mhurhangee/ep-ind-claims huggingface dataset:
A method for processing an electrical signal comprising: receiving an electrical signal comprising a frequency modulated signal encoding digital data; sampling a first portion of the electrical signal to obtain a plurality of samples to obtain a first sample set; determining an index value from the first sample set by assigning a value to each sample in the first sample set based upon an amplitude of the sample; comparing the determined index value with a plurality of predetermined index values to identify a first output value from a plurality of predetermined output values, each of the predetermined index values corresponding to one of the plurality of predetermined output values; wherein each of the predetermined output values indicates a respective frequency modulation encoded value and the first output value indicates a frequency modulation encoded value within the first portion of the electrical signal; and outputting an indication of the output value. receiving an electrical signal comprising a frequency modulated signal encoding digital data; sampling a first portion of the electrical signal to obtain a plurality of samples to obtain a first sample set; determining an index value from the first sample set by assigning a value to each sample in the first sample set based upon an amplitude of the sample; comparing the determined index value with a plurality of predetermined index values to identify a first output value from a plurality of predetermined output values, each of the predetermined index values corresponding to one of the plurality of predetermined output values; wherein each of the predetermined output values indicates a respective frequency modulation encoded value and the first output value indicates a frequency modulation encoded value within the first portion of the electrical signal; and outputting an indication of the output value.
Assembly method for assembling together two sheet metal elements (1, 2), the edge of the first element being shaped to come to bear against the second element, forming an assembly region defined at least by the free end of the edge of the first element, while, on the opposite side of the assembly region from said free end of the edge of the first element, both the first and the second elements extend beyond said assembly region, said assembly method being characterized in that it comprises: depositing a bead of adhesive on one of the elements (1, 2), so that, while the two elements (1, 2) are being assembled together, the adhesive application line along which the adhesive is applied is positioned between the two elements (1, 2), at the assembly region, preferably along the free end of the edge of the first element; and then performing welding to form at least one weld between the two elements (1, 2) along the edge of the assembly region that is opposite from the edge of the assembly region that is constituted by the free end of the edge of the first element, this fastening by welding making it possible to hold the two elements stationary relative to each other until a step of hardening the adhesive takes place that finalizes the assembly. depositing a bead of adhesive on one of the elements (1, 2), so that, while the two elements (1, 2) are being assembled together, the adhesive application line along which the adhesive is applied is positioned between the two elements (1, 2), at the assembly region, preferably along the free end of the edge of the first element; and then performing welding to form at least one weld between the two elements (1, 2) along the edge of the assembly region that is opposite from the edge of the assembly region that is constituted by the free end of the edge of the first element, this fastening by welding making it possible to hold the two elements stationary relative to each other until a step of hardening the adhesive takes place that finalizes the assembly.
A bicycle frame system comprising: a frame constructed to support a rider; and a rear wheel suspension assembly constructed to support a rear wheel such that an axis of rotation of the rear wheel forms an independent pivot with a swing arm (72a, 72b) and a seat stay (70a, 70b), wherein: the axis of rotation is movable between 75 mm to 250 mm relative to the frame and the rear wheel has a contact patch that undergoes an angular translation of between 0 and 7 degrees. a frame constructed to support a rider; and a rear wheel suspension assembly constructed to support a rear wheel such that an axis of rotation of the rear wheel forms an independent pivot with a swing arm (72a, 72b) and a seat stay (70a, 70b), wherein: the axis of rotation is movable between 75 mm to 250 mm relative to the frame and the rear wheel has a contact patch that undergoes an angular translation of between 0 and 7 degrees. the axis of rotation is movable between 75 mm to 250 mm relative to the frame and the rear wheel has a contact patch that undergoes an angular translation of between 0 and 7 degrees.
