mhurhangee/patent-ind-claim-en huggingface dataset:
A knitted component , comprising: a first area , wherein the first area includes a plurality of knit loops comprising a first yarn ; and a second yarn at least partially inlaid within the first area of the knitted component such that the second yarn extends between at least a first loop and a second loop of the plurality of knit loops, wherein the second yarn includes a foamable material comprising a blowing agent and a thermoplastic polymer, characterised in that a first portion of the second yarn is exposed on a first surface in the first area . a first area , wherein the first area includes a plurality of knit loops comprising a first yarn ; and a second yarn at least partially inlaid within the first area of the knitted component such that the second yarn extends between at least a first loop and a second loop of the plurality of knit loops, wherein the second yarn includes a foamable material comprising a blowing agent and a thermoplastic polymer, characterised in that a first portion of the second yarn is exposed on a first surface in the first area .
Cooling appliance, comprising a thermally insulated inner receptacle ; a drawer provided in the inner receptacle so as to be withdrawable and in which elements to be cooled are to be placed; a shelf positioned in the inner receptacle so as to be withdrawable such that it covers at least partly the upper part of the drawer , and a hanging element having an upper guide attached to the shelf by a lateral edge and a lower guide attached to the drawer by an edge border by extending under the upper guide and integrated to the upper guide , wherein a bridging element provided between the upper and lower guides by respectively one end so as to provide that they are positioned at a distance to each other, characterized in that the adjacent edges of upper and lower guides and the bridging element joining them form a U-section, wherein said U-section is formed in a direction opposite the upper and lower guides , and that the hanging element is attached by the bridging element to a supporting projection out of a lateral wall of the inner receptacle .
A breath collection apparatus comprising: a breath entryway ; a first one-way coupling ; a collection chamber having proximal and distal ends and coupled at its proximal end to said breath entryway by said first one-way coupling; a second one-way coupling coupled to the distal end of said collection chamber; a sample transfer assembly coupled to the distal end of said collection chamber that can be selectively coupled to an evacuated air chamber to collect a portion of an end-expiration breath sample contained within the collection chamber, said sample transfer assembly comprising a needle for penetrating a septum sealing the evacuated air-chamber; and a discharge chute coupled to the distal end of said collection chamber about said sample transfer assembly , said discharge chute comprising a proximal end for coupling to said collection chamber, and a distal end for receiving said evacuated air chamber , wherein the breath entryway, the first one-way coupling, the collection chamber, the second one-way coupling, the sample transfer assembly and the discharge chute are aligned with one another. a breath entryway ; a first one-way coupling ; a collection chamber having proximal and distal ends and coupled at its proximal end to said breath entryway by said first one-way coupling; a second one-way coupling coupled to the distal end of said collection chamber; a sample transfer assembly coupled to the distal end of said collection chamber that can be selectively coupled to an evacuated air chamber to collect a portion of an end-expiration breath sample contained within the collection chamber, said sample transfer assembly comprising a needle for penetrating a septum sealing the evacuated air-chamber; and
A method for preparing a carbon composite electrode , for an electric double-layer capacitor having volumetric capacitance of 70 F cm -3 or beyond, with an active layer that comprises a) primary synthetic carbon with irregular, non-graphitic structure, b) secondary synthetic carbon, made up of graphene layers and c) polymeric binding agent, characterised by determining the carbon composite electrode's specific capacitance C V in terms of F/cm 3 by the multiple linear regression equation: C V = a ∗ V p < 11 + b ∗ S BET + c ∗ D − d , in which V p<11 in terms of cm 3 g -1 is the volume of pores with size less than 1.1 nm calculated from the Barrett-Joyner-Halenda (BJH) pore size distribution, S BET in terms of m 2 g -1 is the electrode carbon specific surface area calculated by Brunauer-Emmet-Teller (BET) theory, D in terms of g cm -3 is the geometric density of compacted carbon of the carbon composite electrode , and coefficient values are a = 67.4, b = 0.0224, c = 67.8 and intercept value is d = 33.0, whereby none of the carbon composite electrode's multiple linear regression equation members: a*V p<11 , b*S BET and c*D has a value less than 25. V p<11 in terms of cm 3 g -1 is the volume of pores with size less than 1.1 nm calculated from the Barrett-Joyner-Halenda (BJH) pore size distribution, S BET in terms of m 2 g -1 is the electrode carbon specific surface area calculated by Brunauer-Emmet-Teller (BET) theory, D in terms of g cm -3 is the geometric density of compacted carbon of the carbon composite electrode , and coefficient values are a = 67.4, b = 0.0224, c = 67.8 and intercept value is d = 33.0, whereby none of the carbon composite electrode's multiple linear regression equation members: a*V p<11 , b*S BET and c*D has a value less than 25.
