mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a water current turbine arrangement which includes first and second pluralities of water current turbines operable to generate electricity from a water current, the first plurality of water current turbines being upstream of at least one of the turbines in the second plurality, the water current turbines having respective individual power generation characteristics, the method comprising: controlling the power generation characteristics of the water current turbines in the first plurality independently of turbines in the second plurality; receiving measurement information for the turbines across the whole arrangement; using effects and conditions placed on the second plurality of water current turbines by the first plurality of turbines in the arrangement as a source of control information, and then using that information to control the first and second pluralities of water current turbines wherein each plurality is controlled separately, such that the overall output of the arrangement as a whole is optimized for prevailing conditions. controlling the power generation characteristics of the water current turbines in the first plurality independently of turbines in the second plurality; receiving measurement information for the turbines across the whole arrangement; using effects and conditions placed on the second plurality of water current turbines by the first plurality of turbines in the arrangement as a source of control information, and then using that information to control the first and second pluralities of water current turbines wherein each plurality is controlled separately, such that the overall output of the arrangement as a whole is optimized for prevailing conditions.
An ultrasound probe buffer comprising: a high impedance amplifier having a common-source core stage with series-series local feedback; and an operational amplifier (Al); wherein the high impedance amplifier comprises a first MOSFET and a second MOSFET (Ml), a first source degeneration resistor (R SP) coupled to a source terminal of the first MOSFET; and a second source degeneration resistor (R SN) coupled to a source terminal of the second MOSFET (Ml); wherein a drain terminal of the first MOSFET is coupled to a drain terminal of the second MOSFET (Ml), characterized in that the operational amplifier comprises a non-inverting input coupled to the drain terminal of the first MOSFET and the drain terminal of the second MOSFET (Ml); wherein an output of the operational amplifier is coupled via a resistor (Rl) to a gate terminal of the second MOSFET (Ml); and wherein the inverting terminal of the operational amplifier is grounded. a high impedance amplifier having a common-source core stage with series-series local feedback; and an operational amplifier (Al); wherein the high impedance amplifier comprises a first MOSFET and a second MOSFET (Ml), a first source degeneration resistor (R SP) coupled to a source terminal of the first MOSFET; and a second source degeneration resistor (R SN) coupled to a source terminal of the second MOSFET (Ml); wherein a drain terminal of the first MOSFET is coupled to a drain terminal of the second MOSFET (Ml), the operational amplifier comprises a non-inverting input coupled to the drain terminal of the first MOSFET and the drain terminal of the second MOSFET (Ml); wherein an output of the operational amplifier is coupled via a resistor (Rl) to a gate terminal of the second MOSFET (Ml); and wherein the inverting terminal of the operational amplifier is grounded.
An outer conductor arrangement for a plug connector having an outer conductor base body and an outer conductor ring, wherein the outer conductor base body has several contact tabs (201, 203), wherein the outer conductor ring connects to an interface-side end of the outer conductor base body, is connected to the outer conductor base body in least one connection area by means of a retaining tab and is of closed structure, in order to form a closed entry of the outer conductor arrangement, wherein contact tabs are provided, which are not connected to the outer conductor ring, wherein between the outer conductor ring and the outer conductor base body a jump in diameter is designed, wherein the diameter of the outer conductor base body is greater than the diameter of the outer conductor ring, wherein at least one contact tab has a connection area, in which the contact tab is designed as a retaining tab, to which the outer conductor ring is connected, characterized in that the retaining tab has a resilient contact tab in the retaining tab. wherein the outer conductor ring connects to an interface-side end of the outer conductor base body, is connected to the outer conductor base body in least one connection area by means of a retaining tab and is of closed structure, in order to form a closed entry of the outer conductor arrangement, wherein contact tabs are provided, which are not connected to the outer conductor ring, wherein between the outer conductor ring and the outer conductor base body a jump in diameter is designed, wherein the diameter of the outer conductor base body is greater than the diameter of the outer conductor ring, wherein at least one contact tab has a connection area, in which the contact tab is designed as a retaining tab, to which the outer conductor ring is connected, characterized in that the retaining tab has a resilient contact tab in the retaining tab.
