mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamically monitoring a capacity of a battery, comprising: estimating a first voltage threshold of the battery that is being discharged, wherein the first voltage threshold corresponds to a low capacity of the battery; measuring a present voltage level and a present current level of the discharging battery characterized by re-scaling the present current based on an amount of time that the battery needs to discharge from the measured present voltage level to the estimated first voltage threshold; and calculating, based on the re-scaled measured present current, a re-scaled state of the battery's capacity before the present voltage level decreases below the first voltage threshold. estimating a first voltage threshold of the battery that is being discharged, wherein the first voltage threshold corresponds to a low capacity of the battery; measuring a present voltage level and a present current level of the discharging battery characterized by re-scaling the present current based on an amount of time that the battery needs to discharge from the measured present voltage level to the estimated first voltage threshold; and calculating, based on the re-scaled measured present current, a re-scaled state of the battery's capacity before the present voltage level decreases below the first voltage threshold.
A bundle individualizer of a brush tufting tool, comprising a bundle remover which is adapted to be swiveled back and forth about an axis between a transfer position at a tufting tool and a swiveled-back position and, in doing so, moves along a bristle magazine (16; 116) by an outer face and a recess provided in the outer face and takes up a bundle in the recess, the outer face having a front portion starting from the recess and extending towards a front end and a rear portion starting from the recess and extending towards the rear end, and wherein a wiper having a concave mating surface complementary to the outer face of the bundle remover is provided at the bristle magazine (16; 116) in the direction of movement towards the transfer position, the front portion being circular segment-shaped, characterized in that the wiper is blunt towards a magazine-side end, adjacent to the outer face, of the wiper and wherein the bundle remover has at the rear portion a remover extension which projects radially over the radius of the front portion and by means of which bristles standing at the end of the wiper are pushed back into their associated bristle magazine (16; 116).
Device for assisting with the piloting of an aircraft during a landing phase, comprising: - an interface for downloading map data of a predetermined landing site, - at least one sensor for additional description data of the predetermined landing site, said sensor being arranged on the aircraft so as to be able to obtain said additional description data upon an approach of the aircraft to said predetermined site with the aim of landing, - a processor (14, 28) for algorithmically merging said map data and said additional description data to produce enriched data of the predetermined landing site, and - an element (32, 34, 36) which assists prior to the effective landing of the aircraft by using said enriched data, characterized in that at least one control of the element (32, 34, 36) which assists prior to the effective landing of the aircraft is provided for selectively activating each of the following modes: - a manual mode comprising displaying, on a control screen of an instrument panel of the aircraft, an enhanced map of the predetermined landing site using the enriched data, - a semi-automatic mode comprising controlling the adaptive suspension of a landing gear of the aircraft using the enriched data, and - an automatic mode comprising controlling an auto-pilot module during the landing phase of the aircraft using the enriched data. - an interface for downloading map data of a predetermined landing site, - at least one sensor for additional description data of the predetermined landing site, said sensor being arranged on the aircraft so as to be able to obtain said additional description data upon an approach of the aircraft to said predetermined site with the aim of landing, - a processor (14, 28) for algorithmically merging said map data and said additional description data to produce enriched data of the predetermined landing site, and - an element (32, 34, 36) which assists prior to the effective landing of the aircraft by using said enriched data, - a manual mode comprising displaying, on a control screen of an instrument panel of the aircraft, an enhanced map of the predetermined landing site using the enriched data, - a semi-automatic mode comprising controlling the adaptive suspension of a landing gear of the aircraft using the enriched data, and - an automatic mode comprising controlling an auto-pilot module during the landing phase of the aircraft using the enriched data.
A loader having a frame with a proximal end, a distal end, and first and second opposing sides, an engine, a drive system operably coupled to the engine for causing the loader to move relative to a support surface, wherein the drive system includes an arrangement of one or more hydraulic pumps attached to the engine to form, with the engine, a power system, wherein the power system is positioned within the frame of the loader, and comprising: an attachment system to fasten the power system to the frame, having first and second connection points positioned in close proximity to and slightly proximal to a center of gravity of the power system relative to the direction between the proximal and distal ends of the loader and a third connection point positioned distally from the center of gravity, wherein the positions of the first, second and third connection points connect the power system to the frame to allow most of the weight of the power system to be loaded onto the first and second connection points. an attachment system to fasten the power system to the frame, having first and second connection points positioned in close proximity to and slightly proximal to a center of gravity of the power system relative to the direction between the proximal and distal ends of the loader and a third connection point positioned distally from the center of gravity, wherein the positions of the first, second and third connection points connect the power system to the frame to allow most of the weight of the power system to be loaded onto the first and second connection points.
