mhurhangee/patent-ind-claim-en huggingface dataset:
A method of obtaining user data for the manufacture of a custom eyeglass lens to a selected eyeglass frame for a user , comprising: - Providing an eyeglass frame image data set of the selected eyeglass frame; - Capturing user image data of at least one portion of the user's head along with at least one portion of the selected eyeglass frame worn by the user; - Locating the pupils of the user in the user image data and determining a pupil data set, the pupil data set comprising the size and/or shape and/or relative distance of the pupils of the user; and - Determining of contour points of the edge of the eyeglass lens to be manufactured in the user image data based on the eyeglass frame image data set and the pupil data set; wherein determining a pupil data set comprises detecting the pupil distance, and wherein determining contour points of the edge of the eyeglass lens to be manufactured is performed by means of a scaling factor which is estimated based on a comparison of the detected pupil distance with a standard default for the pupil distance. - Providing an eyeglass frame image data set of the selected eyeglass frame; - Capturing user image data of at least one portion of the user's head along with at least one portion of the selected eyeglass frame worn by the user; - Locating the pupils of the user in the user image data and determining a pupil data set, the pupil data set comprising the size and/or shape and/or relative distance of the pupils of the user; and - Determining of contour points of the edge of the eyeglass lens to be manufactured in the user image data based on the eyeglass frame image data set and the pupil data set;
A polymerizable composition comprising: a 3,4-dihydro-1,3-benzoxazine; an acid-forming peroxide catalyst; and a co-catalyst, a curative, or a combination thereof,_wherein the composition is polymerizable by ionic ring opening of the benzoxazine, wherein the acid-forming peroxide catalyst is present in an amount of 0.1 wt-% to 10 wt-%, based on the total weight of the benzoxazine; wherein when the polymerizable composition comprises the co-catalyst, the co-catalyst is either selected from the group of elemental sulfur, elemental selenium, a sulfide of a Group VA element, a sulfide of a Group VIA element, a selenide of a Group VA element, a selenide of a Group VIA element, and a combination thereof or is a salt of an organometallic complex cation; and wherein when the polymerizable composition comprises the curative, the curative is selected from the group of a thiol compound, an amine compound, and a combination thereof. a 3,4-dihydro-1,3-benzoxazine; an acid-forming peroxide catalyst; and a co-catalyst, a curative, or a combination thereof,_wherein the composition is polymerizable by ionic ring opening of the benzoxazine, wherein the acid-forming peroxide catalyst is present in an amount of 0.1 wt-% to 10 wt-%, based on the total weight of the benzoxazine;
An adaptor (106; 200) comprising an adaptor top (110; 202; 302) and an adaptor bottom (112; 204), wherein: the adaptor top (110; 202; 302) comprises: a top portion configured to receive a respirator bayonet cartridge attached thereto; a bottom portion extending from the top portion ; and a plurality of ratchet gears (218; 310); the adaptor bottom (112; 204) is rotatably engaged with the adaptor top (110; 202; 302), and comprises one or more pawl teeth configured to engage at least one of the plurality of ratchet gears of the adaptor top (110; 202; 302) so as to limit rotation of the adaptor top (110; 202; 302) with respect to the adaptor bottom (112; 204) to a single direction; and the adaptor top (110; 202; 302) and the adaptor bottom (112; 204) each comprise corresponding openings such that, in an instance in which the bottom portion of the adaptor top (110; 202; 302) couples the adaptor top (110; 202; 302) to a respirator , the adaptor bottom (112; 204) is disposed between the adaptor top (110; 202; 302) and the respirator . the adaptor top (110; 202; 302) comprises: a top portion configured to receive a respirator bayonet cartridge attached thereto; a bottom portion extending from the top portion ; and a plurality of ratchet gears (218; 310); a top portion configured to receive a respirator bayonet cartridge attached thereto; a bottom portion extending from the top portion ; and a plurality of ratchet gears (218; 310); the adaptor bottom (112; 204) is rotatably engaged with the adaptor top (110; 202; 302), and comprises one or more pawl teeth configured to engage at least one of the plurality of ratchet gears of the adaptor top (110; 202; 302) so as to limit rotation of the adaptor top (110; 202; 302) with respect to the adaptor bottom (112; 204) to a single direction; and the adaptor top (110; 202; 302) and the adaptor bottom (112; 204) each comprise corresponding openings such that, in an instance in which the bottom portion of the adaptor top (110; 202; 302) couples the adaptor top (110; 202; 302) to a respirator , the adaptor bottom (112; 204) is disposed between the adaptor top (110; 202; 302) and the respirator .
