mhurhangee/ep-ind-claims huggingface dataset:
A white balance processing method comprising: identifying a portrait region in an image, the portrait region comprising a face region and a body region; determining whether an area occupied by the portrait region in the image is less than a preset area threshold; responsive to determining that the area occupied by the portrait region in the image is not less than the preset area threshold, obtaining a target white balance gain value according to an area occupied by the face region in the image; responsive to determining that the area occupied by the portrait region in the image is less than the preset area threshold, obtaining the target white balance gain value according to the area occupied by the portrait region in the image; and performing white balance processing on the image according to the target white balance gain value; wherein identifying the portrait region in the image comprises: performing face recognition on the image to obtain a face region; determining candidate regions with a depth similar to that of the face region according to depth information of the image; and identifying a region adjacent to the face region in the candidate regions as the portrait region in the image. identifying a portrait region in an image, the portrait region comprising a face region and a body region; determining whether an area occupied by the portrait region in the image is less than a preset area threshold; responsive to determining that the area occupied by the portrait region in the image is not less than the preset area threshold, obtaining a target white balance gain value according to an area occupied by the face region in the image; responsive to determining that the area occupied by the portrait region in the image is less than the preset area threshold, obtaining the target white balance gain value according to the area occupied by the portrait region in the image; and performing white balance processing on the image according to the target white balance gain value; wherein identifying the portrait region in the image comprises: performing face recognition on the image to obtain a face region; determining candidate regions with a depth similar to that of the face region according to depth information of the image; and identifying a region adjacent to the face region in the candidate regions as the portrait region in the image. performing face recognition on the image to obtain a face region; determining candidate regions with a depth similar to that of the face region according to depth information of the image; and identifying a region adjacent to the face region in the candidate regions as the portrait region in the image.
A liquid crystal composition having positive dielectric anisotropy, comprising: a dielectrically positive component containing a dielectrically positive compound represented by Formula (1.1): containing at least one compound selected from the group consisting of compounds represented by Formulae and further containing one, two, or more kinds of compounds represented by General formula, (wherein R 11 represents an alkyl group having 2 to 5 carbon atoms, each of X 11 to X 14 independently represents a fluorine atom or a hydrogen atom, Y 11 represents a fluorine atom or -OCF 3, A 11 represents a 1,4-phenylene group, A 12 represents a 1,4-phenylene group, and Q 11 represents a single bond), and a dielectrically neutral component containing 14% by mass or more of a compound represented by Formula (1.2): containing at least one compound selected from the group consisting of compounds represented by Formulae and further containing one, two, or more kinds of compounds represented by General formula: (wherein each of R 71 and R 72 independently represents an alkyl or alkenyl group having 2 to 5 carbon atoms, each of X 71 or X 72 independently represents a fluorine atom or a hydrogen atom, A 71 represents a 1,4-cyclohexylene group, and each of m and n independently represents 0 or 1). a dielectrically positive component containing a dielectrically positive compound represented by Formula (1.1): containing at least one compound selected from the group consisting of compounds represented by Formulae and further containing one, two, or more kinds of compounds represented by General formula, (wherein R 11 represents an alkyl group having 2 to 5 carbon atoms, each of X 11 to X 14 independently represents a fluorine atom or a hydrogen atom, Y 11 represents a fluorine atom or -OCF 3, A 11 represents a 1,4-phenylene group, A 12 represents a 1,4-phenylene group, and Q 11 represents a single bond), and a dielectrically neutral component containing 14% by mass or more of a compound represented by Formula (1.2): containing at least one compound selected from the group consisting of compounds represented by Formulae and further containing one, two, or more kinds of compounds represented by General formula: (wherein each of R 71 and R 72 independently represents an alkyl or alkenyl group having 2 to 5 carbon atoms, each of X 71 or X 72 independently represents a fluorine atom or a hydrogen atom, A 71 represents a 1,4-cyclohexylene group, and each of m and n independently represents 0 or 1).
