mhurhangee/ep-ind-claims huggingface dataset:
A high efficiency variable power transmitting apparatus comprising: a variable power generating unit configured to output a variable power by modulating, with respect to a time axis, a high frequency signal having a constant amplitude by turning the high frequency signal ON and OFF, comprising a high frequency signal generating unit (111, 210, 330) configured to generate the high frequency signal having the constant amplitude; a power amplifier, PA, configured to amplify the variable power to satisfy a requested power level of a target device based on a power supply voltage having a predetermined level; and a power supply configured to convert an alternating current voltage received from a power source to a direct current voltage, generate the power supply voltage having the predetermined level based on the DC voltage, and provide the power supply voltage having the predetermined level to the PA, CHARACTERIZED IN THAT the variable power generating unit further comprises a modulated signal generating unit configured to generate a low frequency modulated signal having a duty cycle depending on the requested power level of the target device to modulate the high frequency signal based on the low frequency modulated signal to generate the variable power. a variable power generating unit configured to output a variable power by modulating, with respect to a time axis, a high frequency signal having a constant amplitude by turning the high frequency signal ON and OFF, comprising a high frequency signal generating unit (111, 210, 330) configured to generate the high frequency signal having the constant amplitude; a power amplifier, PA, configured to amplify the variable power to satisfy a requested power level of a target device based on a power supply voltage having a predetermined level; and a power supply configured to convert an alternating current voltage received from a power source to a direct current voltage, generate the power supply voltage having the predetermined level based on the DC voltage, and provide the power supply voltage having the predetermined level to the PA, CHARACTERIZED IN THAT the variable power generating unit further comprises a modulated signal generating unit configured to generate a low frequency modulated signal having a duty cycle depending on the requested power level of the target device to modulate the high frequency signal based on the low frequency modulated signal to generate the variable power.
A boat hull with a bottom-mounted drive unit for at least one propeller, comprising: a lower housing section of the bottom-mounted drive unit; an upper housing section of the bottom-mounted drive unit; an intermediate housing section of the bottom-mounted drive unit disposed between the lower housing section and the upper housing section, the intermediate housing section having an outwardly extending retention portion; a hull support ring mounted to a bottom of the boat hull and surrounding an opening through the bottom of the boat hull, the hull support ring having a downwardly facing support ring surface; and a clamp ring fastened to the hull support ring and having an upwardly facing clamp ring surface, wherein the outwardly extending retention portion is disposed between the downwardly facing support ring surface and the upwardly facing clamp ring surface to retain the outwardly extending retention portion of the bottom-mounted drive unit within the hull support ring. a lower housing section of the bottom-mounted drive unit; an upper housing section of the bottom-mounted drive unit; an intermediate housing section of the bottom-mounted drive unit disposed between the lower housing section and the upper housing section, the intermediate housing section having an outwardly extending retention portion; a hull support ring mounted to a bottom of the boat hull and surrounding an opening through the bottom of the boat hull, the hull support ring having a downwardly facing support ring surface; and a clamp ring fastened to the hull support ring and having an upwardly facing clamp ring surface, wherein the outwardly extending retention portion is disposed between the downwardly facing support ring surface and the upwardly facing clamp ring surface to retain the outwardly extending retention portion of the bottom-mounted drive unit within the hull support ring.
A production cell having a workpiece-providing system, a machine tool connected thereto, and at least one workpiece track (11; 12), which has a workpiece-providing region (22; 23) of the workpiece-providing system and a workpiece table (65; 165) of the machine tool, wherein the machine tool has at least two machining robots (91, 101), and wherein the workpiece table (65; 165) comprises at least one block sucker group (71; 171), characterised in that - the production cell has a second workpiece track (12; 11), which runs in a longitudinal direction of the production cell and parallel to the first workpiece track (11; 12) and has a second workpiece table (165; 65), which comprises at least one second block sucker group (171; 71), - each block sucker group (71; 171) is movable in the longitudinal direction of the production cell for workpiece-specific arrangement, - the individual block sucker group (71; 171) has at least two suction elements, which are individually movable in a vertical direction, and - the individual block sucker group (71; 171) has a supporting beam, on which a supporting device with a lifting device bearing a transverse supporting roller is arranged. - the production cell has a second workpiece track (12; 11), which runs in a longitudinal direction of the production cell and parallel to the first workpiece track (11; 12) and has a second workpiece table (165; 65), which comprises at least one second block sucker group (171; 71), - each block sucker group (71; 171) is movable in the longitudinal direction of the production cell for workpiece-specific arrangement, - the individual block sucker group (71; 171) has at least two suction elements, which are individually movable in a vertical direction, and - the individual block sucker group (71; 171) has a supporting beam, on which a supporting device with a lifting device bearing a transverse supporting roller is arranged.
