mhurhangee/patent-ind-claim-en huggingface dataset:
Composition comprising: - at least one slow release component comprising quercetin inglobated therein; and - at least one fast release component comprising an extract from Perilla frutescens or a constituent thereof inglobated therein, said constituent being selected from luteolin, rosmarinic acid, apigenin, catechin, ferulic acid, caffeic acid or mixture thereof; wherein the slow release component comprises a fat-soluble compound, selected from fatty acids C 8 -C 24 , glycerides, fatty alcohol C 8 -C 24 , or mixture thereof; wherein said fast release component is a component, separated from said slow release component, which is capable to completely disintegrate in water, at the temperature of 37°C, in a time not higher than 10 minutes; wherein said slow release component is a component, separated from said fast release component, which is capable to completely disintegrate in water, at the temperature of 37°C, in a time not lower than 1 hour; wherein said fast release component and said slow release component are both solid. - at least one slow release component comprising quercetin inglobated therein; and - at least one fast release component comprising an extract from Perilla frutescens or a constituent thereof inglobated therein, said constituent being selected from luteolin, rosmarinic acid, apigenin, catechin, ferulic acid, caffeic acid or mixture thereof; wherein the slow release component comprises a fat-soluble compound, selected from fatty acids C 8 -C 24 , glycerides, fatty alcohol C 8 -C 24 , or mixture thereof; wherein said fast release component is a component, separated from said slow release component, which is capable to completely disintegrate in water, at the temperature of 37°C, in a time not higher than 10 minutes; wherein said slow release component is a component, separated from said fast release component, which is capable to completely disintegrate in water, at the temperature of 37°C, in a time not lower than 1 hour; wherein said fast release component and said slow release component are both solid.
A scanning laser ophthalmoscope comprising: a light source configured to emit laser light ; a scanner configured to scan the laser light emitted from the light source two-dimensionally; a guide mirror configured to guide the laser light scanned by the scanner to a fundus of an eye of a subject; a light receiver configured to receive reflected light of the laser light reflected on the fundus; and an image generator configured to generate a fundus image based on the reflected light received by the light receiver , wherein the guide mirror is disposed on a path connecting the scanner and the fundus of the eye of the subject, and disposed in front of the eye of the subject characterised by a guide mirror holder comprising a structure configured to be fixed to a head of the subject to hold the guide mirror and the scanner at a predetermined positional relationship with the eye of the subject without being influenced by movement of the head of the subject, wherein the scanner and the guide mirror are disposed on the guide mirror holder . a light source configured to emit laser light ; a scanner configured to scan the laser light emitted from the light source two-dimensionally; a guide mirror configured to guide the laser light scanned by the scanner to a fundus of an eye of a subject; a light receiver configured to receive reflected light of the laser light reflected on the fundus; and an image generator configured to generate a fundus image based on the reflected light received by the light receiver , wherein the guide mirror is disposed on a path connecting the scanner and the fundus of the eye of the subject, and disposed in front of the eye of the subject characterised by a guide mirror holder comprising a structure configured to be fixed to a head of the subject to hold the guide mirror and the scanner at a predetermined positional relationship with the eye of the subject without being influenced by movement of the head of the subject, wherein the scanner and the guide mirror are disposed on the guide mirror holder .
A method for preparing a lactam intermediate compound represented by molecular formula D, which comprises: reducing a compound of formula C in a solvent by hydrogenation reduction using a heavy metal catalyst and a chiral inducer, thereby obtaining the lactam intermediate compound of formula D; wherein the heavy metal catalyst is selected from palladium carbon, palladium, platinum carbon, platinum, ruthenium carbon, rhodium carbon, palladium alumina, palladium silica, palladium barium carbonate, palladium calcium carbonate, palladium carbon hydroxide, and palladium dioxide; the chiral inducer is hydrochloric acid, hydrobromic acid, or a mixture thereof. reducing a compound of formula C in a solvent by hydrogenation reduction using a heavy metal catalyst and a chiral inducer, thereby obtaining the lactam intermediate compound of formula D; wherein the heavy metal catalyst is selected from palladium carbon, palladium, platinum carbon, platinum, ruthenium carbon, rhodium carbon, palladium alumina, palladium silica, palladium barium carbonate, palladium calcium carbonate, palladium carbon hydroxide, and palladium dioxide; the chiral inducer is hydrochloric acid, hydrobromic acid, or a mixture thereof.
