mhurhangee/ep-ind-claims huggingface dataset:
A method of processing an image in a diagnostic apparatus of diagnosing a disease using a captured image of an affected area, comprising a separating step of separating the captured image into a brightness component and a color information component; an extracting step of extracting a region of the captured image to be a vascular region as a likelihood V indicating a likeliness of a vascular region based on the brightness component or the color information component of the captured image; and a highlighting step of highlighting the extracted region of the captured image in accordance with the likelihood V, wherein in the separating step, the captured image is converted from a RGB color space to a Lab color space to be separated into a L component as the brightness component and an ab component as the color information component; characterized in that in the extracting step the likelihood V to be a vascular region is extracted from the converted, captured image of the Lab color space, based on the L component and the ab component; and the likelihood V is defined as: V = 1 − exp K ∧ 2 / 2 ∗ σ ∧ 2; wherein K is defined as K=sqrt(λ1 ∗ λ1+λ2 ∗ λ2); * is the multiplication operation; ^ is the power operation; σ is an adjustment coefficient; "sqrt" is the square root operation; and λ1 and λ2 are real numbers indicating characteristic values of Hessian matrix for each pixel.
A composition for use in a method promoting a tolerogenic immune response to an antigen that would otherwise cause an undesired immune response when administered to a subject, wherein: (a) the composition comprises synthetic nanocarriers coupled to: rapamycin or a rapamycin analog at a load of no more than 25% (w/w); and MHC Class II-restricted epitopes of the said antigen at a load of no more than 25% (w/w); and (b) the composition is in an amount effective to generate CD8+ regulatory T cells specific for said antigen in the subject. (a) the composition comprises synthetic nanocarriers coupled to: rapamycin or a rapamycin analog at a load of no more than 25% (w/w); and MHC Class II-restricted epitopes of the said antigen at a load of no more than 25% (w/w); and (b) the composition is in an amount effective to generate CD8+ regulatory T cells specific for said antigen in the subject.
An apparatus for eliminating a heterogeneous glass, comprising: a storage bath having an inlet and an outlet to receive a molten glass fed into the inlet and to discharge the received molten glass through the outlet, and an evacuating opening formed on the top of the storage bath, the evacuating opening allowing the received molten glass to overflow; characterized by a first gate being mounted close to the outlet of the storage bath and configured to move up and down so that an open area is adjusted, thereby controlling the flow rate of the molten glass to be discharged through the outlet; and a second gate being mounted close to the inlet of the storage bath and configured to move up and down so that the height of the molten glass received in the storage bath is controlled at the section in which the evacuating opening is formed. a storage bath having an inlet and an outlet to receive a molten glass fed into the inlet and to discharge the received molten glass through the outlet, and an evacuating opening formed on the top of the storage bath, the evacuating opening allowing the received molten glass to overflow; characterized by a first gate being mounted close to the outlet of the storage bath and configured to move up and down so that an open area is adjusted, thereby controlling the flow rate of the molten glass to be discharged through the outlet; and a second gate being mounted close to the inlet of the storage bath and configured to move up and down so that the height of the molten glass received in the storage bath is controlled at the section in which the evacuating opening is formed.
Drive device for a leaf of a window or a door, having an electric motor drive which, in a closed position of the leaf, can be arranged in a concealed manner in a rebate space between a blind frame and a leaf frame, the drive comprising a chain, which can be moved on one side on the drive via at least one pinion of the drive and is fixed on the opposite side on a lever of the drive, the chain being designed as a flexurally rigid chain and the lever being mounted on the leaf frame or the blind frame so as to be rotatable only about an axis of rotation, wherein the lever has a receptacle to which the last chain link of the chain is fixed and the receptacle is held on a web-shaped lever section to which the axis of rotation is provided at the end, characterised in that the chain and the lever section extend parallel and spaced apart in the region of the web-shaped lever section, the lever and at least the last link of the chain form a unit which can only be moved together, i.e. can only be moved about the one axis of rotation on the leaf or blind frame, in order to avoid relative movement between the last link of the chain and the lever.
A method for producing otoplastics for an application area which is moved dynamically and individually and in which a three-dimensional mapping of the application area is registered at at least two positions of its movement and said registration is taken into account in the production of the otoplastic, characterized in that the configuration of the otoplastic is optimised with respect to the moved application area, in that the flexibility required of otoplastic areas is determined from the registration in a computer unit and the otoplastic is produced with the area-specific determined flexibility.
