mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device comprising: a monitor event designating unit to designate, if an attack event which attacks an information system in which a plurality of system component elements are included is detected and a notification of a detected event which is the detected attack event and an event involvement element which is a system component element involved in an occurrence of the detected event is provided, an attack event which can occur next to the detected event due to involvement of the event involvement element, as a monitor event; and an involvement candidate element designating unit to designate a system component element which can be involved in an occurrence of the monitor event other than the event involvement element, as an involvement candidate element, among the plurality of system component elements, wherein the involvement candidate element designating unit designates a system component element in which an attack event related to the monitor event has occurred, as the involvement candidate element, among the system component elements other than the event involvement element. a monitor event designating unit to designate, if an attack event which attacks an information system in which a plurality of system component elements are included is detected and a notification of a detected event which is the detected attack event and an event involvement element which is a system component element involved in an occurrence of the detected event is provided, an attack event which can occur next to the detected event due to involvement of the event involvement element, as a monitor event; and an involvement candidate element designating unit to designate a system component element which can be involved in an occurrence of the monitor event other than the event involvement element, as an involvement candidate element, among the plurality of system component elements, wherein the involvement candidate element designating unit designates a system component element in which an attack event related to the monitor event has occurred, as the involvement candidate element, among the system component elements other than the event involvement element.
An apparatus for inspecting a composite structure, said apparatus comprising: a housing ; a movement system associated with the housing , wherein the movement system is configured to move the housing on a surface of the composite structure ; a light source associated with the housing , wherein the light source is configured to emit a beam of light that includes both visible light and infrared light ; an infrared measurement system associated with an interior of the housing , wherein the infrared measurement system is configured to generate infrared measurement information in response to detecting infrared light reflected from the composite structure ; a visible light sensor system configured to generate image information in response to light reflected from the composite structure ; and a computer system in communication with the infrared measurement system , wherein the computer system is configured to receive the infrared measurement information generated by the infrared measurement system and identify a thickness of layers in a composite substrate of the composite structure. a housing ; a movement system associated with the housing , wherein the movement system is configured to move the housing on a surface of the composite structure ; a light source associated with the housing , wherein the light source is configured to emit a beam of light that includes both visible light and infrared light ; an infrared measurement system associated with an interior of the housing , wherein the infrared measurement system is configured to generate infrared measurement information in response to detecting infrared light reflected from the composite structure ; a visible light sensor system configured to generate image information in response to light reflected from the composite structure ; and a computer system in communication with the infrared measurement system , wherein the computer system is configured to receive the infrared measurement information generated by the infrared measurement system and identify a thickness of layers in a composite substrate of the composite structure.
A surgical cutting instrument for addressing tissue including at least one of soft tissue and bone, the instrument comprising: a first hollow elongated member having a proximal section and a distal section having serrated edges which define a cutting tip ; a second tubular member having a proximal region and a distal region forming a cutting window , the cutting window having serrated edges ; and means for rotating the first and second members relative to each other around their common axis such that the cutting tip may repeatedly address the tissue; the first elongated member being co-axially disposed within the second tubular member such that the cutting tip is exposed at the cutting window; and the cutting window comprises a first open section and a second open section separated from each other by a first pair of opposing teeth , wherein the cutting window comprises a proximal first portion having the first pair of opposing teeth , and a distal second portion having at least one second pair of opposing teeth, said first set of opposing teeth being separated by a first distance which is less than a second distance separating any second pair of opposing teeth, and wherein the area occupied by the first pair of opposing teeth , in what would otherwise be the open cutting window, contributes to reduce clogging of the cutting window by reducing the size of tissue particles that may enter the cutting window. a first hollow elongated member having a proximal section and a distal section having serrated edges which define a cutting tip ; a second tubular member having a proximal region and a distal region forming a cutting window , the cutting window having serrated edges ; and means for rotating the first and second members relative to each other around their common axis such that the cutting tip may repeatedly address the tissue; the first elongated member being co-axially disposed within the second tubular member such that the cutting tip is exposed at the cutting window; and the cutting window comprises a first open section and a second open section separated from each other by a first pair of opposing teeth , wherein the cutting window comprises a proximal first portion having the first pair of opposing teeth , and a distal second portion having at least one second pair of opposing teeth, said first set of opposing teeth being separated by a first distance which is less than a second distance separating any second pair of opposing teeth, and wherein the area occupied by the first pair of opposing teeth , in what would otherwise be the open cutting window, contributes to reduce clogging of the cutting window by reducing the size of tissue particles that may enter the cutting window.
