mhurhangee/ep-ind-claims huggingface dataset:
Vacuum motor comprising a working plunger, an internal space, in which the working plunger is arranged such that it is mobile in linear direction, a resetting element that exerts, at least for part of the time, a force on the working plunger that acts in the direction of a front side of the internal space, a gas inlet opening for supplying ambient air or a compressed gas into the internal space, and a gas outlet opening for discharging the gas from the internal space, whereby the gas outlet opening is connectable to a negative pressure source, whereby a control plunger is arranged between the working plunger and a rear side of the internal space such as to be mobile in linear direction in the internal space, whereby the control plunger, in a first position, does not cover the gas outlet opening and covers the gas inlet opening and, in a second position, does not cover the gas inlet opening and covers the gas outlet opening, the control plunger is supported as in a bearing such as to be mobile with respect to the working plunger, and a catch element (18, 20, 42) and/or a spacer is arranged on said working plunger and/or control plunger, whereby the catch element (18, 20, 42), upon a motion of the working plunger towards the front side of the internal space, transfers the control plunger into the first position, and whereby the catch element (18, 20, 42) or the spacer, upon a motion of the working plunger towards the rear side of the internal space, transfers the control plunger into the second position, wherein the control plunger, in a third position between the first position and the second position, covers both the gas inlet opening and the gas outlet opening.
Cosmetic preparations in the form of an emulsion of the water-in-oil (W/O) type or of the oil-in water (O/W) type, or of a multiple emulsion, for example, of the water-in-oil-in-water (W/O/W) type, a gel, a solid stick or an aerosol having an effective content of active ingredient combinations of (a) creatine and/or creatinine (b) retinyl palmitate. (a) creatine and/or creatinine (b) retinyl palmitate.
A detection method for detecting a concentration of a solder flux in a reflow oven, comprising the following steps: S1: placing a substrate in a reflow oven, wherein a solder flux volatilized in the reflow oven is capable of adhering to a surface of the substrate to form a solder flux layer; S2: detecting a thickness of the solder flux layer; and S3: calculating a concentration of the solder flux in the reflow oven based on the thickness of the solder flux layer. S1: placing a substrate in a reflow oven, wherein a solder flux volatilized in the reflow oven is capable of adhering to a surface of the substrate to form a solder flux layer; S2: detecting a thickness of the solder flux layer; and S3: calculating a concentration of the solder flux in the reflow oven based on the thickness of the solder flux layer.
Method for detecting a steady-state in a process plant, the method comprising: - receiving a process value of the process plant, - determining a recursive mean of the process value, characterised by the following steps: - calculating an arithmetic mean of the process value within a pre-determined window, - determining a standard deviation of the process value within the pre-determined window and based on the calculated arithmetic mean, - determining an upper limit and a lower limit of the process value based on the recursive mean of the process value and on the determined standard deviation, - determining whether the calculated arithmetic mean is between the determined upper limit and the determined lower limit, and - if the calculated arithmetic mean is between the determined upper limit and the determined lower limit, generating a first index indicating that the calculated arithmetic mean is between the determined upper limit and the determined lower limit. - receiving a process value of the process plant, - determining a recursive mean of the process value, - calculating an arithmetic mean of the process value within a pre-determined window, - determining a standard deviation of the process value within the pre-determined window and based on the calculated arithmetic mean, - determining an upper limit and a lower limit of the process value based on the recursive mean of the process value and on the determined standard deviation, - determining whether the calculated arithmetic mean is between the determined upper limit and the determined lower limit, and - if the calculated arithmetic mean is between the determined upper limit and the determined lower limit, generating a first index indicating that the calculated arithmetic mean is between the determined upper limit and the determined lower limit.
Floor element comprising a decorative top layer on a water-resistant polymer substrate, wherein the sides (101- 104) of the floor element have a profile along a section with a surface at right angles to the decorative top layer, with the profiles used to provide coupling means, characterized in that the floor panel is provided with a water-repellent coating on at least one side, such that water-repellent coating is even provided on the water-resistant polymer substrate, and wherein at least a part of the profile is coated with a water-repellent coating.
