mhurhangee/patent-ind-claim-en huggingface dataset:
A neck for a plastic container suitable for holding pressurized content, the neck comprising: a ring ; a flange ; an upper segment disposed between the ring and the flange ; and a lower segment disposed below the flange ; characterized in that an inner radial wall segment of the ring is radially offset outwardly from an inner radial wall segment of the upper segment , thereby forming a sharp corner (SC) associated with an interior surface of the ring , wherein the sharp corner (SC) provides a transition between the inner radial wall segment of the ring and the inner radial wall segment of the upper segment that is at or about 90°. a ring ; a flange ; an upper segment disposed between the ring and the flange ; and a lower segment disposed below the flange ;
An electric machine comprising an electric motor and a drive device fitted into a common frame so that the drive device is directly connected to a shaft of the electric motor, each end of the shaft being rotatably supported on a radial magnetic bearing , the radial magnetic bearing being supported with a bearing shield comprising a cylindrical centre portion at the frame of the electric machine, each radial magnetic bearing comprising an actuator , a radial position sensor and a safety bearing , the radial magnetic bearing being fitted into a first cylinder , the first cylinder being attached with thermal adaptation through its whole axial length (A1) to the cylindrical centre portion of the bearing shield , whereby the radial magnetic bearing and the bearing shield become integrated into a single unit.
A method of manufacturing a component for a gas turbine engine , the method comprising: forming at least one fugitive mold by a TOMO lithographic molding process, casting an investment casting mold using the fugitive mold, wherein the investment casting mold comprises: a ceramic core ; a ceramic shell outward from the ceramic core, the ceramic shell being separated from the ceramic core by a void , the ceramic shell and ceramic core being a direct shell which is a monolithic, integrated, continuous, solid, and/or seamlessly combined ceramic core and ceramic shell; and a cooling hole feature extending from the ceramic core to the ceramic shell through the void, the cooling hole feature including one or more flexures , wherein the void increases from a first thickness (D1) to a second thickness (D2) at the cooling hole feature; pouring melted metal into the investment casting mold, allowing metal to solidify within the investment casting mold; and removing the investment casting mold from the metal. forming at least one fugitive mold by a TOMO lithographic molding process, casting an investment casting mold using the fugitive mold, wherein the investment casting mold comprises: a ceramic core ; a ceramic shell outward from the ceramic core, the ceramic shell being separated from the ceramic core by a void , the ceramic shell and ceramic core being a direct shell which is a monolithic, integrated, continuous, solid, and/or seamlessly combined ceramic core and ceramic shell; and a cooling hole feature extending from the ceramic core to the ceramic shell through the void, the cooling hole feature including one or more flexures , wherein the void increases from a first thickness (D1) to a second thickness (D2) at the cooling hole feature; pouring melted metal into the investment casting mold, allowing metal to solidify within the investment casting mold; and removing the investment casting mold from the metal. a ceramic core ; a ceramic shell outward from the ceramic core, the ceramic shell being separated from the ceramic core by a void , the ceramic shell and ceramic core being a direct shell which is a monolithic, integrated, continuous, solid, and/or seamlessly combined ceramic core and ceramic shell; and a cooling hole feature extending from the ceramic core to the ceramic shell through the void, the cooling hole feature including one or more flexures , wherein the void increases from a first thickness (D1) to a second thickness (D2) at the cooling hole feature; pouring melted metal into the investment casting mold, allowing metal to solidify within the investment casting mold; and removing the investment casting mold from the metal.
