mhurhangee/ep-ind-claims huggingface dataset:
A system for joining a panel to a structure, the system comprising: at least one body (5,5',5′′′), the body (5,5',5"') comprising two main planar surfaces which are substantially parallel and comprising one or more lateral surfaces, each lateral surface being defined between the two main planar surfaces, the body (5,5',5"') being configured to be located inside the thickness of the panel between two mutually opposing surfaces of the panel; and at least one fastening means for releasably fastening the body (5,5',5"') to the structure, the body (5,5',5"') comprising first and second receiving means (25,27) for releasably attaching the fastening means to the body (5,5',5′′′), each receiving means (25,27) comprising one or more holes or apertures located on a surface of the body (5',5",5"'), each hole or aperture comprising an opening located on a surface of the body (5,5',5"'), each opening providing an entrance to a respective channel in the body (5,5',5′′′), the or each channel of the first receiving means being right angled in respect of the or each channel of the second receiving means characterised in that each lateral surface of the body (5',5",5′′′) comprises an adhesion enhancement means, each adhesion enhancement means comprising a plurality of elongate recesses, each elongate recess extending in a direction substantially parallel to the main planar surfaces of the body (5,5',5"').
A display stand for securing a tablet computer from unauthorized removal or theft, the display stand comprising: a sleeve configured to at least partially receive a tablet computer therein; and a base, wherein the sleeve is configured to lock the sleeve and the tablet computer to the base in a display orientation, the base comprising a lock configured to releasably engage the sleeve, the base configured to engage the sleeve in a locked configuration so as to prevent removal of the sleeve and the tablet computer from the base and to disengage the sleeve in an unlocked configuration so as to allow the sleeve and the tablet computer to be removed from the base, wherein the sleeve comprises a locking lug configured to releasably engage the base; and wherein the base comprises at least one locking stud configured to releasably engage the locking lug, characterized in that the lock is an electronic lock configured to communicate with an electronic key for unlocking the sleeve and the tablet computer from the base; wherein the locking lug comprises a groove configured to be releasably engaged by the at least one locking stud. a sleeve configured to at least partially receive a tablet computer therein; and a base, wherein the sleeve is configured to lock the sleeve and the tablet computer to the base in a display orientation, the base comprising a lock configured to releasably engage the sleeve, the base configured to engage the sleeve in a locked configuration so as to prevent removal of the sleeve and the tablet computer from the base and to disengage the sleeve in an unlocked configuration so as to allow the sleeve and the tablet computer to be removed from the base, wherein the sleeve comprises a locking lug configured to releasably engage the base; and wherein the base comprises at least one locking stud configured to releasably engage the locking lug, characterized in that the lock is an electronic lock configured to communicate with an electronic key for unlocking the sleeve and the tablet computer from the base; wherein the locking lug comprises a groove configured to be releasably engaged by the at least one locking stud.
A method for causing a change in yaw moment of a vehicle being subject to induced yaw moment variations due to altered torque or slip distribution between a front axle and a rear axle of said vehicle, characterized by the steps of: determining at least one propulsion state of one or several wheels of said vehicle, determining the yaw tendency by estimating yaw moment variations of a vehicle from said at least one propulsion state, and utilizing said estimated yaw moment variations for changing the difference in torque, slip, or speed between a left wheel and a right wheel of said vehicle by i) calculating new values of the propulsion states of said left wheel and said right wheel counteracting the estimated yaw moment variations, and ii) applying said new values to said left wheel and said right wheel by means of a torque vectoring device which when activated applies a first torque to one of the wheels of an axle, and a second torque to the other wheel of said axle, said first and second torque having opposite directions. determining at least one propulsion state of one or several wheels of said vehicle, determining the yaw tendency by estimating yaw moment variations of a vehicle from said at least one propulsion state, and utilizing said estimated yaw moment variations for changing the difference in torque, slip, or speed between a left wheel and a right wheel of said vehicle by i) calculating new values of the propulsion states of said left wheel and said right wheel counteracting the estimated yaw moment variations, and ii) applying said new values to said left wheel and said right wheel by means of a torque vectoring device which when activated applies a first torque to one of the wheels of an axle, and a second torque to the other wheel of said axle, said first and second torque having opposite directions. i) calculating new values of the propulsion states of said left wheel and said right wheel counteracting the estimated yaw moment variations, and ii) applying said new values to said left wheel and said right wheel by means of a torque vectoring device which when activated applies a first torque to one of the wheels of an axle, and a second torque to the other wheel of said axle, said first and second torque having opposite directions.
