mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a nickel-cobalt material using an electrodeposition process, the method comprising: heat treating a nickel-cobalt material within a first temperature zone below the onset temperature for grain growth in the material, the first temperature zone being from 600K to 750K (326.9 °C to 476.9 °C), wherein the nickel-cobalt material consists of nickel, cobalt and a dopant, wherein the dopant is phosphorus, the concentration of the dopant in the nickel-cobalt material being from 100 ppm to 20,000 ppm by weight, the concentration of nickel in the nickel-cobalt material being from 50% to 80% by weight, and the concentration of the cobalt in the nickel-cobalt material being from 20% to 50% by weight; wherein the method comprises heat treating the nickel-cobalt material within the first temperature zone for a period of from 30 minutes to 36 hours. heat treating a nickel-cobalt material within a first temperature zone below the onset temperature for grain growth in the material, the first temperature zone being from 600K to 750K (326.9 °C to 476.9 °C), wherein the nickel-cobalt material consists of nickel, cobalt and a dopant, wherein the dopant is phosphorus, the concentration of the dopant in the nickel-cobalt material being from 100 ppm to 20,000 ppm by weight, the concentration of nickel in the nickel-cobalt material being from 50% to 80% by weight, and the concentration of the cobalt in the nickel-cobalt material being from 20% to 50% by weight; wherein the method comprises heat treating the nickel-cobalt material within the first temperature zone for a period of from 30 minutes to 36 hours.
System for monitoring the torque supplied by the motor of a motor vehicle, notably of an electric or hybrid vehicle, comprising a means for determining the driver's torque request, a means for estimating the torque produced by the propulsion unit, a means for filtering the driver's torque request which is connected at an input to a means for determining the consistency between the torque request and the torque produced, comprising a means for determining the consistency of the positive torque and a means for determining the consistency of the negative torque, each comprising: - a means (5, 7) for determining quasi-static variation phases of the request, that is to say phases during which the driver's torque request does not vary or varies in a low-dynamic fashion, said means for determining the quasi-static variation phases of the request being able to determine a Boolean for detecting the quasi-static variation phase and a mean value of the error percentage between the torque request and the estimate of the torque produced, measured over a period of set duration extending before the start of a quasi-static variation phase of the driver's torque request, as a function in particular of the comparison of the filtered driver's torque request with a set threshold, - and a means (6, 8) for detecting torque anomalies, which is able to construct an acceptable torque template and to determine the occurrence of a torque anomaly as a function of the torque estimate, the torque request and the acceptable torque template, said Boolean for detecting the quasi-static variation phase and said mean value of the error percentage between the torque request and the estimate of the torque produced, the means (5,7) for determining the quasi-static variation phases of the request receiving, as input, signals carrying the estimate of the torque produced by the propulsion unit, the driver's torque request and the filtered driver's torque request. - a means (5, 7) for determining quasi-static variation phases of the request, that is to say phases during which the driver's torque request does not vary or varies in a low-dynamic fashion, said means for determining the quasi-static variation phases of the request being able to determine a Boolean for detecting the quasi-static variation phase and a mean value of the error percentage between the torque request and the estimate of the torque produced, measured over a period of set duration extending before the start of a quasi-static variation phase of the driver's torque request, as a function in particular of the comparison of the filtered driver's torque request with a set threshold, - and a means (6, 8) for detecting torque anomalies, which is able to construct an acceptable torque template and to determine the occurrence of a torque anomaly as a function of the torque estimate, the torque request and the acceptable torque template, said Boolean for detecting the quasi-static variation phase and said mean value of the error percentage between the torque request and the estimate of the torque produced,
Counter-matrix for machines for bending metal pipes or metal sections, comprising a body, or frame, characterized in that the body receives, in a first terminal zone thereof, an insert for processing a metal pipe or profile, having an active semi-cylindrical or pre-ovalized groove surface, and in a second terminal zone thereof, spaced from the first terminal zone, a rolling device for guiding the pipe or metal profile.
Device for introducing an aroma into a carrier gas stream, wherein the device comprises a compressed gas container connected via a first unreleasable connection, which compressed gas container stores the carrier gas, and at least one second connection to an aroma storage unit and an outlet for a gas mixture, wherein the first connection for the compressed gas container is connected via a first line and the at least one second connection for the aroma storage unit is connected via a second line to the outlet by means of flow technology and wherein the second connection for the aroma storage unit is a quick-action coupling connection.
