mhurhangee/patent-ind-claim-en huggingface dataset:
A method for analysing a device for spraying a pharmaceutical fluid product comprising the following steps: - providing a spray head for a device for spraying a pharmaceutical fluid product, said spray head comprising a spray orifice , - providing a receiving surface , - bringing said receiving surface to a temperature T2, - passing a flow of compressed gas (F1) through said spray orifice of said spray head , said flow of compressed gas (F1) being at a temperature T1 which differs from T2, - sending said flow of compressed gas (F1) at temperature T1 onto said receiving surface at temperature T2, - visualising the impact zone for said flow of compressed gas (F1) on said receiving surface , and - analysing said visualisation of said impact zone in order to determine whether or not said impact zone complies with predetermined specifications, the method for analysing being characterized in that said receiving surface comprises a plurality of discrete contact zones separated by voids, said contact zones being coated with a heat sensitive material . - providing a spray head for a device for spraying a pharmaceutical fluid product, said spray head comprising a spray orifice , - providing a receiving surface , - bringing said receiving surface to a temperature T2, - passing a flow of compressed gas (F1) through said spray orifice of said spray head , said flow of compressed gas (F1) being at a temperature T1 which differs from T2, - sending said flow of compressed gas (F1) at temperature T1 onto said receiving surface at temperature T2, - visualising the impact zone for said flow of compressed gas (F1) on said receiving surface , and - analysing said visualisation of said impact zone in order to determine whether or not said impact zone complies with predetermined specifications, the method for analysing being characterized in that said receiving surface comprises a plurality of discrete contact zones separated by voids, said contact zones being coated with a heat sensitive material .
A sample collection system for collecting sub-samples from a material stream, said system including a valve arrangement and a static cone splitter , and wherein the valve arrangement is arranged to enable operation of the static cone splitter to collect a non-biased sample of the material stream fed to the static cone splitter under first and second operational conditions, the first operational condition requiring the material stream to be at substantially atmospheric pressure and flowing at a minimum functional flow rate, and the second operational condition requiring the material stream to be pressurised above atmospheric pressure and at a flow rate higher than the minimum functional flow rate, characterized in that the valve arrangement includes an air valve which, at the minimum functional flow rate of the material stream, remains open allowing air to enter the valve arrangement to allow the material stream to flow without restriction at substantially atmospheric pressure, wherein at flow rates higher than the minimum functional flow rate the air valve is arranged to allow the evacuation of air from the system until the system is full of material stream at which point the air valve closes.
Metrology hardware , comprising: a flow responsive unit in proximity to flow of fluid; electronics coupled with the flow responsive unit to quantify a parameter of the flow of fluid in response to interaction with the flow responsive unit ; and a power supply comprising an energy source with at least one energy port for accommodating an energy cell coupled with the electronics to deliver a power signal to energize the electronics , the power supply comprising circuitry that stores data and generates a signal (S 1 , S 2 , 160) that includes identifier data and operating parameters for the energy cell , wherein the electronics processes the signal from the power supply to use the identifier data to register connection of the power supply with the electronics , wherein a distribution circuit within the energy source comprises at least one switchable circuit with at least one switch and at least one measurement sub-circuit able to generate the signals that reflect the operating parameters for the energy cell wherein the signal indicates that discharge to the electronics exceeds a power consumption threshold level characterized in that : the power consumption threshold level is an average or median based on power demand of the electronics unit measured over time, and in response to said signal, the electronic unit modifies operation of said metrology hardware to reduce power draw from the energy source . a flow responsive unit in proximity to flow of fluid; electronics coupled with the flow responsive unit to quantify a parameter of the flow of fluid in response to interaction with the flow responsive unit ; and a power supply comprising an energy source with at least one energy port for accommodating an energy cell coupled with the electronics to deliver a power signal to energize the electronics , the power supply comprising circuitry that stores data and generates a signal (S 1 , S 2 , 160) that includes identifier data and operating parameters for the energy cell , wherein the electronics processes the signal from the power supply to use the identifier data to register connection of the power supply with the electronics , wherein a distribution circuit within the energy source comprises at least one switchable circuit with at least one switch and at least one measurement sub-circuit able to generate the signals that reflect the operating parameters for the energy cell wherein the signal indicates that discharge to the electronics exceeds a power consumption threshold level characterized in that : the power consumption threshold level is an average or median based on power demand of the electronics unit measured over time, and in response to said signal, the electronic unit modifies operation of said metrology hardware to reduce power draw from the energy source . the power consumption threshold level is an average or median based on power demand of the electronics unit measured over time, and in response to said signal, the electronic unit modifies operation of said metrology hardware to reduce power draw from the energy source .
