mhurhangee/patent-ind-claim-en huggingface dataset:
Process for melting scrap metal in a furnace, said process comprising the steps of: - feeding a charge of solid scrap metal to the furnace, - supplying fuel and an oxidant having an oxygen content of at least 60%vol to the furnace and combusting the fuel with the oxidant to generate heat inside the furnace, - melting the charge of solid scrap metal in the furnace by means of the heat so generated, thereby obtaining molten metal, - withdrawing the molten metal from the furnace, whereby, following the step of feeding the charge of solid scrap metal to the furnace, the fuel is combusted with the oxidant in a first combustion mode so as to generate one or more visible flames in the furnace above the charge, the process being characterized in that : before the step of withdrawing the molten metal from the furnace, the fuel is combusted with the oxidant in a second combustion mode so as to generate flameless combustion in the furnace above the molten metal. - feeding a charge of solid scrap metal to the furnace, - supplying fuel and an oxidant having an oxygen content of at least 60%vol to the furnace and combusting the fuel with the oxidant to generate heat inside the furnace, - melting the charge of solid scrap metal in the furnace by means of the heat so generated, thereby obtaining molten metal, - withdrawing the molten metal from the furnace,
A dumper vehicle comprising: a frame comprising a front end and a rear end , wherein the frame comprises a main chassis for mounting an operator seat thereto and an articulating front chassis for mounting a container thereto; front and rear wheels mounted to the frame ; an operator seat mounted to the main chassis; and an open topped container for carrying a load therein mounted to the frame between the front and rear wheels, the container moveable between a transport position for transporting a load and a discharge position for discharging of a load, wherein the container is pivotally mounted to the front section so as to be moveable between the transport position and the discharge position; and wherein the container defines an upper extent thereof, and wherein said upper extent of the container decreases in height with respect to a lower extent of the wheels towards the front end of the frame , when the container is in the transport position; characterised in that : the front chassis is substantially non-linear in side view and comprises a front section for mounting to a front axle and a rear section arranged to support a base of the container , when the container is in the transport position, the rear section having an upper surface substantially lower than an upper surface of the front section . a frame comprising a front end and a rear end , wherein the frame comprises a main chassis for mounting an operator seat thereto and an articulating front chassis for mounting a container thereto; front and rear wheels mounted to the frame ; an operator seat mounted to the main chassis; and an open topped container for carrying a load therein mounted to the frame between the front and rear wheels, the container moveable between a transport position for transporting a load and a discharge position for discharging of a load, wherein the container is pivotally mounted to the front section so as to be moveable between the transport position and the discharge position; and wherein the container defines an upper extent thereof, and wherein said upper extent of the container decreases in height with respect to a lower extent of the wheels towards the front end of the frame , when the container is in the transport position; characterised in that : the front chassis is substantially non-linear in side view and comprises a front section for mounting to a front axle and a rear section arranged to support a base of the container , when the container is in the transport position, the rear section having an upper surface substantially lower than an upper surface of the front section .
A glass door fitted with a hinge arrangement, the hinge arrangement comprising a hinge part including a cup-shaped part , and a plate having a recess in a face thereof, for receiving an outermost portion of the cup-shaped part , the hinge part and the plate being located on opposite sides of the glass door having an opening for the cup-shaped part, characterised in that the hinge part includes at least one hole, located in a peripheral flange of the hinge part, and the plate includes at least one screw recess arranged to register with the respective hole(s), for screwing the hinge part to the plate, to clamp the door therebetween; the cup-shaped part extending through the opening in the door , which opening has a shape that is generally circular but has one or more extensions , each for allowing a screw , for screwing the hinge part to the plate, to pass through the door.
