mhurhangee/patent-ind-claim-en huggingface dataset:
A water treatment apparatus comprising: a filter unit purifying raw water; a storage tank connected to the filter unit and storing purified water which has been filtered through the filter unit ; an electrolytic sterilizer installed between the filter unit and the storage tank , electrolyzing only purified water which has been filtered through a portion of the filter unit to generate sterilization water, and supplying the sterilization water to the storage tank ; a drain unit connected to the storage tank and discharging water accommodated in the storage tank ; and a control unit controlling a water purification mode of the filter unit and a sterilization mode through the electrolytic sterilizer and the drain unit , wherein the filter unit comprises a sediment filter , a pre-carbon filter , and a reverse osmosis, RO, membrane filter or a hollow fiber membrane filter, sequentially connected through a water purification line, and the electrolytic sterilizer is installed in a sterilization water line diverged from a flow path between the sediment filter and the RO membrane filter or the hollow fiber membrane filter and connected to the storage tank , wherein only purified water which has passed through the sediment filter , or the sediment filter and the pre-carbon filter provided at a front stage of the RO membrane filter or the hollow fiber membrane filter is led via the sterilization water line to the electrolytic sterilizer and is electrolyzed to generate sterilization water, and wherein the sterilization water generated by the electrolytic sterilizer is supplied to the storage tank through the sterilization water line . a filter unit purifying raw water; a storage tank connected to the filter unit and storing purified water which has been filtered through the filter unit ; an electrolytic sterilizer installed between the filter unit and the storage tank , electrolyzing only purified water which has been filtered through a portion of the filter unit to generate sterilization water, and supplying the sterilization water to the storage tank ; a drain unit connected to the storage tank and discharging water accommodated in the storage tank ; and a control unit controlling a water purification mode of the filter unit and a sterilization mode through the electrolytic sterilizer and the drain unit , wherein the filter unit comprises a sediment filter , a pre-carbon filter , and a reverse osmosis, RO, membrane filter or a hollow fiber membrane filter, sequentially connected through a water purification line, and the electrolytic sterilizer is installed in a sterilization water line diverged from a flow path between the sediment filter and the RO membrane filter or the hollow fiber membrane filter and connected to the storage tank , wherein only purified water which has passed through the sediment filter , or the sediment filter and the pre-carbon filter provided at a front stage of the RO membrane filter or the hollow fiber membrane filter is led via the sterilization water line to the electrolytic sterilizer and is electrolyzed to generate sterilization water, and
Use of a tacky mat made from a tacky elastomeric polymer composition for releasably securing a portable roll dispenser to a surface, wherein the first side of the mat which is to be arranged on the dispenser , preferably on its bottom , is smooth and at least a part of the second side is provided with a visible surface structure.
Method for the production of fired end products from natural, carbonate-containing, granular materials as educt, comprising the following method steps: a) forming a first reaction zone in the form of a fluidized bed or a fluid bed having the educt and a fluidizing medium; b) heating the first reaction zone by indirect heat transfer by means of mechanical components in the first reaction zone to at least one or more predetermined temperature ranges over a predetermined dwell time for burning the educt in the first reaction zone ; c) discharging, from the first reaction zone , hot gases that form in the first reaction zone and contain CO 2 and steam; d) discharging the hot end product from the first reaction zone after the predetermined dwell time; and e) use of the heat contained in the hot gases and/or the hot end product from the first reaction zone to preheat the educt and/or the fluidizing medium, wherein steam is used as fluidizing medium. a) forming a first reaction zone in the form of a fluidized bed or a fluid bed having the educt and a fluidizing medium; b) heating the first reaction zone by indirect heat transfer by means of mechanical components in the first reaction zone to at least one or more predetermined temperature ranges over a predetermined dwell time for burning the educt in the first reaction zone ; c) discharging, from the first reaction zone , hot gases that form in the first reaction zone and contain CO 2 and steam; d) discharging the hot end product from the first reaction zone after the predetermined dwell time; and e) use of the heat contained in the hot gases and/or the hot end product from the first reaction zone to preheat the educt and/or the fluidizing medium,
