mhurhangee/ep-ind-claims huggingface dataset:
Cosmetic composition in powder form, in which each powder grain is composed of: - a dispersion of oily phase droplets in an aqueous phase, the oily phase being present in a content of at least 12% by weight of the total weight of the composition, and comprising at least one mineral oil, and - a coating, comprising at least some hydrophobic silica aerogel particles, wherein the coating also comprises nanoparticles containing alumina. - a dispersion of oily phase droplets in an aqueous phase, the oily phase being present in a content of at least 12% by weight of the total weight of the composition, and comprising at least one mineral oil, and - a coating, comprising at least some hydrophobic silica aerogel particles, wherein the coating also comprises nanoparticles containing alumina.
An absorbent article comprising a loop member for a hook and loop fastener, having a carrier and a knitted fabric laminated onto the carrier, wherein the knitted fabric has warp threads in the warp direction and loops incorporated therein suitable for connecting with hooks, wherein the carrier and the knitted fabric are adhesively attached to each other such that only a part of the surface area of the carrier facing towards the knitted fabric is covered with adhesive, the adhesive being in applied in the form of a first plurality of adhesive stripes and a second plurality of adhesive stripes, the second plurality of adhesive stripes extending perpendicular to the first plurality of adhesive stripes and intersecting the first plurality of adhesive stripes, the first plurality of adhesive stripes extending in warp direction, characterized in that the distance between neighbouring adhesive stripes of the first plurality of stripes is greater than the distance between neighbouring warp threads with the distance between two neighbouring adhesive stripes of the first plurality of adhesive stripes being from four to eight times the distance between two neighbouring warp threads and in that the distance (b) between neighboring warp threads is between 1 mm and 4 mm; wherein first and second plurality of adhesive stripes (6a, 6b) form a multi-square pattern, and the distance (a) between neighboring adhesive strips proceeding in the warp direction is between 7 mm and 20 mm, and the surface area of the carrier facing towards the knitted fabric being between 20% to 30% based on the surface area of the carrier covered with the pattern of first and second plurality of adhesive stripes (6a, 6b).
A method for sharing device information among home networks, comprising: Obtaining, by a second home network, an access policy and device information of a first home network sent by the first home network; determining, by a second home network, after establishing secure channel with a third home network, a device accessible of the first home network by a third home network according to the access policy of the first home network; and providing, by a second home network, information of the accessible device of the first home network for the third home network. Obtaining, by a second home network, an access policy and device information of a first home network sent by the first home network; determining, by a second home network, after establishing secure channel with a third home network, a device accessible of the first home network by a third home network according to the access policy of the first home network; and providing, by a second home network, information of the accessible device of the first home network for the third home network.
A method for detecting a load imbalance in a multi-phase electrical distribution system with a plurality of circuits and a panel having multiple spaces (14A, 14B, 14C), the method comprising: determining an association between each of the spaces of the panel and a respective one of the circuits; receiving data of an electrical parameter of the multi-phase electrical distribution system indicative of load imbalance; receiving data of a system parameter indicative of load activity of a system powered by the multi-phase electrical distribution system, wherein the electrical parameter includes per-phase current or per-phase power, or a combination thereof, and wherein the system parameter includes CPU operations or disk activity, or a combination thereof; determining an average value from the electrical parameter data; determining an aggregate value from the system parameter data; determining a model correlating the system parameter with the electrical parameter based, at least in part, on the associations between the spaces of the panel and the circuits, the electrical parameter data, and the system parameter data; determining if the average value of the electrical parameter is unbalanced; if the average value of the electrical parameter is unbalanced, determining a modeled electrical parameter value using the model and the aggregate value of the system parameter; determining if the average value of the electrical parameter corresponds with the modeled electrical parameter value; and if the average value of the electrical parameter does not correspond with the modeled electrical parameter, outputting an indication that the load imbalance exists. determining an association between each of the spaces of the panel and a respective one of the circuits; receiving data of an electrical parameter of the multi-phase electrical distribution system indicative of load imbalance; receiving data of a system parameter indicative of load activity of a system powered by the multi-phase electrical distribution system, wherein the electrical parameter includes per-phase current or per-phase power, or a combination thereof, and wherein the system parameter includes CPU operations or disk activity, or a combination thereof; determining an average value from the electrical parameter data; determining an aggregate value from the system parameter data; determining a model correlating the system parameter with the electrical parameter based, at least in part, on the associations between the spaces of the panel and the circuits, the electrical parameter data, and the system parameter data; determining if the average value of the electrical parameter is unbalanced; if the average value of the electrical parameter is unbalanced, determining a modeled electrical parameter value using the model and the aggregate value of the system parameter; determining if the average value of the electrical parameter corresponds with the modeled electrical parameter value; and if the average value of the electrical parameter does not correspond with the modeled electrical parameter, outputting an indication that the load imbalance exists.
