mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamically managing electrical load in an aircraft comprising: supplying electrical power from a power generating device; continually measuring total electrical load power consumption; progressively and proportionately reducing electrical power to a primary load system whenever the total electrical load power consumption is about to exceed a threshold electrical power limit; characterized in that progressively and proportionately reducing electrical power to the primary load system comprises predicting an electrical power to a secondary load system, and reducing the electrical power to the primary load system to avoid exceeding the threshold electrical power limit; and after the electrical power to the primary load system is reduced because the total electrical load power consumption was about to exceed the threshold electrical power limit: shedding at least one electrical power load of secondary load electrical systems if the primary load system electrical power is below a vital primary system load performance limit; and progressively and proportionately increasing the electrical power to the primary load system as the total electrical load power consumption progressively decreases. supplying electrical power from a power generating device; continually measuring total electrical load power consumption; progressively and proportionately reducing electrical power to a primary load system whenever the total electrical load power consumption is about to exceed a threshold electrical power limit; characterized in that progressively and proportionately reducing electrical power to the primary load system comprises predicting an electrical power to a secondary load system, and reducing the electrical power to the primary load system to avoid exceeding the threshold electrical power limit; and after the electrical power to the primary load system is reduced because the total electrical load power consumption was about to exceed the threshold electrical power limit: shedding at least one electrical power load of secondary load electrical systems if the primary load system electrical power is below a vital primary system load performance limit; and progressively and proportionately increasing the electrical power to the primary load system as the total electrical load power consumption progressively decreases. shedding at least one electrical power load of secondary load electrical systems if the primary load system electrical power is below a vital primary system load performance limit; and progressively and proportionately increasing the electrical power to the primary load system as the total electrical load power consumption progressively decreases.
A data transmission method, comprising: coding and modulating, by a terminal device, a first transport block to obtain a first coded transport block for transmission in a transmission time interval being a minimum scheduling period, wherein the first transport block comprises first data and a buffer status report, BSR, indicating a data amount of to-be-transmitted data currently buffered in a buffer of the terminal device; sending, by the terminal device, the first coded transport block to a network device; characterized by separately coding and modulating, by the terminal device, indication information to obtain a different coded transport block comprising the indication information, wherein the indication information is used to indicate that the terminal device sends the buffer status report, BSR, when the terminal device sends the first coded transport block; and sending, by the terminal device, the different coded transport block comprising the indication information to the network device. coding and modulating, by a terminal device, a first transport block to obtain a first coded transport block for transmission in a transmission time interval being a minimum scheduling period, wherein the first transport block comprises first data and a buffer status report, BSR, indicating a data amount of to-be-transmitted data currently buffered in a buffer of the terminal device; sending, by the terminal device, the first coded transport block to a network device; characterized by separately coding and modulating, by the terminal device, indication information to obtain a different coded transport block comprising the indication information, wherein the indication information is used to indicate that the terminal device sends the buffer status report, BSR, when the terminal device sends the first coded transport block; and sending, by the terminal device, the different coded transport block comprising the indication information to the network device.
A circuit board arrangement, comprising at least one first circuit board and a second circuit board, wherein the circuit boards (2, 3, 4) are arranged in a parallel orientation to one another in different planes, and wherein at least one rigid connection element is arranged between the circuit boards (2, 3, 4), wherein the connection element comprises an exterior housing, which encloses an internal conductor part of the connection element, and wherein a first end (9.1) of the exterior housing is connected to the first circuit board and a second end (9.2) of the exterior housing is connected to the second circuit board, in an electrically conductive manner, to constitute a first electrical path, and wherein a first end (10.1) of the internal conductor part is connected to the first circuit board and a second end (10.2) of the internal conductor part is connected to the second circuit board, in an electrically conductive manner, to constitute a second electrical path, characterized in that the first circuit board comprises a first through hole, wherein the first through hole and the connection element are configured such that the connection element is insertable into the first through hole from an outer side (2.1) of the first circuit board which is averted from the second circuit board, wherein a front end (8.1) of the connection element which is fed through the first through hole, in a terminal position of the connection element, is contact-connected with the second circuit board and the connection element constitutes the electrical paths.
