mhurhangee/ep-ind-claims huggingface dataset:
A process for making phenol and/or cyclohexanone, the process comprising: oxidizing a cyclohexylbenzene feed to obtain an oxidation product comprising cyclohexylbenzene, cyclohexyl-1-phenyl-1-hydroperoxide and phenol; separating at least a portion of the oxidation product to obtain a first fraction comprising cyclohexyl-1-phenyl-1-hydroperoxide and a second fraction comprising cyclohexylbenzene and phenol; removing at least a portion of the phenol from at least a portion of the second fraction to obtain a third fraction; recycling at least a portion of the cyclohexylbenzene in the third fraction to the oxidizing step; and contacting at least a portion of the cyclohexyl-1-phenyl-1-hydroperoxide in the first fraction with an acid catalyst in a cleavage reactor under cleavage conditions to obtain a cleavage product comprising phenol and cyclohexanone. oxidizing a cyclohexylbenzene feed to obtain an oxidation product comprising cyclohexylbenzene, cyclohexyl-1-phenyl-1-hydroperoxide and phenol; separating at least a portion of the oxidation product to obtain a first fraction comprising cyclohexyl-1-phenyl-1-hydroperoxide and a second fraction comprising cyclohexylbenzene and phenol; removing at least a portion of the phenol from at least a portion of the second fraction to obtain a third fraction; recycling at least a portion of the cyclohexylbenzene in the third fraction to the oxidizing step; and contacting at least a portion of the cyclohexyl-1-phenyl-1-hydroperoxide in the first fraction with an acid catalyst in a cleavage reactor under cleavage conditions to obtain a cleavage product comprising phenol and cyclohexanone.
An inductor (10, 100, 170, 1600) comprising: a planar laminated magnetic core (11, 51, 1611) comprising: an alternating sequence of a magnetic layer (410, 710, 711, 712, 1110, 1112, 1412, 1410) and a non-magnetic layer (420, 720, 1120, 1121, 1420, 1422), wherein the non-magnetic layer (420, 720, 1120, 1121, 1420, 1422) comprises an insulating layer (421, 724) disposed between first and second interface layers; a final magnetic layer disposed on a last non-magnetic layer (1120, 1121) in the alternating sequence; a conductive winding (12, 1612) that turns around in a generally spiral manner on the outside of said planar laminated magnetic core (11,51), characterised in that the planar laminated core further comprises a capping layer (730, 1130) disposed on the final magnetic layer on a first side (750, 1150, 1650) of the planar laminated magnetic core (11, 51); and an adhesion layer (740, 1140) disposed below a first magnetic layer (1110, 1112) in the alternating sequence on a second side (760, 1160, 1660) of the planar laminated magnetic core (11, 51), wherein the capping layer (730, 1130), the adhesion layer (740, 1140), and the first and second interface layers comprise the same material, and the first (750, 1150, 1650) and second (760, 1160, 1660) sides are on opposite sides of the planar laminated magnetic core (11, 51). a planar laminated magnetic core (11, 51, 1611) comprising: an alternating sequence of a magnetic layer (410, 710, 711, 712, 1110, 1112, 1412, 1410) and a non-magnetic layer (420, 720, 1120, 1121, 1420, 1422), wherein the non-magnetic layer (420, 720, 1120, 1121, 1420, 1422) comprises an insulating layer (421, 724) disposed between first and second interface layers; a final magnetic layer disposed on a last non-magnetic layer (1120, 1121) in the alternating sequence; an alternating sequence of a magnetic layer (410, 710, 711, 712, 1110, 1112, 1412, 1410) and a non-magnetic layer (420, 720, 1120, 1121, 1420, 1422), wherein the non-magnetic layer (420, 720, 1120, 1121, 1420, 1422) comprises an insulating layer (421, 724) disposed between first and second interface layers; a final magnetic layer disposed on a last non-magnetic layer (1120, 1121) in the alternating sequence; a conductive winding (12, 1612) that turns around in a generally spiral manner on the outside of said planar laminated magnetic core (11,51), characterised in that the planar laminated core further comprises a capping layer (730, 1130) disposed on the final magnetic layer on a first side (750, 1150, 1650) of the planar laminated magnetic core (11, 51); and an adhesion layer (740, 1140) disposed below a first magnetic layer (1110, 1112) in the alternating sequence on a second side (760, 1160, 1660) of the planar laminated magnetic core (11, 51), wherein the capping layer (730, 1130), the adhesion layer (740, 1140), and the first and second interface layers comprise the same material, and the first (750, 1150, 1650) and second (760, 1160, 1660) sides are on opposite sides of the planar laminated magnetic core (11, 51).