A communication method, performed by a terminal device, comprising: receiving, from a first base station, at least one first data packet that is of a first service and that is sent in a multicast transmission mode; wherein the terminal device is handed over from a second base station to the first base station, wherein the first base station is a target base station, and the second base station is a source base station; and wherein the first base station and the second base station each provide a multicast transmission service of the first service; receiving first indication information from the first base station; wherein the first indication information indicates a specific data packet that is in the at least one data packet received from the target base station and that needs to be sent or delivered to an upper layer entity by an RLC layer entity, a PDCP layer entity, or another layer 2 protocol layer entity of the terminal device, and indicates a sending or delivery sequence of the specific data packet; and sending a part of or all data packets in the at least one first data packet to the upper layer entity of the terminal device based on the first indication information. receiving, from a first base station, at least one first data packet that is of a first service and that is sent in a multicast transmission mode; wherein the terminal device is handed over from a second base station to the first base station, wherein the first base station is a target base station, and the second base station is a source base station; and wherein the first base station and the second base station each provide a multicast transmission service of the first service; receiving first indication information from the first base station; wherein the first indication information indicates a specific data packet that is in the at least one data packet received from the target base station and that needs to be sent or delivered to an upper layer entity by an RLC layer entity, a PDCP layer entity, or another layer 2 protocol layer entity of the terminal device, and indicates a sending or delivery sequence of the specific data packet; and sending a part of or all data packets in the at least one first data packet to the upper layer entity of the terminal device based on the first indication information.
A motor comprising: a stator; and a rotor being arranged on a side of an inner diameter of the stator, having a magnet constituting a magnetic pole thereof, the magnet includes, a first magnet, being a permanent magnet, provided on an outer circumference of a rotation shaft, and a plurality of second magnets, being permanent magnets, arranged on an outer circumference of the first magnet having a magnetic property higher than that of the first magnet, wherein the first magnet includes, on an outer circumferential surface thereof, concave portions that are formed at a regular pitch to a circumferential direction, the concave portions being formed so that the number thereof is identical to the number of the magnetic poles, characterized in that each of the plurality of second magnets: is arranged on each of the concave portions; has a center portion whose thickness with respect to the circumferential direction is larger than a thickness of an edge portion; extends beyond the outer circumferential surface of the first magnet; is magnetized so that a focal point of a magnetization orientation is on a line connecting a center of the rotor and a center portion of the magnet and on an outer side of the rotor; and is magnetized in a radial orientation of an opposite direction, wherein the first magnet is oriented in polar anisotropy so that the magnetic poles appear on each of the concave portions in an alternate manner and a magnetic flux flows from one of adjacent concave portions to the other, wherein the first magnet is a ferrite bond magnet, and the second magnet is a sintered ferrite magnet. a stator; and a rotor being arranged on a side of an inner diameter of the stator, having a magnet constituting a magnetic pole thereof, the magnet includes, a first magnet, being a permanent magnet, provided on an outer circumference of a rotation shaft, and a plurality of second magnets, being permanent magnets, arranged on an outer circumference of the first magnet having a magnetic property higher than that of the first magnet, is arranged on each of the concave portions; has a center portion whose thickness with respect to the circumferential direction is larger than a thickness of an edge portion; extends beyond the outer circumferential surface of the first magnet; is magnetized so that a focal point of a magnetization orientation is on a line connecting a center of the rotor and a center portion of the magnet and on an outer side of the rotor; and is magnetized in a radial orientation of an opposite direction,
Data packet for bidirectional transmission of data packets during data transmission between a first and a second communication appliance, wherein the data packet transmitted from the first to the second communication appliance - contains useful data and a piece of acknowledgement information relating to all data packets already previously received by the first communication appliance during said data transmission, characterized in that the data packet has one reception counter (41, 42) per physical communication link (7, 8) between the first and the second communication appliance (3, 4), which reception counter indicates how many data packets have already been received by a communication appliance (3, 4) via the respective physical communication link (7, 8). - contains useful data and a piece of acknowledgement information relating to all data packets already previously received by the first communication appliance during said data transmission, characterized in that the data packet has one reception counter (41, 42) per physical communication link (7, 8) between the first and the second communication appliance (3, 4), which reception counter indicates how many data packets have already been received by a communication appliance (3, 4) via the respective physical communication link (7, 8).
