mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating printhead actuation data for printing a 3-D object, the method comprising the steps of: slicing, for a given 3-D object having 3-D object data corresponding thereto, the 3-D object data into a series of layers; and generating a 2-D vector graphics image associated with each layer, wherein the colour and/or the density of colour within the 2-D vector graphics image at a given point is used to determine at least one property of the material to be ejected, during printing, at that given point in the image, further comprising the steps of saving the 2-D vector graphics images as a 2-D vector graphics file and analysing the metadata associated with a plurality of 2-D vector graphics files when determining how to nest or stack the objects to be printed within a print box. slicing, for a given 3-D object having 3-D object data corresponding thereto, the 3-D object data into a series of layers; and generating a 2-D vector graphics image associated with each layer, wherein the colour and/or the density of colour within the 2-D vector graphics image at a given point is used to determine at least one property of the material to be ejected, during printing, at that given point in the image, further comprising the steps of saving the 2-D vector graphics images as a 2-D vector graphics file and analysing the metadata associated with a plurality of 2-D vector graphics files when determining how to nest or stack the objects to be printed within a print box.
A structural spar comprising: a plurality of adjoining structural strips axially aligned to form said structural spar , wherein at least two of said structural strips are made from a shape memory alloy forming shape memory alloy strips , wherein said at least two structural strips comprise a first shape memory alloy strip and a second shape memory alloy strip ; at least one heating element positioned adjacent each of said shape memory alloy strips to change a temperature of said shape memory alloy strips , wherein heat applied to said shape memory alloy strips causes said structural spar to twist or bend, wherein the structural spar has a closed channel configuration, wherein the cross sectional shape of the structural spar is generally rectangular, and wherein the first shape memory alloy strip and the second shape memory alloy strip are positioned on opposite sides of the spar. a plurality of adjoining structural strips axially aligned to form said structural spar , wherein at least two of said structural strips are made from a shape memory alloy forming shape memory alloy strips , wherein said at least two structural strips comprise a first shape memory alloy strip and a second shape memory alloy strip ; at least one heating element positioned adjacent each of said shape memory alloy strips to change a temperature of said shape memory alloy strips , wherein heat applied to said shape memory alloy strips causes said structural spar to twist or bend, wherein the structural spar has a closed channel configuration, wherein the cross sectional shape of the structural spar is generally rectangular, and wherein the first shape memory alloy strip and the second shape memory alloy strip are positioned on opposite sides of the spar.
A medical dressing comprising: a first major surface , second major surface , opposite the first major surface , and a perimeter , wherein the second major surface comprises an adhesive ; a backing layer that is elastic; a support material secured to the backing layer that is less elastic than the backing layer ; a plurality of slits through the support material , wherein each slit is a long narrow through cut that does not result in removal of support material and wherein each slit is spaced from an adjacent slit. a first major surface , second major surface , opposite the first major surface , and a perimeter , wherein the second major surface comprises an adhesive ; a backing layer that is elastic; a support material secured to the backing layer that is less elastic than the backing layer ; a plurality of slits through the support material , wherein each slit is a long narrow through cut that does not result in removal of support material and wherein each slit is spaced from an adjacent slit.
A compound of (R)-6-{2-{ethyl[4-(2-ethylaminoethyl)benzyl]amino}-4-methoxyphenyl}-5,6,7,8-tetrahydronaphthalen-2-ol for use in treating an estrogen receptor positive breast cancer in a subject, wherein the estrogen receptor positive breast cancer is resistant to an estrogen receptor modulator and wherein the compound is administered in an effective amount of about 200 mg/day to about 500 mg/day.
Sensor device embodied as a door or window sensor of a building monitoring installation and/or as a component of a house automation system, said sensor device being configured to output a warning signal if a window or a door monitored by the sensor device by means of a sensor element is open or opened, wherein the sensor device is embodied as an autonomously functional, compact component with a housing, which should be assembled on the door frame of a door to be monitored or on the window frame of a window to be monitored, wherein the sensor device has at least one reflection-type photoelectric barrier as a sensor element, which is embodied to emit light from one housing side of the sensor device , wherein the housing is embodied at least in two-part form with a housing lower part , which receives an electronics unit of the sensor device , and a housing upper part embodied in the form of a covering cap, the latter being placeable on the housing lower part , wherein the housing has at least one optically transmissive region for the emission of the light from the light source of the reflection-type photoelectric barrier and for the reception of the reflections thereof, characterized in that the housing has an inner covering cap , which covers at least the electronics unit in the housing, as a further housing component part, wherein the inner covering cap is at least substantially covered or completely covered by the housing upper part when the latter is mounted.