Pneumatic vehicle tire, in particular commercial-vehicle tire, having a one- or multi-ply carcass, a multi-ply belt or breaker and having a profiled tread with grooves formed to a profile depth, wherein the profiled tread is provided at the tire shoulders - either with a respective block row , the blocks of which are separated from one another by transverse grooves , - or with a respective profile rib , wherein the blocks of the shoulder-side block rows or the shoulder-side profile ribs each have a peripheral edge laterally delimiting the ground contact patch of the tire, or a shoulder rounding with a radius of up to 30.0 mm, wherein shoulder flank surfaces that extend in a radial direction adjoin the peripheral edges or the shoulder roundings, and wherein, in the case of shoulder roundings, an imaginary section line is defined between an envelope of the tread that is continued beyond the shoulder rounding and the shoulder flank surface that is continued beyond the shoulder rounding, wherein the shoulder flank surfaces are provided, at in particular regular intervals over the tire circumference, with at least one areal recess (6, 6', 6") having a depth (t) of 0.5 mm to 5.0 mm, which contains ribs that extend parallel to one another and have a height (h) such that the ribs do not project beyond the level of the shoulder flank surfaces, characterized in that the shoulder flank surfaces are provided, within a distance (a) of 1.25 times to 2.5 times the profile depth from the respective peripheral edge or, in the case of shoulder roundings, from the imaginary section line, with the at least one areal recess (6, 6', 6"), - wherein in each case two recesses (6', 6") that are arranged one above the other in the radial direction are provided, the smallest distance between said recesses (6', 6") being 2.0 mm, and/or - wherein at least one shoulder-side block row is provided, the transverse grooves of which open outward at the shoulder flank surface, wherein the groove bottoms of the transverse grooves have end portions that extend in the radial direction over 10% to 30% of the profile depth and are offset inwardly with respect to the shoulder flank surface, said end portions likewise being provided with ribs that do not project beyond the level of the shoulder flank surfaces. - either with a respective block row , the blocks of which are separated from one another by transverse grooves , - or with a respective profile rib , - wherein in each case two recesses (6', 6") that are arranged one above the other in the radial direction are provided, the smallest distance between said recesses (6', 6") being 2.0 mm, and/or - wherein at least one shoulder-side block row is provided, the transverse grooves of which open outward at the shoulder flank surface, wherein the groove bottoms of the transverse grooves have end portions that extend in the radial direction over 10% to 30% of the profile depth and are offset inwardly with respect to the shoulder flank surface, said end portions likewise being provided with ribs that do not project beyond the level of the shoulder flank surfaces.
Fireplace comprising: - a hearth suspended from a support , the hearth being laterally delimited by a peripheral wall which is provided with at least one combustion air inlet, - a duct for discharging combustion gases, the discharge duct being secured to said support and comprising a lower portion which is secured to an upper part of the hearth , and an upper portion opposite the lower portion , - at least one burner for combustible fluid which is arranged in the hearth facing said at least one air inlet, characterized in that it comprises: - a combustible fluid supply column which extends between a first end connected to a combustible fluid source and a second end connected to said at least one burner , the supply column passing downwardly through the discharge duct from its upper portion to its lower portion and opening into the hearth so as to transport the combustible fluid from the combustible fluid source to said at least one burner . - a hearth suspended from a support , the hearth being laterally delimited by a peripheral wall which is provided with at least one combustion air inlet, - a duct for discharging combustion gases, the discharge duct being secured to said support and comprising a lower portion which is secured to an upper part of the hearth , and an upper portion opposite the lower portion , - at least one burner for combustible fluid which is arranged in the hearth facing said at least one air inlet, characterized in that it comprises: - a combustible fluid supply column which extends between a first end connected to a combustible fluid source and a second end connected to said at least one burner , the supply column passing downwardly through the discharge duct from its upper portion to its lower portion and opening into the hearth so as to transport the combustible fluid from the combustible fluid source to said at least one burner . - a combustible fluid supply column which extends between a first end connected to a combustible fluid source and a second end connected to said at least one burner , the supply column passing downwardly through the discharge duct from its upper portion to its lower portion and opening into the hearth so as to transport the combustible fluid from the combustible fluid source to said at least one burner .