A microcapsule comprising: a) a benefit agent inside a water insoluble porous inner shell; b) an outer shell comprising at least one layer of cationic polymer and at least one layer of anionic polymer; wherein the anionic polymer is anionically modified polysaccharide, and optionally the microcapsule comprises a non-ionic polysaccharide deposition aid. a) a benefit agent inside a water insoluble porous inner shell; b) an outer shell comprising at least one layer of cationic polymer and at least one layer of anionic polymer;
A wearable electronic device comprising: a housing comprising a metal structure ; a display positioned within the housing , the display including a metal layer positioned within the metal structure and spaced apart from the metal structure by a gap; a printed circuit board, PCB, positioned within the housing and including a ground region and a control circuit configured to feed a first point (A) of the metal structure ; and at least one conductive connection member comprising a conductive material electrically connected with a third point (B) of the metal structure ; wherein the metal layer is electrically connected with the ground region of the PCB at a second point (B') spaced apart from the first point (A) by a given angle (θ) with respect to the center of the display 130, characterized in that : the wearable electronic device further comprises: a bracket interposed between the display and the PCB within the housing , wherein the at least one conductive connection member includes: a first C-clip being in contact with the third point (B) of the metal structure and the bracket ; and a second C-clip being in contact with the first C-clip and a surface of the PCB ; and wherein the second C-clip is configured to be capacitively coupled to the ground region of the PCB . a housing comprising a metal structure ; a display positioned within the housing , the display including a metal layer positioned within the metal structure and spaced apart from the metal structure by a gap; a printed circuit board, PCB, positioned within the housing and including a ground region and a control circuit configured to feed a first point (A) of the metal structure ; and at least one conductive connection member comprising a conductive material electrically connected with a third point (B) of the metal structure ; wherein the metal layer is electrically connected with the ground region of the PCB at a second point (B') spaced apart from the first point (A) by a given angle (θ) with respect to the center of the display 130, characterized in that : the wearable electronic device further comprises: a bracket interposed between the display and the PCB within the housing , wherein the at least one conductive connection member includes: a first C-clip being in contact with the third point (B) of the metal structure and the bracket ; and a second C-clip being in contact with the first C-clip and a surface of the PCB ; and wherein the second C-clip is configured to be capacitively coupled to the ground region of the PCB . a bracket interposed between the display and the PCB within the housing , wherein the at least one conductive connection member includes: a first C-clip being in contact with the third point (B) of the metal structure and the bracket ; and a second C-clip being in contact with the first C-clip and a surface of the PCB ; a first C-clip being in contact with the third point (B) of the metal structure and the bracket ; and a second C-clip being in contact with the first C-clip and a surface of the PCB ; and wherein the second C-clip is configured to be capacitively coupled to the ground region of the PCB .
A power semiconductor module , comprising a substrate which carries a plurality of power semiconductor devices in the form of transistors, wherein the plurality of power semiconductor devices comprises a first group of power semiconductor devices and a second group of at least one power semiconductor device , - wherein the first group of power semiconductor devices consists of non-damaged power semiconductor devices , and the second group of power semiconductor devices consists of at least one damaged power semiconductor device , - wherein at least two non-damaged power semiconductor devices of the first group of power semiconductor devices are electrically interconnected in a parallel configuration, and - wherein all damaged power semiconductor devices of the second group of at least one power semiconductor device are electrically at least partially disconnected from the members of the first group of power semiconductor devices . - wherein the first group of power semiconductor devices consists of non-damaged power semiconductor devices , and the second group of power semiconductor devices consists of at least one damaged power semiconductor device , - wherein at least two non-damaged power semiconductor devices of the first group of power semiconductor devices are electrically interconnected in a parallel configuration, and - wherein all damaged power semiconductor devices of the second group of at least one power semiconductor device are electrically at least partially disconnected from the members of the first group of power semiconductor devices .
Vibrator assembly for ground improvement, comprising a lock with a silo pipe and with a lock drive for moving the lock, the lock being designed to receive a bulk material and to guide it into the silo pipe, a feed hopper for feeding the bulk material to the lock, wherein a feed hopper drive is provided for moving the feed hopper between a waiting position and a docking position at a stop arranged on the lock , characterized in that a control of the feed hopper drive is designed to reduce a force of the feed hopper drive in the direction towards the stop from a first value to a second value in the docking position, wherein the second value has a smaller absolute value than a force of the lock drive , i.e. that drive force which acts on the lock. a lock with a silo pipe and with a lock drive for moving the lock, the lock being designed to receive a bulk material and to guide it into the silo pipe, a feed hopper for feeding the bulk material to the lock, wherein a feed hopper drive is provided for moving the feed hopper between a waiting position and a docking position at a stop arranged on the lock , characterized in that a control of the feed hopper drive is designed to reduce a force of the feed hopper drive in the direction towards the stop from a first value to a second value in the docking position, wherein the second value has a smaller absolute value than a force of the lock drive , i.e. that drive force which acts on the lock.
