mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a partially freestanding graphene crystal film , the method comprising: providing a carrier carrying a graphitization catalyst layer for forming the graphene crystal layer on a first surface; forming the graphene crystal film on the catalyst layer; covering at least the graphene crystal film with a protective layer ; etching a cavity in a second surface of the carrier, the second surface being opposite to the first surface, said cavity terminating on the catalyst layer; etching the exposed part of the catalyst layer from the cavity; and removing the protective layer, thereby obtaining a graphene crystal film that is freestanding over said cavity and supported by the carrier in an edge region only. providing a carrier carrying a graphitization catalyst layer for forming the graphene crystal layer on a first surface; forming the graphene crystal film on the catalyst layer; covering at least the graphene crystal film with a protective layer ; etching a cavity in a second surface of the carrier, the second surface being opposite to the first surface, said cavity terminating on the catalyst layer; etching the exposed part of the catalyst layer from the cavity; and removing the protective layer, thereby obtaining a graphene crystal film that is freestanding over said cavity and supported by the carrier in an edge region only.
A composition for use in a method of treating or reducing the risk of an ophthalmological disorder associated with neovascularization, wherein the ophthalmological disorder is age-related macular degeneration (AMD), Stargardt's disease, retinopathy, retinal vein occlusion, dry eye disease, glaucoma, uveitis, retinal degeneration, optic neuropathy, or retinal detachment, the method comprising administering to a subject in need thereof a therapeutically effective amount of at least one epoxymetabolite of a ω-3 long chain polyunsaturated fatty acid (LCPUFA) selected from the group consisting of epoxydocosapentaenoic acid (EDP) and epoxyeicosatetraenoic acid (EEQ), or a pharmaceutically acceptable salt thereof, and an effective amount of at least one inhibitor of a soluble epoxide hydrolase, or a pharmaceutically acceptable salt thereof.
A cable seal block assembly extending from a first end to a second end comprising: a first housing portion that extends from a first end to a second end and defines at least one axial passage extending therebetween, the first housing portion forming the first end of the cable seal block assembly , the first end of the first housing portion defining a stop surface ; a second housing portion that defines at least one axial passage; a gasket disposed between the first housing portion and the second housing portion , the gasket defining at least one axial passage that aligns with the at least one axial passage of the first housing portion and the at least one axial passage of the second housing portion ; and an activation assembly that axially compresses the gasket when actuated, wherein the at least one axial passage of the gasket defines an inner sealing surface for sealing against a cable, and wherein the gasket defines an opposite external sealing surface for sealing against a port of a telecommunications enclosure; characterized in that the first housing portion includes at least one jacket clamp and at least one strength rod clamp connected to the first housing portion; wherein the at least one jacket clamp is suitable to compress a jacket of the cable; wherein the at least one strength rod clamp is suitable to compress a strength rod of the cable; and in that the jacket clamp includes two members for holding a jacket portion bent back 180 degrees from the axial direction of the cable. a first housing portion that extends from a first end to a second end and defines at least one axial passage extending therebetween, the first housing portion forming the first end of the cable seal block assembly , the first end of the first housing portion defining a stop surface ; a second housing portion that defines at least one axial passage; a gasket disposed between the first housing portion and the second housing portion , the gasket defining at least one axial passage that aligns with the at least one axial passage of the first housing portion and the at least one axial passage of the second housing portion ; and an activation assembly that axially compresses the gasket when actuated, wherein the at least one axial passage of the gasket defines an inner sealing surface for sealing against a cable, and wherein the gasket defines an opposite external sealing surface for sealing against a port of a telecommunications enclosure; characterized in that the first housing portion includes at least one jacket clamp and at least one strength rod clamp connected to the first housing portion; wherein the at least one jacket clamp is suitable to compress a jacket of the cable; wherein the at least one strength rod clamp is suitable to compress a strength rod of the cable; and in that the jacket clamp includes two members for holding a jacket portion bent back 180 degrees from the axial direction of the cable.
An axle powertrain comprising: an electric drivetrain comprising a motor/generator , a first planetary gear set operably coupled to the motor/generator , and a second planetary gear set operably coupled to the first planetary gear set , wherein the first planetary gear set comprises a first ring gear , a first planet carrier , and a first sun gear , and wherein the second planetary gear set comprises a second ring gear , a second planet carrier , and a second sun gear ; a drive wheel axle operably coupled to the electric drivetrain ; and a first wheel and a second wheel coupled to the drive wheel axle, wherein the motor/generator is coupled to the first sun gear , and wherein the first sun gear is coupled to the second sun gear , characterised by a first brake coupled to the first planet carrier , and a second brake coupled to the second planet carrier , wherein the first ring gear is coupled to the second ring gear . a motor/generator , a first planetary gear set operably coupled to the motor/generator , and a second planetary gear set operably coupled to the first planetary gear set , wherein the first planetary gear set comprises a first ring gear , a first planet carrier , and a first sun gear , and wherein the second planetary gear set comprises a second ring gear , a second planet carrier , and a second sun gear ; a drive wheel axle operably coupled to the electric drivetrain ; and a first wheel and a second wheel coupled to the drive wheel axle, wherein the motor/generator is coupled to the first sun gear , and wherein the first sun gear is coupled to the second sun gear , characterised by a first brake coupled to the first planet carrier , and a second brake coupled to the second planet carrier , wherein the first ring gear is coupled to the second ring gear .
