mhurhangee/patent-ind-claim-en huggingface dataset:
A method for enabling a performance measurement on a flow of packets (Pk) transmitted through a packet-switched communication network , said flow of packets (Pk) comprising a marking value periodically switched between at least two alternative marking values (MA; MB) with a marking period (Tm), said method comprising: a) dividing said flow of marked packets (Pk) into blocks, each block having a duration equal to a synchronization period (Ts), said synchronization period (Ts) comprising an integer number N of marking periods (Tm), wherein N is an integer number greater than 1, wherein step a) comprises dividing said flow of marked packets (Pk) into blocks by periodically switching a synchronization value comprised in said packets (Pk) of said packet flow between at least two alternative synchronization values (SA; SB) with said synchronization period (Ts). a) dividing said flow of marked packets (Pk) into blocks, each block having a duration equal to a synchronization period (Ts), said synchronization period (Ts) comprising an integer number N of marking periods (Tm), wherein N is an integer number greater than 1,
A disposable drilling guide device for spinal surgery, comprising: - two guide sleeves extending between a proximal end and a distal end for guiding a surgical intervention on a vertebra of a patient; - a plurality of support elements , wherein each support element defines a patient specific contact area specifically configured for abutting against a portion of a surface of the vertebra of the patient, in a coupling configuration; - at least one junction element joining the two guide sleeves together, characterized in that each guide sleeve comprises a respective auxiliary sleeve directly coupled to and superimposed on its relative guide sleeve and extending between a proximal end and a distal end ; the proximal end of the auxiliary sleeve being located next to the proximal end of the respective guide sleeve wherein each guide sleeve extends along a respective main axis Xp and the respective auxiliary sleeve extends along a respective auxiliary axis Xa, each main axis Xp being inclined relative to the respective auxiliary axis Xa and reaching the minimum distance one another or intersecting one another, at a point placed under the patient specific contact area . - two guide sleeves extending between a proximal end and a distal end for guiding a surgical intervention on a vertebra of a patient; - a plurality of support elements , wherein each support element defines a patient specific contact area specifically configured for abutting against a portion of a surface of the vertebra of the patient, in a coupling configuration; - at least one junction element joining the two guide sleeves together, characterized in that each guide sleeve comprises a respective auxiliary sleeve directly coupled to and superimposed on its relative guide sleeve and extending between a proximal end and a distal end ; the proximal end of the auxiliary sleeve being located next to the proximal end of the respective guide sleeve wherein each guide sleeve extends along a respective main axis Xp and the respective auxiliary sleeve extends along a respective auxiliary axis Xa, each main axis Xp being inclined relative to the respective auxiliary axis Xa and reaching the minimum distance one another or intersecting one another, at a point placed under the patient specific contact area .
An agricultural working machine comprising a spout for conveying harvested crops forming a crop flow to a transport container , preferably of a transport vehicle , in a transfer process, wherein the spout comprises at his distal end a deflection mechanism forming an outlet mouth for the crop flow and wherein the deflection mechanism comprises an actuator arrangement for adjusting at least part of the outlet mouth in order to change the flow direction (F 1 , F 2 ) of the crop flow by deflection and wherein the agricultural working machine further comprises an operator assistance system , which controls the deflection mechanism , wherein the deflection mechanism is controlled by the operator assistance system such that for distribution of the crops in the transport container along the drive direction (D) of the agricultural working machine during a side-by-side transfer process of the agricultural working machine and the transport container the change in flow direction (F 1 , F 2 ) comprises a deflection component (D D ) in drive direction of the agricultural working machine , characterized in that the deflection mechanism comprises a first deflection unit and a second deflection unit which are arranged sequentially at the end of the spout and which are adjustable by the actuator arrangement for adjusting at least part of the outlet mouth in order to change the flow direction of the crop flow by deflection.