A control method of a motor system, the motor system having: - a battery; - a boost converter configured to increase DC voltage supplied by the battery; - an inverter connected to the boost converter and configured to execute a conversion between DC power and AC power; and - a motor generator connected to the inverter, wherein the control method comprising: - a limiting power determination step of determining a limiting power (P lim); and a controlling step of controlling an operating point of the motor generator such that a passing power of the boost converter does not exceed the limiting power (P lim), characterized in that the limiting power determination step of determining the limiting power (P lim) is performed in response to the operating point of the motor generator such that an oscillation of a transfer characteristic from a battery side voltage (Vi) to a terminal voltage of the boost converter at a side of the inverter is suppressed wherein in the limiting power determination step: - the limiting power (P lim) is changed in response to a delay (d) in a response characteristic in which the terminal voltage (V 2) is an input and a current flowing to the inverter is an output, and, - when power is input to the boost converter from the inverter, the limiting power (P lim) is set to be larger as the delay (d) is smaller. - a battery; - a boost converter configured to increase DC voltage supplied by the battery; - an inverter connected to the boost converter and configured to execute a conversion between DC power and AC power; and - a motor generator connected to the inverter, wherein - a limiting power determination step of determining a limiting power (P lim); and a controlling step of controlling an operating point of the motor generator such that a passing power of the boost converter does not exceed the limiting power (P lim), characterized in that the limiting power determination step of determining the limiting power (P lim) is performed in response to the operating point of the motor generator such that an oscillation of a transfer characteristic from a battery side voltage (Vi) to a terminal voltage of the boost converter at a side of the inverter is suppressed wherein in the limiting power determination step: - the limiting power (P lim) is changed in response to a delay (d) in a response characteristic in which the terminal voltage (V 2) is an input and a current flowing to the inverter is an output, and, - when power is input to the boost converter from the inverter, the limiting power (P lim) is set to be larger as the delay (d) is smaller. - the limiting power (P lim) is changed in response to a delay (d) in a response characteristic in which the terminal voltage (V 2) is an input and a current flowing to the inverter is an output, and, - when power is input to the boost converter from the inverter, the limiting power (P lim) is set to be larger as the delay (d) is smaller.
A forming shoulder for forming a film tube from a flat film web, the forming shoulder comprising a shoulder piece and a prism piece which are connected to each other along a forming edge, the shoulder piece having an outer shoulder surface via which the film web can be guided to an entry opening of the prism piece limited by the forming edge, the forming edge being made of at least one metal piece, a plastic shoulder piece and/or a plastic prism piece being molded onto the metal piece characterized in thatthe shoulder piece and/or the prism piece is/are produced using a 3D plastic printing method.
A liquid washing agent having a surfactant concentration of 32 to 38 wt.% based on the total weight of the agent, characterized in that the agent contains at least one inorganic base and at least one organic base in a molar ratio of 1:2 to 1:8, preferably 1:3 to 1:5, and at least two anionic surfactants and at least one non-ionic surfactant, the at least two anionic surfactants comprising at least one alkyl benzene sulfonate and at least one alkyl ether sulfate and the liquid washing agent having a pH in the range of from 8.2 to 8.6 directly after preparation.
Aqueous binding composition for mineral or organic fibres comprising: - from 40 to 95 wt% of furan resin, and - from 5 to 60 wt% of at least one reducing sugar and/or of at least one non-reducing sugar, relative to the total dry weight of the composition, said binding composition having a dry matter content between 0.5 to 50 wt%. - from 40 to 95 wt% of furan resin, and - from 5 to 60 wt% of at least one reducing sugar and/or of at least one non-reducing sugar, relative to the total dry weight of the composition, said binding composition having a dry matter content between 0.5 to 50 wt%.
