mhurhangee/patent-ind-claim-en huggingface dataset:
A gas inlet system for an isotope ratio spectrometer , comprising: a first supply of analyte gas ; a variable volume reservoir ; a first analyte gas supply line between the first supply of analyte gas and the variable volume reservoir for selectively supplying the analyte gas to the variable volume reservoir ; a reservoir supply line for supplying the contents of the variable volume reservoir to the spectrometer ; a volume varying means for adjusting the volume inside the variable volume reservoir ; a controller configured to generate a command so as to cause the volume varying means to adjust the volume inside the reservoir at a predetermined rate, so as to control the flow rate of analyte gas output to the isotope ratio spectrometer as the volume of the variable volume reservoir is adjusted; a carrier gas supply , wherein the carrier gas has a different composition than the analyte gas; and a carrier gas supply line between the carrier gas supply and the spectrometer , wherein the carrier gas supply line is connected with the reservoir supply line ; and means configured to selectively supply the carrier gas from the carrier gas supply to the variable volume reservoir . a first supply of analyte gas ; a variable volume reservoir ; a first analyte gas supply line between the first supply of analyte gas and the variable volume reservoir for selectively supplying the analyte gas to the variable volume reservoir ; a reservoir supply line for supplying the contents of the variable volume reservoir to the spectrometer ; a volume varying means for adjusting the volume inside the variable volume reservoir ; a controller configured to generate a command so as to cause the volume varying means to adjust the volume inside the reservoir at a predetermined rate, so as to control the flow rate of analyte gas output to the isotope ratio spectrometer as the volume of the variable volume reservoir is adjusted; a carrier gas supply , wherein the carrier gas has a different composition than the analyte gas; and a carrier gas supply line between the carrier gas supply and the spectrometer , wherein the carrier gas supply line is connected with the reservoir supply line ; and means configured to selectively supply the carrier gas from the carrier gas supply to the variable volume reservoir .
A carbon fiber composite additive comprising: one or more carbon fibers with an epoxy resin matrix applied thereto, wherein the one or more carbon fibers comprise a polyacrylonitrile (PAN)-type carbon fiber, wherein the epoxy resin matrix comprises at least one of a thermoplastic resin and an epoxy resin, characterized in that the one or more carbon fibers with an epoxy resin matrix applied thereto are refined into different particle size fractions.
A vehicle wheel arrangement comprising a drive shaft , and a hub , the wheel arrangement further comprising a gear cavity housing a gear arrangement between the drive shaft and the hub, characterized in that the wheel arrangement comprises a container , and in that a circulation passage extends from the gear cavity to the container , and a feeding passage extends from the container to the gear cavity, the wheel arrangement further comprising a pump , the pump being located along the circulation passage, the pump being arranged to pump lubricant from the gear cavity to the container.
An ecological method for preparing biocompatible and stable gold nanoparticles comprising: a. Preparing at least one -plant extract rich in flavonoids b. Mixing at least one of said plant extracts with an aqueous solution of at least one gold salt characterized in that the -plant extract rich in flavonoids is an extract of Hubertia ambavilla or Hypericum lanceolatum. a. Preparing at least one -plant extract rich in flavonoids b. Mixing at least one of said plant extracts with an aqueous solution of at least one gold salt characterized in that the -plant extract rich in flavonoids is an extract of Hubertia ambavilla or Hypericum lanceolatum.
