mhurhangee/patent-ind-claim-en huggingface dataset:
A drawstring bag made of film material, comprising • two side walls which are placed one on top of the other about a base fold line , • which each have a turned hem opposite the base fold line , • wherein the side walls including the hems are interconnected at the sides by means of side seams that extend perpendicularly to the base fold line , • the hems enclose a bag opening , • each hem comprises a first thumb hole centrally and open at its upper edge as well as a second thumb hole next to one of the two side seams and open at its upper edge, • a drawstring is arranged in each hem , • the ends of the drawstrings are connected to the same side seam on the side of the first thumb holes that is remote from the second thumb holes , • the drawstrings are interconnected next to the second thumb holes , such that a loop formed by the interconnected drawstrings can be pulled out of the second thumb holes for suspension on a hook and the drawstrings can be pulled out of the first thumb holes while bunching together the hems , • wherein the drawstrings , next to the second thumb holes , comprise a connection to one another at a distance from the adjacent side seam and are additionally connected at their ends to the adjacent side seam next to the second thumb holes , wherein first perforation lines or cut lines extend transversely through the two drawstrings between the connection of the drawstrings to one another and the adjacent side seam . • two side walls which are placed one on top of the other about a base fold line , • which each have a turned hem opposite the base fold line , • wherein the side walls including the hems are interconnected at the sides by means of side seams that extend perpendicularly to the base fold line , • the hems enclose a bag opening , • each hem comprises a first thumb hole centrally and open at its upper edge as well as a second thumb hole next to one of the two side seams and open at its upper edge, • a drawstring is arranged in each hem , • the ends of the drawstrings are connected to the same side seam on the side of the first thumb holes that is remote from the second thumb holes , • the drawstrings are interconnected next to the second thumb holes , such that a loop formed by the interconnected drawstrings can be pulled out of the second thumb holes for suspension on a hook and the drawstrings can be pulled out of the first thumb holes while bunching together the hems , • wherein the drawstrings , next to the second thumb holes , comprise a connection to one another at a distance from the adjacent side seam and are additionally connected at their ends to the adjacent side seam next to the second thumb holes , wherein first perforation lines or cut lines extend transversely through the two drawstrings between the connection of the drawstrings to one another and the adjacent side seam .
A method performed by a network node of a wireless 5G communication network , for handling a session comprising data packets to be transmitted to a wireless device , the wireless 5G communication network comprising a first core network node , a second core network node , a first base station and a second base station , wherein the session comprises data packets routed via a plurality of anchor network nodes from a data network , and, in connection with the wireless device handing over from the first base station and the first core network node to the second base station and the second core network node , the method comprising: receiving information of the number of the plurality of anchor network nodes via which data packets of the session are routed; receiving data packets from the plurality of anchor network nodes ; receiving an end marker of each of the plurality of anchor network nodes , each end marker indicating a last data packet of one of the plurality of anchor network nodes routed via the first core network node and, when the number of received end markers equals the number of the plurality of anchor network nodes, triggering to send to the wireless device any data packets related to the session not routed via the first base station stored in a buffer of the second base station. receiving information of the number of the plurality of anchor network nodes via which data packets of the session are routed; receiving data packets from the plurality of anchor network nodes ; receiving an end marker of each of the plurality of anchor network nodes , each end marker indicating a last data packet of one of the plurality of anchor network nodes routed via the first core network node and, when the number of received end markers equals the number of the plurality of anchor network nodes, triggering to send to the wireless device any data packets related to the session not routed via the first base station stored in a buffer of the second base station.
A radio-frequency coaxial connector having fault tolerance, comprising a radio-frequency plug , a radio-frequency socket configured to be coaxially arranged with the radio-frequency plug , and a fixing assembly for fixing the radio-frequency socket , wherein the radio-frequency plug and the radio-frequency socket are movably linked in a plug-in manner, wherein a plug-in structure is provided between the radio-frequency plug and the radio-frequency socket , which comprises a tubular plug outer conductor comprised by the radio-frequency plug and a tubular socket shell comprised by the radio-frequency socket , and wherein the fixing assembly comprises a fixing plug and a columnar fixing socket , and a locking structure for locking the radio-frequency socket to be fixed and locked to the columnar fixing socket is arranged between the fixing plug and the fixing socket , characterized in that the plug-in structure further comprises a plurality of first conductor plates and a second conductor plate comprised by the radio-frequency plug and a tuning-fork shaped socket inner conductor comprised by the radio-frequency socket , wherein the plurality of first conductor plates are plate-shaped conductors, the second conductor plate is a plate-shaped conductor, the plug outer conductor is provided therein with the plurality of first conductor plates extending inside along an axial direction of the tubular plug outer conductor , an inside edge of each of the first conductor plates is integrally connected with the plug outer conductor , with the inner edge being a side of the first conductor plate that is connected to the plug outer conductor , an outside edge of each of the first conductor plates is arranged inside the plug outer conductor , with the outside edge being a side of the first conductor plate opposite to the inside edge, the second conductor plate is fixedly provided at a central axis of the plug outer conductor , a gap is provided between an outside wall of the second conductor plate and an inside wall of the plug outer conductor ; wherein a first slot configured to be matched with the first conductor plate is provided at a front end of the socket shell , the tuning-fork shaped socket inner conductor is provided at a center axis of the socket shell , and a second slot configured to be matched with the second conductor plate is provided at a head end of the socket inner conductor .
