mhurhangee/ep-ind-claims huggingface dataset:
A current sensing apparatus comprising: a first current transformer, the first current transformer, when energized, having a first input current and a first output current, the first output current being less than the first input current; a second current transformer, wherein the first current transformer is electrically connected to the second current transformer by a first conductor of distance D, the second current transformer, when energized, having a second input current and a second output current, wherein the second input current is substantially less than the first output current, the second output current being greater than the first output current; and wherein the second output current is substantially equal to a nominally rated input current of a low voltage device in electrical communication with the second current transformer wherein the second current transformer is electrically connected, in use, to the low voltage device by a second conductor of distance d, where d is less than D, such that a power loss in the first conductor is substantially greater than a power loss in the second conductor. a first current transformer, the first current transformer, when energized, having a first input current and a first output current, the first output current being less than the first input current; a second current transformer, wherein the first current transformer is electrically connected to the second current transformer by a first conductor of distance D, the second current transformer, when energized, having a second input current and a second output current, wherein the second input current is substantially less than the first output current, the second output current being greater than the first output current; and wherein the second output current is substantially equal to a nominally rated input current of a low voltage device in electrical communication with the second current transformer wherein the second current transformer is electrically connected, in use, to the low voltage device by a second conductor of distance d, where d is less than D, such that a power loss in the first conductor is substantially greater than a power loss in the second conductor.
Circuit breaker, in particular for high voltages, comprising: a support base; a first electrical connector, stationary relative to said base, and a first other electrical connector, said first other electrical connector being movable relative to said base by means of an actuating mechanism (20; 120); a second electrical connector that can be electrically connected to the first electrical connector and a second other electrical connector that can be electrically connected to said first other electrical connector; said actuating mechanism (20; 120) being mechanically coupled to said second electrical connector or to said second other electrical connector such as to drive the actuating mechanism on separation of the second electrical connector, or of the second other electrical connector respectively; a movable electric-field-distributing screen designed to protect the end portion of the first other electrical connector from said electrical field, at least partially surrounding the end portion of the first other electrical connector, at a radial distance, characterised in that the actuating mechanism (20; 120) is designed to move the movable screen and the first other electrical connector in a coordinated manner when moving from the closed position to the open position of the circuit breaker such that the screen surrounds the end portion of the first other electrical connector throughout the entire travel of same. a support base; a first electrical connector, stationary relative to said base, and a first other electrical connector, said first other electrical connector being movable relative to said base by means of an actuating mechanism (20; 120); a second electrical connector that can be electrically connected to the first electrical connector and a second other electrical connector that can be electrically connected to said first other electrical connector; said actuating mechanism (20; 120) being mechanically coupled to said second electrical connector or to said second other electrical connector such as to drive the actuating mechanism on separation of the second electrical connector, or of the second other electrical connector respectively; a movable electric-field-distributing screen designed to protect the end portion of the first other electrical connector from said electrical field, at least partially surrounding the end portion of the first other electrical connector, at a radial distance, characterised in that the actuating mechanism (20; 120) is designed to move the movable screen and the first other electrical connector in a coordinated manner when moving from the closed position to the open position of the circuit breaker such that the screen surrounds the end portion of the first other electrical connector throughout the entire travel of same.
A free-piston gas generator power plant, comprising: a free-piston engine; a power turbine; the free-piston engine configured to supply an exhaust gas to the power turbine via an exhaust channel; the power plant being further provided with a water supply, a heat exchanger and an injector; wherein the heat exchanger is coupled to an exhaust line from the power turbine, the exhaust line being arranged to heat the water supply to create steam, the injector arranged to inject the steam into the exhaust channel. a free-piston engine; a power turbine; the free-piston engine configured to supply an exhaust gas to the power turbine via an exhaust channel; the power plant being further provided with a water supply, a heat exchanger and an injector; wherein the heat exchanger is coupled to an exhaust line from the power turbine, the exhaust line being arranged to heat the water supply to create steam, the injector arranged to inject the steam into the exhaust channel.
