mhurhangee/patent-ind-claim-en huggingface dataset:
A transformer iron core formed by a stack of three or more types of grain-oriented electrical steel sheets, wherein any of the steel sheets has a difference in magnetostriction by 2 × 10 -7 or more when excited from 0 T to 1.7 T, the magnetostriction being determined from a zero-peak value obtained by measuring the magnetostriction curve by exciting the maximum magnetic flux density to 1.7 T at 50 Hz in the rolling direction after demagnetizing each of the three or more types of grain-oriented electrical steel sheet.
Surgical clip (1; 1'), in particular an aneurysm clip, comprising two clip parts that are rotatably interconnected by means of a separate bearing sleeve , and a leg spring which pretensions the two clip parts to an initial rotary position, the coil body of said leg spring at least partially being disposed within the bearing sleeve , wherein the bearing sleeve is disposed so as to be non-rotatable in an opening of the first of the two clip parts and is disposed so as to be rotatable in an opening of the other, second clip part , and wherein a first of the two spring legs of the leg spring is supported on a protrusion of the bearing sleeve (3; 3'), which axially protrudes in the direction of the axis of rotation (A) of the two clip parts , and the other, second spring leg is supported on the second clip part , characterized in that the first spring leg abuts the outside of the protrusion in the direction of its spring action.
A method for encoding a video sequence comprising a plurality of pictures, the method comprising: determining (s402) a directional pattern in a chroma prediction block of one of the pictures in the video sequence, wherein the chroma prediction block is created by cross-component linear model (CCLM) mode, wherein the determining comprises using information from a luma reference block from which the chroma prediction block is generated to determine the directional pattern, wherein the luma reference block is coded using an intra prediction mode and wherein determining the directional pattern comprises or consists of determining the intra prediction mode of the luma reference block; selecting (s404) a transform set for the chroma prediction block based on the determined directional pattern; and using (s406) the selected transform set, transforming data derived from the chroma prediction block, wherein transforming data using the transform set selected based on the determined directional pattern comprises transforming a residual block using the selected transform set. determining (s402) a directional pattern in a chroma prediction block of one of the pictures in the video sequence, wherein the chroma prediction block is created by cross-component linear model (CCLM) mode, wherein the determining comprises using information from a luma reference block from which the chroma prediction block is generated to determine the directional pattern, wherein the luma reference block is coded using an intra prediction mode and wherein determining the directional pattern comprises or consists of determining the intra prediction mode of the luma reference block; selecting (s404) a transform set for the chroma prediction block based on the determined directional pattern; and using (s406) the selected transform set, transforming data derived from the chroma prediction block, wherein transforming data using the transform set selected based on the determined directional pattern comprises transforming a residual block using the selected transform set.
A production method of a framed soap, comprising the steps: (a) providing a high-temperature molten soap having entrained air bubbles, and (b) pumping the high-temperature molten soap having entrained air bubbles into a cylindrical cooling frame, characterized in that the method further comprises breaking down and homogenizing the air bubbles entrained in the high-temperature molten soap by a mill which is arranged in the vicinity of a pumping pipe spout and upstream of the cylindrical cooling frame, wherein the mill is equipped with a cylindrical stator of about the same diameter as the pipe and a rotor that has a gap of 0.4 mm or less to the stator, rotates around the same axis as the flow channel, and has blades on its outer periphery. (a) providing a high-temperature molten soap having entrained air bubbles, and (b) pumping the high-temperature molten soap having entrained air bubbles into a cylindrical cooling frame,
An apparatus for delivering therapy to an adrenal gland of a patient, the apparatus comprising: a lead body configured to attach to a portion of the adrenal gland of the patient and engage a capsule of the adrenal gland; a plurality of electrodes arranged along the lead body, at least one of the plurality of electrodes being configured to deliver stimulation energy to modulate catecholamine release from chromaffin cells within the adrenal gland characterized in that a button is arranged along an intermediate portion of the lead body or coupled to a distal end of the lead body, wherein the button is configured to facilitate attachment of the lead body to the adrenal gland and a position of the button along the lead body is adjustable. a lead body configured to attach to a portion of the adrenal gland of the patient and engage a capsule of the adrenal gland; a plurality of electrodes arranged along the lead body, at least one of the plurality of electrodes being configured to deliver stimulation energy to modulate catecholamine release from chromaffin cells within the adrenal gland characterized in that a button is arranged along an intermediate portion of the lead body or coupled to a distal end of the lead body, wherein the button is configured to facilitate attachment of the lead body to the adrenal gland and a position of the button along the lead body is adjustable.