A method for producing an electronic part mounting substrate comprising an electronic part mounted on one side of a metal plate of aluminum or an aluminum alloy, the method comprising the steps of: applying a silver paste directly on the one side of the metal plate ; arranging the electronic part on the silver paste applied on the one side of the metal plate , the electronic part having a surface to be bonded to the one side of the metal plate , the surface being covered with a metal capable of being bonded with the silver paste, said metal being in contact with the silver paste; and sintering silver in the silver paste to form a silver bonding layer to bond the electronic part to the one side of the metal plate with the silver bonding layer , characterized in that the method further comprises a step of surface-machining the one side of the metal plate so as to cause the surface roughness thereof to be 0.2 to 2.0 micrometers before the silver paste is applied on the surface-machined surface of the metal plate , the surface roughness being an arithmetic surface roughness Ra calculated on the basis of JIS B0601 , and in that the silver paste is a bonding agent wherein fine silver particles having an average primary particle diameter of 1 to 200 nm coated with an organic compound having 8 or less of carbon atoms are dispersed in a dispersing medium. applying a silver paste directly on the one side of the metal plate ; arranging the electronic part on the silver paste applied on the one side of the metal plate , the electronic part having a surface to be bonded to the one side of the metal plate , the surface being covered with a metal capable of being bonded with the silver paste, said metal being in contact with the silver paste; and sintering silver in the silver paste to form a silver bonding layer to bond the electronic part to the one side of the metal plate with the silver bonding layer , characterized in that the method further comprises a step of surface-machining the one side of the metal plate so as to cause the surface roughness thereof to be 0.2 to 2.0 micrometers before the silver paste is applied on the surface-machined surface of the metal plate , the surface roughness being an arithmetic surface roughness Ra calculated on the basis of JIS B0601 , and in that the silver paste is a bonding agent wherein fine silver particles having an average primary particle diameter of 1 to 200 nm coated with an organic compound having 8 or less of carbon atoms are dispersed in a dispersing medium.
A top cover assembly of a secondary battery, comprising: a top cover plate ; and a gas exhaust valve mounted in the top cover plate , wherein the gas exhaust valve comprises a valve body , a valve sleeve and a valve cover ; the valve body comprises a valve part , and the valve part is provided with a gas exhaust hole that communicates with an interior of the secondary battery; wherein the valve cover seals and is connected to the valve body to form an accommodation space, the valve sleeve is located in the accommodation space, and the valve sleeve covers the valve part ; a gas exhaust passage is disposed between the valve sleeve and the valve part , the valve cover is provided with a venting hole that communicates with outside, and the gas exhaust passage communicates with the gas exhaust hole and the venting hole , characterized in that the valve sleeve comprises an anti-adhesion layer disposed on an inner wall of the valve sleeve forming the gas exhaust passage. a top cover plate ; and a gas exhaust valve mounted in the top cover plate , wherein the gas exhaust valve comprises a valve body , a valve sleeve and a valve cover ; the valve body comprises a valve part , and the valve part is provided with a gas exhaust hole that communicates with an interior of the secondary battery; wherein the valve cover seals and is connected to the valve body to form an accommodation space, the valve sleeve is located in the accommodation space, and the valve sleeve covers the valve part ; a gas exhaust passage is disposed between the valve sleeve and the valve part , the valve cover is provided with a venting hole that communicates with outside, and the gas exhaust passage communicates with the gas exhaust hole and the venting hole , characterized in that the valve sleeve comprises an anti-adhesion layer disposed on an inner wall of the valve sleeve forming the gas exhaust passage.
A display comprising: a substrate including a covered surface ; and a reflection layer covering at least part of the covered surface , wherein the reflection layer has an obverse surface including a plurality of first reflection surfaces and a second reflection surface , in a plan view facing the obverse surface of the reflection layer , the first reflection surfaces are substantially square in shape, and the second reflection surface occupies gaps between adjacent ones of the first reflection surfaces , a distance between the first reflection surfaces and the second reflection surface in a thickness direction of the substrate has an extent that the obverse surface of the reflection layer emit colored light by interference between light reflected from the first reflection surfaces and light reflected from the second reflection surface , in a plan view facing the obverse surface of the reflection layer , more than one of the first reflection surfaces are located on each of a plurality of imaginary lines (Lv), and on a straight line intersecting more than one of the imaginary lines (Lv), distances between adjacent ones of the imaginary lines (Lv) have different extents, wherein a direction in which the imaginary lines (Lv) extend is an extending direction, the obverse surface emits diffracted light in the plane that extends in the thickness direction of the substrate and a direction perpendicular to the extending direction. a substrate including a covered surface ; and a reflection layer covering at least part of the covered surface , wherein the reflection layer has an obverse surface including a plurality of first reflection surfaces and a second reflection surface , in a plan view facing the obverse surface of the reflection layer , the first reflection surfaces are substantially square in shape, and the second reflection surface occupies gaps between adjacent ones of the first reflection surfaces , a distance between the first reflection surfaces and the second reflection surface in a thickness direction of the substrate has an extent that the obverse surface of the reflection layer emit colored light by interference between light reflected from the first reflection surfaces and light reflected from the second reflection surface , in a plan view facing the obverse surface of the reflection layer , more than one of the first reflection surfaces are located on each of a plurality of imaginary lines (Lv), and on a straight line intersecting more than one of the imaginary lines (Lv), distances between adjacent ones of the imaginary lines (Lv) have different extents, wherein a direction in which the imaginary lines (Lv) extend is an extending direction, the obverse surface emits diffracted light in the plane that extends in the thickness direction of the substrate and a direction perpendicular to the extending direction.