Systems for aligning an eye for diagnostic and/or therapeutic purposes, consisting of a fixation light source for generating a positionable fixation mark, of an apparatus for coupling the latter into a beam path of an ophthalmic device, with the fixation mark being projected in the direction of the eye to be examined and/or to be treated by way of the imaging optics of the ophthalmic device, and of a control unit, with which the image (FM') of the fixation mark is representable at different distances and angular positions with respect to the optical axis of the of ophthalmic device, so that the eye to be examined and/or to be treated aligns itself by way of foveal focusing on this fixation mark and assumes a defined position with respect to the optical axis of the ophthalmic device, characterized in that the fixation light source is configured such that the distance of the generated fixation mark with respect to the imaging optics is variable to represent the image (FM') of the fixation mark in different focal planes along the optical axis.
An installation member for a vehicle configured to be supported at a fixing member fixed to a vehicle body side, wherein a central axis extends from an upper side of the installation member to a lower side of the installation member when the installation member is mounted on a vehicle, said installation member comprising: an irradiating device, which is installed inside the installation member, including: an emitter that is disposed at the central axis and that emits light toward the lower side; and an irradiating body that is disposed at the lower side of the emitter, and at which a reflecting face and an irradiating face are provided, wherein the reflecting face surrounds the emitter and reflects light emitted by the emitter toward the central axis, wherein the irradiating face irradiates light reflected by the reflecting face toward the lower side of the installation member and is concave toward the upper side of the installation member, characterised in that an irradiating aperture which exposes the inside of the installation member to the lower side of the installation member is formed passing through a lower wall of the installation member, the light irradiated to the lower side from the irradiating face passing through the irradiating aperture, the irradiating aperture having a diameter that increases on progression toward the lower side, and in that the area of the inside of the concave irradiating face is in communication with the irradiating aperture and a lower end portion of the irradiating face is flush with a peripheral face of the irradiating aperture. an irradiating device, which is installed inside the installation member, including: an emitter that is disposed at the central axis and that emits light toward the lower side; and an irradiating body that is disposed at the lower side of the emitter, and at which a reflecting face and an irradiating face are provided, wherein the reflecting face surrounds an emitter that is disposed at the central axis and that emits light toward the lower side; and an irradiating body that is disposed at the lower side of the emitter, and at which a reflecting face and an irradiating face are provided, wherein the reflecting face surrounds the emitter and reflects light emitted by the emitter toward the central axis, wherein the irradiating face irradiates light reflected by the reflecting face toward the lower side of the installation member and is concave toward the upper side of the installation member, characterised in that an irradiating aperture which exposes the inside of the installation member to the lower side of the installation member is formed passing through a lower wall of the installation member, the light irradiated to the lower side from the irradiating face passing through the irradiating aperture, the irradiating aperture having a diameter that increases on progression toward the lower side, and in that the area of the inside of the concave irradiating face is in communication with the irradiating aperture and a lower end portion of the irradiating face is flush with a peripheral face of the irradiating aperture.
Method for actuating a part that can be moved by means of a coil, wherein the method comprises the following steps: sampling a current flowing through the coil and/or a voltage applied to the coil in order to produce a coil signal; and determining at least one movement parameter representing a jitter of the part by using the coil signal and a step of changing at least one signal parameter of a dither setpoint signal for producing the jitter by comparing the movement parameter with at least one setpoint value in order to adjust the jitter to the setpoint value. sampling a current flowing through the coil and/or a voltage applied to the coil in order to produce a coil signal; and determining at least one movement parameter representing a jitter of the part by using the coil signal and a step of changing at least one signal parameter of a dither setpoint signal for producing the jitter by comparing the movement parameter with at least one setpoint value in order to adjust the jitter to the setpoint value.
