mhurhangee/patent-ind-claim-en huggingface dataset:
An instrument panel having an aperture in which a display is deployable; the instrument panel further comprising a rotatable display mechanism comprising at least three display surfaces: a first display surface comprising a touch sensitive display screen, a second display surface comprising at least one dial or gauge and a third display surface comprising a trim element , the display surfaces supported on a rotatable support ; the support being mounted for rotation with respect to a mount and the mount being movable away from and towards the aperture in the instrument panel ; whereby in use each display surface may be arranged in the aperture and wherein to change from one display surface to another display surface, the mount is moved away from the aperture in the instrument panel , the support is rotated and the mount is then moved back towards the aperture in the instrument panel so as to align another display surface in the aperture .
A vacuum chuck comprising: a base substrate comprising a first peak to valley flatness, wherein the first peak to valley flatness comprises a peak to valley flatness across the base substrate of 5 microns or less; and at least one embossment structure comprising a polymer and being disposed above the base substrate , the at least one embossment structure extending to a height above portions of the vacuum chuck surrounding the at least one embossment structure to support a substrate upon the at least one embossment structure during vacuum chucking of the substrate; the height of the at least one embossment structure being such that a prime wafer clamped by the vacuum chuck against the at least one embossment structure has a second peak to valley flatness that is less than the first peak to valley flatness; and wherein the at least one embossment structure comprises a plurality of embossment structures that vary in shape and pattern over a plurality of different regions of a surface of the vacuum chuck, the plurality of different regions of the surface comprising at least one region in the immediate vicinity of at least one of a lift pin hole of the vacuum chuck and a gas seal of the vacuum chuck. a base substrate comprising a first peak to valley flatness, wherein the first peak to valley flatness comprises a peak to valley flatness across the base substrate of 5 microns or less; and at least one embossment structure comprising a polymer and being disposed above the base substrate , the at least one embossment structure extending to a height above portions of the vacuum chuck surrounding the at least one embossment structure to support a substrate upon the at least one embossment structure during vacuum chucking of the substrate; the height of the at least one embossment structure being such that a prime wafer clamped by the vacuum chuck against the at least one embossment structure has a second peak to valley flatness that is less than the first peak to valley flatness; and wherein the at least one embossment structure comprises a plurality of embossment structures that vary in shape and pattern over a plurality of different regions of a surface of the vacuum chuck, the plurality of different regions of the surface comprising at least one region in the immediate vicinity of at least one of a lift pin hole of the vacuum chuck and a gas seal of the vacuum chuck.
A disposable wearing article having a vertical direction (Y) and a lateral direction (X), and a skin facing surface and a non-skin facing surface on an opposite side thereof, comprising: a front waist region ; a rear waist region ; a crotch region positioned between the front waist region and the rear waist region; and a pair of leg openings , and a waist opening defined by side edges of the front waist region and the rear waist region being connected, the wearing article being characterized in that : at least one of the front waist region and the rear waist region includes a pair of tape fasteners fixed to the non-skin facing surface of the side edges , a belt-like area positioned on the skin facing surface and extending in the lateral direction (X), and a pocket positioned on the non-skin facing surface side, facing the belt-like area in the direction of thickness (Z), at a middle part in the lateral direction(X); the pocket is openable toward the crotch region and includes a pocket outer area extending from the crotch region side toward the waist opening side, and a pocket inner area facing the pocket outer area and the belt-like area in the direction of thickness (Z), and continuous with the pocket outer area , and connected to the belt-like area ; and an upper end of a fixing part of the tape fastener is positioned at a lower side of an upper end of the pocket outer area in the vertical direction and the upper end of the fixing part of the tape fastener is either positioned at a lower side of a lower end of the pocket inner area in the vertical direction, or evens up with the lower end. a front waist region ; a rear waist region ; a crotch region positioned between the front waist region and the rear waist region; and a pair of leg openings , and a waist opening defined by side edges of the front waist region and the rear waist region being connected, the wearing article being characterized in that : at least one of the front waist region and the rear waist region includes a pair of tape fasteners fixed to the non-skin facing surface of the side edges , a belt-like area positioned on the skin facing surface and extending in the lateral direction (X), and a pocket positioned on the non-skin facing surface side, facing the belt-like area in the direction of thickness (Z), at a middle part in the lateral direction(X); the pocket is openable toward the crotch region and includes a pocket outer area extending from the crotch region side toward the waist opening side, and a pocket inner area facing the pocket outer area and the belt-like area in the direction of thickness (Z), and continuous with the pocket outer area , and connected to the belt-like area ; and an upper end of a fixing part of the tape fastener is positioned at a lower side of an upper end of the pocket outer area in the vertical direction and the upper end of the fixing part of the tape fastener is either positioned at a lower side of a lower end of the pocket inner area in the vertical direction, or evens up with the lower end.
