mhurhangee/ep-ind-claims huggingface dataset:
Arrangement comprising a mixing container (1, 1.1) and an emptying station, said mixing container (1, 1.1) comprising an upper-side filling opening, with a connection flange (9, 9.1) in the region of the upper-side filling opening, projecting in the radial direction outwards, for connecting the mixing container (1, 1.1) to the mixing head of an industrial mixing machine, and an under-side outlet which can be closed and opened, wherein the mixing container (1, 1.1) comprises a mixing vessel (3, 3.1) forming the cavity of the mixing container (1, 1.1), with a flexible wall (18, 19) delimiting its cavity in the radial direction, with a shape stability, due to which the possibility of it falling inwards during the mixing process is prevented, and a container frame (2, 2.1) holding the mixing vessel (3, 3.1) with the connection flange (9, 9.1) and the outlet, with the mixing vessel (3, 3.1) held to the said container frame (2, 2.1) in such a way that its wall (18, 19) delimiting the cavity is accessible in the circumferential direction at least partially, so as to carry out a deformation thereof in the radial direction, and the said emptying station exhibits an inward movement positioning for the inward movement of the mixing container (1, 1.1), in which position the outlet of the mixing container (1, 1.1) can be coupled to an inlet for receiving the mixed material, and an (at) least one pressing body, which can be moved in the radial direction in relation to the flexible wall (18, 19) of the mixing container (1, 1.1), and which is configured such that it can press the flexible wall (18, 19) inwards with the mixing container (1, 1.1) moved into the emptying station.
A hydrate crystal form of beta-sitosterol, which is obtainable by a process which comprises: (aʺʺ) mixing the beta-sitosterol with a water-miscible organic solvent in the presence of propionic acid; and (bʺʺ) isolating the compound thus obtained; characterized by having a X-ray diffractogram that comprises characteristic peaks at 3.2 and 4.7 ± 0.3 degrees 2 theta at a Cu-K α radiation, A = 1.5406 P,; or alternatively, a cocrystal of beta-sitosterol and gallic acid characterized by having a X-ray diffractogram that comprises characteristic peaks at 7.9 and 16.3 ± 0.3 degrees 2 theta (Cu-K α radiation, A = 1.5406 Å). characterized by having a X-ray diffractogram that comprises characteristic peaks at 3.2 and 4.7 ± 0.3 degrees 2 theta at a Cu-K α radiation, A = 1.5406 P,; or alternatively, a cocrystal of beta-sitosterol and gallic acid characterized by having a X-ray diffractogram that comprises characteristic peaks at 7.9 and 16.3 ± 0.3 degrees 2 theta (Cu-K α radiation, A = 1.5406 Å).
A dry powder foundation formulation for skin care, comprising: a) a sustained-release salicylic acid formulation, b) one or more salicylate ions in an effective buffering amount, c) zinc oxide, and d) titanium dioxide. a) a sustained-release salicylic acid formulation, b) one or more salicylate ions in an effective buffering amount, c) zinc oxide, and d) titanium dioxide.
Method for testing a resistance of a tyre to a loss in pressure following puncturing of the tyre, characterized in that the method comprising steps of: - creating a plurality of punctures (41, 51, 52, 61, 71, 72) in a wall of the tyre by inserting a plurality of puncturing objects (21, 22, 23, 25) through the wall; - running the tyre with the puncturing objects (21, 22, 23, 25) in the wall thereof over a given distance; - stopping the running of the tyre; - determining, for each puncture (41, 51, 52, 61, 71, 72), a pressure loss resistance index (I P, I E, 1 10, 1 M) based on an estimate of a leak rate of the puncture (41, 51, 52, 61, 71, 72), and characterized, during the running step, the tyre is inflated with a regulated inflation pressure. - creating a plurality of punctures (41, 51, 52, 61, 71, 72) in a wall of the tyre by inserting a plurality of puncturing objects (21, 22, 23, 25) through the wall; - running the tyre with the puncturing objects (21, 22, 23, 25) in the wall thereof over a given distance; - stopping the running of the tyre; - determining, for each puncture (41, 51, 52, 61, 71, 72), a pressure loss resistance index (I P, I E, 1 10, 1 M) based on an estimate of a leak rate of the puncture (41, 51, 52, 61, 71, 72), and characterized, during the running step, the tyre is inflated with a regulated inflation pressure.
