mhurhangee/ep-ind-claims huggingface dataset:
An inverter device comprising: a switching element (101h, 101k) including a control terminal and a pair of main terminals; a control circuit configured to output a control signal which indicates whether to instruct an ON state of the switching element; a decision circuit configured to output a decision signal which indicates a state of the switching element based on a voltage between the main terminals of the switching element; and a drive circuit configured to control the ON state and an OFF state of the switching element based on the control signal and the decision signal, characterized in that the drive circuit includes an OR circuit configured to input the control signal and the decision signal as logical signals and output a logical sum of the control signal and the decision signal. a switching element (101h, 101k) including a control terminal and a pair of main terminals; a control circuit configured to output a control signal which indicates whether to instruct an ON state of the switching element; a decision circuit configured to output a decision signal which indicates a state of the switching element based on a voltage between the main terminals of the switching element; and a drive circuit configured to control the ON state and an OFF state of the switching element based on the control signal and the decision signal, characterized in that the drive circuit includes an OR circuit configured to input the control signal and the decision signal as logical signals and output a logical sum of the control signal and the decision signal.
A method comprising: generating a data packet at an access point, wherein the packet includes a preamble configured to identify for each of a plurality of destination devices (120, 130, 140) a set of tones of the data packet that are allocated to the respective destination device (120, 130, 140), wherein the data packet is to be communicated using a waveform that includes a first set of tones that is allocated to a first destination device of the plurality of destination devices (120, 130, 140) and a second set of tones that is allocated to a second destination device of the plurality of destination devices (120, 130, 140), wherein the first set of tones is non-overlapping with respect to the second set of tones, and wherein each tone of the first set of tones and each tone of the second set of tones is an orthogonal frequency-division multiple access, OFDMA, tone; transmitting the data packet from the access point to the first destination device via a wireless network; and transmitting the data packet from the access point to the second destination device via the wireless network. generating a data packet at an access point, wherein the packet includes a preamble configured to identify for each of a plurality of destination devices (120, 130, 140) a set of tones of the data packet that are allocated to the respective destination device (120, 130, 140), wherein the data packet is to be communicated using a waveform that includes a first set of tones that is allocated to a first destination device of the plurality of destination devices (120, 130, 140) and a second set of tones that is allocated to a second destination device of the plurality of destination devices (120, 130, 140), wherein the first set of tones is non-overlapping with respect to the second set of tones, and wherein each tone of the first set of tones and each tone of the second set of tones is an orthogonal frequency-division multiple access, OFDMA, tone; transmitting the data packet from the access point to the first destination device via a wireless network; and transmitting the data packet from the access point to the second destination device via the wireless network.
A method suitable for a multi-mode device: establishing a first call through a first network; and receiving a second call through a second network that is independent of the first network, the method being characterised by comprising: identifying the second network; determining whether the second call is high or low priority based on the identification of the second network; in response to determining that the second call is high priority, injecting a call waiting alert indicating which network the second call is coming from into the first call; and in response to determining that the second call is low priority, sending the second call to voicemail. establishing a first call through a first network; and receiving a second call through a second network that is independent of the first network, the method being characterised by comprising: identifying the second network; determining whether the second call is high or low priority based on the identification of the second network; in response to determining that the second call is high priority, injecting a call waiting alert indicating which network the second call is coming from into the first call; and in response to determining that the second call is low priority, sending the second call to voicemail. identifying the second network; determining whether the second call is high or low priority based on the identification of the second network; in response to determining that the second call is high priority, injecting a call waiting alert indicating which network the second call is coming from into the first call; and in response to determining that the second call is low priority, sending the second call to voicemail.
A method for controlling a wind turbine, the method comprising steps of: predicting behaviour of one or more wind turbine components for each of a plurality of time stages over a prediction horizon using a wind turbine model that describes dynamics of the one or more components of the wind turbine, the plurality of time stages comprising a first set of time stages from an initial time stage and a second set of time stages subsequent to the first set; determining at least one control output for each of the plurality of time stages based on the predicted behaviour; and, characterised by transmitting a control signal to implement only the at least one control output for each of the second set of time stages. predicting behaviour of one or more wind turbine components for each of a plurality of time stages over a prediction horizon using a wind turbine model that describes dynamics of the one or more components of the wind turbine, the plurality of time stages comprising a first set of time stages from an initial time stage and a second set of time stages subsequent to the first set; determining at least one control output for each of the plurality of time stages based on the predicted behaviour; and, characterised by transmitting a control signal to implement only the at least one control output for each of the second set of time stages.
