signal generator is adapted to include a predetermined test data pattern into the test data sequence upon receiving the trigger signal from the transmitting device, and the test signal generator is adapted to provide the generated test data sequence including the predetermined test data pattern as an output data sequence; a first output device adapted to provide the output data sequence to the transmitting device for emitting to the receiving device a wireless signal based on the output data sequence, wherein the predetermined test data pattern is transmitted through the wireless communication link while the change of the transmission property is applied; a second input device adapted to receive an input data sequence from the receiving device, wherein the input data sequence is based on the wireless signal received by the receiving device; an analyzing device adapted to compare the output data sequence with the received input data sequence, wherein the analyzing device is adapted to skip the predetermined test data pattern in the output data sequence and in the received data sequence when comparing the output data sequence with the received input data sequence.
A method of introducing a specific sequence into a target site on a double-stranded nucleic acid in a cell, the method comprising: contacting the cell with or expressing in the cell a nuclease that induces DSBs only in specific phases of the cell cycle, comprising a fusion protein comprising a cell-cycle regulated protein domain linked to an engineered nuclease, wherein the cell-cycle regulated protein domain is from CtIP, Cdk2, Cyclin A1, Cyclin A2, Cyclin B1, or Gemini, and wherein the engineered nuclease is selected from the group consisting of a ZFN, a TALEN, a CRISPR/Cas9, and a CRISPR RNA-guided FokI nucleases (RFNs)