A direct fire small ceiling speaker system comprising: an enclosed small ceiling speaker system operable to project sound through a partially threaded acoustic channel shell, the enclosed small ceiling speaker system comprising a speaker , a tweeter , associated electronics and an enclosure , which enclosure houses the speaker , the tweeter and the associated electronics ; said partially threaded acoustic channel shell ; a director , the director having a director interface with a cylindrical shell body , the cylindrical shell body having circumferentially spaced apart opposed sets of threads on an internal surface of the cylindrical shell body ; wherein the opposed sets of threads of the director is adjustably engageable to threads of the partially threaded acoustic channel shell and the director operable, when so engaged, to direct said projected sound downward; an annular flange extending radially from a bottom external portion of said cylindrical shell body ; the enclosure has a bottom panel ; and said circumferentially spaced apart opposed sets of threads are configured to adjust the distance between the annular flange and the bottom panel , to adapt to different thicknesses of a ceiling tile . an enclosed small ceiling speaker system operable to project sound through a partially threaded acoustic channel shell, the enclosed small ceiling speaker system comprising a speaker , a tweeter , associated electronics and an enclosure , which enclosure houses the speaker , the tweeter and the associated electronics ; said partially threaded acoustic channel shell ; a director , the director having a director interface with a cylindrical shell body , the cylindrical shell body having circumferentially spaced apart opposed sets of threads on an internal surface of the cylindrical shell body ; wherein the opposed sets of threads of the director is adjustably engageable to threads of the partially threaded acoustic channel shell and the director operable, when so engaged, to direct said projected sound downward; an annular flange extending radially from a bottom external portion of said cylindrical shell body ; the enclosure has a bottom panel ; and said circumferentially spaced apart opposed sets of threads are configured to adjust the distance between the annular flange and the bottom panel , to adapt to different thicknesses of a ceiling tile .
A coupling device for coupling to a structural element , wherein the device comprises a main body, wherein the main body comprises: - a cap , wherein the cap creates a hollow space, with at least one side wall , wherein the hollow space is suitable for receiving a fastening pin , - a base located at a first end of the cap , wherein the base defines an opening suitable for receiving the fastening pin in the hollow space of the main body, - fastening means suitable for fastening the coupling device to the structural element , - retaining means , arranged on the inner surface of the side wall , wherein the retaining means are suitable for retaining the fastening pin in the cap , wherein the main body is formed of plastic material, wherein the main body comprises substantially deformable tolerance compensating means such that they enable at least one dimension to be adjusted in the assembly of the fastening pin with respect to the structural element ; characterized in that the tolerance compensating means are arranged connecting the side wall of the cap to the base , wherein the tolerance compensating means comprise a plurality of folds distributed in an annular manner on the side wall of the cap , in transverse planes of the cap , according to the advance in the longitudinal direction from the first end , wherein the base of the main body is located, to a second terminal end of the cap . - a cap , wherein the cap creates a hollow space, with at least one side wall , wherein the hollow space is suitable for receiving a fastening pin , - a base located at a first end of the cap , wherein the base defines an opening suitable for receiving the fastening pin in the hollow space of the main body, - fastening means suitable for fastening the coupling device to the structural element , - retaining means , arranged on the inner surface of the side wall , wherein the retaining means are suitable for retaining the fastening pin in the cap , wherein the main body is formed of plastic material, wherein the main body comprises substantially deformable tolerance compensating means such that they enable at least one dimension to be adjusted in the assembly of the fastening pin with respect to the structural element ; characterized in that the tolerance compensating means are arranged connecting the side wall of the cap to the base , wherein the tolerance compensating means comprise a plurality of folds distributed in an annular manner on the side wall of the cap , in transverse planes of the cap , according to the advance in the longitudinal direction from the first end , wherein the base of the main body is located, to a second terminal end of the cap .