An electronic device comprising: a housing; a plate attached to the housing to form an inner space together with the housing and including a flat portion facing in a first direction and a curved portion extended from an edge of the flat portion and forming an obtuse angle with the first direction; and an antenna module positioned in the inner space, wherein the antenna module includes: a first partial layer having a first size, a second partial layer including a first antenna pattern, the second partial layer having a second size smaller than the first size, and stacked on the first partial layer, and a third partial layer including a second antenna pattern, the third partial layer having a third size smaller than the second size, and stacked on the second partial layer, and wherein the third partial layer overlaps in the first direction at least a portion of the flat portion, and at least a portion of the second partial layer overlaps in the first direction at least a portion of the curved portion. a housing; a plate attached to the housing to form an inner space together with the housing and including a flat portion facing in a first direction and a curved portion extended from an edge of the flat portion and forming an obtuse angle with the first direction; and an antenna module positioned in the inner space, wherein the antenna module includes: a first partial layer having a first size, a second partial layer including a first antenna pattern, the second partial layer having a second size smaller than the first size, and stacked on the first partial layer, and a third partial layer including a second antenna pattern, the third partial layer having a third size smaller than the second size, and stacked on the second partial layer, and wherein the third partial layer overlaps in the first direction at least a portion of the flat portion, and at least a portion of the second partial layer overlaps in the first direction at least a portion of the curved portion. a first partial layer having a first size, a second partial layer including a first antenna pattern, the second partial layer having a second size smaller than the first size, and stacked on the first partial layer, and a third partial layer including a second antenna pattern, the third partial layer having a third size smaller than the second size, and stacked on the second partial layer, and wherein the third partial layer overlaps in the first direction at least a portion of the flat portion, and at least a portion of the second partial layer overlaps in the first direction at least a portion of the curved portion.
A method for constructing a region of interest from images representing a same scene for use by an application requiring Video Content Analytics, the region of interest being used for setting a camera used to obtain the images and to process images obtained from the camera, the method comprising: obtaining a plurality of images representing a same scene from the camera; detecting targets of a predetermined type in images of the plurality of images; segmenting an area corresponding to the images of the plurality of images into portions of image by using at least one predetermined criteria related to the detected targets, each of the portions being associated with a relevance indication for the corresponding portion to be selected as part of a region of interest, said relevance indication being determined as a score of the portion relatively to the detected targets in view of the application; displaying a representation of the portions and of corresponding relevance indications; obtaining a selection of one relevant portion among the portions, by detecting selection of one relevant portion by a user; upon obtaining the selection of the one relevant portion, updating the relevance indication associated with the portions different than the selected relevant portion, according to a camera settings non-compatibility rule with the selected relevant portion; iterating the obtaining selection until the selected portions are validated; and constructing a region of interest by concatenating the selected relevant portions. obtaining a plurality of images representing a same scene from the camera; detecting targets of a predetermined type in images of the plurality of images; segmenting an area corresponding to the images of the plurality of images into portions of image by using at least one predetermined criteria related to the detected targets, each of the portions being associated with a relevance indication for the corresponding portion to be selected as part of a region of interest, said relevance indication being determined as a score of the portion relatively to the detected targets in view of the application; displaying a representation of the portions and of corresponding relevance indications; obtaining a selection of one relevant portion among the portions, by detecting selection of one relevant portion by a user; upon obtaining the selection of the one relevant portion, updating the relevance indication associated with the portions different than the selected relevant portion, according to a camera settings non-compatibility rule with the selected relevant portion; iterating the obtaining selection until the selected portions are validated; and constructing a region of interest by concatenating the selected relevant portions.
An authentication method in a secure channel unused mode on a first terminal in which Fine Ranging, FiRa, applet is executed, the method comprising: generating a session basic information comprising a random value; transmitting the generated session basic information to a second terminal without establishing a secure channel with the second terminal; generating (S113-1) session data comprising a session key from the generated session basic information by using an authentication key pre-shared with the second terminal; and performing ultra-wide band, UWB, ranging with the second terminal by using the generated session data. generating a session basic information comprising a random value; transmitting the generated session basic information to a second terminal without establishing a secure channel with the second terminal; generating (S113-1) session data comprising a session key from the generated session basic information by using an authentication key pre-shared with the second terminal; and performing ultra-wide band, UWB, ranging with the second terminal by using the generated session data.