Heating device with a combustion chamber, which is divided into a gasifier stage and a combustion stage, wherein A) the gasifier stage has an entering primary air supply device for the gasification of biomass and B) the combustion stage has an entering secondary air supply device for the postcombustion of a combustion gas stream, wherein C) the primary air supply device has a first flow generator, which is controlled to a first setpoint value by a first controller and D) the secondary air supply device has a second flow generator, which is controlled to a second setpoint value by a second controller, characterized in that a multi-variable controller, outputting the setpoint values (S1, S2), is connected in a communicating manner to the first controller and the second controller and, for determining the setpoint values (S1, S2), to an oxygen sensor in an exhaust duct downstream of the combustion stage, wherein the multi-variable controller is a model-based predictive controller that is hierarchically superior to the controllers for controlling the flow generators, wherein the multi-variable controller first receives an oxygen content in the exhaust duct, determined by the oxygen sensor, and then determines and outputs the setpoint values (S1, S2) of the primary air and of the secondary air on the basis of a stored dynamic system model of the combustion process to be controlled and of the oxygen content in the exhaust duct. A) the gasifier stage has an entering primary air supply device for the gasification of biomass and B) the combustion stage has an entering secondary air supply device for the postcombustion of a combustion gas stream, wherein C) the primary air supply device has a first flow generator, which is controlled to a first setpoint value by a first controller and D) the secondary air supply device has a second flow generator, which is controlled to a second setpoint value by a second controller,
A transverse bridge component for an aircraft flooring system comprising an elongate unitary structure which includes spaced-apart Y-shaped supports interconnected by a bridge section, the Y-shaped supports defining an upper space providing corresponding openings along the transverse bridge component.
Threading nozzle for threading wire electrodes for threading devices in wire electrical discharge erosion machines, wherein the threading nozzle has a threading-nozzle body, wherein the threading-nozzle body has a guide bore for guiding the wire electrode to be threaded along the longitudinal axis of the former, the threading-nozzle body along the longitudinal axis thereof further has a gap which splits the threading-nozzle body in two parts, characterized in that the two parts are connected at a solid-body articulation which is configured in the threading-nozzle body, and wherein the gap splits the guide bore in two parts.
A control device for an injection molding machine, comprising: a display unit configured to display a single display image or a plurality of display images including information relating to molding conditions of an injection molding machine; a control unit configured to control display of the display image on the display unit; and a storage unit configured to store a display history associated with a temporal order in which the plurality of display images are displayed on the display unit, wherein the control unit is configured to divide the display unit into a first display area and a second display area, and wherein the control unit is able to display a first display image on the first display area and a second display image on the second display area, and when the control unit receives an instruction to scroll in a first direction, the control unit is configured to scroll the plurality of display images to be displayed on the display unit in a state where an anteroposterior relationship in the temporal order in the display of the display images stored in the storage unit with respect to at least one of the first display image displayed on the first display area or the second display image displayed on the second display area is maintained. a display unit configured to display a single display image or a plurality of display images including information relating to molding conditions of an injection molding machine; a control unit configured to control display of the display image on the display unit; and a storage unit configured to store a display history associated with a temporal order in which the plurality of display images are displayed on the display unit, wherein the control unit is configured to divide the display unit into a first display area and a second display area, and wherein the control unit is able to display a first display image on the first display area and a second display image on the second display area, and when the control unit receives an instruction to scroll in a first direction, the control unit is configured to scroll the plurality of display images to be displayed on the display unit in a state where an anteroposterior relationship in the temporal order in the display of the display images stored in the storage unit with respect to at least one of the first display image displayed on the first display area or the second display image displayed on the second display area is maintained.