A dry composition formulated to be combined with water to form a jamb spray mix, the dry composition comprising, by weight: 0.1 % to 10% phosphate by weight based on total weight of the dry composition, wherein the phosphate is sodium phosphate, aluminium phosphate, potassium phosphate, and/or magnesium phosphate; 5% to 15% plasticizer by weight based on total weight of the dry composition, wherein the plasticizer comprises a refractory clay; and the balance including fused silica particles and impurities, wherein the dry composition comprises 60% to 95% fused silica particles by weight based on total weight of the dry composition. 0.1 % to 10% phosphate by weight based on total weight of the dry composition, wherein the phosphate is sodium phosphate, aluminium phosphate, potassium phosphate, and/or magnesium phosphate; 5% to 15% plasticizer by weight based on total weight of the dry composition, wherein the plasticizer comprises a refractory clay; and
Use, as fluid loss control agent in an aqueous fluid (F) injected under pressure into a subterranean formation, wherein said aqueous fluid (F) comprises solid particles (p) and/or is brought into contact with solid particles (p) within the subterranean formation subsequent to its injection, of a block polymer (P) comprising at least three blocks including: - at least one first block (A) which is adsorbed, preferably irreversibly, on at least a portion of a particle (p); and - at least one second block (B) having a composition distinct from that of the first block, having a weight-average molecular weight of greater than 10 000 g/mol, and which is soluble in the fluid (F); - at least one third block of type (A) or of type (B); and wherein the particles (p) are particles of calcium carbonate or cement; particles of silica or sand; particles of clay; or particles of carbon black. - at least one first block (A) which is adsorbed, preferably irreversibly, on at least a portion of a particle (p); and - at least one second block (B) having a composition distinct from that of the first block, having a weight-average molecular weight of greater than 10 000 g/mol, and which is soluble in the fluid (F); - at least one third block of type (A) or of type (B);
Apparatus for recording a movement-dependent variable of a motor vehicle, having a recording device and having a movement sensor connected to the recording device , wherein the movement sensor is suitable for capturing a rotational movement of an encoder wheel , wherein an illumination device for illuminating a surface structure of the encoder wheel is present and wherein the movement sensor is an optical sensor and configured such that the movement sensor captures a rotational movement of the encoder wheel on the basis of the light from the illumination device that is reflected by the surface structure , characterized in that a controller is present and in that the controller is configured such that the light from the illumination device for illuminating the surface structure is controlled by the controller with respect to the polarization and/or wavelength of the light, in that the controller has a random generator and in that the controller is configured such that the polarization and/or wavelength of the light is controlled in dependence on the random generator .
A cell penetrating peptide (CPP) inhibitor comprising an inhibitory peptide which comprises one of the following sequences: LTRITLE (SEQ ID NO: 4) ETRITLE (SEQ ID NO: 6) LTRIYLE (SEQ ID NO: 7) YTRIYLE (SEQ ID NO: 8) WTRITLE (SEQ ID NO: 9) WTRIYLE (SEQ ID NO: 10) ETRIYLE (SEQ ID NO: 11) LTKITLE (SEQ ID NO: 12) YTKITLE (SEQ ID NO: 13) WTKITLE (SEQ ID NO: 14) ETKITLE (SEQ ID NO: 15) LTKIYLE (SEQ ID NO: 16) YTKIYLE (SEQ ID NO: 17) ETKIYLE (SEQ ID NO: 18); fused, optionally via a linker sequence, to a cell penetrating peptide (CPP), wherein the CPP comprises a poly-Arginine tag. LTRITLE (SEQ ID NO: 4) ETRITLE (SEQ ID NO: 6) LTRIYLE (SEQ ID NO: 7) YTRIYLE (SEQ ID NO: 8) WTRITLE (SEQ ID NO: 9) WTRIYLE (SEQ ID NO: 10) ETRIYLE (SEQ ID NO: 11) LTKITLE (SEQ ID NO: 12) YTKITLE (SEQ ID NO: 13) WTKITLE (SEQ ID NO: 14) ETKITLE (SEQ ID NO: 15) LTKIYLE (SEQ ID NO: 16) YTKIYLE (SEQ ID NO: 17) ETKIYLE (SEQ ID NO: 18);
Measuring device for detecting the state of an electrical switching apparatus (CB), said measuring device comprising: - an armature comprising a main wall ; - a rotating part which is to be mechanically coupled to a control shaft (S) of an electrical switching apparatus (CB); - a bar which is rotatable, integrally with the rotating part , between a first position and a second position, the bar extending through a slot formed in the main wall ; - a position sensor comprising a movable contact which is adapted to be pushed by the bar into a retracted position when the bar is in the first position and into a released position when the bar is in the second position; the measuring device being characterised in that it comprises: - a stabilising device comprising a base secured to the armature and a resilient strip fixed to the base , the strip extending along the slot and being arranged to exert a retaining force on the bar when it is in the first position. - an armature comprising a main wall ; - a rotating part which is to be mechanically coupled to a control shaft (S) of an electrical switching apparatus (CB); - a bar which is rotatable, integrally with the rotating part , between a first position and a second position, the bar extending through a slot formed in the main wall ; - a position sensor comprising a movable contact which is adapted to be pushed by the bar into a retracted position when the bar is in the first position and into a released position when the bar is in the second position; - a stabilising device comprising a base secured to the armature and a resilient strip fixed to the base , the strip extending along the slot and being arranged to exert a retaining force on the bar when it is in the first position.
