mhurhangee/patent-ind-claim-en huggingface dataset:
A one-component moisture-curing adhesive composition comprising from 80 to 100 wt% of an isocyanate-functional prepolymer obtainable by reacting: (a) a polyisocyanates mixture having an average nominal isocyanate functionality in the range of from above 2.00 to below 2.05 comprising: (a1) a diisocyanate comprising methyl diphenyl diisocyanate; and (a2) an uretonimine-modified methyl diphenyl diisocyanate comprising at least 3 isocyanate functional groups; and (b) a polyol mixture comprising: (b1) a linear butylene oxide-based diol with two primary hydroxyl groups; (b2) a polyether triol with three secondary hydroxyl groups; and (b3) an amine-initiated polyether polyol; wherein the equivalent ratio between isocyanate groups in (a) and hydroxyl groups in (b) is in the range of from 3.5 to 7.0, wherein the content of free isocyanate groups in the adhesive composition is in the range of from 14 to 17 wt% determined according to ASTM D2572-19, and wherein polyisocyanates mixture (a) comprises diisocyanate (a1) in excess of uretomine-modified methyl diphenyl diisocyanate (a2). (a) a polyisocyanates mixture having an average nominal isocyanate functionality in the range of from above 2.00 to below 2.05 comprising: (a1) a diisocyanate comprising methyl diphenyl diisocyanate; and (a2) an uretonimine-modified methyl diphenyl diisocyanate comprising at least 3 isocyanate functional groups; and (a1) a diisocyanate comprising methyl diphenyl diisocyanate; and (a2) an uretonimine-modified methyl diphenyl diisocyanate comprising at least 3 isocyanate functional groups; and (b) a polyol mixture comprising: (b1) a linear butylene oxide-based diol with two primary hydroxyl groups; (b2) a polyether triol with three secondary hydroxyl groups; and (b3) an amine-initiated polyether polyol; wherein the equivalent ratio between isocyanate groups in (a) and hydroxyl groups in (b) is in the range of from 3.5 to 7.0, wherein the content of free isocyanate groups in the adhesive composition is in the range of from 14 to 17 wt% determined according to ASTM D2572-19, and wherein polyisocyanates mixture (a) comprises diisocyanate (a1) in excess of uretomine-modified methyl diphenyl diisocyanate (a2). (b1) a linear butylene oxide-based diol with two primary hydroxyl groups; (b2) a polyether triol with three secondary hydroxyl groups; and (b3) an amine-initiated polyether polyol;
A process for continuously preparing a butyl acrylate H 2 C=CH-C(=O)OR, with R = n-butyl or isobutyl, which comprises converting aqueous 3-hydroxypropionic acid under dehydrating and esterifying conditions in the presence of the corresponding butanol R-OH in a reactor with a rectification column and distilling off butyl acrylate formed, unconverted butanol and water used and formed overhead as a ternary azeotrope, after separation into a liquid aqueous phase and liquid organic phase at least partly discharging each of the aqueous and organic phases, and distillatively separating the organic phase comprising the butyl acrylate and the butanol.
A wind-power station for power generation from kinetic energy of atmospheric air masses, the wind-power station comprising: - a symmetric turbine housing formed with vents which ensure supply air of atmospheric air masses into the turbine housing ; - an electric generator arranged in the turbine housing , the generator having a substantially vertically oriented driveshaft ; - a multi-bladed wind wheel mounted substantially horizontally on the vertical driveshaft of the generator ; and - a wind receiver comprising annular guiding surfaces , the guiding surfaces being arranged to change the direction of the airflow in towards the multi-bladed wind wheel , - the wind receiver comprising three or more annular guiding surfaces , each of the guiding surfaces having an aerofoil-shaped profile, whereby the three or more annular guiding surfaces form two or more channels between them, arranged to accelerate an airflow in towards said multi-bladed wind wheel and to reduce the turbulence upstream of the wind wheel , characterized in that the wind-power station further includes an annular cowling arranged around the wind wheel , an inner surface of the annular cowling being formed with a projection which covers the radial outer edge of the wind wheel downstream of the plane of rotation of the wind wheel. - a symmetric turbine housing formed with vents which ensure supply air of atmospheric air masses into the turbine housing ; - an electric generator arranged in the turbine housing , the generator having a substantially vertically oriented driveshaft ; - a multi-bladed wind wheel mounted substantially horizontally on the vertical driveshaft of the generator ; and - a wind receiver comprising annular guiding surfaces , the guiding surfaces being arranged to change the direction of the airflow in towards the multi-bladed wind wheel , - the wind receiver comprising three or more annular guiding surfaces ,
A secondary battery , comprising a negative electrode plate , the negative electrode plate comprising a negative electrode current collector and a negative electrode film, and the negative electrode film comprising a first negative electrode film and a second negative electrode film , wherein the first negative electrode film is disposed on at least one surface of the negative electrode current collector and comprises a first negative electrode active material, and the first negative electrode active material comprises graphite and has a particle size uniformity of from 0.45 to 0.6, as determined according to the description; and the second negative electrode film is disposed on the first negative electrode film and comprises a second negative electrode active material, and the second negative electrode active material comprises artificial graphite and has a particle size uniformity of from 0.3 to 0.4, as determined according to the description. wherein the first negative electrode film is disposed on at least one surface of the negative electrode current collector and comprises a first negative electrode active material, and the first negative electrode active material comprises graphite and has a particle size uniformity of from 0.45 to 0.6, as determined according to the description; and the second negative electrode film is disposed on the first negative electrode film and comprises a second negative electrode active material, and the second negative electrode active material comprises artificial graphite and has a particle size uniformity of from 0.3 to 0.4, as determined according to the description.