A spin coater comprising: (a) a coater bowl configured to collect excess coating material expelled from an optical substrate being coated; (b) a rotatable chuck configured to receive the optical substrate within the coater bowl and configured to rotate the optical substrate during coating; (c) a plurality of coating reservoirs , each reservoir containing a coating material for selectively coating the optical substrate; and (d) an indexable coating reservoir platform containing the plurality of coating reservoirs and configured to index a selected coating reservoir into a dispensing position above the coater bowl , characterised in that the indexable coating reservoir platform further comprises a dispensing unit at the dispensing position, wherein the dispensing unit is engageable with the selected coating reservoir in the dispensing position to dispense a select amount of coating material from the engaged selected coating reservoir , wherein each coating reservoir comprises a moveable piston for dispensing of coating material from the coating reservoir , and wherein the dispensing unit is configured to advance the moveable piston of the selected coating reservoir in the dispensing position to dispense a select amount of coating material from the engaged selected coating reservoir . (a) a coater bowl configured to collect excess coating material expelled from an optical substrate being coated; (b) a rotatable chuck configured to receive the optical substrate within the coater bowl and configured to rotate the optical substrate during coating; (c) a plurality of coating reservoirs , each reservoir containing a coating material for selectively coating the optical substrate; and (d) an indexable coating reservoir platform containing the plurality of coating reservoirs and configured to index a selected coating reservoir into a dispensing position above the coater bowl , characterised in that the indexable coating reservoir platform further comprises a dispensing unit at the dispensing position, wherein the dispensing unit is engageable with the selected coating reservoir in the dispensing position to dispense a select amount of coating material from the engaged selected coating reservoir ,
Arrangement of a filter plate for a filter press and at least one attachment part , wherein the filter plate comprises a filter-chamber boundary surface , via which a filter chamber to be formed in the filter press can be limited, in the filter plate , at least one channel is formed for a fluid connection to the filter-chamber boundary surface and the attachment part is attached to the filter plate at the channel, characterized in that the attachment part is detachably attached to the filter plate by means of at least one detachable ball-type snap-on connection and that the ball-type snap-on connection comprises at least one ball pin and at least one coupling . the filter plate comprises a filter-chamber boundary surface , via which a filter chamber to be formed in the filter press can be limited, in the filter plate , at least one channel is formed for a fluid connection to the filter-chamber boundary surface and the attachment part is attached to the filter plate at the channel, characterized in that the attachment part is detachably attached to the filter plate by means of at least one detachable ball-type snap-on connection and that the ball-type snap-on connection comprises at least one ball pin and at least one coupling .
Cage nut , suitable for a square opening in a thin wall, comprising a nut arranged in a cage , wherein the cage has a base , that has a round hole, from which base two opposing side parts ascend, each side part carrying a supporting portion facing outward, wherein the nut has diametrically opposed projections which are shaped such that, in a determined rotational position, when the nut is arranged in the cage, the cage nut can be partially inserted axially into the square opening in a thin wall, if necessary after pressing together the side parts, whereupon the screw can be screwed into the nut , wherein, before inserting and screwing in the screw , the cage with the nut is turned by an angle smaller than 90°, preferably 45°, within the square opening , wherein the cage with the nut is inserted in the diagonal direction of the rectangle, whereupon the cage with the nut can be inserted as far as the supporting portions touch the thin wall, wherein the nut viewed from the top has a shape of a circle from which diametrical opposed projections protrude, ending in a right angle, wherein the dimensions are such that the circle fits into the square opening and the projections fit into two opposite corners of the square , characterized in that the supporting portions are formed by two strips extending at an axial distance from one another and that one of the two strips is arranged at a location corresponding to a missing portion of the other of the two strips .
Belt buckle, adaptable to at least two different widths (e1, e2) of belt strip , comprising a casing , the belt buckle being characterized in that it comprises at least one bridging member formed from two parts which extend across the casing , the belt buckle further comprising a mechanism housed at least partly in a cavity of the casing and movable between at least a first stable position and a second stable position, said mechanism being configured to be moved by actuation of at least one of the parts of the bridging member relative to the other between a first configuration, corresponding to a first width (e1) the belt strip , and a second configuration, corresponding to a second width (e2) of belt strip .
Analytical process for detecting explosive compounds by a color reaction, comprising contacting a sample suspected of containing a peroxide-based compound, a nitrate-based compound, a nitrotoluene-based compound, or a nitramine-based compound with a composition comprising a Ni-porphyrin and a free acid having a p K a of -2.8 to 1.2, wherein the sample is first treated with a superbase before contacting the sample with the Ni-porphyrin and the acid.
A hair conditioning composition comprising: (a) from 0.1 to 10% by weight of a silicone compound; (b) from 0.1 to 5% by weight of a cationic surfactant; (c) from 0.01 to 5% by weight of a zinc based anti dandruff agent; (d) from 0 to 1% of a cyclomethicone compound; and (e) a stabilizing polymer selected from a poloxamer wherein the silicone compound is a non-volatile silicone: and wherein the poloxamer is a compound of the structure where a has a value from 2 to 130 and b has a value from 15 to 67. (a) from 0.1 to 10% by weight of a silicone compound; (b) from 0.1 to 5% by weight of a cationic surfactant; (c) from 0.01 to 5% by weight of a zinc based anti dandruff agent; (d) from 0 to 1% of a cyclomethicone compound; and (e) a stabilizing polymer selected from a poloxamer
A method of controlling storage of data in a selected one of at least one data store, the method comprising: receiving , subsequent to receipt of a first request from a first requestor to store a first amount of first data in the selected data store beginning at a first location, a second request from a second requestor to store a second amount of second data in the selected data store, wherein at the time of receipt of the second request, the first requestor has at least commenced storing the first data to the selected data store; computing , based on the first location and the first amount, a second location in the selected data store, offset from the first location by the first amount, at which the second requestor is allowed to store the second data and allocating space in the selected data store beginning at the computed second location sufficient to receive the second amount of the second data to be stored by the second requestor; and indicating , upon allocation of space in the selected data store to receive the second data to the second requestor that they may store the second data to the selected data store beginning at the computed second location; and whereby, responsive to the indicating, the second requestor is operative to commence storing the second data to the selected data store beginning at the computed second location before the storing of the first data by the first requestor is completed. receiving , subsequent to receipt of a first request from a first requestor to store a first amount of first data in the selected data store beginning at a first location, a second request from a second requestor to store a second amount of second data in the selected data store, wherein at the time of receipt of the second request, the first requestor has at least commenced storing the first data to the selected data store; computing , based on the first location and the first amount, a second location in the selected data store, offset from the first location by the first amount, at which the second requestor is allowed to store the second data and allocating space in the selected data store beginning at the computed second location sufficient to receive the second amount of the second data to be stored by the second requestor; and indicating , upon allocation of space in the selected data store to receive the second data to the second requestor that they may store the second data to the selected data store beginning at the computed second location; and whereby, responsive to the indicating, the second requestor is operative to commence storing the second data to the selected data store beginning at the computed second location before the storing of the first data by the first requestor is completed.