Brass alloy made of 54 to 64 wt.% Cu and 36 to 46 wt.% Zn, wherein the alloy has an indium content of from 0.005 to 1.0 wt.%, has the addition of at least one of the components Fe, Sn, Ni or Mn in a total of 0.01 to 3.0 wt.% but not the addition of Bi, - optionally has a proportion of Si of 0.01 to 0.2 wt.%, - optionally has a proportion of Sb of up to 0.5 wt.%, - optionally has a proportion of cadmium of up to 0.5 wt.%, - optionally has a proportion of Ca of up to 1.0 wt.%, - optionally has a proportion of Mg of up to 1.0 wt.%, - optionally has a proportion of Se of up to 0.5 wt.%, - optionally has a phosphorus content of at most 0.1 wt.%, and - optionally has a proportion of Cr of 0.01 to 0.2 wt.%, along with impurities. - optionally has a proportion of Si of 0.01 to 0.2 wt.%, - optionally has a proportion of Sb of up to 0.5 wt.%, - optionally has a proportion of cadmium of up to 0.5 wt.%, - optionally has a proportion of Ca of up to 1.0 wt.%, - optionally has a proportion of Mg of up to 1.0 wt.%, - optionally has a proportion of Se of up to 0.5 wt.%, - optionally has a phosphorus content of at most 0.1 wt.%, and - optionally has a proportion of Cr of 0.01 to 0.2 wt.%, along with impurities.
A method performed by a head-mounted display, HMD, device to optimize an auto-focus implementation, the method comprising: enabling auto-focus operations of an auto-focus subsystem for a camera, in the HMD device, that is configured to capture a scene in a local physical environment surrounding the HMD device over a field of view, FOV, wherein the camera is a member of a set of one or more sensors that are operatively coupled to the HMD device; collecting data on a user's hands using the set of sensors; and characterised by suppressing the auto-focus operations of the auto-focus subsystem for the camera based on the collected data on the user's hands failing to satisfy one or more criteria of the auto-focus subsystem. enabling auto-focus operations of an auto-focus subsystem for a camera, in the HMD device, that is configured to capture a scene in a local physical environment surrounding the HMD device over a field of view, FOV, wherein the camera is a member of a set of one or more sensors that are operatively coupled to the HMD device; collecting data on a user's hands using the set of sensors; and characterised by suppressing the auto-focus operations of the auto-focus subsystem for the camera based on the collected data on the user's hands failing to satisfy one or more criteria of the auto-focus subsystem.
A method of producing methanol, the method comprising: combusting feed hydrocarbons with an oxidant that comprises 70 to 99.5 wt. % oxygen to generate heat and produce a heated gas stream at a temperature of 1200 to 1800 °C, wherein the heated gas stream comprises carbon dioxide and water; heating natural gas, with heat from the heated gas stream, to a temperature sufficient to reform the natural gas and produce synthesis gas, wherein the heating of the natural gas concurrently cools the heated gas stream to form a cooled gas stream comprising carbon dioxide and water; and reacting the synthesis gas and at least some of the carbon dioxide from the cooled gas stream under reaction conditions sufficient to produce methanol; wherein reforming the natural gas comprises reacting the natural gas with water. combusting feed hydrocarbons with an oxidant that comprises 70 to 99.5 wt. % oxygen to generate heat and produce a heated gas stream at a temperature of 1200 to 1800 °C, wherein the heated gas stream comprises carbon dioxide and water; heating natural gas, with heat from the heated gas stream, to a temperature sufficient to reform the natural gas and produce synthesis gas, wherein the heating of the natural gas concurrently cools the heated gas stream to form a cooled gas stream comprising carbon dioxide and water; and reacting the synthesis gas and at least some of the carbon dioxide from the cooled gas stream under reaction conditions sufficient to produce methanol; wherein reforming the natural gas comprises reacting the natural gas with water.