An apparatus, comprising: a first plurality of volatile memories ; a non-volatile memory ; a controller coupled to the non-volatile memory and being configured to detect an event configured to trigger a backup operation; the controller including a first controller output; a connector ; a registering clock driver, RCD , including a first RCD output; and a first multiplexer including a first mux input coupled to the first RCD output, a second mux input coupled to the first controller output, and a first mux output coupled to the first plurality of volatile memories; wherein the connector is configured to receive first command/address signals for the first plurality of volatile memories; wherein the connector is further configured to provide the first command/address signals to the RCD to generate memory command/address signals, wherein the RCD is configured to provide the memory command/address signals to the first mux input, wherein the controller is configured to provide backup command/address signals to the second input of the multiplexer; wherein the first multiplexer is configured to provide the memory command/address signals to the first plurality of volatile memories; and providing the backup command/address signals to the volatile memory to copy data from the volatile memory to the non-volatile memory a first plurality of volatile memories ; a non-volatile memory ; a controller coupled to the non-volatile memory and being configured to detect an event configured to trigger a backup operation; the controller including a first controller output; a connector ; a registering clock driver, RCD , including a first RCD output; and a first multiplexer including a first mux input coupled to the first RCD output, a second mux input coupled to the first controller output, and a first mux output coupled to the first plurality of volatile memories; wherein the connector is configured to receive first command/address signals for the first plurality of volatile memories; wherein the connector is further configured to provide the first command/address signals to the RCD to generate memory command/address signals, wherein the RCD is configured to provide the memory command/address signals to the first mux input, wherein the controller is configured to provide backup command/address signals to the second input of the multiplexer; wherein the first multiplexer is configured to provide the memory command/address signals to the first plurality of volatile memories; and providing the backup command/address signals to the volatile memory to copy data from the volatile memory to the non-volatile memory
A method of controlling a following aircraft by providing instructions to a flight management system of the following aircraft , operating according to a following aircraft planned path , in reference to a target aircraft , and operating according to a target aircraft planned path , the method comprising: receiving , in the flight management system , information related to the target aircraft ; setting, in the flight management system , a required time of arrival at an achieve-by-point on the following aircraft planned path abeam a target aircraft target reference point , the target aircraft target reference point being on the target aircraft planned path ; engaging, in the flight management system , a required time of arrival function and enabling flight of the following aircraft according to the required time of arrival function, so as to reach the achieve-by-point by the required time of arrival; and after the achieve-by-point is reached by the following aircraft , maintaining a fixed separation between the following aircraft and the target aircraft . receiving , in the flight management system , information related to the target aircraft ; setting, in the flight management system , a required time of arrival at an achieve-by-point on the following aircraft planned path abeam a target aircraft target reference point , the target aircraft target reference point being on the target aircraft planned path ; engaging, in the flight management system , a required time of arrival function and enabling flight of the following aircraft according to the required time of arrival function, so as to reach the achieve-by-point by the required time of arrival; and after the achieve-by-point is reached by the following aircraft , maintaining a fixed separation between the following aircraft and the target aircraft .
Device for transporting food products and removing food products from a belt conveyor , comprising: a) a belt conveyor comprising two ends, an endless belt and a drive , for transporting food products on the endless belt from a feed location (F) towards a discharge location (D), wherein the endless belt comprises a transporting side and a returning side ; b) a removing device for removing food products from the endless belt , comprising: i) a roller , facing the returning side of the endless belt , wherein the roller is arranged at a predetermined distance from the endless belt ; and ii) a frame part , for holding the roller at the predetermined distance ; c) wherein the endless belt is configured to rotate in a first rotational direction (R1) and wherein the roller is configured to rotate in the same rotational direction (R2) as the endless belt ; and d) characterized in that the roller of the removing device is elongated, and comprises a plurality of circumferential grooves , spaced apart in longitudinal direction (L) of the roller . a) a belt conveyor comprising two ends, an endless belt and a drive , for transporting food products on the endless belt from a feed location (F) towards a discharge location (D), wherein the endless belt comprises a transporting side and a returning side ; b) a removing device for removing food products from the endless belt , comprising: i) a roller , facing the returning side of the endless belt , wherein the roller is arranged at a predetermined distance from the endless belt ; and ii) a frame part , for holding the roller at the predetermined distance ; i) a roller , facing the returning side of the endless belt , wherein the roller is arranged at a predetermined distance from the endless belt ; and ii) a frame part , for holding the roller at the predetermined distance ; c) wherein the endless belt is configured to rotate in a first rotational direction (R1) and wherein the roller is configured to rotate in the same rotational direction (R2) as the endless belt ; and d) characterized in that the roller of the removing device is elongated, and comprises a plurality of circumferential grooves , spaced apart in longitudinal direction (L) of the roller .