An electronic device , comprising: at least one antenna ; a wireless communication module comprising a plurality of processing circuits performing communication based on a wireless-fidelity, Wi-Fi, communication using the at least one antenna; a memory configured to store transmission power level information according to a number of processing circuits that are operating; and one or more processors , wherein the one or more processors are configured to: determine whether the wireless communication module is simultaneously operating in a plurality of different frequency bands of the Wi-Fi communication; obtain a number of processing circuits that are simultaneously operating in the wireless communication module when the wireless communication module is simultaneously operating in the plurality of different frequency bands of the Wi-Fi communication; verify the transmission power level information corresponding to the number of processing circuits; and reduce a transmission power level of the wireless communication module based on the verified transmission power level information. at least one antenna ; a wireless communication module comprising a plurality of processing circuits performing communication based on a wireless-fidelity, Wi-Fi, communication using the at least one antenna; a memory configured to store transmission power level information according to a number of processing circuits that are operating; and one or more processors , wherein the one or more processors are configured to: determine whether the wireless communication module is simultaneously operating in a plurality of different frequency bands of the Wi-Fi communication; obtain a number of processing circuits that are simultaneously operating in the wireless communication module when the wireless communication module is simultaneously operating in the plurality of different frequency bands of the Wi-Fi communication; verify the transmission power level information corresponding to the number of processing circuits; and reduce a transmission power level of the wireless communication module based on the verified transmission power level information. determine whether the wireless communication module is simultaneously operating in a plurality of different frequency bands of the Wi-Fi communication; obtain a number of processing circuits that are simultaneously operating in the wireless communication module when the wireless communication module is simultaneously operating in the plurality of different frequency bands of the Wi-Fi communication; verify the transmission power level information corresponding to the number of processing circuits; and reduce a transmission power level of the wireless communication module based on the verified transmission power level information.
Mould closing unit for an injection moulding machine for processing plastics materials and other plasticisable materials such as ceramics and powdered materials, comprising - at least one machine bed , - at least one stationary mould mounting plate arranged on the machine bed, - at least one mould mounting plate arranged on the machine bed movable relative to the stationary mould mounting plate , wherein the movable mould mounting plate is movable on a carriage with guideway shoes along at least one guideway that is mounted on the machine bed with the stationary mould mounting plate into and out of closure of an injection mould arrangeable in a mould clamping space (R), - at least one drive mechanism for moving the movable mould mounting plate and for opening/closing the mould closing unit , wherein the drive mechanism has at least one toothed rack drive driven by at least one drive motor with at least one gearwheel and at least one toothed rack cooperating therewith, - wherein at least two toothed racks are fixedly connected to the machine bed and - wherein the drive motor is fixedly connected to the carriage and during a movement of the movable mould mounting plate moves synchronously with the movable mould mounting plate in the same direction, characterised in that the carriage comprises at least one load sensor for detecting tilting forces, which at least one load sensor is connected to at least one regulating unit (C), which is adapted to regulate the drive mechanism according to the tilting force. - at least one machine bed , - at least one stationary mould mounting plate arranged on the machine bed, - at least one mould mounting plate arranged on the machine bed movable relative to the stationary mould mounting plate , wherein the movable mould mounting plate is movable on a carriage with guideway shoes along at least one guideway that is mounted on the machine bed with the stationary mould mounting plate into and out of closure of an injection mould arrangeable in a mould clamping space (R), - at least one drive mechanism for moving the movable mould mounting plate and for opening/closing the mould closing unit , wherein the drive mechanism has at least one toothed rack drive driven by at least one drive motor with at least one gearwheel and at least one toothed rack cooperating therewith, - wherein at least two toothed racks are fixedly connected to the machine bed and - wherein the drive motor is fixedly connected to the carriage and during a movement of the movable mould mounting plate moves synchronously with the movable mould mounting plate in the same direction,
A method of determining an execution order of memory operations performed by a processor , the method comprising: detecting, by a scatter detector circuit , a single-instruction, multiple-data, SIMD, scatter instruction ; executing at least one single-instruction, multiple-data, SIMD, scatter instruction by an execution unit , to initiate a SIMD scatter operation to store data to a memory; executing, by the execution unit , a memory access instruction to initiate a memory access operation; executing a third instruction by the processor in response to detection of the SIMD scatter instruction to synchronize an execution order of a set of the memory access operation and the SIMD scatter operation, characterized in that : the scatter detector circuit provides the third instruction to the execution unit . detecting, by a scatter detector circuit , a single-instruction, multiple-data, SIMD, scatter instruction ; executing at least one single-instruction, multiple-data, SIMD, scatter instruction by an execution unit , to initiate a SIMD scatter operation to store data to a memory; executing, by the execution unit , a memory access instruction to initiate a memory access operation; executing a third instruction by the processor in response to detection of the SIMD scatter instruction to synchronize an execution order of a set of the memory access operation and the SIMD scatter operation, characterized in that : the scatter detector circuit provides the third instruction to the execution unit .