Arrangement to reduce noise of a wind turbine rotor blade, wherein - the arrangement comprises a wind turbine rotor blade and a noise reduction means, - the wind turbine rotor blade comprises a root end, a tip end, a leading edge section and a trailing edge section, - the noise reduction means comprises a serrated extension for at least reducing noise which is generated from the wind turbine rotor blade, - the noise reduction means is attached to the trailing edge section, characterized in that - the serrated extension comprises a number of first teeth and a number of second teeth, - each of the first teeth is inclined with regard to a trailing edge streamline by a first angle of inclination, - each of the second teeth is inclined with regard to a trailing edge streamline by a second angle of inclination, and - the first angle of inclination and the second angle of inclination differ from each other by more than 1 degree. - the arrangement comprises a wind turbine rotor blade and a noise reduction means, - the wind turbine rotor blade comprises a root end, a tip end, a leading edge section and a trailing edge section, - the noise reduction means comprises a serrated extension for at least reducing noise which is generated from the wind turbine rotor blade, - the noise reduction means is attached to the trailing edge section, characterized in that - the serrated extension comprises a number of first teeth and a number of second teeth, - each of the first teeth is inclined with regard to a trailing edge streamline by a first angle of inclination, - each of the second teeth is inclined with regard to a trailing edge streamline by a second angle of inclination, and - the first angle of inclination and the second angle of inclination differ from each other by more than 1 degree.
A method of distributing congestion events by a device among a plurality of transport layer connections to dynamically alter effective bandwidth available to one or more of the transport layer connections, the method comprising: (a) establishing, by a device, a plurality of transport layer connections; (b) receiving, by the device, via a first transport layer connection of the plurality of transport layer connections, a first indication of network congestion; (c) selecting, by the device, a second transport layer connection of the plurality of connections; and (d) transmitting, by the device in response to receiving the first indication, a second indication of a congestion event via the second transport layer connection; characterised in that: one or more of the transport layer connections have an assigned priority; and selecting the second transport layer connection of the plurality of connections comprises selecting the second transport layer connection according to the assigned priorities. (a) establishing, by a device, a plurality of transport layer connections; (b) receiving, by the device, via a first transport layer connection of the plurality of transport layer connections, a first indication of network congestion; (c) selecting, by the device, a second transport layer connection of the plurality of connections; and (d) transmitting, by the device in response to receiving the first indication, a second indication of a congestion event via the second transport layer connection; characterised in that: one or more of the transport layer connections have an assigned priority; and selecting the second transport layer connection of the plurality of connections comprises selecting the second transport layer connection according to the assigned priorities. one or more of the transport layer connections have an assigned priority; and selecting the second transport layer connection of the plurality of connections comprises selecting the second transport layer connection according to the assigned priorities.
An appliance for cooking food under pressure and comprising at least: - a vessel and a lid for locking relative to the vessel to co-operate therewith to form a cooking enclosure suitable for rising in pressure; - bayonet locking means forming first and second series of projections (5A-5J, 6A-6J) that are secured respectively to the shell of the lid and to the shell of the vessel and that are for co-operating with one another in order to lock the lid relative to the vessel; said appliance being characterized in that each projection (5A-5J) of at least one of said series is adjacent to a respective opening (7A-7J) formed through the corresponding shell. - a vessel and a lid for locking relative to the vessel to co-operate therewith to form a cooking enclosure suitable for rising in pressure; - bayonet locking means forming first and second series of projections (5A-5J, 6A-6J) that are secured respectively to the shell of the lid and to the shell of the vessel and that are for co-operating with one another in order to lock the lid relative to the vessel;
Cottonseed having a fatty acid composition in its oil, wherein 72% to 88% of the total fatty acid content in the oil of the cotton seed is oleic acid, 4% to 10% is palmitic acid and 4% to 15% is linoleic acid, and wherein the cottonseed is transgenic for a genetic construct which encodes one or more RNA molecules which inhibit expression of three genes which are ghFAD2-1, ghFatB-2 and ghCPA-FAS-2 wherein the ghFATB-2 gene is a nucleic acid molecule comprising nucleotides having a sequence having at least 90% identity to the protein coding region of the cDNA sequence shown in SEQ ID NO:5, and wherein the ghCPA-FAS-2 gene is a nucleic acid molecule comprising nucleotides having a sequence having at least 90% identity to the protein coding region of the cDNA sequence shown in SEQ ID NO:12.