A negative electrode mixture for a nonaqueous electrolyte secondary cell, comprising: a negative electrode active material; and a binder containing a copolymer of vinyl alcohol and an alkali metal-neutralized product of ethylene-unsaturated carboxylic acid, wherein the copolymer of vinyl alcohol and alkali metal-neutralized product of ethylene-unsaturated carboxylic acid comprises a molar ratio of the vinyl alcohol to the alkali metal-neutralized product of ethylene-unsaturated carboxylic acid of 95/5 to 5/95, said negative electrode mixture being characterized in that it further comprises a conductive assistant and in that said copolymer of vinyl alcohol and alkali metal-neutralized product of ethylene-unsaturated carboxylic acid is a random copolymer. a negative electrode active material; and a binder containing a copolymer of vinyl alcohol and an alkali metal-neutralized product of ethylene-unsaturated carboxylic acid,
A battery pack, which includes a pack housing and a plurality of battery modules accommodated in the pack housing, wherein the pack housing has openings formed at both sides thereof to communicate with each other and also has a plurality of guide grooves, and wherein each battery module is accommodated into or removed from an inner space of the pack housing through the opening by sliding along the guide grooves, wherein each battery module includes: a battery cell stack; and a module case (12, 13, 14) configured to accommodate the battery cell stack, wherein the module case has a pair of crash plates facing each other, wherein the crash plate has sliding protrusions formed at edges of upper and lower surfaces thereof and shaped corresponding to the guide grooves. wherein the pack housing has openings formed at both sides thereof to communicate with each other and also has a plurality of guide grooves, and wherein each battery module is accommodated into or removed from an inner space of the pack housing through the opening by sliding along the guide grooves, wherein each battery module includes: a battery cell stack; and a module case (12, 13, 14) configured to accommodate the battery cell stack, wherein the module case has a pair of crash plates facing each other, wherein the crash plate has sliding protrusions formed at edges of upper and lower surfaces thereof and shaped corresponding to the guide grooves. a battery cell stack; and a module case (12, 13, 14) configured to accommodate the battery cell stack, wherein the module case has a pair of crash plates facing each other, wherein the crash plate has sliding protrusions formed at edges of upper and lower surfaces thereof and shaped corresponding to the guide grooves.
A closure comprising a lid including top wall, a side wall coupled to the top wall and arranged to extend downwardly away from the top wall, and a brim coupled to a distal end of the side wall and spaced apart from the top wall, the brim being arranged to extend away from the side wall, and a skin layer is overmolded onto the lid and arranged onto at least a portion of the top wall and the side wall, characterized in that the brim is formed to define an aperture that extends downwardly into the brim. a lid including top wall, a side wall coupled to the top wall and arranged to extend downwardly away from the top wall, and a brim coupled to a distal end of the side wall and spaced apart from the top wall, the brim being arranged to extend away from the side wall, and a skin layer is overmolded onto the lid and arranged onto at least a portion of the top wall and the side wall, characterized in that the brim is formed to define an aperture that extends downwardly into the brim.
A system, comprising: an emissions control system, comprising: a chemical injection conduit configured to be coupled to a passage (16,40) of a flow path of combustion products; a chemical injector coupled to the chemical injection conduit, wherein the chemical injector is configured to output an emissions control chemical into the chemical injection conduit; and a wave generator coupled to the chemical injection conduit, wherein the wave generator is configured to output a plurality of waves that propagates through the chemical injection conduit into the passage (16,40) of the flow path of combustion products to drive mixing of the emissions control chemical with the combustion products. an emissions control system, comprising: a chemical injection conduit configured to be coupled to a passage (16,40) of a flow path of combustion products; a chemical injector coupled to the chemical injection conduit, wherein the chemical injector is configured to output an emissions control chemical into the chemical injection conduit; and a wave generator coupled to the chemical injection conduit, wherein the wave generator is configured to output a plurality of waves that propagates through the chemical injection conduit into the passage (16,40) of the flow path of combustion products to drive mixing of the emissions control chemical with the combustion products. a chemical injection conduit configured to be coupled to a passage (16,40) of a flow path of combustion products; a chemical injector coupled to the chemical injection conduit, wherein the chemical injector is configured to output an emissions control chemical into the chemical injection conduit; and a wave generator coupled to the chemical injection conduit, wherein the wave generator is configured to output a plurality of waves that propagates through the chemical injection conduit into the passage (16,40) of the flow path of combustion products to drive mixing of the emissions control chemical with the combustion products.