A system comprising a circular knitting machine for hosiery , a pick-up device and a station wherein the pick-up device is configured to pick up a tubular knitted article from the machine and for its transfer to a unit adapted to perform additional operations on the article, the pick-up device comprising an annular pick-up body which supports pick-up elements which can slide relative to said pick-up body along radial directions, said pick-up body being configured to be arrangeable coaxially around the needle cylinder of the machine so that each one of said pick-up elements faces laterally a needle of the machine ; actuation means being provided which act on said pick-up elements for their movement toward or away from the axis of said pick-up body , for the engagement or disengagement of each pick-up element with the needle of the machine which it is made to face, and each one of said pick-up elements being adapted to pick up the loop of knitting held on said needle , said pick-up body is movable on command from a pick-up position, in which it is configured to be arranged coaxially around the needle cylinder of the machine , to a release position, in which it is configured to be arranged at the station for further processing which is spaced laterally with respect to the needle cylinder of the machine and in which said unit adapted to perform additional operations on the article is arranged, with said pick-up body in said release position, said station for further processing of said article comprising a handling device provided with a plurality of spikes which are arranged along a cylindrical surface and are designed to engage said article , said pick-up body , in said release position, being arranged coaxially to said cylindrical surface, characterized in that , in said release position, said cylindrical surface of spikes is spaced radially in the direction of said axis of said pick-up body with respect to the cylindrical surface along which the ends of said pick-up elements directed toward the axis are arranged with said pick-up body .
A computer-implemented method of providing an authenticated certificate to be modified by a user in the generation of certified user data, the method comprising the steps of: verifying (S1), by an associating entity, user data, wherein the user data comprises personal information of the user; associating (S3), by the associating entity, the verified user data with a first set of data; storing (S2, S3), by the associating entity, the association between the first set of data and the verified user data; creating (S3), by the associating entity, the authenticated certificate to be modified in the generation of the certified user data, wherein the authenticated certificate comprises a modifiable portion including an indication of the first set of data; and providing (S4), by the associating entity, the authenticated certificate for the generation of the certified user data, wherein the modifiable portion is re-randomizable such that, when re-randomized, the authenticated certificate can no longer be associated with the verified user data, wherein the method further comprises the step of encrypting the first set of data using a public key of a trustee system to form an encrypted first set of data, and wherein the encrypted first set of data forms the indication of the first set of data. verifying (S1), by an associating entity, user data, wherein the user data comprises personal information of the user; associating (S3), by the associating entity, the verified user data with a first set of data; storing (S2, S3), by the associating entity, the association between the first set of data and the verified user data; creating (S3), by the associating entity, the authenticated certificate to be modified in the generation of the certified user data, wherein the authenticated certificate comprises a modifiable portion including an indication of the first set of data; and providing (S4), by the associating entity, the authenticated certificate for the generation of the certified user data, wherein the modifiable portion is re-randomizable such that, when re-randomized, the authenticated certificate can no longer be associated with the verified user data, wherein the method further comprises the step of encrypting the first set of data using a public key of a trustee system to form an encrypted first set of data, and wherein the encrypted first set of data forms the indication of the first set of data.
A valuable document comprising a fiber substrate having a front side, a reverse side, and a thickness (T) between the front and the reverse side, the fiber substrate comprising an elongate strip of foil embedded in the thickness of the fiber substrate, the elongate strip of foil comprising at least one perforation , the perforation being permeable for and covered by fibers of the fiber substrate, characterized in that the perforation is configured to provide a haptic effect on the front and/or reverse side of the fiber substrate wherein the at least one perforation comprises a first width (W1) in a first direction, and the elongate strip of foil comprises a second width (W2) in the first direction, the first width of the perforation being equal to or more than 5% of the second width of the elongate strip of foil in the first direction, preferably the first width being equal to or more than 10% of the second width of the elongate strip of foil in the first direction and at the same time being equal or less than 50% of the area of the strip of foil and wherein the elongate strip of foil comprises a plurality of perforations , wherein the plurality of perforations comprise a combined open area relative to the area of the strip of foil, wherein the combined open area is the sum of all singles areas formed by the independent perforations of the plurality of perforations, wherein the combined open area may be equal to or more than 1% of the area of the strip of foil, preferably equal to or more than 3% of the area of the strip of foil, more preferably equal to or more than 10% of the area of the strip of foil and at the same time being equal or less than 50% of the area of the strip of foil. wherein the at least one perforation comprises a first width (W1) in a first direction, and the elongate strip of foil comprises a second width (W2) in the first direction, the first width of the perforation being equal to or more than 5% of the second width of the elongate strip of foil in the first direction, preferably the first width being equal to or more than 10% of the second width of the elongate strip of foil in the first direction and at the same time being equal or less than 50% of the area of the strip of foil and wherein the elongate strip of foil comprises a plurality of perforations , wherein the plurality of perforations comprise a combined open area relative to the area of the strip of foil, wherein the combined open area is the sum of all singles areas formed by the independent perforations of the plurality of perforations, wherein the combined open area may be equal to or more than 1% of the area of the strip of foil, preferably equal to or more than 3% of the area of the strip of foil, more preferably equal to or more than 10% of the area of the strip of foil and at the same time being equal or less than 50% of the area of the strip of foil.