A method for manufacturing a toothbrush filament trimmer comprising - providing a cutter and a counter knife each consisting of hot-working steel, wherein the cutter and the counter knife comprise at least a recess suitable to carry a coating to form a cutting edge, - depositing a first material onto the at least one recess of the cutter and/or the counter knife to form a first layer; - depositing a second material onto each first layer to form a second layer, wherein at least a carbide of at least one element of the fourth, the fifth, the sixth and/or the seventh group of the periodic table is used as the second material, and - sharpening the coating comprising the first layer and the second layer applied to the at least one recess of the cutter and/or to the at least one recess of the counter knife, wherein a cutting edge is formed. - providing a cutter and a counter knife each consisting of hot-working steel, wherein the cutter and the counter knife comprise at least a recess suitable to carry a coating to form a cutting edge, - depositing a first material onto the at least one recess of the cutter and/or the counter knife to form a first layer; - depositing a second material onto each first layer to form a second layer, wherein at least a carbide of at least one element of the fourth, the fifth, the sixth and/or the seventh group of the periodic table is used as the second material, and - sharpening the coating comprising the first layer and the second layer applied to the at least one recess of the cutter and/or to the at least one recess of the counter knife, wherein a cutting edge is formed.
Planetary gear set with several gear stages (10, 20, 30), comprising an internally geared annular ring, with which the planet gears (22, 32) are in engagement with at least one gear stage (20, 30), characterized in that at least one circular insert part with external and internal gearing (14a, 14b) is arranged in the annular ring, whereby the external gearing is in engagement with the annular ring and the internal gearing meshes with planet gears of another gear stage.
A sheet feeding device comprising: a main assembly; a holding unit (31, 131, 231) detachably mountable to said main assembly; a rotatable member (311, 311A, 312), provided in said holding unit (31, 131, 231), for feeding a sheet; characterized by a portion-to-be-engaged provided on said main assembly; and a guiding member (37, 37A, 37B) for guiding feeding of the sheet, wherein said guiding member (37, 37A, 37B) is provided in said holding unit (31, 131, 231) and includes an engaging portion engageable with said portion-to-be-engaged, wherein said guiding member (37, 37A, 37B) is movable between an engaging position where said portion-to-be-engaged and the engaging portion are engaged with each other to guide the sheet and a guiding position where said portion-to-be-engaged and the engaging portion are disengaged from each other to guide demounting and mounting of said holding unit (31, 131, 231). a main assembly; a holding unit (31, 131, 231) detachably mountable to said main assembly; a rotatable member (311, 311A, 312), provided in said holding unit (31, 131, 231), for feeding a sheet; characterized by a portion-to-be-engaged provided on said main assembly; and a guiding member (37, 37A, 37B) for guiding feeding of the sheet, wherein said guiding member (37, 37A, 37B) is provided in said holding unit (31, 131, 231) and includes an engaging portion engageable with said portion-to-be-engaged, wherein said guiding member (37, 37A, 37B) is movable between an engaging position where said portion-to-be-engaged and the engaging portion are engaged with each other to guide the sheet and a guiding position where said portion-to-be-engaged and the engaging portion are disengaged from each other to guide demounting and mounting of said holding unit (31, 131, 231).
A processor implemented method of diagnosing a heart state based on an electrocardiogram, comprising: obtaining an electrocardiogram file (31, F1), wherein the electrocardiogram file (31, F1) is in a first file format and comprises a plurality of potential traces (ECG_t1,ECG_t2, ECG_t3) of a plurality of leads; converting the electrocardiogram file (31, F1) into a second file format to obtain electrocardiogram data (41, ECG_d1, ECG_d2, ECG_d3) corresponding to the plurality of leads, wherein, each of the plurality of potential traces (ECG_t1,ECG_t2, ECG_t3) relative to time in the electrocardiogram file (31, F1) is converted into the electrocardiogram data (41, ECG_d1, ECG_d2, ECG_d3) of each of the plurality of lead; generating an integrated electrocardiogram data (42, F1) associated with the plurality of leads based on the electrocardiogram data (41, ECG_d1, ECG_d2, ECG_d3) of the plurality of leads through a zero-padding operation and a stacking operation; and generating a diagnostic result of a heart state according to the integrated electrocardiogram data (42, F1) and a deep learning model. obtaining an electrocardiogram file (31, F1), wherein the electrocardiogram file (31, F1) is in a first file format and comprises a plurality of potential traces (ECG_t1,ECG_t2, ECG_t3) of a plurality of leads; converting the electrocardiogram file (31, F1) into a second file format to obtain electrocardiogram data (41, ECG_d1, ECG_d2, ECG_d3) corresponding to the plurality of leads, wherein, each of the plurality of potential traces (ECG_t1,ECG_t2, ECG_t3) relative to time in the electrocardiogram file (31, F1) is converted into the electrocardiogram data (41, ECG_d1, ECG_d2, ECG_d3) of each of the plurality of lead; generating an integrated electrocardiogram data (42, F1) associated with the plurality of leads based on the electrocardiogram data (41, ECG_d1, ECG_d2, ECG_d3) of the plurality of leads through a zero-padding operation and a stacking operation; and generating a diagnostic result of a heart state according to the integrated electrocardiogram data (42, F1) and a deep learning model.