A superconducting digital integrated circuit, IC, comprising: a ground plane fabricated at least in part as a blanket deposition of a superconducting metal, the ground plane being patterned with a regular grid of dielectric-filled flux-trapping voids, each void in the grid being generally radially symmetrical in shape; and discrete circuit devices interconnected by superconducting wires fabricated on one or more device layers above the ground plane, the devices being placed and wires being routed between individual voids in the regular grid, such that the devices and wires do not intersect any of the voids and maintain at least a predetermined distance away from any of the voids, the devices and wires forming at least one active digital circuit; wherein the voids are configured to protect the at least one active digital circuit from parasitic flux bias by attracting and sequestering stray flux such that it cannot couple flux to the devices or wires. a ground plane fabricated at least in part as a blanket deposition of a superconducting metal, the ground plane being patterned with a regular grid of dielectric-filled flux-trapping voids, each void in the grid being generally radially symmetrical in shape; and discrete circuit devices interconnected by superconducting wires fabricated on one or more device layers above the ground plane, the devices being placed and wires being routed between individual voids in the regular grid, such that the devices and wires do not intersect any of the voids and maintain at least a predetermined distance away from any of the voids, the devices and wires forming at least one active digital circuit; wherein the voids are configured to protect the at least one active digital circuit from parasitic flux bias by attracting and sequestering stray flux such that it cannot couple flux to the devices or wires.
Cladding of a building surface which comprises elongated cladding elements made of a wood material, a substructure and screws, wherein the screws are self-drilling and self-tapping and extend through the cladding elements in screw through-holes and are in threaded engagement with the material of the substructure, wherein on the screw, from the screw tip, a drill tip, a threaded section, a broaching section, a smooth shank section, which is thinner than the broaching section, and a screw head, which is designed as a countersunk head, follow one another, wherein the broaching section, in the axial direction of the screw, is less than half as long as the threaded section and is designed as a thread oriented in the opposite direction to the threaded section, wherein the distance between the free end face of the screw head and the broaching section is at least equal to the thickness of the covering element in the axial direction of the screw, wherein the outer shape of the screw head has at least three circular cylinder sections (13, 14, 15) of different diameters which are coaxial with the screw axis and lie one behind the other along the latter and which are arranged in a row with respect to diameter in such a way that the circular cylinder section with the smallest diameter is located closest to the screw tip, characterised in that the circular cylinder sections (13, 14, 15) are also lined up with respect to their length, whereby the circular cylinder section with the greatest length is located closest to the screw tip, and the diameter of this circular cylinder section is zero to five tenths of a millimetre smaller than the diameter of the broaching section.
A safety airbag, wherein the safety airbag comprises a first airbag cavity and a second airbag cavity; the second airbag cavity is arranged on a panel of the first airbag cavity; and when the safety airbag is in an inflated state, the size of the second airbag cavity in a first direction is smaller than the size of the first airbag cavity in the first direction; and the first airbag cavity has a left part and a right part that are arranged in a second direction; when the safety airbag is in a stowed state, the left part and the right part are folded inwards to form a left covering part and a right covering part, wherein the second direction is different from the first direction; characterized in that the left covering part and the right covering part are each configured to cover part of the second airbag cavity so as to completely cover the second airbag cavity from the left and right sides, wherein when the safety airbag is in the stowed state, the second airbag cavity has a left fold portion and a right fold portion arranged in the second direction. the safety airbag comprises a first airbag cavity and a second airbag cavity; the second airbag cavity is arranged on a panel of the first airbag cavity; and when the safety airbag is in an inflated state, the size of the second airbag cavity in a first direction is smaller than the size of the first airbag cavity in the first direction; and the first airbag cavity has a left part and a right part that are arranged in a second direction; when the safety airbag is in a stowed state, the left part and the right part are folded inwards to form a left covering part and a right covering part, wherein the second direction is different from the first direction; characterized in that the left covering part and the right covering part are each configured to cover part of the second airbag cavity so as to completely cover the second airbag cavity from the left and right sides, wherein when the safety airbag is in the stowed state, the second airbag cavity has a left fold portion and a right fold portion arranged in the second direction.