Method for preparing beverages through a system comprising a water supplying assembly for a unit for producing a hot beverage, said assembly comprising at least one device for heating water equipped with at least one heat source , at least one pump interposed between at least one container of water and said device , at least one supplying duct of hot water from said device to said unit , at least one temperature sensor associated with said duct , control means , which comprise at least one processor , operatively associated with said sensor and with said pump to continuously check the water temperature in said duct and to control the operation of said pump , said processor being adapted to control frequency, voltage and current of an electric motor of said pump to be able to change the water flow-rate depending on the temperature detected by said sensor , said heat source being composed of a battery of electric resistances controlled by said control means to allow said processor to select each electric resistance depending on the temperature detected by said temperature sensor , said method comprising the following steps: - said processor uses an algorithm (531-A) for setting the selection of each electric resistance of the heat source , depending on the desired temperature next to said duct ; - said processor uses an algorithm (531-B) for defining the flow-rate of said pump , depending on said algorithm (531-A) and on the values of frequency, voltage and current of said electric motor of said pump ; - said processor continuously updates the definition of the flow-rate of said pump to keep the temperature constant next to said duct . - said processor uses an algorithm (531-A) for setting the selection of each electric resistance of the heat source , depending on the desired temperature next to said duct ; - said processor uses an algorithm (531-B) for defining the flow-rate of said pump , depending on said algorithm (531-A) and on the values of frequency, voltage and current of said electric motor of said pump ; - said processor continuously updates the definition of the flow-rate of said pump to keep the temperature constant next to said duct .
A bait for training in the detection of explosives, characterised in that it comprises a maximum of 0.05 g of triacetone triperoxide (TATP) adsorbed on a solid support comprising a cellulosic material, wherein the bait preferably comprises a maximum of 10% by weight of water, said percentage being expressed by weight with respect to the total weight of the bait, wherein the cellulosic material is acetylated cellulose.
Current supply system of a team vehicle , comprising a towing vehicle that may be operated in a cable-interconnected manner and also an agricultural rear-mounted device that is attached to said towing vehicle, said agricultural rear-mounted device having working equipment for performing a ground processing function, characterized in that a base mast is allocated to the towing vehicle so as to produce a cable connection to a current supply interface of a team vehicle that is travelling ahead, and an additional mast having a further current supply interface is allocated to the agricultural rear-mounted device so as to produce a further cable connection to a team vehicle that is following, wherein the additional mast is downstream of the working equipment of the agricultural rear-mounted device when viewed in the forwards direction of travel of the team vehicle .
A wind turbine with a nacelle comprising: an electrical generator , a cooling circuit including at least two cooling fans for channeling a fluid cooling medium from the electrical generator to an outside of the nacelle , a draining device for channeling drainage water from the cooling fans to an outer wall of the nacelle , characterized in that the draining device comprises at least a first draining portion connecting the cooling fans to an inside of the nacelle and at least a second draining portion for receiving drainage water from the first respective draining portion and channeling the drainage water to the outer wall of the nacelle . an electrical generator , a cooling circuit including at least two cooling fans for channeling a fluid cooling medium from the electrical generator to an outside of the nacelle , a draining device for channeling drainage water from the cooling fans to an outer wall of the nacelle , characterized in that the draining device comprises at least a first draining portion connecting the cooling fans to an inside of the nacelle and at least a second draining portion for receiving drainage water from the first respective draining portion and channeling the drainage water to the outer wall of the nacelle .