A medical connector assembly, comprising: a multi-use connector; and a plurality of single-use connectors (201, 202) connected in series, each single-use connector (201, 202) comprising an internal flow control element (211, 212); wherein in use the multi-use connector is removably attached to or part of a fluid delivery device and the plurality of single-use connectors (201, 202) is connected to or part of one or more fluid path elements to enable fluid communication between the multi-use connector and the downstream fluid path element; wherein the multi-use connector is releasably connected to a first of the serially-connected single-use connectors and wherein when a second of the serially-connected single-use connectors is disconnected from the first single-use connector, the first single-use connector remains connected to the multi-use medical connector as a sterility retaining cover; and wherein each internal flow control element (211, 212) prevents fluid flow under low pressure in either direction when the second single-use connector is separated from the first single-use connector. a multi-use connector; and a plurality of single-use connectors (201, 202) connected in series, each single-use connector (201, 202) comprising an internal flow control element (211, 212); wherein in use the multi-use connector is removably attached to or part of a fluid delivery device and the plurality of single-use connectors (201, 202) is connected to or part of one or more fluid path elements to enable fluid communication between the multi-use connector and the downstream fluid path element; wherein the multi-use connector is releasably connected to a first of the serially-connected single-use connectors and wherein when a second of the serially-connected single-use connectors is disconnected from the first single-use connector, the first single-use connector remains connected to the multi-use medical connector as a sterility retaining cover; and wherein each internal flow control element (211, 212) prevents fluid flow under low pressure in either direction when the second single-use connector is separated from the first single-use connector.
A method in a mobile device that can be mounted in a cradle attached to a vehicle to detect if the mobile device is unmounted, wherein the mobile device includes an inertial measuring unit comprising an accelerometer for providing accelerometer measurements for the mobile device, characterized in that the method comprises: receiving accelerometer measurements a; computing a parameter based on the accelerometer measurements a; computing a variance σ p 2 based on the parameter; comparing the variance σ p 2 to a threshold; and declaring the mobile device is unmounted based on the variance σ p 2 being greater than the threshold. receiving accelerometer measurements a; computing a parameter based on the accelerometer measurements a; computing a variance σ p 2 based on the parameter; comparing the variance σ p 2 to a threshold; and declaring the mobile device is unmounted based on the variance σ p 2 being greater than the threshold.
A granule preparation, obtainable by a stirring granulation method and a milling step, and containing isoleucine, leucine and valine at a weight ratio of 1: 1.5-2.5: 0.8-1.7, the preparation comprising granules having a bulk density of not less than 0.57g/mL and not more than 0.75g/mL, not more than 15% of the granules having a particle size of 355 μm or less and the maximum particle size of the granules being substantially not more than 1000μm, where 'substantially' intends that granules having a particle size greater than 1000μm and not more than 1400μm are contained in an amount of not more than 1%.
Pharmaceutical composition for use in the treatment of autism spectrum disorder or Fragile X syndrome comprising ∘ a substance capable of raising intracellular cAMP levels and ∘ a substance capable of modulating intracellular calcium concentration. ∘ a substance capable of raising intracellular cAMP levels and ∘ a substance capable of modulating intracellular calcium concentration.
A crystalline form of bictegravir sodium (Form II) characterized by having a powder X- ray diffractogram comprising reflections at 2-Theta angles of (6.5 ± 0.2)°, (7.5 ± 0.2)° and (18.8 ± 0.2)°, when measured at a temperature in the range of from 20 to 30 °C with Cu-Kalpha 1,2 radiation having a wavelength of 0.15419 nm.
Profile connector strip having a sealing device for joint sealing a joint between a construction component attached to a wall and the profile connector strip provided for connecting a finish layer of the wall, wherein the sealing device has a tube-like enveloping body which has two mutually opposing fastening portions (29, 30), one of which fastening portions can be fastened to the component while the other fastening portion is fastened to the profile connector strip, characterised in that the sealing device comprises a supporting device in the enveloping body, - which, when the profile connector strip is mounted on the construction component, keeps the two fastening portions (29, 30) stabilised in relation to each other due to its load-bearing stability and thus keeps the profile connector strip positioned on the construction component and - which is formed in such a manner that it permits relative movements of the two fastening portions (29, 30) in the mounting position due to relative movements between the profile connector strip and the construction component under deformation of the sealing device, which maintains a tight covering of the joint, or of the enveloping body. - which, when the profile connector strip is mounted on the construction component, keeps the two fastening portions (29, 30) stabilised in relation to each other due to its load-bearing stability and thus keeps the profile connector strip positioned on the construction component and - which is formed in such a manner that it permits relative movements of the two fastening portions (29, 30) in the mounting position due to relative movements between the profile connector strip and the construction component under deformation of the sealing device, which maintains a tight covering of the joint, or of the enveloping body.
A composite comprising a polymer and a plurality of surface-modified hexagonal boron nitride particles dispersed therewithin, said surface modified hexagonal boron nitride (SMhBN) particle comprising a hexagonal boron nitride particle having a surface and a substituted phenyl radical bonded to the surface, said substituted phenyl radical being represented by the structure: wherein X is a radical selected from NH 2 --, HO--, R 2 OC --, R 2 C O--, HSO 3 --, NH 2 CO--, halogens, alkyl and substituted or unsubstituted aryl; wherein R 1 is hydrogen, alkyl or alkoxy, and R 2 is hydrogen, alkyl or substituted or unsubstituted aryl.
