mhurhangee/patent-ind-claim-en huggingface dataset:
A method for ensuring precision landing of an aerial vehicle, equipped with a receiving portion, on a landing site, equipped with a transmitting portion, wherein: a) an emission by at least two projectors of an emitting unit of a transmitting portion is initiated; b) a signal comprising emission of the projectors is registered by means of a light sensor of a receiving portion ; c) a spectrum of the registered signal is analyzed by means of a data processing unit of the receiving portion in order to ensure determination of the most precisely directed projector among the projectors ; the method characterised in comprising step d), wherein: d) a dislocation of the receiving portion relative to the most precisely directed projector of the emitting unit of the transmitting portion is calculated according to the formula: d = I ⋅ cos a E ⋅ sin a , where: I - known intensity of the most precisely directed projector ; E - registered intensity of the most precisely directed projector ; a - an angle between a direction of an emission intensity maximum from the most precisely directed projector and a normal to the main plane of the emitting unit . a) an emission by at least two projectors of an emitting unit of a transmitting portion is initiated; b) a signal comprising emission of the projectors is registered by means of a light sensor of a receiving portion ; c) a spectrum of the registered signal is analyzed by means of a data processing unit of the receiving portion in order to ensure determination of the most precisely directed projector among the projectors ; I - known intensity of the most precisely directed projector ; E - registered intensity of the most precisely directed projector ; a - an angle between a direction of an emission intensity maximum from the most precisely directed projector and a normal to the main plane of the emitting unit .
Coupling device for the modular construction of structures or objects, having a main body which has at least one through-opening or at least one recess and which can be coupled to at least one component of a structure or object, wherein the at least one through-opening or the at least one recess is designed for interacting with a coupling means for coupling the at least one component to the main body , wherein the main body is designed as a corner element or edge element of a module of the structure or object, wherein at least one first connecting element acting substantially between the main body and the at least one component is assigned to the main body and/or wherein at least one second connecting element coupling two or more main bodies is assigned to the main body , wherein the at least one first connecting element and/or wherein at least one second connecting element each have at least one positioning element for frictional and/or positive interacting with at least one corresponding mating element of the main body and wherein the at least one positioning element and/or the at least one mating element have a rectangular or square shape, characterized in that the rectangular or square shape of the at least one positioning element and/or of the at least one mating element has beveled side regions or side surfaces . wherein at least one first connecting element acting substantially between the main body and the at least one component is assigned to the main body and/or wherein at least one second connecting element coupling two or more main bodies is assigned to the main body , wherein the at least one first connecting element and/or wherein at least one second connecting element each have at least one positioning element for frictional and/or positive interacting with at least one corresponding mating element of the main body and wherein the at least one positioning element and/or the at least one mating element have a rectangular or square shape, characterized in that the rectangular or square shape of the at least one positioning element and/or of the at least one mating element has beveled side regions or side surfaces .
Method for determining a parameter of a wheel of an observed railway vehicle, wherein - an evaluation unit is fed with driving-related diagnostic data of at least one reference railway vehicle, which diagnostic data comprise driving-related properties, on which the parameter of a wheel of the reference railway vehicle depends, - the evaluation unit is fed with wheel measurement data of the at least one reference railway vehicle, which wheel measurement data comprise measured values of the parameter of the wheel of the reference railway vehicle, - a function between the driving-related diagnostic data and the wheel measurement data is determined on the basis of a supervised learning algorithm by means of the evaluation unit, - the evaluation unit is fed with driving-related diagnostic data of the observed railway vehicle, which diagnostic data comprise driving-related properties, on which the parameter of the wheel of the observed railway vehicle depends, - the parameter of the wheel of the observed railway vehicle is determined by the evaluation unit using the determined function and the diagnostic data of the observed railway vehicle, and - a progression of the parameter is determined and a point is determined, at which the parameter of the wheel of the observed railway vehicle reaches a given critical value. - an evaluation unit is fed with driving-related diagnostic data of at least one reference railway vehicle, which diagnostic data comprise driving-related properties, on which the parameter of a wheel of the reference railway vehicle depends, - the evaluation unit is fed with wheel measurement data of the at least one reference railway vehicle, which wheel measurement data comprise measured values of the parameter of the wheel of the reference railway vehicle, - a function between the driving-related diagnostic data and the wheel measurement data is determined on the basis of a supervised learning algorithm by means of the evaluation unit, - the evaluation unit is fed with driving-related diagnostic data of the observed railway vehicle, which diagnostic data comprise driving-related properties, on which the parameter of the wheel of the observed railway vehicle depends, - the parameter of the wheel of the observed railway vehicle is determined by the evaluation unit using the determined function and the diagnostic data of the observed railway vehicle, and - a progression of the parameter is determined and a point is determined, at which the parameter of the wheel of the observed railway vehicle reaches a given critical value.