An aircraft passenger seat being orientated in an oblique angle to the longitudinal axis of an aircraft when installed within an aircraft cabin and including a well and a fixed position shell within which is positioned a head rest , seat back , seat bottom and leg rest and being moveable between an upright seating position and a lie flat sleeping position, and including a plurality of air bags being inflatable to provide protection to a seat occupant while in the lie flat sleeping position, wherein the air bags are positioned in at least partially surrounding orientation in relation to the seat , wherein a first air bag is positioned to, when inflated, occupy space between an occupant of the seat and the right side of the shell , respectively, to cushion the seat occupant against injury resulting from forward movement along the longitudinal axis of the aircraft, a second air bag is positioned to inflate to the side and above a lower extremity of the seat occupant to occupy space in the well , and a third air bag of a small bolster-type structure that is positioned to provide a cushioning barrier between feet and legs of the seat occupant and the forward end of the well .
An arrangement for a roof of a motor vehicle, comprising at least one sensor device, in particular an image recording device, for detecting an environment of the motor vehicle, in particular for imaging this environment, as well as at least one display device, in particular image display device, which is at least arranged at an inner surface of the roof, in particular in a position of a sliding and / or panoramic roof, to display a virtual representation, in particular a virtual pictorial representation, of at least the environment recorded by the at least one sensor device, wherein the virtual representation is essentially equal to a perception, in particular view, of the environment of the motor vehicle, wherein the roof is configured with an, in particular foldable and/or integrable roof box, and wherein at least one of the at least one sensor device is arranged at the roof box, in particular in, at and / or on a lid of the roof box.
A method of making a tube assembly comprising the steps of: pultruding at least one elongated rail having a male snap member extending along its length, the male snap member having a groove with an angled surface; pultruding at least one elongated rail having a female snap member extending along its length, the female snap member comprising a first leg and a second leg , the first leg being flexible and having a protruding foot configured to be received within a groove of a respective male snap member and to exert a force on the angled surface of the groove; and snapping together each of the elongated rails to form a hollow tube assembly, characterised in that the steps of pultruding at least one elongated rail having a male snap member and pultruding at least one elongated rail having a female snap member are performed simultaneously, and wherein the rails are snapped together in a continuous in-line fashion while the pultruding is ongoing. pultruding at least one elongated rail having a male snap member extending along its length, the male snap member having a groove with an angled surface; pultruding at least one elongated rail having a female snap member extending along its length, the female snap member comprising a first leg and a second leg , the first leg being flexible and having a protruding foot configured to be received within a groove of a respective male snap member and to exert a force on the angled surface of the groove; and snapping together each of the elongated rails to form a hollow tube assembly, characterised in that the steps of pultruding at least one elongated rail having a male snap member and pultruding at least one elongated rail having a female snap member are performed simultaneously, and wherein the rails are snapped together in a continuous in-line fashion while the pultruding is ongoing.
A method of communication carried out by a network node , comprising: determining a status of an access terminal that is authorized to access a femto node , wherein the status is at least indicative of a location of the access terminal ; generating , based on the status, a command based on which the transmission of the femto node is enabled or disabled; and sending the command to the femto node . determining a status of an access terminal that is authorized to access a femto node , wherein the status is at least indicative of a location of the access terminal ; generating , based on the status, a command based on which the transmission of the femto node is enabled or disabled; and sending the command to the femto node .
A shift device for a straddle-type vehicle that is configured to cause a transmission device to perform a shift change in accordance with rotation of a shift shaft of the transmission device, the shift device comprising: a shift lever provided with an operation portion that is configured to receive a shift operation; a shift sensor provided on the shift shaft so as to be integrally rotatable with the shift shaft ; and a shift rod that couples the shift lever and the shift sensor , wherein the shift sensor is configured to detect the shift operation on the shift lever in accordance with a movement of the shift rod , characterized in that the operation portion and the shift sensor are positioned at the same side in a manner of sandwiching the shift rod in a vehicle front view, the shift sensor functions as a link arm and is configured to couple the shift shaft and the shift rod , in a non-operated state the shift rod extends in front-rear direction, and the operation portion and the shift sensor are positioned below the shift rod , and one end of the shift rod is coupled to an upper portion of the shift sensor in the vehicle side view, the other end of the shift rod is positioned below the one end of the shift rod and is coupled to the shift lever via a joint , and a lower portion of the shift sensor and the joint at the other end of the shift rod are positioned at the same height in the vehicle side view. a shift lever provided with an operation portion that is configured to receive a shift operation; a shift sensor provided on the shift shaft so as to be integrally rotatable with the shift shaft ; and a shift rod that couples the shift lever and the shift sensor , wherein the shift sensor is configured to detect the shift operation on the shift lever in accordance with a movement of the shift rod , characterized in that the operation portion and the shift sensor are positioned at the same side in a manner of sandwiching the shift rod in a vehicle front view, the shift sensor functions as a link arm and is configured to couple the shift shaft and the shift rod , in a non-operated state the shift rod extends in front-rear direction, and the operation portion and the shift sensor are positioned below the shift rod , and one end of the shift rod is coupled to an upper portion of the shift sensor in the vehicle side view, the other end of the shift rod is positioned below the one end of the shift rod and is coupled to the shift lever via a joint , and a lower portion of the shift sensor and the joint at the other end of the shift rod are positioned at the same height in the vehicle side view.