A method of fabricating a cylindrical near net shape component, the method comprising: forming a sacrificial shell from a first pulverant material using a powder bed fusion process, the shell comprising an aperture , a first region (R 1 ) with a first shell wall thickness, and a second, concentrically outer region (R 2 ) with a second shell wall thickness different from the first shell wall thickness; using the powder bed fusion process to form a solid component portion from the first pulverant material, the solid component portion being integral to the sacrificial shell; filling the shell with a second pulverant material; vibrating the shell to distribute the pulverant material within the shell; subjecting the filled shell to a hot isostatic pressing process; and removing the shell from the consolidated second pulverant material. forming a sacrificial shell from a first pulverant material using a powder bed fusion process, the shell comprising an aperture , a first region (R 1 ) with a first shell wall thickness, and a second, concentrically outer region (R 2 ) with a second shell wall thickness different from the first shell wall thickness; using the powder bed fusion process to form a solid component portion from the first pulverant material, the solid component portion being integral to the sacrificial shell; filling the shell with a second pulverant material; vibrating the shell to distribute the pulverant material within the shell; subjecting the filled shell to a hot isostatic pressing process; and removing the shell from the consolidated second pulverant material.
A dental prosthesis moulding block for producing a dental prosthesis part , comprising an inner material that is at least partially surrounded by an outer material , the hardness of which differs from the hardness of the inner material , wherein the inner material forms part of a first surface of the dental prosthesis moulding block , characterised in that the dental prosthesis moulding block has an internal thread that extends into the inner material from a second surface opposite to the first surface .
A method for providing website authentication, the method comprising: receiving, at data processing hardware , a reference uniform resource locator, URL, at a browser ; determining, by the data processing hardware , whether the reference URL adheres to an authentication protocol comprising a credential identifier and a web authentication host URL , wherein the reference URL has a format that includes the credential identifier and the web authentication host URL ; and when the reference URL adheres to the authentication protocol : extracting, by the data processing hardware , the credential identifier and the web authentication host URL from the reference URL ; obtaining, by the data processing hardware , credential data from a remote service using the credential identifier ; and sending web authentication instructions to the browser , the web authentication instructions comprising: the web authentication host URL ; and the credential data . receiving, at data processing hardware , a reference uniform resource locator, URL, at a browser ; determining, by the data processing hardware , whether the reference URL adheres to an authentication protocol comprising a credential identifier and a web authentication host URL , wherein the reference URL has a format that includes the credential identifier and the web authentication host URL ; and when the reference URL adheres to the authentication protocol : extracting, by the data processing hardware , the credential identifier and the web authentication host URL from the reference URL ; obtaining, by the data processing hardware , credential data from a remote service using the credential identifier ; and sending web authentication instructions to the browser , the web authentication instructions comprising: the web authentication host URL ; and the credential data . extracting, by the data processing hardware , the credential identifier and the web authentication host URL from the reference URL ; obtaining, by the data processing hardware , credential data from a remote service using the credential identifier ; and sending web authentication instructions to the browser , the web authentication instructions comprising: the web authentication host URL ; and the credential data . the web authentication host URL ; and the credential data .
