mhurhangee/patent-ind-claim-en huggingface dataset:
Method for assembling a stone on a setting support , the stone being cut to exhibit a table , a crown , a girdle and a pavilion , including the steps of: - providing a substrate coated with a pattern comprising an electrically conductive layer covered with a resin layer , the pattern having an inner contour delimiting a hole through the coated substrate and an outer contour corresponding to the outer contour of the desired setting support ; - removing the resin layer ; - after dissolution of the resin layer , positioning the stone in the through hole , the stone resting on the electrically conductive layer ; and - electrodepositing a metal layer on the electrically conductive layer to form the setting support , in order to make the stone integral with the metal layer . - providing a substrate coated with a pattern comprising an electrically conductive layer covered with a resin layer , the pattern having an inner contour delimiting a hole through the coated substrate and an outer contour corresponding to the outer contour of the desired setting support ; - removing the resin layer ; - after dissolution of the resin layer , positioning the stone in the through hole , the stone resting on the electrically conductive layer ; and - electrodepositing a metal layer on the electrically conductive layer to form the setting support , in order to make the stone integral with the metal layer .
A thermoplastic resin composition comprising: an impact-resistant styrene resin composition which contains polystyrene as a main component and a dispersed rubber phase and in which a volume fraction of the dispersed rubber phase is less than 30 %; an elastomer ; and a filler , wherein the elastomer contains, as a main component, a styrene-butadiene copolymer serving as a linear copolymer constructed by a triblock consisting of a butadiene block and styrene blocks coupled with both ends of the butadiene block, characterized in that in a cross section of the thermoplastic resin composition, assuming that a total area of the filler is equal to 1, among dispersed phases of the elastomer, a total area of the dispersed phases of the elastomer which are in contact with the filler lies within a range between 0.2 or more and 0.4 or less, and/or in that in a cross section of the thermoplastic resin composition, assuming that a total area of all of the dispersed phases of the elastomer is equal to 1, among dispersed phases of the elastomer, a total area of the dispersed phases of the elastomer which are in contact with the filler lies within a range between 0.18 or more and 1 or less. an impact-resistant styrene resin composition which contains polystyrene as a main component and a dispersed rubber phase and in which a volume fraction of the dispersed rubber phase is less than 30 %; an elastomer ; and a filler , wherein the elastomer contains, as a main component, a styrene-butadiene copolymer serving as a linear copolymer constructed by a triblock consisting of a butadiene block and styrene blocks coupled with both ends of the butadiene block, characterized in that in a cross section of the thermoplastic resin composition, assuming that a total area of the filler is equal to 1, among dispersed phases of the elastomer, a total area of the dispersed phases of the elastomer which are in contact with the filler lies within a range between 0.2 or more and 0.4 or less, and/or in that in a cross section of the thermoplastic resin composition, assuming that a total area of all of the dispersed phases of the elastomer is equal to 1, among dispersed phases of the elastomer, a total area of the dispersed phases of the elastomer which are in contact with the filler lies within a range between 0.18 or more and 1 or less.
A method for producing chocolate dough in a melted liquid state, comprising passing through at least a state in which a mass ratio between the content of polyglycerin-condensed ricinoleic acid esters and the content of phospholipids contained in chocolate dough is 100:0 to 75:25 in a first half of a conching process, and adjusting the mass ratio between the content of polyglycerin-condensed ricinoleic acid esters and the content of phospholipids contained in the chocolate dough to 61:39 to 31:69 in a second half of the conching process to obtain the chocolate dough in a melted liquid state. passing through at least a state in which a mass ratio between the content of polyglycerin-condensed ricinoleic acid esters and the content of phospholipids contained in chocolate dough is 100:0 to 75:25 in a first half of a conching process, and adjusting the mass ratio between the content of polyglycerin-condensed ricinoleic acid esters and the content of phospholipids contained in the chocolate dough to 61:39 to 31:69 in a second half of the conching process to obtain the chocolate dough in a melted liquid state.