A method carried out by one or more devices, comprising: - determining information indicative of at least one parameter influencing the cleaning treatment of a textile , wherein the information is acquired from an information carrier of a cleaning agent and the textile , or of a cleaning agent and a cleaning device, or of a cleaning agent and the textile and the cleaning device, and the information carrier comprises a package, a label, an NFC chip, or a combination thereof; - establishing at least one treatment parameter of the textile based at least partially on the determined information; - carrying out a cleaning treatment of the textile or causing said treatment to be carried out according to the at least one established treatment parameter by means of at least one cleaning device ; and - outputting or triggering output of the at least one established treatment parameter. - determining information indicative of at least one parameter influencing the cleaning treatment of a textile , wherein the information is acquired from an information carrier of a cleaning agent and the textile , or of a cleaning agent and a cleaning device, or of a cleaning agent and the textile and the cleaning device, and the information carrier comprises a package, a label, an NFC chip, or a combination thereof; - establishing at least one treatment parameter of the textile based at least partially on the determined information; - carrying out a cleaning treatment of the textile or causing said treatment to be carried out according to the at least one established treatment parameter by means of at least one cleaning device ; and - outputting or triggering output of the at least one established treatment parameter.
A retrovirus producer cell which expresses a tagging protein at the cell surface, such that retroviral vectors produced by the cell are tagged with the tagging protein, wherein the tagging protein comprises: i) a binding domain which binds to streptavidin ii) a spacer; and iii) a membrane targeting domain such that, when incorporated into a retroviral vector, the tagging protein facilitates purification of the retroviral vector from cellular supernatant via binding of the tagging protein to streptavidin; wherein the binding domain comprises a biotin mimic having the sequence shown as SEQ ID No. 43 which binds streptavidin with a lower affinity than biotin, so that biotin may be used to elute streptavidin-captured retroviral vectors produced by the cell; and wherein the membrane targeting domain comprises a transmembrane domain and an endodomain. i) a binding domain which binds to streptavidin ii) a spacer; and iii) a membrane targeting domain
A lithium-ion battery, comprising a battery case, and a cathode, an anode and a non-aqueous electrolyte inside the battery case; the cathode comprising a cathode active material and a coating layer coated on a surface of the cathode active material; the cathode active material having at least one of the component represented by general formula 1 or general formula 2, general formula 1: Li x Ni y M 1-y O 2 , wherein 0.5<x<1.2, 0.5≤y≤1, and M is at least one selected from the group consisting of Co, Mn, Al, Ti, Fe, Zn, Zr, and Cr; general formula 2: Li k Co z L 1-z O 2 , wherein 0.5<k<1.2, 0.5<z<1, L is at least one selected from the group consisting of Ni, Mn, Al, Ti, Fe, Zn, Zr, and Cr; the coating layer is a metal oxide and/or a metal fluoride; the anode includes an anode active material selected from at least one of graphite or a silicon-containing carbon material; the non-aqueous electrolyte contains at least one of the unsaturated phosphate ester compounds represented by structural formula 1, wherein R 1 , R 2 and R 3 are each independently selected from a saturated hydrocarbon group, an unsaturated hydrocarbon group or a halogenated hydrocarbon group having 1 to 5 carbon atoms, and at least one of R 1 , R 2 and R 3 is an unsaturated hydrocarbon group. the cathode comprising a cathode active material and a coating layer coated on a surface of the cathode active material; the cathode active material having at least one of the component represented by general formula 1 or general formula 2, general formula 1: Li x Ni y M 1-y O 2 , wherein 0.5<x<1.2, 0.5≤y≤1, and M is at least one selected from the group consisting of Co, Mn, Al, Ti, Fe, Zn, Zr, and Cr; general formula 2: Li k Co z L 1-z O 2 , wherein 0.5<k<1.2, 0.5<z<1, L is at least one selected from the group consisting of Ni, Mn, Al, Ti, Fe, Zn, Zr, and Cr; the coating layer is a metal oxide and/or a metal fluoride; the anode includes an anode active material selected from at least one of graphite or a silicon-containing carbon material; the non-aqueous electrolyte contains at least one of the unsaturated phosphate ester compounds represented by structural formula 1, wherein R 1 , R 2 and R 3 are each independently selected from a saturated hydrocarbon group, an unsaturated hydrocarbon group or a halogenated hydrocarbon group having 1 to 5 carbon atoms, and at least one of R 1 , R 2 and R 3 is an unsaturated hydrocarbon group.
