mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising a Retinoid X Receptor (RXR) agonist and a Retinoic Acid Receptor (RAR) agonist, wherein said RXR agonist is bexarotene and said RAR agonist is CD1530.
Vehicle pneumatic tyre with a tread strip with at least one shoulder-side profile rib which is delimited by way of a circumferential groove which is configured to profile depth (T 1 ), in which profile rib a multiplicity of transverse grooves are configured which run parallel to one another, end at a spacing (a 1 , a 2 ) of from 3.0 mm to 10.0 mm in front of the circumferential groove , and in each case have a groove bottom and an end flank which runs at the tread strip inner-side end of the transverse groove in a continuation of the groove bottom to the tread strip periphery, first transverse grooves and second transverse grooves being provided in the shoulder-side profile rib , the first transverse grooves ending at a spacing (a 1 ) in front of the circumferential groove , which spacing (a 1 ) is smaller than the spacing (a 2 ), at which the second transverse grooves end in front of the circumferential groove , first transverse grooves following second transverse grooves in an alternating manner in the circumferential direction, and a depression which protrudes into the profile rib and is open to the tread strip periphery being configured in the profile rib in the case of each second transverse groove , starting from the circumferential groove , characterized in that the end flank of every second transverse groove runs at an angle (γ) of from 20° to 45° with respect to the circumferential direction in a top view.
rear view display device for a vehicle, comprising at least one cleaning system for a camera lens comprising: a cover (2ʺ) to at least partially enclose at least one camera having at least one camera lens; drive means adapted to rotationally move the cover (2ʺ) relative to the cameras ; and a housing adapted to hold the cover (2ʺ) and the drive means, wherein the housing at least partially encloses the cover (2ʺ) and comprises at least one opening (5ʺ) for allowing electromagnetic radiation to pass through the cover (2ʺ) to the lens; wherein there are two cameras, and the two cameras are enclosed in one single cover (2ʺ), with one single opening (5ʺ) being shaped so that it does not obstruct the viewing angle of either of the two camera , and the cover (2ʺ) being rotatable around two axes a cover (2ʺ) to at least partially enclose at least one camera having at least one camera lens; drive means adapted to rotationally move the cover (2ʺ) relative to the cameras ; and a housing adapted to hold the cover (2ʺ) and the drive means, wherein the housing at least partially encloses the cover (2ʺ) and comprises at least one opening (5ʺ) for allowing electromagnetic radiation to pass through the cover (2ʺ) to the lens; wherein there are two cameras, and the two cameras are enclosed in one single cover (2ʺ), with one single opening (5ʺ) being shaped so that it does not obstruct the viewing angle of either of the two camera , and the cover (2ʺ) being rotatable around two axes
A pet bath comprising: an outer cabinet that forms an external appearance of the pet bath , the outer cabinet having an open front surface; an inner cabinet provided within the outer cabinet and defining a bathing enclosure therein, the inner cabinet having an open front surface; a door configured to open and close the open front surfaces of the outer cabinet and the inner cabinet ; a washing device configured to spray washing water to an inside of the bathing enclosure ; an air blower disposed between the outer cabinet and the inner cabinet and configured to generate air flow; an air heater configured to heat air flowing through the air blower ; and a plurality of air nozzles defining air nozzle holes that are configured to blow air from the air blower to the inside of the bathing enclosure , wherein the air nozzle holes are spaced apart from centers of rotation of the corresponding air nozzles by a predetermined distance, characterized in that the plurality of air nozzles are rotatably disposed on at least one surface of the inner cabinet . an outer cabinet that forms an external appearance of the pet bath , the outer cabinet having an open front surface; an inner cabinet provided within the outer cabinet and defining a bathing enclosure therein, the inner cabinet having an open front surface; a door configured to open and close the open front surfaces of the outer cabinet and the inner cabinet ; a washing device configured to spray washing water to an inside of the bathing enclosure ; an air blower disposed between the outer cabinet and the inner cabinet and configured to generate air flow; an air heater configured to heat air flowing through the air blower ; and a plurality of air nozzles defining air nozzle holes that are configured to blow air from the air blower to the inside of the bathing enclosure , wherein the air nozzle holes are spaced apart from centers of rotation of the corresponding air nozzles by a predetermined distance, characterized in that the plurality of air nozzles are rotatably disposed on at least one surface of the inner cabinet .