A copolyester from between 30 and 50 mol % of a first monomer being an isohexide; between 40 and 60 mol % of a second monomer being a cycloaliphatic dicarboxylic acid; and between 1 and 20 mol % of a third monomer being an aliphatic diol, the copolyester having an acid number of between 10 and 50, the acid number being measured by potentiometric titration with 0.1 n KOH in methanol using a Metrohm titrino 716, wherein the copolyester was dissolved in a 50:50 % (V/V) acetone:toluene mixture prior to titration.
A configuration for mounting an electronic control board on a brushed electric motor , said configuration comprising a brushed electric motor , wherein said brushed electric motor comprises a cylindrical stator housing , a motor head of plastic material fixed to the stator housing and carrying brushes and relative brush holders, said motor head providing support for a shaft of the electric motor , and a plurality of motor terminals carried by the motor head and connected to said brushes, and a board holder configured to support an electronic control board , said board holder comprising a body made of plastic material in which there is formed a seat configured to receive the electronic control board , and on which there is formed, opposite to the seat , a coupling face snap-fitted radially to the electric motor to establish an electrical connection between the motor terminals and the electronic control board , wherein the coupling face of the board holder comprises hollow projections configured to receive board terminals of the electronic control board and provided with open ends in which the motor terminals are inserted, wherein the coupling face comprises a first snap tooth protruding from the coupling face and engaging an anchoring formation formed on the motor head and a second snap tooth protruding from the coupling face and engaging an edge of the stator housing , and wherein the coupling face further comprises at least one pair of leaf spring projections configured to engage a side surface (1 1c) of the stator housing . a brushed electric motor , wherein said brushed electric motor comprises a cylindrical stator housing , a motor head of plastic material fixed to the stator housing and carrying brushes and relative brush holders, said motor head providing support for a shaft of the electric motor , and a plurality of motor terminals carried by the motor head and connected to said brushes, and a board holder configured to support an electronic control board , said board holder comprising a body made of plastic material in which there is formed a seat configured to receive the electronic control board , and on which there is formed, opposite to the seat , a coupling face snap-fitted radially to the electric motor to establish an electrical connection between the motor terminals and the electronic control board , wherein the coupling face of the board holder comprises hollow projections configured to receive board terminals of the electronic control board and provided with open ends in which the motor terminals are inserted, wherein the coupling face comprises a first snap tooth protruding from the coupling face and engaging an anchoring formation formed on the motor head and a second snap tooth protruding from the coupling face and engaging an edge of the stator housing , and wherein the coupling face further comprises at least one pair of leaf spring projections configured to engage a side surface (1 1c) of the stator housing .
A saddle-ride type vehicle comprising: a power unit having a rear cylinder standing upward; a vehicle body frame supporting the power unit ; and a seat that allows an occupant to be seated; wherein the rear cylinder includes a rear cylinder head and a rear cylinder head cover that covers an upper portion of the rear cylinder head and wherein the rear cylinder head cover has a rectangular shape extending in the vehicle width direction as viewed from the direction along a rear cylinder axis (C1), the vehicle body frame includes a pair of left and right head cover adjoining portions (32L and 32R) that adjoin the rear cylinder head cover , at least a part of the rear cylinder head cover overlaps the pair of left and right head cover adjoining portions (32L and 32R) as viewed from a direction along the rear cylinder axis (C1) that is a center axis of the rear cylinder , the pair of left and right head cover adjoining portions (32L and 32R) extend rearward such that the rear cylinder head cover is exposed outside in a side view, the pair of left and right head cover adjoining portions (32L and 32R) are provided and disposed below the seat , an outer wall on an outside of each of the left and right head cover adjoining portions (32L and 32R) in a vehicle width direction includes a chamfer inclining inward in the vehicle width direction toward a lower side thereof, the vehicle body frame includes a seat rail for supporting the seat , the pair of left and right head cover adjoining portions (32L and 32R) are portions of the seat rail that adjoin the rear cylinder head cover , in the side view each of the left and right head cover adjoining portions each includes a recess formed to be recessed rearward and upward along an outline of the rear cylinder head cover such that when viewed from a side view the outline of each of the left and right head cover adjoining portion (32L and 32R) where the recess is formed is a size larger than an outline of the rear cylinder head cover to form a gap passing through in the vehicle width direction and formed between the rear cylinder head cover and a portion where each recess of the left and right head cover adjoining portions is formed as viewed from a side view, and the chamfers are each formed at a portion where the recess of each of the left and right head cover adjoining portion (32L and 32R) is formed, each chamfer inclining to be positioned inward in the vehicle width direction toward a lower side and to curve in a vehicle front-rear direction inward in the vehicle width direction, characterised in that a curve is formed at an intermediate portion of each of the left and right head cover adjoining portions (32L and 32R) in the vehicle front-rear direction as viewed from the direction along the rear cylinder axis (C1), the curve gently curving to form a gentle convex shape facing inside in the vehicle width direction.
