mhurhangee/patent-ind-claim-en huggingface dataset:
A pouched product for oral use comprising a liquid permeable cover material and a portion sized amount of a filling material comprising nicotine, the filling material comprising a first type of particles , the first type of particles being water insoluble particles of microcrystalline cellulose, water insoluble starch or a mixture thereof, the filling material being enclosed by the liquid permeable cover material , the pouched product having a generally rectangular shape defining a first main surface and a second main surface and having a thickness between the first main surface and the second main surface , characterized in that the particles of the first type of particles have an average particle size within the range of from 0.5 mm to 2.5 mm, that the filling material has a pre-use moisture content of from 1% by weight of the filling material to 35% by weight of the filling material and that the filling material comprises one or more water soluble components , the pouched product having a pre-use thickness (t1) determined as the maximum distance between the two main surfaces at an applied pressure force of 0.5 N and a post-use thickness (t2) determined as the maximum distance between the two main surfaces at an applied pressure force of 0.5 N after a use period of 10 minutes according to the test procedure disclosed herein, and a ratio (t2/t1) between the post-use thickness (t2) and the pre-use thickness (t1) being in the range of from 1.0 to 1.25, wherein nicotine is present on an outer surface of at least some particles of the first type of particles .
A resin composition, comprising an ethylene-vinyl alcohol copolymer and a nonionic surfactant, wherein the ethylene-vinyl alcohol copolymer has an ethylene unit content of 15 to 60 mol%, and a saponification degree of 90 mol% or more; the ethylene-vinyl alcohol copolymer is contained as a major component; and the nonionic surfactant is contained at 3 to 400 ppm, whereby the ethylene content and the saponification degree are determined by 1 H -NMR spectroscopy using DMSO-d 6 as a solvent. wherein the ethylene-vinyl alcohol copolymer has an ethylene unit content of 15 to 60 mol%, and a saponification degree of 90 mol% or more; the ethylene-vinyl alcohol copolymer is contained as a major component; and the nonionic surfactant is contained at 3 to 400 ppm,
An actuator assembly for moving a movable aerodynamic surface of an aircraft , comprising: - an input section for introducing an externally provided rotary motion into the actuator assembly , and - a geared rotary actuator having at least one actuator slice comprising a planetary gear with a sun gear couplable to the input section , a fixed gear attachable to a fixed component of the aircraft and an output gear couplable with the movable aerodynamic surface , - at least one clutch which is connected to the geared rotary actuator and which is designed to couple the movable surface with the input section and to selectively decouple the movable surface from the input section , such that it is freely movable, characterized in that the at least one clutch is arranged in or at the at least one actuator slice , such that the respective output gear is decouplable from the remaining part of the respective planetary gear. - an input section for introducing an externally provided rotary motion into the actuator assembly , and - a geared rotary actuator having at least one actuator slice comprising a planetary gear with a sun gear couplable to the input section , a fixed gear attachable to a fixed component of the aircraft and an output gear couplable with the movable aerodynamic surface , - at least one clutch which is connected to the geared rotary actuator and which is designed to couple the movable surface with the input section and to selectively decouple the movable surface from the input section , such that it is freely movable,
An element for producing a vascular clip, comprising: • a support plate , • a clip tab with a gripping face and defining a longitudinal axis, • means for securing said clip tab and the edge face of said plate , • two substantially identical brackets , each substantially having the shape of a cylinder sector with thickness Ep taken along a line parallel to the generatrix defining the cylinder sector, with a through hole having a definite diameter and an axis parallel to said generatrix, • means for securing the two brackets and a face portion of said plate in such a way that the axes of the two through holes are located along the same straight line perpendicular to the longitudinal axis of said clip tab and the opposite faces of the two brackets are set apart from each other by a value equal to the thickness Ep, said means for securing the two brackets and the face portion of said plate being arranged in such a way that one of the two brackets has a face located on the plane of an edge of the edge face of the plate perpendicular to said straight line , and said face portion is substantially flat, characterized in that the width of the said face portion taken along a direction parallel to said straight line is at least substantially equal to four times the thickness Ep so as to define, on the face portion , a free part bordering the face of the other bracket that is the farthest away from the face of the bracket located on the plane of an edge of said edge face . • a support plate , • a clip tab with a gripping face and defining a longitudinal axis, • means for securing said clip tab and the edge face of said plate , • two substantially identical brackets , each substantially having the shape of a cylinder sector with thickness Ep taken along a line parallel to the generatrix defining the cylinder sector, with a through hole having a definite diameter and an axis parallel to said generatrix, • means for securing the two brackets and a face portion of said plate in such a way that the axes of the two through holes are located along the same straight line perpendicular to the longitudinal axis of said clip tab and the opposite faces of the two brackets are set apart from each other by a value equal to the thickness Ep, said means for securing the two brackets and the face portion of said plate being arranged in such a way that one of the two brackets has a face located on the plane of an edge of the edge face of the plate perpendicular to said straight line , and said face portion is substantially flat, characterized in that the width of the said face portion taken along a direction parallel to said straight line is at least substantially equal to four times the thickness Ep so as to define, on the face portion , a free part bordering the face of the other bracket that is the farthest away from the face of the bracket located on the plane of an edge of said edge face .