A system comprising: a root node in a packet based network that transmits a plurality of packets; an intermediary node coupled to the root node ; and a plurality of leaf nodes coupled to the intermediary node , wherein the root node , the intermediary node , and the plurality of leaf nodes are arranged in a tree topology, wherein the packets are received at the intermediary node from the root node at an upstream data rate equal to a required data rate of the leaf node with the maximum data rate, and wherein the packets are transmitted from the intermediary node to each of the plurality of leaf nodes at a plurality of different required data rates such that each particular one of the plurality of leaf nodes receives the packets at a data rate corresponding to the required data rate for the particular one of the plurality of leaf nodes , wherein some of the packets are dropped when at least one of a plurality of downstream required data rates is less than the upstream data rate, wherein the root node is coupled to a master clock associated with the maximum data rate and the leaf nodes are coupled to a plurality of corresponding slave clocks associated with the different required data rates of the leaf nodes , and wherein the packets comprise timestamps or frequency/time synchronization information for the master clock and the slave clocks. a root node in a packet based network that transmits a plurality of packets; an intermediary node coupled to the root node ; and a plurality of leaf nodes coupled to the intermediary node , wherein the root node , the intermediary node , and the plurality of leaf nodes are arranged in a tree topology, wherein the packets are received at the intermediary node from the root node at an upstream data rate equal to a required data rate of the leaf node with the maximum data rate, and wherein the packets are transmitted from the intermediary node to each of the plurality of leaf nodes at a plurality of different required data rates such that each particular one of the plurality of leaf nodes receives the packets at a data rate corresponding to the required data rate for the particular one of the plurality of leaf nodes , wherein some of the packets are dropped when at least one of a plurality of downstream required data rates is less than the upstream data rate, wherein the root node is coupled to a master clock associated with the maximum data rate and the leaf nodes are coupled to a plurality of corresponding slave clocks associated with the different required data rates of the leaf nodes , and wherein the packets comprise timestamps or frequency/time synchronization information for the master clock and the slave clocks.
5-amino-2,3-dihydro-1,4-phthalazinedione or one of its pharmaceutically acceptable salts for use in the treatment of chronic progressive forms of multiple sclerosis.
A peptide which: (i) consists of 12 to 16 amino acids; (ii) has at least 8 arginine residues of which no more than 7 are consecutive; (iii) has 2 or 3 tryptophan residues which are not both, or not all, consecutive; and (iv) (a) consists of only two types of amino acid, wherein said two types of amino acid are arginine and tryptophan; or (b) consists of only three types of amino acid, wherein said three types of amino acid are arginine, tryptophan and glycine, and wherein said peptide has 1 to 4 glycine residues; said peptide optionally in the form of a salt, ester or amide. (i) consists of 12 to 16 amino acids; (ii) has at least 8 arginine residues of which no more than 7 are consecutive; (iii) has 2 or 3 tryptophan residues which are not both, or not all, consecutive; and (iv) (a) consists of only two types of amino acid, wherein said two types of amino acid are arginine and tryptophan; or (b) consists of only three types of amino acid, wherein said three types of amino acid are arginine, tryptophan and glycine, and wherein said peptide has 1 to 4 glycine residues; (a) consists of only two types of amino acid, wherein said two types of amino acid are arginine and tryptophan; or (b) consists of only three types of amino acid, wherein said three types of amino acid are arginine, tryptophan and glycine, and wherein said peptide has 1 to 4 glycine residues;
A mutual sexual stimulation device for receiving and aligning first and second undersides of first and second male genitalia comprising: a body including first and second openings on a front face , wherein first and second channels extend into the body from the first and second openings , respectively, along first and second longitudinal axes, respectively, toward first and second internal ends, respectively; wherein the first and second longitudinal axes tend toward each other within the body ; and wherein the first and second channels partially merge to form a chamber , characterized in that the converging channels form a lemniscate shape into the chamber , with the interior surfaces of the channels and chamber converging to facilitate contact between the first and second male genitalia. a body including first and second openings on a front face , wherein first and second channels extend into the body from the first and second openings , respectively, along first and second longitudinal axes, respectively, toward first and second internal ends, respectively; wherein the first and second longitudinal axes tend toward each other within the body ; and wherein the first and second channels partially merge to form a chamber , characterized in that the converging channels form a lemniscate shape into the chamber , with the interior surfaces of the channels and chamber converging to facilitate contact between the first and second male genitalia.