A heat welder for securing edges of adjacent geomembrane liner panels (16,18) together, said geomembrane liner panels (16,18) having conductive bottom surfaces and being overlapped along their edges with a first one of said panels on top of a second one of said panels, said welder comprising: a welder body having forward and rear ends and defining first and second slots (50,52) with top and bottom walls extending between the welder body front and rear, wherein the first slot is open on one lateral side for receiving the first one of said panels and is substantially horizontally oriented at said lateral side, the second slot is below said first slot and open on the lateral side opposite the one side for receiving the overlapping edge of the second one of said panels and is substantially horizontally oriented at said lateral side, and said first and second slots (50,52) merge at the body rear end; a drive for moving the welder body forward; a heating unit between said first and second slots (50,52) and forward of said merged first and second slots (50,52), said heating unit defining a portion of a bottom wall of the first slot; and characterised by at least one projection extending partially into said first slot for engaging the conductive bottom surface of the first one of said panels to interrupt the conductive bottom surface along a line as it passes the projection; wherein said merged first and second slots (50,52) press together first and second liner panels (16,18) to heat weld the first and second liner panels (16,18) together along the line of the interrupted conductive bottom surface. a welder body having forward and rear ends and defining first and second slots (50,52) with top and bottom walls extending between the welder body front and rear, wherein the first slot is open on one lateral side for receiving the first one of said panels and is substantially horizontally oriented at said lateral side, the second slot is below said first slot and open on the lateral side opposite the one side for receiving the overlapping edge of the second one of said panels and is substantially horizontally oriented at said lateral side, and said first and second slots (50,52) merge at the body rear end; a drive for moving the welder body forward; a heating unit between said first and second slots (50,52) and forward of said merged first and second slots (50,52), said heating unit defining a portion of a bottom wall of the first slot; and characterised by at least one projection extending partially into said first slot for engaging the conductive bottom surface of the first one of said panels to interrupt the conductive bottom surface along a line as it passes the projection; wherein said merged first and second slots (50,52) press together first and second liner panels (16,18) to heat weld the first and second liner panels (16,18) together along the line of the interrupted conductive bottom surface.
A computer-implemented control method for a medical pump capable of delivering a medicinal solution inside an infusion tube to a patient by a drive motor, and detecting a pressure inside the infusion tube and determining an occlusion state when the pressure is equal to or higher than an occlusion pressure setting value, the computer implemented control method characterized by: after completion of delivering a predetermined amount of the medicinal solution from a delivery start to the patient via the infusion tube, performing a low-flow-rate operation (STEP11) of continuously delivering a further amount of the medicinal solution at a low flow rate to said patient by operating the drive motor to rotate forward for prevention of thrombus formation after the completion of delivering the predetermined amount of the medicinal solution to the patient; in the low-flow-rate operation determining if said occlusion state is present (STEP 12) from pressure data of a downstream occlusion sensor arranged at a downstream side of the infusion tube when the pressure in said infusion tube is equal to or higher than the occlusion pressure setting value; wherein, when it is determined the occlusion state is present in the low-flow-rate operation, mitigating the pressure inside the infusion tube by operating the drive motor to reversely rotate (STEP 14) and providing a backward flow of the medicinal solution; and stopping the drive motor (STEP 15-5) in the reverse rotation operation when a cumulative amount of the medicinal solution delivered to the patient after starting delivery reaches a value equal to or slightly larger than the predetermined amount of the medicinal solution (STEP 15-4). after completion of delivering a predetermined amount of the medicinal solution from a delivery start to the patient via the infusion tube, performing a low-flow-rate operation (STEP11) of continuously delivering a further amount of the medicinal solution at a low flow rate to said patient by operating the drive motor to rotate forward for prevention of thrombus formation after the completion of delivering the predetermined amount of the medicinal solution to the patient; in the low-flow-rate operation determining if said occlusion state is present (STEP 12) from pressure data of a downstream occlusion sensor arranged at a downstream side of the infusion tube when the pressure in said infusion tube is equal to or higher than the occlusion pressure setting value; wherein, when it is determined the occlusion state is present in the low-flow-rate operation, mitigating the pressure inside the infusion tube by operating the drive motor to reversely rotate (STEP 14) and providing a backward flow of the medicinal solution; and stopping the drive motor (STEP 15-5) in the reverse rotation operation when a cumulative amount of the medicinal solution delivered to the patient after starting delivery reaches a value equal to or slightly larger than the predetermined amount of the medicinal solution (STEP 15-4).
