mhurhangee/ep-ind-claims huggingface dataset:
Connecting device for an electronic metering device, with a support plate mounting the metering device, which support plate comprises openings for the passage of terminal contacts (35, 40) projecting from the metering device and behind which connection leads (26, 31) are arranged which are electrically connectable to the terminal contacts (35, 40), characterised by devices for tapping a voltage for the supply of voltage to additional devices operated beyond the metering device with the connecting device, wherein the tapping devices comprise a connector element which can be inserted into an additional opening in the support plate by contacting one of the connection leads (26, 31).
Computer-implemented method for creating a blockchain (10, 11, 20, 21, 30, 31, 40, 41) with blocks comprising an adaptable number of transaction blocks and a plurality of intermediate blocks (A1, A(b-1), Ab, A(n-1), An), - wherein the blockchain (10, 11, 20, 21, 30, 31, 40, 41) is part of a distributed database system; - wherein blocks are generated within the blockchain (10, 11, 20, 21, 30, 31, 40, 41) and a respective block references a respective preceding block, - wherein a first intermediate block (A1, G) is provided; - wherein at least one second intermediate block is generated, - wherein at least one transaction block is generated between the first intermediate block and the second intermediate block, - wherein the second intermediate block references a block preceding it and also references at least the first intermediate block (A1, G). - wherein the blockchain (10, 11, 20, 21, 30, 31, 40, 41) is part of a distributed database system; - wherein blocks are generated within the blockchain (10, 11, 20, 21, 30, 31, 40, 41) and a respective block references a respective preceding block, - wherein a first intermediate block (A1, G) is provided; - wherein at least one second intermediate block is generated, - wherein at least one transaction block is generated between the first intermediate block and the second intermediate block, - wherein the second intermediate block references a block preceding it and also references at least the first intermediate block (A1, G).
A computer-implemented method of facilitating processing within a computing environment, the computing environment comprising a hierarchy of caches having a plurality of levels of cache (210, 208, 206, 204) and a plurality of buses, said computer-implemented method comprising: determining whether a rate of prefetching of data from memory into a cache of the hierarchy of caches is to be changed, wherein the determining is based on bus utilization; and characterised by the determining comprising: identifying (406, 408) a most utilized bus of the plurality of buses used for the prefetch of data for a particular request; monitoring, by a processor, utilization of the most utilized bus; determining whether the rate of prefetching is to be changed based on the monitoring, wherein the monitoring includes: obtaining for the most utilized bus an indication of bus utilization due to prefetch requests, and another indication of bus utilization due to demand requests, and wherein the determining whether the rate of prefetching is to be changed based on the monitoring includes using the indication of bus utilization due to prefetch request and the other indication of bus utilization due to demand requests; and changing the rate of prefetching, based on determining that the rate is to be changed. determining whether a rate of prefetching of data from memory into a cache of the hierarchy of caches is to be changed, wherein the determining is based on bus utilization; and characterised by the determining comprising: identifying (406, 408) a most utilized bus of the plurality of buses used for the prefetch of data for a particular request; monitoring, by a processor, utilization of the most utilized bus; identifying (406, 408) a most utilized bus of the plurality of buses used for the prefetch of data for a particular request; monitoring, by a processor, utilization of the most utilized bus; determining whether the rate of prefetching is to be changed based on the monitoring, wherein the monitoring includes: obtaining for the most utilized bus an indication of bus utilization due to prefetch requests, and another indication of bus utilization due to demand requests, and wherein the determining whether the rate of prefetching is to be changed based on the monitoring includes using the indication of bus utilization due to prefetch request and the other indication of bus utilization due to demand requests; and changing the rate of prefetching, based on determining that the rate is to be changed. obtaining for the most utilized bus an indication of bus utilization due to prefetch requests, and another indication of bus utilization due to demand requests, and wherein the determining whether the rate of prefetching is to be changed based on the monitoring includes using the indication of bus utilization due to prefetch request and the other indication of bus utilization due to demand requests; and changing the rate of prefetching, based on determining that the rate is to be changed.