A process burner suitable for the over stoichiometric combustion of a hydrocarbon source, the burner comprising a body and a nozzle associated to said body, wherein: said nozzle is arranged for the formation of a diffusion flame outside said process burner, said process burner has a feeding side with at least one inlet for a reactant stream, and an opposite end side with an outlet section which defines a boundary between a feeding region and a combustion region, the burner being configured in such a way that combustion take place downstream of said outlet section, said nozzle comprises at least one tubular body (20, 21, 22) to define at least one channel (23, 24, 25) for said reactant stream, ending at said outlet section of said nozzle, and said at least one tubular body is integrally made of a technical ceramic material, and said at least one reactant stream are confined by said at least one ceramic body (20, 21, 22) until the reaching of said outlet section. said nozzle is arranged for the formation of a diffusion flame outside said process burner, said process burner has a feeding side with at least one inlet for a reactant stream, and an opposite end side with an outlet section which defines a boundary between a feeding region and a combustion region, the burner being configured in such a way that combustion take place downstream of said outlet section, said nozzle comprises at least one tubular body (20, 21, 22) to define at least one channel (23, 24, 25) for said reactant stream, ending at said outlet section of said nozzle, and said at least one tubular body is integrally made of a technical ceramic material, and
A scheduling method for a multiprocessor system for scheduling the order of assignment of execution units (th1a, th1b, th1c) processed in parallel and subject to scheduling to a plurality of processors of processing elements, comprising: organizing at least one execution unit subject to scheduling into at least one group; mapping, using a memory controller, processor resources, exclusively used by each of the execution units (th1a, th1b, th1c) belonging to the same group, to an address space referred to by all then execution units (th1a, th1b, th1c) of said same group so that the execution units can refer to each other's resources; storing in a ready queue groups in a ready state or a running state, retrieving the groups in the ready queue; and controlling the assignment of groups to processors under the constraint that all execution units (th1a, th1b, th1c) belonging to the same group are assigned to the respective processors at the same time. organizing at least one execution unit subject to scheduling into at least one group; mapping, using a memory controller, processor resources, exclusively used by each of the execution units (th1a, th1b, th1c) belonging to the same group, to an address space referred to by all then execution units (th1a, th1b, th1c) of said same group so that the execution units can refer to each other's resources; storing in a ready queue groups in a ready state or a running state, retrieving the groups in the ready queue; and controlling the assignment of groups to processors under the constraint that all execution units (th1a, th1b, th1c) belonging to the same group are assigned to the respective processors at the same time.
A method performed by a device, the method comprising: monitoring for data transmission scheduling assignments during an active time of a discontinuous reception cycle, and detecting a transmission during the active time; and determining a first timer value, starting a first timer, in response to the detecting, wherein the first timer is set for the first timer value that specifies an amount of time between detecting the transmission and starting a second timer that extends the active time by a second timer value; wherein the first timer value is determined based on one or both of: a selected first transmission time interval length from multiple transmission time interval lengths for which the device can be enabled; or a selected shorter first processing time over a second processing time associated with a transmission time interval length used by the device; characterised in that at least one timer value adjustment factor is received from the network to use in determining the first timer value, where the at least one received timer value adjustment factor comprises a transport block size. monitoring for data transmission scheduling assignments during an active time of a discontinuous reception cycle, and detecting a transmission during the active time; and determining a first timer value, starting a first timer, in response to the detecting, wherein the first timer is set for the first timer value that specifies an amount of time between detecting the transmission and starting a second timer that extends the active time by a second timer value; wherein the first timer value is determined based on one or both of: a selected first transmission time interval length from multiple transmission time interval lengths for which the device can be enabled; or a selected shorter first processing time over a second processing time associated with a transmission time interval length used by the device; characterised in that at least one timer value adjustment factor is received from the network to use in determining the first timer value, where the at least one received timer value adjustment factor comprises a transport block size. a selected first transmission time interval length from multiple transmission time interval lengths for which the device can be enabled; or a selected shorter first processing time over a second processing time associated with a transmission time interval length used by the device; characterised in that at least one timer value adjustment factor is received from the network to use in determining the first timer value, where the at least one received timer value adjustment factor comprises a transport block size.