A method comprising: receiving at an identity provider an authentication request generated in response to a user of a client device attempting to initiate a user session with an application managed by a service provider and the service provider redirecting the attempted user session of the client device to an identity provider; generating , by the identity provider, an authentication response based on credentials received from the user, the authentication response including an assertion on behalf of the user; rewriting , by the identity provider, a delivery resource locator for the assertion to a resource locator of a proxy in order to redirect the assertion to the proxy and to cause the client device to access service provider web pages and linked content through the proxy; and sending , by the identity provider, to the client device the authentication response together with the resource locator of the proxy in order to cause the client device to send the assertion to the proxy that decodes the re-written resource locator and sends the assertion to the service provider so the proxy rewrites and sends the service provider web pages and linked pages to the client device. receiving at an identity provider an authentication request generated in response to a user of a client device attempting to initiate a user session with an application managed by a service provider and the service provider redirecting the attempted user session of the client device to an identity provider; generating , by the identity provider, an authentication response based on credentials received from the user, the authentication response including an assertion on behalf of the user; rewriting , by the identity provider, a delivery resource locator for the assertion to a resource locator of a proxy in order to redirect the assertion to the proxy and to cause the client device to access service provider web pages and linked content through the proxy; and sending , by the identity provider, to the client device the authentication response together with the resource locator of the proxy in order to cause the client device to send the assertion to the proxy that decodes the re-written resource locator and sends the assertion to the service provider so the proxy rewrites and sends the service provider web pages and linked pages to the client device.
A deodorizing, and antibacterial and antifungal, agent comprising a mixture of the following two kinds of fine particles: (i) titanium oxide fine particles having a volume-based 50% cumulative distribution size (D 50 ), as measured by dynamic laser light scattering, of from 5 to 30 nm, and (ii) alloy fine particles containing an antibacterial and antifungal metal, the alloy fine particles having a volume-based 50% cumulative distribution size (D 50 ), as measured by dynamic laser light scattering, of 200 nm or less. (i) titanium oxide fine particles having a volume-based 50% cumulative distribution size (D 50 ), as measured by dynamic laser light scattering, of from 5 to 30 nm, and (ii) alloy fine particles containing an antibacterial and antifungal metal, the alloy fine particles having a volume-based 50% cumulative distribution size (D 50 ), as measured by dynamic laser light scattering, of 200 nm or less.
A first lighting fixture comprising: a first solid state illumination source ; a communications interface ; and a first thermal imager comprising a first multi-pixel heat sensing device configured to detect 8-12 μm wavelength infrared radiation; characterized in that the first lighting fixture further comprising: a thermal imager controller configured to control an operating parameter of the first thermal imager and configured to read heat sensor data and change of state indication from the first thermal imager ; and a power source configured to supply power to the first solid state illumination source , the first thermal imager , and the thermal imager controller ; wherein the communications interface being configured to be in communication with the thermal imager controller and being configured to handle commands for the first thermal imager from a remote device and being configured to convey heat sensor data and change of state indication between the thermal imager controller and the remote device. a first solid state illumination source ; a communications interface ; and a first thermal imager comprising a first multi-pixel heat sensing device configured to detect 8-12 μm wavelength infrared radiation; characterized in that the first lighting fixture further comprising: a thermal imager controller configured to control an operating parameter of the first thermal imager and configured to read heat sensor data and change of state indication from the first thermal imager ; and a power source configured to supply power to the first solid state illumination source , the first thermal imager , and the thermal imager controller ; wherein the communications interface being configured to be in communication with the thermal imager controller and being configured to handle commands for the first thermal imager from a remote device and being configured to convey heat sensor data and change of state indication between the thermal imager controller and the remote device. a thermal imager controller configured to control an operating parameter of the first thermal imager and configured to read heat sensor data and change of state indication from the first thermal imager ; and a power source configured to supply power to the first solid state illumination source , the first thermal imager , and the thermal imager controller ; wherein the communications interface being configured to be in communication with the thermal imager controller and being configured to handle commands for the first thermal imager from a remote device and being configured to convey heat sensor data and change of state indication between the thermal imager controller and the remote device.
