mhurhangee/ep-ind-claims huggingface dataset:
A method of memory interleaving, the method being characterized by: mapping, by a memory controller, binary values of address bits of a memory to a number N of memory channels, iteratively in a predetermined number, G_total, of successive rounds, wherein each round, except the last round comprises: selecting a subset of address bits comprising a predefined number, n, of lowest order address bits that have not been used for interleaving across the N memory channels; determining a maximum number, L, of unique binary values that can be represented by the selected subset of, n, address bits; mapping an equal number of binary values within the maximum number to each of the N memory channels; and if and when a number of binary values remain, K < N, that cannot be mapped an equal number of times to each of the N memory channels, entering a next round; and in the last round, mapping, by the memory controller, binary values represented by a last number, min_bits, of most significant address bits to the N memory channels. mapping, by a memory controller, binary values of address bits of a memory to a number N of memory channels, iteratively in a predetermined number, G_total, of successive rounds, wherein each round, except the last round comprises: selecting a subset of address bits comprising a predefined number, n, of lowest order address bits that have not been used for interleaving across the N memory channels; determining a maximum number, L, of unique binary values that can be represented by the selected subset of, n, address bits; mapping an equal number of binary values within the maximum number to each of the N memory channels; and if and when a number of binary values remain, K < N, that cannot be mapped an equal number of times to each of the N memory channels, entering a next round; and selecting a subset of address bits comprising a predefined number, n, of lowest order address bits that have not been used for interleaving across the N memory channels; determining a maximum number, L, of unique binary values that can be represented by the selected subset of, n, address bits; mapping an equal number of binary values within the maximum number to each of the N memory channels; and if and when a number of binary values remain, K < N, that cannot be mapped an equal number of times to each of the N memory channels, entering a next round; and in the last round, mapping, by the memory controller, binary values represented by a last number, min_bits, of most significant address bits to the N memory channels.
An apparatus of cleaning a conveyance face for conveying articles or materials, which is brought into contact with a conveyance element of a conveyor device so as to clean the conveyance element having the conveyance face, comprising: a cleaning implement which has a cleaning face to be placed on the conveyance element and to be brought into contact with the conveyance face; a traction device (6, 7) applying to the cleaning implement, a tractive force in a direction opposite to a conveyance direction of said conveyor device; characterized in that the apparatus further comprises: a guide member located above the conveyance element and arranged in parallel with the conveyance direction for guiding the cleaning implement in the conveyance direction, and a suspension mechanism for movably suspending said cleaning implement from the guide member; wherein said cleaning implement has a weight for keeping said cleaning face in contact with said conveyance face in operation of the conveyor device. a cleaning implement which has a cleaning face to be placed on the conveyance element and to be brought into contact with the conveyance face; a traction device (6, 7) applying to the cleaning implement, a tractive force in a direction opposite to a conveyance direction of said conveyor device; characterized in that the apparatus further comprises: a guide member located above the conveyance element and arranged in parallel with the conveyance direction for guiding the cleaning implement in the conveyance direction, and a suspension mechanism for movably suspending said cleaning implement from the guide member; wherein said cleaning implement has a weight for keeping said cleaning face in contact with said conveyance face in operation of the conveyor device. a guide member located above the conveyance element and arranged in parallel with the conveyance direction for guiding the cleaning implement in the conveyance direction, and a suspension mechanism for movably suspending said cleaning implement from the guide member; wherein said cleaning implement has a weight for keeping said cleaning face in contact with said conveyance face in operation of the conveyor device.