Method of controlling a surface scanning measuring machine having a probe head with a distal probe tip , the distal probe tip being configured for contacting the surface of an object to be measured, the method comprising: • selecting a nominal initial contact point on the surface , the nominal initial contact point having a normal vector ; • moving the distal probe tip toward the nominal initial contact point along an approach path , the approach path having a linear portion that extends from the nominal initial contact point to some non-contacting point spaced from the surface , the linear portion forming an angle with the normal vector of between 20 degrees and 55 degrees; and • moving the probe head downwardly and settling at an offset after moving the distal probe tip into contact with a contact point related to the nominal initial contact point , the probe head driven to overshoot the offset before settling at the offset or driven to oscillate above and below the offset before settling at the offset. • selecting a nominal initial contact point on the surface , the nominal initial contact point having a normal vector ; • moving the distal probe tip toward the nominal initial contact point along an approach path , the approach path having a linear portion that extends from the nominal initial contact point to some non-contacting point spaced from the surface , the linear portion forming an angle with the normal vector of between 20 degrees and 55 degrees; and • moving the probe head downwardly and settling at an offset after moving the distal probe tip into contact with a contact point related to the nominal initial contact point , the probe head driven to overshoot the offset before settling at the offset or driven to oscillate above and below the offset before settling at the offset.
A fiber scanning system comprising: an actuator defined by an actuator natural frequency; and a fiber optic scanning element coupled to the actuator , wherein the fiber optic scanning element is cantilevered and the fiber optic scanning element is characterized by a fiber natural frequency that is within a 10% threshold of the actuator natural frequency such that a displacement gain of the actuator is minimized when the actuator is driven at an operating frequency substantially equal to the actuator natural frequency. an actuator defined by an actuator natural frequency; and a fiber optic scanning element coupled to the actuator , wherein the fiber optic scanning element is cantilevered and the fiber optic scanning element is characterized by a fiber natural frequency that is within a 10% threshold of the actuator natural frequency such that a displacement gain of the actuator is minimized when the actuator is driven at an operating frequency substantially equal to the actuator natural frequency.
A field effect transistor (FET) sensor-based method of detecting a bisphenol A using aptamers, the method comprising the steps of: (a) adding a sample containing a bisphenol A, and a second aptamer binding specifically to the bisphenol A, to an FET sensor comprising a substrate, a source metal electrode and a drain metal electrode, which are formed on both sides of the substrate, respectively, and a gate formed on the substrate so as to come into contact with the source and drain metal electrodes, wherein the first aptamer binding specifically to the bisphenol A is immobilized as a probe on anyone or more of the surfaces of the source metal electrode, the gate and the drain metal electrode; and (b) measuring a change in electric current between the source metal electrode and drain metal electrode of the FET sensor, the change occurring when the bisphenol A and the second aptamer bind to the first aptamer immobilized on the FET sensor, thereby detecting the bisphenol A, and wherein the first aptamer or the second aptamer is selected from aptamers represented by nucleic acid sequences of SEQ ID NOs: 2 to 28. (a) adding a sample containing a bisphenol A, and a second aptamer binding specifically to the bisphenol A, to an FET sensor comprising a substrate, a source metal electrode and a drain metal electrode, which are formed on both sides of the substrate, respectively, and a gate formed on the substrate so as to come into contact with the source and drain metal electrodes, wherein the first aptamer binding specifically to the bisphenol A is immobilized as a probe on anyone or more of the surfaces of the source metal electrode, the gate and the drain metal electrode; and (b) measuring a change in electric current between the source metal electrode and drain metal electrode of the FET sensor, the change occurring when the bisphenol A and the second aptamer bind to the first aptamer immobilized on the FET sensor, thereby detecting the bisphenol A,
A polymeric drug-device unit comprising: (i) a polyurethane block copolymer obtainable by reacting together: (a) a poly(alkylene oxide); (b) a difunctional compound; (c) a difunctional isocyanate; and (d) optionally a block copolymer comprising poly(alkylene oxide) blocks; and (ii) a pharmaceutically active agent, wherein the pharmaceutically active agent is selected from the group consisting of quinagolide, quinagolide metabolite N-desethyl and quinagolide metabolite N,N-didesethyl, or a pharmaceutically acceptable salt thereof. (i) a polyurethane block copolymer obtainable by reacting together: (a) a poly(alkylene oxide); (b) a difunctional compound; (c) a difunctional isocyanate; and (d) optionally a block copolymer comprising poly(alkylene oxide) blocks; and (a) a poly(alkylene oxide); (b) a difunctional compound; (c) a difunctional isocyanate; and (d) optionally a block copolymer comprising poly(alkylene oxide) blocks; and (ii) a pharmaceutically active agent, wherein the pharmaceutically active agent is selected from the group consisting of quinagolide, quinagolide metabolite N-desethyl and quinagolide metabolite N,N-didesethyl, or a pharmaceutically acceptable salt thereof.
