mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling the members of a hybrid transmission for a motor vehicle comprising firstly a drive combustion engine and secondly a main electric machine and an auxiliary electric machine linked mechanically in rotation to said combustion engine, in which torque setpoints to be sent to said members are determined according to a torque distribution selection between each of said members, said method including a step for identifying at least one movement phase of the vehicle in which said combustion engine only is required to deliver torque and a regulation step, within said movement phase, for regulating the currents supplied to said auxiliary electric machine by a control inverter of said auxiliary electric machine linked to a high-voltage battery of the vehicle, in order to ensure zero torque at the output of said auxiliary electric machine, said method being characterized in that it includes: a step in which said current regulation is cut, in which the inverter delivers a zero current, said step of cutting said regulation being activated when the absolute value of the rotational speed of said auxiliary electric machine is less than a predetermined threshold speed (N2) for a torque setpoint range (C1, C2) in which the torque to be delivered by said auxiliary electric machine substantially matches the no-load mechanical losses generated by said auxiliary electric machine.
A stator assembly for a stator of a gas turbine engine , comprising: a shroud defining a cavity ; a plurality of vanes secured to the shroud , wherein each of the plurality of vanes has a tab portion located in the cavity of the shroud ; and a rubber material disposed in the cavity of the shroud , the rubber material securing the tab portion of each of the plurality of vanes to the shroud ; characterised in that the stator assembly further comprises a plurality of inserts located within the cavity , each of the plurality of inserts defining a cavity . a shroud defining a cavity ; a plurality of vanes secured to the shroud , wherein each of the plurality of vanes has a tab portion located in the cavity of the shroud ; and a rubber material disposed in the cavity of the shroud , the rubber material securing the tab portion of each of the plurality of vanes to the shroud ; characterised in that the stator assembly further comprises a plurality of inserts located within the cavity , each of the plurality of inserts defining a cavity .
A method of maximising the amount of water which is available for rinsing in a high-chloride heap leach operation, i.e. a chloride heap leach operation at chloride concentrations of 100 to 230 g/L chloride, the method including the step of using process make-up water in the range of 0.05 to 0.35 m 3 / ton of ore to rinse leached residue ore, in the heap, thereby to displace a chloride-containing aqueous liquor from the leached ore wherein an amount of process make-up water, available for rinsing, is increased by utilising a multi-stage counter-current loaded organic solvent scrub circuit to reduce the chloride concentration in the organic phase.
A method for indicating excessive separation between a first wireless device and a second wireless device, the method comprising: monitoring a separation of each of the first wireless device and the second wireless device to a third wireless device; determining whether a set of conditions is met, the set of conditions being that the first wireless device is inside a first zone defined with respect to a third wireless device, and that the second wireless device is outside a second zone defined with respect to the third wireless device; and if the set of conditions is met, then: initiating an alert. monitoring a separation of each of the first wireless device and the second wireless device to a third wireless device; determining whether a set of conditions is met, the set of conditions being that the first wireless device is inside a first zone defined with respect to a third wireless device, and that the second wireless device is outside a second zone defined with respect to the third wireless device; and if the set of conditions is met, then: initiating an alert.
Shielding element for use in medium voltage switchgears with vacuum interrupters with at least two contacts, which are movable along a switching path between a closed and an open contact position, wherein the shielding element is positioned around the contact position region in the vacuum interrupter, wherein at least the inner surface of the shielding is applied with a topographic structure which is a rough or a structured surface, characterized in that the implemented topographic structure is formed by knurling or blasting in such a way, that for a given constant or approximately constant volume (Vi) of the shielding body, the surface ratio of the treated surface (S2) with implemented surface structure, and an untreated surface (S1) without topographic structure is greater than 1, so that the condition V1 ∼ V2 and S2/S1 > 1 applies, wherein the volume (V1) is the material volume of the shielding section with the untreated flat inner surface, and the volume (V2) is the material volume of the shielding section with the treated flat inner surface, so that the shielding is structured/treated partly on its inner surface, following the aforesaid condition.