An intracardiac defibrillation catheter having a shaft and comprising an insulating tube member that is made up of a distal end side tube and a proximal end side tube, a handle that is connected to a proximal end of the tube member, a first electrode group that is made up of a plurality of ring-shaped electrodes mounted at the distal end side tube of the tube member, and a second electrode group that is made up of a plurality of ring-shaped electrodes spaced apart toward a proximal end side from the first electrode group and mounted at the distal end side tube, the catheter being configured to perform defibrillation in a cardiac cavity by applying voltages having polarities that differ from each other to the first electrode group and the second electrode group, wherein, with regard to each of a first shaft portion, a second shaft portion, a third shaft portion, a fourth shaft portion, and a fifth shaft portion, when a three-point bending test is performed with a distance between fulcra being 70 mm and a flexing amount that results from applying a bending load to an intermediate point of the distance being 10 mm, bending loads L1 to L5 measured for each of the first to fifth shaft portions (101, 102, 103, 104, 105) have a relationship of L1 < L2 < L3 < L4 < L5, wherein - the first shaft portion is a shaft portion that extends from a distal end of a catheter shaft of the intracardiac defibrillation catheter to a proximal end position of the first electrode group, - the second shaft portion is a shaft portion that extends from the proximal end position of the first electrode group to a distal end position of the second electrode group, - the third shaft portion is a shaft portion that extends from the distal end position of the second electrode group to a proximal end position of the second electrode group, - the fourth shaft portion is a shaft portion that extends from the proximal end position of the second electrode group to a proximal end position of the distal end side tube, - and the fifth shaft portion is a shaft portion that extends along the proximal end side tube. - the first shaft portion is a shaft portion that extends from a distal end of a catheter shaft of the intracardiac defibrillation catheter to a proximal end position of the first electrode group, - the second shaft portion is a shaft portion that extends from the proximal end position of the first electrode group to a distal end position of the second electrode group, - the third shaft portion is a shaft portion that extends from the distal end position of the second electrode group to a proximal end position of the second electrode group, - the fourth shaft portion is a shaft portion that extends from the proximal end position of the second electrode group to a proximal end position of the distal end side tube, - and the fifth shaft portion is a shaft portion that extends along the proximal end side tube.
Method for the production of a machine arrangement, comprising a first machine part and a second machine part, wherein coupling means are present in order to securely connect the two machine parts (2, 3) to one another such that a torque and/or a force can be transmitted from the first machine part to the second, wherein the coupling means have at least one first transmitting section, having a first contact surface, which is securely connected to the first machine part or is in contact therewith, and at least one second transmitting section, having a second contact surface, which is securely connected to the second machine part or is in contact therewith, wherein the two contact surfaces (6, 8) are pressed against one another and wherein on at least one of the contact surfaces (6, 8) there is a micro-profiling which is created in a regular manner at least in certain sections such that at regular intervals (a, b) there are material peaks which stand at least 30 μm above adjacent trough regions, characterized in that at least one of the transmitting sections (5, 7) is provided with its final contour by hard turning, wherein during the hard turning process an oscillatory motion in a direction normal to the surface which is to be machined is overlaid onto the tool.
A releasable top cap assembly for a delivery device, comprising: a top cap having a top portion and a bottom portion releasably attached to the top portion, the bottom portion comprising two abutting and adjacent side portions; a cannula disposed through the top cap, the cannula having a proximal end and a distal end; a connector attached to the proximal end of the cannula, and, a pair of wire components extending throughout the length of the cannula, each wire component having a distal end and a proximal end, the proximal end of each wire component attached to the connector and the distal end of each wire component attached to the side portions of the top cap assembly. a top cap having a top portion and a bottom portion releasably attached to the top portion, the bottom portion comprising two abutting and adjacent side portions; a cannula disposed through the top cap, the cannula having a proximal end and a distal end; a connector attached to the proximal end of the cannula, and, a pair of wire components extending throughout the length of the cannula, each wire component having a distal end and a proximal end, the proximal end of each wire component attached to the connector and the distal end of each wire component attached to the side portions of the top cap assembly.
Program switch for mounting on a printed circuit board, comprising - a housing, - an insulator component with contact elements arranged thereon, and - a switching element for contacting the contact elements, wherein the housing has a first side wall and a second side wall and at least two connection elements (6, 7) are arranged on each of these side walls (8, 9) and spaced apart from each other for connection to adjacent program switches, characterized in that the at least two connection elements (6, 7) on each side wall (8, 9) are embodied identically. - a housing, - an insulator component with contact elements arranged thereon, and - a switching element for contacting the contact elements, wherein the housing has a first side wall and a second side wall and at least two connection elements (6, 7) are arranged on each of these side walls (8, 9) and spaced apart from each other for connection to adjacent program switches,
Frame assembly for inserting a free-standing domestic appliance into a recess of a furniture setting that is arranged or arrangeable on a wall, comprising at least one connection module for connecting the free-standing domestic appliance to a domestic installation, wherein the connection module is designed to connect at least one connection means of the free-standing domestic appliance to the connection module and to connect the connection module to the domestic installation.