A method for controlling a laundry treating apparatus having a drum rotatably provided for holding laundry, and a motor for rotating the drum, the method comprising: first accelerating the drum from a first stationary state to a first speed (ω1); rotating the drum at the first speed (ω1) for a predetermined duration; sensing a counter electromotive force of the motor while the drum rotates at the first speed (ω1); applying a brake to stop the drum from the first speed (ω1) to a second stationary state; second accelerating the drum from the second stationary state to a second speed (ω2); sensing a current being applied to the motor while the drum is accelerated to the second speed (ω2); and determining a laundry amount in proportion to the counter electromotive force and the current. first accelerating the drum from a first stationary state to a first speed (ω1); rotating the drum at the first speed (ω1) for a predetermined duration; sensing a counter electromotive force of the motor while the drum rotates at the first speed (ω1); applying a brake to stop the drum from the first speed (ω1) to a second stationary state; second accelerating the drum from the second stationary state to a second speed (ω2); sensing a current being applied to the motor while the drum is accelerated to the second speed (ω2); and determining a laundry amount in proportion to the counter electromotive force and the current.
Process for manufacturing an automotive component part, in which a metal foil is overmoulded essentially over its full surface area by a plastic and in which the component part has a finished or final form, wherein, before the overmoulding, the metal foil is brought into a bent preliminary form, extending at least in a first direction (4, 5), and the plastic is applied to the metal foil deformed in this way, wherein the preliminary form differs from the finished or final form, wherein the bent preliminary form for the metal foil is chosen such that on the one hand a bending angle (α) of the preliminary form is chosen to be increasingly greater in the direction of a peripheral border of the metal foil and that on the other hand, when it cools down, the automotive component part reverts to the desired finished or final form of its own accord without bending in at least the first direction (4, 5), in which the bend of the bent preliminary form extends.
A method of obfuscating mapping of an avionic network, comprising: operatively coupling a network module between an external-access node and an avionics bus of the avionic network with all communications between the external-access node and the avionics bus passing through the network module; generating a first network map identifying network addresses for a first set of components on at least a first portion of the avionics bus; loading the first network map on the network module; making the first network map on the network module accessible to the external-access node; generating at least a second network map identifying network addresses for a second set of components on at least a second portion of the avionic network, the second network map being different from the first network map, loading the second network map on the network module; and changing the network map accessible to the external-access node from the first network map to the second network map. operatively coupling a network module between an external-access node and an avionics bus of the avionic network with all communications between the external-access node and the avionics bus passing through the network module; generating a first network map identifying network addresses for a first set of components on at least a first portion of the avionics bus; loading the first network map on the network module; making the first network map on the network module accessible to the external-access node; generating at least a second network map identifying network addresses for a second set of components on at least a second portion of the avionic network, the second network map being different from the first network map, loading the second network map on the network module; and changing the network map accessible to the external-access node from the first network map to the second network map.
A method for alga-culture, the method comprising: forming an emulsion comprising gas bubbles with a mean diameter of less than about 5 μm and which remain dispersed in the emulsion for at least 15 minutes at atmospheric pressure, the emulsion being formed by mixing a carbon dioxide-containing gaseous stream and a media in a high shear device comprising at least one toothed rotor, at least one stator, and being configured to generate a shear rate greater than 20,000 s -1; introducing the emulsion into a bioreactor; and introducing an algae into the bioreactor for culturing the algae culture. forming an emulsion comprising gas bubbles with a mean diameter of less than about 5 μm and which remain dispersed in the emulsion for at least 15 minutes at atmospheric pressure, the emulsion being formed by mixing a carbon dioxide-containing gaseous stream and a media in a high shear device comprising at least one toothed rotor, at least one stator, and being configured to generate a shear rate greater than 20,000 s -1; introducing the emulsion into a bioreactor; and introducing an algae into the bioreactor for culturing the algae culture.
Metallic turbine or compressor stator component coated with an abradable coating system for clearance reduction in a turbine or a compressor with a blading and with a turbine/compressor axis, the coating system comprising at least one block wherein the block comprises a woven or non-woven tissue made of a material selected from the group of ceramic, glass, glass-ceramic, and combinations thereof, which is at least partly impregnated with filler particles and/or filler fibres and with a binder of an inorganic polymer, wherein at least in a centre part of the coating system the abradability is graded along a radial direction (z) with respect to the turbine/compressor axis such that the surfacial region of the side facing the blading is more abradable than the opposite side facing the component on which the coating system is applied, and wherein the coating system has a height (h) along the radial direction (z) with respect to the turbine or compressor axis in the range of 0.2-4 mm; wherein the centre part is stripe-like circumferentially oriented and bordered at both sides in axial direction by a stripe like circumferentially oriented side part, wherein the centre part is highly abradable such that it is essentially abraded by the blading without blading tip reinforcement, and wherein the side part(s) are less or essentially not abradable, and erosion resistant, wherein the abradability differentiation between centre part and side part(s) is provided by using for both parts the same tissue but providing a different impregnation in the centre part than in the side part(s), wherein the impregnation differs by type and/or density of filler particles /fibres and/or by different type and/or density of binder material.