A method for wireless communications, comprising: allocating a first sequence of transmission resource units for conveying control information for a node, wherein the first sequence is contiguous; rearranging the first sequence of transmission resource units to form a second sequence of transmission resource units, wherein individual transmission resource units from the first sequence are physically distributed in the second sequence after the rearranging, wherein the first sequence and the second sequence comprise one or more pairs of transmission resource units, and wherein, for each pair of transmission resource units in the second sequence, a first member of the pair has the same sequence index as a second member of the pair, wherein the DL grant and UL grant in a transmission resource units pair is used by a same relay node, RN, and no transmission resource unit in said pair is used for a different RN; and transmitting the control information for the node using at least a portion of the second sequence of transmission resource units. allocating a first sequence of transmission resource units for conveying control information for a node, wherein the first sequence is contiguous; rearranging the first sequence of transmission resource units to form a second sequence of transmission resource units, wherein individual transmission resource units from the first sequence are physically distributed in the second sequence after the rearranging, wherein the first sequence and the second sequence comprise one or more pairs of transmission resource units, and wherein, for each pair of transmission resource units in the second sequence, a first member of the pair has the same sequence index as a second member of the pair, wherein the DL grant and UL grant in a transmission resource units pair is used by a same relay node, RN, and no transmission resource unit in said pair is used for a different RN; and transmitting the control information for the node using at least a portion of the second sequence of transmission resource units.
A travelling pipe cutter adapted to perform at least one of cutting and beveling a hollow vessel while traveling around the hollow vessel, comprising: - a frame formed of an inner carriage and an outer carriage; - a plurality of wheels mounted on the inner carriage; - a cutting tool mounted on the inner carriage; - a force adjustment assembly attaching the inner carriage to the outer carriage and configured to allow for the vertical movement of the outer carriage relative to the inner carriage, the force adjustment assembly comprising: a guide wheel adjuster attached to the inner carriage and attached to the outer carriage, the guide wheel adjuster being adjustable to vary a vertical position of the outer carriage relative to the inner carriage, - the cutting tool mounted adapted for rotation relative to the frame to cut the hollow vessel as the travelling pipe cutter travels around the hollow vessel, characterized in that the travelling pipe cutter further comprises a tension cable and a feed cable each for wrapping around the hollow vessel to attach it to the frame; and in that the guide wheel adjuster is rigidly attached to the inner carriage and pivotally attached to the outer carriage, and the force adjustment assembly further comprises a guide wheel spring pivotally attached to the inner carriage and pivotally attached to the outer carriage, the guide wheel spring comprising an inner housing, an outer housing and a spring mounted therein, the outer housing configured to telescope relative to the inner housing, the spring limiting the amount of travel of the outer housing relative to the inner housing. - a frame formed of an inner carriage and an outer carriage; - a plurality of wheels mounted on the inner carriage; - a cutting tool mounted on the inner carriage; - a force adjustment assembly attaching the inner carriage to the outer carriage and configured to allow for the vertical movement of the outer carriage relative to the inner carriage, the force adjustment assembly comprising: a guide wheel adjuster attached to the inner carriage and attached to the outer carriage, the guide wheel adjuster being adjustable to vary a vertical position of the outer carriage relative to the inner carriage, - the cutting tool mounted adapted for rotation relative to the frame to cut the hollow vessel as the travelling pipe cutter travels around the hollow vessel,
An apparatus for activating the surface friction of post-like carrier members, wherein the apparatus comprises a device which is suitable for reducing a height of the apparatus when the apparatus is loaded with a compressive force, wherein a controlled settlement of a post-like carrier member in the building ground can be evoked that is sufficient for activating the surface friction; characterized in that the apparatus comprises an upper part and a lower part and the device comprises at least one compression element, wherein the at least one compression element is arranged between the upper part and the lower part in such a way that the at least one compression element serves as a spacer in order to form a gap between the upper part and the lower part; and in that the at least one compression element is configured to be compressed in a controlled manner under a predetermined load by the compressive force and wherein the height of the apparatus is reduced to such an extent until the gap is closed and the upper part and the lower part come into contact with one another, wherein a further reduction in the height of the apparatus is prevented as far as possible.
Device for fastening an external or display element onto a horological structure, comprising at least one retaining key comprising a post arranged so as to be driven or screwed or riveted or brazed or welded into a recess comprised in said structure or comprised in an element fixed to said structure, said at least one retaining key comprising a head with at least one truncated flange that is substantially axisymmetric relative to the axis of said post, the direction of said axis defining the direction in which a said external or display element is inserted relative to said structure, said truncated flange comprising a substantially axisymmetric part which extends about an angular sector of strictly less than 360°, and said truncated flange comprising at least one first lip delimited by a first upper surface and a first lower surface and which is arranged so as to cooperate by bearing, in a blocking manner, with a surface or a face comprised in a fastening element integral with a said external or display element, and which first lip is further delimited at the two ends (311, 312) thereof by edges (51, 52), characterised in that said edges (51, 52) are not coplanar, and in that said at least one retaining key comprises, joined to each said edge (51, 52) and radially retracted relative to the first periphery of said first lip, a second lip comprising a second lower surface shared with said first lower surface, and a second upper surface which is, at each said edge (51, 52), tapered relative to said first upper surface.
