mhurhangee/ep-ind-claims huggingface dataset:
An aerial vehicle landing method, comprising: determining, by an aerial vehicle, a dynamic target, wherein the dynamic target is a target in motion; following, by the aerial vehicle, the dynamic target; and landing, by the aerial vehicle, on the dynamic target or near the dynamic target, when the aerial vehicle approaches the dynamic target; characterised in that the landing, by the aerial vehicle, on the dynamic target or near the dynamic target comprises: determining (S 108) a type of the dynamic target; and if the dynamic target is a type of dynamic target that is unsuitable for landing, landing near the dynamic target in a location whose distance from the dynamic target is less than a preset distance. determining, by an aerial vehicle, a dynamic target, wherein the dynamic target is a target in motion; following, by the aerial vehicle, the dynamic target; and landing, by the aerial vehicle, on the dynamic target or near the dynamic target, when the aerial vehicle approaches the dynamic target; characterised in that the landing, by the aerial vehicle, on the dynamic target or near the dynamic target comprises: determining (S 108) a type of the dynamic target; and if the dynamic target is a type of dynamic target that is unsuitable for landing, landing near the dynamic target in a location whose distance from the dynamic target is less than a preset distance. determining (S 108) a type of the dynamic target; and if the dynamic target is a type of dynamic target that is unsuitable for landing, landing near the dynamic target in a location whose distance from the dynamic target is less than a preset distance.
A medical assembly for the treatment of a pelvic floor disorder (100; 500) comprising: an implant assembly (102; 200) including an implant (106; 206), a proximal portion (108; 202) and a distal portion (110; 204); and an adaptor (104; 402; 402B) configured to be coupled to the implant assembly (102; 200) at the distal portion (110; 204) of the implant assembly (102; 200) after at least a portion of the implant assembly (102; 200) extends through and out of the body, wherein the adaptor (104; 402; 402B) includes: a proximal portion (112; 404), a distal portion (114; 406), and a lumen (128; 430) defined between the proximal (112; 404) and the distal portion (114; 406); a locking mechanism (118; 410) for locking the adaptor (104; 402; 402B) to the distal portion (110; 204) of the implant assembly (102; 200); and a hub portion (120; 418) defined at the distal portion (114; 406) of the adaptor (104; 402; 402B), characterized in that the medical assembly (100; 500) further comprises a fluid delivery device configured to be coupled to the hub portion (120; 418) of the adaptor (104; 402; 402B) and configured for fluid delivery to a target site proximate the implant assembly (102; 200) in a body of a patient such that a direction of the delivery of the fluid is different from a direction of the delivery of the implant assembly (102; 200) inside the body. an implant assembly (102; 200) including an implant (106; 206), a proximal portion (108; 202) and a distal portion (110; 204); and an adaptor (104; 402; 402B) configured to be coupled to the implant assembly (102; 200) at the distal portion (110; 204) of the implant assembly (102; 200) after at least a portion of the implant assembly (102; 200) extends through and out of the body, wherein the adaptor (104; 402; 402B) includes: a proximal portion (112; 404), a distal portion (114; 406), and a lumen (128; 430) defined between the proximal (112; 404) and the distal portion (114; 406); a locking mechanism (118; 410) for locking the adaptor (104; 402; 402B) to the distal portion (110; 204) of the implant assembly (102; 200); and a hub portion (120; 418) defined at the distal portion (114; 406) of the adaptor (104; 402; 402B), a proximal portion (112; 404), a distal portion (114; 406), and a lumen (128; 430) defined between the proximal (112; 404) and the distal portion (114; 406); a locking mechanism (118; 410) for locking the adaptor (104; 402; 402B) to the distal portion (110; 204) of the implant assembly (102; 200); and a hub portion (120; 418) defined at the distal portion (114; 406) of the adaptor (104; 402; 402B), characterized in that the medical assembly (100; 500) further comprises a fluid delivery device configured to be coupled to the hub portion (120; 418) of the adaptor (104; 402; 402B) and configured for fluid delivery to a target site proximate the implant assembly (102; 200) in a body of a patient such that a direction of the delivery of the fluid is different from a direction of the delivery of the implant assembly (102; 200) inside the body.