A circuit breaker drive for Low-, Medium- or High voltage switchgear, wherein the drive is provided with a magnetic actuator with a yoke, and an anchor, wherein at least the yoke or the anchor is movable, and the movable part of the drive is coupled to movable part of a switch, and that the yoke is provided with an actuation coil (14, 14a), wherein the actuation coil is being driven actively by activation with electrical energy, and that the yoke is provided with at least one passive coil (15, 15a, 15b, 16, 16a, 16b, 17, 17a, 17b), and which is coupled with the actuation coil only inductively, wherein each passive coil of the at least one passive coil is provided with two terminals, wherein the terminals of each passive coil of the at least one passive coil are directly short-circuited or provided with a resistor, or a diode, or a zenerdiode between the terminals of each passive coil, and wherein upon actuation of the drive, current flow in the actuation coil is configured to move the yoke and anchor towards each other and the current flow in the actuation coil is configured to cause induced current or eddy currents to flow in each passive coil of the at least one passive coil that damps a speed of the movement of the yoke and anchor towards each other.
A silicone rubber composition comprising: a silicone rubber; and fibrous carbon nanostructures including carbon nanotubes, wherein the fibrous carbon nanostructures exhibit a convex upward shape in a t-plot obtained from an adsorption isotherm, and a content of an electrically conductive material other than the fibrous carbon nanostructures is 25% by mass or less, and the carbon nanotubes have not undergone carbon nanotube opening formation treatment. a silicone rubber; and fibrous carbon nanostructures including carbon nanotubes, wherein the fibrous carbon nanostructures exhibit a convex upward shape in a t-plot obtained from an adsorption isotherm, and a content of an electrically conductive material other than the fibrous carbon nanostructures is 25% by mass or less, and the carbon nanotubes have not undergone carbon nanotube opening formation treatment.
A process for the synthesis of a synthetic calcium phosphate-based biomedical material comprising silicon and a trivalent cation, wherein the material comprises a compound having the general chemical formula: Ca 10-y M y (PO 4) 6-x (SiO 4) x 2-x+y where M is a trivalent cation, 0 < x < 1.3 and 0 < y < 1.3, and wherein the trivalent cation is yttrium, characterised in that the process comprises: providing calcium or a calcium-containing compound, an yttrium-containing compound, a phosphorus-containing compound and a silicon-containing compound; and the material can comprise secondary phases in an amount of up to 60 wt.%, and forming a precipitate by reacting the compounds in an aqueous phase at an alkaline pH, wherein after the precipitate has been formed it is dried and sintered at a temperature of from 800°C to 1500°C. providing calcium or a calcium-containing compound, an yttrium-containing compound, a phosphorus-containing compound and a silicon-containing compound; and the material can comprise secondary phases in an amount of up to 60 wt.%, and forming a precipitate by reacting the compounds in an aqueous phase at an alkaline pH, wherein after the precipitate has been formed it is dried and sintered at a temperature of from 800°C to 1500°C.
An article comprising at least one polymeric substrate assembled on at least one layer of silicone polymer, characterized in that at least one of the polymeric substrate or of the layer of silicone polymer has been brought into contact with particles of titanium dioxide, magnesium oxide and/or zinc oxide, before assembly of said article, and in that at least one of the polymeric substrate or of the layer of silicone polymer has been brought into contact with water before or after assembly of said article.
A lithium metal oxide having a general formula: Li a M b M' c O 2, said lithium metal oxide comprising LiMO 2 and Li d M' e O 2, said lithium metal oxide having a cation-disordered rocksalt structure, wherein M comprises one or more of a metallic species chosen from a group consisting of Ti, V, Cr, Ni, Co, Fe, Mn, Zr, Sb, and Mo, M being chosen such that LiMO 2 forms a cation-disordered rocksalt structure, and M having a first average oxidation degree n, wherein M' comprises one or more of a metallic species chosen from a group consisting of Ti, Cr, Mn, Zr, Mo, Sn, Sb, and W, and M' having a second average oxidation degree y greater than or equal to n, with 4 <= y <= 6, and wherein 1 < a <= 1.4, a + b + c = 2, d + e = 2, d + (e·y) = 4, a + (b·n) + (c·y) = 4, 1.3 <= d <= 1.7, and 0.2 <= b < 1.