A beverage preparation device having a disk valve , comprising a valve housing and a disk stack disposed therein, having a cover disk that has at least one fluid opening, configured as a fluid inlet opening for fluid , in particular water and/or steam, and having at least one control disk that is disposed on a side of the cover disk facing away from an outer end side of the cover disk , the control disk being rotatable, manually and/or by means of a drive, about an axis of rotation (R) relative to the cover disk between different selection positions, a pressure chamber being formed outside the fluid opening , within which pressure chamber a contact pressure (P) is exertable, by means of the fluid flowing therethrough, on the outer end side of the cover disk along the axis of rotation (R) in the direction of the control disk , and that the pressure chamber is limited in the radial direction with respect to the axis of rotation (R) by an elastomer seal , which is supported on the cover disk in the axial direction, characterized in that a cross-sectional area of the pressure chamber enclosed by the elastomer seal and/or the portion of the pressure surface , able to be loaded with hydraulic pressure, of the outer cover disk adjacent to the fluid opening corresponds to at least 20 % of the axial projection surface of the cover disk , and/or is greater than a cross-sectional area of a fluid opening of the fluid opening .
A method for the fine machining of premachined bearing seats of the main bearings and pin bearings of crankshafts by rotary broaching, wherein cutting tools are guided over different areas of the bearing surface in each case, characterized in that in each case at least one bearing seat is machined successively by fine rotary broaching with at least two cutting edges arranged in opposite directions, the surface geometry (straightness, roundness) is measured before precision cutting to the finished size, in that straightnesses are detected in several defined angular positions along the bearing axis on the surface of the bearing seats, in that roundness is measured at several defined axis positions, and wherein a correction is calculated if a deviation of the ACTUAL surface geometry from a predefined TARGET surface geometry is determined, wherein this calculated correction is superimposed on each cutting edge being engaged during the cutting process, in that a compensating movement of the cutting edge normal to the surface of the bearing seats and/or tangential to the surface of the bearing seats is carried out during the cutting engagement in direct dependence on the rotary movement of the cutting edge and/or in direct dependence on the rotary movement of the workpiece spindle in such a manner that at least partial areas of the surface of the bearing seat can be machined. in each case at least one bearing seat is machined successively by fine rotary broaching with at least two cutting edges arranged in opposite directions, the surface geometry (straightness, roundness) is measured before precision cutting to the finished size, in that straightnesses are detected in several defined angular positions along the bearing axis on the surface of the bearing seats, in that roundness is measured at several defined axis positions, and wherein a correction is calculated if a deviation of the ACTUAL surface geometry from a predefined TARGET surface geometry is determined, wherein this calculated correction is superimposed on each cutting edge being engaged during the cutting process, in that a compensating movement of the cutting edge normal to the surface of the bearing seats and/or tangential to the surface of the bearing seats is carried out during the cutting engagement in direct dependence on the rotary movement of the cutting edge and/or in direct dependence on the rotary movement of the workpiece spindle in such a manner that at least partial areas of the surface of the bearing seat can be machined.
Method for determining a mobility context of a user carrying an equipment provided with inertial sensors, characterized in that it comprises the following steps: - measuring (E21) inertial data originating from a set of inertial sensors of the equipment, taken when a reference gesture is executed with the equipment; - comparing (E23) the measured inertial data with prestored inertial data for various mobility contexts and for this reference gesture; - determining (E25) the mobility context depending on the result of the comparison; - adapting the user interaction interface of the equipment to the determined mobility context in order to receive the user information vocally in the event of high mobility or textually otherwise. - measuring (E21) inertial data originating from a set of inertial sensors of the equipment, taken when a reference gesture is executed with the equipment; - comparing (E23) the measured inertial data with prestored inertial data for various mobility contexts and for this reference gesture; - determining (E25) the mobility context depending on the result of the comparison; - adapting the user interaction interface of the equipment to the determined mobility context in order to receive the user information vocally in the event of high mobility or textually otherwise.
