mhurhangee/patent-ind-claim-en huggingface dataset:
An inhaler device for delivery to an inhaling user of at least one drug substance emitted from a dose cartridge, the inhaler device comprising: a first conduit for conducting a carrier airflow to a proximal opening of a mouthpiece from which the user inhales; a holder configured to position a dose cartridge at a dose cartridge position defined by the holder within the carrier airflow of the first conduit ; a second conduit , pneumatically coupled to the first conduit , for conducting a shunting airflow to the mouthpiece without passing the shunting airflow through the dose cartridge position; at least one sensor positioned and configured for detecting at least one parameter indicating a rate of the carrier airflow; and at least one valve positioned along the second conduit and configured to at least partially close to limit a rate of said shunting airflow to thereby affect a rate of the carrier airflow; characterized in that said holder is configured to position the dose cartridge such that substantially all carrier airflow through the first conduit passes through said drug substance in said dose cartridge ; wherein the at least one valve is operated by a valve controller , the valve controller is functionally connected to receive an indication of the rate of the carrier airflow from the at least one sensor , and the valve controller is configured to operate the at least one valve based on the indication of the rate of the carrier airflow from the at least one sensor . a first conduit for conducting a carrier airflow to a proximal opening of a mouthpiece from which the user inhales; a holder configured to position a dose cartridge at a dose cartridge position defined by the holder within the carrier airflow of the first conduit ; a second conduit , pneumatically coupled to the first conduit , for conducting a shunting airflow to the mouthpiece without passing the shunting airflow through the dose cartridge position; at least one sensor positioned and configured for detecting at least one parameter indicating a rate of the carrier airflow; and at least one valve positioned along the second conduit and configured to at least partially close to limit a rate of said shunting airflow to thereby affect a rate of the carrier airflow; characterized in that said holder is configured to position the dose cartridge such that substantially all carrier airflow through the first conduit passes through said drug substance in said dose cartridge ; wherein the at least one valve is operated by a valve controller , the valve controller is functionally connected to receive an indication of the rate of the carrier airflow from the at least one sensor , and the valve controller is configured to operate the at least one valve based on the indication of the rate of the carrier airflow from the at least one sensor .
A method for synchronizing a system including a plurality of redundant processing chains, the system including a global clock pacing the system , each processing chain including a first specific local clock pacing the respective processing chain, and a second local clock able to measure the time, the method including: - providing a first instant via the global clock for each processing chain, - converting the first instant into a first local instant for each processing chain, - implementing the same series of operations on the same input data on each processing chain from the first local instant, - incrementing the second local clock specific to each processing chain is next incremented as long as the series of operations is carried out, to obtain a second local instant, - calculating a local time interval defined as the difference between the second local instant and the first local instant, - comparing the calculated local time intervals to determine a local time interval shared by a majority of the processing chains, the comparison being carried out by a voting mechanism, wherein each processing chain includes a third local clock able to date the events, the method further including: - synchronizing the third local clocks of each processing chain on the common local time interval, each processing chain incrementing its third clock by a quantity equal to the common local time interval, the third local clock being synchronized on both processing chains. - providing a first instant via the global clock for each processing chain, - converting the first instant into a first local instant for each processing chain, - implementing the same series of operations on the same input data on each processing chain from the first local instant, - incrementing the second local clock specific to each processing chain is next incremented as long as the series of operations is carried out, to obtain a second local instant, - calculating a local time interval defined as the difference between the second local instant and the first local instant, - comparing the calculated local time intervals to determine a local time interval shared by a majority of the processing chains, the comparison being carried out by a voting mechanism, - synchronizing the third local clocks of each processing chain on the common local time interval, each processing chain incrementing its third clock by a quantity equal to the common local time interval, the third local clock being synchronized on both processing chains.
A swimming pool wall having a drainage groove, the side wall of the swimming pool and the drainage groove being formed in one piece, characterized in that a slope wall of the drainage groove , which is adjacent to the side wall of the swimming pool, directly connects to an overflow edge of the swimming pool throug a single bend, wherein the slope wall of the drainage groove forms an angle with the side wall of the swimming pool of more than 20 degrees.
A solid support for collecting a biological sample wherein said solid support comprises: (a) a dye selected from the group comprising Alizarin Red, Methylene blue, Reactive blue 4, Alcian blue and Indigo carmine; and (b) one or more nucleic acid stabilisation chemicals; wherein at least one of the nucleic acid stabilization chemicals is Tris HCl. (a) a dye selected from the group comprising Alizarin Red, Methylene blue, Reactive blue 4, Alcian blue and Indigo carmine; and (b) one or more nucleic acid stabilisation chemicals; wherein at least one of the nucleic acid stabilization chemicals is Tris HCl.