A printable and machinable composite structure of from 0.051 mm to 25.4 mm (2 to 1000 mils) thick, the structure by weight equal to or less than 22.15 kg/m2 (525 lbs/1000 sq. ft.) basis weight and containing less than 25 % polymers, and containing natural mineral content, comprising: a fiber-containing layer formed from natural fibers from 0.033 to 22.86 mm (1.3 mil to 900 mil) thickness, the layer being solid and having opposing flat contact surfaces, wherein the fiber-containing layer has a basis weight of from 20 to 800 g/m2 and tensile strength of 20 to 1200 MD and 25 to 1500 CD measured as per ASTM D5342-97; and a mineral-containing layer formed of natural minerals mixed with a polymer bonding agent; wherein the mineral-containing layer is substantially and continuously bonded, without requiring stretching, across the entire contact surface of the fiber-containing layer; wherein the mineral-containing layer comprises at least 15 % by weight polymer bonding agent, the mineral-containing layer being an outer facing surface of the composite structure; wherein the composite structure is more pliable than the fiber-containing layer alone and apart from the composite structure per ASTM D228-02 #10 and ASTM D 6125-97; wherein the composite structure is more moisture resistant than a paperboard; wherein the outer facing mineral containing layer is printable using common printing techniques; wherein the composite structure comprises at least 40 % natural fibers; and wherein the outer facing mineral containing layer comprises at least 1 % by weight of the composite structure. a fiber-containing layer formed from natural fibers from 0.033 to 22.86 mm (1.3 mil to 900 mil) thickness, the layer being solid and having opposing flat contact surfaces, wherein the fiber-containing layer has a basis weight of from 20 to 800 g/m2 and tensile strength of 20 to 1200 MD and 25 to 1500 CD measured as per ASTM D5342-97; and a mineral-containing layer formed of natural minerals mixed with a polymer bonding agent; wherein the mineral-containing layer is substantially and continuously bonded, without requiring stretching, across the entire contact surface of the fiber-containing layer; wherein the mineral-containing layer comprises at least 15 % by weight polymer bonding agent, the mineral-containing layer being an outer facing surface of the composite structure; wherein the composite structure is more pliable than the fiber-containing layer alone and apart from the composite structure per ASTM D228-02 #10 and ASTM D 6125-97; wherein the composite structure is more moisture resistant than a paperboard; wherein the outer facing mineral containing layer is printable using common printing techniques; wherein the composite structure comprises at least 40 % natural fibers; and wherein the outer facing mineral containing layer comprises at least 1 % by weight of the composite structure.
Device for filtering grey water from households, comprising a sealed vessel with vertical walls, provided with a front opening equipped with a door giving access to the interior of said vessel and comprising an inlet for said grey water to be filtered provided in the top part thereof and an outlet for said grey water that has been filtered, provided in the bottom part thereof, said vessel containing different superposed layers of filter media (MF 1, MF 2,... MF n) that have a particle size that decreases in the direction of flow of the grey water, each layer of filter media is arranged in a cartridge (C 1, C 2,... C n) mounted removably in the vessel, said cartridges (C 1, C 2,... C n) being superposed on one another, the circulation of the grey water taking place from top to bottom from the uppermost cartridge to the lowermost cartridge, each said cartridge (C 1, C 2,... C n) comprising a filtration chamber inside which is contained, immobilized, the layer of filter media, said filtration chamber being delimited by one or more vertical or inclined lateral walls and two opposite open faces (8, 8'), each of said opposite open faces (8, 8') being provided with a grille allowing the flow of the grey water, said device being characterized in that each said cartridge (C 1, C 2,... C n) is mounted slidably on sealed slides arranged inside the vessel such that it is possible to remove them individually and totally independently, and in that the vessel is further provided with an air inlet for the injection of pulsed air, which air inlet is provided in the bottom part of said vessel.
A partitioning wall with several wall elements, which are accommodated to be movable via a guiding assembly, wherein the wall elements have two transparent pane elements made from glass, which are disposed parallel to and spaced apart from each other, and wherein the wall elements have a profile frame for accommodating the pane elements and furthermore for accommodating a sound insulation device therein, in order to soundproof the wall element at least at a floor and at a ceiling, characterized in that the pane elements are disposed outside at the wall element and accommodated in the profile frame at a distance of at least 80 mm from each other.