A combination of a flap and a flap hinge assembly for pivotally mounting the flap to a trailing edge of an aircraft wing , the flap having a flap box structure including a plurality of spars , a plurality of ribs connecting between the spars, and a skin surrounding the spars and the ribs, wherein the skin comprises a lower skin , and the flap hinge assembly comprising: an internal support rib positioned between the spars of the flap box structure internal to the skin, a hinge fitting having an actuation point and a hinge point , the hinge fitting positioned proximate a front spar external to the skin, and a link passing through an aperture in the lower skin of the flap and coupling the internal support rib to the hinge fitting. the flap having a flap box structure including a plurality of spars , a plurality of ribs connecting between the spars, and a skin surrounding the spars and the ribs, wherein the skin comprises a lower skin , and the flap hinge assembly comprising: an internal support rib positioned between the spars of the flap box structure internal to the skin, a hinge fitting having an actuation point and a hinge point , the hinge fitting positioned proximate a front spar external to the skin, and a link passing through an aperture in the lower skin of the flap and coupling the internal support rib to the hinge fitting. an internal support rib positioned between the spars of the flap box structure internal to the skin, a hinge fitting having an actuation point and a hinge point , the hinge fitting positioned proximate a front spar external to the skin, and a link passing through an aperture in the lower skin of the flap and coupling the internal support rib to the hinge fitting.
Shelf-ready packaging that comprises at least a package base and at least one detachable part and where the package base and the detachable part of the shelf-ready packaging are attached to each other with an adhesive fastener , and the package base comprises at least a base , a back end and a front end , and the lower edges of the side walls of the detachable part of the shelf-ready packaging are attached with the fastener to the side edges of the base of the package base , and the fastener forms a fastening seam between at least two edges of the walls of the package base and the walls of the detachable part , and where the shelf-ready packaging has one or more tearing elements essentially lengthwise along the fastener for opening the shelf-ready packaging by tearing the fastener in two, characterized in that , the front end or a part of the front end is arranged to be folded out to become a horizontal extension of the base and the upper surface of the folded front end and the upper surface of the base have anti-slippage structures.
A computer-implemented method comprising: receiving, by a computing device , a request to access entity data corresponding to an entity; determining, by the computing device , an access level corresponding to the request, wherein the access level specifies a transformation function; obtaining , by the computing device , the entity data corresponding to the request, the entity data including at least an item of protected information; applying , by the computing device , the transformation function to a portion of the item of protected information to produce an item of minimized information, wherein the item of minimized information preserves one or more characteristics of the item of protected information while reducing a determinable association between the item of minimized information and the entity, and the item of minimized information is associated with a higher degree of privacy than the item of protected information and/or is less indicative of a particular entity than the item of protected information; generating, by the computing device , user interface data renderable to depict a user interface including at least the item of minimized information; and rendering the user interface data to depict the user interface . receiving, by a computing device , a request to access entity data corresponding to an entity; determining, by the computing device , an access level corresponding to the request, wherein the access level specifies a transformation function; obtaining , by the computing device , the entity data corresponding to the request, the entity data including at least an item of protected information; applying , by the computing device , the transformation function to a portion of the item of protected information to produce an item of minimized information, wherein the item of minimized information preserves one or more characteristics of the item of protected information while reducing a determinable association between the item of minimized information and the entity, and the item of minimized information is associated with a higher degree of privacy than the item of protected information and/or is less indicative of a particular entity than the item of protected information; the item of minimized information preserves one or more characteristics of the item of protected information while reducing a determinable association between the item of minimized information and the entity, and the item of minimized information is associated with a higher degree of privacy than the item of protected information and/or is less indicative of a particular entity than the item of protected information; generating, by the computing device , user interface data renderable to depict a user interface including at least the item of minimized information; and rendering the user interface data to depict the user interface .