A battery device configured to be loadable on an electronic apparatus, the battery device comprising: two surface cases (105, 106) assembled to form a housing for at least one battery cell therein; a plurality of terminal members provided in a terminal case of the battery device by insert-molding; said terminal case being arranged between two terminal positioning ribs; a plurality of terminal grooves in which said plurality of terminal members is disposed and which are opened to two adjacent surfaces of said housing; a first and a second guide groove respectively provided at opposite ends of said plurality of terminal grooves; wherein each of said guide grooves is larger in length, depth and width than each of said plurality of terminal grooves. said plurality of terminal grooves and said first and second guide grooves being set in said terminal case, and a concave portion being respectively provided in one of said two surface cases (105, 106) adjacent to each of a corresponding of said terminal positioning ribs projecting from said one surface case in a direction away from said concave portion and said at least one battery cell, said concave portions being respectively opened to two surfaces of said one surface case. two surface cases (105, 106) assembled to form a housing for at least one battery cell therein; a plurality of terminal members provided in a terminal case of the battery device by insert-molding; said terminal case being arranged between two terminal positioning ribs; a plurality of terminal grooves in which said plurality of terminal members is disposed and which are opened to two adjacent surfaces of said housing; a first and a second guide groove respectively provided at opposite ends of said plurality of terminal grooves; wherein each of said guide grooves is larger in length, depth and width than each of said plurality of terminal grooves. said plurality of terminal grooves and said first and second guide grooves being set in said terminal case, and a concave portion being respectively provided in one of said two surface cases (105, 106) adjacent to each of a corresponding of said terminal positioning ribs projecting from said one surface case in a direction away from said concave portion and said at least one battery cell, said concave portions being respectively opened to two surfaces of said one surface case.
A pointer-type angle measuring device, characterized by comprising: - a shell having a front surface and a rear surface, windows respectively arranged on said front surface and said rear surface, and a front transparent cover and a rear transparent cover respectively arranged on the windows of said front surface and said rear surface, the shell having an inner cavity between said front transparent cover and said rear transparent cover; - a main shaft having a first end and a second end, wherein the first end is fixed to said front transparent cover and the second end is fixed to said rear transparent cover; - a pointer arranged in said inner cavity, wherein the pointer has a pointer body and a front pointer head mounted directly on the pointer body, wherein the pointer body of the pointer is rotatably mounted on said main shaft as the axial line; and - a dial of circular shape, fixed at the outer edge of the windows of said shell; characterized in that said shell consists of a front cover (1 a) and a rear cover (1 b), wherein said pointer comprises a rear pointer head in addition to the front pointer head, wherein the rear pointer head is directly mounted to said pointer body. - a shell having a front surface and a rear surface, windows respectively arranged on said front surface and said rear surface, and a front transparent cover and a rear transparent cover respectively arranged on the windows of said front surface and said rear surface, the shell having an inner cavity between said front transparent cover and said rear transparent cover; - a main shaft having a first end and a second end, wherein the first end is fixed to said front transparent cover and the second end is fixed to said rear transparent cover; - a pointer arranged in said inner cavity, wherein the pointer has a pointer body and a front pointer head mounted directly on the pointer body, wherein the pointer body of the pointer is rotatably mounted on said main shaft as the axial line; and - a dial of circular shape, fixed at the outer edge of the windows of said shell; characterized in that
A method of producing an insulation board for use in a sandwich panel production process, said method comprising: - providing a plurality of elongated insulation elements, each comprising a board of porous insulation material wrapped in a gas-impermeable foil and having a top surface and a bottom surface and a generally rectangular cross-sectional shape; - arranging said elongated insulation elements adjacent each other on a first mineral wool fibre board at a predetermined distance from each other, the bottom surfaces of said elongated insulation elements being fixed to the first mineral wool fibre board; and - arranging and fixing a second mineral wool fibre board on the top surfaces of said elongated insulation elements. - providing a plurality of elongated insulation elements, each comprising a board of porous insulation material wrapped in a gas-impermeable foil and having a top surface and a bottom surface and a generally rectangular cross-sectional shape; - arranging said elongated insulation elements adjacent each other on a first mineral wool fibre board at a predetermined distance from each other, the bottom surfaces of said elongated insulation elements being fixed to the first mineral wool fibre board; and - arranging and fixing a second mineral wool fibre board on the top surfaces of said elongated insulation elements.