A coating composition comprising: (i) a poly(meth)acrylate dispersion comprising poly(meth)acrylate polymer particles having an average diameter of 50-400 nm, as determined by ISO 22412:2017; (ii) solid organic filler particles, wherein said solid organic filler particles comprise poly(meth)acrylate, polystyrene, polyacrylamide, polyurethane, polysiloxane, polyolefin, polyacrylonitrile, nylon, poly(vinyl ester), and mixtures thereof, are substantially spherical, and have an average diameter of 10 to 30 μm, as determined by ISO 13320:2009; (iii) pigment; (iv) water; and (v) a biocide selected from the group consisting of: in can preservatives, dry film biocides, wood preservatives, or mixtures thereof, wherein said composition comprises less than 8 wt% inorganic extender, based on the total weight of the composition. (i) a poly(meth)acrylate dispersion comprising poly(meth)acrylate polymer particles having an average diameter of 50-400 nm, as determined by ISO 22412:2017; (ii) solid organic filler particles, wherein said solid organic filler particles comprise poly(meth)acrylate, polystyrene, polyacrylamide, polyurethane, polysiloxane, polyolefin, polyacrylonitrile, nylon, poly(vinyl ester), and mixtures thereof, are substantially spherical, and have an average diameter of 10 to 30 μm, as determined by ISO 13320:2009; (iii) pigment; (iv) water; and (v) a biocide selected from the group consisting of: in can preservatives, dry film biocides, wood preservatives, or mixtures thereof,
A solid oral pharmaceutical composition comprising tenofovir or a pharmaceutically acceptable salt thereof, emtricitabine or a pharmaceutically acceptable salt thereof and lactose monohydrate and microcrystalline cellulose as diluents, wherein lactose monohydrate is in an amount 10-15% by weight of the composition and the composition is substantially free of starch.
A culture vessel for culturing human embryonic stem cells (human ES cells), wherein: the culture vessels has two or more wells, each of the wells has a tubular body and a funnel-shaped bottom provided at one end of the body, the bottom has a concave curved surface at the center of the bottom, and the bottom has an opening angle in a range of 60 to 100°. the culture vessels has two or more wells, each of the wells has a tubular body and a funnel-shaped bottom provided at one end of the body, the bottom has a concave curved surface at the center of the bottom, and the bottom has an opening angle in a range of 60 to 100°.
Method for manufacturing a rotor for a synchronous reluctance motor, wherein at least one magnetically non-conductive material and at least one magnetically conductive material are wound onto a base body , preferably a cylindrical body, and the individual strata are connected to one another, wherein a multi-layer material with at least one magnetically non-conductive and at least one magnetically conductive layer are wound onto the base body , characterized in that the multi-layer material is formed with at least two magnetically non-conductive layers , between which a magnetically conductive intermediate layer is embedded, wherein each two magnetically non-conductive layers of the adjacent strata of the multi-layer material are connected to one another in a materially joined fashion, wherein one or more circular segments (30, 30', 30", 30''') with a specific radius, in particular four circular segments (30, 30', 30", 30''') are cut out of the winding and each rotated about an axis running perpendicularly with respect to the circular segmental face, in particular by approximately 180°, and are applied to the residual segment of the winding .
Optical waveguide cable , for transmitting optical signals, comprising an optically transparent core , in particular a glass core, a tensile-loadable protective screen and a first plug in which the transparent core is guided in a defined manner, so that the optical signals can be coupled into a plug mating piece, wherein the first plug has a container which is cast with a casting , wherein the casting is mechanically coupled to the protective screen, so that a tensile force on the optical waveguide cable is mechanically transmitted to the first plug, wherein the casting is of two-stage construction and, by means of respective adhesion, the first casting stage is substantially coupled to the protective screen and the second casting stage is substantially coupled to the container and/or to the plug, characterized in that initially the first casting stage and then the second casting stage are provided in a tensile direction .
Control unit for controlling a high-frequency generator , the latter comprising a resonant circuit as a high-frequency transmitter, comprising at least the following components: i. a driver stage designed for controlling switches (T+) and (T-) of a power stage of a high-frequency generator ii. a control unit for generating a control signal for driving the driver stage wherein the control unit further comprises a current sensor for measuring the secondary current Is in the resonant circuit of the high-frequency transformer of the high-frequency generator and for transmitting this measurement data of the secondary current Is to the control unit , the current sensor and the control unit cooperating in such a manner that the measurement data of the secondary current Is can be converted by the controller into a control signal for regulating the driver stage , the current sensor being designed as a measurement transformer for current zero-crossing detection, characterized in that the current sensor has two antiparallel-connected diodes via which the secondary current of a high-frequency transformer of the high-frequency generator can be conducted. i. a driver stage designed for controlling switches (T+) and (T-) of a power stage of a high-frequency generator ii. a control unit for generating a control signal for driving the driver stage wherein the control unit further comprises a current sensor for measuring the secondary current Is in the resonant circuit of the high-frequency transformer of the high-frequency generator and for transmitting this measurement data of the secondary current Is to the control unit , the current sensor and the control unit cooperating in such a manner that the measurement data of the secondary current Is can be converted by the controller into a control signal for regulating the driver stage , the current sensor being designed as a measurement transformer for current zero-crossing detection, characterized in that the current sensor has two antiparallel-connected diodes via which the secondary current of a high-frequency transformer of the high-frequency generator can be conducted.