A process for producing OSB wood-based panels with reduced emission of volatile organic compounds (VOCs), comprising the steps: a) Producing wood strands from suitable woods; b) Treating at least part of the wood strands after their production without drying with steam, wherein the steam is passed over the wood strands at a temperature between 80°C and 120°C and a pressure between 0.5 bar and 2 bar, wherein the steam treatment takes place immediately after the chipping and preparation of the wood strands, or the steam treatment takes place after the classification and separation of the wood strands according to the use of the wood strands for middle and top layer; wherein the steam treatment of the wood strands takes place integrated into the overall process online, c) Drying of the wood strands treated with the steam; d) Gluing of the steam treated and dried wood strands and optionally gluing of non-steam treated wood strands with at least one binder; e) Scattering the glued wood strands onto a conveyor belt; and f) Pressing of the glued wood strands into an OSB wood-based panel. a) Producing wood strands from suitable woods; b) Treating at least part of the wood strands after their production without drying with steam, wherein the steam is passed over the wood strands at a temperature between 80°C and 120°C and a pressure between 0.5 bar and 2 bar, wherein the steam treatment takes place immediately after the chipping and preparation of the wood strands, or the steam treatment takes place after the classification and separation of the wood strands according to the use of the wood strands for middle and top layer; wherein the steam treatment of the wood strands takes place integrated into the overall process online, c) Drying of the wood strands treated with the steam; d) Gluing of the steam treated and dried wood strands and optionally gluing of non-steam treated wood strands with at least one binder; e) Scattering the glued wood strands onto a conveyor belt; and f) Pressing of the glued wood strands into an OSB wood-based panel.
A computer system including instructions recorded on a computer-readable storage medium and readable by at least one processor, the system comprising: a request handler (122a, 122b) executed at a deception manager configured to receive an access request for access to application server resources of an application server on behalf of the application server resources, wherein the application server utilizes a first subset of ports of available ports (114a, 114b) for legitimate communications in association with operations of the application server, and wherein a second subset of ports, which is not needed for such legitimate communications, is designated as being open for communications in conjunction with operations of the deception manager, the request handler (122a, 122b) being configured to determine that the access request is unauthorized, wherein the request handler includes a probe detector configured to determine that the access request is with respect to a port of the second subset of ports; and a response manager (124a, 124b) configured to cause the at least one processor to provide a false positive response including apparent access to the application server resources. a request handler (122a, 122b) executed at a deception manager configured to receive an access request for access to application server resources of an application server on behalf of the application server resources, wherein the application server utilizes a first subset of ports of available ports (114a, 114b) for legitimate communications in association with operations of the application server, and wherein a second subset of ports, which is not needed for such legitimate communications, is designated as being open for communications in conjunction with operations of the deception manager, the request handler (122a, 122b) being configured to determine that the access request is unauthorized, wherein the request handler includes a probe detector configured to determine that the access request is with respect to a port of the second subset of ports; and a response manager (124a, 124b) configured to cause the at least one processor to provide a false positive response including apparent access to the application server resources.
A method of producing toothed blades from a strip material (200, 250), the method comprising: laser cutting the strip material (200, 250) to form a plurality of teeth in an edge of the strip material; and mechanically machining the strip material (200, 250) to remove at least part of a heat-affected portion of the edge resulting from the laser cutting, characterized in that the method further comprises heat treating the strip material (200, 250) before the laser cutting. laser cutting the strip material (200, 250) to form a plurality of teeth in an edge of the strip material; and mechanically machining the strip material (200, 250) to remove at least part of a heat-affected portion of the edge resulting from the laser cutting, characterized in that the method further comprises heat treating the strip material (200, 250) before the laser cutting.
A formwork element with at least one barrier arrangement, comprising a passage for a material flow, in which passage a barrier element with three sections (4, 5, 6) is arranged, which three sections (4, 5, 6) can be introduced into the passage in three operating positions (BS1, BS2, BS3), wherein in a first operating position the first section completely opens the passage, in a second operating position the second section completely closes the passage, and in a third operating position the third section partially blocks the passage, characterised in that, the third section of the barrier element has at least one aperture (6.1) and at least one retaining element (6.2), wherein the retaining element (6.2) is designed as a connecting web in the at least one aperture (6.1).
A method for acquisition control for elasticity ultrasound imaging, the method comprising: detecting motion of an ultrasound transducer, a patient being scanned by the ultrasound transducer, or both; calculating, with a processor, a value of an acquisition parameter, the value calculated to provide a frame rate based on an amount of the detected motion; and performing elasticity ultrasound imaging using the value of the acquisition parameter, the elasticity ultrasound imaging being performed at the frame rate. detecting motion of an ultrasound transducer, a patient being scanned by the ultrasound transducer, or both; calculating, with a processor, a value of an acquisition parameter, the value calculated to provide a frame rate based on an amount of the detected motion; and performing elasticity ultrasound imaging using the value of the acquisition parameter, the elasticity ultrasound imaging being performed at the frame rate.