An ejector using a swirl flow comprising: an ejector body comprising a main inlet into which a main flow in high pressure flows, a nozzle section in fluid communication with the main inlet, a mixing portion in fluid communication with the nozzle section , a diffuser in fluid communication with the mixing portion , and a discharge portion in fluid communication with the diffuser ; and a suction pipe inserted in a center of the ejector body , the suction pipe including a through-hole into which a suction flow in low pressure flows, and a leading end portion , characterized in that an outer surface of the leading end portion forms a plurality of inclined passages with the nozzle section of the ejector body , the plurality of inclined passages allowing the main flow to be moved to the mixing portion so as to form a swirl flow, wherein the main flow entering through the main inlet of the ejector body and the suction flow entering through the through-hole of the suction pipe are swirled and mixed in the mixing portion of the ejector body , and then are discharged outside through the diffuser and the discharge portion . an ejector body comprising a main inlet into which a main flow in high pressure flows, a nozzle section in fluid communication with the main inlet, a mixing portion in fluid communication with the nozzle section , a diffuser in fluid communication with the mixing portion , and a discharge portion in fluid communication with the diffuser ; and a suction pipe inserted in a center of the ejector body , the suction pipe including a through-hole into which a suction flow in low pressure flows, and a leading end portion , characterized in that an outer surface of the leading end portion forms a plurality of inclined passages with the nozzle section of the ejector body , the plurality of inclined passages allowing the main flow to be moved to the mixing portion so as to form a swirl flow, wherein the main flow entering through the main inlet of the ejector body and the suction flow entering through the through-hole of the suction pipe are swirled and mixed in the mixing portion of the ejector body , and then are discharged outside through the diffuser and the discharge portion .
A heat exchanger for cooling hot gas using a liquid coolant, said heat exchanger comprising: an inner heat exchange tube for exchanging heat between said gas and said liquid coolant; a tubular outer body surrounding at least part of said inner heat exchange tube; wherein said gas flows through the heat exchange tube and said liquid coolant flows between the inner heat exchange tube and the tubular outer body; further comprising: a plurality of fins (601 - 618; 701 - 718) contacting with an inner surface of said inner heat exchange tube, said plurality of fins comprising first and second fin types , said first and second fin types being of different lengths to each other so as to extend inwardly by different distances towards a central axis of said heat exchanger tube; characterised by said plurality of fins are formed as a single component which can be fitted inside said inner heat exchange tube; and wherein said single component comprises a resilient metal material having resilience such as to cause said component to retain itself by friction inside said inner heat exchange tube. an inner heat exchange tube for exchanging heat between said gas and said liquid coolant; a tubular outer body surrounding at least part of said inner heat exchange tube; wherein said gas flows through the heat exchange tube and said liquid coolant flows between the inner heat exchange tube and the tubular outer body; further comprising: a plurality of fins (601 - 618; 701 - 718) contacting with an inner surface of said inner heat exchange tube, said plurality of fins comprising first and second fin types , said first and second fin types being of different lengths to each other so as to extend inwardly by different distances towards a central axis of said heat exchanger tube; characterised by said plurality of fins are formed as a single component which can be fitted inside said inner heat exchange tube; and wherein said single component comprises a resilient metal material having resilience such as to cause said component to retain itself by friction inside said inner heat exchange tube.
A peptide methionine sulfoxide reductase variant consisting of the amino acid sequence represented by SEQ ID NO: 1, wherein alanine, which is an amino acid corresponding to position 6 of SEQ ID NO: 3, is substituted with valine.
A method of fabricating a memory cell, wherein the memory cell comprises a resistive memory cell, comprising: forming a first electrode ; providing polymer-grafted memory material nanoparticles by dispensing a liquid dispersion including polymeric liquid-grafted nanoparticles on the first electrode to form a polymer matrix made of the polymeric ligand that embeds the memory material nanoparticles , wherein the memory material nanoparticles comprise resistive memory nanoparticles; and forming a second electrode ; wherein: the method further comprises removing the polymer matrix from the memory material nanoparticles before forming the second electrode , or the method further comprises providing additional nanoparticles having a different composition than the nanoparticles of the polymeric ligand-grafted nanoparticles . forming a first electrode ; providing polymer-grafted memory material nanoparticles by dispensing a liquid dispersion including polymeric liquid-grafted nanoparticles on the first electrode to form a polymer matrix made of the polymeric ligand that embeds the memory material nanoparticles , wherein the memory material nanoparticles comprise resistive memory nanoparticles; and forming a second electrode ; wherein: the method further comprises removing the polymer matrix from the memory material nanoparticles before forming the second electrode , or the method further comprises providing additional nanoparticles having a different composition than the nanoparticles of the polymeric ligand-grafted nanoparticles . the method further comprises removing the polymer matrix from the memory material nanoparticles before forming the second electrode , or the method further comprises providing additional nanoparticles having a different composition than the nanoparticles of the polymeric ligand-grafted nanoparticles .