A fluid transmission line comprising: a pipe installed; and at least one radio frequency identification device installed within said pipe, characterised in that: the radio frequency identification device is installed in a joint within the pipe and is configured to receive a radio frequency signal transmitted from a pipeline tool moving through the pipe and to provide a distinct response signal for determining the position of the pipeline tool within the pipe. a pipe installed; and at least one radio frequency identification device installed within said pipe, characterised in that: the radio frequency identification device is installed in a joint within the pipe and is configured to receive a radio frequency signal transmitted from a pipeline tool moving through the pipe and to provide a distinct response signal for determining the position of the pipeline tool within the pipe.
A prosthesis attachment system comprising at least one first magnet and one attachment magnet, characterized in that the first magnet is an implanted magnet; the prosthesis attachment system is configured to attach a prosthesis to an extremity; and a resulting repulsive force between the Implanted magnet and the attachment magnet retains said prosthesis on the extremity.
An apparatus comprising: a charged particle beam generator configured to project simultaneously at least one non-astigmatic charged particle beam and at least one astigmatic charged particle beam onto locations on a surface of a specimen, thereby causing released electrons to be emitted from the locations; an imaging detector configured to receive the released electrons from the locations and to form images of the locations from the released electrons; and a processor, coupled to the imaging detector, configured to analyze a subset of the images, the subset being produced by the at least one astigmatic charged particle beam, and in response thereto to adjust a focus of the at least one non-astigmatic charged particle beam. a charged particle beam generator configured to project simultaneously at least one non-astigmatic charged particle beam and at least one astigmatic charged particle beam onto locations on a surface of a specimen, thereby causing released electrons to be emitted from the locations; an imaging detector configured to receive the released electrons from the locations and to form images of the locations from the released electrons; and a processor, coupled to the imaging detector, configured to analyze a subset of the images, the subset being produced by the at least one astigmatic charged particle beam, and in response thereto to adjust a focus of the at least one non-astigmatic charged particle beam.
Process for producing monooctyltin trichloride comprising very low levels of dioctyltin and trioctyltin compounds, said process comprising the following steps: Contacting an organotin chloride mixture comprising monooctyltin chloride with an aqueous phase containing halide ions at a temperature of from 40 to 50°C, said step optionally being carried out in the presence of organic solvent; separating the resulting aqueous phase which is rich in monooctyltin chloride from the organic phase containing most of the dioctyltin and trioctyltin compounds; optionally purifying said aqueous phase comprising monooctyltin trichloride from undesired side products by washing said aqueous phase with an organic solvent; and recovering monooctyltin trichloride from said aqueous phase comprising monooctyltin trichloride. Contacting an organotin chloride mixture comprising monooctyltin chloride with an aqueous phase containing halide ions at a temperature of from 40 to 50°C, said step optionally being carried out in the presence of organic solvent; separating the resulting aqueous phase which is rich in monooctyltin chloride from the organic phase containing most of the dioctyltin and trioctyltin compounds; optionally purifying said aqueous phase comprising monooctyltin trichloride from undesired side products by washing said aqueous phase with an organic solvent; and recovering monooctyltin trichloride from said aqueous phase comprising monooctyltin trichloride.
Method of calculating a humidity level in a steam cooking cavity of a steam cooking appliance comprising: a. successively measuring, with an absolute pressure sensor, static or quasi-static pressure values (P 1,...,P n) prevailing within the steam cooking cavity; b. successively calculating from the pressure values or smoothed pressure values (P 1,...,P n) via integration, numerical integration or iterative numerical integration a humidity index value (EH 1,...,EH n); and c. setting and using the humidity index value (EH 1,...,EH n) as an actual measure for the humidity level. a. successively measuring, with an absolute pressure sensor, static or quasi-static pressure values (P 1,...,P n) prevailing within the steam cooking cavity; b. successively calculating from the pressure values or smoothed pressure values (P 1,...,P n) via integration, numerical integration or iterative numerical integration a humidity index value (EH 1,...,EH n); and c. setting and using the humidity index value (EH 1,...,EH n) as an actual measure for the humidity level.