A method of reducing the azimuthal torque acting on a pulling pod unit of a pulling azimuth thruster having a rotary pod housing with a substantially vertical slewing axis, a propeller, and a fixed downwardly directed first fin carried by the pod housing abaft the slewing axis wherein said first fin extends abaft the slewing axis along the pod housing to the vicinity of a rear end of the pod housing, arranging the starting point of said first fin positioned at a distance (y) abaft the slewing axis, in the range of 0,1 D meter ≤ y ≤ 2 D meter, most preferred 0,5 D meter ≤ y ≤ 1,5 D meter, wherein D is the diameter of said propeller, characterized by arranging said first fin in the form of an elongated strip-shaped vane and with a height (h) that is in the range of the 0,005 D meter - 0,2 D meter.
Capsules suitable for giving birth to males, called baby love male capsules, comprising: 1. Active Ingredients: (a) 0.1 mg Fludrocortisone. (b) 0.5 mg Bumetanide. (c) 9.4 mg Sodium Bicarbonates. (d) 600 mg Sodium Chloride. (e) 390 mg Glycyrrhizinate. 2. Inactive Ingredients: (a) Gelatin: The material from which the two-piece hard gelatin capsule size 000 is made. It is extracted from animal bones and skin. (b) Plasticizers: glycerin and sorbitol. (c) Humidity-absorbing agent: aluminum oxide. (d) Conservatives: sodium citrate. Sodium chloride is used as a tension neutralization agent, a lubricant and capsule extender. It also acts as a source for providing the body with sodium and chloride 1. Active Ingredients: (a) 0.1 mg Fludrocortisone. (b) 0.5 mg Bumetanide. (c) 9.4 mg Sodium Bicarbonates. (d) 600 mg Sodium Chloride. (e) 390 mg Glycyrrhizinate. (a) 0.1 mg Fludrocortisone. (b) 0.5 mg Bumetanide. (c) 9.4 mg Sodium Bicarbonates. (d) 600 mg Sodium Chloride. (e) 390 mg Glycyrrhizinate. 2. Inactive Ingredients: (a) Gelatin: The material from which the two-piece hard gelatin capsule size 000 is made. It is extracted from animal bones and skin. (b) Plasticizers: glycerin and sorbitol. (c) Humidity-absorbing agent: aluminum oxide. (d) Conservatives: sodium citrate. Sodium chloride is used as a tension neutralization agent, a lubricant and capsule extender. It also acts as a source for providing the body with sodium and chloride (a) Gelatin: The material from which the two-piece hard gelatin capsule size 000 is made. It is extracted from animal bones and skin. (b) Plasticizers: glycerin and sorbitol. (c) Humidity-absorbing agent: aluminum oxide. (d) Conservatives: sodium citrate.
Heat exchanger plate, having a plate body, formed from at least two plate elements (3, 4) and a connection part for a cooling fluid, wherein the connection part has a connection section which is fitted in a receiving section of the plate body formed between the plate elements (3, 4), characterized in that the connecting section has two outwardly directed longitudinal webs and the receiving section has longitudinal grooves extending in the region of the joining plane between the plate elements (3, 4), wherein the longitudinal webs run in the longitudinal grooves.
A shell-and-tube heat exchanger, comprising: a shell provided with a liquid inlet and an vapor outlet, the vapor outlet being disposed at an top portion of the shell; and a heat exchange tube bundle disposed in the shell in an axial direction of the shell; wherein the heat exchange tube bundle comprises: a plurality of first heat exchange tubes located at an upper portion, the first heat exchange tubes having a first spacing therebetween; and a plurality of second heat exchange tubes located at a lower portion, the second heat exchange tubes having a second spacing therebetween; wherein the first spacing is different from the second spacing, and characterized by a baffle assembly disposed at an entrance of the vapor outlet and having a baffle capable of adjusting a blocking area, so that a balance between liquid carryover and pressure loss can be achieved. a shell provided with a liquid inlet and an vapor outlet, the vapor outlet being disposed at an top portion of the shell; and a heat exchange tube bundle disposed in the shell in an axial direction of the shell; wherein the heat exchange tube bundle comprises: a plurality of first heat exchange tubes located at an upper portion, the first heat exchange tubes having a first spacing therebetween; and a plurality of second heat exchange tubes located at a lower portion, the second heat exchange tubes having a second spacing therebetween; wherein the first spacing is different from the second spacing, and characterized by a baffle assembly disposed at an entrance of the vapor outlet and having a baffle capable of adjusting a blocking area, so that a balance between liquid carryover and pressure loss can be achieved.