A method for treating and sterilising ballast water onboard a ship, suitable for reducing and/or removing the contents of living micro-organisms, wherein the ballast water is filtered and then subjected to a sterilising treatment by UV radiations within at least one storing tank, characterised by the steps of: providing at least an apparatus for recirculating and sterilising the ballast water, inside the storing tank, said apparatus comprising a UV radiation source device comprising a watertight casing; recirculating the ballast water from the storing tank, through the internal UV radiation source, and injecting and mixing the sterilised ballast water by a diffuser with the ballast water inside the storing tank; and continuing the recirculation and UV sterilisation of the ballast water for a period of time suitable for substantially reducing or removing the contents of living micro-organisms into the ballast water, inside the storing tank. providing at least an apparatus for recirculating and sterilising the ballast water, inside the storing tank, said apparatus comprising a UV radiation source device comprising a watertight casing; recirculating the ballast water from the storing tank, through the internal UV radiation source, and injecting and mixing the sterilised ballast water by a diffuser with the ballast water inside the storing tank; and continuing the recirculation and UV sterilisation of the ballast water for a period of time suitable for substantially reducing or removing the contents of living micro-organisms into the ballast water, inside the storing tank.
A fragrance mixture containing hexyl salicylate and additionally at least one further salicylate, wherein the further salicylate is not 3,7,11-trimethyl-2,6,10-dodecatrien-1-yl-2-hydroxybenzoate, and wherein the mixture contains, in addition to hexyl salicylate and the at least one further salicylate, a third salicylate, which is 3,7,11-trimethyl-2,6,10-dodecatrien-1-yl-2-hydroxybenzoate.
A superstructure for a traffic surface, said superstructure comprising a. a base layer of a mastic asphalt, and b. an intermediate layer of a porous asphalt arranged on the base layer, wherein the base layer seals a lower side of the intermediate layer at least in a liquid-tight manner, and c. a top layer of a mastic asphalt arranged on the intermediate layer, the top layer sealing an upper side of the intermediate layer at least in a liquid-tight manner, and d. at least one sealing wall of a mastic asphalt arranged on at least one side surface (122a, 122b) of the intermediate layer, the at least one sealing wall connecting the base layer to the top layer and sealing the at least one side surface (122a, 122b) at least in a liquid-tight manner, characterized in that e. the mastic asphalt of the top layer contains graphite in a proportion by mass of 1.25 % to 5 % of the mastic asphalt of the top layer. a. a base layer of a mastic asphalt, and b. an intermediate layer of a porous asphalt arranged on the base layer, wherein the base layer seals a lower side of the intermediate layer at least in a liquid-tight manner, and c. a top layer of a mastic asphalt arranged on the intermediate layer, the top layer sealing an upper side of the intermediate layer at least in a liquid-tight manner, and d. at least one sealing wall of a mastic asphalt arranged on at least one side surface (122a, 122b) of the intermediate layer, the at least one sealing wall connecting the base layer to the top layer and sealing the at least one side surface (122a, 122b) at least in a liquid-tight manner,
Method for controlling at least one light unit (14, 34) of a vehicle external light unit for a first motor vehicle (10a, 10b, 10c) in a motorcade with at least one second motor vehicle (10a, 10b, 10c), wherein the first motor vehicle (10a, 10b, 10c) transmits data comprising position information and/or environmental data of the first motor vehicle (10a, 10b, 10c) to a device (12, 32), and the device external to the vehicle (12, 32), based on the received data, transmits control information to the first motor vehicle (10a, 10b, 10c), and the first motor vehicle (10a, 10b, 10c) controls the at least one light unit (14, 34) as a function of the transmitted control information, wherein the control information takes into account whether the first motor vehicle (10a, 10b, 10c) constitutes the last vehicle of the motorcade or not, characterised in that the device constitutes a device external to the