Cooking device, in particular oven, steam cooker or microwave cooking device, - having a cooking chamber, which is surrounded by a cooking chamber wall, wherein the cooking chamber wall has an opening, through which a light component of a lighting device is guided, which serves to illuminate the cooking chamber, - having a lighting device with a light source and an light guide, which forwards the light emitted by the light source into the cooking chamber, wherein the light guide is an inflexible light guide rod , which forms the light component and pierces through the opening in the cooking chamber wall, wherein - the end of the light guide rod facing away from the light source is bent in relation to a longitudinal axis of the light guide rod , such that the light emerging out of the bent end can be introduced into a cooking chamber at an angle to the longitudinal axis, wherein - the section of the light guide rod between the light source and the bent end is arranged outside the cooking chamber, wherein - the curved portion of the bent end is directed towards the cooking chamber wall, wherein - the section of the light guide attached to the curved portion is guided through the opening in the cooking chamber wall, characterised in that - the curvature angle lies outside the limits of the total reflection of the light guide rod, - the light guide rod is provided with a reflecting coating in the region of the curvature, the reflecting surface of which points towards the surface of the light guide rod, - the reflecting coating feeds light emerging in the region of the curvature back into the light guide rod . - having a cooking chamber, which is surrounded by a cooking chamber wall, wherein the cooking chamber wall has an opening, through which a light component of a lighting device is guided, which serves to illuminate the cooking chamber, - having a lighting device with a light source and an light guide, which forwards the light emitted by the light source into the cooking chamber, wherein the light guide is an inflexible light guide rod , which forms the light component and pierces through the opening in the cooking chamber wall, wherein - the end of the light guide rod facing away from the light source is bent in relation to a longitudinal axis of the light guide rod , such that the light emerging out of the bent end can be introduced into a cooking chamber at an angle to the longitudinal axis, wherein - the section of the light guide rod between the light source and the bent end is arranged outside the cooking chamber, wherein - the curved portion of the bent end is directed towards the cooking chamber wall, wherein - the section of the light guide attached to the curved portion is guided through the opening in the cooking chamber wall, - the curvature angle lies outside the limits of the total reflection of the light guide rod, - the light guide rod is provided with a reflecting coating in the region of the curvature, the reflecting surface of which points towards the surface of the light guide rod, - the reflecting coating feeds light emerging in the region of the curvature back into the light guide rod .
A method of processing signals, the method comprising: receiving a first signal at a first carrier frequency located in a predefined frequency band; measuring a signal level of a received second signal at a higher frequency than the first carrier frequency; measuring a signal level of a received third signal at a lower frequency than the first carrier frequency; selecting an intermediate mixing carrier frequency from a plurality of intermediate mixing carrier frequencies for processing at least a portion of the received first signal based on the signal level of the received second signal and the signal level of the received third signal; and performing intermediate frequency reception of at least a portion of the received first signal using the selected intermediate mixing carrier frequency. receiving a first signal at a first carrier frequency located in a predefined frequency band; measuring a signal level of a received second signal at a higher frequency than the first carrier frequency; measuring a signal level of a received third signal at a lower frequency than the first carrier frequency; selecting an intermediate mixing carrier frequency from a plurality of intermediate mixing carrier frequencies for processing at least a portion of the received first signal based on the signal level of the received second signal and the signal level of the received third signal; and performing intermediate frequency reception of at least a portion of the received first signal using the selected intermediate mixing carrier frequency.
Yoke for attaching surface coating blades comprising a longitudinal groove on each side which is essentially vertical to the external and internal faces of said coating blades, the said yoke being essentially U-shaped and comprising a web and two flanges , at least one of which comprising a projection projecting from the inner surface of said flange, the web of said yoke bearing on its outer surface at least two hooks arranged next to one another and oriented in opposite directions, characterized in that said hooks comprise a segment approximately vertical to the web of the yoke and a segment (17",19") contiguous with the previous segment and folded at 90° thereto and terminated by an end segment (17"', 19"') spaced outwardly or raised by an angle of 0 to 35°, preferably of 15 to 30°.
A sensing apparatus comprising: a displacement sensor comprising capacitance measurement circuitry configured to provide a displacement sensor output signal indicative of a separation between a frame element and a displacement element movably mounted with respect to the frame element; a touch sensor comprising measurement circuitry configured to provide a touch sensor output signal indicative of when an object is determined to be touching the displacement element; and a processing element configured to output a detection signal to indicate there is determined to be a displacement of the displacement element relative to the frame element in response to determining the touch sensor output signal indicates an object is touching the displacement element and a difference between the displacement sensor output signal and a baseline displacement sensor output signal exceeds a threshold value, characterised in that when the touch sensor outputs a touch sensor output signal indicative of when an object is determined to be touching the displacement element, the baseline displacement sensor output signal is determined from the displacement sensor output signal during a time period defined by when the touch sensor output signal initially indicates the object is touching the displacement element, as a fixed value for the duration of the detected touch of the object a displacement sensor comprising capacitance measurement circuitry configured to provide a displacement sensor output signal indicative of a separation between a frame element and a displacement element movably mounted with respect to the frame element; a touch sensor comprising measurement circuitry configured to provide a touch sensor output signal indicative of when an object is determined to be touching the displacement element; and a processing element configured to output a detection signal to indicate there is determined to be a displacement of the displacement element relative to the frame element in response to determining the touch sensor output signal indicates an object is touching the displacement element and a difference between the displacement sensor output signal and a baseline displacement sensor output signal exceeds a threshold value, characterised in that when the touch sensor outputs a touch sensor output signal indicative of when an object is determined to be touching the displacement element, the baseline displacement sensor output signal is determined from the displacement sensor output signal during a time period defined by when the touch sensor output signal initially indicates the object is touching the displacement element, as a fixed value for the duration of the detected touch of the object
A method for producing a polyamide composition comprising a polyamide, the polyamide having a site formed of repeating structural units having at least one alkylene group and at least one amide bond, each of the at least one alkylene group having a carbon number of 1 to 3, and the polyamide having a linear structure a weight average molecular weight of 200000 or greater, the content of the included raw material monomer, which is a raw material of the structural unit, being less than 1000 ppm by mass, the production method comprising a polymerization step wherein the raw material monomer, which is a raw material of the structural unit, being polymerized in the presence of a basic catalyst and an initiator having two or less acyl structures, the raw material monomer being supplied in multiple portions the polymerization step, and the polymerization step being terminated by addition of a polymerization terminator containing water.