Lithium silicate glass ceramic which comprises lithium silicate as main crystal phase and scheelite in the form of Ca scheelite (CaWO 4 ) and/or Sr scheelite (SrWO 4 ) and/or powellite in the form of Ca powellite (CaMoO 4 ) and/or Sr powellite (SrMoO 4 ) as further crystal phases.
A multilayer material for the production of a shell of a balloon of an aerostat , the shell enclosing a carrier gas , the multilayer material comprising at least the following layers: - a structural layer , which comprises a structural fabric; and - a sealing layer to the carrier gas ; these layers being distributed between an external face of the shell and an internal face of the shell , the internal face being intended to be in contact with the carrier gas when the latter is enclosed in the shell , characterised in that the multilayer material furthermore comprises an electric charge dissipation layer , which forms the internal face and which has a layer resistance of between 10 4 and 10 8 Ohm per square. - a structural layer , which comprises a structural fabric; and - a sealing layer to the carrier gas ; these layers being distributed between an external face of the shell and an internal face of the shell , the internal face being intended to be in contact with the carrier gas when the latter is enclosed in the shell , characterised in that the multilayer material furthermore comprises an electric charge dissipation layer , which forms the internal face and which has a layer resistance of between 10 4 and 10 8 Ohm per square.
Lighting module for a motor vehicle, the said lighting module comprising: - a support plate ; - at least one source of light which is arranged on a first face of the said support plate ; - a heat dissipater which is arranged on a second face of the said support plate , opposite the said first face ; - a fan which is arranged between the said heat dissipater and a plenum , the said fan being designed to aspirate a flow of hot air (F2) which is dissipated by the said heat dissipater , and is obtained from an incoming flow of air (F1); - an optical assembly which cooperates with rays of light of the said at least one source of light , in order to produce a light beam; - a plenum which is designed to cover the said fan , characterized in that the said plenum comprises a peripheral skirt which is designed to surround the said heat dissipater , said peripheral skirt being designed to partially descend as far as a distance (d1) from the base of the said heat dissipater , another portion of the peripheral skirt extending to the base of said heat dissipater. - a support plate ; - at least one source of light which is arranged on a first face of the said support plate ; - a heat dissipater which is arranged on a second face of the said support plate , opposite the said first face ; - a fan which is arranged between the said heat dissipater and a plenum , the said fan being designed to aspirate a flow of hot air (F2) which is dissipated by the said heat dissipater , and is obtained from an incoming flow of air (F1); - an optical assembly which cooperates with rays of light of the said at least one source of light , in order to produce a light beam; - a plenum which is designed to cover the said fan , characterized in that the said plenum comprises a peripheral skirt which is designed to surround the said heat dissipater , said peripheral skirt being designed to partially descend as far as a distance (d1) from the base of the said heat dissipater , another portion of the peripheral skirt extending to the base of said heat dissipater.