A ceramic metal circuit board comprising a ceramic substrate and metal circuit plates bonded to at least one surface of the ceramic substrate , characterized in that at least one of the metal circuit plates has an area of not less than 100 mm 2 and comprises a concave portion within a range of 1% to 70% of a surface of the at least one of the metal circuit plates , wherein the concave portion has a depth of not less than 0.02 mm, has an average minimum diameter d (mm) or an average minimum groove width w (mm) viewed from an upper side, and is provided not less than 3 mm inside from an end of the at least one of the metal circuit plates . characterized in that at least one of the metal circuit plates has an area of not less than 100 mm 2 and comprises a concave portion within a range of 1% to 70% of a surface of the at least one of the metal circuit plates , wherein the concave portion has a depth of not less than 0.02 mm, has an average minimum diameter d (mm) or an average minimum groove width w (mm) viewed from an upper side, and is provided not less than 3 mm inside from an end of the at least one of the metal circuit plates .
Primary optical element for motor-vehicle headlamps illuminating the road in front of the vehicle, comprising a plurality of light guides (3a-3d), the light guides (3a-3d) being joined exit-end to a corrective part comprising an exit face that is at least partially of substantially spherical dome shape, the light guides (3a-3d) and the corrective part forming a one-piece structure, characterized in that the entrance face of at least one light guide (3a-3d) comprises a convex portion and/or a concave portion .
An interchangeable lens attachable to and detachable from a camera body including an image sensor , the interchangeable lens comprising: a lens barrel ; a movable unit configured to be movable along an optical axis with respect to the lens barrel ; a plurality of individual-eye lenses configured to be integrally movable with the movable unit and arranged such that emission positions on the image sensor of imaging lights emitted through the respective individual-eye lenses do not overlap with one another; and one or a plurality of light sources configured to be movable along the optical axis integrally with the movable unit and the plurality of individual-eye lenses , and arranged such that an emission position on the image sensor of a parallel light emitted from the one or the plurality of the lights sources to the image sensor provided in the camera body does not overlap with the emission position on the image sensor of the imaging light of each of the plurality of individual-eye lenses . a lens barrel ; a movable unit configured to be movable along an optical axis with respect to the lens barrel ; a plurality of individual-eye lenses configured to be integrally movable with the movable unit and arranged such that emission positions on the image sensor of imaging lights emitted through the respective individual-eye lenses do not overlap with one another; and one or a plurality of light sources configured to be movable along the optical axis integrally with the movable unit and the plurality of individual-eye lenses , and arranged such that an emission position on the image sensor of a parallel light emitted from the one or the plurality of the lights sources to the image sensor provided in the camera body does not overlap with the emission position on the image sensor of the imaging light of each of the plurality of individual-eye lenses .
A method for electroerosion machining comprising: providing an electrode assembly comprising: an electrode body having a tube-shaped body that defines a hollow interior ; and one or more inserts affixed to the electrode body to form a cutting surface on the electrode assembly ; positioning the electrode assembly adjacent a workpiece to be machined; providing power to the electrode assembly so as to energize the electrode assembly , with the electrode assembly and the workpiece being at opposite electrical polarities; rotating the electrode assembly ; advancing the electrode assembly through the workpiece , with a working gap being maintained between the one or more inserts and the workpiece across which a pulse electric current is passed to remove material from the workpiece ; wherein, upon advancing the electrode assembly through the workpiece , a core is formed that is completely separated from a remainder of the workpiece and is contained within the hollow interior of the electrode body . an electrode body having a tube-shaped body that defines a hollow interior ; and one or more inserts affixed to the electrode body to form a cutting surface on the electrode assembly ; positioning the electrode assembly adjacent a workpiece to be machined; providing power to the electrode assembly so as to energize the electrode assembly , with the electrode assembly and the workpiece being at opposite electrical polarities; rotating the electrode assembly ; advancing the electrode assembly through the workpiece , with a working gap being maintained between the one or more inserts and the workpiece across which a pulse electric current is passed to remove material from the workpiece ; wherein, upon advancing the electrode assembly through the workpiece , a core is formed that is completely separated from a remainder of the workpiece and is contained within the hollow interior of the electrode body .
A process for making a particulate laundry detergent composition, wherein the process comprises the steps of: (a) contacting water, starch, acid and perfume to form a concentrated aqueous acidic mixture, wherein the concentrated acidic mixture comprises: (i) from 20wt% to 60wt% starch; (ii) from 10wt% to 50wt% perfume; (ii) from 2wt% to 20wt% acid; (iv) from 10wt% to less than 45wt% water; and wherein the concentrated acidic mixture has a pH of less than 4.5; (b) subjecting the concentrated acidic mixture to a perfume emulsification step to emulsify the perfume to form an emulsified perfume mixture in fluid form; and (c) spraying the emulsified perfume mixture in fluid form onto base detergent particles so that the emulsified perfume mixture at least partially coats the base detergent particles to form the particulate laundry detergent composition, wherein the base detergent particles comprise from 4wt% to 60wt% detersive surfactant. (a) contacting water, starch, acid and perfume to form a concentrated aqueous acidic mixture, wherein the concentrated acidic mixture comprises: (i) from 20wt% to 60wt% starch; (ii) from 10wt% to 50wt% perfume; (ii) from 2wt% to 20wt% acid; (iv) from 10wt% to less than 45wt% water; and wherein the concentrated acidic mixture has a pH of less than 4.5; (i) from 20wt% to 60wt% starch; (ii) from 10wt% to 50wt% perfume; (ii) from 2wt% to 20wt% acid; (iv) from 10wt% to less than 45wt% water; and (b) subjecting the concentrated acidic mixture to a perfume emulsification step to emulsify the perfume to form an emulsified perfume mixture in fluid form; and (c) spraying the emulsified perfume mixture in fluid form onto base detergent particles so that the emulsified perfume mixture at least partially coats the base detergent particles to form the particulate laundry detergent composition, wherein the base detergent particles comprise from 4wt% to 60wt% detersive surfactant.