A polypeptide having amylase activity comprising an amino acid sequence having at least 78 % sequence identity to the amino acid sequence of SEQ ID NO: 1, and wherein the polypeptide comprises an amino acid substitution at position 311, with reference to the position numbering of the sequence shown as SEQ ID NO: 1; wherein the polypeptide has improved thermostability compared to the amylase of SEQ ID NO: 1.
A sinker means for knocking over and holding down loops, which comprises • at least one actuating section for its actuation whereby the actuating section of the at least one sinker means is suitable for being at least partially accommodated in one single second groove of a sinker ring and • a loop forming section for knocking over and holding down loops, whereby the loop forming section of the at least one sinker means comprises an opening , characterized in that the opening is delimited in the width direction (x) of the sinker means by two side faces for movably disposing at least a part of the longitudinal extension of the loop-forming section of a needle between the two side faces of the opening of the loop forming section of the at least one sinker means . • at least one actuating section for its actuation whereby the actuating section of the at least one sinker means is suitable for being at least partially accommodated in one single second groove of a sinker ring and • a loop forming section for knocking over and holding down loops, whereby the loop forming section of the at least one sinker means comprises an opening ,
A water removal method for gas concentration and sampling, characterized in that the water removal method for gas concentration and sampling comprises the following steps of: a: introducing a sample gas into a first cold trap tube filled with hydrophilic materials and being in a cooling state for water removal, and then introducing the sample gas after passing through the first cold trap tube into a concentration cold trap tube in a cooling state for concentration; b: introducing a carrier gas into the first cold trap tube in a heating state; conveying organic substances and moisture both desorbed from the first cold trap tube by means of the carrier gas to a second cold trap tube filled with hydrophobic organic substance-adsorbing materials and being in a cooling state, for adsorbing the organic substances desorbed from the first cold trap tube ; and carrying the moisture desorbed from the first cold trap tube out of the second cold trap tube by means of the carrier gas; c: introducing the carrier gas into the first cold trap tube and the second cold trap tube simultaneously in a heating state, and conveying the organic substances respectively desorbed from the first cold trap tube and the second cold trap tube by means of the carrier gas to the concentration cold trap tube in a cooling state for concentration. a: introducing a sample gas into a first cold trap tube filled with hydrophilic materials and being in a cooling state for water removal, and then introducing the sample gas after passing through the first cold trap tube into a concentration cold trap tube in a cooling state for concentration; b: introducing a carrier gas into the first cold trap tube in a heating state; conveying organic substances and moisture both desorbed from the first cold trap tube by means of the carrier gas to a second cold trap tube filled with hydrophobic organic substance-adsorbing materials and being in a cooling state, for adsorbing the organic substances desorbed from the first cold trap tube ; and carrying the moisture desorbed from the first cold trap tube out of the second cold trap tube by means of the carrier gas; c: introducing the carrier gas into the first cold trap tube and the second cold trap tube simultaneously in a heating state, and conveying the organic substances respectively desorbed from the first cold trap tube and the second cold trap tube by means of the carrier gas to the concentration cold trap tube in a cooling state for concentration.
A method performed by a wireless device for handling communication of the wireless device in a wireless communication network , the method comprising - performing a beam recovery process of a selected beam upon beam failure detection, characterised in that the selected beam is associated to one cell of a configured set of cells, wherein the configured set of cells includes a primary cell and a set of neighbor cells. - performing a beam recovery process of a selected beam upon beam failure detection, characterised in that the selected beam is associated to one cell of a configured set of cells, wherein the configured set of cells includes a primary cell and a set of neighbor cells.
A co-formulation comprising: (a) microencapsulated formulation comprising a lambdacyhalothrin, solubilized in soyabean oil, the solubilized lambdacyhalothrin being encapsulated in a capsule having a polymeric shell wall; and (b) a suspension concentrate comprising novaluron. (a) microencapsulated formulation comprising a lambdacyhalothrin, solubilized in soyabean oil, the solubilized lambdacyhalothrin being encapsulated in a capsule having a polymeric shell wall; and (b) a suspension concentrate comprising novaluron.