A glass-ceramic sheet intended in particular to be used as a surface of a furniture unit and/or as a worktop, and which comprises, in at least one of its faces, in particular its lower face, at least one connection element of a height less than 10 cm and of which the cross section can be inscribed inside a circle of a diameter less than 3 cm, said connection element being made from a material able to withstand at least 70°C and being bonded to said face by means of a thermosetting adhesive, at least one connection element comprises at least one system for fixing, advantageously removably, (an) element(s) to be added, the element or elements to be added being also each provided with at least one fixing means that complements the fixing system belonging to said connection element, the fixing system provided on one or more connection elements being formed of at least one means of immobilizing the fixing element of the element that is to be added once this element is in position in the connection element, this immobilizing means exerting a force, particularly in the direction of the glass ceramic sheet, characterized in that the direction of insertion of the fixing means of the element that is to be added into the connection element is perpendicular to, the direction of said force exerted by the immobilizing means and in that the immobilizing means is formed by the combination of a pressing element in the form of a spring, with a stop element in the form of a pin (10, 10'), keeping the spring in compression once the fixing means of the added element has been introduced in the connection element.
A tool for processing foodstuff ingredients in a bowl of a food processor; the tool comprising a casing part mounted for bodily rotation about a drive-shaft axis disposed in operation centrally of the bowl, the casing part housing gear means (41, 42; 41, 42, 44, 45) adapted to pick up rotary drive from a food processor drive shaft (43, 50) disposed on said drive-shaft axis and driven from beneath the bowl; the casing being disposed adjacent an upper end of the drive shaft and supporting first and second blade members (20, 30) depending downwardly therefrom into the bowl; said blade members being disposed at different distances from said drive-shaft axis and at different orientations there-around, and each formed with a compound curvature and tilt to simulate manual folding of ingredients using a spoon, thereby to gently lift and turn said ingredients; the blade member further from said drive-shaft axis being configured to turn ingredients in towards the axis and the blade member closer to said drive-shaft axis being configured to turn ingredients outwardly therefrom.
A semiconductor memory device including anti-fuse memories at intersections between a plurality of word lines and a plurality of bit lines, wherein each of the anti-fuse memories includes: a memory capacitor in which a memory gate electrode is disposed through a memory gate insulating film and a bit line of the plurality of bit lines is connected to, through a bit line contact, a diffusion region disposed in a well; and a rectifier element disposed between the memory gate electrode and a word line of the plurality of word lines and configured to allow voltage application from the word line to the memory gate electrode through a word line contact and block voltage application from the memory gate electrode to the word line depending on values of voltages applied to the memory gate electrode and the word line, and wherein the bit line contact is shared by two or more of the anti-fuse memories (2a 6, 2a 7, 2a 10 and 2a 11), and the word line contact is shared by two or more of the anti-fuse memories (2a 1, 2a 2, 2a 5 and 2a 6). a memory capacitor in which a memory gate electrode is disposed through a memory gate insulating film and a bit line of the plurality of bit lines is connected to, through a bit line contact, a diffusion region disposed in a well; and a rectifier element disposed between the memory gate electrode and a word line of the plurality of word lines and configured to allow voltage application from the word line to the memory gate electrode through a word line contact and block voltage application from the memory gate electrode to the word line depending on values of voltages applied to the memory gate electrode and the word line, and wherein the bit line contact is shared by two or more of the anti-fuse memories (2a 6, 2a 7, 2a 10 and 2a 11), and the word line contact is shared by two or more of the anti-fuse memories (2a 1, 2a 2, 2a 5 and 2a 6).