An integrated high density server vault (HDSV) system comprising one or more server modules adapted for receiving one or more rows of server rack(s) and providing electrical and communication connectivity for disposed computing and electrical equipment, wherein each server module is operationally associated with an integrated mechanical module comprising: a) a fully self-contained heating, ventilation and air conditioning (HVAC) system adapted for maintaining precise temperature and humidity levels and directly ventilating the server module with which the HVAC system communicates with respect to air flow, wherein the HVAC system is optionally equipped with an uninterrupted power system; and b) an automatic fire suppression system adapted for protecting contents of the server module; wherein the integrated server and mechanical modules are adapted to be operationally connected to each other forming a unitary integrated high density server vault system which functions to maintain set temperature and humidity, air quality and protect computing and/or electrical equipment installed in the server rack(s), and providing for operational functioning of and between the installed computing and/or electrical equipment, wherein the integrated HDSV system is adapted for physical, electrical, data, communications and air quality connectivity with the one or more additional integrated HDSVs such that the two or more integrated HDSVs cooperate in maintaining set temperature and humidity and protecting equipment installed in a plurality of server racks, and/or such that the disposed computing and/or electrical equipment operationally communicate, and wherein a common white space connects the integrated server and mechanical modules, optionally in a side-by-side fashion, and the one or more additional integrated HDSVs to provide practical access to the server and mechanical modules through the common white space. a) a fully self-contained heating, ventilation and air conditioning (HVAC) system adapted for maintaining precise temperature and humidity levels and directly ventilating the server module with which the HVAC system communicates with respect to air flow, wherein the HVAC system is optionally equipped with an uninterrupted power system; and b) an automatic fire suppression system adapted for protecting contents of the server module;
A container closure integrally formed from a synthetic resin and including a body, which has an upper surface wall and a cylindrical side wall extending downwardly from a peripheral edge of the upper surface wall, and an outer lid, which has a top panel wall and a cylindrical skirt wall extending downwardly from a peripheral edge of the top panel wall, wherein the skirt wall of the outer lid and the side wall of the body are connected via first hinge means which defines a first pivot axis extending horizontally, and the outer lid is free to pivot, about the first pivot axis as a pivot center, between a closed position at which the upper surface wall of the body is covered and an open position at which the upper surface wall of the body is exposed; and a raised portion which rises upward and which has discharge ports (34a, 34b) formed on opposite sides thereof in a direction of the first pivot axis is disposed in a middle part of the upper surface wall of the body, characterized in that inner lids (38a, 38b) are connected to the raised portion via second hinge means (40a, 40b), in association with the discharge ports (34a, 34b), respectively, so as to be pivotable between a closed position at which the discharge ports (34a, 34b) are covered and an open position at which the discharge ports (34a, 34b) are opened; and interference means (68a, 68b) are disposed on an inner peripheral surface of the skirt wall of the outer lid, in association with the inner lids (38a, 38b), respectively, such that the interference means (68a, 68b) interfere with the inner lids (38a, 38b) to pivot the inner lids (38a, 38b) from the open position toward the closed position while the outer lid is being pivoted from the open position to the closed position, and then the interference means (68a, 68b) ride over the inner lids (38a, 38b) and become separated from the inner lids (38a, 38b), and that the interference means (68a, 68b) interfere with the inner lids (38a, 38b) to pivot the inner lids (38a, 38b) from the closed position toward the open position while the outer lid is being pivoted from the closed position to the open position, and then the interference means (68a, 68b) are separated from the inner lids (38a, 38b).
A tool for clamping a sub assembly arranged for releasable connection with a drive shaft of a top drive drilling machine, the tool comprising a frame and a tong arranged to hold the sub assembly fixed by releasable abutment against a portion of the sub assembly, the tong being arranged on an upper portion of the frame being provided with a through-going centre opening arranged to receive a substantial portion of the sub assembly, the frame, in a position of use, being arranged to be rotationally rigidly fixed to and projecting from a support, the centre opening, in the position of use of the frame, extending through an opening in the support, characterized in that, in its longitudinal direction and remotely from the tong, the centre opening is limited by a bottom abutment arranged in a lower portion of the frame adjustable in the longitudinal direction of the centre opening.
A packaged pourable liquid or a gel surfactant-containing formulation comprising a visual cue, wherein the visual cue comprises a plurality of sheet-like elements of dispersed material, having opposed surfaces wherein the surfaces of the elements are configured with appropriate curvature such that when an element is located adjacent a flat inner surface of the package, the elements can only contact the inner surface of the packaging over less than 50% of a surface of the element.