A polyolefin resin foam sheet having a plurality of cells in an inside thereof, the polyolefin resin foam sheet having the 50% compressive strength of 120 kPa or less; the MD elongation percentage of 400% or less; and the TD elongation percentage of 200% or less, wherein the foam sheet is a crosslinked body, wherein the thickness is 0.02 mm or more and 0.45 mm or less, and wherein the compressive strength, the MD elongation percentage and the TD elongation percentage are measured according to JIS K6767.
A corrugated tube arrangement for accommodating lines, cable harnesses or the like, comprising an inner corrugated tube and an outer corrugated tube , which are each flexible and made of plastic with circumferential corrugations and which each include a longitudinal slot , wherein the outer corrugated tube can be plugged onto the inner corrugated tube with mutual radial engagement of the corrugations of the two corrugated tubes , wherein in the plugged-together state, a longitudinal strip formed on the inner corrugated tube projects radially into the longitudinal slot of the outer corrugated tube and covers the latter, the longitudinal strip being provided with corrugations of the same shape and pitch as those on the outer corrugated tube and an external diameter of which corresponds to that of the corrugations on the outer corrugated tube , characterized in that the radial end cross sections (13, 13', 13") of all the corrugations on both side edges of both the longitudinal slot of the outer corrugated tube and of the longitudinal strip on the inner corrugated tube and on the longitudinal sides , running on both sides of this longitudinal strip of the remaining cross section of the inner corrugated tube are closed, the longitudinal strip of the inner corrugated tube is connected on both longitudinal sides in each case via a recess which is V-shaped and radially extends to the internal cross section of the corrugations of the inner corrugated tube to the remaining cross section of the inner corrugated tube , and in that , in the plugged-together state of the two corrugated tubes , each side edge of the longitudinal slot of the outer corrugated tube projects into the V-shaped recess on the facing longitudinal side of the longitudinal strip of the inner corrugated tube .
System comprising a server and a secure element comprising a processor , an input/output interface and at least one memory , wherein a program for detecting information (INFO) stored in the memory is designed to collect information about the configuration or the environment of the secure element , the server being designed to receive the information collected, characterised in that the server is designed to determine test directives depending on the information collected and to transmit the determined test directives to the secure element, and in that a test program (TEST) stored in the memory is designed to browse (E30; E104; E214; E324) at least one test directive received through the input/output interface and to carry out (E32; E106; E216; E326) at least one test according to the browsed test directive.
A method of producing a multi-layer ceramic substrate , the method comprising the steps of: (A) preparing a first ceramic green sheet with a thermal expansion layer arranged thereon, and at least one second ceramic green sheet with no thermal expansion layer arranged thereon, the thermal expansion layer being formed and patterned on the first ceramic green sheet by a printing method with use of a thermal expansion layer paste; (B) laminating the first and second ceramic green sheets with the thermal expansion layer sandwiched therebetween, thereby obtaining a green sheet laminate ; (C) pressure-bonding together the first ceramic green sheet and the at least one second ceramic green sheet of the green sheet laminate; (D) heating and thereby expanding the thermal expansion layer at least in a thickness direction in the pressure-bonded green sheet laminate; (E) extracting a portion of the green sheet laminate that has been displaced by the expansion of the thermal expansion layer, thereby forming a cavity in the green sheet laminate; and (F) sintering the green sheet laminate with the cavity formed therein. (A) preparing a first ceramic green sheet with a thermal expansion layer arranged thereon, and at least one second ceramic green sheet with no thermal expansion layer arranged thereon, the thermal expansion layer being formed and patterned on the first ceramic green sheet by a printing method with use of a thermal expansion layer paste; (B) laminating the first and second ceramic green sheets with the thermal expansion layer sandwiched therebetween, thereby obtaining a green sheet laminate ; (C) pressure-bonding together the first ceramic green sheet and the at least one second ceramic green sheet of the green sheet laminate; (D) heating and thereby expanding the thermal expansion layer at least in a thickness direction in the pressure-bonded green sheet laminate; (E) extracting a portion of the green sheet laminate that has been displaced by the expansion of the thermal expansion layer, thereby forming a cavity in the green sheet laminate; and (F) sintering the green sheet laminate with the cavity formed therein.