A method for sending user key-value pair data, comprising: obtaining first target key-value pair data 〈k 1 , v 1 〉, wherein k 1 is a value of a key in the first target key-value pair data, and v 1 is a value of a value in the first target key-value pair data; and sending, to a data collector, first perturbed key-value pair data K 1 * V 1 * obtained after the first target key-value pair data is perturbed, wherein a value of the first perturbed key-value pair data K 1 * V 1 * is randomly set to 〈a,v 1 * 〉 or 〈b,v 〉 based on a preset probability, v* 1 is obtained by perturbing v 1 , all of a, b, and v are preset values, and a and b are different values, wherein randomly setting the value of the first perturbed key-value pair data K 1 ∗ V 1 ∗ to 〈 a , v 1 *〉 or 〈 b,v 〉 based on the preset probability comprises: perturbing the first target key-value pair 〈 k 1 , v 1 〉 based on a privacy budget ε 1 and by using a first differential privacy model, to obtain the first perturbed key-value pair data K 1 ∗ V 1 ∗ , where the first differential privacy model is K 1 ∗ V 1 ∗ = a ν 1 ∗ w . p . e ε 1 1 + e ε 1 b ν w . p . 1 1 + e ε 1 , a is a rational number that is not 0, e is a natural logarithm constant and w.p. means with probability; and wherein the obtaining first target key-value pair data 〈k 1 ,v 1 〉 comprises: selecting a target key from a first key set, wherein the first key set comprises a key of key-value pair data to be collected by the data collector. obtaining first target key-value pair data 〈k 1 , v 1 〉, wherein k 1 is a value of a key in the first target key-value pair data, and v 1 is a value of a value in the first target key-value pair data; and sending, to a data collector, first perturbed key-value pair data K 1 * V 1 * obtained after the first target key-value pair data is perturbed, wherein a value of the first perturbed key-value pair data K 1 * V 1 * is randomly set to 〈a,v 1 * 〉 or 〈b,v 〉 based on a preset probability, v* 1 is obtained by perturbing v 1 , all of a, b, and v are preset values, and a and b are different values, wherein randomly setting the value of the first perturbed key-value pair data K 1 ∗ V 1 ∗ to 〈 a , v 1 *〉 or 〈 b,v 〉 based on the preset probability comprises: perturbing the first target key-value pair 〈 k 1 , v 1 〉 based on a privacy budget ε 1 and by using a first differential privacy model, to obtain the first perturbed key-value pair data K 1 ∗ V 1 ∗ , where the first differential privacy model is K 1 ∗ V 1 ∗ = a ν 1 ∗ w . p . e ε 1 1 + e ε 1 b ν w . p . 1 1 + e ε 1 , a is a rational number that is not 0, e is a natural logarithm constant and w.p. means with probability; and wherein the obtaining first target key-value pair data 〈k 1 ,v 1 〉 comprises: selecting a target key from a first key set, wherein the first key set comprises a key of key-value pair data to be collected by the data collector.
An in vitro method of collecting information useful in predicting clinical outcome in a subject, wherein the subject has or is suspected of having an inflammatory disease, the method comprising providing a sample from said subject, and determining the level of octameric PTX3 in said sample, wherein determining the level of octameric PTX3 comprises measuring the total amount of PTX3 present, and measuring the amount of octameric PTX3 present, and calculating the proportion of total PTX3 which is present as octamer, wherein if the proportion of octameric PTX3 is greater than 50%, the subject is identified as a likely non-survivor.
A mechanical weed seed management device for use on a harvester comprising: a plate to separate straw waste from chaff waste after their discharge from the harvester; a chute to catch, direct, and deposit the straw waste to the ground; an annular trough comprising a means for transporting material through its length, for catching, transporting and depositing the chaff waste on top of the straw waste on the ground, characterized in that the plate directs the straw waste from the harvester to the chut , the trough is of a depth greater than 150 mm, the chute is tapered inwardly downwards for directing the straw into a narrower deposit, and in that the width of the chute is variable for a variable width deposit of straw waste on the ground. a plate to separate straw waste from chaff waste after their discharge from the harvester; a chute to catch, direct, and deposit the straw waste to the ground; an annular trough comprising a means for transporting material through its length, for catching, transporting and depositing the chaff waste on top of the straw waste on the ground, characterized in that the plate directs the straw waste from the harvester to the chut , the trough is of a depth greater than 150 mm, the chute is tapered inwardly downwards for directing the straw into a narrower deposit, and in that the width of the chute is variable for a variable width deposit of straw waste on the ground.