Hybrid drive arrangement for a motor vehicle, comprising - a first and a second electric machine (16; 18) which in each case have a rotor (162; 182) and a stator (161; 181), can be operated both in motor and in generator mode, are connected to one another via an electronic power system, and can be connected to an electric energy store, - an input shaft which can be connected to an internal combustion engine, and an output shaft which can be connected to an output train, - a first planetary set, the sun of which is connected to the rotor of the first electric machine, the spider of which is connected to the input shaft, and the internal gear of which is connected to the output shaft, - a second planetary set, the sun of which is connected to the rotor of the second electric machine, the spider of which is coupled via a first clutch to the output shaft, and the internal gear of which is connected to a transmission housing, and - a third planetary set, the sun of which is coupled via a first brake to the transmission housing, the spider of which is connected to the input shaft, and the internal gear of which is connected to the spider of the second planetary set. - a first and a second electric machine (16; 18) which in each case have a rotor (162; 182) and a stator (161; 181), can be operated both in motor and in generator mode, are connected to one another via an electronic power system, and can be connected to an electric energy store, - an input shaft which can be connected to an internal combustion engine, and an output shaft which can be connected to an output train, - a first planetary set, the sun of which is connected to the rotor of the first electric machine, the spider of which is connected to the input shaft, and the internal gear of which is connected to the output shaft, - a second planetary set, the sun of which is connected to the rotor of the second electric machine, the spider of which is coupled via a first clutch to the output shaft, and the internal gear of which is connected to a transmission housing, and - a third planetary set, the sun of which is coupled via a first brake to the transmission housing, the spider of which is connected to the input shaft, and the internal gear of which is connected to the spider of the second planetary set.
A method of detecting nitrogen compound emissions in exhaust gases treated with selective catalytic reduction achieved by injecting a reducing agent into the gases and by passing these gases through a catalyst, characterized in that the method consists in: - sending to a computing unit the signal collected by a gas detector arranged in the exhaust gas downstream from the catalyst and representative of the amount of NOx (NOx sonde) at the catalyst outlet, - decomposing this signal into a value representative of the effective NOx amount (NOx réel) at the outlet of catalyst established by the SCR catalyst model, into a detector perturbation coefficient (k) and into a value representative of the ammonia amount (NH 3réel) via an integrated model so as to obtain NOx sonde = Nox réel + k.NH 3 réel, - evaluating coefficient (k) from this decomposition, - determining the presence of nitrogen compounds downstream from catalyst when coefficient (k) is greater than or equal to 1. - sending to a computing unit the signal collected by a gas detector arranged in the exhaust gas downstream from the catalyst and representative of the amount of NOx (NOx sonde) at the catalyst outlet, - decomposing this signal into a value representative of the effective NOx amount (NOx réel) at the outlet of catalyst established by the SCR catalyst model, into a detector perturbation coefficient (k) and into a value representative of the ammonia amount (NH 3réel) via an integrated model so as to obtain NOx sonde = Nox réel + k.NH 3 réel, - evaluating coefficient (k) from this decomposition, - determining the presence of nitrogen compounds downstream from catalyst when coefficient (k) is greater than or equal to 1.
An abnormality detecting device comprising a controller configured to detect an abnormality in an apparatus based on data on vibration detected in the apparatus, wherein the controller is configured to determine an abnormality in the apparatus by comparing the data on the detected vibration with a predetermined threshold, characterized in that the controller is configured to set the threshold such that the shorter a work time length in which the apparatus performs once a certain work that is repeatedly performed is, the smaller the threshold is set, and when the data on the detected vibration is greater than the threshold, the controller is configured to give notice that there is an abnormality in the apparatus. determine an abnormality in the apparatus by comparing the data on the detected vibration with a predetermined threshold, characterized in that the controller is configured to set the threshold such that the shorter a work time length in which the apparatus performs once a certain work that is repeatedly performed is, the smaller the threshold is set, and when the data on the detected vibration is greater than the threshold, the controller is configured to give notice that there is an abnormality in the apparatus.