A control device for a work vehicle which controls an engine output, based on an accelerator operation amount and a work equipment operation amount, comprising: an acceleration correction unit that obtains a corrected accelerator operation amount by correcting the accelerator operation amount, based on an inching operation amount; a target vehicle speed determination unit that determines a target vehicle speed, based on the corrected accelerator operation amount and a signal based on an operation of a shift operation member; and a deceleration correction unit that corrects the target vehicle speed, based on the inching operation amount. an acceleration correction unit that obtains a corrected accelerator operation amount by correcting the accelerator operation amount, based on an inching operation amount; a target vehicle speed determination unit that determines a target vehicle speed, based on the corrected accelerator operation amount and a signal based on an operation of a shift operation member; and a deceleration correction unit that corrects the target vehicle speed, based on the inching operation amount.
A method for determining a direction of arrival of a signal generated by a source (DUT#2) in a plurality of sources (DUT#1, DUT#2, DUT#3), comprising: a processor initializing a particle filter operating in a time-frequency domain; receiving by a plurality of receivers (MIC#1, MIC#2, MIC#3) a plurality of signals from the plurality of sources, the plurality of signals including the signal, at least two of the received signals being correlated; the processor determining a regularization factor and a weighting factor for each of a plurality of frequency components of the signal; the processor determining a likelihood for the direction of arrival for each of the plurality of frequency components of the signal based on the regularization factor and the weighting factor; the processor determining a global likelihood for the direction of arrival of the signal based on the likelihood for the direction of arrival for each of the plurality of frequency components of the signal; the processor updating a plurality of weights of the particle filter based on the global likelihood; and the processor generating an estimate of the direction of arrival of the signal by applying the updated weights of the particle filter. a processor initializing a particle filter operating in a time-frequency domain; receiving by a plurality of receivers (MIC#1, MIC#2, MIC#3) a plurality of signals from the plurality of sources, the plurality of signals including the signal, at least two of the received signals being correlated; the processor determining a regularization factor and a weighting factor for each of a plurality of frequency components of the signal; the processor determining a likelihood for the direction of arrival for each of the plurality of frequency components of the signal based on the regularization factor and the weighting factor; the processor determining a global likelihood for the direction of arrival of the signal based on the likelihood for the direction of arrival for each of the plurality of frequency components of the signal; the processor updating a plurality of weights of the particle filter based on the global likelihood; and the processor generating an estimate of the direction of arrival of the signal by applying the updated weights of the particle filter.
A method, comprising: receiving, by a memory controller of a memory from at least one interface of one or more interfaces, a request to access the memory by a user equipment of a plurality of user equipments wirelessly communicating with the least one interface which comprises a radio component; characterized by: receiving by the memory controller from the radio component a directionality of the user equipment relative to the radio component determined by the radio component; and providing by the memory controller an access control to the memory in response to the request from the user equipment based on the determined directionality. receiving by the memory controller from the radio component a directionality of the user equipment relative to the radio component determined by the radio component; and providing by the memory controller an access control to the memory in response to the request from the user equipment based on the determined directionality.
A liquid discharge device comprising: a transport belt configured to transport a medium; and a belt cleaning unit configured to clean the transport belt, wherein the belt cleaning unit includes a first wiper blade located on an upstream side in a belt moving direction in a cleaning area of the transport belt, and a second wiper blade located on a downstream side in the belt moving direction, and at least the first wiper blade is attachable to and detachable from the transport belt, and wherein the liquid discharge device further comprises a control unit configured to control an attaching/detaching operation of the first wiper blade to and from the transport belt, characterized in that: the control unit is configured to control the time when the first wiper blade attached to the transport belt starts detaching from the transport belt after the transport belt stops such that the control unit is configured to detach the first wiper blade attached to the transport belt after a predetermined time elapses after the transport belt stops. a transport belt configured to transport a medium; and a belt cleaning unit configured to clean the transport belt, wherein the belt cleaning unit includes a first wiper blade located on an upstream side in a belt moving direction in a cleaning area of the transport belt, and a second wiper blade located on a downstream side in the belt moving direction, and a first wiper blade located on an upstream side in a belt moving direction in a cleaning area of the transport belt, and a second wiper blade located on a downstream side in the belt moving direction, and at least the first wiper blade is attachable to and detachable from the transport belt, and wherein the liquid discharge device further comprises a control unit configured to control an attaching/detaching operation of the first wiper blade to and from the transport belt, characterized in that: the control unit is configured to control the time when the first wiper blade attached to the transport belt starts detaching from the transport belt after the transport belt stops such that the control unit is configured to detach the first wiper blade attached to the transport belt after a predetermined time elapses after the transport belt stops.