A mold assembly for use in forming a component having an internal passage defined therein, the component formed from a component material, said mold assembly comprising: a mold that defines a mold cavity therein; a lattice structure selectively positioned at least partially within said mold cavity, said lattice structure formed from a first material that is configured to be substantially absorbable by the component material in a molten state such that no discrete boundary delineates the lattice structure from component material after component material is cooled, wherein a channel is defined through said lattice structure, a core is positioned in said channel such that at least a portion of said core extends within said mold cavity and defines the internal passage when the component is formed in said mold assembly; wherein said lattice structure comprises a plurality of elongated members that define a plurality of open spaces therebetween, wherein said plurality of elongated members comprise sectional elongated members, said sectional elongated members arranged in at least two groups shaped to be positioned within a corresponding cross-section of said mold cavity, and wherein said plurality of elongated members further comprises at least one stringer elongated member that extends between at least two of said groups; and wherein the component material is an alloy, and said first material comprises at least one constituent material of the alloy. a mold that defines a mold cavity therein; a lattice structure selectively positioned at least partially within said mold cavity, said lattice structure formed from a first material that is configured to be substantially absorbable by the component material in a molten state such that no discrete boundary delineates the lattice structure from component material after component material is cooled, wherein a channel is defined through said lattice structure, a core is positioned in said channel such that at least a portion of said core extends within said mold cavity and defines the internal passage when the component is formed in said mold assembly; wherein said lattice structure comprises a plurality of elongated members that define a plurality of open spaces therebetween, wherein said plurality of elongated members comprise sectional elongated members, said sectional elongated members arranged in at least two groups shaped to be positioned within a corresponding cross-section of said mold cavity, and wherein said plurality of elongated members further comprises at least one stringer elongated member that extends between at least two of said groups; and wherein the component material is an alloy, and said first material comprises at least one constituent material of the alloy.
Use of a mixture of at least one sweetening agent and at least one chemically unmodified pregelatinized starch to improve the crunchiness of the hard crystalline coating of a sugar-coated product, said starch not having undergone chemical modifications, said coating and said mixture comprising less than 1% by weight of gum arabic relative to the total dry weight of the coating or of the mixture, preferably said coating or said mixture being free of gum arabic, and wherein said mixture comprises: - between 80 and 99.90% by weight of said sweetening agent relative to the total mass of dry matter of the mixture, preferentially between 90 and 99.90% and - between 0.1 and 20% by weight of said starch relative to the total mass of dry matter of the mixture, preferentially between 0.1 and 10%. - between 80 and 99.90% by weight of said sweetening agent relative to the total mass of dry matter of the mixture, preferentially between 90 and 99.90% and - between 0.1 and 20% by weight of said starch relative to the total mass of dry matter of the mixture, preferentially between 0.1 and 10%.
A method of increasing the physiological endurance of a mammal in the event of sustained physical activity, said method comprising a step of orally administering an effective amount of a composition (adaptogenic composition) depending on the body weight of said mammal, wherein said composition includes, a) Boswellic acids-polysaccharide composition derived from Boswellia serrata wherein the polysaccharide component is not less than 70% by weight of the said composition combined with a concentrate of the liquid endosperm of Cocos nucifera standardized to contain not less than 70% w/w of total dissolved solids; or b) Boswellic acids-polysaccharide composition derived from Boswellia serrata wherein the polysaccharide component is not less than 70% by weight of the said composition combined with an extract of Emblica officinalis fruit standardized to contain 10% w/w and above of 1-O-galloyl-β-D-glucose (β-glucogallin) and not more than 5% w/w of gallic acid, wherein the method does not comprise a method for treatment of the human or animal body by therapy. a) Boswellic acids-polysaccharide composition derived from Boswellia serrata wherein the polysaccharide component is not less than 70% by weight of the said composition combined with a concentrate of the liquid endosperm of Cocos nucifera standardized to contain not less than 70% w/w of total dissolved solids;