Method for calibrating an adjustable time constant (R 0 C i) of an integrated electronic circuit, the method comprising a step of coupling a variable-impedance filter at an input of the integrated electronic circuit, a step of applying an analogue input signal (V in) of fixed frequency to the variable-impedance filter, a step of measuring the analogue input signal (V in) attenuation engendered by the variable-impedance filter, and a step of modifying the value of the time constant (R 0 C i) and the value of the impedance of the variable-impedance filter in correspondence until the measured attenuation corresponds to a desired attenuation for the integrated electronic circuit, the analogue input signal (V in) attenuation engendered by the variable-impedance filter being determined by comparing a power measurement carried out without the variable-impedance filter with a power measurement carried out with the variable-impedance filter.
A gas supplying apparatus provided in premises of a facility that supplies hydrogen gas, the gas supplying apparatus comprising: a compressor that compresses the hydrogen gas; and a housing that has a compressor space housing the compressor and an exhaust port for discharging air in the compressor space to outside; characterized in that the housing includes a circumferential wall surrounding the compressor, and a top wall connected to a top of the circumferential wall, the circumferential wall including access sections (52A, 52B) that allow an operator to enter inside the circumferential wall, and the exhaust port being provided on at least one of the circumferential wall and the top wall at a location higher than the access sections (52A, 52B); and in that the housing further includes an exhaust duct that guides air in the compressor space to outside of the housing through the exhaust port, the exhaust duct including a discharge port for discharging air exhausted from the exhaust port to the outside, and the discharge port being opened upward or opened downward in an area overlapping the top wall in an up-and-down direction. a compressor that compresses the hydrogen gas; and a housing that has a compressor space housing the compressor and an exhaust port for discharging air in the compressor space to outside; characterized in that the housing includes a circumferential wall surrounding the compressor, and a top wall connected to a top of the circumferential wall, the circumferential wall including access sections (52A, 52B) that allow an operator to enter inside the circumferential wall, and the exhaust port being provided on at least one of the circumferential wall and the top wall at a location higher than the access sections (52A, 52B); and in that the housing further includes an exhaust duct that guides air in the compressor space to outside of the housing through the exhaust port, the exhaust duct including a discharge port for discharging air exhausted from the exhaust port to the outside, and the discharge port being opened upward or opened downward in an area overlapping the top wall in an up-and-down direction.
Method for controlling a fuel/air ratio in a heating system, which method comprises the following steps: • generating a temporary, fluid supply change in a fluid supply characteristic variable with respect to time, • attempting to ascertain a relative signal maximum of a change in at least one combustion characteristic variable with respect to time which is correlated with the fluid supply change with respect to time, • establishing a fault state if the relative signal maximum undershoots a signal lower limit if a relative signal maximum has been ascertained, • calibrating the heating system if a fault state is established, characterized in that the fluid supply change is selected depending on a burner power parameter and wherein the power of the heating system can be ascertained on the basis of the burner power parameter. • generating a temporary, fluid supply change in a fluid supply characteristic variable with respect to time, • attempting to ascertain a relative signal maximum of a change in at least one combustion characteristic variable with respect to time which is correlated with the fluid supply change with respect to time, • establishing a fault state if the relative signal maximum undershoots a signal lower limit if a relative signal maximum has been ascertained, • calibrating the heating system if a fault state is established,
A rubber composition for a tread comprising: 5 to 30 parts by mass of a carbon black, 95 parts by mass or more of silica, 25 parts by mass or more of a powder of an inorganic compound represented by the following formula and having an average primary particle size of 10 μm or less, and 70 parts by mass or more of a softening agent comprising 2 to 15 parts by mass of a coumarone-based resin, based on 100 parts by mass of a rubber component comprising 70% by mass or more of a styrene-butadiene rubber having a styrene content of from 20 to 50% by mass and a vinyl content of from 15 to 65%, M·αSiO 2 ·βH 2 O (In the formula, M is an oxide or hydroxide of at least one metal selected from Al, Mg, Ti and Ca, and each of α and β is an integer of from 0 to 10.) 5 to 30 parts by mass of a carbon black, 95 parts by mass or more of silica, 25 parts by mass or more of a powder of an inorganic compound represented by the following formula and having an average primary particle size of 10 μm or less, and 70 parts by mass or more of a softening agent comprising 2 to 15 parts by mass of a coumarone-based resin, based on 100 parts by mass of a rubber component comprising 70% by mass or more of a styrene-butadiene rubber having a styrene content of from 20 to 50% by mass and a vinyl content of from 15 to 65%, M·αSiO 2 ·βH 2 O (In the formula, M is an oxide or hydroxide of at least one metal selected from Al, Mg, Ti and Ca, and each of α and β is an integer of from 0 to 10.)