An electronic device comprising: a memory storing recording data including a content of a conversation, voice profile information related to data corresponding to a second voice of the conversation, and at least one instruction; and a processor configured, by executing the at least one instruction, to: input first data corresponding to a first voice in the content of the conversation into a first neural network model and acquire category information of the first data, wherein the first data is an inquiry, and identify the second voice in the recording data based on the stored voice profile information, and identify whether the second voice corresponding to second data is uttered after the first voice corresponding to the first data, and acquire category information of the second data corresponding to the second voice in the content of the conversation, wherein the second data is a response, and based on the category information of the first data and the category information of the second data being different, train the first neural network model based on the category information of the second data and the first data. a memory storing recording data including a content of a conversation, voice profile information related to data corresponding to a second voice of the conversation, and at least one instruction; and a processor configured, by executing the at least one instruction, to: input first data corresponding to a first voice in the content of the conversation into a first neural network model and acquire category information of the first data, wherein the first data is an inquiry, and identify the second voice in the recording data based on the stored voice profile information, and identify whether the second voice corresponding to second data is uttered after the first voice corresponding to the first data, and acquire category information of the second data corresponding to the second voice in the content of the conversation, wherein the second data is a response, and based on the category information of the first data and the category information of the second data being different, train the first neural network model based on the category information of the second data and the first data. input first data corresponding to a first voice in the content of the conversation into a first neural network model and acquire category information of the first data, wherein the first data is an inquiry, and identify the second voice in the recording data based on the stored voice profile information, and identify whether the second voice corresponding to second data is uttered after the first voice corresponding to the first data, and acquire category information of the second data corresponding to the second voice in the content of the conversation, wherein the second data is a response, and based on the category information of the first data and the category information of the second data being different, train the first neural network model based on the category information of the second data and the first data.
Connector able to join together at least by one end the core of one optical fibre (23, 24, 25, 26, 27) to the core of another optical fibre in a manner that is functional and tight against the external media, of the type comprising: - a body of generally cylindrical shape, whose inner portion forming a cylindrical insert is provided with longitudinal through-conduits; - at least one optical linkage device comprising: * a cylindrical ferrule, generally made of ceramic, pierced for the passage of the core of the fibre, and * a ferrule holder (18, 19, 20, 21, 22) on the one hand designed to be joined to the end of the associated fibre and on the other hand designed to provide the mechanical linkage between the ferrule and the insert; - an O-ring (31, 32) being provided between the ferrule holder and the corresponding receiving conduit of the insert; characterized in that the body of the connector and the insert form a monobloc assembly realized as a single piece and in that two consecutive O-rings (31, 32) are provided on the ferrule holder or on each ferrule holder, said O-rings being arranged spaced apart from one another longitudinally. - a body of generally cylindrical shape, whose inner portion forming a cylindrical insert is provided with longitudinal through-conduits; - at least one optical linkage device comprising: * a cylindrical ferrule, generally made of ceramic, pierced for the passage of the core of the fibre, and * a ferrule holder (18, 19, 20, 21, 22) on the one hand designed to be joined to the end of the associated fibre and on the other hand designed to provide the mechanical linkage between the ferrule and the insert; * a cylindrical ferrule, generally made of ceramic, pierced for the passage of the core of the fibre, and * a ferrule holder (18, 19, 20, 21, 22) on the one hand designed to be joined to the end of the associated fibre and on the other hand designed to provide the mechanical linkage between the ferrule and the insert; - an O-ring (31, 32) being provided between the ferrule holder and the corresponding receiving conduit of the insert;
A device, comprising: a first substrate; a photonic integrated circuit, PIC, provided on a first region of the first substrate the PIC including an optical source, the optical source generating light when a voltage or current is applied to the optical source, the optical source being provided on the first region of the first substrate; a second substrate, a second region of the second substrate forming a cavity with the first region of the first substrate, the optical source extending into the cavity, the first substrate being mounted onto the second substrate; a surface connector provided on a surface of the second substrate; an electrical connector provided on a surface of the first substrate; a hermetic seal formed by the PIC and the second substrate; and wherein the second substrate includes a conductive pass through that electrically connects the surface connector with the electrical connector to facilitate electrical connection of portions of the PIC inside the hermetical seal to one or more devices outside the hermetical seal, the conductive pass through extending beneath a portion of the second substrate and spaced from the surface of the second substrate, and an optical interconnect, the optical interconnect being provided on or in the second substrate and outside the cavity, the optical interconnect being configured to receive the light from the optical source. a first substrate; a photonic integrated circuit, PIC, provided on a first region of the first substrate the PIC including an optical source, the optical source generating light when a voltage or current is applied to the optical source, the optical source being provided on the first region of the first substrate; a second substrate, a second region of the second substrate forming a cavity with the first region of the first substrate, the optical source extending into the cavity, the first substrate being mounted onto the second substrate; a surface connector provided on a surface of the second substrate; an electrical connector provided on a surface of the first substrate; and wherein the second substrate includes a conductive pass through that electrically connects the surface connector with the electrical connector to facilitate electrical connection of portions of the PIC inside the hermetical seal to one or more devices outside the hermetical seal, the conductive pass through extending beneath a portion of the second substrate and spaced from the surface of the second substrate, and an optical interconnect, the optical interconnect being provided on or in the second substrate and outside the cavity, the optical interconnect being configured to receive the light from the optical source.