A hydraulic pumping system for use with a subterranean well, the system comprising: a hydraulic actuator including a generally tubular cylinder , a piston sealingly and reciprocably disposed in the cylinder , wherein the piston displaces a rod string in response to a pressure differential across the piston , a magnet that displaces with the piston , and at least one sensor that continuously detects a position of the magnet as the magnet displaces with the piston , wherein a ferromagnetic wall of the cylinder has a thickness of at least 1.25 cm, and wherein the ferromagnetic wall of the cylinder is positioned between the magnet and the sensor . a hydraulic actuator including a generally tubular cylinder , a piston sealingly and reciprocably disposed in the cylinder , wherein the piston displaces a rod string in response to a pressure differential across the piston , a magnet that displaces with the piston , and at least one sensor that continuously detects a position of the magnet as the magnet displaces with the piston , wherein a ferromagnetic wall of the cylinder has a thickness of at least 1.25 cm, and wherein the ferromagnetic wall of the cylinder is positioned between the magnet and the sensor .
A manual-scanning printing device that can be grasped by a user and moved on a printing medium comprising: a printing head configured to print an image on the printing medium while moving relative to the printing medium ; a detector configured to detect a moving amount of the printing head for each sampling cycle that is set in advance, the moving amount being relative to the printing medium ; and a control circuit configured to perform a first control to cause the printing head to perform printing when a moving speed of the printing head based on the moving amount detected by the detector and the sampling cycle is equal to or higher than a first moving speed at which the moving amount for each the sampling cycle becomes a reference distance corresponding to a print resolution of the printing head , the printing being performed at a timing that has been set corresponding to the moving speed by dividing the reference distance by the moving speed of the manual-scanning printing device . a printing head configured to print an image on the printing medium while moving relative to the printing medium ; a detector configured to detect a moving amount of the printing head for each sampling cycle that is set in advance, the moving amount being relative to the printing medium ; and a control circuit configured to perform a first control to cause the printing head to perform printing when a moving speed of the printing head based on the moving amount detected by the detector and the sampling cycle is equal to or higher than a first moving speed at which the moving amount for each the sampling cycle becomes a reference distance corresponding to a print resolution of the printing head , the printing being performed at a timing that has been set corresponding to the moving speed by dividing the reference distance by the moving speed of the manual-scanning printing device .
Hot water system for the provision of hot water to at least one draw-off point , where the hot water system comprises a first storage tank and a heat pump , where the first storage tank comprises a cold water inlet and a hot water outlet for the hot water as well as a flow and a return as part of a heat volume flow of the heat pump , where the first storage tank is designed to hydraulically separate the volume flows between heat pump and hot water, where the first storage tank comprises a heat exchanger, where the hot water system comprises, at least in sections, parallel to a pipeline between hot water outlet and draw-off point , a DHW circulation line , which is designed to circulate the water in the pipeline , where the DHW circulation line comprises a pumping device to circulate the hot water and a heating device to heat the hot water, which are designed to heat the water in the pipeline to a pre-defined temperature, characterised in that the first storage tank is designed as an instantaneous water heater for the hot water and that the heating device of the DHW circulation line comprises an electric wall mounted storage tank. where the first storage tank comprises a cold water inlet and a hot water outlet for the hot water as well as a flow and a return as part of a heat volume flow of the heat pump , where the first storage tank is designed to hydraulically separate the volume flows between heat pump and hot water, where the first storage tank comprises a heat exchanger, where the hot water system comprises, at least in sections, parallel to a pipeline between hot water outlet and draw-off point , a DHW circulation line , which is designed to circulate the water in the pipeline , where the DHW circulation line comprises a pumping device to circulate the hot water and a heating device to heat the hot water, which are designed to heat the water in the pipeline to a pre-defined temperature, characterised in that the first storage tank is designed as an instantaneous water heater for the hot water and that the heating device of the DHW circulation line comprises an electric wall mounted storage tank.