A helical conveyor for conveying piece goods, comprising a frame , an endless conveyor belt which is drivable with respect to the frame along a helical track which extends about a centreline (CL), wherein the conveyor belt comprises discrete supporting members for supporting piece goods which supporting members are movably interconnected and arranged next to each other in a direction along the helical track, wherein each of the supporting members comprises a substantially rigid slat and a roller that is rotatable with respect to the slat about an axis of rotation and the frame comprises a guide surface for guiding the rollers hence forming respective contact locations between the rollers and the guide surface , which guide surface is radially directed away from the centreline (CL), wherein the axis of rotation and the contact location at each of the rollers lie in a roller plane whereas a rolling direction (R) of the roller extends perpendicularly to the roller plane, wherein, under operating conditions, at a first radius (R1) with respect to the centreline (CL) the slats follow a first helical path including a first inclination angle (α1) along the first helical path with respect to a base plane (HP) extending perpendicularly to the centreline (CL), about which first helical path the conveyor belt twists and at a second radius (R2) with respect to the centreline (CL) located at a distance from the first radius (R1) the slats follow a second helical path including a second inclination angle (α2) along the second helical path with respect to the base plane (HP), wherein the first and second inclination angles (α1, α2) are different, wherein of each supporting member an intersection between the axis of rotation and a plane extending perpendicularly to the axis of rotation in which plane also lies the contact location is located at the second radius (R2), characterized in that each of the rollers is mounted to the corresponding slat such that the difference of an angle between the rolling direction (R) and the base plane (HP) and the second inclination angle (α2) is smaller than the difference between the first and second inclination angles (α1, α2).
A rotor blade of a wind energy installation , wherein the rotor blade has a leading edge and a trailing edge , and the rotor blade extends between a root of the blade and a tip of the blade, wherein the rotor blade has a suction side shell and a pressure side shell , which both extend between the root of the blade and the tip of the blade, wherein the shells are connected at the leading edge and at least partially at the trailing edge , wherein the rotor blade further comprises a termination web which is disposed between the suction side shell and the pressure side shell at the trailing edge in a region of the root of the rotor blade , wherein the region of the root includes the root of the blade, wherein the termination web provides a thick trailing edge of the rotor blade in the region of the root, and wherein the termination web comprises a bonding flange with a bonding surface which faces towards an inner surface of the suction side shell or the pressure side shell , wherein the termination web is a fibre composite member which has a core and fibre layers which extend along the surface of the core , wherein a portion of the fibre layers project beyond the core and form the bonding flange , wherein at least the suction side shell and/or the pressure side shell has a trailing edge filler which is disposed directly adjacent to the core or directly adjacent to the core laminate of the shell and which at least partially defines a geometric contour of a joining surface of the shell , wherein said joining surface is a mating surface with the bonding surface of the bonding flange in the joint between the termination web and the shell , wherein the termination web is prefabricated and/or the bonding flange is formed by means of fibre layers which are arranged on both sides of the core of the termination web.
A personal care composition for use in preventing or treating inflammation in skin, promoting or facilitating cell repair in skin, of a subject in need thereof, wherein the personal care composition comprises: a cosmetically acceptable carrier; and a naringin:zinc complex having a 2:1 naringin to zinc molar ratio represented by chemical formula (I):. a cosmetically acceptable carrier; and a naringin:zinc complex having a 2:1 naringin to zinc molar ratio represented by chemical formula (I):.
Partitioning device for a distribution cabinet for the spatial and electrical partitioning of a distribution space of the distribution cabinet from a communications space of the distribution cabinet , comprising at least one fastening portion which is suitable for being fastened to a portion of the distribution cabinet , and a main portion which is connected to the at least one fastening portion , the partitioning device being suitable for being arranged in the distribution cabinet in such a way that the partitioning device extends from a first side wall of the distribution cabinet to a second side wall of the distribution cabinet arranged so as to lie opposite the first side wall , in order to partition the distribution space spatially from the communications space , characterized in that the at least one fastening portion is suitable for being arranged, in a mounting direction running parallel to a rear wall and in the direction of a side wall of the distribution cabinet , in a cabling space of the distribution cabinet arranged adjacently with respect to a side wall of the distribution cabinet on a top-hat profile fastening portion of the distribution cabinet , the at least one fastening portion comprising a projection which can be latched into a depression of the top-hat profile rail fastening portion , in order to connect the at least one fastening portion to the top-hat profile rail fastening portion , and in that the main portion is connected releasably to the at least one fastening portion . at least one fastening portion which is suitable for being fastened to a portion of the distribution cabinet , and a main portion which is connected to the at least one fastening portion , the partitioning device being suitable for being arranged in the distribution cabinet in such a way that the partitioning device extends from a first side wall of the distribution cabinet to a second side wall of the distribution cabinet arranged so as to lie opposite the first side wall , in order to partition the distribution space spatially from the communications space , characterized in that the at least one fastening portion is suitable for being arranged, in a mounting direction running parallel to a rear wall and in the direction of a side wall of the distribution cabinet , in a cabling space of the distribution cabinet arranged adjacently with respect to a side wall of the distribution cabinet on a top-hat profile fastening portion of the distribution cabinet , the at least one fastening portion comprising a projection which can be latched into a depression of the top-hat profile rail fastening portion , in order to connect the at least one fastening portion to the top-hat profile rail fastening portion , and in that the main portion is connected releasably to the at least one fastening portion .