A complex comprising RNA and a quaternized starch, wherein said quaternized starch is quaternized to its full capacity and has at least 3.5-4% nitrogen per monomeric unit, by weight.
Method of manufacturing a coil spring of a balance-spring assembly of a timepiece, the coil spring including a body used in deformation , the body being made of a glassy material having a first thermoelastic coefficient CTE (β1) and a first stiffness (K 1 ), the method comprising: • machining a piece of said glassy material to form the body used in deformation of the coil spring; and • locally modifying said glassy material so as to form a modified portion having a second CTE (β2) different from said first CTE (β1) so that the coil spring is thermocompensated; characterized in that said local modification is performed by laser irradiation using ultrashort pulses, and in that the modified portion is distributed in the matrix of the glassy material and is modified so as to have a second stiffness (K2) which differs from the first stiffness (K 1 ), and in that the modification of the second stiffness (K2) of the modified portion allows the frequency of the coil spring to be adjusted so as to match the coil spring with the balance wheel. • machining a piece of said glassy material to form the body used in deformation of the coil spring; and • locally modifying said glassy material so as to form a modified portion having a second CTE (β2) different from said first CTE (β1) so that the coil spring is thermocompensated;
The compound 3-[4-(4-amino-piperidin-1-yl)-3-(3,5-difluoro-phenyl)-quinolin-6-yl]-2-hydroxy-benzonitrile monohydrochloride, or solvate thereof, having the following structure:
A positioning device for machine tools and machining centers, comprising - a body , - pallet locking means supported by said body so that they can move between a retention position and a release position in relation to a pallet (P), - first elastic means arranged so as to actuate said locking means toward said retention position, - pneumatic actuation means which can be supplied with pressurized air in order to actuate said pallet locking means toward said release position in contrast with said first elastic means , characterized in that it comprises - a venting circuit (S) arranged so as to discharge into the atmosphere, through a venting opening , the pressurized air fed to actuate said pallet locking means toward said release position, and - a movable flow control element , which is actuated by second elastic means toward a position for closing said venting circuit (S) and is functionally subjected to a presser which is adapted to be engaged by said pallet (P), when the latter is arranged in the positioning device , in order to push said flow control element toward an open position of said venting circuit (S) in contrast with said second elastic means . - a body , - pallet locking means supported by said body so that they can move between a retention position and a release position in relation to a pallet (P), - first elastic means arranged so as to actuate said locking means toward said retention position, - pneumatic actuation means which can be supplied with pressurized air in order to actuate said pallet locking means toward said release position in contrast with said first elastic means , - a venting circuit (S) arranged so as to discharge into the atmosphere, through a venting opening , the pressurized air fed to actuate said pallet locking means toward said release position, and - a movable flow control element , which is actuated by second elastic means toward a position for closing said venting circuit (S) and is functionally subjected to a presser which is adapted to be engaged by said pallet (P), when the latter is arranged in the positioning device , in order to push said flow control element toward an open position of said venting circuit (S) in contrast with said second elastic means .