A method for transforming server internet protocol addresses specified via a domain name, the method comprising: (a) receiving , by an intermediary device between a plurality of clients and a plurality of servers , a request to access a server identified by a domain name, the server having a primary internet protocol, IP, address for the domain name of the server and a secondary IP address , the device configured to communicate with the server using the secondary IP address ; (b) receiving , by the intermediary device , the primary IP address resolved by a domain name service ; (c) identifying , by the intermediary device , a transformation policy for the server , the transformation policy comprising an IP address replacement and a translation mask ; (d) transforming , by the intermediary device , the primary IP address of the server to a transformed IP address corresponding to the secondary IP address for the server by applying the IP address replacement and the translation mask to the primary IP address ; and (e) forwarding , by the intermediary device , the request to the transformed IP address . (a) receiving , by an intermediary device between a plurality of clients and a plurality of servers , a request to access a server identified by a domain name, the server having a primary internet protocol, IP, address for the domain name of the server and a secondary IP address , the device configured to communicate with the server using the secondary IP address ; (b) receiving , by the intermediary device , the primary IP address resolved by a domain name service ; (c) identifying , by the intermediary device , a transformation policy for the server , the transformation policy comprising an IP address replacement and a translation mask ; (d) transforming , by the intermediary device , the primary IP address of the server to a transformed IP address corresponding to the secondary IP address for the server by applying the IP address replacement and the translation mask to the primary IP address ; and (e) forwarding , by the intermediary device , the request to the transformed IP address .
A device comprising: a battery ; an auxiliary battery configured to supply auxiliary electrical power, wherein a first surface of the auxiliary battery is positioned along a first surface of the battery , and wherein the auxiliary battery is a thin-film battery; and an interconnect adapted to connect two or more components of the device, wherein the interconnect is positioned along the first surface of the battery adjacent to the auxiliary battery , wherein the interconnect is routed around a periphery of the auxiliary battery , and wherein the first surface of the auxiliary battery has a smaller area than the first surface of the battery . a battery ; an auxiliary battery configured to supply auxiliary electrical power, wherein a first surface of the auxiliary battery is positioned along a first surface of the battery , and wherein the auxiliary battery is a thin-film battery; and an interconnect adapted to connect two or more components of the device, wherein the interconnect is positioned along the first surface of the battery adjacent to the auxiliary battery , wherein the interconnect is routed around a periphery of the auxiliary battery , and wherein the first surface of the auxiliary battery has a smaller area than the first surface of the battery .
Water-resistant cosmetic or dermatological photoprotective preparation comprising one or more UV filter substances, 0.1 to less than 6% by weight of polyglyceryl-10 stearate, based on the total mass of the preparation, characterized in that the preparation comprises no lecithins and O/W emulsion preparations 4 and 5 consisting of 4 5 Panthenol 0.7 0 Butylene glycol 5 10 Propylene glycol 5 -- Benzethonium chloride 0.5 0.9 Lauroyl ethyl arginate 1.0 0.5 Medicinal white oil 0 0 Isopropyl palmitate 0 0 Caprylic/capric triglyceride 0 1.00 Cetearyl alcohol 2.5 4.00 Cetyl alcohol 0 0 Linear silicone oil 0 0.50 Cyclic silicone oil 0 0 C12-15 alkyl benzoate 0 2.00 Shea butter 0 0 Dicaprylyl ether 10 0 Dicaprylyl carbonate 0 0 Glyceryl stearate 2.4 2.4 Tapioca starch 0 0 Glycerol 8 8 Butylene glycol 1 0 Citric acid 0 0 Sodium hydroxide solution 45% 0.25 1 Polyglyceryl-10 myristate 0 0 Polyglyceryl-10 stearate 1 1 Polyacrylic acid, Na salt (Carbopol 981) 0 0 Acrylic acid/VP crosspolymer 0.5 0.75 Trisodium EDTA 1 Ethylhexyl methoxycinnamate 2 0 Butylmethoxydibenzoylmethane 0 2 Phenylbenzimidazolesulfonic acid, sodium salt 0 2 Ethylhexyl salicylate 0 2 Titanium dioxide, silicone-coated 0.3600 0 Octocrylene 0 2 Perfume 0 0.20 Water ad 100 ad 100 and O/W emulsion preparations 49 and 50 consisting of 49 50 Panthenol 0.7 0 Butylene glycol 5 10 Propylene glycol 5 Methylisothiazolinones 0.06 - Benzethonium chloride 0.15 - Piroctone olamine 0.15 - Lauroyl ethyl arginate 0.15 1.75 Medicinal white oil 0 0 Isopropyl palmitate 0 0 Caprylic/capric triglyceride 0 1.00 Cetearyl alcohol 2.5 4.00 Cetyl alcohol 0 0 Linear silicone oil 0 0.50 Cyclic silicone oil 0 0 C12-15 alkyl benzoate 0 2.00 Shea butter 0 0 Dicaprylyl ether 10 0 Dicaprylyl carbonate 0 0 Glyceryl stearate 2.4 2.4 Tapioca starch 0 0 Glycerol 8 8 Citric acid 0 0 Sodium hydroxide solution 45% strength 0.25 1 Polyglyceryl-10 myristate 0 0 Polyglyceryl-10 stearate 1 1 Polyacrylic acid, Na salt 0 0 Acrylic acid/VP crosspolymer 0.5 0.75 Trisodium EDTA 1 Ethylhexyl methoxycinnamate 2 0 Butylmethoxydibenzoylmethane 0 2 Phenylbenzimidazolesulfonic acid 0 2 Ethylhexyl salicylate 0 2 Titanium dioxide + trimethoxycaprylylsilane 0.3600 0 Octocrylene 0 2 Perfume 0 0.20 Water ad 100 ad 100 are excluded, where the numerical values are fractions by weight, based on the total mass of the preparation.