A canine pre-exercise supplement comprising: a. 35% to 60% protein or amino acids, comprising one or more structural proteins, one or more bioavailable proteins and one or more branched chain amino acids; b. 20% to 38% fat, comprising at least one source of medium chain triglycerides; and c. 5% to 25% carbohydrate. wherein the structural protein includes animal muscle, wherein the bioavailable protein is selected from whey, partially hydrolyzed soy and hydrolyzed amino acids, or any combination thereof, wherein the branched chain amino acids include L-leucine, wherein the supplement is formulated to provide the canine with between 1.2 g/kg BW and 2.0 g/kg BW total nutrition. a. 35% to 60% protein or amino acids, comprising one or more structural proteins, one or more bioavailable proteins and one or more branched chain amino acids; b. 20% to 38% fat, comprising at least one source of medium chain triglycerides; and c. 5% to 25% carbohydrate.
System for real-time detection of deposits or chemical inhibitor close to or on the surface of electrodes or pins facing a fluid flow where any combination of the components oil, water, gas and a chemical inhibitor fluid could be present, and where said electrodes or pins are coupled to a measuring means, said measuring means configured for determining the electrical characteristics of the flow, said characteristics including the real and imaginary parts of the complex impedance or complex permittivity; wherein said measuring means is further configured to simultaneously monitor said parts of the electrical characteristics through measurement of a transient response of the system, the measuring means being adapted to measure said transient response after exciting the sensor electrodes with a current or voltage waveform of a given profile; wherein the system also comprises a signal processing means, said signal processing means configured for comparing said transient response data with predetermined limits related to the electrical characteristics of the said flow stored on a storage medium; and detecting a deviation of said signal parts from said predetermined limits, wherein depending upon said deviation said signal processing means is further configured for continuously or periodically transmitting a signal indicating presence of deposit or chemical inhibitor wherein in case of a hydrocarbon flow the real part of the complex impedance deviates from said predetermined limits and wherein in case of a water continuous flow the imaginary part of the complex impedance deviates from said predetermined limits. comparing said transient response data with predetermined limits related to the electrical characteristics of the said flow stored on a storage medium; and detecting a deviation of said signal parts from said predetermined limits, wherein
A vacuum pump, in particular a screw vacuum pump, comprising at least one rotor which can be set into rotation to convey a process gas; an oil system for the lubrication and/or temperature control of the rotor and/or of a transmission; one or more disks which are arranged such that the respective disk is immersed in an oil filling of the oil system in the operation of the vacuum pump and rotates with the rotor and/or with a transmission element; and a heat exchanger for the oil system which is arranged such that it is at least partly arranged in the oil filling in the operation of the vacuum pump, wherein the disk or disks is/are configured and arranged to bring about, as a result of their rotation, an at least substantially unidirectional flow in the oil filling at least in the region of the heat exchanger, characterized in that the vacuum pump comprises a housing section for the oil filling and the housing section has an opening through which the heat exchanger is introduced or can be introduced into and/or can be removed from the housing section.
A method comprising: assigning a system memory address to physical memory address of a first block of physical memory; counting an indication of a number of write operations to the first block of physical memory; the first block storing data from the write operations; comparing the counted indication to a threshold; if the counted number of write operations exceeds the threshold, then selecting a second block of physical memory; performing a wear leveling move of data stored in the first block to the selected second block by writing the contents of the first block to a write buffer, gathering pending write operations for the first block into the write buffer, and writing the contents of the write buffer to the second block; assigning the system memory address to the second block; and assigning the first block to a first pool of unused blocks of physical memory. assigning a system memory address to physical memory address of a first block of physical memory; counting an indication of a number of write operations to the first block of physical memory; the first block storing data from the write operations; comparing the counted indication to a threshold; if the counted number of write operations exceeds the threshold, then selecting a second block of physical memory; performing a wear leveling move of data stored in the first block to the selected second block by writing the contents of the first block to a write buffer, gathering pending write operations for the first block into the write buffer, and writing the contents of the write buffer to the second block; assigning the system memory address to the second block; and assigning the first block to a first pool of unused blocks of physical memory.