A three-dimensional resistive memory (10, 20, 30, 40, 50), comprising: a channel pillar, disposed on a substrate, wherein the channel pillar comprises a semiconductor material; a first gate pillar, disposed on the substrate and at a first side of the channel pillar; a first gate dielectric layer, disposed between the channel pillar and the first gate pillar; a first stacked structure and a second stacked structure, disposed on the substrate and respectively at opposite second and third sides of the channel pillar, wherein each of the first stacked structure and the second stacked structure comprises a plurality of conductive material layers and a plurality of insulating material layers alternately stacked; a variable resistance pillar, disposed on the substrate and at a side of the first stacked structure opposite to the channel pillar; and an electrode pillar, disposed on the substrate and located inside of the variable resistance pillar, wherein the electrode pillar comprises, from outside to inside, an ion exchange layer, a barrier layer and an electrode layer. a channel pillar, disposed on a substrate, wherein the channel pillar comprises a semiconductor material; a first gate pillar, disposed on the substrate and at a first side of the channel pillar; a first gate dielectric layer, disposed between the channel pillar and the first gate pillar; a first stacked structure and a second stacked structure, disposed on the substrate and respectively at opposite second and third sides of the channel pillar, wherein each of the first stacked structure and the second stacked structure comprises a plurality of conductive material layers and a plurality of insulating material layers alternately stacked; a variable resistance pillar, disposed on the substrate and at a side of the first stacked structure opposite to the channel pillar; and an electrode pillar, disposed on the substrate and located inside of the variable resistance pillar, wherein the electrode pillar comprises, from outside to inside, an ion exchange layer, a barrier layer and an electrode layer.
A multilayered under tile sheet for waterproofing a roof of a building, comprising: - a reinforcement layer in fibrous material having a first and an opposite second faces; - a first and a second water-proof membrane, connected to said first and second faces of the reinforcement layer, respectively, on the entire surface of said faces; - a first and a second layer in fibrous material connected to said first and second water-proof membrane, respectively, said first membrane being interposed between the reinforcement layer and said first fibrous layer, and said second membrane being interposed between the reinforcement layer and said second fibrous layer, at least one of said first and second fibrous layers comprises, on a face (41,51) opposite a further face adjacent to one of the impermeable membranes, a multiplicity of protuberances, characterized in that said protuberances are created by performing a mechanical drilling operation of the at least one of said first and second fibrous layers, said drilling operation being performed starting from the further face of said layer. - a reinforcement layer in fibrous material having a first and an opposite second faces; - a first and a second water-proof membrane, connected to said first and second faces of the reinforcement layer, respectively, on the entire surface of said faces; - a first and a second layer in fibrous material connected to said first and second water-proof membrane, respectively, said first membrane being interposed between the reinforcement layer and said first fibrous layer, and said second membrane being interposed between the reinforcement layer and said second fibrous layer, at least one of said first and second fibrous layers comprises, on a face (41,51) opposite a further face adjacent to one of the impermeable membranes, a multiplicity of protuberances,
A method for classifying received radio frequency signals, comprising: receiving an input signal; matched filtering the input signal to produce a correlation result signal; sampling the correlation result signal at a plurality of half-bit-grids and a plurality of bit-grids to produce a set of modulated phase correlation result samples and a set of non-modulated phase correlation result samples; calculating a minimum of the set of modulated phase correlation result samples; calculating a maximum of the set of non-modulated phase correlation result samples; and classifying the input signal as valid data or collision data based on the calculated minimum and the calculated maximum. receiving an input signal; matched filtering the input signal to produce a correlation result signal; sampling the correlation result signal at a plurality of half-bit-grids and a plurality of bit-grids to produce a set of modulated phase correlation result samples and a set of non-modulated phase correlation result samples; calculating a minimum of the set of modulated phase correlation result samples; calculating a maximum of the set of non-modulated phase correlation result samples; and classifying the input signal as valid data or collision data based on the calculated minimum and the calculated maximum.
A metallic shell, comprising: a metallic body having a slot; and an insulator formed in the slot, wherein the insulator comprises an insulating material, the insulating material comprises a plastic material, characterized in that it further comprises a first coating and a second coating, the first coating is configured to colour the plastic material to make the insulator exhibit a same colour as that of the body, the second coating is configured to improve luster of the plastic material to make the insulator exhibit a same metallic luster as that of the body. a metallic body having a slot; and an insulator formed in the slot, wherein the insulator comprises an insulating material, the insulating material comprises a plastic material, characterized in that it further comprises a first coating and a second coating, the first coating is configured to colour the plastic material to make the insulator exhibit a same colour as that of the body, the second coating is configured to improve luster of the plastic material to make the insulator exhibit a same metallic luster as that of the body.