A method for managing graphic cards (GC) in a computing system comprising: - upon initiation of a virtual machine in the computing system , assigning at least a virtual graphic card (VGC) and a physical graphic card (GC) to the virtual machine for processing graphical instructions, basic graphical instructions originating from the virtual machine being processed by the virtual graphic card (VGC); - disconnecting the physical graphic card (GC) from the virtual machine to release it to a pool of available graphic cards ; - detecting the need of the virtual machine to process advanced graphical instructions and, upon detection, selecting an available physical graphic card (GC) in the pool of available graphic cards; - connecting the available physical graphic card (GC) to the virtual machine , the connected physical graphic card being fully available to the virtual machine, for processing the advanced graphical instructions. - upon initiation of a virtual machine in the computing system , assigning at least a virtual graphic card (VGC) and a physical graphic card (GC) to the virtual machine for processing graphical instructions, basic graphical instructions originating from the virtual machine being processed by the virtual graphic card (VGC); - disconnecting the physical graphic card (GC) from the virtual machine to release it to a pool of available graphic cards ; - detecting the need of the virtual machine to process advanced graphical instructions and, upon detection, selecting an available physical graphic card (GC) in the pool of available graphic cards; - connecting the available physical graphic card (GC) to the virtual machine , the connected physical graphic card being fully available to the virtual machine, for processing the advanced graphical instructions.
A medical device, comprising: an infusion device comprising a fluid reservoir and a transcutaneous access tool fluidly coupled to the fluid reservoir , the transcutaneous access tool configured to deliver a therapeutic fluid subcutaneously to a patient, wherein the infusion device operates in a stand-by mode prior to the therapeutic fluid being introduced into the fluid reservoir and in the stand-by mode during filling of the fluid reservoir to a predetermined fill level with the therapeutic fluid, wherein the infusion device is operable to generate a signal indicative that the fluid reservoir has been filled, characterized in that upon generating the signal indicative that the fluid reservoir has been filled, the infusion device uses the signal to cause infusion of the therapeutic fluid from the fluid reservoir after a predetermined infusion delay time period, which is initiated when the transcutaneous access tool is deployed. an infusion device comprising a fluid reservoir and a transcutaneous access tool fluidly coupled to the fluid reservoir , the transcutaneous access tool configured to deliver a therapeutic fluid subcutaneously to a patient, wherein the infusion device operates in a stand-by mode prior to the therapeutic fluid being introduced into the fluid reservoir and in the stand-by mode during filling of the fluid reservoir to a predetermined fill level with the therapeutic fluid, wherein the infusion device is operable to generate a signal indicative that the fluid reservoir has been filled,
A method of making a formed lens , the method comprising: obtaining a lens blank comprising, in superposed relation, a linear polarizer layer laminated together with a plurality of polymeric layers , the linear polarizer layer having a polarization axis; placing the lens blank on a supporting flexible member that is in an initial undeformed state, heating and applying pressure to the lens blank by pressing the lens blank between said flexible member and a convex rigid member that is heated to a forming temperature, thereby causing the flexible member to deform and assume the shape of the convex rigid member ; maintaining the pressure and the forming temperature for a time sufficient to allow the lens blank to conform to the shape of the convex rigid member and the flexible member ; reducing the temperature to a reduced temperature while maintaining the pressure for allowing the lens blank to become a rigid lens having a convex side and a concave side; removing the formed lens from the convex rigid member and the flexible member . obtaining a lens blank comprising, in superposed relation, a linear polarizer layer laminated together with a plurality of polymeric layers , the linear polarizer layer having a polarization axis; placing the lens blank on a supporting flexible member that is in an initial undeformed state, heating and applying pressure to the lens blank by pressing the lens blank between said flexible member and a convex rigid member that is heated to a forming temperature, thereby causing the flexible member to deform and assume the shape of the convex rigid member ; maintaining the pressure and the forming temperature for a time sufficient to allow the lens blank to conform to the shape of the convex rigid member and the flexible member ; reducing the temperature to a reduced temperature while maintaining the pressure for allowing the lens blank to become a rigid lens having a convex side and a concave side; removing the formed lens from the convex rigid member and the flexible member .