Method for detecting at least one potential presence of at least one fluorescence pattern type on an organ section by means of immunofluorescence microscopy and by means of digital image processing, comprising - providing the organ section on a slide, - incubating the organ section with a liquid patient sample which potentially comprises primary antibodies, - incubating the organ section with secondary antibodies which have been labelled with a fluorescent dye, - acquiring a fluorescence image (FB, FB1, FB2, FB3) of the organ section in a colour channel corresponding to the fluorescent dye, - determining, by segmentation of the fluorescence image (FB, FB1, FB2, FB3) by means of a first neural network (NN1, NN1A), a sub-area (TF1, TF2, TF3) of the fluorescence image that is relevant to formation of the fluorescence pattern type, - determining, on the basis of the fluorescence image (FB, FB1, FB2, FB3) by means of a second neural network (NN2, NN2A), a measure of confidence (KM) that indicates an actual presence of the fluorescence pattern type, - determining, on the basis of the previously determined sub-area, validity information (VI) that indicates a degree of a validity of the measure of confidence (KM), - outputting the measure of confidence (KM) of the actual presence of the fluorescence pattern type and the validity information (VI). - providing the organ section on a slide, - incubating the organ section with a liquid patient sample which potentially comprises primary antibodies, - incubating the organ section with secondary antibodies which have been labelled with a fluorescent dye, - acquiring a fluorescence image (FB, FB1, FB2, FB3) of the organ section in a colour channel corresponding to the fluorescent dye, - determining, by segmentation of the fluorescence image (FB, FB1, FB2, FB3) by means of a first neural network (NN1, NN1A), a sub-area (TF1, TF2, TF3) of the fluorescence image that is relevant to formation of the fluorescence pattern type, - determining, on the basis of the fluorescence image (FB, FB1, FB2, FB3) by means of a second neural network (NN2, NN2A), a measure of confidence (KM) that indicates an actual presence of the fluorescence pattern type, - determining, on the basis of the previously determined sub-area, validity information (VI) that indicates a degree of a validity of the measure of confidence (KM), - outputting the measure of confidence (KM) of the actual presence of the fluorescence pattern type and the validity information (VI).
A cathodic electro-optic sub-assembly, comprising: a first substrate web; a first electrically conductive layer disposed on the first substrate web; and an electrochromic cathodic gel layer disposed on the first electrically conductive layer, wherein the electrochromic cathodic gel layer is formed as a free-standing gel that includes at least one solvent and a cross-linked polymeric matrix in which an electrochromic cathodic component is dispersed, the electrochromic cathodic gel layer comprising a thickness in a range of 20 μm to 500 μm, wherein a thickness variation of the electrochromic cathodic gel layer comprises less than about 20% of an average thickness of the electrochromic cathodic gel layer, wherein the amount of polymeric matrix in the electrochromic cathodic gel layer is 20 wt.% to 50 wt.%, and wherein the cathodic electro-optic sub-assembly is configured to be assembled with an anodic electro-optic sub-assembly to form an electrochromic assembly, the anodic electro-optic sub-assembly comprising a second substrate web, a second electrically conductive layer disposed on the second substrate web, and an electrochromic anodic gel layer disposed on the second electrically conductive layer. a first substrate web; a first electrically conductive layer disposed on the first substrate web; and an electrochromic cathodic gel layer disposed on the first electrically conductive layer, wherein the electrochromic cathodic gel layer is formed as a free-standing gel that includes at least one solvent and a cross-linked polymeric matrix in which an electrochromic cathodic component is dispersed, the electrochromic cathodic gel layer comprising a thickness in a range of 20 μm to 500 μm, wherein a thickness variation of the electrochromic cathodic gel layer comprises less than about 20% of an average thickness of the electrochromic cathodic gel layer, wherein the amount of polymeric matrix in the electrochromic cathodic gel layer is 20 wt.% to 50 wt.%, and wherein the cathodic electro-optic sub-assembly is configured to be assembled with an anodic electro-optic sub-assembly to form an electrochromic assembly, the anodic electro-optic sub-assembly comprising a second substrate web, a second electrically conductive layer disposed on the second substrate web, and an electrochromic anodic gel layer disposed on the second electrically conductive layer.