A subsurface reaction body for use in apparatus for converting wave motion in a body of water to useful energy, the subsurface reaction body being arranged to be selectively filled with air to a preset maximum buoyancy configuration (Fig 2) and to be filled with water to a preset minimum buoyancy configuration (Fig 1), characterised in that the subsurface reaction body has an arrangement of chambers to inhibit free flow of water through the reaction body, the chambers being arranged to be independently selectively filled with either air or water to define at least one further preset buoyancy configuration between the respective maximum and minimum configurations.
An antistatic agent for thermoplastic resins, comprising: a block polymer having a block of a hydrophobic polymer (a) and a block of a hydrophilic polymer (b) as structure units; and a C6-C18 branched alkylbenzenesulfonate, wherein a cation forming the C6-C18 branched alkylbenzenesulfonate is an imidazolium cation or a sodium cation. a block polymer having a block of a hydrophobic polymer (a) and a block of a hydrophilic polymer (b) as structure units; and a C6-C18 branched alkylbenzenesulfonate, wherein a cation forming the C6-C18 branched alkylbenzenesulfonate is an imidazolium cation or a sodium cation.
A grinding device comprising a grinding mechanism, a driving mechanism capable of driving the grinding mechanism to operate, and a grinding seat located between the grinding mechanism and the driving mechanism, the grinding mechanism comprising a rotating shaft unit inserted in and protruded from the grinding seat to be rotatably connected to the driving mechanism, an inner grinding unit sleeved on the rotating shaft unit, and an outer grinding unit surrounding and spaced from the inner grinding unit, the driving mechanism being able to drive the rotating shaft unit to bring the inner grinding unit to rotate and grind the substance to be ground in cooperation with the outer grinding unit, the grinding mechanism further comprising a supporting unit sleeved on and abutted against the rotating shaft unit, the supporting unit comprising a first supporting seat and a first supporting assembly connected to the first supporting seat, the first supporting assembly defining a first supporting hole, the supporting unit further comprising a second supporting assembly assembled to the first supporting seat and located between the inner grinding unit and the grinding seat, the second supporting assembly defining a second supporting hole, the top end of the rotating shaft unit rotationally inserted in the first supporting hole, the bottom end of the rotating shaft unit rotationally inserted in the second supporting hole, characterized in that the driving mechanism is located under the grinding mechanism, the driving mechanism is provided with an assembling hole under the second supporting hole, the bottom end of the rotating shaft unit is further detachably inserted into the assembling hole of the driving mechanism, and the first supporting seat is detachably assembled and connected to the grinding seat, so that the grinding mechanism is able to be detached from or assembled to the grinding seat.
A device for orthodontic corrective treatment, in particular for correcting the malposition of molars, the device comprising a palatal arch which is fastened to at least one support device on the one hand and indirectly engages with the respective molar in a spring-loaded manner on the other hand, at least one thrust unit and/or at least one tension unit being provided in the area of each of the free ends of the preferably approximately U-shaped palatal arch and each being made of a support element and a thrust or tension element, respectively, as well as being made of a spring arranged therebetween and keeping the same at a distance, each support element being realized so as to be able to be clamped on the palatal arch, each thrust or tension element being able to be indirectly fastened to the respective molar to be moved, at least one coupling element being provided for fastening the palatal arch to the support device, characterized in that the support element and the thrust or tension element each comprise a thread bore (11, 12) penetrating the support element and the thrust or tension element in order to receive the spring, the respective spring, when having coils distanced from each other, being able to be screwed into the thread bore (11, 12), the lateral arms of the palatal arch penetrating the respective spring as well as the support element and the thrust or tension element.
Screw compressor comprising a first rotor and a second rotor, each rotor (4, 5) comprising a synchronisation gear (13, 14), said screw compressor further provided with an electric motor and one or two driving gears (9, 10) for driving said first rotor or second rotor, characterised in that at least one of the synchronisation gears (13, 14) or driving gears (9, 10) is provided with spokes between a rim supporting a gear mesh and a corresponding gear hub.