A noise reduction system comprising a structure of an automotive vehicle structure and a noise reduction member, the noise reduction member being located within a cavity of the automotive vehicle structure and including: i. a carrier member having a first wall , a second wall and a side wall and the cavity of the carrier member is at least partially defined by each of the first wall, the second wall and the side wall wherein the first wall is parallel to the second wall and an opening is formed in the side wall; ii. a mass of expandable material located within the cavity of the carrier member adjacent the first wall iii. an attachment attached to the carrier member, the expandable material or both and locating the noise reduction member relative to the structure; wherein: A. upon expansion the expandable material forms a foam that occupies a volume that is at least 500% of the volume occupied by the original unexpanded mass of expandable material, B. the first wall is designed so that it shields the expandable material from forming a foam material in a space within the cavity, wherein the second wall is located adjacent an opening of the structure for, upon expansion of the mass of expandable material, shielding the expandable material from forming a foam material that covers the opening. i. a carrier member having a first wall , a second wall and a side wall and the cavity of the carrier member is at least partially defined by each of the first wall, the second wall and the side wall wherein the first wall is parallel to the second wall and an opening is formed in the side wall; ii. a mass of expandable material located within the cavity of the carrier member adjacent the first wall iii. an attachment attached to the carrier member, the expandable material or both and locating the noise reduction member relative to the structure; A. upon expansion the expandable material forms a foam that occupies a volume that is at least 500% of the volume occupied by the original unexpanded mass of expandable material, B. the first wall is designed so that it shields the expandable material from forming a foam material in a space within the cavity,
An emission treatment system suitable for the treatment of an exhaust gas comprising hydrocarbons, carbon monoxide, nitrogen oxides, and particulates, downstream of a gasoline direct injection engine , the emission treatment system comprising: a catalyzed particulate trap comprising a three-way conversion (TWC) catalyst coated within a particulate trap, wherein the three-way conversion catalyst composition is coated within both an inlet side and an outlet side of the particulate trap; and wherein one of the inlet side or the outlet side is coated with a washcoat comprising palladium, a support, and an oxygen storage component and the other of the inlet side or the outlet side is coated with a washcoat comprising rhodium, a support, and an oxygen storage component. a catalyzed particulate trap comprising a three-way conversion (TWC) catalyst coated within a particulate trap, wherein the three-way conversion catalyst composition is coated within both an inlet side and an outlet side of the particulate trap; and wherein one of the inlet side or the outlet side is coated with a washcoat comprising palladium, a support, and an oxygen storage component and the other of the inlet side or the outlet side is coated with a washcoat comprising rhodium, a support, and an oxygen storage component.
A multi-function display and operating system , in particular, for use in a motor vehicle , comprising at least one display device for displaying information, a control unit , which controls the representation of information on a display surface of the display device , at least two operating units for capturing user inputs, characterized in that the at least two operating units are different operating units, by means of which the same user inputs can be alternatively captured, wherein at least one sensor unit is coupled with the control unit for capturing an operating intention of the user for one of the at least two operating units before an actuation of the one of the at least two operating units for the user input and/or an operating intention for at least one further of the at least two operating units before an actuation of said further operating unit for the user input, and wherein the control unit is designed to control the representation of the information, which is displayed for a support of the user input on the display surface of the display device , by means of different operating representations , which in each case are designed adapted to that of the at least two operating units, by means of which a user input is captured or for which an operating intention for a user input is captured, wherein a representation of virtual operating units and/or operating unit assignments in the at least two operating representations takes place in each case adapted to a geometric design of that of the at least two operating units, by means of which a user input is captured or for which an operating intention is captured for a user input and thus the corresponding operating representation is displayed.