Multifunctional unit for reading and processing of soil parameters of soil sample, mounted on a frame of a trailed agricultural equipment, which includes an electronic processing and a storage system of the command and control unit, a GPS and a portable computer, a coulter in the form of lying "V", with the tip of the coulter oriented from a mounting bracket on the frame towards a forward direction, the coulter comprising a tube with a spheric head provided with a hole for taking soil sample, a gutter through which the soil circulates or stands from which the samples can be taken, a shutter configured to stop the soil inside the gutter for reading of the parameters and allows the soil sample to be taken into the gutter, a linear actuator configured for actuating the shutter vertically between the end positions of a slider, a transducer for determining soil humidity and soil temperature and a soil pH through two sensors (S1, S2), which are mounted in solidarity with the shutter.
A patch panel for an optical distribution frame, comprising a housing on whose front face a front panel is arranged having couplings or adapters for optical plug connectors, a second front panel having couplings or adapters for optical plug connectors is arranged in front of the front panel, wherein the second front panel can pivot with respect to the first front panel, characterized in that the first front panel is attached to a cassette, with the cassette being arranged on the housing such that it can be moved or pivoted.
A method of making a sealing element for use in a fluid-carrying pipeline, the sealing element comprising a substantially central core surrounded by a coating which is adapted to perform partial extrusion through an opening in a pipeline wall to seal the opening, wherein the density of the sealing element is substantially the same as the density of the fluid in the pipeline, and wherein the coating comprises a two-part epoxy putty, the method comprising the steps of: a) providing an elongate cylindrically shaped piece of two-part epoxy putty; b) cutting the cylinder into a number of portions; c) rolling each portion into a sphere shape substantially without mixing the two parts of the two-part putty; d) thoroughly mixing, via manual kneading, the two parts of one portion of the putty; and e) shaping the mixed putty around the deformable central core to form a substantially sphere-shaped sealing element. a) providing an elongate cylindrically shaped piece of two-part epoxy putty; b) cutting the cylinder into a number of portions; c) rolling each portion into a sphere shape substantially without mixing the two parts of the two-part putty; d) thoroughly mixing, via manual kneading, the two parts of one portion of the putty; and e) shaping the mixed putty around the deformable central core to form a substantially sphere-shaped sealing element.
Rotor disc for a vacuum pump, in particular a turbomolecular pump, comprising an inner ring (12, 44), and a plurality of radially outward extending blade elements connected with the inner ring (12, 44), characterized in that the inner ring (12, 44) has at least one expansion joint.
Protective cap for threaded bolts for upside down installation consisting of a cap top as well as a cap casing, on which, on its end face facing away from the cap top, a sealing lip is formed, characterised in that a plug is provided on the cap top, in which at least one opening is formed, which is provided at the outermost end facing away from the sealing lip and allows an independent escape of liquid due to gravity.
A solid electrolytic capacitor comprising: a cathode comprising a cathode substrate composed of a valve metal and having an etching pit, an oxide layer composed of an oxide of the valve metal on a surface (11b, 11c) of the cathode substrate, and a carbon coating layer on a surface of the oxide layer having carbon particles, an anode comprising an anode substrate composed of a valve metal and a dielectric layer composed of an oxide of the valve metal that composes the anode substrate and provided on the surface of the anode substrate, and a solid electrolyte layer having a conductive polymer that is provided between the carbon coating layer of the cathode and the dielectric layer of the anode, characterized in that the carbon coating layer has an entry area entering the etching pit and a penetration area penetrating through the oxide layer and conducting with the cathode substrate. a cathode comprising a cathode substrate composed of a valve metal and having an etching pit, an oxide layer composed of an oxide of the valve metal on a surface (11b, 11c) of the cathode substrate, and a carbon coating layer on a surface of the oxide layer having carbon particles, an anode comprising an anode substrate composed of a valve metal and a dielectric layer composed of an oxide of the valve metal that composes the anode substrate and provided on the surface of the anode substrate, and a solid electrolyte layer having a conductive polymer that is provided between the carbon coating layer of the cathode and the dielectric layer of the anode, characterized in that the carbon coating layer has an entry area entering the etching pit and a penetration area penetrating through the oxide layer and conducting with the cathode substrate.