A production method for a zinc electrode, comprising at least the following steps: a) preparation of a mixture of zinc oxide (ZnO) and/or one of the precursors thereof, calcium hydroxide (Ca(OH) 2 ) and water (H 2 O), the molar ratio (ZnO/Ca(OH) 2 ) being comprised between 3/1 and 10/1, the mass ratio H 2 O/(ZnO+Ca(OH) 2 ) being comprised between 1/5 and 1/20, b) ripening of the mixture prepared in step a), so as to form calcium zincate crystals Ca(OH) 2 ·2Zn(OH) 2 ·2H 2 O according to the reaction from equation 5 Equation 5 2ZnO + Ca(OH) 2 + 4H 2 O → Ca(OH) 2 ·2Zn(OH) 2 ·2H 2 O, c) addition of solvent to the mixture coming from step b) so as to interrupt the ripening by slowing the growth of the calcium zincate crystals Ca(OH) 2 ·2Zn(OH) 2 ·2H 2 O, and d) production of a zinc electrode by means of the mixture comprising calcium zincate crystals Ca(OH) 2 ·2Zn(OH) 2 ·2H 2 O from step c). a) preparation of a mixture of zinc oxide (ZnO) and/or one of the precursors thereof, calcium hydroxide (Ca(OH) 2 ) and water (H 2 O), the molar ratio (ZnO/Ca(OH) 2 ) being comprised between 3/1 and 10/1, the mass ratio H 2 O/(ZnO+Ca(OH) 2 ) being comprised between 1/5 and 1/20, b) ripening of the mixture prepared in step a), so as to form calcium zincate crystals Ca(OH) 2 ·2Zn(OH) 2 ·2H 2 O according to the reaction from equation 5 Equation 5 2ZnO + Ca(OH) 2 + 4H 2 O → Ca(OH) 2 ·2Zn(OH) 2 ·2H 2 O, c) addition of solvent to the mixture coming from step b) so as to interrupt the ripening by slowing the growth of the calcium zincate crystals Ca(OH) 2 ·2Zn(OH) 2 ·2H 2 O, and d) production of a zinc electrode by means of the mixture comprising calcium zincate crystals Ca(OH) 2 ·2Zn(OH) 2 ·2H 2 O from step c).
A container for storing and displaying angling rigs for use by anglers, which container comprises: (i) a first container part which is hinged to a second container part ; and (ii) a plurality of mounting formations which are arranged in rows in the first and second container parts and which are for receiving the angling rigs , and the container being such that: (iii) the mounting formations are slideably adjustable in the first and second container parts ; (iv) the container includes slide formations in the first and second container parts ; (v) the mounting formations are slideable on the slide formations ; and (vi) the slide formations are interrupted along their length by interrupting members which cause the mounting formations to be incrementally adjustable in position along the slide formations for receiving different lengths of the angling rigs ; and (vii) the slide formations are arranged in pairs, each pair of the slide formations is spaced apart, each pair of the slide formations receives a plurality of the mounting formations , a first end portion of each of the plurality of mounting formations fits on one of the pair of the slide formations , and a second end portion of each of the plurality of mounting formations fits on the other one of the pair of the slide formations . (i) a first container part which is hinged to a second container part ; and (ii) a plurality of mounting formations which are arranged in rows in the first and second container parts and which are for receiving the angling rigs , (iii) the mounting formations are slideably adjustable in the first and second container parts ; (iv) the container includes slide formations in the first and second container parts ; (v) the mounting formations are slideable on the slide formations ; and (vi) the slide formations are interrupted along their length by interrupting members which cause the mounting formations to be incrementally adjustable in position along the slide formations for receiving different lengths of the angling rigs ; and (vii) the slide formations are arranged in pairs, each pair of the slide formations is spaced apart, each pair of the slide formations receives a plurality of the mounting formations , a first end portion of each of the plurality of mounting formations fits on one of the pair of the slide formations , and a second end portion of each of the plurality of mounting formations fits on the other one of the pair of the slide formations .