Arrangement of two circuit substrates (1, 3) held at a fixed distance from one another, wherein an electrical contact of the first circuit substrate is connected to an electrical contact of the second circuit substrate in an electrically conductive manner, wherein the first electrical contact of the first circuit substrate comprises a hole which is plated-through or only printed on one side, into which a connecting lug of a plug-in tongue is soldered or pressed and wherein the electrical contact of the second circuit substrate is embodied as a slot which is plated-through or only printed on one side, through which a section of the plug-in tongue is guided, wherein the plug-in tongue has a second connecting lug which is soldered or pressed into a second hole in the first circuit substrate and the two holes in the first circuit substrate form different electrical contacts which are each connected to different conductor paths or directly to different connectors of circuit elements, so that said conductor paths or connectors are electrically connected via the plug-in tongue.
A mobile terminal comprising a receiver unit for receiving data via a plurality of OFDM sub-carriers on a radio downlink and a transmitter unit for transmitting data via a plurality of OFDM sub-carriers on a radio uplink operable in a wireless telecommunications system in which data is transmitted to mobile terminals of a first type on a first group of a plurality of OFDM sub-carriers within a first frequency band and to mobile terminals of a second type to which the mobile terminal belongs on a second group of the plurality of OFDM sub-carriers within a second frequency band, the second group being smaller than the first group and the second frequency band being selected from within the first frequency band, and in which control information comprising resource allocation information for terminals of the first type is transmitted over a first bandwidth corresponding to the combined first and second groups of OFDM sub-carriers and control information comprising resource allocation information for terminals of the second type is transmitted over a second bandwidth corresponding to the second group of OFDM sub-carriers, wherein the receiver unit of the mobile terminal is limited to receive data on the radio downlink over the second frequency band, wherein the OFDM sub-carriers are transmitted using a sub-frame structure, and the mobile terminal is operable to receive the control information comprising resource allocation information for the terminals of the second type in a first sub-frame which relates to allocation of resources in a subsequent sub-frame.
Piston compressor valve, comprising a valve seat having a plurality of passage openings, comprising a closing element rotatable about a rotation axis for opening and closing the passage openings, comprising an actuator drive for rotating the closing element, comprising a sensor for detecting a state variable of the piston compressor valve, and comprising an actuating device which activates the actuator drive as a function of the state variable, wherein the valve seat has an end face into which the passage openings open, wherein the closing element is designed integral, wherein the closing element is fixedly connected to a shaft which can be rotated about the rotation axis, characterized in that the closing element is connected to the actuator drive so as to be movable in a self-acting manner in a profile direction of the rotation axis, so that the closing element can be rotated about the rotation axis by the actuator drive and can also be displaced in a self-acting manner in the profile direction of the rotation axis in relation to the end face.