A method executed on a computing device for providing custom selection for editing content displayed on a touch screen via a browser, the method comprising: detecting , by a web application, a selection of a range of content triggered by a browser event, wherein the browser event is received from the browser at an event handler manager of an abstraction layer configured to manage events between the browser and the web application; and characterized by intercepting, by the application, the browser event to stop the browser event from activating browser handles for handling the selection; determining, by the application, end locations of the selection; creating , by the application, selection handles for handling the selection to thereby replace native browser handles for handling the selection; and rendering, by the application, the selection handles at the end locations. detecting , by a web application, a selection of a range of content triggered by a browser event, wherein the browser event is received from the browser at an event handler manager of an abstraction layer configured to manage events between the browser and the web application; and characterized by intercepting, by the application, the browser event to stop the browser event from activating browser handles for handling the selection; determining, by the application, end locations of the selection; creating , by the application, selection handles for handling the selection to thereby replace native browser handles for handling the selection; and rendering, by the application, the selection handles at the end locations.
A chopping assembly for a forage harvester for processing a stream of crop, wherein the chopping assembly comprises a chopper drum with elongated chopper blades disposed thereon, as well as at least one shear bar which cooperates with the chopper blades , wherein a detection assembly is provided for detecting a state of wear of a chopping assembly , wherein the detection assembly has at least one magnet assembly which has a magnetic excitation assembly and a flux-conducting device magnetically coupled thereto, wherein the magnet assembly provides a pole assembly which forms at least one magnetic pole (21 - 28) with a pole surface for conducting magnetic flux outwards, wherein at least a portion of the chopper blade passes the pole assembly during a rotation of the chopper drum so that each chopper blade which is passing the pole assembly forms an air gap configuration with at least one air gap (30 - 37) with respect to the pole assembly , and as a result, at least one magnetic circuit (38 - 43) energised by the excitation assembly is closed via the respective chopper blade , wherein the detection assembly has a measuring assembly and an evaluation unit , wherein the measuring assembly detects at least one magnetic variable concerning the magnetic flux in at least one of the magnetic circuits (38 - 43) energised by the excitation assembly and wherein the evaluation unit determines the state of wear of the respective chopper blade from the at least one detected variable, characterized in that at least a portion of the magnetic flux generated by the magnetic excitation assembly is guided longitudinally in the chopper blade via at least one longitudinal section (L 1 - L 6 ) of the chopper blade which is passing the pole assembly , wherein the pole assembly forms at least two magnetic poles (21 - 28) which are mutually spaced along the chopper blade which is passing the pole assembly , each magnetic pole forming a respective air gap (30 - 37) of the air gap configuration together with the chopper blade and between which the magnetic flux generated by the magnetic excitation assembly is guided longitudinally, so that the state of wear of the chopper blade in the longitudinal section (L 1 - L 6 ) between the two poles (21 - 28) can be determined.