A method of manufacturing a conveyor belt module , comprising the steps of: molding an axle using a first injection mold; removing the first injection mold from the axle ; and molding an intermediate portion around the axle using a second injection mold such that at least one end of the axle 152) is embedded in the intermediate portion , wherein the intermediate portion comprises at least one hinge element on a first end and at least one hinge element on an opposite second end. molding an axle using a first injection mold; removing the first injection mold from the axle ; and molding an intermediate portion around the axle using a second injection mold such that at least one end of the axle 152) is embedded in the intermediate portion , wherein the intermediate portion comprises at least one hinge element on a first end and at least one hinge element on an opposite second end.
An apparatus of controlling a medium voltage inverter , the medium voltage inverter including a plurality of serially connected single-phase inverters and outputting a high voltage to drive a motor, the apparatus characterized by : an outage detector configured to detect whether an outage occurs or whether power is recovered; and a controller configured to fix a frequency of an alternating current power generated by the medium voltage inverter to a frequency at the time of detection of outage by the outage detector, reduce a voltage level of the alternating current power generated by the medium voltage inverter in response to a predetermined reduction slope, and output the reduced voltage level.
A method for forming the spacers (E) of a gate of a transistor located on an active layer of a semiconductor material, comprising: • A provision of a stack comprising the active layer and the gate , said gate having a top and lateral sides , • a formation of a dielectric layer from a dielectric material covering the gate and at least partially the active layer on either side of the gate , said dielectric layer having lateral portions covering the lateral sides of the gate, and basal portions covering the top and the active layer , the basal portions having a thickness eb, • an anisotropic modification of the basal portions of said dielectric layer by implantation of light ions in a direction (Z) parallel to the lateral sides of the gate , forming modified basal portions based on the modified dielectric material and the unmodified lateral portions based on the unmodified dielectric material, • removal of the modified basal portions by selective etching of the modified dielectric material with respect to the unmodified dielectric material and with respect to the semiconductor material, so as to form the spacers (E) on the lateral sides of the gate from the unmodified lateral portions , the method being characterised in that : • before removal, the anisotropic modification of the basal portions comprises n successive implantation phases having implantation energies Γ i (i=1...n) of light ions distinct from each other, n ≥ 3, said n phases being configured to implant the light ions at different nominal implantation depths dpi (i=1...n) in the basal portions • each implantation phase is carried out using plasma. • A provision of a stack comprising the active layer and the gate , said gate having a top and lateral sides , • a formation of a dielectric layer from a dielectric material covering the gate and at least partially the active layer on either side of the gate , said dielectric layer having lateral portions covering the lateral sides of the gate, and basal portions covering the top and the active layer , the basal portions having a thickness eb, • an anisotropic modification of the basal portions of said dielectric layer by implantation of light ions in a direction (Z) parallel to the lateral sides of the gate , forming modified basal portions based on the modified dielectric material and the unmodified lateral portions based on the unmodified dielectric material, • removal of the modified basal portions by selective etching of the modified dielectric material with respect to the unmodified dielectric material and with respect to the semiconductor material, so as to form the spacers (E) on the lateral sides of the gate from the unmodified lateral portions , • before removal, the anisotropic modification of the basal portions comprises n successive implantation phases having implantation energies Γ i (i=1...n) of light ions distinct from each other, n ≥ 3, said n phases being configured to implant the light ions at different nominal implantation depths dpi (i=1...n) in the basal portions • each implantation phase is carried out using plasma.
A process for producing a product mixture comprising 1,1,1,3,3-pentachloro-4,4,4-trifluorobutane (CCl 3 CH 2 CCl 2 CF 3 , 333jfa), comprises contacting a halogenated alkane with an olefin in the presence of a mononitrile and a catalyst comprising copper (II) chloride, wherein the halogenated alkane is chosen from 1,1,1-trichloro-2,2,2-trifluoroethane (CF 3 CCl 3 , 113a) and carbon tetrachloride (CCl 4 ), provided that when the halogenated alkane is 1,1,1-trichloro-2,2,2-trifluoroethane, the olefin is vinylidene chloride (CH 2 =CCl 2 , VDC) and when the halogenated alkane is carbon tetrachloride, the olefin is 2-chloro-3,3,3-trifluoropropene (CF 3 CCl=CH 2 , 1233xf).
A glasses-free three-dimensional display device comprising: a display device comprising a flat panel display; and a 3D viewing cover detachably disposed on the flat panel display, the 3D viewing cover configured to allow images displayed on the flat panel display to be viewed in three dimensions, and an image capturing device disposed in the display device, the image capturing device configured to perform an eye tracking operation for a face of a user; wherein the display device comprises a cover setting program executable by the display device to set setting parameters of the 3D viewing cover, and wherein the cover setting program is configured to display a cover alignment pattern based on the eye tracking operation on the flat panel display of the display device. a display device comprising a flat panel display; and a 3D viewing cover detachably disposed on the flat panel display, the 3D viewing cover configured to allow images displayed on the flat panel display to be viewed in three dimensions, and an image capturing device disposed in the display device, the image capturing device configured to perform an eye tracking operation for a face of a user; wherein the display device comprises a cover setting program executable by the display device to set setting parameters of the 3D viewing cover, and wherein the cover setting program is configured to display a cover alignment pattern based on the eye tracking operation on the flat panel display of the display device.