A castor wheel structure, comprising a wheel part and a castor wheel house, on which a transition element can be mounted, such as a spindle structure or a flange structure, which again can be mounted on equipment that is to be made mobile, which wheel part is unilaterally suspended and arranged about a substantially horizontal shaft on the castor wheel house, which castor wheel structure also comprises a seal (8, 11) to be arranged between the transition element (1 or 2) and the upper part of the castor wheel house, which seal (8, 11) is configured with contours which substantially ensure continuous surfaces characterized in that the castor wheel structure further comprises a seal between the wheel part and the castor wheel house, which seal is configured with contours which substantially ensure continuous surfaces, wherein the castor wheel structure comprises a brake shaft fitted with a crank, which brake shaft is provided with a seal that ensures sealing between the brake shaft and the castor wheel house.
Method of drying and/or curing an organic protective and/or decorative coating on a continuously running metal strip, comprising: i) heating of said strip by electromagnetic induction in a tunnel furnace, comprising an enclosure with hot internal walls in order to evaporate the solvents contained in the composition of the organic coating and ensure the drying and/or curing of the coating, the solvents being continuously extracted from the enclosure of the furnace, and ii) heating of the enclosure in order to maintain said internal walls at a temperature equal to or greater than the dew point of the solvents, characterised in that heating of said strip by electromagnetic induction is coupled simultaneously and complementarily with heating by infrared radiation and heating by convection by means of a combustion gas and in that heating ii) of the enclosure of the furnace is performed by convection by means of the same combustion gas as that used for heating said strip by convection, and in that a distribution of the different modes of heating the strip changes in the enclosure of the furnace depending on the direction of travel of the strip in said enclosure, the supply of heat by induction being greatest at the inlet to the enclosure of the furnace and the supply of heat by radiation and by convection being greatest at the outlet from the enclosure of the furnace, with a gradual decrease in the supply of heat by induction concomitantly with a gradual increase in the supply of heat by convection and by radiation between the inlet to and the outlet from the enclosure depending on the direction of travel of the strip. i) heating of said strip by electromagnetic induction in a tunnel furnace, comprising an enclosure with hot internal walls in order to evaporate the solvents contained in the composition of the organic coating and ensure the drying and/or curing of the coating, the solvents being continuously extracted from the enclosure of the furnace, and ii) heating of the enclosure in order to maintain said internal walls at a temperature equal to or greater than the dew point of the solvents,
An isolated polynucleotide sequence comprising a nucleotide sequence which is at least 80% identical to the nucleotide sequence set forth in SEQ ID No. 1 or 2, or the complement thereof, wherein said polynucleotide encodes a pectate lyase.
A fume extraction hood of the type that can at least partially fit into a receptacle formed in a ceiling, said ceiling having an outer surface and an inner surface, the latter at least partially defining said receptacle and being opposite to the outer surface, said hood comprising: - a frame having at least one pair of opposite sides (3a, 3b), said frame being configured to fit at least partially into said receptacle, said frame having a center axis perpendicular to said sides (3a, 3b); - at least one lock member positioned at one of the said sides (3a, 3b) of said frame, said lock member comprising a deployable portion having a direction of deployment perpendicular to its respective side (3a, 3b) of the frame and to the center axis and switchable between a deployed configuration in which it rests on said inner surface to retain said frame in said receptacle and a retracted configuration in which it is pulled back inside a perimeter of said frame to allow said frame to be introduced into and removed from said receptacle, said lock member comprising at least one elastic element associated with said deployable portion to push it from the retracted to the deployed configuration; wherein the lock member comprises a grip element connected to said deployable portion and arranged to be accessed when said frame fits in said receptacle, said grip element being movable along said center axis and/or rotatable about a longitudinal main axis of extension substantially parallel to said center axis to return said deployable portion from the deployed to the retracted configuration; characterized in that said lock member comprises a connecting portion having a first end and a second end opposite to each other, said second end being connected to said deployable portion, said grip element being connected to said connecting portion between said ends (30a, 30b), wherein the connecting portion is hinged to the deployable portion at a hinge axis that is substantially perpendicular to said center axis and to said direction of deployment; wherein the elastic element is operable between the connecting portion and the deployable portion to open them apart. - a frame having at