Closing force unit for the treatment chamber of a tire vulcanization machine , having a base plate and at least one linear drive for the displacement of and exertion of force on a mold pressure plate , wherein the at least one linear drive is an integral constituent part of the base plate , such that a compact stringent structure of the closing force unit is supported, characterized in that the at least one linear drive is formed from a piston and is received in movable fashion in a bore of the base plate , such that the linear drive is an integral constituent part of the base plate and in that the bore is a blind bore.
Wall hugger recliner having a frame for placing on a floor , a seat , a backrest and a foot support and a foot support adjustment mechanism having a first mechanical rod assembly and a first actuator for deploying and retracting the foot support and a seat backrest adjustment mechanism having a second mechanical rod assembly for adjusting the seat and the backrest from an upright basic position into a horizontal position, wherein the seat backrest adjustment mechanism has a second actuator for adjusting the seat and the backrest and wherein the seat has a front end and the seat backrest adjustment mechanism enables the seat to be moved from the upright basic position into a first intermediate position, wherein the clear spacing (h1) of the front end of the seat from the floor in the upright position is less than in the first intermediate position, and wherein the seat backrest adjustment mechanism , when the wall hugger recliner is moved from the upright basic position into the first intermediate position, brings about a displacement of the seat in the direction towards the front end thereof
A caliper for an opposed-piston disc brake, the caliper comprising: a pair of bodies provided at two sides of a rotor that rotates with a wheel, each of the pair of bodies including five cylinders , characterized in that a central cylinder among the five cylinders provided on each of the pair of bodies , which is surrounded by four of the cylinders , has a center which is located in a region on a radially inner side relative to an outer reference circle and on a radially outer side relative to an inner reference line, the outer reference circle passes through a center of a cylinder provided on a radially outermost side among the four of the cylinders and has a center thereof on a center of the rotor , and the inner reference line passes through centers of two of the cylinders provided on a radially inner side among the four of the cylinders . a pair of bodies provided at two sides of a rotor that rotates with a wheel, each of the pair of bodies including five cylinders , characterized in that a central cylinder among the five cylinders provided on each of the pair of bodies , which is surrounded by four of the cylinders , has a center which is located in a region on a radially inner side relative to an outer reference circle and on a radially outer side relative to an inner reference line, the outer reference circle passes through a center of a cylinder provided on a radially outermost side among the four of the cylinders and has a center thereof on a center of the rotor , and the inner reference line passes through centers of two of the cylinders provided on a radially inner side among the four of the cylinders .
A straight-line flexible positioning device, comprising an X-shaft positioning portion , a Y-shaft positioning portion and a Z-shaft positioning portion , wherein the X-shaft positioning portion comprises an X-shaft pedestal , an X-shaft sliding rail arranged on the X-shaft pedestal , an X-shaft sliding table installed on the X-shaft sliding rail and an X-shaft power unit driving the X-shaft sliding table to move along the X-shaft sliding rail in front and back, the Y-shaft positioning portion comprises a Y-shaft pedestal connected with the X-shaft sliding table , a Y-shaft sliding rail arranged on the Y-shaft pedestal and perpendicular to the X-shaft sliding rail , a Y-shaft sliding table installed on the Y-shaft sliding rail and a Y-shaft power unit driving the Y-shaft sliding table to move along the Y-shaft sliding rail in left and right, the Z-shaft positioning portion comprises a stand column connected with the Y-shaft sliding table and provided with an inner guiding chamber , a Z-shaft screw shaft installed in the inner guiding chamber , a Z-shaft screw nut installed on the Z-shaft screw shaft and a Z-shaft servo motor driving the Z-shaft screw shaft to rotate, the Z-shaft screw shaft is vertically arranged perpendicular to the X-shaft sliding rail and the Y-shaft sliding rail, characterized in that the Z-shaft screw nut is fixedly connected with a spline shaft sheathed outside the Z-shaft screw shaft , the top portion of the inner guiding chamber on the stand column is provided with a spline nut for the spline shaft to pass through, and the top end of the spline shaft extends out of the inner guiding chamber and an installation panel is arranged above the stand column ; wherein the X-shaft power unit comprises an X-shaft screw shaft installed on the X-shaft pedestal parallel to the X-shaft sliding rail , an X-shaft screw nut installed on the X-shaft screw shaft and connected with the X-shaft sliding table , and an X-shaft servo motor driving the X-shaft screw shaft to rotate, and wherein further the X-shaft sliding rail is arranged at both sides of the X-shaft screw shaft respectively, the X-shaft sliding table is installed on the X-shaft sliding rail through the X-shaft sliding block , and the X-shaft pedestal is installed with an X-shaft side protecting plate at the outside of the two X-shaft sliding rails , the X-shaft pedestal is installed with an X-shaft upper protecting plate at the top portion of the X- shaft side protecting plate , the cross section of the X-shaft sliding table is in a shape of hollow square with a via hole in the middle part, and the X- shaft upper protecting plate passes through the inside of the X-shaft sliding table .