An emulsifiable concentrate comprising, with respect to the total composition, from 10 to 50 wt.-% on an acid equivalent basis of a complex of a herbicidal carboxylic acid and an amine-containing polymer or oligomer, which is a polyethyleneimine with a molecular weight of greater than 250 and less than 2,000,000, and a nitrogen content of from 10 to 50 wt.-%, an organic solvent and optionally one or more additional inert ingredients.
A vortex water flow generator placed between a negative electrode and a positive electrode of a water plasma generator that injects a water plasma, the water plasma becoming a jet stream by dissociating or ionizing water to form a vortex water flow having a cavity for passing arc discharge generated between the negative and positive electrodes, the vortex water flow generator comprising: a cylindrical portion configured to form the vortex water flow along an inner circumference; at least one middle partition protruding from the inner circumference of the cylindrical portion ; a one-end-side partition disposed in one end side of the cylindrical portion to face the negative electrode ; and the-other-end-side partition disposed in the other end side of the cylindrical portion , wherein each of the partitions has an opening in a position including a center axis line of the cylindrical portion , the openings having different opening shapes in size, the at least one middle partition and the-other-end-side partition have surfaces at the negative electrode side, the surfaces being formed by tapered surfaces gradually receding from the negative electrode as close to the center axis line, an arc-shaped beveled portion is formed between the tapered surface and an inner circumferential surface of the opening , respectively, and the cylindrical portion has a channel for passing water from the outside to the inside thereof. a cylindrical portion configured to form the vortex water flow along an inner circumference; at least one middle partition protruding from the inner circumference of the cylindrical portion ; a one-end-side partition disposed in one end side of the cylindrical portion to face the negative electrode ; and the-other-end-side partition disposed in the other end side of the cylindrical portion , wherein each of the partitions has an opening in a position including a center axis line of the cylindrical portion , the openings having different opening shapes in size, the at least one middle partition and the-other-end-side partition have surfaces at the negative electrode side, the surfaces being formed by tapered surfaces gradually receding from the negative electrode as close to the center axis line, an arc-shaped beveled portion is formed between the tapered surface and an inner circumferential surface of the opening , respectively, and the cylindrical portion has a channel for passing water from the outside to the inside thereof.
A fluorescence image analyzer comprising: a flow cell configured such that a sample flows through a flow path of the flow cell , a light source (121-124) configured to irradiate light on the sample; an imaging part configured to capture an image of fluorescent light given off from the sample irradiated by the light; a processing part configured to process the fluorescence image captured by the imaging part ; wherein the processing part is configured to: extract a bright spot of fluorescence generated from a fluorescent dye labeling a target site from the fluorescence image for each of a plurality of cells included in the sample, and generate information based on the bright spots extracted for each of the plurality of cells and use the generated information to determine whether the sample is positive or negative, characterized in that the processing part is configured to acquire an index reflecting a state of the bright spot based on the extracted bright spot; and determine the appropriateness of a pretreatment including a step of labeling the target site of the plurality of cells with the fluorescent dye based on the acquired index. a flow cell configured such that a sample flows through a flow path of the flow cell , a light source (121-124) configured to irradiate light on the sample; an imaging part configured to capture an image of fluorescent light given off from the sample irradiated by the light; a processing part configured to process the fluorescence image captured by the imaging part ; wherein the processing part is configured to: extract a bright spot of fluorescence generated from a fluorescent dye labeling a target site from the fluorescence image for each of a plurality of cells included in the sample, and generate information based on the bright spots extracted for each of the plurality of cells and use the generated information to determine whether the sample is positive or negative, characterized in that the processing part is configured to acquire an index reflecting a state of the bright spot based on the extracted bright spot; and determine the appropriateness of a pretreatment including a step of labeling the target site of the plurality of cells with the fluorescent dye based on the acquired index. extract a bright spot of fluorescence generated from a fluorescent dye labeling a target site from the fluorescence image for each of a plurality of cells included in the sample, and generate information based on the bright spots extracted for each of the plurality of cells and use the generated information to determine whether the sample is positive or negative, characterized in that the processing part is configured to acquire an index reflecting a state of the bright spot based on the extracted bright spot; and determine the appropriateness of a pretreatment including a step of labeling the target site of the plurality of cells with the fluorescent dye based on the acquired index.