A method for compensating a discharge flow rate of a hydraulic pump for construction machine, including a hydraulic pump connected to an engine; a hydraulic actuator that drives the working device by operating hydraulic fluid; a control valve installed in a flow path of the hydraulic pump; an operation lever outputting the signal pressure corresponding to an operation amount; a means for detecting the operation amount of the operation lever; a means for detecting an engine rpm; and a controller for controlling the control valve in response to the signal pressure corresponding to the operation amount and the detected signal corresponding to an engine rpm, the method comprising; detecting the signal pressure corresponding to the operation amount of the operation lever, and the engine rpm; determining a required discharge volume corresponding to the operation amount of the operation lever and a compensation ratio, determining a required discharge volume that is compensated for the engine rpm; and controlling a discharge flow rate of the hydraulic pump; wherein the step of controlling the discharge flow rate of the hydraulic pump is derived from the sum of the required volume corresponding to the operation amount of the operation lever and the calculated volume that is obtained by multiplying the percentile compensation ratio by the difference value between the required volume that is compensated for the engine rpm and the required volume corresponding to the operation amount of the operation lever.
A transmission device for Single-Input, Single-Output, SISO, Multiple-Input, Single-Output, MISO, and Multiple-Input, Multiple-Output, MIMO, the transmission device being characterized by a frame configurator for configuring at least one SISO frame by exclusively gathering PLP data for SISO from target data for transmission, to be transmitted by using a same antenna polarization, the target data including a plurality of pieces of PLP data to be transmitted via physical layer pipes, PLPs, and configuring at least one MISO/MIMO frame by exclusively gathering either or both of PLP data for MISO and PLP data for MIMO from the target data, to be transmitted by using a same combination of antenna polarizations; a pilot symbol inserter for inserting pilot symbols into the at least one SISO frame and pilot symbols into the at least one MISO/MIMO frame, using common pilots for the PLP data for MISO and the PLP data for MIMO; and a transmitter for executing a first transmission processing for transmitting the at least one SISO frame using the PLPs and second transmission processing for transmitting the at least one MISO/MIMO frame using the PLPs, and transmitting the at least one SISO frame and the at least one MISO/MIMO frame by time-division multiplexing, TDM.
A greenhouse screen comprising strips of film material that are interconnected by a yarn system of transverse threads (12, 14, 18) and longitudinal threads (13a, 13b; 15; 19) by means of knitting, warp-knitting or weaving process to form a continuous product, characterized in that at least some of the strips comprise a single- or multilayer film with a thickness of 20-50 micrometers, said film comprising polyethylene, at least 2.0 - 4.0 wt. -% SiO 2 particles by weight, based on the total weight of the film, said SiO 2 particles having a D 50 of 5-7 micrometers.
A magnetic sensor comprising: a magnetic sensor element comprising a sensor surface modification; and an inter-element area adjacent to the magnetic sensor element and comprising an inter-element area surface modification comprising an analyte-specific probe that specifically binds to a magnetically labelled analyte, wherein the sensor surface modification and the inter-element area surface modification provide a binding surface in the inter-element area. a magnetic sensor element comprising a sensor surface modification; and an inter-element area adjacent to the magnetic sensor element and comprising an inter-element area surface modification comprising an analyte-specific probe that specifically binds to a magnetically labelled analyte, wherein the sensor surface modification and the inter-element area surface modification provide a binding surface in the inter-element area.