A method for washing a motor vehicle windscreen by means of use of a washing device comprising: - a first reservoir containing a first fluid, and a second reservoir comprising a second fluid; - a piping system which connects the first reservoir and the second reservoir to orifices via which the first fluid and/or the second fluid is/are ejected onto the windscreen; - a pump system which is designed to circulate the first fluid and/or the second fluid in the piping system until ejection via said orifices takes place; and - at least one wiper blade which can be displaced on the windscreen, between a low position and a high position, characterized in that, with the piping system containing first fluid, the method comprises the steps of: a) activation of the pump system, so as to circulate second fluid in the piping system, so as to purge the first fluid from the piping system; and b) deactivation of the pump system at the moment when the second fluid reaches the orifices. - a first reservoir containing a first fluid, and a second reservoir comprising a second fluid; - a piping system which connects the first reservoir and the second reservoir to orifices via which the first fluid and/or the second fluid is/are ejected onto the windscreen; - a pump system which is designed to circulate the first fluid and/or the second fluid in the piping system until ejection via said orifices takes place; and - at least one wiper blade which can be displaced on the windscreen, between a low position and a high position, characterized in that, with the piping system containing first fluid, the method comprises the steps of: a) activation of the pump system, so as to circulate second fluid in the piping system, so as to purge the first fluid from the piping system; and b) deactivation of the pump system at the moment when the second fluid reaches the orifices. a) activation of the pump system, so as to circulate second fluid in the piping system, so as to purge the first fluid from the piping system; and b) deactivation of the pump system at the moment when the second fluid reaches the orifices.
A method for preparing a compound having the formula: where R is an aliphatic and/or aromatic radical, characterized in that 4,6-dichloro-2-methyl-5-(1-acetyl-2-imidazo-lin-2-yl)-aminopyrimidine and an alcohol are caused to react in the presence of a phase transfer catalyst and that the alcohol is used in combination with at least a further organic solvent. where R is an aliphatic and/or aromatic radical, characterized in that 4,6-dichloro-2-methyl-5-(1-acetyl-2-imidazo-lin-2-yl)-aminopyrimidine and an alcohol are caused to react in the presence of a phase transfer catalyst and that the alcohol is used in combination with at least a further organic solvent.
A rechargeable battery comprising: a plurality of electrode assemblies, each of the plurality of electrode assemblies including: a positive electrode, a negative electrode, a separator provided between the positive electrode and the negative electrode, and a pair of electrode tabs (14, 15) protruding to both sides of the electrode assembly so that the electrode tabs (14, 15) are located on opposite sides of the electrode assembly; a case adapted for receiving the plurality of electrode assemblies; a first current collecting plate and a second current collecting plate formed on both sides of the case; wherein a first insulation plate is disposed between the plurality of electrode assemblies and the first current collecting plate and a second insulation plate is disposed between the plurality of electrode assemblies and the second current collecting plate, wherein each of the pair of the electrode tabs (14, 15) passes through a first through hole formed in the first insulation plate and through a second through hole formed in the second insulation plate, wherein each of the pair of the electrode tabs (14, 15) is bent so that the plurality of electrode assemblies are fixed in the first insulation plate and the second insulation plate. a plurality of electrode assemblies, each of the plurality of electrode assemblies including: a positive electrode, a negative electrode, a separator provided between the positive electrode and the negative electrode, and a pair of electrode tabs (14, 15) protruding to both sides of the electrode assembly so that the electrode tabs (14, 15) are located on opposite sides of the electrode assembly; a positive electrode, a negative electrode, a separator provided between the positive electrode and the negative electrode, and a pair of electrode tabs (14, 15) protruding to both sides of the electrode assembly so that the electrode tabs (14, 15) are located on opposite sides of the electrode assembly;
Use of a multi-layered sheet material comprising a reinforcing member, having a polymer coating at least on one side, preferably on both sides, wherein the reinforcing member comprises at least one backing fabric made of warp threads (7a,b) and weft threads (8a,b), and wherein the sheet material comprises at least one channel extending through the sheet material, and characterized in that the warp and weft threads (7a,b; 8a; 8b) are woven together such that the backing fabric comprises both single layer fabric regions and at least one at least two-layer fabric region having at least two fabric layers (15a,b), which are not joined together, so that the channel is each formed between the fabric layers (15a,b), as a bellows wall of a crossway bellows, in particular of a crossway bellows in the form of a corrugated or pleated bellows (20; 21).