A vehicle body framework, in particular a utility vehicle platform body framework, the body framework including: - a partition, such as a floor of the vehicle; - at least one reinforcement beam of the partition, the or each beam including two nested elements (20; 24), including a first element and a second element which each have a U-shaped profile with a base and two wings, characterized in that in the or each beam, the base of the first element comprises a portion which is offset with respect to the general level of said base and which is in contact with the base of the second element so as to position the elements (20; 24) along a direction of superposition of the bases. - a partition, such as a floor of the vehicle; - at least one reinforcement beam of the partition,
Refill for a dispenser, with a material web wound to form a roll and at least one substantially axially adjustable bearing journal, wherein the at least one substantially axially adjustable bearing journal is adjustable substantially axially outwards away from the roll starting from a defined inner end position in which it protrudes axially beyond the roll, wherein stops (12a; 11a, 11c) define the inner and outer end position (I, A) of the axially adjustable bearing journal.
Wire consisting of platinum group metals for producing grid catalysts, containing at least platinum and rhodium, characterized in that the wire is made as a sheath wire and consists of a core and one or more sheaths arranged one over the other outwards from the core in a radially symmetrical manner, and the rhodium concentration in the outermost sheath is lower than the rhodium concentration in the • core, if the sheath wire consists only of a core and a sheath, or • sheath, if the sheath wire consists of a core and two or more sheaths, arranged directly under the outermost sheath, and the rhodium concentration in the outermost sheath is 1 wt.% to 3 wt.%, and the rhodium concentration in the sheath or core arranged under the outermost sheath is in the range of 5 wt. % to 20 wt.%, preferably in the range of 8 wt.% to 12 wt.%, and the thickness of the outermost sheath is 1 μm to 10 μm, preferably 1 μm to 5 μm. • core, if the sheath wire consists only of a core and a sheath, or • sheath, if the sheath wire consists of a core and two or more sheaths, arranged directly under the outermost sheath, and the rhodium concentration in the outermost sheath is 1 wt.% to 3 wt.%, and the rhodium concentration in the sheath or core arranged under the outermost sheath is in the range of 5 wt. % to 20 wt.%, preferably in the range of 8 wt.% to 12 wt.%, and the thickness of the outermost sheath is 1 μm to 10 μm, preferably 1 μm to 5 μm.
An audio apparatus (9, 9A, 9B, 9C, 9D, 9E), comprising: a housing including a space which is enclosed by at least one pair of opposite surfaces; and an open pipe (10, 20, 30, 40', 20") including a first open end (11, 31, 42', 21") and a second open end (12, 32, 41', 22"), the open pipe (10, 20, 30, 40', 20") including the first open end (11, 31, 42', 21") and the second open end (12, 32, 41', 22") being positioned in the space, wherein the open pipe (10, 20, 30, 40, 20") has a pipe length of integral multiple of a substantially half wavelength of a stationary wave which is generated in the space, wherein the first open end (11, 31, 42', 21") of the open pipe (10, 20, 30, 40) is disposed at a position of a substantial loop of the stationary wave which is generated in the space, wherein the stationary wave is a first-order stationary wave or a second order stationary wave, and wherein the loop of the stationary wave is an antinode of the stationary wave. a housing including a space which is enclosed by at least one pair of opposite surfaces; and an open pipe (10, 20, 30, 40', 20") including a first open end (11, 31, 42', 21") and a second open end (12, 32, 41', 22"), the open pipe (10, 20, 30, 40', 20") including the first open end (11, 31, 42', 21") and the second open end (12, 32, 41', 22") being positioned in the space, wherein the open pipe (10, 20, 30, 40, 20") has a pipe length of integral multiple of a substantially half wavelength of a stationary wave which is generated in the space, wherein the first open end (11, 31, 42', 21") of the open pipe (10, 20, 30, 40) is disposed at a position of a substantial loop of the stationary wave which is generated in the space, wherein the stationary wave is a first-order stationary wave or a second order stationary wave, and wherein the loop of the stationary wave is an antinode of the stationary wave.