vehicle and the light unit (14, 34) is controlled such that, only if the first motor vehicle (10a, 10b, 10c) does not constitute the last motor vehicle (10a, 10b, 10c) of the motorcade, under at least one of the following conditions: - that the first motor vehicle (10a, 10b, 10c) is stationary; or - that an engine of the first motor vehicle (10a, 10b, 10c) is switched off; a switched on brake light of the light unit (14, 34) is switched off, wherein the switched on brake light is switched off only after a predetermined latency after the vehicle has been stopped or after the engine has been switched off. - that the first motor vehicle (10a, 10b, 10c) is stationary; or - that an engine of the first motor vehicle (10a, 10b, 10c) is switched off;
A method for ionizing sample particles of a sample gas flow by an ionizer for determining concentration of sample particles in a gas flow, wherein the particles comprise base molecules or clusters, wherein the method comprises following steps: a) providing H 2 SO 4 molecules to an interaction region, b) producing reagent primary ions from particles of candidate reagent gas flow in a primary ion production region, characterized in that the method further comprises steps of: c) introducing said reagent primary ions with H 2 SO 4 molecules in said interaction region in order to arrange interaction between the reagent primary ions and the H 2 SO 4 molecules, thereby producing HSO 4 - ions and again to produce HSO4 - ion clusters comprising HSO 4 - ions and least two H 2 SO 4 molecules via interactions of HSO 4 - with other H 2 SO 4 molecules in said interaction region, and d) introducing said HSO 4 - ion clusters with the sample particles of the sample gas flow in order to provide reactions between said HSO 4 - ion clusters and the sample particles, and thereby provide a sample cluster comprising the HSO 4 - ion clusters and said base sample to be determined. a) providing H 2 SO 4 molecules to an interaction region, b) producing reagent primary ions from particles of candidate reagent gas flow in a primary ion production region, c) introducing said reagent primary ions with H 2 SO 4 molecules in said interaction region in order to arrange interaction between the reagent primary ions and the H 2 SO 4 molecules, thereby producing HSO 4 - ions and again to produce HSO4 - ion clusters comprising HSO 4 - ions and least two H 2 SO 4 molecules via interactions of HSO 4 - with other H 2 SO 4 molecules in said interaction region, and d) introducing said HSO 4 - ion clusters with the sample particles of the sample gas flow in order to provide reactions between said HSO 4 - ion clusters and the sample particles, and thereby provide a sample cluster comprising the HSO 4 - ion clusters and said base sample to be determined.
Apparatus comprising an optical device, with which the surrounding terrain is observable from the interior of a vehicle or of a building, and a shutter device for preventing the emergence of light from the interior of the vehicle or building, wherein the shutter device comprises an LCD window, which is switchable by an electrical voltage, and control electronics connected to the LCD window, with the aid of which control electronics the LCD window is switchable from a light-transmissive state to a light-nontransmissive state, and vice versa, characterized in that the control electronics are operatively connected to at least two photocells arranged in the interior, in such a way that the photocells, upon detecting a light source, generate a signal that is feedable to the control electronics, and the control electronics then switch the LCD window from the light-transmissive state to the light-nontransmissive state.
Induction hob having a plurality of induction heating elements, a control unit, which is designed to operate a number of induction heating elements to heat at least one flexibly definable heating zone in a synchronised manner and a measurement array for measuring a heating power (P, Pi) generated by the induction heating elements, characterised in that the measurement array is designed to measure a sum of the heating powers of at least two induction heating elements (10a, 10b), wherein the control unit is designed to use the sum of the heating powers to regulate the heating power (P, Pi), and wherein the control unit is designed to operate a number of groups of induction heating elements simultaneously with an inverter (22a, 22b) in at least one operating state.