A talar implant , comprising: a plate having an inferior surface configured for attachment to a talus , the plate having a post projecting from a superior surface of the plate, the post having at least one threaded hole ; a talar dome (110; 110a) having a superior articulation surface and an inferior surface configured to face the plate, and an opening in the inferior surface shaped to receive the post, the talar dome having at least one through hole , the through hole having a threaded surface and a groove , the groove having a larger outer diameter than the threaded surface; at least one fastener configured to engage the threaded hole of the post and the threaded surface of the through hole, the at least one fastener having a groove that is aligned with the groove of the through hole when the fastener is inserted in the talar dome and the post; and at least one clip configured to engage the groove of the through hole of the talar dome and the groove of the fastener. a plate having an inferior surface configured for attachment to a talus , the plate having a post projecting from a superior surface of the plate, the post having at least one threaded hole ; a talar dome (110; 110a) having a superior articulation surface and an inferior surface configured to face the plate, and an opening in the inferior surface shaped to receive the post, the talar dome having at least one through hole , the through hole having a threaded surface and a groove , the groove having a larger outer diameter than the threaded surface; at least one fastener configured to engage the threaded hole of the post and the threaded surface of the through hole, the at least one fastener having a groove that is aligned with the groove of the through hole when the fastener is inserted in the talar dome and the post; and at least one clip configured to engage the groove of the through hole of the talar dome and the groove of the fastener.
A film for making a layered glass, said film comprising: a first plastic film layer , of Polyvinyl butyral (PVB) with chromophore additives dispersed in it having a first refraction index; at least a second transparent plastic film layer for coating said first layer, made of Polyvinyl butyral (PVB) without additives, having a second refraction index less than said first refraction index and a thickness greater than the first film layer ; said second film layer being coupled to a first face and/or a second face of said first film layer for promoting the confinement by total internal reflection of the luminous radiation inside said first film layer , said first film layer having the first refraction index increased by the presence of the chromophores. a first plastic film layer , of Polyvinyl butyral (PVB) with chromophore additives dispersed in it having a first refraction index; at least a second transparent plastic film layer for coating said first layer, made of Polyvinyl butyral (PVB) without additives, having a second refraction index less than said first refraction index and a thickness greater than the first film layer ; said second film layer being coupled to a first face and/or a second face of said first film layer for promoting the confinement by total internal reflection of the luminous radiation inside said first film layer , said first film layer having the first refraction index increased by the presence of the chromophores.
An orthopaedic implant for use with a fastener having at least one of threads and grooves, the implant comprising: a body defining a long axis , the body including an inner wall defining an elongated slot , the inner wall comprising: a pair of opposing walls , and a first projection disposed on the inner wall, wherein, when the fastener is inserted into the slot, the first projection slidably fits within a groove of the fastener to limit sliding of the implant over the fastener along an axis substantially transverse to the long axis and to permit sliding of the implant over the fastener along the long axis, characterised in that the projection is retractably disposed in an opening defined in the inner wall such that a portion of the first projection can extend into the slot through the opening. a pair of opposing walls , and a first projection disposed on the inner wall, wherein, when the fastener is inserted into the slot, the first projection slidably fits within a groove of the fastener to limit sliding of the implant over the fastener along an axis substantially transverse to the long axis and to permit sliding of the implant over the fastener along the long axis, characterised in that the projection is retractably disposed in an opening defined in the inner wall such that a portion of the first projection can extend into the slot through the opening.
An apparatus , comprising: a plurality of Raster Image Processors, 'RIPs', collectively comprising a total number of RIPs that are configured to process logical pages ; and a scheduler configured to receive a print job , to determine that a number of available RIPs of the plurality of RIPs to process logical pages in the print job is less than the total number of RIPs, and to iteratively increase a number of the logical pages in the print job that are assigned to each of the available RIPs as the number of available RIPs increases over time, characterized in that the scheduler, responsive to determining that the number of available RIPs is less than the total number of RIPs, is configured to: assign a first number of logical pages to each of the available RIPs, wherein the first number of logical pages is less than a maximum number of logical pages assignable to a RIP; determine that the number of available RIPs has increased; and assign a second number of logical pages to each of the available RIPs, wherein the second number of logical pages is higher than the first number of logical pages and less than or equal to the maximum number of logical pages. a plurality of Raster Image Processors, 'RIPs', collectively comprising a total number of RIPs that are configured to process logical pages ; and a scheduler configured to receive a print job , to determine that a number of available RIPs of the plurality of RIPs to process logical pages in the print job is less than the total number of RIPs, and to iteratively increase a number of the logical pages in the print job that are assigned to each of the available RIPs as the number of available RIPs increases over time, characterized in that the scheduler, responsive to determining that the number of available RIPs is less than the total number of RIPs, is configured to: assign a first number of logical pages to each of the available RIPs, wherein the first number of logical pages is less than a maximum number of logical pages assignable to a RIP; determine that the number of available RIPs has increased; and assign a second number of logical pages to each of the available RIPs, wherein the second number of logical pages is higher than the first number of logical pages and less than or equal to the maximum number of logical pages. assign a first number of logical pages to each of the available RIPs, wherein the first number of logical pages is less than a maximum number of logical pages assignable to a RIP; determine that the number of available RIPs has increased; and assign a second number of logical pages to each of the available RIPs, wherein the second number of logical pages is higher than the first number of logical pages and less than or equal to the maximum number of logical pages.