A device for mounting and dismantling a first bearing collar on a conical first end portion of a pin bolt arranged for the articulated connection of two elements , the pin bolt being extendable through corresponding supporting bores in the elements , the device comprising a bolt , which is arranged to extend through a pin-bolt bore in the pin bolt , being provided, in a first end portion , with an end plate which is arranged to rest against an external end face of the first bearing collar , and being provided, in a second end portion , with an engagement portion for a spanner for rotating the bolt , cha-racterized in that the first end portion of the bolt includes a first threaded portion arranged to engage, by rotation of the bolt , with a threaded portion of the pin-bolt bore of the pin bolt arranged at the conical first end portion of the pin bolt . a bolt , which is arranged to extend through a pin-bolt bore in the pin bolt , being provided, in a first end portion , with an end plate which is arranged to rest against an external end face of the first bearing collar , and being provided, in a second end portion , with an engagement portion for a spanner for rotating the bolt , cha-racterized in that the first end portion of the bolt includes a first threaded portion arranged to engage, by rotation of the bolt , with a threaded portion of the pin-bolt bore of the pin bolt arranged at the conical first end portion of the pin bolt .
A computing system, comprising: a storage to store: historical domain name access information and security level information; a security module including instructions to: access information related to an IP address received as a response to a Domain Name System request related to a domain name from an electronic device; update a security level associated with the electronic device based on the response; determine whether to allow access to the IP address based on the security level and a comparison of the domain name to the historical domain name access; output information related to the access determination; and a processor to execute the security module instructions; wherein the storage is further to store an aggregate security metric and wherein updating the security level comprises: updating the aggregate security metric based on the response; and updating the security level based on the aggregate security metric compared to a security level threshold; wherein the aggregate security metric is related to a quantity of at least one of: Domain Name System requests returning no response and Domain Name System requests with non-resolving domain names not in the domain name access list history list. a storage to store: historical domain name access information and security level information; a security module including instructions to: access information related to an IP address received as a response to a Domain Name System request related to a domain name from an electronic device; update a security level associated with the electronic device based on the response; determine whether to allow access to the IP address based on the security level and a comparison of the domain name to the historical domain name access; output information related to the access determination; and access information related to an IP address received as a response to a Domain Name System request related to a domain name from an electronic device; update a security level associated with the electronic device based on the response; determine whether to allow access to the IP address based on the security level and a comparison of the domain name to the historical domain name access; output information related to the access determination; and a processor to execute the security module instructions; wherein the storage is further to store an aggregate security metric and wherein updating the security level comprises: updating the aggregate security metric based on the response; and updating the security level based on the aggregate security metric compared to a security level threshold; updating the aggregate security metric based on the response; and updating the security level based on the aggregate security metric compared to a security level threshold; wherein the aggregate security metric is related to a quantity of at least one of: Domain Name System requests returning no response and Domain Name System requests with non-resolving domain names not in the domain name access list history list.
A method for determining heading, wherein a magnetic field is measured by at least one magnetometer and a magnetic heading is determined from said measurement and wherein calculation means implement a processing calculating, for each magnetic heading measurement, a characterisation value of the heading thus determined, characterised in that said characterisation value is a monotonic function of a magnitude of the gradient of the measured magnetic field, said value being used in determining the heading.