A handheld tool comprising: a nose portion having an injection passage for a fastener; a magazine configured to accommodate the fastener and located in an intersecting direction intersecting with the injection passage; a magazine cap portion including a tip portion and a base end portion, the base end portion being located opposite to the tip portion in the intersecting direction, the magazine cap portion being configured to open and close the magazine by the tip portion separating from and approaching the magazine, the tip portion being rotatable in a direction separating from and approaching the magazine with the base end portion as a fulcrum; characterized by a door portion rotatably coupled to the tip portion of the magazine cap portion via a coupling shaft , wherein the nose portion includes an engaging portion engageable with the door portion, and wherein the door portion is configured to: in a state where the magazine cap portion is opened, bent toward the magazine with the coupling shaft as a fulcrum; and in a state where the magazine cap portion is closed, extend linearly and engage with the engaging portion. a nose portion having an injection passage for a fastener; a magazine configured to accommodate the fastener and located in an intersecting direction intersecting with the injection passage; a magazine cap portion including a tip portion and a base end portion, the base end portion being located opposite to the tip portion in the intersecting direction, the magazine cap portion being configured to open and close the magazine by the tip portion separating from and approaching the magazine, the tip portion being rotatable in a direction separating from and approaching the magazine with the base end portion as a fulcrum; characterized by a door portion rotatably coupled to the tip portion of the magazine cap portion via a coupling shaft , wherein the nose portion includes an engaging portion engageable with the door portion, and wherein the door portion is configured to: in a state where the magazine cap portion is opened, bent toward the magazine with the coupling shaft as a fulcrum; and in a state where the magazine cap portion is closed, extend linearly and engage with the engaging portion. a door portion rotatably coupled to the tip portion of the magazine cap portion via a coupling shaft , wherein the nose portion includes an engaging portion engageable with the door portion, and wherein the door portion is configured to: in a state where the magazine cap portion is opened, bent toward the magazine with the coupling shaft as a fulcrum; and in a state where the magazine cap portion is closed, extend linearly and engage with the engaging portion. in a state where the magazine cap portion is opened, bent toward the magazine with the coupling shaft as a fulcrum; and in a state where the magazine cap portion is closed, extend linearly and engage with the engaging portion.
A Crystal form II of (3 aR ,5 s ,6 aS )- N -(3-methoxyl-1,2,4-thiadiazole-5-yl)-5-(methyl(7 H -pyrrolo[2,3- d ]pyrimi dine-4-yl)amino)hexahydrocyclopenta[ c ]pyrrole-2(1 H )-formamide bisulfate, characterized in that the crystal has an X-ray powder diffraction spectrum, which is obtained by using Cu-Ka radiation and represented by 2θ angle and interplanar distance, in which there are characteristic peaks at 8.96 (9.87), 11.80 (7.50), 13.12 (6.74), 13.53 (6.54), 13.89 (6.37), 14.42 (6.14), 14.98 (5.91), 16.52 (5.36), 18.20 (4.87), 18.75 (4.73), 19.15 (4.63), 19.72 (4.50), 20.82 (4.26), 22.05 (4.03), 22.52 (3.95), 22.92 (3.88), 23.58 (3.77) and 27.04 (3.30).
A base station constructing a wireless network conforming to IEEE802.11 series of standards, comprising: sending means for sending a signal, the signal including information on an AIFSN value, wherein a first station having received the signal sent by the sending means is controlled so that, in a case where the AIFSN value indicated by the information in the signal is zero, Enhanced Distributed Channel Access, EDCA, transmission of data of an access category that are to be addressed to the base station is disabled whereas EDCA transmission of data of the same access category that are to be addressed to a second station different from the base station remains enabled, wherein the access category is the same as an access category for data that the first station has successfully transmitted via a resource unit conforming to the IEEE802.11 series of standards. sending means for sending a signal, the signal including information on an AIFSN value, wherein a first station having received the signal sent by the sending means is controlled so that, in a case where the AIFSN value indicated by the information in the signal is zero, Enhanced Distributed Channel Access, EDCA, transmission of data of an access category that are to be addressed to the base station is disabled whereas EDCA transmission of data of the same access category that are to be addressed to a second station different from the base station remains enabled, wherein the access category is the same as an access category for data that the first station has successfully transmitted via a resource unit conforming to the IEEE802.11 series of standards.