A surface temperature control system, comprising: - at least one flexible plastic tube, the outer side of which is at least partly surrounded by a first element of a hook-and-loop connection; - a carrier sheet, wherein a second element of the hook-and-loop connection is arranged on one side of the carrier sheet so that the flexible plastic tube(s) can be releasably attached to the carrier sheet by forming the hook-and-loop connection; and - a dimensionally stable, flat carrier, which is configured as a heat- and impact-sound-insulating insulation mat having a plurality of stabilising seams (11, 11', 11", 11"'); characterised in that the carrier sheet is secured on one side of the heat- and impact-sound-insulating insulation mat without the stabilising seams (11, 11', 11", 11"') penetrating the carrier sheet. - at least one flexible plastic tube, the outer side of which is at least partly surrounded by a first element of a hook-and-loop connection; - a carrier sheet, wherein a second element of the hook-and-loop connection is arranged on one side of the carrier sheet so that the flexible plastic tube(s) can be releasably attached to the carrier sheet by forming the hook-and-loop connection; and - a dimensionally stable, flat carrier, which is configured as a heat- and impact-sound-insulating insulation mat having a plurality of stabilising seams (11, 11', 11", 11"');
An adaptive inter-carrier interference self-cancellation method for orthogonal frequency-division multiplexing, OFDM, system comprising the steps of: a) estimating in a communication device the maximum frequency offset and signal-noise power ratio, SNR, of signals transmitted by another communication device via a transmission channel; b) by using the maximum frequency offset and SNR estimated in the above step a) in said other communication device, selecting the working state of a digital modulator by selecting a digital difference phase-shift key, DPSK, modulation scheme and selecting the working state of an ICI self-cancellation modulator corresponding to three states of a DPSK modulator as non-transmission, 2-DPSK, and 4-DPSK to adapt to the dynamical change of frequency offset and SNR, and controlling said digital modulator and said ICI self-cancellation modulator to work in accordance with said working state; c) based on the working state of the digital modulator and the ICI self-cancellation modulator in said other communication device selected in the above step b), determining the corresponding working state of a digital demodulator and an ICI self-cancellation demodulator in said communication device, and controlling said digital demodulator and said ICI self-cancellation demodulator to work in accordance with said working state; and repeating periodically the above-mentioned steps a), b), and c). a) estimating in a communication device the maximum frequency offset and signal-noise power ratio, SNR, of signals transmitted by another communication device via a transmission channel; b) by using the maximum frequency offset and SNR estimated in the above step a) in said other communication device, selecting the working state of a digital modulator by selecting a digital difference phase-shift key, DPSK, modulation scheme and selecting the working state of an ICI self-cancellation modulator corresponding to three states of a DPSK modulator as non-transmission, 2-DPSK, and 4-DPSK to adapt to the dynamical change of frequency offset and SNR, and controlling said digital modulator and said ICI self-cancellation modulator to work in accordance with said working state; c) based on the working state of the digital modulator and the ICI self-cancellation modulator in said other communication device selected in the above step b), determining the corresponding working state of a digital demodulator and an ICI self-cancellation demodulator in said communication device, and controlling said digital demodulator and said ICI self-cancellation demodulator to work in accordance with said working state; and repeating periodically the above-mentioned steps a), b), and c).
Air jigging machine for the dry processing of raw materials, especially coal, comprising a material input device or feeding mechanism, at least one jigging-material carrier (15, 16) provided with openings, and a dispensing or discharge device for the heavy material and the light material layered upon the jigging-material carrier (15, 16) during the separating process, whereby for the loosening and layering of the material supplied to the jigging-material carrier (15, 16) into a heavy material layer, which acts as a jig bed, and into a light material layer disposed thereon, an air flow flows through the jigging-material carrier (15, 16) as working air, the air flow being supplied from an air funnel disposed below the jigging-material carrier (15, 16) and being composed of a partial flow that constantly flows through the jigging-material carrier (15, 16), and a pulsed partial flow superimposed thereon, characterized in that at least two jigging-material carriers (15, 16), which are arranged one over the other at a distance from each other and through which the air flow introduced into the air funnel flows which is connected to an air supply conduit having inserted therein a pulsing valve, each of the jigging-material carriers having a material input (13, 14) and a discharge or dispensing device, and are arranged above the air funnel, whereby the intermediate space between the jigging-material carriers (15, 16) is enclosed by an outer wall, and in order to increase the amount of air to be supplied to the upper jigging-material carrier, at least one bypass air line (50a, b) that bypasses the lower jigging-material carrier branches off from the air supply line downstream of the pulsing valve and is connected to the intermediate space between the two jigging-material carriers (15, 16) in such a way that an additional working air flow can be introduced through the bypass air line (50a, b) into the intermediate space between the jigging-material carriers (15, 16).