A positive-electrode plate, comprising a positive-electrode current collector and at least one positive-electrode active substance layer disposed on a surface of the positive-electrode current collector, characterised in that the positive-electrode active substance layer comprises a positive-electrode active substance represented by Formula: Li x Ni y Co z M k Me p O r A m Formula; in Formula, 0.95 ≤ x ≤ 1.05, 0.50 ≤ y ≤ 0.95, 0 ≤ z ≤ 0.2, 0 ≤ k ≤ 0.2, 0 ≤ p ≤ 0.05, y + z + k + p = 1, 1 ≤ r ≤ 2, 0 ≤ m ≤ 2, m + r ≤ 2, M is one or two of Mn or Al, Me is one or more of Zr, Zn, Cu, Cr, Mg, Fe, V, Ti, Y, or Nb, and A is one or more of N, F, S, or Cl; an inorganic dielectric layer is disposed on a surface of the at least one positive-electrode active substance layer that is away from the current collector, and the inorganic dielectric layer contains no binder; and a resistance R of the positive-electrode plate is not higher than 8 ohms as measured by using a direct-current two-probe method when an area of contact between a probe and the positive-electrode plate is 49π mm 2, clamping an upper side and a lower side of the positive-electrode plate between two conductive terminals of an electrode plate resistance tester, and fixing by applying a pressure of 15 MPa~27 MPa, with a diameter of each of the conductive terminals being 14 mm; and the inorganic dielectric layer covers a surface of positive-electrode active substance particles in the form of discrete lamellae. in Formula, 0.95 ≤ x ≤ 1.05, 0.50 ≤ y ≤ 0.95, 0 ≤ z ≤ 0.2, 0 ≤ k ≤ 0.2, 0 ≤ p ≤ 0.05, y + z + k + p = 1, 1 ≤ r ≤ 2, 0 ≤ m ≤ 2, m + r ≤ 2, M is one or two of Mn or Al, Me is one or more of Zr, Zn, Cu, Cr, Mg, Fe, V, Ti, Y, or Nb, and A is one or more of N, F, S, or Cl; an inorganic dielectric layer is disposed on a surface of the at least one positive-electrode active substance layer that is away from the current collector, and the inorganic dielectric layer contains no binder; and a resistance R of the positive-electrode plate is not higher than 8 ohms as measured by using a direct-current two-probe method when an area of contact between a probe and the positive-electrode plate is 49π mm 2, clamping an upper side and a lower side of the positive-electrode plate between two conductive terminals of an electrode plate resistance tester, and fixing by applying a pressure of 15 MPa~27 MPa, with a diameter of each of the conductive terminals being 14 mm; and the inorganic dielectric layer covers a surface of positive-electrode active substance particles in the form of discrete lamellae.
Tensioning device for extending a threaded bolt by tensioning the threaded end portion thereof, comprising a supporting tube surrounding the threaded end portion, a cylinder arranged in an extension of the supporting tube with at least one piston which is movable in the cylinder in the longitudinal direction and can be connected to a hydraulic supply, and an exchange bushing which can be carried along axially by the piston, wherein the exchange socket is provided at one end with an internal thread for screwing to the threaded end portion and is provided at the other end with an external polygon, and with a longitudinal channel and a pin which is longitudinally movable therein, the first pin end thereof being capable of being supported against the end of the threaded bolt which has the threaded end portion, and the second pin end projecting beyond the external polygon, characterised by a tool which can be attached releasably to the external polygon for turning of the exchange socket, wherein the tool is composed of a cup-shaped portion, which is provided on an inner face with tool surfaces for rotary coupling to the external polygon, and a thinner drive portion arranged in an extension of the cup-shaped portion, wherein the cup-shaped portion of the tool is composed of a first longitudinal portion having the tool surfaces and a second longitudinal portion adjoining the first and forming a cavity on the longitudinal axis of the tool, and wherein the second longitudinal portion is provided with at least one viewing opening at the height of the second pin end.
A method for controlling a compressor inlet-adjustment mechanism disposed in an air inlet of a centrifugal compressor of a turbocharger for boosting intake pressure of an internal combustion engine, the inlet-adjustment mechanism being actuatable to switch between a closed position that reduces a flow area of the air inlet and an open position that increases the flow area of the air inlet, the method comprising: identifying a threshold line on a compressor map of pressure ratio PR versus corrected flow rate W c for the compressor, the threshold line being a line at which the inlet-adjustment mechanism is to be moved from the open position to the closed position when an operating point of the compressor on the compressor map reaches the threshold line under a condition of quasi-static movement of the operating point, starting from a high-flow side of the threshold line; tracking, by detecting at periodic time intervals, movement of an operating point of the compressor on the compressor map; determining, at each said time interval, whether the operating point is on the high-flow side of the threshold line or is on a low-flow side of the threshold line; determining, at each said time interval, whether the operating point is moving toward the threshold line; and when the operating point is determined to be on the high-flow side of the threshold line and to be moving toward the threshold line, initiating actuation of the inlet-adjustment mechanism to switch from the open position to the closed position, wherein said initiating is begun before the operating point reaches the threshold line. identifying a threshold line on a compressor map of pressure ratio PR versus corrected flow rate W c for the compressor, the threshold line being a line at which the inlet-adjustment mechanism is to be moved from the open position to the closed position when an operating point of the compressor on the compressor map reaches the threshold line under a condition of quasi-static movement of the operating point, starting from a high-flow side of the threshold line; tracking, by detecting at periodic time intervals, movement of an operating point of the compressor on the compressor map; determining, at each said time interval, whether the operating point is on the high-flow side of the threshold line or is on a low-flow side of the threshold line; determining, at each said time interval, whether the operating point is moving toward the threshold line; and when the operating point is determined to be on the high-flow side of the threshold line and to be moving toward the threshold line, initiating actuation of the inlet-adjustment mechanism to switch from the open position to the closed position, wherein said initiating is begun before the operating point reaches the threshold line.