A speed reduction ratio automatic switching device capable of automatically switching a rotational driving force inputted to an input shaft at a predetermined speed reduction ratio to output the switched rotational driving force from an output shaft , the speed reduction ratio automatic switching device comprising: a planetary gear mechanism including a sun gear provided for the input shaft, a planetary gear in mesh with an outer circumferential side of the sun gear, an internal gear in mesh with an outer circumferential side of the planetary gear, and a carrier made of a hysteresis material, the carrier being coupled to the output shaft, configured to support the planetary gear in a rotatable manner, and rotate together with the planetary gear along with revolution of the planetary gear; a resisting element configured to generate a thrust force in an axial direction between the internal gear and the carrier; and a braking element configured to restrict rotation of the internal gear when the internal gear moves in the axial direction by the thrust force, as a result of a change of output load applied to the output shaft, wherein each of the sun gear, the planetary gear, and the internal gear comprises a helical gear, characterized in that the resisting element comprises a magnet provided between the internal gear and the carrier. a planetary gear mechanism including a sun gear provided for the input shaft, a planetary gear in mesh with an outer circumferential side of the sun gear, an internal gear in mesh with an outer circumferential side of the planetary gear, and a carrier made of a hysteresis material, the carrier being coupled to the output shaft, configured to support the planetary gear in a rotatable manner, and rotate together with the planetary gear along with revolution of the planetary gear; a resisting element configured to generate a thrust force in an axial direction between the internal gear and the carrier; and a braking element configured to restrict rotation of the internal gear when the internal gear moves in the axial direction by the thrust force, as a result of a change of output load applied to the output shaft, wherein each of the sun gear, the planetary gear, and the internal gear comprises a helical gear,
Rotor for an electric rotating machine , in particular a synchronous machine , comprising a shaft which can rotate about a rotation axis , and at least one pole shoe , wherein the pole shoe has a pole shoe body and a pole shoe metal sheet , wherein the pole shoe metal sheet lies on a radially outer surface of the pole shoe body , characterised in that the pole shoe metal sheet is connected at a plurality of connection points to the pole shoe body , and the pole shoe metal sheet is configured to be flexible between the connection points at least in the axial direction (A) by means of curvatures and/or grooves .
An apparatus for suturing a tissue, comprising: an outer tube ; a thread threaded in the outer tube; at least one anchoring element located inside the outer tube, and configured to be inserted into the tissue from an outlet end of the outer tube, wherein the anchoring element comprises a central elongated body and a fin that forms a sharp angle (α) with the central elongated body; wherein the outer tube is configured to freely accommodate the thread and the at least one anchoring element, and wherein the anchoring element is adapted to be threaded on the thread and having at least one locking element , the locking element is configured to lock the thread on the anchoring element during insertion of the anchoring element, characterised in that the apparatus further comprises an advancing assembly that comprises a tilting mechanism in proximity to the outlet end, wherein the advancing assembly is adapted to: (a) advance the anchoring element along the outer tube towards the outlet end of the outer tube, by pushing the fin, and (b) cause the anchoring element exiting the outer tube from the outlet end to tilt in the tissue. an outer tube ; a thread threaded in the outer tube; at least one anchoring element located inside the outer tube, and configured to be inserted into the tissue from an outlet end of the outer tube, wherein the anchoring element comprises a central elongated body and a fin that forms a sharp angle (α) with the central elongated body; wherein the outer tube is configured to freely accommodate the thread and the at least one anchoring element, and wherein the anchoring element is adapted to be threaded on the thread and having at least one locking element , the locking element is configured to lock the thread on the anchoring element during insertion of the anchoring element, characterised in that the apparatus further comprises an advancing assembly that comprises a tilting mechanism in proximity to the outlet end, wherein the advancing assembly is adapted to: (a) advance the anchoring element along the outer tube towards the outlet end of the outer tube, by pushing the fin, and (b) cause the anchoring element exiting the outer tube from the outlet end to tilt in the tissue.
A communication method performed by an apparatus, wherein the method comprises: receiving (S320) compression configuration information from a network device, wherein the compression configuration information is used to indicate a parameter of a first Ethernet compression capability; sending a second Ethernet packet to the network device, wherein the second Ethernet packet comprises a second header, the second header comprises a first context identifier and first context information corresponding to the first context identifier, and wherein the second Ethernet packet is an uncompressed packet; receiving first feedback information from the network device, wherein the first feedback information indicates that the network device successfully receives a correspondence between the first context identifier and the first context information; generating (S330) a first Ethernet packet based on the parameter of the first Ethernet compression capability, wherein the first Ethernet packet comprises a first header, the first header comprises the first context identifier but does not comprise the first context information, and wherein the first Ethernet packet is a compressed packet; and sending (S340) the first Ethernet packet to the network device. receiving (S320) compression configuration information from a network device, wherein the compression configuration information is used to indicate a parameter of a first Ethernet compression capability; sending a second Ethernet packet to the network device, wherein the second Ethernet packet comprises a second header, the second header comprises a first context identifier and first context information corresponding to the first context identifier, and wherein the second Ethernet packet is an uncompressed packet; receiving first feedback information from the network device, wherein the first feedback information indicates that the network device successfully receives a correspondence between the first context identifier and the first context information; generating (S330) a first Ethernet packet based on the parameter of the first Ethernet compression capability, wherein the first Ethernet packet comprises a first header, the first header comprises the first context identifier but does not comprise the first context information, and wherein the first Ethernet packet is a compressed packet; and sending (S340) the first Ethernet packet to the network device.