A particle separator comprising: a housing through which a flow stream is directed; a number of guide vanes disposed in the housing, at least one of the guide vanes having a profile wherein the flow stream is guided to follow the profile, at least one of the guide vanes having a wall surrounding an open interior defining a vane plenum , with a plurality of through-holes extending through the wall of the guide vane; wherein first ends of through-holes are open to the flow stream and second ends of the through-holes are open to the vane plenum; and a duct connected with the vane plenum and configured to discharge particles collected in the vane plenum, wherein: a first subset of the through-holes is configured to direct flow from the flow stream into the vane plenum, which is configured to collect particles from the flow stream that pass through the first subset of the through-holes; characterized by a second subset of the through-holes is configured to direct flow out of the vane plenum back to the flow stream. a housing through which a flow stream is directed; a number of guide vanes disposed in the housing, at least one of the guide vanes having a profile wherein the flow stream is guided to follow the profile, at least one of the guide vanes having a wall surrounding an open interior defining a vane plenum , with a plurality of through-holes extending through the wall of the guide vane; wherein first ends of through-holes are open to the flow stream and second ends of the through-holes are open to the vane plenum; and a duct connected with the vane plenum and configured to discharge particles collected in the vane plenum, wherein: a first subset of the through-holes is configured to direct flow from the flow stream into the vane plenum, which is configured to collect particles from the flow stream that pass through the first subset of the through-holes; characterized by a second subset of the through-holes is configured to direct flow out of the vane plenum back to the flow stream. a first subset of the through-holes is configured to direct flow from the flow stream into the vane plenum, which is configured to collect particles from the flow stream that pass through the first subset of the through-holes; characterized by a second subset of the through-holes is configured to direct flow out of the vane plenum back to the flow stream.
A fluidtight tank, of which at least one wall comprises a fluidtight membrane intended to be in contact with product contained in the tank, and a support adjacent to the membrane, in which tank the membrane comprises at least one sheet of rectangular shape, having a first series of mutually parallel corrugations running across the whole length of the rectangular sheet and a second series of mutually parallel corrugations which run transverse to the corrugations of the first series across the whole width of the rectangular sheet, characterized in that it comprises a reinforcing element inserted under a corrugation of the first series, between the membrane and the support, the reinforcing element comprising an outer envelope the shape of which corresponds substantially to the shape of the corrugation under which the reinforcing element is inserted, the reinforcing element having an internal passage passing through two opposite longitudinal ends of said reinforcing element which allows gas to flow between the corrugation and the support by passing through the reinforcing element.
A compound selected from the group consisting of: a) b) wherein R 1 is a C 1 -C 4 alkyl or PhCH 2 ; and c) wherein X is Br, HSO 4 , H 2 PO 4 or CH 3 SO 3 . a) b) wherein R 1 is a C 1 -C 4 alkyl or PhCH 2 ; and c) wherein X is Br, HSO 4 , H 2 PO 4 or CH 3 SO 3 .
A commercial vehicle trailer , in particular semitrailer, having at least one gas tank which can be fluid-connected by a gas line to a drive engine of a tractor unit , the gas line extending along at least some sections of the commercial vehicle trailer , and the gas line being connected to an electrically actuated gas valve of the gas tank , characterised in that the commercial vehicle trailer has a brake system, and the gas valve is electrically coupled to a power supply output of a brake control module of the brake system.
A method for gain calibrating an electromagnetic measurement tool, the method comprising: (a) providing (i) an electromagnetic measurement tool including a transmitter and a receiver and a (ii) a reference tool including a reference transmitter and a reference receiver ; (b) determining calibration standards for the reference tool by establishing, for the reference transmitter and the reference receiver , temperature variation models for the moments of antennae of the transmitter and receiver , a calibration transfer standard and an air calibration coefficient of an air hang test; (c) measuring a first calibration factor to match the receiver on the electromagnetic measurement tool to the reference receiver on the reference tool ; (d) measuring a second calibration factor to match the transmitter on the electromagnetic measurement tool to the reference transmitter on the reference tool ; and (e) deploying the electromagnetic measurement tool in a subterranean wellbore; (f) causing the electromagnetic measurement tool to make electromagnetic measurements while deployed in the subterranean wellbore; and (g) applying the first and second calibration factors measured in (c) and (d) and a calibration standard determined in (b) to at least one of the electromagnetic measurements made in (f) to compute a gain calibrated electromagnetic measurement. (a) providing (i) an electromagnetic measurement tool including a transmitter and a receiver and a (ii) a reference tool including a reference transmitter and a reference receiver ; (b) determining calibration standards for the reference tool by establishing, for the reference transmitter and the reference receiver , temperature variation models for the moments of antennae of the transmitter and receiver , a calibration transfer standard and an air calibration coefficient of an air hang test; (c) measuring a first calibration factor to match the receiver on the electromagnetic measurement tool to the reference receiver on the reference tool ; (d) measuring a second calibration factor to match the transmitter on the electromagnetic measurement tool to the reference transmitter on the reference tool ; and (e) deploying the electromagnetic measurement tool in a subterranean wellbore; (f) causing the electromagnetic measurement tool to make electromagnetic measurements while deployed in the subterranean wellbore; and (g) applying the first and second calibration factors measured in (c) and (d) and a calibration standard determined in (b) to at least one of the electromagnetic measurements made in (f) to compute a gain calibrated electromagnetic measurement.