A method for a network element in a user plane, comprising: receiving, from a network element in a control plane, an instruction for checking whether messages in the user plane comply to a preconfigured rule, checking whether the messages in the user plane comply to the preconfigured rule, wherein the messages in the user plane comply to the preconfigured rule when the messages comply to one of Dynamic Host Configuration Protocol, DHCP, Remote Authentication Dial-In User Service, RADIUS, Layer 2 Tunneling Protocol, L2TP, and Point-to-Point Protocol, PPP, and if it is determined that the messages comply to the preconfigured rule, checking whether a number of specific signaling messages, according to one of DHCP, RADIUS, L2TP, and PPP, related to address allocation that are sent to a controller has reached a predetermined threshold, and if the predetermined threshold has been reached, reducing transmission of the specific signaling messages to the controller. receiving, from a network element in a control plane, an instruction for checking whether messages in the user plane comply to a preconfigured rule, checking whether the messages in the user plane comply to the preconfigured rule, wherein the messages in the user plane comply to the preconfigured rule when the messages comply to one of Dynamic Host Configuration Protocol, DHCP, Remote Authentication Dial-In User Service, RADIUS, Layer 2 Tunneling Protocol, L2TP, and Point-to-Point Protocol, PPP, and if it is determined that the messages comply to the preconfigured rule, checking whether a number of specific signaling messages, according to one of DHCP, RADIUS, L2TP, and PPP, related to address allocation that are sent to a controller has reached a predetermined threshold, and if the predetermined threshold has been reached, reducing transmission of the specific signaling messages to the controller.
An adhesive-coated plastic material used for forming laminated glass, the material comprising: a flexible plastic film having two opposing sides; and an adhesive layer applied to both of said two opposing sides, wherein the adhesive layer comprises polyvinyl butyral, said adhesive layer having a thickness of 10 to 50 micrometers (microns) and further having a plurality of grooves, each of said grooves having a width of 20 to 100 micrometers (microns) and a depth of 10 to 50% of the thickness of said adhesive layer, wherein said flexible plastic film further comprises an optical coating on at least one of said two sides of the flexible plastic film. a flexible plastic film having two opposing sides; and an adhesive layer applied to both of said two opposing sides, wherein the adhesive layer comprises polyvinyl butyral, said adhesive layer having a thickness of 10 to 50 micrometers (microns) and further having a plurality of grooves, each of said grooves having a width of 20 to 100 micrometers (microns) and a depth of 10 to 50% of the thickness of said adhesive layer, wherein said flexible plastic film further comprises an optical coating on at least one of said two sides of the flexible plastic film.
A system for manipulating magnetic particles in a sample vial comprising: a sample vial receiving member for holding the sample vial containing magnetic particles; and, a magnet array comprising, a first magnet comprising an upper horizontal surface and a vertical surface, wherein a south pole face of said first magnet is positioned to face said sample vial, a spacer comprising an upper horizontal surface, wherein said spacer is positioned on said upper horizontal surface of said first magnet, a second magnet comprising an upper horizontal surface, said second magnet positioned on said upper horizontal surface of said spacer, wherein a south pole face of said second magnet is positioned to face said sample vial, and a third magnet positioned on said upper horizontal surface of said second magnet, wherein a north pole face of said third magnet is positioned to face said sample vial, and wherein said magnet array is arranged to generate a magnetic field for manipulating said magnetic particles in said sample vial. a sample vial receiving member for holding the sample vial containing magnetic particles; and, a magnet array comprising, a first magnet comprising an upper horizontal surface and a vertical surface, wherein a south pole face of said first magnet is positioned to face said sample vial, a spacer comprising an upper horizontal surface, wherein said spacer is positioned on said upper horizontal surface of said first magnet, a second magnet comprising an upper horizontal surface, said second magnet positioned on said upper horizontal surface of said spacer, wherein a south pole face of said second magnet is positioned to face said sample vial, and a third magnet positioned on said upper horizontal surface of said second magnet, wherein a north pole face of said third magnet is positioned to face said sample vial, and wherein said magnet array is arranged to generate a magnetic field for manipulating said magnetic particles in said sample vial. a first magnet comprising an upper horizontal surface and a vertical surface, wherein a south pole face of said first magnet is positioned to face said sample vial, a spacer comprising an upper horizontal surface, wherein said spacer is positioned on said upper horizontal surface of said first magnet, a second magnet comprising an upper horizontal surface, said second magnet positioned on said upper horizontal surface of said spacer, wherein a south pole face of said second magnet is positioned to face said sample vial, and a third magnet positioned on said upper horizontal surface of said second magnet, wherein a north pole face of said third magnet is positioned to face said sample vial, and wherein said magnet array is arranged to generate a magnetic field for manipulating said magnetic particles in said sample vial.
A manufacturing method of martensite-based stainless steel having a thickness of 0.1 mm or less for edged tools, comprising performing final cold rolling under condition of a diameter of a work roll of 100 to 130 mm, a cold rolling speed of more than 120 and not more than 200 m/min, and a lubricating oil viscosity of 30 to 40 mm 2 /s.