A method of making a β-hydroxy propyl gamma-polyoxyalkylene ether functional resin chosen from (poly)oxyalkylene ether β-hydroxy (meth)acrylates, maleates and itaconates, water soluble copolymers thereof or alkali soluble copolymers thereof comprising reacting in water or aqueous solvent one or more reactant a) i) the reaction product of epihalohydrin, with one or more of a glycol, oligoglycol, glycol alkyl ether, polyglycol alkyl ether, glycol alkyl aryl ether, polyglycol alkyl aryl ether, glycol aryl ether or polyglycol aryl ether, or ii) a glycidyl alkyl ether, glycidyl alkyl polyether, glycidyl aryl ether or glycidyl aryl polyether with one or more reactant b) a carboxylate anion containing vinyl compound or polymer, wherein in reactant a) the alkyl group can have from 1 to 50 carbon atoms, and the aryl group can be aryl or alkylaryl having from 5 to 40 carbon atoms. a) i) the reaction product of epihalohydrin, with one or more of a glycol, oligoglycol, glycol alkyl ether, polyglycol alkyl ether, glycol alkyl aryl ether, polyglycol alkyl aryl ether, glycol aryl ether or polyglycol aryl ether, or ii) a glycidyl alkyl ether, glycidyl alkyl polyether, glycidyl aryl ether or glycidyl aryl polyether with one or more reactant i) the reaction product of epihalohydrin, with one or more of a glycol, oligoglycol, glycol alkyl ether, polyglycol alkyl ether, glycol alkyl aryl ether, polyglycol alkyl aryl ether, glycol aryl ether or polyglycol aryl ether, or ii) a glycidyl alkyl ether, glycidyl alkyl polyether, glycidyl aryl ether or glycidyl aryl polyether with one or more reactant b) a carboxylate anion containing vinyl compound or polymer,
A device for mounting a tap on a partition, this device comprising: - at least one coupler (4a, 4b), comprising a threaded endpiece for connecting to the tap, - a platen for fastening each coupler on the partition, this platen delimiting at least one opening, configured to immobilize the endpiece in rotation about its axis, - at least one nut, provided to be screwed around the endpiece, the endpiece being configured to be moved axially inside the opening, and - fastening means for fastening the nut on the platen, in a position where the nut axially immobilizes the endpiece relative to the platen, in the configuration engaged in the opening, characterized in that the fastening means comprise at least one self-tapping screw to fasten the nut on the platen, each screw passing through a hole arranged in the nut and being gripped inside a piercing of the platen. - at least one coupler (4a, 4b), comprising a threaded endpiece for connecting to the tap, - a platen for fastening each coupler on the partition, this platen delimiting at least one opening, configured to immobilize the endpiece in rotation about its axis, - at least one nut, provided to be screwed around the endpiece, the endpiece being configured to be moved axially inside the opening, and - fastening means for fastening the nut on the platen, in a position where the nut axially immobilizes the endpiece relative to the platen, in the configuration engaged in the opening,
A method for enabling notifying when security sensitive functionality of an electronic device has been previously enabled, wherein the electronic device comprises a data storage having a current content, the method comprising: in the electronic device: detecting (S210; S510) an event indicating enabling of security sensitive functionality of the electronic device; upon detecting the event indicating enabling of security sensitive functionality of the electronic device: obtaining (S220; S520) a value previously unknown to the electronic device; and updating (S230; S530) the current content of the data storage to a new current content of the data storage according to an updating function based on the current content of the data storage and the value, wherein, without privileged access, the current content of the data storage can only be updated using the updating function, and wherein the updating function is irreversible and collision resistant. detecting (S210; S510) an event indicating enabling of security sensitive functionality of the electronic device; upon detecting the event indicating enabling of security sensitive functionality of the electronic device: obtaining (S220; S520) a value previously unknown to the electronic device; and updating (S230; S530) the current content of the data storage to a new current content of the data storage according to an updating function based on the current content of the data storage and the value, wherein, without privileged access, the current content of the data storage can only be updated using the updating function, and wherein the updating function is irreversible and collision resistant. obtaining (S220; S520) a value previously unknown to the electronic device; and updating (S230; S530) the current content of the data storage to a new current content of the data storage according to an updating function based on the current content of the data storage and the value, wherein, without privileged access, the current content of the data storage can only be updated using the updating function, and wherein the updating function is irreversible and collision resistant.