An indicator device to be attached to a bonnet of a blowout preventer for sealing a well, the indicator device comprising: a first magnet and a supplementary first magnet configured to be attached at opposite ends of a piston within the bonnet of the blowout preventer; an alignment rod configured to be attached to an outside of the bonnet ; a second magnet attached to the alignment rod outside the bonnet and configured to move along the alignment rod when pushed or pulled by the first magnet and supplementary first magnet ; and a scale provided on the outside of the bonnet such that a position of the second magnet relative to the scale is indicative of the position of a ram block inside the blowout preventer. a first magnet and a supplementary first magnet configured to be attached at opposite ends of a piston within the bonnet of the blowout preventer; an alignment rod configured to be attached to an outside of the bonnet ; a second magnet attached to the alignment rod outside the bonnet and configured to move along the alignment rod when pushed or pulled by the first magnet and supplementary first magnet ; and a scale provided on the outside of the bonnet such that a position of the second magnet relative to the scale is indicative of the position of a ram block inside the blowout preventer.
A floating body device for suppressing vibration of enclosure, comprising a floating body surrounding the enclosure and an excitation device configured to excite the floating body to float up and down; wherein the excitation device comprises a tether connected to the floating body ; wherein the enclosure comprises a tower of a wind turbine generator system, a television tower or an anemometer tower; characterized in that the floating body is directly filled with a gas having a density smaller than that of air; the excitation device further comprises a rope actuator , one end of the tether is connected to the floating body , the other end of the tether is connected to the rope actuator ; the rope actuator controls the tether to extend and retract, so as to actively excite the floating body to float up and down; and further comprises: a follow-up system supporting and rotating platform on which the rope actuator is arranged, a track fixed on a foundation base or the enclosure, and a driving motor used to drive the follow-up system supporting and rotating platform to move along the track , wherein the follow-up system supporting and rotating platform rotates around the enclosure when moving along the track , to allow the tethers , the rope actuator and the floating body to follow. a follow-up system supporting and rotating platform on which the rope actuator is arranged, a track fixed on a foundation base or the enclosure, and a driving motor used to drive the follow-up system supporting and rotating platform to move along the track , wherein the follow-up system supporting and rotating platform rotates around the enclosure when moving along the track , to allow the tethers , the rope actuator and the floating body to follow.
Operating unit of a vehicle , the operating unit comprising: a capacitive touch panel for receiving a user input; a capacitive sensor unit (102, 201-204); and a first control unit ; wherein the capacitive sensor unit (102, 201-204) is designed for detecting an approach of a user to the capacitive touch panel; wherein the capacitive touch panel is designed to detect a touch of the capacitive touch panel by the user or the approach of the user to the capacitive touch panel ; and wherein the first control unit is designed to activate the capacitive touch panel if the capacitive sensor unit (102, 201-204) detects the approach of the user to the capacitive touch panel , characterized in that the operating unit has a second control unit for controlling the capacitive touch panel; wherein the first control unit is designed to send an activation signal to the second control unit in order to activate the capacitive touch panel and to activate the second control unit ; and wherein the second control unit is designed to activate the capacitive touch panel after receiving the activation signal. a capacitive touch panel for receiving a user input; a capacitive sensor unit (102, 201-204); and a first control unit ; wherein the capacitive sensor unit (102, 201-204) is designed for detecting an approach of a user to the capacitive touch panel; wherein the capacitive touch panel is designed to detect a touch of the capacitive touch panel by the user or the approach of the user to the capacitive touch panel ; and wherein the first control unit is designed to activate the capacitive touch panel if the capacitive sensor unit (102, 201-204) detects the approach of the user to the capacitive touch panel , characterized in that the operating unit has a second control unit for controlling the capacitive touch panel; wherein the first control unit is designed to send an activation signal to the second control unit in order to activate the capacitive touch panel and to activate the second control unit ; and wherein the second control unit is designed to activate the capacitive touch panel after receiving the activation signal.
A detergent comprising the reaction product of: (a) a mixture of about 25% to 80% by weight of anacardic acid, cardol, and cardanol; (b) a metal oxide or hydrated equivalent, selected from Magnesium Oxide, Calcium Oxide, or mixtures thereof or metal hydroxide, selected from Magnesium Hydroxide, Calcium Hydroxide, or mixtures thereof; (c) carbon dioxide. (a) a mixture of about 25% to 80% by weight of anacardic acid, cardol, and cardanol; (b) a metal oxide or hydrated equivalent, selected from Magnesium Oxide, Calcium Oxide, or mixtures thereof or metal hydroxide, selected from Magnesium Hydroxide, Calcium Hydroxide, or mixtures thereof; (c) carbon dioxide.