A method of lightening the color of hair that has been contacted not more than 24 hours ago with a relaxing or straightening alkali-based composition, the method comprising: (a) combining a bleach composition comprising at least one oxidizing agent selected from the group consisting of persulfates, perborates, percarbonates, their salts and mixtures thereof; and at least one rheology-modifying agent, with a developer composition comprising hydrogen peroxide and a cosmetically acceptable carrier in order to form a lightening composition, wherein the pH of the lightening composition is from 2 to 7; (b) applying within 24 hours after straightening or relaxing the hair the lightening composition onto hair that has been contacted with a relaxing or straightening alkali-based composition; (c) leaving the lightening composition on the hair for a time period sufficient to achieve an increase of 1 to 4 in the tone height of the hair; and (d) optionally, rinsing the hair. (a) combining a bleach composition comprising at least one oxidizing agent selected from the group consisting of persulfates, perborates, percarbonates, their salts and mixtures thereof; and at least one rheology-modifying agent, with a developer composition comprising hydrogen peroxide and a cosmetically acceptable carrier in order to form a lightening composition, wherein the pH of the lightening composition is from 2 to 7; (b) applying within 24 hours after straightening or relaxing the hair the lightening composition onto hair that has been contacted with a relaxing or straightening alkali-based composition; (c) leaving the lightening composition on the hair for a time period sufficient to achieve an increase of 1 to 4 in the tone height of the hair; and (d) optionally, rinsing the hair.
An MRI-PET system consisting in a magnetic resonance imaging, MRI, system combined with a positron emission tomography, PET, system, and comprising at least one local RF coil and at least one marker element, wherein the MRI-PET system and the marker element are configured such that the at least one marker element may be activated to be detectable by the MRI system at a predetermined position relative to the coil, wherein the MRI-PET system and the marker element are configured such that the at least one marker element may be deactivated not to be detectable by the MRI system, characterized in that the MRI-PET system comprises a shielding element, wherein the shielding element is movable in such a way that it can be moved into a shielding position and into a non-shielding position and/or wherein the marker element is movable in such a way that it can be moved into a shielding position and into a non-shielding position, wherein the shielding element encloses the marker element such that the marker element is shielded from the MRI-PET system when the shielding element and/or the marker element is in the shielding position, and wherein the shielding element is apart from the marker element such that the marker element is detectable by the MRI system when the shielding element and/or the marker element is in the non-shielding position. comprising at least one local RF coil and at least one marker element, wherein the MRI-PET system and the marker element are configured such that the at least one marker element may be activated to be detectable by the MRI system at a predetermined position relative to the coil, wherein the MRI-PET system and the marker element are configured such that the at least one marker element may be deactivated not to be detectable by the MRI system, wherein the shielding element is movable in such a way that it can be moved into a shielding position and into a non-shielding position and/or wherein the marker element is movable in such a way that it can be moved into a shielding position and into a non-shielding position, wherein the shielding element encloses the marker element such that the marker element is shielded from the MRI-PET system when the shielding element and/or the marker element is in the shielding position, and wherein the shielding element is apart from the marker element such that the marker element is detectable by the MRI system when the shielding element and/or the marker element is in the non-shielding position.
Tank device for storing a gaseous medium, in particular hydrogen, having a valve device and a tank, wherein the valve device has a valve housing with a longitudinal axis, in which valve housing is formed an inner chamber, in which inner chamber a pilot valve element movable along the longitudinal axis is arranged, which pilot valve element interacts with a valve seat in order to open and close an outlet opening and thus forms a pilot valve, wherein the valve device comprises a magnet coil, wherein the valve seat is formed downstream of the valve housing and of the outlet opening, and the cylindrical outlet opening opens into a cylindrical passage, wherein a diameter D of the passage is larger than a diameter d of the outlet opening, characterized in that a sealing body is arranged on the pilot valve element, which sealing body has a hemispherical point, wherein the sealing body is produced from a plastic.
A breast implant comprising: a shell configured to be substantially filled with a viscous material; a plurality of sensor modules (150 A, B, C, D, E, F, G) attached to the shell and positioned at a distance from each other, wherein each of the plurality of sensor modules includes a unique identifier; a cover positioned over at least one of the plurality of sensor modules, each of the plurality of sensor modules oriented to detect one or more analytes in a fluid between the shell and the cover; at least one antenna; an energy harvesting unit attached to the at least one antenna, the energy harvesting unit configured to receive energy from an external source and convert the received energy into electrical energy; and at least one connection between the energy harvesting unit and each of the plurality of sensor modules; characterised in that; the cover is porous; and the energy harvesting unit is configured to receive optical energy. a shell configured to be substantially filled with a viscous material; a plurality of sensor modules (150 A, B, C, D, E, F, G) attached to the shell and positioned at a distance from each other, wherein each of the plurality of sensor modules includes a unique identifier; a cover positioned over at least one of the plurality of sensor modules, each of the plurality of sensor modules oriented to detect one or more analytes in a fluid between the shell and the cover; at least one antenna; an energy harvesting unit attached to the at least one antenna, the energy harvesting unit configured to receive energy from an external source and convert the received energy into electrical energy; and at least one connection between the energy harvesting unit and each of the plurality of sensor modules; characterised in that; the cover is porous; and the energy harvesting unit is configured to receive optical energy.