Ultrasonic meter for connection to a fluid network, for detecting the throughflow rate of a fluid, having a preferably tubular housing , which has a flow channel , and an ultrasound measurement path, arranged within the flow channel , with a measurement channel for detecting the throughflow rate of the fluid, wherein the ultrasound measurement path is provided in a bypass channel which is arranged within the flow channel and which receives a flow fraction of the total flow of the flow channel , and wherein the flow fraction serves as a representative fraction for the detection of the throughflow rate, characterized in that means for generating a pressure drop in the form of a nozzle arranged in the flow channel or of a screen arranged in the flow channel are provided in the region of the bypass channel, albeit outside the latter, such that an introduction of the flow fraction of the total flow into the bypass channel is realized due to a pressure drop, the ultrasound measurement path is U-shaped, a measurement insert is provided as a subassembly which comprises the measurement channel , a measurement channel holder and deflecting mirrors , the measurement insert is situated in a bypass holder , and the bypass holder is able to be introduced together with the measurement insert into the flow channel in the longitudinal direction with respect to the housing .
A method of treating an elastane-containing fabric, comprising the steps of: a) providing a fabric treatment composition comprising an antioxidant and a surfactant; b) providing an elastane-containing fabric; and c) contacting the elastane-containing fabric with the fabric treatment composition in the presence of water, wherein the fabric treatment composition and the water form a treatment liquor having an antioxidant concentration of at least 25 ppb, a surfactant concentration of at least 10 ppm, and wherein the ratio of treatment liquor to elastane-containing fabric (w/w) is from 0.1:1 to 100:1; wherein at least some portion of the antioxidant is deposited onto the elastane-containing fabric; and wherein the method is to slow the formation of malodorous species generated from the autoxidation of soils. a) providing a fabric treatment composition comprising an antioxidant and a surfactant; b) providing an elastane-containing fabric; and c) contacting the elastane-containing fabric with the fabric treatment composition in the presence of water, wherein the fabric treatment composition and the water form a treatment liquor having an antioxidant concentration of at least 25 ppb, a surfactant concentration of at least 10 ppm, and wherein the ratio of treatment liquor to elastane-containing fabric (w/w) is from 0.1:1 to 100:1; wherein at least some portion of the antioxidant is deposited onto the elastane-containing fabric; and wherein the method is to slow the formation of malodorous species generated from the autoxidation of soils.
An end cap for an assembly used in the preparation of compressed gas, the end cap comprising:- a substantially tubular body portion formed by extrusion, said body portion having a plurality of apertures formed therein, the apertures including a first end aperture for attachment to a first gas preparation component, a second end aperture for attachment to a second gas preparation component or to at least one sealing device and first and second sidewall apertures for acting as an inlet and an outlet for said filter assembly; and at least one insert for location in said body portion between said first and second end apertures and having a first conduit portion for directing a stream of gas from said inlet to said first component through said first end aperture , wherein said insert further comprises a second conduit portion for directing said stream of gas, having passed through said first gas preparation component, from adjacent said first gas preparation component in a direction away from said first gas preparation component, characterized in that said second conduit portion comprising a conduit wall extending at least partially beyond said outlet in said direction. a substantially tubular body portion formed by extrusion, said body portion having a plurality of apertures formed therein, the apertures including a first end aperture for attachment to a first gas preparation component, a second end aperture for attachment to a second gas preparation component or to at least one sealing device and first and second sidewall apertures for acting as an inlet and an outlet for said filter assembly; and at least one insert for location in said body portion between said first and second end apertures and having a first conduit portion for directing a stream of gas from said inlet to said first component through said first end aperture , wherein said insert further comprises a second conduit portion for directing said stream of gas, having passed through said first gas preparation component, from adjacent said first gas preparation component in a direction away from said first gas preparation component, characterized in that said second conduit portion comprising a conduit wall extending at least partially beyond said outlet in said direction.