Rotor blade for a wind turbine with a noise reducing device at the trailing edge section of the rotor blade, wherein - the noise reducing device comprises at least a first opening such that the airflow from the leading edge section of the rotor blade to the trailing edge section of the rotor blade is partially diverted through the first opening, - the noise reducing device comprises at least a second opening with a similar geometry as the first opening, the first opening and the second opening thus building a pair of openings, - the first opening has the geometry of a slit having a length which is at least three times greater than its width, - the first opening is arranged in substantially chordwise orientation of the rotor blade, and - the first opening and the second opening converge towards each other in chordwise direction, thus decreasing the rotation of the airflow at the trailing edge of the rotor blade, thus noise which is generated at the trailing edge of the rotor blade is reduced. - the noise reducing device comprises at least a first opening such that the airflow from the leading edge section of the rotor blade to the trailing edge section of the rotor blade is partially diverted through the first opening, - the noise reducing device comprises at least a second opening with a similar geometry as the first opening, the first opening and the second opening thus building a pair of openings, - the first opening has the geometry of a slit having a length which is at least three times greater than its width, - the first opening is arranged in substantially chordwise orientation of the rotor blade, and - the first opening and the second opening converge towards each other in chordwise direction, thus decreasing the rotation of the airflow at the trailing edge of the rotor blade, thus noise which is generated at the trailing edge of the rotor blade is reduced.
A pad for interposition between a recipient's head and a transcutaneous bone conduction device pressure plate, the pad comprising a material providing a controllably variable balance of pressure-equalization and vibration-transmission capability, characterized in that the material comprises at least one of: non-Newtonian material having capacity to conform slowly to the contour of the recipient's head, non-Newtonian material having capacity to transmit audio frequency vibrations, dilatant material, rheopectic material, slow-recovery memory foam, low density, pressure sensitive foam, high density, heat sensitive foam, viscoelastic material, and thermo-softening plastic. non-Newtonian material having capacity to conform slowly to the contour of the recipient's head, non-Newtonian material having capacity to transmit audio frequency vibrations, dilatant material, rheopectic material, slow-recovery memory foam, low density, pressure sensitive foam, high density, heat sensitive foam, viscoelastic material, and thermo-softening plastic.
A tray for holding paint having a bottom, wherein the bottom is provided with a paint holding layer formed of fibers, characterized in that the fibers extending from an upper layer of the support layer have a height of 3 to 15 mm, a density of the fibers extending from the support layer is 850 to 7300 fibers/cm 2, and a thickness of the fibers is in the range of 20 to 80 μm.
An underwire brassiere cup comprising: an underwire assembly comprising an arcuate wire and at least one gel pad attached to said arcuate wire, wherein said at least one gel pad is disposed at a point of the arcuate wire creating pressure to a wearer; an inner layer integrally joined to an outer layer and encasing said underwire assembly, said inner layer having a protrusion comprising said at least one gel pad, said protrusion configured to provide a cushion to protect the wearer against the pressure created by said arcuate wire; characterized in that said at least one gel pad is integrally attached to said arcuate wire. an underwire assembly comprising an arcuate wire and at least one gel pad attached to said arcuate wire, wherein said at least one gel pad is disposed at a point of the arcuate wire creating pressure to a wearer; an inner layer integrally joined to an outer layer and encasing said underwire assembly, said inner layer having a protrusion comprising said at least one gel pad, said protrusion configured to provide a cushion to protect the wearer against the pressure created by said arcuate wire; characterized in that said at least one gel pad is integrally attached to said arcuate wire.
Medical lamp, in particular dental treatment lamp for the intraoral illumination of an operation field, comprising at least one illumination unit having lighting means and optical means for producing a light field in an object plane and a diffusor embodied to expand the light field in the object plane, wherein the lamp has a plurality of illumination units that are aligned or embodied in such a way that the corresponding light fields substantially correspond, characterized in that the diffusor is embodied on a covering panel of the lamp.
Method for the automated driving of a motor vehicle occupied by a driver, wherein a request to take over the driving task is given to the driver during the automated driving of the motor vehicle, wherein an activity type of an activity carried out by the driver is captured, characterized in that a first information output modality for outputting the request to take over the driving task is selected on the basis of the captured activity type, in that the request to take over the driving task is given to the driver in the selected first information output modality and in a spatially undirected manner, in that the request to take over the driving task is subsequently given to the driver in the selected first information output modality and in a spatially directed manner, and in that the request to take over the driving task is simultaneously given to the driver in a second information output modality which differs from the first information output modality.