A micro-electromechanical device formed from a semiconductor substrate having its layers defining planes along axes x and y, the axis perpendicular to the layers defining an axis z, said device comprising: - at least one anchoring area which is fixed with respect to the substrate, - at least one mobile mass, capable of displacing out of the substrate plane along axis z by rotation around a swivel axis directed along axis x, - at least one deformable element , said deformable element connecting the mobile mass to the anchoring area , and - at least one means for detecting the displacement of the mobile mass, - said mobile mass having a first portion forming a support structure and a second portion forming the main body of the mobile mass, said first portion being connected to the anchoring area by the deformable element , said first and second portions being connected by at least two flexible portions forming decoupling springs fastened to two different sides of said first portion ; characterized in that it comprises at least one stop limiting the displacement of the second portion of the mobile mass relative to the anchoring area. - at least one anchoring area which is fixed with respect to the substrate, - at least one mobile mass, capable of displacing out of the substrate plane along axis z by rotation around a swivel axis directed along axis x, - at least one deformable element , said deformable element connecting the mobile mass to the anchoring area , and - at least one means for detecting the displacement of the mobile mass, - said mobile mass having a first portion forming a support structure and a second portion forming the main body of the mobile mass, said first portion being connected to the anchoring area by the deformable element , said first and second portions being connected by at least two flexible portions forming decoupling springs fastened to two different sides of said first portion ;
A negative pressure device comprising: a drape (36; 236) including an opening (40; 240) and being made from a flexible material that inhibits passage of liquid and air through the drape (36; 236) other than through the opening (40; 240); a wicking element covered by the drape (36; 236); a sealing element surrounding the wicking element and when applied to skin cooperating with the drape to define an enclosed volume covered by the drape (36; 236) and surrounded by the sealing element such that air within the enclosed volume is inhibited from exiting the enclosed volume other than through the opening (40; 240); characterized in that the device further comprises a reactor (100; 300; 340; 380) configured to react with a gas found in air to consume the gas; a chamber (162; 302; 342; 382; 432) in fluid communication with the reactor (100; 300; 340; 380), and in fluid communication with the enclosed volume via the opening (40; 240), the chamber (162; 302; 342; 382; 432) configured to maintain a predefined chamber volume while the gas is being consumed from the enclosed volume ; and an air permeable liquid impervious element (78; 120), interposed between the chamber (162; 302; 342; 382; 432) and the enclosed volume and configured to preclude liquid from entering the chamber (162; 302; 342; 382; 432) from the enclosed volume through the opening (40; 240). a drape (36; 236) including an opening (40; 240) and being made from a flexible material that inhibits passage of liquid and air through the drape (36; 236) other than through the opening (40; 240); a wicking element covered by the drape (36; 236); a sealing element surrounding the wicking element and when applied to skin cooperating with the drape to define an enclosed volume covered by the drape (36; 236) and surrounded by the sealing element such that air within the enclosed volume is inhibited from exiting the enclosed volume other than through the opening (40; 240); characterized in that the device further comprises a reactor (100; 300; 340; 380) configured to react with a gas found in air to consume the gas; a chamber (162; 302; 342; 382; 432) in fluid communication with the reactor (100; 300; 340; 380), and in fluid communication with the enclosed volume via the opening (40; 240), the chamber (162; 302; 342; 382; 432) configured to maintain a predefined chamber volume while the gas is being consumed from the enclosed volume ; and an air permeable liquid impervious element (78; 120), interposed between the chamber (162; 302; 342; 382; 432) and the enclosed volume and configured to preclude liquid from entering the chamber (162; 302; 342; 382; 432) from the enclosed volume through the opening (40; 240).
A set of film pieces comprising two pieces of protective film , each designed to cover the inner surface of only one of the two side walls of an ink fountain of a planographic offset printing press, wherein each of said pieces of protective film has an essentially triangular cut line and is, in the installed or in-use state, configured to cover a different one of the two side walls of the ink fountain .