A turbine article comprising: a substrate ; a plurality of geometric surface features protruding from the substrate ; and a thermally insulating topcoat disposed over the plurality of geometric surface features , the thermally insulating topcoat including segmented portions (56a-e) that are separated by faults extending through the thermally insulating topcoat from the plurality of geometric surface features , characterized in that the plurality of geometric surface features is a grid having walls defining a plurality of cells therebetween wherein the walls each include a height extending from the substrate , a width, and a length, and a ratio of the width to the height is 1-10, with the height being at least 0.01 inches (0.254 millimeters). a substrate ; a plurality of geometric surface features protruding from the substrate ; and a thermally insulating topcoat disposed over the plurality of geometric surface features , the thermally insulating topcoat including segmented portions (56a-e) that are separated by faults extending through the thermally insulating topcoat from the plurality of geometric surface features , characterized in that the plurality of geometric surface features is a grid having walls defining a plurality of cells therebetween wherein the walls each include a height extending from the substrate , a width, and a length, and a ratio of the width to the height is 1-10, with the height being at least 0.01 inches (0.254 millimeters).
A compressor comprising: a housing having a first port and a second port ; a male rotor having: a working portion having a plurality of lobes of a count (NM); and at least a first shaft portion protruding beyond a first end of the male rotor working portion and mounted for rotation about a first axis ; a female rotor having: a working portion having a plurality of lobes of a count (NF) and mounted for rotation about a second axis so as to be enmeshed with the male rotor working portion; and an electric motor within the housing and having: a stator ; and a rotor mounted to the first shaft portion, characterized in that the lobe count of the male rotor is seven and the lobe count of the female rotor is eight; the tip-to-root ratio of the lobes of the female rotor is 1.49:1 to 1.50:1; and the tip-to-root ratio of the lobes of the male rotor is 1.41:1 to 1.42:1. a housing having a first port and a second port ; a male rotor having: a working portion having a plurality of lobes of a count (NM); and at least a first shaft portion protruding beyond a first end of the male rotor working portion and mounted for rotation about a first axis ; a female rotor having: a working portion having a plurality of lobes of a count (NF) and mounted for rotation about a second axis so as to be enmeshed with the male rotor working portion; and an electric motor within the housing and having: a stator ; and a rotor mounted to the first shaft portion, a stator ; and a rotor mounted to the first shaft portion, characterized in that the lobe count of the male rotor is seven and the lobe count of the female rotor is eight; the tip-to-root ratio of the lobes of the female rotor is 1.49:1 to 1.50:1; and the tip-to-root ratio of the lobes of the male rotor is 1.41:1 to 1.42:1.
An image diagnosis assisting apparatus for identifying states of cells or tissues, comprising: an arithmetic operation apparatus (103; 1103) a local area feature amount calculating unit (202; 802) configured to calculate a local area feature amount from an input image ; an identifying unit (203; 803) configured to perform a plurality of identification processes using the local area feature amount to output values representing states of cells or tissues; a reaction value calculating unit (204; 804) configured to calculate, for each pixel of the input image , a plurality of reaction values R indicating the degree of contribution of the input image to each identification result, using a coefficient group and each output of the local area feature amount calculating unit (202; 802) and the identifying unit (203; 803); and a reaction value difference calculating unit (205; 805) configured to calculate differences between the plurality of reaction values R to display an area that is likely to be in each state, wherein the local area feature amount is a three-dimensional array having dimensions including a feature amount number, a vertical position, and a horizontal position. an arithmetic operation apparatus (103; 1103) a local area feature amount calculating unit (202; 802) configured to calculate a local area feature amount from an input image ; an identifying unit (203; 803) configured to perform a plurality of identification processes using the local area feature amount to output values representing states of cells or tissues; a reaction value calculating unit (204; 804) configured to calculate, for each pixel of the input image , a plurality of reaction values R indicating the degree of contribution of the input image to each identification result, using a coefficient group and each output of the local area feature amount calculating unit (202; 802) and the identifying unit (203; 803); and a reaction value difference calculating unit (205; 805) configured to calculate differences between the plurality of reaction values R to display an area that is likely to be in each state, wherein the local area feature amount is a three-dimensional array having dimensions including a feature amount number, a vertical position, and a horizontal position.