Gymnastics equipment with a base plate , a movable unit arranged above the base plate, the movable unit being movable in parallel to the base plate and comprising at least one surface, a frame mounted above the base plate , the frame having a plurality of struts extending in parallel to the base plate , and a roller mounted in a height-adjustable manner above the base plate , characterized in that the roller , which is mounted in a height-adjustable manner above the base plate , is arranged between the movable unit and the frame as viewed in the longitudinal direction of the base plate . a base plate , a movable unit arranged above the base plate, the movable unit being movable in parallel to the base plate and comprising at least one surface, a frame mounted above the base plate , the frame having a plurality of struts extending in parallel to the base plate , and a roller mounted in a height-adjustable manner above the base plate , characterized in that the roller , which is mounted in a height-adjustable manner above the base plate , is arranged between the movable unit and the frame as viewed in the longitudinal direction of the base plate .
An installation for the hot-dip galvanising of components for large-series hot-dip galvanising of a large number of identical or similar components , comprising a conveyor system having at least one goods carrier for grouped conveying of a plurality of components to be fastened to the goods carrier , a degreasing device for degreasing the components , a surface treatment device for chemical and/or mechanical surface treatment of the components , a flux application device for flux application to the surface of the components and a hot-dip galvanising device for hot-dip galvanising of the components , having a galvanising bath comprising a molten zinc/aluminium alloy, characterised in that a separating device is provided for feeding, immersing, and removing a component separated from the goods carrier into or from the galvanising bath of the hot-dip galvanising device , wherein the separating device has at least one separating means , wherein, during the separation, each component can be accurately manipulated and treated by special turning and steering movements when pulling out of the melt and wherein the separating means is designed in such a way that all the components separated from the goods carrier are moved in an identical manner after the removal, in such a way that drip extensions are removed.
A method for assessing an accuracy of a position determination of a landmark (A, B, G, S, V) in an environment of a vehicle , in which the following steps are performed: - capturing the current environment of the vehicle with at least one capturing unit of the vehicle in a capturing operation; - creating a relative map of the environment based on the captured information with relative positions of captured landmarks (A, B, G, S, V) in the environment , wherein a relative position is a position in the coordinate system of the vehicle ; - providing a global map of the environment with global positions of landmarks (A, B, G, S, V); - selecting at least one captured landmark (A, B, G, S, V), which is also present in the global map, by an electronic evaluation system ; - calculating the global position of this selected landmark (A, B, G, S, V) depending on positions of other landmarks, which have been captured in the capturing operation and/or have been captured in another capturing operation, by the electronic evaluation system , wherein the selected landmark (A, B, G, S, V) remains unconsidered thereto; - comparing the global position of the selected landmark (A, B, G, S, V) in the global map to the calculated global position of this landmark (A, B, G, S, V) and determining a position deviation between the global position and the calculated position by the electronic evaluation system ; - considering the position deviation for assessing the accuracy of the position determination of the landmark (A, B, G, S, V) by the electronic assessing system . - capturing the current environment of the vehicle with at least one capturing unit of the vehicle in a capturing operation; - creating a relative map of the environment based on the captured information with relative positions of captured landmarks (A, B, G, S, V) in the environment , wherein a relative position is a position in the coordinate system of the vehicle ; - providing a global map of the environment with global positions of landmarks (A, B, G, S, V); - selecting at least one captured landmark (A, B, G, S, V), which is also present in the global map, by an electronic evaluation system ; - calculating the global position of this selected landmark (A, B, G, S, V) depending on positions of other landmarks, which have been captured in the capturing operation and/or have been captured in another capturing operation, by the electronic evaluation system , wherein the selected landmark (A, B, G, S, V) remains unconsidered thereto; - comparing the global position of the selected landmark (A, B, G, S, V) in the global map to the calculated global position of this landmark (A, B, G, S, V) and determining a position deviation between the global position and the calculated position by the electronic evaluation system ; - considering the position deviation for assessing the accuracy of the position determination of the landmark (A, B, G, S, V) by the electronic assessing system .