least one pair of opposite sides (3a, 3b), said frame being configured to fit at least partially into said receptacle, said frame having a center axis perpendicular to said sides (3a, 3b); - at least one lock member positioned at one of the said sides (3a, 3b) of said frame, said lock member comprising a deployable portion having a direction of deployment perpendicular to its respective side (3a, 3b) of the frame and to the center axis and switchable between a deployed configuration in which it rests on said inner surface to retain said frame in said receptacle and a retracted configuration in which it is pulled back inside a perimeter of said frame to allow said frame to be introduced into and removed from said receptacle, said lock member comprising at least one elastic element associated with said deployable portion to push it from the retracted to the deployed configuration;
A process for the alkylation of an aliphatic organic compound comprising: (a) providing a catalyst comprising a zeolitic material having a BEA framework structure, wherein the BEA framework structure comprises SiO 2 and Al 2 O 3, (b) contacting the catalyst with one or more aliphatic organic compounds in the presence of one or more alkylating agents in one or more reactors for obtaining one or more alkylated organic compounds, wherein the zeolitic material is obtained from a synthetic process which does not employ an organotemplate as structure directing agent comprising the steps of preparing a mixture comprising seed crystals and one or more sources for SiO 2 and one or more sources for Al 2 O 3; and crystallizing the mixture; wherein the Si: Al molar ratio of the zeolitic material is in the range of from 4.1 to 10; wherein zeolitic material is zeolite beta; wherein the zeolitic material contains H + as counterions to the framework of the zeolitic materials; wherein besides H + contained as counterions in the zeolitic material, the zeolitic material contains 5 wt.-% or less of non-framework elements based on 100 wt.-% of SiO 2; wherein the one or more aliphatic organic compounds comprise one or more branched hydrocarbons have the formula wherein independently from one another R 1, R 2, and R 3 are (C1-C4)alkyl, and the one or more alkylating agents comprise one or more alkenes selected from the group consisting of (C2-C6) alkenes and mixtures thereof. (a) providing a catalyst comprising a zeolitic material having a BEA framework structure, wherein the BEA framework structure comprises SiO 2 and Al 2 O 3, (b) contacting the catalyst with one or more aliphatic organic compounds in the presence of one or more alkylating agents in one or more reactors for obtaining one or more alkylated organic compounds, wherein the zeolitic material is obtained from a synthetic process which does not employ an organotemplate as structure directing agent comprising the steps of preparing a mixture comprising seed crystals and one or more sources for SiO 2 and one or more sources for Al 2 O 3; and crystallizing the mixture; preparing a mixture comprising seed crystals and one or more sources for SiO 2 and one or more sources for Al 2 O 3; and crystallizing the mixture; wherein the Si: Al molar ratio of the zeolitic material is in the range of from 4.1 to 10; wherein zeolitic material is zeolite beta; wherein the zeolitic material contains H + as counterions to the framework of the zeolitic materials; wherein besides H + contained as counterions in the zeolitic material, the zeolitic material contains 5 wt.-% or less of non-framework elements based on 100 wt.-% of SiO 2; wherein the one or more aliphatic organic compounds comprise one or more branched hydrocarbons have the formula wherein independently from one another R 1, R 2, and R 3 are (C1-C4)alkyl, and the one or more alkylating agents comprise one or more alkenes selected from the group consisting of (C2-C6) alkenes and mixtures thereof.
Process for producing an aluminium-free magnesium alloy by adding 1.0 mass% Cerium, 0.5 mass% Lanthanum, 0.10 mass% Scandium and 2.0 mass% Manganese chloride to aluminium-free magnesium.
A building with an underfloor duct, the underfloor duct comprising a duct bottom piece element having an essentially U-shaped cross-section and a duct cover to be fitted on the duct bottom piece element, wherein at the U arms (4, 4') of the duct bottom piece element, essentially L-shaped support brackets each outwardly facing are arranged, which have, on their upper side, support surfaces for the duct cover, wherein the support brackets and the duct bottom piece element comprise mutually complementary fixing means that permit a fixation of the support brackets in a predetermined and variable height, in relation to the bottom of the duct bottom piece element, and wherein the fixing means comprise mounting recesses (7, 8) being flush with each other in one U arm (4, 4') of the duct bottom piece element and in the support brackets, and fixing elements passing through the mounting recesses (7, 8), wherein at least one of the mounting recesses (7, 8) is configured as a slot, which extends in a direction orthogonal to the longitudinal extension of the duct bottom piece element, wherein the duct bottom piece element is fitted on a horizontal support surface of the building, wherein on the support surface, a flowable and cured bottom material is applied, wherein the bottom material flows on the outer walls of the underfloor bottom channel and embeds the latter, and wherein the surface of the bottom material is flush with the upper side of the underfloor duct.