An artificial graphite material for a negative electrode of a lithium ion secondary battery, wherein a size L of a crystallite in a c-axis direction which is calculated from a diffraction line measured by powder X-ray diffraction is 5 to 25 nm; in Raman spectral analysis using an argon ion laser beam having a wavelength of 5145 angstroms, a ratio (ID/IG) of an intensity of a peak present in a wavelength region of 1360 cm -1 ± 100 cm -1 to an intensity of a peak present in a wavelength region of 1580 cm -1 ± 100 cm -1 is 0.05 to 0.2; an absorption spectrum originating from carbon which appears in a range of 3200 to 3400 gauss is found in electron spin resonance spectroscopy measured using X band, and a relative absorption intensity ratio (I4.8 K/I280 K) of absorption intensity (I4.8 K) measured at a temperature of 4.8 K to absorption intensity (I280 K) measured at a temperature of 280 K in the above absorption spectra is 5.0 to 12.0.
A push button switch valve for a shower head, wherein comprising: a fixation portion with an inlet passage and a plurality of water diversion holes available to connect to the inlet passage; a plurality of support covers with same number with the water diversion holes, the support covers rotatably assembled to the fixation portion and respectively corresponding to the water diversion hole one by one, so that the support covers rotating between a sealing position to close the water diversion holes and an open position to leave away from the water diversion holes; and a switch mechanism comprising a switch shaft sliably assembled to the fixation portion and a push button slidably left and right assembled to the fixation portion, the push button drivingly connected to the switch shaft, so that when sliding the push button, the switch shaft driven to slide, the switch shaft disposed with a convex-concave structure, axial movement of the switch shaft making the convex-concave structure alternately push at least one of the support covers up. a fixation portion with an inlet passage and a plurality of water diversion holes available to connect to the inlet passage; a plurality of support covers with same number with the water diversion holes, the support covers rotatably assembled to the fixation portion and respectively corresponding to the water diversion hole one by one, so that the support covers rotating between a sealing position to close the water diversion holes and an open position to leave away from the water diversion holes; and a switch mechanism comprising a switch shaft sliably assembled to the fixation portion and a push button slidably left and right assembled to the fixation portion, the push button drivingly connected to the switch shaft, so that when sliding the push button, the switch shaft driven to slide, the switch shaft disposed with a convex-concave structure, axial movement of the switch shaft making the convex-concave structure alternately push at least one of the support covers up.
A light control and data interface module, comprising: one or more processors; a transceiver configured to receive a first communication signal from one or more sensor modules, the first communication signal including an indication of an identity of the one or more sensor modules and a first elapsed time since a triggering event was detected by the one or more sensor modules; one or more power converters; and a non-transitory, computer readable medium storing instructions that when executed by the one or more processors cause the one or more processors to: receive the first communication signal from the transceiver; determine a delay time to trigger a lighting control response based on a difference between a desired delay time to trigger the lighting control response and the first elapsed time; and transmit a command signal that implements the lighting control response to a power converter of the light control and data interface module after the delay time to trigger the lighting control response has elapsed, wherein the power converter is configured to supply an electrical current to an LED based light engine in response to the command signal. one or more processors; a transceiver configured to receive a first communication signal from one or more sensor modules, the first communication signal including an indication of an identity of the one or more sensor modules and a first elapsed time since a triggering event was detected by the one or more sensor modules; one or more power converters; and a non-transitory, computer readable medium storing instructions that when executed by the one or more processors cause the one or more processors to: receive the first communication signal from the transceiver; determine a delay time to trigger a lighting control response based on a difference between a desired delay time to trigger the lighting control response and the first elapsed time; and transmit a command signal that implements the lighting control response to a power converter of the light control and data interface module after the delay time to trigger the lighting control response has elapsed, wherein the power converter is configured to supply an electrical current to an LED based light engine in response to the command signal. receive the first communication signal from the transceiver; determine a delay time to trigger a lighting control response based on a difference between a desired delay time to trigger the lighting control response and the first elapsed time; and transmit a command signal that implements the lighting control response to a power converter of the light control and data interface module after the delay time to trigger the lighting control response has elapsed, wherein the power converter is configured to supply an electrical current to an LED based light engine in response to the command signal.