A product that includes: a container including a neck having an interior passage ; and a ring non-removably coupled to the container neck, characterized in that the ring is composed of a base material and an oxidizable coating carried by the base material , and wherein the base material is a metal, and the oxidizable coating includes a reactive material that reacts with at least one of the constituents of air so as to visibly change appearance of the material. a container including a neck having an interior passage ; and a ring non-removably coupled to the container neck, characterized in that the ring is composed of a base material and an oxidizable coating carried by the base material , and wherein the base material is a metal, and the oxidizable coating includes a reactive material that reacts with at least one of the constituents of air so as to visibly change appearance of the material.
Incontinence article for absorption of bodily excretions, comprising an at least regionally liquid-permeable topsheet, a substantially liquid-impermeable backsheet, and an absorption body arranged between the topsheet and the backsheet, the incontinence article comprising a pH regulator at least regionally between the topsheet and the backsheet, characterized in that the pH regulator consists of monosodium citrate or disodium citrate.
A cylindrical battery cell with a multi-terminal cell side, comprising: a positive terminal configured as an inner cell head on the multi-terminal side; a negative terminal configured as an outer cell rim that encircles the inner cell head on the multi-terminal cell side; and an insulative ring arranged in a recessed area between the outer cell rim and the inner cell head, characterized in that the insulative ring is arranged as a wall that protrudes from the recessed area and is taller than the outer cell rim. a positive terminal configured as an inner cell head on the multi-terminal side; a negative terminal configured as an outer cell rim that encircles the inner cell head on the multi-terminal cell side; and an insulative ring arranged in a recessed area between the outer cell rim and the inner cell head, characterized in that the insulative ring is arranged as a wall that protrudes from the recessed area and is taller than the outer cell rim.
A semi-aromatic polyamide resin composition comprising: a semi-aromatic polyamide resin (A) constituted from a dicarboxylic acid component unit and an aliphatic diamine component unit; an acid-modified polyolefin resin (B); and a fibrous filler (C); wherein the semi-aromatic polyamide resin (A) comprises 60 mol% or more of a terephthalic acid component unit relative to a total number of moles of the dicarboxylic acid component unit; the acid-modified polyolefin resin (B) is contained in an amount of 1.0 to 23 parts by mass relative to 100 parts by mass of a total of the semi-aromatic polyamide resin (A), the acid-modified polyolefin resin (B), and the fibrous filler (C); the semi-aromatic polyamide resin composition satisfies below requirement ; and the acid-modified polyolefin resin (B) satisfies below requirement : a glass transition temperature derived from the semi-aromatic polyamide resin (A) measured by DSC is in the range of 90°C to 180°C; and a Vicat softening point measured in accordance with ASTM D1525 is in the range of 90°C to 110°C. a semi-aromatic polyamide resin (A) constituted from a dicarboxylic acid component unit and an aliphatic diamine component unit; an acid-modified polyolefin resin (B); and a fibrous filler (C); wherein the semi-aromatic polyamide resin (A) comprises 60 mol% or more of a terephthalic acid component unit relative to a total number of moles of the dicarboxylic acid component unit; the acid-modified polyolefin resin (B) is contained in an amount of 1.0 to 23 parts by mass relative to 100 parts by mass of a total of the semi-aromatic polyamide resin (A), the acid-modified polyolefin resin (B), and the fibrous filler (C); the semi-aromatic polyamide resin composition satisfies below requirement ; and the acid-modified polyolefin resin (B) satisfies below requirement : a glass transition temperature derived from the semi-aromatic polyamide resin (A) measured by DSC is in the range of 90°C to 180°C; and a Vicat softening point measured in accordance with ASTM D1525 is in the range of 90°C to 110°C. a glass transition temperature derived from the semi-aromatic polyamide resin (A) measured by DSC is in the range of 90°C to 180°C; and a Vicat softening point measured in accordance with ASTM D1525 is in the range of 90°C to 110°C.
A computer-implemented method for extracting a neural respiratory drive measure of a user, the method comprising: obtaining an EMG signal ; processing the EMG signal to produce a processed EMG signal ; processing, in parallel to the processing of the EMG signal to produce the processed EMG signal , the EMG signal to produce a surrogate respiration signal , wherein the surrogate respiration signal is obtained only from the EMG signal; detecting inhalations of the user based on the surrogate respiration signal ; time aligning the inhalations of the user based on the surrogate respiration signal with the processed EMG signal ; and determining a neural respiratory drive measure based on the detected inhalations, the processed EMG signal , and the time aligning. obtaining an EMG signal ; processing the EMG signal to produce a processed EMG signal ; processing, in parallel to the processing of the EMG signal to produce the processed EMG signal , the EMG signal to produce a surrogate respiration signal , wherein the surrogate respiration signal is obtained only from the EMG signal; detecting inhalations of the user based on the surrogate respiration signal ; time aligning the inhalations of the user based on the surrogate respiration signal with the processed EMG signal ; and determining a neural respiratory drive measure based on the detected inhalations, the processed EMG signal , and the time aligning.