A twisted string actuator comprising: a first actuator; a first coupler configured to be rotated by the first actuator; a shaft which is coupled to and interlocked with the first coupler; a second coupler which comprises a plurality of string receiving portions; and a string which has one end fixed to the first coupler and the other end fixed to a moving body through the string receiving portions of the second coupler; characterized in that the second coupler is selectively interlocked with the first coupler. a first actuator; a first coupler configured to be rotated by the first actuator; a shaft which is coupled to and interlocked with the first coupler; a second coupler which comprises a plurality of string receiving portions; and a string which has one end fixed to the first coupler and the other end fixed to a moving body through the string receiving portions of the second coupler; characterized in that the second coupler is selectively interlocked with the first coupler.
A clothes dryer comprising a condensing apparatus, wherein a condensing apparatus comprises a hot air channel, in communication with a drying chamber, and a water supply apparatus, for feeding cooling water into the hot air channel, an inlet of the hot air channel being located at a lower location, an outlet of the hot air channel being located at a higher location, wherein two flow guide ribs (11a, 11b) are formed on a wall (4a, 4b, 4c, 4d) of the hot air channel, an upper end (111a, 111b) of the flow guide ribs (11a, 11b) is close to an outlet of the water supply apparatus, wherein the outlet of the water supply apparatus is higher than a horizontal centerline of the hot air channel and is disposed toward a cooling water flowing area, a lower end (112a, 112b) of the flow guide ribs (11a, 11b) is close to the inlet of the hot air channel, and the flow guide ribs (11a, 11b) and the wall (4a, 4b, 4c, 4d) of the hot air channel define the cooling water flowing area together, wherein the hot air channel includes a first wall and a second wall that face each other, and a third wall that connects the first wall and the second wall, characterized in that the first flow guide rib is located on the first wall, the second flow guide rib is located on the second wall, wherein the first flow guide rib and the second flow guide rib protrude towards to the interior of the hot air channel, wherein the cooling water flowing area is formed on the first wall, the second wall, and the third wall that use the first flow guide rib and the second flow guide rib as boundaries, wherein an opening, extending along the hot air channel, is realized between the first flow guide rib and the second flow guide rib, and wherein a protruding structure that transversely extends out is disposed below the cooling water flowing area for performing a heat exchange between turbulent hot air and dispersed cooling water at the protruding structure.
A pharmaceutical dosage form comprising: i. an absorption window active agent; and ii. a controlled release component comprising enteric-coated controlled release beads, wherein the enteric-coated release beads comprise at least two pH-sensitive polymer layers, wherein the enteric-coated controlled release beads comprise a core comprising the absorption window active agent, wherein the absorption window active agent is coated with an inner pH-sensitive polymer layer and an outer pH-sensitive polymer layer, wherein the outer pH-sensitive polymer layer dissolves at a lower pH than the inner pH-sensitive polymer layer, wherein the absorption window active agent is selected from the group consisting of baclofen, gabapentin, levodopa, α-methyldopa, valacyclovir, or a mixture of any thereof, and wherein the dosage form is adapted for prolonged absorption of the absorption window active agent. i. an absorption window active agent; and ii. a controlled release component comprising enteric-coated controlled release beads, wherein the
A fluidizable particulate catalyst composition comprising: (a) pentasil zeolite having a silica/alumina framework, (b) 10 to 24 percent by weight phosphorus, measured as P 2 O 5, (c) 1 to 10 percent by weight iron, measured as Fe 2 O 3, present outside the pentasil framework, and (d) matrix, wherein the amount of phosphorus and iron oxide above are based on the amount of particles containing the pentasil zeolite and the composition has an average particle size in the range of 20 to 200 microns and a Davison Attrition Index of less than 10. (a) pentasil zeolite having a silica/alumina framework, (b) 10 to 24 percent by weight phosphorus, measured as P 2 O 5, (c) 1 to 10 percent by weight iron, measured as Fe 2 O 3, present outside the pentasil framework, and (d) matrix,