Self-tapping concrete screw comprising a screw shaft which is composed of two shaft parts , a front shaft part and a rear shaft part , the two shaft parts being joined by welding, characterized in that the front shaft part consists of stainless steel having the material number 1.4037.
A valve train assembly comprising a first group of one or more dual body rocker arms and a second group of one or more dual body rocker arms , wherein the first group is for controlling one or more valves of a first cylinder (Cyl 1) and the second group is for controlling one or more valves of a second cylinder (Cyl 4), wherein each of the dual body rocker arms comprises a first body , a second body , and a latching arrangement for latching and unlatching the first body and the second body , the assembly further comprising an actuator arrangement external to the dual body rocker arms for controlling the latching arrangement and wherein the actuator arrangement comprises a shaft comprising a first set of one or more cams for controlling the latching arrangements of the first group of one or more dual body rocker arms and a second set of one or more cams for controlling the latching arrangements of the second group of one or more dual body rocker arms and wherein the shapes of the cams of the first set of one or more cams is different to the shapes of the cams of the second set of one or more cams to provide for controlling the latching arrangements on a per cylinder (Cyl 1, Cyl 4) basis.
A method of identifying a candidate treatment for a cancer in a subject in need thereof, comprising performing DNA sequencing on a sample obtained from the subject to determine a sequencing mutation profile on a group of genes comprising KRAS, BRAF, c-KIT and EGFR.
A test instrument , comprising: a project memory for storing information about a project under test including tested status of the project under test, wherein said project comprises testing a plurality of network cables; a test module for providing test stimulus to and receiving and recording measurement results from each of the plurality of network cables under test; a processor for determining a completion amount corresponding to an amount of the project under test that has been completed; and a display for displaying the completion amount and for displaying a suggested next operational step in the project under test for a user to select, wherein the completion amount is displayed as a completion percentage of the project under test, and wherein said displaying a next operational step in the project under test comprises providing a graphical interface element for selection to accomplish the next operational step; wherein the display is further configured to display a further graphical interface element for selection to mark a test result for fixing later, wherein the further graphical interface element is operable to save a cable identification and test information relating to the test result into a list of items to be addressed later. a project memory for storing information about a project under test including tested status of the project under test, wherein said project comprises testing a plurality of network cables; a test module for providing test stimulus to and receiving and recording measurement results from each of the plurality of network cables under test; a processor for determining a completion amount corresponding to an amount of the project under test that has been completed; and a display for displaying the completion amount and for displaying a suggested next operational step in the project under test for a user to select, wherein the completion amount is displayed as a completion percentage of the project under test, and wherein said displaying a next operational step in the project under test comprises providing a graphical interface element for selection to accomplish the next operational step; wherein the display is further configured to display a further graphical interface element for selection to mark a test result for fixing later, wherein the further graphical interface element is operable to save a cable identification and test information relating to the test result into a list of items to be addressed later.
Center plate for a rotor in a pulp refiner, said center plate having a surface provided with a plurality of first wings for directing pulp flowing onto the center of the center plate towards the periphery of said plate , where - each of said first wings are an arc-shaped protrusion extending between a corresponding first point and a corresponding second point on said surface , said first point (11 a) being displaced from the center point of the plate and said second point being arranged further from the center point than said first point , characterized in that said surface is a flat surface or a surface with a central protuberance , and said first wings , extending between corresponding first and second points , are given an arc-shape that yields a larger pulp feeding angle than a circular arc intersecting the center point of the center plate and ending in the same corresponding second point and that said second point of each of said first wings lies on the periphery of the center plate . - each of said first wings are an arc-shaped protrusion extending between a corresponding first point and a corresponding second point on said surface , said first point (11 a) being displaced from the center point of the plate and said second point being arranged further from the center point than said first point , characterized in that said surface is a flat surface or a surface with a central protuberance , and said first wings , extending between corresponding first and second points , are given an arc-shape that yields a larger pulp feeding angle than a circular arc intersecting the center point of the center plate and ending in the same corresponding second point and that said second point of each of said first wings lies on the periphery of the center plate .