A method of operating a first communications device , comprising: selecting between a first mode of operation and a second mode of operation, said first mode of operation using a first set of parameters to operate an oscillator of said first communications device when communicating in a first frequency band, said second mode of operation using a second set of parameters to operate said oscillator of the first communications device when communicating in a second frequency band, said second set of parameters having a predetermined relationship to the first set of parameters and wherein the first set and second set of parameters relate to frequency and/or timing operations of the first communications device ; making at least one device setting change in accordance with said predetermined relationship when a current mode of operation is different from a selected mode of operation; performing a calibration operation based on a signal received in the first frequency band from a second communications device to calibrate said oscillator of the first communications device to operate in accordance with the parameter in the first set of parameters, wherein the calibration is a first communications device frequency calibration and/or a first communications device timing calibration; and switching to the second mode of operation, wherein the switching includes changing one or more device operating parameters without undoing said calibration operation. selecting between a first mode of operation and a second mode of operation, said first mode of operation using a first set of parameters to operate an oscillator of said first communications device when communicating in a first frequency band, said second mode of operation using a second set of parameters to operate said oscillator of the first communications device when communicating in a second frequency band, said second set of parameters having a predetermined relationship to the first set of parameters and wherein the first set and second set of parameters relate to frequency and/or timing operations of the first communications device ; making at least one device setting change in accordance with said predetermined relationship when a current mode of operation is different from a selected mode of operation; performing a calibration operation based on a signal received in the first frequency band from a second communications device to calibrate said oscillator of the first communications device to operate in accordance with the parameter in the first set of parameters, wherein the calibration is a first communications device frequency calibration and/or a first communications device timing calibration; and switching to the second mode of operation, wherein the switching includes changing one or more device operating parameters without undoing said calibration operation.
A method for controlling an electrical steering system in a marine vessel comprising at least one steerable propulsion unit, the electrical steering system comprising - a main steering system (220; 220.1) that comprises a main electric motor (221; 221.1) and a main power source (229; 229.1) providing electrical power to the main steering system (220; 220.1); - a main steering angle sensor (226; 226.1) arranged to detect the steering angle of the propulsion unit; - a main control unit (240; 240.1) arranged to steer the propulsion unit in response to an input from an operator and to monitor the main steering system (220; 220.1) status; - an auxiliary steering system comprising an auxiliary electric motor (231; 231.1) and an auxiliary battery (239; 239.1) providing electrical power to the auxiliary steering system; and - an auxiliary clutch (232; 232.1) arranged to connect a drive shaft of the auxiliary electric motor (231; 231.1) to an input shaft of a steering transmission (223; 223.1) in order to steer the propulsion unit; characterized by the steps of: - engaging the auxiliary clutch (232; 232.1) at start-up of the propulsion unit; - performing a diagnostic test of the main steering system (220; 220.1) during start-up of the propulsion unit; - performing a calibration of an auxiliary steering angle sensor (236; 236.1) in the auxiliary steering system; and - disengaging the auxiliary clutch (232; 232.1) upon completion of the diagnostic test. - a main steering system (220; 220.1) that comprises a main electric motor (221; 221.1) and a main power source (229; 229.1) providing electrical power to the main steering system (220; 220.1); - a main steering angle sensor (226; 226.1) arranged to detect the steering angle of the propulsion unit; - a main control unit (240; 240.1) arranged to steer the propulsion unit in response to an input from an operator and to monitor the main steering system (220; 220.1) status; - an auxiliary steering system comprising an auxiliary electric motor (231; 231.1) and an auxiliary battery (239; 239.1) providing electrical power to the auxiliary steering system; and - an auxiliary clutch (232; 232.1) arranged to connect a drive shaft of the auxiliary electric motor (231; 231.1) to an input shaft of a steering transmission (223; 223.1) in order to steer the propulsion unit; - engaging the auxiliary clutch (232; 232.1) at start-up of the propulsion unit; - performing a diagnostic test of the main steering system (220; 220.1) during start-up of the propulsion unit; - performing a calibration of an auxiliary steering angle sensor (236; 236.1) in the auxiliary steering system; and - disengaging the auxiliary clutch (232; 232.1) upon completion of the diagnostic test.