An apparatus comprising: a register; a write buffer; a PHY Interface for a Peripheral Component Interconnect, PCI, Express architecture PIPE-based interface to couple to a media access layer, MAC (605; 705); and physical layer, PHY, logic (610; 710) to: identify an uncommitted write request to write data to the register, wherein the uncommitted write request is received from the MAC (605; 705) over the PIPE-based interface; store the uncommitted write request in the write buffer, wherein the write buffer stores a set of uncommitted writes received from the MAC (605; 705); identify an other write request to write data to the register, wherein the other write request is received from the MAC (605; 705) over the PIPE-based interface after the uncommitted write request is received, and the other write request comprises a committed write; and cause the set of writes stored in the write buffer and the other write request to be executed based on identification of the other write request as a committed write. a register; a write buffer; a PHY Interface for a Peripheral Component Interconnect, PCI, Express architecture PIPE-based interface to couple to a media access layer, MAC (605; 705); and physical layer, PHY, logic (610; 710) to: identify an uncommitted write request to write data to the register, wherein the uncommitted write request is received from the MAC (605; 705) over the PIPE-based interface; store the uncommitted write request in the write buffer, wherein the write buffer stores a set of uncommitted writes received from the MAC (605; 705); identify an other write request to write data to the register, wherein the other write request is received from the MAC (605; 705) over the PIPE-based interface after the uncommitted write request is received, and the other write request comprises a committed write; and cause the set of writes stored in the write buffer and the other write request to be executed based on identification of the other write request as a committed write. identify an uncommitted write request to write data to the register, wherein the uncommitted write request is received from the MAC (605; 705) over the PIPE-based interface; store the uncommitted write request in the write buffer, wherein the write buffer stores a set of uncommitted writes received from the MAC (605; 705); identify an other write request to write data to the register, wherein the other write request is received from the MAC (605; 705) over the PIPE-based interface after the uncommitted write request is received, and the other write request comprises a committed write; and cause the set of writes stored in the write buffer and the other write request to be executed based on identification of the other write request as a committed write.
An apparatus for chamfering at least one edge of the gearing at the front side of a workpiece having internal gearing comprising at least one rotatably supported workpiece holder for holding the workpiece and comprising at least one rotatably supported tool holder for holding at least one chamfer hob, in particular a chamfer cut hob, and comprising a control for the automatic control of the machine axes for chamfering the edges of a gearing on at least one front side, and preferably on both front sides, of a workpiece; characterized in that the control is programmed such that the tool holder is or will be arranged next to a workpiece held in the workpiece holder and a chamfer hob held in the tool holder is arranged by means of a tool arbor in the region of the center opening of the workpiece formed by the internal gearing to be brought into engagement with an edge of the internal gearing on the upper side and/or on the lower side of the workpiece.
A fuel storage system for storing nuclear fuel rods, the system comprising: an elongated capsule defining a vertical centerline axis (Cv), the capsule comprising a top end, a bottom end, and sidewalls extending between the top and bottom ends; an internal cavity formed within the capsule; a lid attached to the top end of the capsule, the lid including an exposed top surface and a bottom surface; an upper tubesheet and a lower tubesheet disposed in the cavity; a plurality of vertically oriented fuel rod storage tubes extending between the upper and lower tubesheets (120, 122), each of the fuel rod storage tubes containing a fuel rod; a central drain tube extending between the upper and lower tubesheets (120, 122); wherein each storage tube has a transverse cross section configured and dimensioned to hold no more than one fuel rod; a top plenum formed between the lid and upper tubesheet; a bottom plenum formed between the lower tubesheet and the bottom end of the capsule, wherein the lid includes a first gas supply flow conduit in fluid communication with the bottom plenum through the central drain tube and a second gas return flow conduit in fluid communication with the top plenum; and a forced gas dehydration system fluidly coupled to the first gas supply flow conduit adapted to supply a heated gas thereto, such that the heated gas flows through the central drain tube to the bottom flow plenum; the central drain tube being rigidly coupled to the upper and lower tubesheets (120, 122). an elongated capsule defining a vertical centerline axis (Cv), the capsule comprising a top end, a bottom end, and sidewalls extending between the top and bottom ends; an internal cavity formed within the capsule; a lid attached to the top end of the capsule, the lid including an exposed top surface and a bottom surface; an upper tubesheet and a lower tubesheet disposed in the cavity; a plurality of vertically oriented fuel rod storage tubes extending between the upper and lower tubesheets (120, 122), each of the fuel rod storage tubes containing a fuel rod; a central drain tube extending between the upper and lower tubesheets (120, 122); wherein each storage tube has a transverse cross section configured and dimensioned to hold no more than one fuel rod; a top plenum formed between the lid and upper tubesheet; a bottom plenum formed between the lower tubesheet and the bottom end of the capsule, wherein the lid includes a first gas supply flow conduit in fluid communication with the bottom plenum through the central drain tube and a second gas return flow conduit in fluid communication with the top plenum; and a forced gas dehydration system fluidly coupled to the first gas supply flow conduit adapted to supply a heated gas thereto, such that the heated gas flows through the central drain tube to the bottom flow plenum; the central drain tube being rigidly coupled to the upper and lower tubesheets (120, 122).