An engine probe system for monitoring a moving engine element, the system including: a capacitive engine sensor having a sensor casing housing a sensing electrode defining one of the electrodes of a capacitor; and an output lead for coupling the engine sensor to data processing means for monitoring changes in the capacitance of the capacitor including the sensing electrode, wherein the output lead includes: a first end coupled to the engine sensor; a first conductor for electrically connecting the sensing electrode to the data processing means; and an insulation jacket surrounding at least a portion of the first conductor; characterised in that the engine probe system further includes a conduit separate from and outside the sensor casing, the conduit surrounding at least a portion of the output lead insulation jacket and defining a fluid passage between the output lead insulation jacket and the conduit. a capacitive engine sensor having a sensor casing housing a sensing electrode defining one of the electrodes of a capacitor; and an output lead for coupling the engine sensor to data processing means for monitoring changes in the capacitance of the capacitor including the sensing electrode, wherein the output lead includes: a first end coupled to the engine sensor; a first conductor for electrically connecting the sensing electrode to the data processing means; and an insulation jacket surrounding at least a portion of the first conductor; a first end coupled to the engine sensor; a first conductor for electrically connecting the sensing electrode to the data processing means; and an insulation jacket surrounding at least a portion of the first conductor;
A method for the production of rolls (90, 90') of sheet material with core segments on a flexible mandrel in a winding machine comprising the steps of: - providing tubular cores - transversely cutting the cores to form core segments; - feeding a flexible and compliant mandrel into the core segments; - coupling by elastic interference between said flexible mandrel and said core segments to form an assembly in which said core segments are arranged on said mandrel; wherein the flexible mandrel is larger than an internal diameter of the core segments when at rest, so that the mandrel is compressed radially when inside the core segments, wherein in the coupling between the mandrel and the core segments, the radial force exerted by the elastic return of the mandrel causes pressure against an internal side surface of the core segments suitable for preventing axial displacements of core segments; - moving and feeding of said assembly to a winding machine to produce a log of sheet material; and - extracting the flexible mandrel from the log. - providing tubular cores - transversely cutting the cores to form core segments; - feeding a flexible and compliant mandrel into the core segments; - coupling by elastic interference between said flexible mandrel and said core segments to form an assembly in which said core segments are arranged on said mandrel; - moving and feeding of said assembly to a winding machine to produce a log of sheet material; and - extracting the flexible mandrel from the log.
A laser marker comprising: a laser light source configured to emit laser light; a scanning unit configured to scan the laser light outward; a first housing accommodating the laser light source; a second housing connected to the first housing and accommodating the scanning unit, the second housing being rotatable with respect to the first housing; and characterized by a sensor (S1, S2) configured to output a detection signal indicative of a rotation position of the second housing, wherein in a case a detection signal indicating that the rotation position of the second housing is a first rotation position or a second rotation position is output from the sensor, it becomes possible for the laser light to be emitted outward, and wherein in a case the detection signal indicating that the rotation position of the second housing is the first rotation position or the second rotation position is not output from the sensor, it becomes impossible for the laser light to be emitted outward. a laser light source configured to emit laser light; a scanning unit configured to scan the laser light outward; a first housing accommodating the laser light source; a second housing connected to the first housing and accommodating the scanning unit, the second housing being rotatable with respect to the first housing; and characterized by a sensor (S1, S2) configured to output a detection signal indicative of a rotation position of the second housing, wherein in a case a detection signal indicating that the rotation position of the second housing is a first rotation position or a second rotation position is output from the sensor, it becomes possible for the laser light to be emitted outward, and wherein in a case the detection signal indicating that the rotation position of the second housing is the first rotation position or the second rotation position is not output from the sensor, it becomes impossible for the laser light to be emitted outward.