A chamber lid assembly comprising: a channel having an upper portion and a lower portion , wherein the channel extends along a central axis ; a housing having an inner region and at least partially defining two or more annular channels ; an insert comprising a coupling lid having a truncated portion adapted to be coupled to a top portion of the housing, the insert being disposed in the inner region and defining the upper portion, the upper portion fluidly coupled through apertures of the insert with the two or more annular channels; and a tapered bottom surface extending from the lower portion of the channel to a peripheral portion of the chamber lid assembly. a channel having an upper portion and a lower portion , wherein the channel extends along a central axis ; a housing having an inner region and at least partially defining two or more annular channels ; an insert comprising a coupling lid having a truncated portion adapted to be coupled to a top portion of the housing, the insert being disposed in the inner region and defining the upper portion, the upper portion fluidly coupled through apertures of the insert with the two or more annular channels; and a tapered bottom surface extending from the lower portion of the channel to a peripheral portion of the chamber lid assembly.
Dental set comprising a handling tool (60; 160) and a dental component (20; 40), the handling tool (60; 160) having a distal end (69; 169), a proximal end (68; 168) and a longitudinal axis (L), the handling tool (60; 160) comprising: a grip (63; 163) at the proximal end, a shaft (65; 165) located distally to the grip (63; 163), the shaft comprising an engagement section (61; 161) for engaging an engagement feature (32; 132) of a fastening element (30; 130) and on its outer circumferential side a retaining section (62; 162) for retaining the dental component (20; 40) to be fastened by the fastening element (30; 130), wherein the retaining section of the handling tool (60; 160) is shaped for retaining the dental component (20; 40) by means of a friction fit and is configured to allow for a rotation relative to the dental component (20; 40), and characterized in that the engagement section (61; 161) of the handling tool has a geometry to allow for a translation of the fastening element (30; 130) along the longitudinal axis (L) and has a form fit geometry in order to enable a transfer of torque between the handling tool and the fastening element by at least a partial form fit so that slippage occurs only between the retaining section (62; 162) and a contact section of the dental component (20; 40). a grip (63; 163) at the proximal end, a shaft (65; 165) located distally to the grip (63; 163), the shaft comprising an engagement section (61; 161) for engaging an engagement feature (32; 132) of a fastening element (30; 130) and on its outer circumferential side a retaining section (62; 162) for retaining the dental component (20; 40) to be fastened by the fastening element (30; 130), wherein the retaining section of the handling tool (60; 160) is shaped for retaining the dental component (20; 40) by means of a friction fit and is configured to allow for a rotation relative to the dental component (20; 40), and characterized in that the engagement section (61; 161) of the handling tool has a geometry to allow for a translation of the fastening element (30; 130) along the longitudinal axis (L) and has a form fit geometry in order to enable a transfer of torque between the handling tool and the fastening element by at least a partial form fit so that slippage occurs only between the retaining section (62; 162) and a contact section of the dental component (20; 40).
A stator for an electrical machine , said stator comprising a plurality of axially adjacent generally annular laminations , a substantially axially extending coolant passageway through which a coolant fluid flows in use, and a plurality of axially spaced sealing recesses , wherein each sealing recess is in open communication with the surface of the axially extending coolant passageway, has an axial width greater than the gap between the facing planar surfaces of axially adjacent laminations, and is at least partially filled with a cured resin material that defines a plurality of axially spaced seals , wherein the coolant passageway is defined by axially aligned openings in the annular laminations , wherein at least some of the annular laminations include a first recessed area formed in a first planar surface of each respective annular lamination and surrounding the opening , each recessed area defining one of the plurality of axially spaced sealing recesses , and characterised in that the at least some of the annular laminations further include a second recessed area formed in a second planar surface of each respective annular lamination and surrounding the opening , each second recessed area defining one of the plurality of axially spaced sealing recesses . wherein each sealing recess is in open communication with the surface of the axially extending coolant passageway, has an axial width greater than the gap between the facing planar surfaces of axially adjacent laminations, and is at least partially filled with a cured resin material that defines a plurality of axially spaced seals , wherein the coolant passageway is defined by axially aligned openings in the annular laminations , wherein at least some of the annular laminations include a first recessed area formed in a first planar surface of each respective annular lamination and surrounding the opening , each recessed area defining one of the plurality of axially spaced sealing recesses , and characterised in that the at least some of the annular laminations further include a second recessed area formed in a second planar surface of each respective annular lamination and surrounding the opening , each second recessed area defining one of the plurality of axially spaced sealing recesses .