A fixation and watertightness system for reservoir overflow gutters with adapted profiles, the system comprising: - a gutter which has two support bases, - an anchoring profile which has a non-slip surface and an anchoring cavity located at the inner end of the anchoring profile for receiving a fixation profile, said cavity further comprising a watertightness boss forming an anchoring profile, and - a fixation profile which has a stop, characterised in that - the gutter has at its end two side flaps and a bottom flap, the flaps comprising perforations for the union of an adjacent gutter, by the application of screws with nuts in said perforations, - the anchoring profile has two union cavities, - the fixation profile has a cavity, locking relieves and a watertightness boss for fixing a flexible and impervious lining to the anchoring profile, and - the system further comprises a locking profile which has an upper base and a lower base, both with locking relieves. - a gutter which has two support bases, - an anchoring profile which has a non-slip surface and an anchoring cavity located at the inner end of the anchoring profile for receiving a fixation profile, said cavity further comprising a watertightness boss forming an anchoring profile, and - a fixation profile which has a stop, characterised in that - the gutter has at its end two side flaps and a bottom flap, the flaps comprising perforations for the union of an adjacent gutter, by the application of screws with nuts in said perforations, - the anchoring profile has two union cavities, - the fixation profile has a cavity, locking relieves and a watertightness boss for fixing a flexible and impervious lining to the anchoring profile, and - the system further comprises a locking profile which has an upper base and a lower base, both with locking relieves.
A component of a turbomachine, the component being made of an alloy having a chemical composition consisting of: C 0.005-0.03 wt% Si 0.05-0.5 wt% Mn 0.1-1.0 wt% Cr 19.5-22.5 wt% Ni 35.0-37.0 wt% Mo 3.0-5.0 wt% Cu 1.0-2.0 wt% Co 0.0-1.0 wt% Al 0.01-0.5 wt% Ti 1.8-2.5 wt% Nb 0.2-1.0 wt% W 0.0-1.0 wt% based on the alloy weight, the remaining being Fe and impurities, said impurities comprising S 0.0-0.01 wt% and P 0.0-0.025 wt%.
A method for navigating based on directionality, comprising: determining a position of a mobile device and a direction in which the mobile device is oriented; determining one or more paths from the mobile device to one or more destinations associated with a current location of the mobile device; determining one or more distances along the one or more paths from the mobile device to the one or more destinations; displaying one or more direction indicators corresponding to the one or more paths to the one or more destinations; and updating the one or more paths, the one or more destinations, and/or the one or more direction indicators based on movement of a user; wherein a direction indicator of the one or more direction indicators shows a distance of the one or more distances to the one or more destinations and a name or a type of the one or more destinations; and wherein updating comprises: waiting a threshold period of time after the user starts moving in a particular direction before updating; characterized in that updating comprises: waiting a threshold period of time after the user stops turning before updating. determining a position of a mobile device and a direction in which the mobile device is oriented; determining one or more paths from the mobile device to one or more destinations associated with a current location of the mobile device; determining one or more distances along the one or more paths from the mobile device to the one or more destinations; displaying one or more direction indicators corresponding to the one or more paths to the one or more destinations; and updating the one or more paths, the one or more destinations, and/or the one or more direction indicators based on movement of a user; wherein a direction indicator of the one or more direction indicators shows a distance of the one or more distances to the one or more destinations and a name or a type of the one or more destinations; and wherein updating comprises: waiting a threshold period of time after the user starts moving in a particular direction before updating; characterized in that updating comprises: waiting a threshold period of time after the user stops turning before updating. waiting a threshold period of time after the user starts moving in a particular direction before updating; characterized in that updating comprises: waiting a threshold period of time after the user stops turning before updating.