A grinding machine including one or more grinding wheels , comprising: a workpiece holder that releasably holds a crankshaft and is configured to rotate the crankshaft about a longitudinal axis (C); a spindle assembly , that is moveable in at least two directions, including a spindle shaft and a grinding wheel attached to the spindle shaft ; and characterised in that the grinding machine comprises an acoustic emission sensor coupled to the grinding machine , wherein the grinding machine is configured to monitor an output signal from the acoustic emission sensor , move the grinding wheel into contact with the crankshaft at a first angular position, detect contact between the grinding wheel and the crankshaft based on the output signal, determine a position of the grinding wheel based on the detected contact between the grinding wheel and the crankshaft , move the grinding wheel away from the crankshaft , rotate the crankshaft a defined angular amount, move the grinding wheel into contact with the crankshaft at a second angular position, determine a position of the grinding wheel based on the detected contact between the grinding wheel and the crankshaft , and determine a position of a crankshaft surface. a workpiece holder that releasably holds a crankshaft and is configured to rotate the crankshaft about a longitudinal axis (C); a spindle assembly , that is moveable in at least two directions, including a spindle shaft and a grinding wheel attached to the spindle shaft ; and characterised in that the grinding machine comprises an acoustic emission sensor coupled to the grinding machine , wherein the grinding machine is configured to monitor an output signal from the acoustic emission sensor , move the grinding wheel into contact with the crankshaft at a first angular position, detect contact between the grinding wheel and the crankshaft based on the output signal, determine a position of the grinding wheel based on the detected contact between the grinding wheel and the crankshaft , move the grinding wheel away from the crankshaft , rotate the crankshaft a defined angular amount, move the grinding wheel into contact with the crankshaft at a second angular position, determine a position of the grinding wheel based on the detected contact between the grinding wheel and the crankshaft , and determine a position of a crankshaft surface.
Method of handling a laboratory sample container , the method comprising the steps: - a) automatically ensuring that an opening of the laboratory sample container comprising a laboratory sample is open, wherein the laboratory sample is a blood sample or a urine sample, and - b) attaching a prolongation to the laboratory sample container , such that the prolongation surrounds the opening of the laboratory sample container and protrudes the opening , - such that the laboratory sample comprised by the open laboratory sample container is retained by the attached prolongation , - wherein attaching is performed after ensuring, characterized by - step b) comprising: forming the prolongation by rotating a prolongation blank with respect to the laboratory sample container around the laboratory sample container . - a) automatically ensuring that an opening of the laboratory sample container comprising a laboratory sample is open, wherein the laboratory sample is a blood sample or a urine sample, and - b) attaching a prolongation to the laboratory sample container , such that the prolongation surrounds the opening of the laboratory sample container and protrudes the opening , - such that the laboratory sample comprised by the open laboratory sample container is retained by the attached prolongation , - wherein attaching is performed after ensuring, characterized by - step b) comprising: forming the prolongation by rotating a prolongation blank with respect to the laboratory sample container around the laboratory sample container .
A support for communication elements in points of sale of products, comprising a supporting body , which can be anchored to the structure of an exhibitor for products and defines at least one coupling region for at least one electronic tag which has at least one face for displaying commercial information and supports engagement means for at least one communication element , said engagement means comprises first engagement means for at least one first communication element which is arranged so that its plane of arrangement is parallel to the display face of said electronic tag and second engagement means for at least one second communication element which is arranged so that its plane of arrangement is perpendicular to the display face of said electronic tag , said at least one second communication element can be engaged with said second engagement means even when said first communication element is engaged with said first engagement means, characterized in that said second engagement means comprise at least two coupling regions which are arranged at mutually opposite sides of said at least one electronic tag and are each engageable by a respective second communication element , each one of said coupling regions comprising a slit which can be engaged by a connecting tab which is provided on one side of the corresponding second communication element , said slit having, on mutually opposite sides, a pair of undercut regions which can be engaged by respective mutually opposite lateral expansions which are defined on said connecting tab , said slit being delimited, on a side that is directed outward, by a wall which has, at at least one of said undercut regions , a corresponding through opening , which is adapted to allow the insertion or extraction of a corresponding lateral expansion in the corresponding undercut region , when the other lateral expansion is engaged with the other undercut region .
Method for machining edge strips in which an edge strip is heated by a heat source , in particular a laser, a hot air fan or a plasma nozzle, wherein the edge strip is attached to the narrow side of a plate of wood or wood substitute, characterised in that the reflected heat radiation from the heated edge strip is captured by means of an imaging process, wherein a thermal imaging camera is used for capturing the reflected heat radiation .
An earth working machine , for example a road milling machine , recycler, stabilizer, or surface miner, having a propelling unit and a machine frame carried by the propelling unit ; the earth working machine comprising a working apparatus for earth working; and an operator's platform , having an operating console for controlling at least one functional device of the earth working machine , being provided on the machine frame ; the operating console comprising a console body and an operating panel that is movable relative to the console body and has at least one operating element associated or associatable with a functional device for control thereof, characterized in that the operating panel is displaceable between a stowed position and an operating position, in the stowed position the at least one operating element being covered by a portion of the console body ; and in the operating position at least one operating element being uncovered and being therefore accessible for operation thereof by a machine operator.