Method for binary allocation in hierarchical coding/decoding involving coding/decoding of an improvement layer for a digital signal having a succession of L samples, each sample having a mantissa and an exponent, the method involving the allocation of a predetermined number N b of improvement bits to a portion at least of the L samples of highest exponent values, characterized in that it has the steps of: a) counting the exponents of the L samples each having a given value, b) computing at least one cumulative count of exponents by decreasing exponent values until the predetermined number N b is approached through excess, for the purpose of c) determining a threshold value for the greatest sample exponent (iexp 0) for which no further improvement bit is available, and allocating the N b improvement bits, according to chosen rules, to the samples for which the exponent is higher than said threshold value (iexp 0). a) counting the exponents of the L samples each having a given value, b) computing at least one cumulative count of exponents by decreasing exponent values until the predetermined number N b is approached through excess, for the purpose of c) determining a threshold value for the greatest sample exponent (iexp 0) for which no further improvement bit is available, and
A receptor assembly (1; 5) for a lightning protection system on a wind turbine blade, the receptor assembly in the form of a side receptor comprises one or more electrically conducting current carriers (6; 19) in the form of a receptor cylinder being arranged to carry lightning currents from a surface of the wind turbine blade to an internal part of the lightning protection system arranged within the wind turbine blade and one or more mounting bolts, wherein each of the current carriers is a metallic part arranged and dimensioned to surround at least a part of a mounting bolt at least a part of an external surface at one end of each current carrier is arranged to be a contact surface for mechanical and electrical contact to a receptor base (3; 16) when the receptor assembly is mounted within a wind turbine blade, wherein a bolt insulator is arranged around the head of the mounting bolt for ensuring electrical insulation between the mounting bolt and the receptor cylinder so that the lightning current is forced to pass through the contact surface rather than through the threads of the mounting bolt on its path from the side receptor to the side receptor base, in such a way that, in the case of a lightning impact on the receptor assembly, the vast majority of the lightning current passes through the one or more current carriers rather than through the one or more mounting bolts on its way through the receptor assembly. wherein each of the current carriers is a metallic part arranged and dimensioned to surround at least a part of a mounting bolt at least a part of an external surface at one end of each current carrier is arranged to be a contact surface for mechanical and electrical contact to a receptor base (3; 16) when the receptor assembly is mounted within a wind turbine blade, wherein a bolt insulator is arranged around the head of the mounting bolt for ensuring electrical insulation between the mounting bolt and the receptor cylinder so that the lightning current is forced to pass through the contact surface rather than through the threads of the mounting bolt on its path from the side receptor to the side receptor base, in such a way that, in the case of a lightning impact on the receptor assembly, the vast majority of the lightning current passes through the one or more current carriers rather than through the one or more mounting bolts on its way through the receptor assembly.
A hardenable steel consisting of the following chemical composition, in terms of weight percent: C 0.36-0.55%, Mn 0.1-0.7%, Si 0-0.7%, Mo 0.2-1.9%, Al ≤ 0.2% (not including 0%), Cr optionally ≤1%, Ni optionally ≤1%, Cu optionally ≤1%, Nb optionally ≤0.1%, Ti optionally ≤0.2%, V optionally ≤0.2%, B optionally ≤0.01%, W optionally ≤1%, and Co optionally ≤1%, wherein %Mo ≥ %Cr / 2 (when Cr is present), %Mo ≥ %Mn / 2, and 0.4 ≤ %Mn+%Cr+%Mo ≤ 2 the balance being iron, residual contents and unavoidable impurities. %Mo ≥ %Cr / 2 (when Cr is present), %Mo ≥ %Mn / 2, and 0.4 ≤ %Mn+%Cr+%Mo ≤ 2
A harvesting attachment for a harvester having a frame which includes a rear wall and a bottom wall, wherein the rear wall comprises a central portion and two outer portions, and the central portion of the rear wall is made of steel. characterized in that outer portions of the rear wall and/or the bottom wall are formed as an extrusion profile.
An air damper, comprising: a cylinder having an opening portion formed in one end portion; a piston housed inside said cylinder so as to reciprocate therein, and to compress air inside an air chamber formed inside the cylinder; a rod connected to said piston and exposed from the cylinder; a seal member provided in said piston and sliding and contacting an inner circumferential wall of said cylinder; an air passageway provided between said seal member and said piston and mutually communicating a space which is divided by the piston; a cap disposed in the opening portion of said cylinder, forming a pass-through opening where said rod can penetrate, and having approximately a same internal dimension of the pass-through opening and an external dimension of the rod, wherein said pass-through opening forms an approximately cylindrical shape, wherein said rod comprises an axial core portion connected to said piston and a plurality of wall portions projecting from said axial core portion and structuring an external shape of the rod, and wherein said wall portions have an approximately circular plate shape, and an external diameter of the wall portions is approximately same as an internal diameter of said pass-through opening, characterized in that an interval of said wall portions is less than or equal to a depth of the pass-through opening of said cap. a cylinder having an opening portion formed in one end portion; a piston housed inside said cylinder so as to reciprocate therein, and to compress air inside an air chamber formed inside the cylinder; a rod connected to said piston and exposed from the cylinder; a seal member provided in said piston and sliding and contacting an inner circumferential wall of said cylinder; an air passageway provided between said seal member and said piston and mutually communicating a space which is divided by the piston; a cap disposed in the opening portion of said cylinder, forming a pass-through opening where said rod can penetrate, and having approximately a same internal dimension of the pass-through opening and an external dimension of the rod, wherein said pass-through opening forms an approximately cylindrical shape, wherein said rod comprises an axial core portion connected to said piston and a plurality of wall portions projecting from said axial core portion and structuring an external shape of the rod, and wherein said wall portions have an approximately circular plate shape, and an external diameter of the wall portions is approximately same as an internal diameter of said pass-through opening, characterized in that an interval of said wall portions is less than or equal to a depth of the pass-through opening of said cap.