An apparatus for separating water from a water-and-oil mixture, comprising: a first and a second elongated separator inclined vessel, each of the first and second elongated separator inclined vessels having an oil collection portion including an electrode at one end thereof and a water collection portion at the opposite end thereof, the water collection portion including a water level control configured to maintain the water at a selected level; the first elongated separator vessel having an inlet being located between the electrode and the water level control thereof and an oil outlet located adjacent the electrode thereof, the inlet arranged to provide a first predetermined direction of flow within the elongated separator vessel of a water-and-oil mixture entering the first elongated separator vessel ; the second elongated separator vessel having an inlet located adjacent the electrode thereof and an oil outlet located between the electrode and the water level control thereof, the inlet arranged to provide a second predetermined direction of flow of a water-and-oil mixture entering the second elongated separator vessel from the outlet of the first elongated separator vessel , the second predetermined direction being opposite to the first predetermined direction; wherein the electrodes are arranged to subject the water-and-oil mixture entering each said first and second elongated separator vessels to an electric field. a first and a second elongated separator inclined vessel, each of the first and second elongated separator inclined vessels having an oil collection portion including an electrode at one end thereof and a water collection portion at the opposite end thereof, the water collection portion including a water level control configured to maintain the water at a selected level; the first elongated separator vessel having an inlet being located between the electrode and the water level control thereof and an oil outlet located adjacent the electrode thereof, the inlet arranged to provide a first predetermined direction of flow within the elongated separator vessel of a water-and-oil mixture entering the first elongated separator vessel ; the second elongated separator vessel having an inlet located adjacent the electrode thereof and an oil outlet located between the electrode and the water level control thereof, the inlet arranged to provide a second predetermined direction of flow of a water-and-oil mixture entering the second elongated separator vessel from the outlet of the first elongated separator vessel , the second predetermined direction being opposite to the first predetermined direction; wherein the electrodes are arranged to subject the water-and-oil mixture entering each said first and second elongated separator vessels to an electric field.
A composition comprising a protein source and an antioxidant for use in reducing a loss of muscle functionality in an elderly male, increasing muscle functionality in an elderly male after muscle atrophy, and/or improving recovery of muscle functionality after muscle atrophy in an elderly male, wherein the composition comprises a fatty acid, preferably an n-3 fatty acid, and, wherein the antioxidant comprises a polyphenol, wherein the polyphenol is selected from the group consisting of curcumin, rutin, quercetin and combinations thereof, and wherein the protein source comprises whey protein.
A networking adaptor , comprising: a host interface ; and a network interface , wherein the network interface includes a transmit portion and a receive portion , wherein the transmit portion comprises a first set of transmission engines , a first set of data paths (336A-D), and a first set of transmission ports (328; 328A-D), wherein the transmission engines can be independently connected to the transmission ports via the data paths (336A-D) and wherein the transmission engines can also be configured to collectively transmit data on a single one of the transmission ports , and wherein the receive portion comprises a second set of data paths , wherein both the first set of data paths (336A-D) and second set of data paths (356A-D) are configurable to be aggregated or de-aggregated to support a single port operation that represents a combined bandwidth of the data paths in the first set of data paths (336A-D) or the second set of data paths , and wherein the bandwidth capabilities of said single one of the transmission ports is equal to the bandwidth capabilities of the sum of the bandwidth capabilities of multiple or all of the transmission engines , and the other transmission ports (328B-D) only supply the bandwidth capabilities of a single transmission engine (324B-D). a host interface ; and a network interface , wherein the network interface includes a transmit portion and a receive portion , wherein the transmit portion comprises a first set of transmission engines , a first set of data paths (336A-D), and a first set of transmission ports (328; 328A-D), wherein the transmission engines can be independently connected to the transmission ports via the data paths (336A-D) and wherein the transmission engines can also be configured to collectively transmit data on a single one of the transmission ports , and wherein the receive portion comprises a second set of data paths , wherein both the first set of data paths (336A-D) and second set of data paths (356A-D) are configurable to be aggregated or de-aggregated to support a single port operation that represents a combined bandwidth of the data paths in the first set of data paths (336A-D) or the second set of data paths , and wherein the bandwidth capabilities of said single one of the transmission ports is equal to the bandwidth capabilities of the sum of the bandwidth capabilities of multiple or all of the transmission engines , and the other transmission ports (328B-D) only supply the bandwidth capabilities of a single transmission engine (324B-D).
A method for establishing relay services, the method comprising: transmitting , by a remote device, RD, a random access parameter to a network node indicating a request for relaying services, wherein the transmitting of the random access parameter initiates a first random access procedure; receiving , by the RD, a random access response, RAR, including a relay indicator indicating one or more candidate relay devices in order to help the remote device to search for relay devices, wherein receiving the relay indicator terminates the first random access procedure; and searching , by the RD, for a relay device in accordance with the relay indicator included in the RAR. transmitting , by a remote device, RD, a random access parameter to a network node indicating a request for relaying services, wherein the transmitting of the random access parameter initiates a first random access procedure; receiving , by the RD, a random access response, RAR, including a relay indicator indicating one or more candidate relay devices in order to help the remote device to search for relay devices, wherein receiving the relay indicator terminates the first random access procedure; and searching , by the RD, for a relay device in accordance with the relay indicator included in the RAR.