An acoustic characteristic measurement device comprising: a speaker configured to output an acoustic signal in which a watermark signal is embedded; a microphone configured to perform sound collection with respect to the acoustic signal output from the speaker in a predetermined listening position; and an acoustic characteristic determination means configured to determine an acoustic characteristic of an acoustic space from the speaker to the listening position, on the basis of the watermark signal embedded in the acoustic signal which is subjected to the sound collection by the microphone, characterised by a watermark signal timing notification means configured to provide notification of an output timing when the watermark signal embedded in the acoustic signal is output from the speaker, wherein the acoustic characteristic determination means determines the acoustic characteristic according to the notification of the watermark signal timing notification means, and wherein the watermark signal timing notification means is configured to include a time when the watermark signal is output from the speaker, in the watermark signal, as the output timing. a speaker configured to output an acoustic signal in which a watermark signal is embedded; a microphone configured to perform sound collection with respect to the acoustic signal output from the speaker in a predetermined listening position; and an acoustic characteristic determination means configured to determine an acoustic characteristic of an acoustic space from the speaker to the listening position, on the basis of the watermark signal embedded in the acoustic signal which is subjected to the sound collection by the microphone, characterised by a watermark signal timing notification means configured to provide notification of an output timing when the watermark signal embedded in the acoustic signal is output from the speaker, wherein the acoustic characteristic determination means determines the acoustic characteristic according to the notification of the watermark signal timing notification means, and wherein the watermark signal timing notification means is configured to include a time when the watermark signal is output from the speaker, in the watermark signal, as the output timing.
A method of manufacturing a calibration panel, the method comprising: forming a body by additive manufacturing from a first digital material having an acoustic property selected to approximate an acoustic property of a composite material; mixing a second digital material and a third digital material to form an insert, where the second digital material has an acoustic property value less than an acoustic property value of a defect within the composite material, and where the third digital material has an acoustic property value greater than the acoustic property value of the defect, said first, second and third digital materials being modeling materials on a voxel-level scale, wherein a voxel is an individual addressable volume element in three-dimensional space, the acoustic property of the composite material and of the defect being the speed of a sound wave through the composite material and the defect or the frequency, the attenuation, the impedance of a sound wave; and embedding the insert within the body. forming a body by additive manufacturing from a first digital material having an acoustic property selected to approximate an acoustic property of a composite material; mixing a second digital material and a third digital material to form an insert, where the second digital material has an acoustic property value less than an acoustic property value of a defect within the composite material, and where the third digital material has an acoustic property value greater than the acoustic property value of the defect, said first, second and third digital materials being modeling materials on a voxel-level scale, wherein a voxel is an individual addressable volume element in three-dimensional space, the acoustic property of the composite material and of the defect being the speed of a sound wave through the composite material and the defect or the frequency, the attenuation, the impedance of a sound wave; and embedding the insert within the body.
Miniature simultaneous vision simulator instrument comprising at least two image-forming channels, each one of which projects onto the retina of the same eye a component image of the same observed object with a different degree of defocus, so that the superposition of all the component images forms on the retina of the eye a final simultaneous vision image, the miniature simultaneous vision simulator instrument comprising: i) at least one adjustable variable focus lens is configured to, by changing its focus, modify the vergence of the light beam passing through said adjustable lens, and ii) wherein at least one of the image-forming channels goes through the adjustable variable focus lens, wherein: i) at least one of the adjustable variable focus lenses is configured to induce a periodic temporal variation in the vergence of the light beam passing through it, ii) the different periodic vergence values define different temporal channels, each temporal channel being an image-forming channel that projects on the retina of the eye a component image of the observed object with a different degree of defocus corresponding to the beam vergence, iii) the temporal channels are temporally multiplexed at a frequency higher than the fusion frequency of the eye, and iv) the spacio-temporal overlap of all the component images forms a final simultaneous vision image that is perceived as static. i) at least one adjustable variable focus lens is configured to, by changing its focus, modify the vergence of the light beam passing through said adjustable lens, and ii) wherein at least one of the image-forming channels goes through the adjustable variable focus lens, i) at least one of the adjustable variable focus lenses is configured to induce a periodic temporal variation in the vergence of the light beam passing through it, ii) the different periodic vergence values define different temporal channels, each temporal channel being an image-forming channel that projects on the retina of the eye a component image of the observed object with a different degree of defocus corresponding to the beam vergence, iii) the temporal channels are temporally multiplexed at a frequency higher than the fusion frequency of the eye, and iv) the spacio-temporal overlap of all the component images forms a final simultaneous vision image that is perceived as static.