An operation machine comprising: a holding head (56;58) including a holding tool configured to hold a lead component comprised of a lead and a body ; a moving device configured to move the holding head (56;58); a first acquisition section configured to acquire a distal end position of the lead of the lead component held by the holding tool ; and a control device configured to control operations of the holding head (56;58) and the moving device , characterized by a second acquisition section configured to acquire at least one of a position of the holding tool holding the lead of the lead component and a position of the body of the lead component held by the holding tool , wherein the control device is configured to control operations of the holding head (56;58) and the moving device to perform insertion work of inserting the lead of the lead component held by the holding tool into a through hole formed in a board when a distance between a position acquired by the first acquisition section and a position acquired by the second acquisition section is smaller than a threshold and not to perform the insertion work when the distance is equal to or greater than the threshold. a holding head (56;58) including a holding tool configured to hold a lead component comprised of a lead and a body ; a moving device configured to move the holding head (56;58); a first acquisition section configured to acquire a distal end position of the lead of the lead component held by the holding tool ; and a control device configured to control operations of the holding head (56;58) and the moving device , characterized by a second acquisition section configured to acquire at least one of a position of the holding tool holding the lead of the lead component and a position of the body of the lead component held by the holding tool , wherein the control device is configured to control operations of the holding head (56;58) and the moving device to perform insertion work of inserting the lead of the lead component held by the holding tool into a through hole formed in a board when a distance between a position acquired by the first acquisition section and a position acquired by the second acquisition section is smaller than a threshold and not to perform the insertion work when the distance is equal to or greater than the threshold.
A drill bit assembly for fluid-operated percussion drill tools comprising: a drive ring ; a percussion bit having a head portion and a bit retaining portion ; engagement means on the head portion engageable with complementary engagement means on the drive ring whereby rotational drive from the drive ring is transmittable to the percussion bit; bit retaining means adapted for engagement with the bit retaining portion of the percussion bit to retain the percussion bit in the drill bit assembly; and connection means on the drive ring adapted for connecting the drive ring to a drive means of the fluid-operated percussion drill tool; wherein the drive ring comprises a plurality of separable part-annular drive dog segments , wherein the bit retaining means are provided on at least two of the drive dog segments, and characterised in that each drive dog segment receives a bolt for individually connecting the drive dog segment to the drive means of the fluid-operated percussion drill tool. a drive ring ; a percussion bit having a head portion and a bit retaining portion ; engagement means on the head portion engageable with complementary engagement means on the drive ring whereby rotational drive from the drive ring is transmittable to the percussion bit; bit retaining means adapted for engagement with the bit retaining portion of the percussion bit to retain the percussion bit in the drill bit assembly; and connection means on the drive ring adapted for connecting the drive ring to a drive means of the fluid-operated percussion drill tool; wherein the drive ring comprises a plurality of separable part-annular drive dog segments , wherein the bit retaining means are provided on at least two of the drive dog segments, and characterised in that each drive dog segment receives a bolt for individually connecting the drive dog segment to the drive means of the fluid-operated percussion drill tool.