A handle for a shaving razor comprising: a unitary injection molded base member defining an interconnection member to detachably engage a counterpart interconnection member of a blade cartridge , the interconnection member including a living hinge and a tine ; and a resilient reinforcement coupled to the base member , the resilient reinforcement supporting the living hinge to increase the structural stability of the interconnection member of the base member , characterized by the resilient reinforcement , when in use, further applying a force on the living hinge biasing the tine of interconnection member into an engaged position. a unitary injection molded base member defining an interconnection member to detachably engage a counterpart interconnection member of a blade cartridge , the interconnection member including a living hinge and a tine ; and a resilient reinforcement coupled to the base member , the resilient reinforcement supporting the living hinge to increase the structural stability of the interconnection member of the base member , characterized by the resilient reinforcement , when in use, further applying a force on the living hinge biasing the tine of interconnection member into an engaged position.
A method of providing information, the method comprising: providing an isolated nucleic acid sample; and recognizing a nucleotide sequence comprising SEQ ID NO: 1 or SEQ ID NO: 2, wherein the recognizing of the nucleotide sequence is performed to diagnose atopic dermatitis (AD) . providing an isolated nucleic acid sample; and recognizing a nucleotide sequence comprising SEQ ID NO: 1 or SEQ ID NO: 2, wherein the recognizing of the nucleotide sequence is performed to diagnose atopic dermatitis (AD) .
Apparatus for manufacturing glass preforms for optical fibers comprising: a reaction chamber surrounding a deposition region ; a holding device for holding a target rod within said deposition region ; one or a plurality of deposition burners positioned below said deposition region and configured to direct a high temperature flow of forming glass particles toward said target rod ; a hood positioned opposite to the deposition burners with respect to said deposition region and configured for discharging soot of un-deposited glass particles, said hood comprising at least one exhaust port provided at a first end portion thereof and side panels extending from a second end portion thereof toward said first end portion ; wherein at least a portion of the side panels of the hood is gas permeable; characterized in that the apparatus comprises a control device for adjusting the degree of permeability of said gas permeable portion . a reaction chamber surrounding a deposition region ; a holding device for holding a target rod within said deposition region ; one or a plurality of deposition burners positioned below said deposition region and configured to direct a high temperature flow of forming glass particles toward said target rod ; a hood positioned opposite to the deposition burners with respect to said deposition region and configured for discharging soot of un-deposited glass particles, said hood comprising at least one exhaust port provided at a first end portion thereof and side panels extending from a second end portion thereof toward said first end portion ; wherein at least a portion of the side panels of the hood is gas permeable; characterized in that the apparatus comprises a control device for adjusting the degree of permeability of said gas permeable portion .
A method for controlling a nuisance or disease carrying mosquito comprising: applying a composition containing a knockdown or blood feed inhibiting effective amount of a first insecticide (a) 4-trifluoromethylnicotinamide and a second insecticide (b) to such mosquito or to a locus where such control is desired other than for therapeutic treatment of the human or animal body, wherein the second insecticide (b) is selected from the group consisting of: alpha-cypermethrin, Azadirachtin, Bendiocarb, Bifenthrin, Buprofezin, Clothianidin, Cypermethrin, d-d, trans cyphenothrin, Diafenthiuron, Dinotefuran, Emamectin benzoate, Etofenprox, Fenoxycarb, Fipronil, Fluacrypyrim, Flubendiamide, Flupyradifurone, Imidacloprid, Malathion, Metaflumizone, Pyriproxyfen, Spinosad, Sulfoxaflor, Thiamethoxam, Trifloxystrobin, Triflumezopyrim, and
Stitch-forming tool assembly for a sewing installation for generating a double chain stitch seam , - having a sewing needle which, driven in a needle stitching direction (z), is movable up and down perpendicularly to a sewing material and designed to guide a needle thread , - having a looper which is embodied to guide a looper thread and to move in an oscillating manner in an oscillating movement plane (xz) which is defined -- by the needle stitching direction (z), and -- by a sewing direction (x) along the double chain stitch seam ; - wherein a motion path of the looper during an entire double chain stitch lies completely in the oscillating movement plane (xz); - wherein a central longitudinal axis of the sewing needle is spaced apart from a needle tip of the sewing needle . - having a sewing needle which, driven in a needle stitching direction (z), is movable up and down perpendicularly to a sewing material and designed to guide a needle thread , - having a looper which is embodied to guide a looper thread and to move in an oscillating manner in an oscillating movement plane (xz) which is defined -- by the needle stitching direction (z), and -- by a sewing direction (x) along the double chain stitch seam ; -- by the needle stitching direction (z), and -- by a sewing direction (x) along the double chain stitch seam ; - wherein a motion path of the looper during an entire double chain stitch lies completely in the oscillating movement plane (xz); - wherein a central longitudinal axis of the sewing needle is spaced apart from a needle tip of the sewing needle .