A slide rail assembly , comprising: a first rail ; a second rail having an engaging portion ; and a holding member configured to the first rail , the holding member having an elastic section and a holding section , the holding section comprising a first side corresponding to a first edge wall and a second side corresponding to a second edge wall , which cooperatively define an engaging portion and protruding from the elastic section by a height, the elastic section comprising a first elastic portion , a second elastic portion and a pivotal portion , the first elastic portion connects a base plate and the pivotal portion , the second elastic portion connects the pivotal portion and the first side of the holding section , such that when the second rail is extracted from the retracted position (P1) and displaces relative to the first rail in a first direction (Dl), the second side of the holding section of the holding member is pressed by the second edge wall of the second rail , so that the holding section is rotated about the pivotal portion and moves away from the engaging portion ; wherein the engaging portion of the second rail engages with the holding section of the holding member when the second rail is located in a retracted position relative to the first rail ; wherein the engaging portion of the second rail disengages from the holding section of the holding member when the second rail is moved away from the retracted position (P1) relative to the first rail . a first rail ; a second rail having an engaging portion ; and a holding member configured to the first rail , the holding member having an elastic section and a holding section , the holding section comprising a first side corresponding to a first edge wall and a second side corresponding to a second edge wall , which cooperatively define an engaging portion and protruding from the elastic section by a height, the elastic section comprising a first elastic portion , a second elastic portion and a pivotal portion , the first elastic portion connects a base plate and the pivotal portion , the second elastic portion connects the pivotal portion and the first side of the holding section , such that when the second rail is extracted from the retracted position (P1) and displaces relative to the first rail in a first direction (Dl), the second side of the holding section of the holding member is pressed by the second edge wall of the second rail , so that the holding section is rotated about the pivotal portion and moves away from the engaging portion ; wherein the engaging portion of the second rail engages with the holding section of the holding member when the second rail is located in a retracted position relative to the first rail ; wherein the engaging portion of the second rail disengages from the holding section of the holding member when the second rail is moved away from the retracted position (P1) relative to the first rail .
A method of transforming dynamic metadata comprising: Receiving source content metadata for a first color volume transformation model; determining a first transfer curve for the first color volume transformation model based on the received source content metadata; and mapping the first transfer curve of the first color volume transformation model to a second transfer curve of a second color volume transformation model different from the first color volume transformation, the mapping comprising a best fit of the first transfer curve of the first color volume transformation model to the second transfer curve of the second color volume transformation model, wherein the best fit matches slopes of the first and second transfer curves at a certain point or within a predetermined response range; and wherein said second transfer curve is used to generate content metadata for the second color volume transformation model. Receiving source content metadata for a first color volume transformation model; determining a first transfer curve for the first color volume transformation model based on the received source content metadata; and mapping the first transfer curve of the first color volume transformation model to a second transfer curve of a second color volume transformation model different from the first color volume transformation, the mapping comprising a best fit of the first transfer curve of the first color volume transformation model to the second transfer curve of the second color volume transformation model, wherein the best fit matches slopes of the first and second transfer curves at a certain point or within a predetermined response range; and wherein said second transfer curve is used to generate content metadata for the second color volume transformation model.
A process for the preparation of 2-(5-methoxyisochroman-1-yl)-4,5-dihydro-1H-imidazole of formula (I) or a pharmaceutically acceptable salt thereof by reacting N -(2-aminoethyl)-5-methoxyisochroman-1-carboxamide monohydrate of formula (V) with hexamethyldisilazane under acidic conditions and in the presence of a non-reactive solvent, to obtain 2-(5-methoxyisochroman-1-yl)-4,5-dihydro-1H-imidazole of formula (I), which is optionally converted to its pharmaceutically acceptable salt.
A method of making a composite structure , the method comprising: applying a resin curing accelerator to selected regions of fiber reinforced, thermoset resin plies ; assembling a layup including the thermoset resin plies to which the resin curing accelerator has been applied; arranging the plies of the layup such that other regions of the layup that are left uncured are located along an interfacial region between the partially cured part and a structure to which the partially cured part is to be joined; forming the layup to a desired shape; producing a partially cured part by curing the selected regions of the thermoset plies having the resin curing accelerator applied thereto, while leaving the other regions of the thermoset plies uncured; placing the partially cured part against the structure ; and joining the partially cured part to the structure by co-bonding or cocuring. applying a resin curing accelerator to selected regions of fiber reinforced, thermoset resin plies ; assembling a layup including the thermoset resin plies to which the resin curing accelerator has been applied; arranging the plies of the layup such that other regions of the layup that are left uncured are located along an interfacial region between the partially cured part and a structure to which the partially cured part is to be joined; forming the layup to a desired shape; producing a partially cured part by curing the selected regions of the thermoset plies having the resin curing accelerator applied thereto, while leaving the other regions of the thermoset plies uncured; placing the partially cured part against the structure ; and joining the partially cured part to the structure by co-bonding or cocuring.