A corrosion inhibitor made by a process comprising: (a) reacting a 1,3,4-dimercapto thiadiazole or alkali metal salt thereof with an alkyl mercaptan in the presence of an acid to form a first reaction intermediate; (b) reacting the first reaction intermediate with hydrogen peroxide to form the corrosion inhibitor; and (c) wherein the 1,3,4-dimercapto thiadiazole or alkali metal salt thereof, the alkyl mercaptan, and the hydrogen peroxide are provided at a molar ratio of 1 : 1.95 - 2.15 : greater than 2.0; wherein the corrosion inhibitor is a blend of compound Ia and Ib with 95 to 99.5 weight percent of compounds of Formula Ia and 0.05 to 5 weight percent of compounds of Formula Ib wherein each R 1 of Formula Ia and/or Formula Ib is, independently, a linear or branched C4 to C20 hydrocarbyl group. (a) reacting a 1,3,4-dimercapto thiadiazole or alkali metal salt thereof with an alkyl mercaptan in the presence of an acid to form a first reaction intermediate; (b) reacting the first reaction intermediate with hydrogen peroxide to form the corrosion inhibitor; and (c) wherein the 1,3,4-dimercapto thiadiazole or alkali metal salt thereof, the alkyl mercaptan, and the hydrogen peroxide are provided at a molar ratio of 1 : 1.95 - 2.15 : greater than 2.0; wherein the corrosion inhibitor is a blend of compound Ia and Ib with 95 to 99.5 weight percent of compounds of Formula Ia and 0.05 to 5 weight percent of compounds of Formula Ib wherein each R 1 of Formula Ia and/or Formula Ib is, independently, a linear or branched C4 to C20 hydrocarbyl group.
A computer-implemented method for improving traffic flow performance in a virtual network environment , the method comprising: measuring a first set of performance metrics for a first traffic flow directed over a production service chain, SC, wherein the production SC comprises one or more devices; cloning the production SC to produce a first cloned SC , wherein the first cloned SC comprises one or more devices corresponding to the production SC with a configuration change applied; measuring a second set of performance metrics for a second traffic flow directed over the cloned SC , wherein measuring the second set of performance metrics further comprises duplicating the first traffic flow to produce a second traffic flow and directing the second traffic flow over the first cloned SC ; based on the first set of performance metrics and the second set of performance metrics, identifying that the configuration change is likely to improve flow performance for the first traffic flow directed over the production SC ; and implementing the configuration change on the production SC . measuring a first set of performance metrics for a first traffic flow directed over a production service chain, SC, wherein the production SC comprises one or more devices; cloning the production SC to produce a first cloned SC , wherein the first cloned SC comprises one or more devices corresponding to the production SC with a configuration change applied; measuring a second set of performance metrics for a second traffic flow directed over the cloned SC , wherein measuring the second set of performance metrics further comprises duplicating the first traffic flow to produce a second traffic flow and directing the second traffic flow over the first cloned SC ; based on the first set of performance metrics and the second set of performance metrics, identifying that the configuration change is likely to improve flow performance for the first traffic flow directed over the production SC ; and implementing the configuration change on the production SC .
A data sending method, comprising: sending, by a terminal device , a first message to a network device , wherein the first message is used to indicate information about remaining time of each of one or more data packets, and the remaining time of each of the one or more data packets is used to indicate that the terminal device needs to finish sending each of the one or more data packets before the end of the remaining time; and obtaining, by the terminal device , information about a resource configured by the network device for the terminal device, wherein each of the one or more data packets is sent, by using the resource, before the end of the remaining time, wherein when the network device configures a periodic resource for the terminal device, the first message is a medium access control control element MAC CE, and the remaining time of each of the one or more data packets is remaining time of a data packet that expires before a resource in a next periodicity arrives; and the sending, by a terminal device, a first message to a network device comprises: sending, by the terminal device, the MAC CE to the network device , wherein the MAC CE comprises the information about the remaining time of each of the one or more data packets. sending, by a terminal device , a first message to a network device , wherein the first message is used to indicate information about remaining time of each of one or more data packets, and the remaining time of each of the one or more data packets is used to indicate that the terminal device needs to finish sending each of the one or more data packets before the end of the remaining time; and obtaining, by the terminal device , information about a resource configured by the network device for the terminal device, wherein each of the one or more data packets is sent, by using the resource, before the end of the remaining time, wherein when the network device configures a periodic resource for the terminal device, the first message is a medium access control control element MAC CE, and the remaining time of each of the one or more data packets is remaining time of a data packet that expires before a resource in a next periodicity arrives; and the sending, by a terminal device, a first message to a network device comprises: sending, by the terminal device, the MAC CE to the network device , wherein the MAC CE comprises the information about the remaining time of each of the one or more data packets.