A method of producing a food or malt-based beverage, the method comprising mixing barley grain, or malt, flour or wholemeal produced from said grain, with at least one other food or beverage ingredient thereby producing the food or malt-based beverage, wherein said barley grain is from a plant which is homozygous for at least two loci for genetic variations which are, - i) an allele which deletes most or all of the B-hordein encoding genes at the Hor2 locus, and - ii) a mutant allele at the Lys3 locus of barley such that the grain lacks both B and C hordeins, said genetic variations being present in barley lines Riso 56 and Riso 1508 respectively, the lack of B hordeins being detectable by absence of amplified DNA using the primers 5'B1hor: 5'-CAACAATGAAGACCTTCCTC-3' (SEQ ID NO:2) 3'B1hor: 5'-TCGCAGGATCCTGTACAACG-3' (SEQ ID NO:3) and the lack of C hordeins being detectable by absence of a 70kDa band on examination of an alcohol-soluble prolamin extract of the grain by SDS-PAGE, said extract being extractable from a water-insoluble flour pellet of the grain by addition of 50% (v/v) aqueous propan-2-ol containing 1% (w/v) DTT. wherein said barley grain is from a plant which is homozygous for at least two loci for genetic variations which are, - i) an allele which deletes most or all of the B-hordein encoding genes at the Hor2 locus, and - ii) a mutant allele at the Lys3 locus of barley - i) an allele which deletes most or all of the B-hordein encoding genes at the Hor2 locus, and - ii) a mutant allele at the Lys3 locus of barley such that the grain lacks both B and C hordeins, said genetic variations being present in barley lines Riso 56 and Riso 1508 respectively, the lack of B hordeins being detectable by absence of amplified DNA using the primers 5'B1hor: 5'-CAACAATGAAGACCTTCCTC-3' (SEQ ID NO:2) 3'B1hor: 5'-TCGCAGGATCCTGTACAACG-3' (SEQ ID NO:3) and the lack of C hordeins being detectable by absence of a 70kDa band on examination of an alcohol-soluble prolamin extract of the grain by SDS-PAGE, said extract being extractable from a water-insoluble flour pellet of the grain by addition of 50% (v/v) aqueous propan-2-ol containing 1% (w/v) DTT.
A sample testing system comprising: a sample analyzer that analyzes a particle in a sample; and an information processing apparatus that receives a result of an analysis on the sample received from the sample analyzer , wherein the information processing apparatus comprises a controller , a display unit , and an input unit , the sample testing system characterized by : - the controller controls the display unit to display a screen including a reference-information display region for the result of the analysis on the sample, received from the sample analyzer , and an input-value display region for a visual test to be performed on the sample with a microscope , wherein when the controller has determined that retesting is necessary, then the controller controls the display unit to indicate in the reference-information display region that the controller has determined that retesting is necessary, and - with the screen displayed, the controller receives a count value of the particle counted in the visual test on the sample, through the input unit , and controls the display unit to display the received count value in the input-value display region . a sample analyzer that analyzes a particle in a sample; and an information processing apparatus that receives a result of an analysis on the sample received from the sample analyzer , wherein the information processing apparatus comprises a controller , a display unit , and an input unit , the sample testing system characterized by : - the controller controls the display unit to display a screen including a reference-information display region for the result of the analysis on the sample, received from the sample analyzer , and an input-value display region for a visual test to be performed on the sample with a microscope , wherein when the controller has determined that retesting is necessary, then the controller controls the display unit to indicate in the reference-information display region that the controller has determined that retesting is necessary, and - with the screen displayed, the controller receives a count value of the particle counted in the visual test on the sample, through the input unit , and controls the display unit to display the received count value in the input-value display region . - the controller controls the display unit to display a screen including a reference-information display region for the result of the analysis on the sample, received from the sample analyzer , and an input-value display region for a visual test to be performed on the sample with a microscope , wherein when the controller has determined that retesting is necessary, then the controller controls the display unit to indicate in the reference-information display region that the controller has determined that retesting is necessary, and - with the screen displayed, the controller receives a count value of the particle counted in the visual test on the sample, through the input unit , and controls the display unit to display the received count value in the input-value display region .
A decorative and/or functional part (1; 1') for installation in a corner area or a niche, which is constructed in at least two parts and comprises a surface part (2; 2') and a profile part directly or indirectly connected to the surface part (2; 2'), wherein the surface part (2; 2') has at least one flat outer side which is adapted to be provided with at least one covering element, and wherein the profile part is a tile profile, is a component of a decorative side or forms a decorative side and has a material portion which projects away from the flat outer side of the surface part (2; 2') in order to provide at least one covering element; 2') in order to face the at least one covering element from the decorative side , the profile part being assigned to one side of the surface part (2; 2'), characterized in that the length of the side and/or the longitudinal extent of the surface part (2; 2') in the direction of the longitudinal extent of the side is greater than the longitudinal extent of the material section of the profile part , so that the surface part (2; 2') projects longitudinally beyond the material section at at least one end (9; 10) with a longitudinal section (11; 12).