A method for operating a dual-output electrosurgical generator in an electrosurgical system, the method comprising: outputting a DC waveform at a power supply; transmitting the first waveform through a first output, wherein the first output is coupled to a first instrument energizable by a first waveform; and transmitting the second waveform through a second output, wherein the second output is coupled to a second instrument energizable by a second waveform, characterised by the step of modulating a switching signal of at least one switching element of an inverter operating at a switching angle coupled to the power supply to invert the DC waveform to generate a first waveform at a first frequency and a second waveform at a second frequency. outputting a DC waveform at a power supply; transmitting the first waveform through a first output, wherein the first output is coupled to a first instrument energizable by a first waveform; and transmitting the second waveform through a second output, wherein the second output is coupled to a second instrument energizable by a second waveform, characterised by the step of modulating a switching signal of at least one switching element of an inverter operating at a switching angle coupled to the power supply to invert the DC waveform to generate a first waveform at a first frequency and a second waveform at a second frequency.
Method for manufacturing a number of tubular packagings filled with a liquid, particularly a sterile liquid, comprising the steps of: providing a tube which is wound onto a first reel and is filled at least partially with the liquid, and unwinding the tube from the first reel and dividing it into a number of tubular segments by means of successive welding operations, characterized in that the tube is displaced through a welding device substantially vertically and substantially free of mechanical tension. providing a tube which is wound onto a first reel and is filled at least partially with the liquid, and unwinding the tube from the first reel and dividing it into a number of tubular segments by means of successive welding operations, characterized in that the tube is displaced through a welding device substantially vertically and substantially free of mechanical tension.
A launch tube assembly , comprising: a bulkhead defining an aperture and comprising an interior facing sidewall at the aperture; a tubular element , which is insertible into the aperture, the tubular element comprising an end sized to fit into the aperture and slotted to form multiple deflectable fingers ; and adhesive disposable between at least the multiple deflectable fingers and the interior facing sidewall of the aperture. a bulkhead defining an aperture and comprising an interior facing sidewall at the aperture; a tubular element , which is insertible into the aperture, the tubular element comprising an end sized to fit into the aperture and slotted to form multiple deflectable fingers ; and adhesive disposable between at least the multiple deflectable fingers and the interior facing sidewall of the aperture.
A composition comprising: a disperse dye; and an aqueous carrier comprising a first polyol having at least 5 carbon atoms in an amount from about 1% to about 25% by weight of the composition and a second polyol having at least 5 carbon atoms in an amount from about 1% to about 25% by weight of the composition, wherein the first polyol is xylitol and the second polyol is sorbitol, wherein the composition has a color fastness to water of at least 3 according to International Organization for Standardization test ISO 105-E01:2010 when used in direct inkjet printing on a ready-to-print polyester textile. a disperse dye; and an aqueous carrier comprising a first polyol having at least 5 carbon atoms in an amount from about 1% to about 25% by weight of the composition and a second polyol having at least 5 carbon atoms in an amount from about 1% to about 25% by weight of the composition, wherein the first polyol is xylitol and the second polyol is sorbitol, wherein the composition has a color fastness to water of at least 3 according to International Organization for Standardization test ISO 105-E01:2010 when used in direct inkjet printing on a ready-to-print polyester textile.
A method for subsiding motion sickness when a first user is following a viewport of a second user in a streaming session, performed by a computer system, the method comprising: determining (S620) a first field of view, FoV, based on a speed of a second FoV of the second user, wherein the second FoV of the second user is an original FoV with no reduction; generating a modified first FoV by at least one of reducing (S640) the first FoV based on the speed of the second FoV of the second user increasing, and increasing (S660) the first FoV based on the speed of the second FoV of the second user decreasing; and transmitting (S670) the modified first FoV to a first user terminal and presenting the modified first FoV to the first user as a new viewport, further comprising determining the speed of the second FoV of the second user to be a speed of a second user terminal being a head mounted display worn by the second user or a handheld device operated by the second user, further comprising determining the first FoV of the first user by applying a reducing factor to the second FoV of the second user, further comprising transmitting the reducing factor through a Session Description Protocol, SDP, to the second user terminal, wherein the reducing factor is defined by the first user. determining (S620) a first field of view, FoV, based on a speed of a second FoV of the second user, wherein the second FoV of the second user is an original FoV with no reduction; generating a modified first FoV by at least one of reducing (S640) the first FoV based on the speed of the second FoV of the second user increasing, and increasing (S660) the first FoV based on the speed of the second FoV of the second user decreasing; and transmitting (S670) the modified first FoV to a first user terminal and presenting the modified first FoV to the first user as a new viewport, further comprising determining the speed of the second FoV of the second user to be a speed of a second user terminal being a head mounted display worn by the second user or a handheld device operated by the second user, further comprising determining the first FoV of the first user by applying a reducing factor to the second FoV of the second user, further comprising transmitting the reducing factor through a Session Description Protocol, SDP, to the second user terminal, wherein the reducing factor is defined by the first user.