A method for controlling a gateway, comprising: receiving sub-device information sent by a plurality of gateways, wherein the sub-device information includes status information broadcasted by a sub-device and received by the plurality of gateways, determining an agent gateway for the sub-device, the agent gateway being selected from the plurality of gateways; and controlling the agent gateway to act as an agent of the sub-device by sending a first control instruction to the agent gateway and forbidding at least one other gateway to act as the agent of the sub-device by sending a second control instruction to the at least one other gateway; the method characterized by : wherein, when the sub-device broadcasts the status information in both a Bluetooth Low Energy, BLE, broadcast mode and a Mesh broadcast mode, determining the agent gateway for the sub-device comprises: selecting a gateway receiving the status information broadcasted by the sub-device in the BLE broadcast mode from the at least one gateway as the agent gateway. receiving sub-device information sent by a plurality of gateways, wherein the sub-device information includes status information broadcasted by a sub-device and received by the plurality of gateways, determining an agent gateway for the sub-device, the agent gateway being selected from the plurality of gateways; and controlling the agent gateway to act as an agent of the sub-device by sending a first control instruction to the agent gateway and forbidding at least one other gateway to act as the agent of the sub-device by sending a second control instruction to the at least one other gateway; the method characterized by : wherein, when the sub-device broadcasts the status information in both a Bluetooth Low Energy, BLE, broadcast mode and a Mesh broadcast mode, determining the agent gateway for the sub-device comprises: selecting a gateway receiving the status information broadcasted by the sub-device in the BLE broadcast mode from the at least one gateway as the agent gateway.
A leadframe for semiconductor devices, the leadframe comprising a die pad portion having a first planar die-mounting surface and a second planar surface opposed the first surface , the first surface and the second surface having facing peripheral rims jointly defining a peripheral outline of the die pad , wherein the die pad comprises at least one package molding compound receiving cavity opening at the periphery of said first planar surface , the leadframe characterized in that : the peripheral rims of said first surface and said second surface are mutually offset to provide a stepped peripheral outline of the die pad with the periphery of said first planar surface having a peripheral region protruding with respect to the second planar surface , wherein said at least one package molding compound receiving cavity is provided at said protruding region of the first planar surface , wherein said at least one package molding compound receiving cavity comprises a through cavity extending from said first planar surface to said second planar surface , and said at least one package molding compound receiving cavity partially overlaps and goes through said stepped peripheral outline of the die pad . the peripheral rims of said first surface and said second surface are mutually offset to provide a stepped peripheral outline of the die pad with the periphery of said first planar surface having a peripheral region protruding with respect to the second planar surface , wherein said at least one package molding compound receiving cavity is provided at said protruding region of the first planar surface , wherein said at least one package molding compound receiving cavity comprises a through cavity extending from said first planar surface to said second planar surface , and said at least one package molding compound receiving cavity partially overlaps and goes through said stepped peripheral outline of the die pad .
A multi-purpose transport trolley, comprising frame parts having wheels attached to the frame parts at a lower end, gripping members at an upper end and a plurality of fitting members at different locations along a mid-portion of the frame part , which fitting members are arranged to releasably carry function units , wherein said frame parts comprise a front frame part and a rear frame part which at the top are joined by a pivot device having a pivoting axis (CP) arranged to enable the frame parts to be either in a close together positioned or in a folded-out position, wherein a lower end of said front frame part acts as a first support in the folded-out position and a lower end of the rear frame part that supports said wheels acts as a second support in the folded-out position when positioned on a horizontal plane, and wherein the frame parts form a ladder in the folded-out position, by means of having at least one step attached on one of the frame parts , wherein said lower end of the rear frame part is positioned at a larger distance (L) away from the pivoting axis (CP) of the pivoting device than the distance (l) between the pivoting axis (CP) and the most distant wheel part, characterized in that wherein each frame part of the trolley in a folded-out position is positioned to form a substantially equal acute angle (α) in relation to the vertical when placed on a horizontal plane and wherein said acute angle (α) is substantially the same in relation to the vertical for the front frame part also in folded together mode when supported by said wheels and said lower end of the rear frame , when placed on a horizontal.
Device for inseminating animals, comprising a tubular element of decreasing outer section, said tubular element being hollow across all its length, characterized in that the tubular element has a chamfered front end with rounded edges and in that the outer surface of the tubular element is smooth.