A method for producing a silver powder, said method comprising the steps of: preparing a molten metal of silver heated to a temperature which is higher than a melting point of silver by 438 to 730 °C; and powderizing silver by rapidly cooling and solidifying the molten metal by spraying a high-pressure water onto the molten metal while the molten metal is allowed to drop, wherein the silver powder has an average particle diameter of 1 to 6 μm and a shrinkage percentage of not higher than 8 % at 500 °C and wherein a product of the average particle diameter and the shrinkage percentage at 500 °C is 1 to 11 μm·%. preparing a molten metal of silver heated to a temperature which is higher than a melting point of silver by 438 to 730 °C; and powderizing silver by rapidly cooling and solidifying the molten metal by spraying a high-pressure water onto the molten metal while the molten metal is allowed to drop, wherein the silver powder has an average particle diameter of 1 to 6 μm and a shrinkage percentage of not higher than 8 % at 500 °C and wherein a product of the average particle diameter and the shrinkage percentage at 500 °C is 1 to 11 μm·%.
A package, comprising: an elongated sheet having first and second side panels , and upper and lower panels , the sheet being wrapped into a three-dimensional configuration to form a body wherein the side panels are in confronting relation to one another to define a fin having a longitudinal free edge , portions of the upper and lower panels placed in confronting relation and said portions of the upper and lower panels being adhered to one another to define first and second end seals ; at least a portion of the fin having the first and second side panels adhered to one another to define a fin seal that extends to a fin seal terminal line which is parallel to the longitudinal free edge , the fin being joined to the body at a fold line ; a starter line formed in the fin and extending from the longitudinal free edge of the fin to define a pull tab which is configured to be engaged by a user to pull on the fin to direct an intentional opening tear line along the fold line and the fin seal terminal line and thereby open the package, a finger hole comprised in the pull tab wherein the starter line defines an arc which is concentric with the finger hole . an elongated sheet having first and second side panels , and upper and lower panels , the sheet being wrapped into a three-dimensional configuration to form a body wherein the side panels are in confronting relation to one another to define a fin having a longitudinal free edge , portions of the upper and lower panels placed in confronting relation and said portions of the upper and lower panels being adhered to one another to define first and second end seals ; at least a portion of the fin having the first and second side panels adhered to one another to define a fin seal that extends to a fin seal terminal line which is parallel to the longitudinal free edge , the fin being joined to the body at a fold line ; a starter line formed in the fin and extending from the longitudinal free edge of the fin to define a pull tab which is configured to be engaged by a user to pull on the fin to direct an intentional opening tear line along the fold line and the fin seal terminal line and thereby open the package, a finger hole comprised in the pull tab wherein the starter line defines an arc which is concentric with the finger hole .
An arc welding control method for controlling welding in which a material of a base material is a galvanized steel sheet, a feed speed of a welding wire is alternately switched between a forward feed period and a reverse feed period, and a short circuit period and an arc period are repeated, wherein during the arc period, a first arc period during which a first arc current Ia1 is applied, a second arc period during which a second arc current Ia2 is applied, and a third arc period during which a third arc current Ia3 is applied are switched over time, to control so as to be Ia1 > Ia2 > Ia3, wherein constant current control is performed during the first arc period, characterized in that constant current control is performed during the third arc period.
An assembling device for manufacturing a panel assembly , - wherein the panel assembly includes a plurality of wooden slats (101, 103, 105... 111, 113, 115...) and insulation panels (102, 104, 106...), each wooden slat having a given length (L 101 ) and a given straightness (S 101 ), - wherein the assembling device includes at least two tooling systems , wherein each tooling system includes an articulated arm and a multifunctional tool disposed at the end of the articulated arm, and wherein the assembling device further includes a tooling controller communicatively coupled to the tooling systems and programmed to instruct the tooling systems to operate the wooden slats (101, 103... ) and the insulation panels (102, 104...) in order to assemble the panel assembly , characterized in that each tooling system further include: - wooden slat gripping means configured to grip a wooden slat , and having a centerline (C 21 , C 31 ), - wooden slat positioning means configured to position the gripped wooden slat at the appropriate place on the panel assembly , - wooden slat securing means configured to secure the positioned wooden slat to at least one other wooden slat , - insulation panel gripping means configured to grip an insulation panel , - insulation panel positioning means configured to position the gripped insulation panel at the appropriate place on the panel assembly , and in that the tooling systems are instructed by the tooling controller so that, if the length of a wooden slat (L 101 ) exceeds a predetermined threshold (L), the wooden slat gripping means grip the wooden slat at different parts and move relatively to each other in order to align their centerlines (C 21 , C 31 ) and correct the straightness of the wooden slat (S 101 ). - wherein the panel assembly includes a plurality of wooden slats (101, 103, 105... 