Detection device to detect the temperature in a cooking apparatus, said cooking apparatus having a container suitable to contain the food to be cooked or heated, to which container an electric resistance is associated, said detection device comprising a temperature sensor suitable to be disposed in proximity of, or in contact with, said container and said temperature sensor being provided with a containing element, wherein sealing means are associated to said containing element to achieve the watertight seal of said temperature sensor, characterized in that said sealing means are interposed between said containing element and a closing element and comprise a tube made of elastic material, hollow inside to receive a terminal part of said temperature sensor, said tube being inserted axially between said containing element and said closing element, thrust means being provided to keep said tube radially and mechanically pressed against said terminal part of said temperature sensor, wherein said containing element is provided in its lower and external part with a threading onto which an internal threading of said closing element can be screwed, whereby the screwing of the closing element on the containing element determines the radial and mechanical pressure of the tube against the terminal part of the temperature sensor.
A transmitter employing a digital wavelet multi-carrier modulation, said transmitter comprising: a preamble data generator that generates preamble data and outputs said preamble data; a modulator (12, 16, 18, 20) that modulates said preamble data received from said preamble data generator, generates a plurality of subcarriers, and outputs a composite wave of time domain waves of the plurality of subcarriers; and a ramp processor that performs ramp processing by multiplying the composite wave with a ramp waveform comprising a first portion having a zero value and a second portion that ramps up from said first portion, wherein said second portion begins at a predetermined delay from a reference position of the composite wave in a manner such that the length of the composite wave is shortened. a preamble data generator that generates preamble data and outputs said preamble data; a modulator (12, 16, 18, 20) that modulates said preamble data received from said preamble data generator, generates a plurality of subcarriers, and outputs a composite wave of time domain waves of the plurality of subcarriers; and a ramp processor that performs ramp processing by multiplying the composite wave with a ramp waveform comprising a first portion having a zero value and a second portion that ramps up from said first portion, wherein said second portion begins at a predetermined delay from a reference position of the composite wave in a manner such that the length of the composite wave is shortened.
A gas turbine engine, comprising: a fan blade including a root made of a metallic material and an airfoil extending from the root, the airfoil including a leading edge disposed opposite a trailing edge and a tip extending between distal ends of the leading edge and the trailing edge, the airfoil having: a lattice structure defining an airfoil body having a cavity, the lattice structure extending radially from a portion of the root towards the tip and extending axially from the airfoil body leading edge towards the trailing edge; a fill disposed within the cavity, the lattice structure and the fill defining at least one spar that extends from a root of the airfoil body towards a tip of the airfoil body, the lattice structure being vibrationally tuned and dampened, characterised by: a structural wrap disposed about the airfoil body, the structural wrap extending radially from the portion of the root towards the tip and extending axially from the leading edge towards the trailing edge, the structural wrap being made of a fiber composite material that defines a plurality of plies having a varying angular orientation relative to a radial or axial direction of the airfoil a fan blade including a root made of a metallic material and an airfoil extending from the root, the airfoil including a leading edge disposed opposite a trailing edge and a tip extending between distal ends of the leading edge and the trailing edge, the airfoil having: a lattice structure defining an airfoil body having a cavity, the lattice structure extending radially from a portion of the root towards the tip and extending axially from the airfoil body leading edge towards the trailing edge; a fill disposed within the cavity, the lattice structure and the fill defining at least one spar that extends from a root of the airfoil body towards a tip of the airfoil body, a lattice structure defining an airfoil body having a cavity, the lattice structure extending radially from a portion of the root towards the tip and extending axially from the airfoil body leading edge towards the trailing edge; a fill disposed within the cavity, the lattice structure and the fill defining at least one spar that extends from a root of the airfoil body towards a tip of the airfoil body, the lattice structure being vibrationally tuned and dampened, characterised by: a structural wrap disposed about the airfoil body, the structural wrap extending radially from the portion of the root towards the tip and extending axially from the leading edge towards the trailing edge, the structural wrap being made of a fiber composite material that defines a plurality of plies having a varying angular orientation relative to a radial or axial direction of the airfoil
Elevator car having a balustrade arranged on a roof of the elevator car, comprising posts (7, 8), which are attached on a horizontal upper side of the roof, and post-connecting crossmembers (9, 10), characterized in that the posts (7, 8) can be plugged onto docking elements, with, for each post, a docking element being arranged on the upper side of the roof, and the post (7, 8) being, or being able to be, docked on said docking element, the docking element having at least one form-fitting element for accommodating the post in a form-fitting manner and the post (7, 8) having at least one post-form-fitting element (17, 29) complementary to the aforementioned form-fitting element, each post (7, 8) having on the end face at least one and preferably at least two open slots or at least one and preferably at least two apertures, and in that the docking element has a finger which is complementary to the at least one slot or the at least one aperture and which engages in the respective slot or aperture or which can be brought into engagement with the respective slot or aperture.