A method for use in a user equipment, UE, in idle mode and having at least one packet data network, PDN, connection comprising local internet protocol access, LIPA, connectivity at a first cell having a first cell characteristic, the method comprising: receiving, from an Access Stratum, AS, of the UE , an Access Stratum notification that the UE has moved into a second cell having a second cell characteristic, where each of the first and second cell characteristics comprises a closed subscriber group, CSG, ID, or a cell ID; and in response to the AS notification, sending, by the UE to a network, a Non Access Stratum, NAS, message based on the second cell characteristic being different from the first cell characteristic; wherein the UE determines whether LIPA continuity is provided in the second cell based on the CSG ID of the first cell being different from the CSG ID of the second cell, or the second cell being a non-CSG cell or not having a CSG ID, or the UE moving to a different CSG cell with the same CSG ID of the first cell. receiving, from an Access Stratum, AS, of the UE , an Access Stratum notification that the UE has moved into a second cell having a second cell characteristic, where each of the first and second cell characteristics comprises a closed subscriber group, CSG, ID, or a cell ID; and in response to the AS notification, sending, by the UE to a network, a Non Access Stratum, NAS, message based on the second cell characteristic being different from the first cell characteristic; wherein the UE determines whether LIPA continuity is provided in the second cell based on the CSG ID of the first cell being different from the CSG ID of the second cell, or the second cell being a non-CSG cell or not having a CSG ID, or the UE moving to a different CSG cell with the same CSG ID of the first cell.
Drive and/or guidance system for a rotary joint , comprising: - coplanar first and second arms (22', 22"), the distal portions of said first and second arms (22', 22") engaging with a female member of a rotary joint by means of fastening and/or attaching means ; - a beam being substantially transverse and coplanar and engaging with the proximal portions (22'p; 22"p) of the first and second arms (22', 22"), said system being characterized in that : - the first and second arms (22', 22") comprise first and second double-rod cylinders (28', 28"), respectively; - the first cylinder comprises a piston (28'p), a posterior chamber (28'c1) and an anterior chamber (28'c2) on either side of said piston (28'p), said chambers having the same cross section; - the second cylinder (28") comprises a piston (28"p), a posterior chamber (28"c1) and an anterior chamber (28"c2) on either side of said piston , said chambers having the same cross section as the posterior chamber (28'c1) and anterior chamber (28'c2) of the first cylinder ; - the posterior chamber (28'c1) of the first cylinder engages with the anterior chamber (28"c2) of the second cylinder (28") by means of a first pipe ; - the posterior chamber (28"c1) of the second cylinder (28") engages with the anterior chamber (28'c1) of the first cylinder by means of a second pipe (27"). - coplanar first and second arms (22', 22"), the distal portions of said first and second arms (22', 22") engaging with a female member of a rotary joint by means of fastening and/or attaching means ; - a beam being substantially transverse and coplanar and engaging with the proximal portions (22'p; 22"p) of the first and second arms (22', 22"), - the first and second arms (22', 22") comprise first and second double-rod cylinders (28', 28"), respectively; - the first cylinder comprises a piston (28'p), a posterior chamber (28'c1) and an anterior chamber (28'c2) on either side of said piston (28'p), said chambers having the same cross section; - the second cylinder (28") comprises a piston (28"p), a posterior chamber (28"c1) and an anterior chamber (28"c2) on either side of said piston , said chambers having the same cross section as the posterior chamber (28'c1) and anterior chamber (28'c2) of the first cylinder ; - the posterior chamber (28'c1) of the first cylinder engages with the anterior chamber (28"c2) of the second cylinder (28") by means of a first pipe ; - the posterior chamber (28"c1) of the second cylinder (28") engages with the anterior chamber (28'c1) of the first cylinder by means of a second pipe (27").