A contact piece assembly for achieving switching between different electrical circuits, the contact piece assembly comprising a first stationary contact piece (81a; 81b) with a first stationary contact (S2; S5) provided thereon; a second stationary contact piece (82a; 82b) with a second stationary contact (S3; S6) provided thereon; and a movable contact piece assembly (83a; 83b) comprising: a movable contact carrier (84a; 84b) connectable to a rotary member (60; 50); a movable contact (85a; 85b) fixed on the movable contact carrier (84a; 84b); and a reset member (86a; 86b), with one end thereof being connected to the movable contact carrier (84a; 84b), and the other end thereof being connected to the rotary member (60; 50), the reset member (86a; 86b) being suitable to generate a contact pressure, wherein as the rotary member (60; 50) rotates, the movable contact (85a; 85b) can be driven into contact with the first stationary contact (S2; S5) or the second stationary contact (S3; S6); characterized in that the contact piece assembly is a change-over contact piece assembly, wherein the rotary member (60; 50) is provided with two locating protrusions (604, 605; 504, 505) for bearing the movable contact carrier (84a; 84b), when the rotary member (60; 50) drives the movable contact carrier (84a; 84b) to rotate in a first direction and into place, the movable contact carrier (84a; 84b) takes a first locating protrusion (604; 504) as a rotation fulcrum, and when the rotary member (60; 50) drives the movable contact carrier (84a; 84b) to rotate in a second direction and into place, the movable contact carrier (84a; 84b) takes a second locating protrusion (605; 505) as the rotation fulcrum, wherein with the change of the two rotation fulcrums contact pressure reverses, so that when the movable contact (85a; 85b) is brought into contact with the first stationary contact (S2; S5) or the second stationary contact (S3; S6), contact pressure is provided by the reset member (86a; 86b). a movable contact carrier (84a; 84b) connectable to a rotary member (60; 50); a movable contact (85a; 85b) fixed on the movable contact carrier (84a; 84b); and a reset member (86a; 86b), with one end thereof being connected to the movable contact carrier (84a; 84b), and the other end thereof being connected to the rotary member (60; 50), the reset member (86a; 86b) being suitable to generate a contact pressure,
A method for determining a biopsy target in a patient's breast with x-ray contrast agent, the method comprising: compressing the breast of the patient with a paddle of an x-ray breast imaging system; the method being characterized by the steps of: acquiring one or more scout images to ensure that a biopsy target is appropriately centered in an opening of the biopsy paddle, wherein the one or more scout images are dual-energy subtracted images which visualize the contrast agent, and wherein the biopsy target is a lesion; and targeting the biopsy target by identifying coordinates of the biopsy target using image data of a stereo pair of dual energy images. acquiring one or more scout images to ensure that a biopsy target is appropriately centered in an opening of the biopsy paddle, wherein the one or more scout images are dual-energy subtracted images which visualize the contrast agent, and wherein the biopsy target is a lesion; and targeting the biopsy target by identifying coordinates of the biopsy target using image data of a stereo pair of dual energy images.
An imaging apparatus comprising: an optical system that is not an imaging lens and has a negative power; and an imaging element including a plurality of pixel output units that receives incident light from a subject entering without passing through either an imaging lens or a pinhole and entering through the optical system, and each pixel output unit outputs one detection signal indicating an output pixel value modulated by an incident angle of the incident light. an optical system that is not an imaging lens and has a negative power; and an imaging element including a plurality of pixel output units that receives incident light from a subject entering without passing through either an imaging lens or a pinhole and entering through the optical system, and each pixel output unit outputs one detection signal indicating an output pixel value modulated by an incident angle of the incident light.
A pillar unit for a bio chip for forming a bio chip along with a well plate, in which a culture medium is accommodated, wherein the bio chip analyzes samples of biological micro-substances such as cells, the pillar unit comprises: a plate-form substrate comprising a plurality of holder parts, which is spaced apart from each other, arranged vertically and horizontally, and comprises a holding space, to which an object is inserted and fixed, wherein each of the holder parts comprises transformation slits so that the holder part may be transformed and restored while the object is accommodated in the holding space; and a plurality of pillars corresponding to the above object which is accommodated in the holding space of the substrate, wherein one end of the pillar is combined with each holder part and is detachable, and the other end of the pillar includes the sample. a plate-form substrate comprising a plurality of holder parts, which is spaced apart from each other, arranged vertically and horizontally, and comprises a holding space, to which an object is inserted and fixed, wherein each of the holder parts comprises transformation slits so that the holder part may be transformed and restored while the object is accommodated in the holding space; and a plurality of pillars corresponding to the above object which is accommodated in the holding space of the substrate, wherein one end of the pillar is combined with each holder part and is detachable, and the other end of the pillar includes the sample.