111, 113, 115...) and insulation panels (102, 104, 106...), each wooden slat having a given length (L 101 ) and a given straightness (S 101 ), - wherein the assembling device includes at least two tooling systems , wherein each tooling system includes an articulated arm and a multifunctional tool disposed at the end of the articulated arm, and wherein the assembling device further includes a tooling controller communicatively coupled to the tooling systems and programmed to instruct the tooling systems to operate the wooden slats (101, 103... ) and the insulation panels (102, 104...) in order to assemble the panel assembly , - wooden slat gripping means configured to grip a wooden slat , and having a centerline (C 21 , C 31 ), - wooden slat positioning means configured to position the gripped wooden slat at the appropriate place on the panel assembly , - wooden slat securing means configured to secure the positioned wooden slat to at least one other wooden slat , - insulation panel gripping means configured to grip an insulation panel , - insulation panel positioning means configured to position the gripped insulation panel at the appropriate place on the panel assembly ,
A spreading device comprising: a container for receiving a spreadable substance therein; and at least one gripping or handling surface extending from the container , characterized in that: the container comprises a dispensing end at a bottom thereof through which the spreadable substance is dispensed; and the at least one gripping or handling surface is configured to be bent, flexed, pivoted, or folded between: a storage position, wherein the at least one gripping or handling surface at least partially covers the dispensing end of the container ; and a spreading position, wherein at least a portion of the at least one gripping or handling surface contacts at least a portion of a top surface of the container opposite the dispensing end. a container for receiving a spreadable substance therein; and at least one gripping or handling surface extending from the container , characterized in that: the container comprises a dispensing end at a bottom thereof through which the spreadable substance is dispensed; and the at least one gripping or handling surface is configured to be bent, flexed, pivoted, or folded between: a storage position, wherein the at least one gripping or handling surface at least partially covers the dispensing end of the container ; and a spreading position, wherein at least a portion of the at least one gripping or handling surface contacts at least a portion of a top surface of the container opposite the dispensing end. the container comprises a dispensing end at a bottom thereof through which the spreadable substance is dispensed; and the at least one gripping or handling surface is configured to be bent, flexed, pivoted, or folded between: a storage position, wherein the at least one gripping or handling surface at least partially covers the dispensing end of the container ; and a spreading position, wherein at least a portion of the at least one gripping or handling surface contacts at least a portion of a top surface of the container opposite the dispensing end. a storage position, wherein the at least one gripping or handling surface at least partially covers the dispensing end of the container ; and a spreading position, wherein at least a portion of the at least one gripping or handling surface contacts at least a portion of a top surface of the container opposite the dispensing end.
A rotor hub for a tail rotor of a rotorcraft that comprises a plurality of tail rotor blades which are drivable by means of an associated tail rotor drive shaft , the rotor hub comprising: a central blade mount that is adapted for being attached to the plurality of tail rotor blades , the central blade mount being provided with a metallic splined sleeve that is adapted for being drivingly coupled to the associated tail rotor drive shaft ; and a cup-shaped hub-body that comprises at least one ring-shaped outer wall and at least one ring-shaped inner wall that are adapted for supporting the plurality of tail rotor blades , the cup-shaped hub-body comprising at least one bottom wall that is provided with a central aperture and that connects the at least one ring-shaped outer wall to the at least one ring-shaped inner wall , the at least one ring-shaped outer wall coaxially encompassing the at least one ring-shaped inner wall , wherein the central blade mount is mounted to the central aperture , characterized in that the at least one ring-shaped inner wall exhibits a polygonal cross-section, wherein the at least one inner wall comprises a predetermined number of flat sections , the predetermined number of flat sections being interconnected for creating the polygonal cross-section of the at least one inner wall , wherein at least a predefined number of the predetermined number of flat sections is provided with round apertures that are adapted for supporting associated ones of the plurality of tail rotor blades , and wherein the round apertures exhibit circular cross-sections. a central blade mount that is adapted for being attached to the plurality of tail rotor blades , the central blade mount being provided with a metallic splined sleeve that is adapted for being drivingly coupled to the associated tail rotor drive shaft ; and a cup-shaped hub-body that comprises at least one ring-shaped outer wall and at least one ring-shaped inner wall that are adapted for supporting the plurality of tail rotor blades , the cup-shaped hub-body comprising at least one bottom wall that is provided with a central aperture and that connects the at least one ring-shaped outer wall to the at least one ring-shaped inner wall , the at least one ring-shaped outer wall coaxially encompassing the at least one ring-shaped inner wall , wherein the central blade mount is mounted to the central aperture , characterized in that the at least one ring-shaped inner wall exhibits a polygonal cross-section, wherein the at least one inner wall comprises a predetermined number of flat sections , the predetermined number of flat sections being interconnected for creating the polygonal cross-section of the at least one inner wall , wherein at least a predefined number of the predetermined number of flat sections is provided with round apertures that are adapted for supporting associated ones of the plurality of tail rotor blades , and wherein the round apertures exhibit circular cross-sections.