A correlator comprising: a counter for receiving a pulse signal at given time intervals and counting the number of pulses; a number of channels, wherein for each channel there is provided: a sampling part for receiving the number of pulses counted by the counter, a delay part for receiving and sequentially delaying an output from the sampling part, and an operation part for performing a product-sum operation of the output from the sampling part and the output delayed by the delay part; and wherein the correlator is characterised by a control part for setting a delay time or a sampling time T n for the channel n to T n = f n × T 0, where f n = a n-1 x f n-1 + a n-2 x f n-2 + a n-3 x f n-3 +... + a 1 x f 1, a 1 = {0,1}, and i = n-1, n-2,...1; wherein the elements f n are integer numbers, and wherein a sequence r k = f k /f k-1 of ratios of consecutive integer elements of the series f n converges for k → ∞ asymptotically to a geometric ratio r that satisfies 1 ≤ r < 2, and T o represents a unit sampling time defined by a base clock. a counter for receiving a pulse signal at given time intervals and counting the number of pulses; a number of channels, wherein for each channel there is provided: a sampling part for receiving the number of pulses counted by the counter, a delay part for receiving and sequentially delaying an output from the sampling part, and an operation part for performing a product-sum operation of the output from the sampling part and the output delayed by the delay part; a sampling part for receiving the number of pulses counted by the counter, a delay part for receiving and sequentially delaying an output from the sampling part, and an operation part for performing a product-sum operation of the output from the sampling part and the output delayed by the delay part; and wherein the correlator is characterised by a control part for setting a delay time or a sampling time T n for the channel n to T n = f n × T 0, where f n = a n-1 x f n-1 + a n-2 x f n-2 + a n-3 x f n-3 +... + a 1 x f 1, a 1 = {0,1}, and i = n-1, n-2,...1; wherein a control part for setting a delay time or a sampling time T n for the channel n to T n = f n × T 0, where f n = a n-1 x f n-1 + a n-2 x f n-2 + a n-3 x f n-3 +... + a 1 x f 1, a 1 = {0,1}, and i = n-1, n-2,...1; wherein the elements f n are integer numbers, and wherein a sequence r k = f k /f k-1 of ratios of consecutive integer elements of the series f n converges for k → ∞ asymptotically to a geometric ratio r that satisfies 1 ≤ r < 2, and T o represents a unit sampling time defined by a base clock.
A fluidics cartridge (200, 300) for use in a substantially vertical position comprising: a front substrate (252, 310); a back substrate (250, 330); a droplet operations gap (254, 312) formed between the front substrate (252, 310) and the back substrate (250, 330); a plurality of electrodes on the front substrate (252, 310) or the back substrate; and one or more reservoirs, wherein the plurality of electrodes are configured to transport a droplet along a substantially vertical plane defined by the front substrate (252, 310) and the back substrate (250, 330), wherein the front substrate (252, 310) comprises at least one U-feature which comprises a U-shaped protrusion from an inside surface of the front substrate (252, 310) and which is configured to hold a sample, a reaction mixture, a reagent, a filler fluid, a buffer, or a waste liquid, wherein the U-feature corresponds to the reservoir (356, 358), and wherein the one or more reservoirs (356, 358) is in fluid communication with the droplet operations gap (254, 312) through a flow path. a front substrate (252, 310); a back substrate (250, 330); a droplet operations gap (254, 312) formed between the front substrate (252, 310) and the back substrate (250, 330); a plurality of electrodes on the front substrate (252, 310) or the back substrate; and one or more reservoirs, wherein the plurality of electrodes are configured to transport a droplet along a substantially vertical plane defined by the front substrate (252, 310) and the back substrate (250, 330), wherein the front substrate (252, 310) comprises at least one U-feature which comprises a U-shaped protrusion from an inside surface of the front substrate (252, 310) and which is configured to hold a sample, a reaction mixture, a reagent, a filler fluid, a buffer, or a waste liquid, wherein the U-feature corresponds to the reservoir (356, 358), and wherein the one or more reservoirs (356, 358) is in fluid communication with the droplet operations gap (254, 312) through a flow path.
A laundry treating machine comprising a frame from which an oscillating assembly is suspended which comprises a tub containing a drum, and wherein said machine also comprises a pressure sensor fitted with at least one pressure switch for measuring a level of a wash liquid in said tub, wherein said pressure switch is associated with said oscillating assembly, wherein said pressure switch comprises fastening means (3A,3B) that comprise a first part associated with said pressure switch and a second part associated with said tub, said first and second parts of said fastening means (3A,3B) being adapted to cooperate together for positioning and snap-coupling said pressure switch onto said tub, characterised in that said first part of the fastening means comprises an eyelet and two positioning fins, and wherein said second part of the fastening means comprises at least two teeth adapted to snap into said eyelet in the assembled condition, and at least two alignment slots adapted to allow said two positioning fins to slide when the pressure switch is mounted to the tub.