mhurhangee/ep-ind-claims huggingface dataset:
A backlight unit comprising: a bottom chassis; a printed circuit board including plural light sources mounted on a front side thereof; a first reflecting sheet positioned at a rear side of the printed circuit board; a second reflecting sheet positioned at the front side of the printed circuit board, said light reflecting sheets being configured to reflect light radiated from the light sources; and an integrated support comprising a plurality of support structures which support a diffusion plate in front of the light sources. a bottom chassis; a printed circuit board including plural light sources mounted on a front side thereof; a first reflecting sheet positioned at a rear side of the printed circuit board; a second reflecting sheet positioned at the front side of the printed circuit board, said light reflecting sheets being configured to reflect light radiated from the light sources; and an integrated support comprising a plurality of support structures which support a diffusion plate in front of the light sources.
An in-vehicle display apparatus including a movable body that is retractable into and withdrawable from an opening formed in an installation member in a vehicle interior and includes a support board and a base portion protruding from a lower end portion of the support board; a display panel having a rectangular shape and attached to a support board of the movable body; and a driving mechanism that moves the movable body between a retraction position, in which the movable body is in the opening, and a protrusion position, in which the movable body protrudes from the opening in an erect position in which the display panel faces the vehicle interior, the in-vehicle display apparatus characterized in that the support board has a readily breakable portion that has a lower mechanical strength than other portions of the the support board and extends substantially parallel to a lower edge of the display panel, a spring member is disposed so as to cross the readily breakable portion, and a first end portion of the spring member is hooked on an upper area of the support board and a second end portion of the spring member is hooked on the base portion, or on a lower area of the support board, which is separated from the upper area by the readily breakable portion.
A method for obtaining a substitute for cooked animal flesh comprising the steps of: a. mixing water, food oil and plant-based proteins constituting an extract consisting of 50% to 98% protein from soybeans, peas, mung beans, broad beans, potatoes, wheat or microalgae or a combination thereof, in a ratio of 8% to 20% plant-based proteins, 2% to 10% food oil and 70% to 90% water; b. homogenizing the product obtained in step a. at a pressure of between 100 and 600 bar, at a temperature of between 50°C and 90°C, at a speed of the liquid under pressure of between 100 and 400 m.s-1; c. heating the product obtained in step b. for 10 to 30 min at a temperature of 70 to 95°C, while stirring at 50 to 200 rpm; d. feeding the product obtained in step c. into an extruder at a rate of up to 25 kilograms per minute, the motor linked to the screws of the extruder being set to a speed of between 200 and 500 rpm, and the extruder temperature being set to between 50°C and 200°C; e. obtaining a substitute for cooked animal flesh. a. mixing water, food oil and plant-based proteins constituting an extract consisting of 50% to 98% protein from soybeans, peas, mung beans, broad beans, potatoes, wheat or microalgae or a combination thereof, in a ratio of 8% to 20% plant-based proteins, 2% to 10% food oil and 70% to 90% water; b. homogenizing the product obtained in step a. at a pressure of between 100 and 600 bar, at a temperature of between 50°C and 90°C, at a speed of the liquid under pressure of between 100 and 400 m.s-1; c. heating the product obtained in step b. for 10 to 30 min at a temperature of 70 to 95°C, while stirring at 50 to 200 rpm; d. feeding the product obtained in step c. into an extruder at a rate of up to 25 kilograms per minute, the motor linked to the screws of the extruder being set to a speed of between 200 and 500 rpm, and the extruder temperature being set to between 50°C and 200°C; e. obtaining a substitute for cooked animal flesh.
A method for image stabilization, the method comprising: capturing video by means of a video camera having a lens with an unknown focal-length setting and running an image stabilization process, wherein the image stabilization process operates on an input from a hardware detector, detecting the displacement of the camera, and on an adjustable focal length value, correcting displacement within captured video based on the input from the hardware detector and the adjustable focal length value, evaluating, based on a comparison of a presently corrected image of the video with a previous image of the video, displacement in the captured video of stationary objects of the scene at the present operation of the image stabilization process at the presently set focal length value, adjusting the adjustable focal length value until the evaluated displacement is below a threshold value or at a minimum. capturing video by means of a video camera having a lens with an unknown focal-length setting and running an image stabilization process, wherein the image stabilization process operates on an input from a hardware detector, detecting the displacement of the camera, and on an adjustable focal length value, correcting displacement within captured video based on the input from the hardware detector and the adjustable focal length value, evaluating, based on a comparison of a presently corrected image of the video with a previous image of the video, displacement in the captured video of stationary objects of the scene at the present operation of the image stabilization process at the presently set focal length value, adjusting the adjustable focal length value until the evaluated displacement is below a threshold value or at a minimum.
An image coding device comprising: an intra prediction image generating unit (3,4) for performing a prediction process for a partition to be coded by intra prediction mode to generate an intra prediction image; a loop filter unit for performing a loop filter process on a local decoded image obtained by adding a local decoded prediction signal and the intra prediction image, the local decoded prediction signal being obtained by performing an inverse transformation process on compressed data of a difference image; and a variable-length-coding unit for performing variable-length-coding process on an intra prediction parameter, which indicates a specific intra prediction mode used to generate said intra prediction image, and obtaining coded data of said intra prediction parameter; characterized in that said variable-length-coding unit performs variable-length-coding on an intra merge flag indicating whether or not an intra prediction parameter for said partition to be coded is identical to that for an adjacent partition located adjacent to said partition; when there are two or more partitions adjacent to top or left of said partition to be coded, said two or more partitions are scanned and the first partition to be coded in said intra prediction mode is selected as said adjacent partition; and when said intra merge flag indicates that said intra prediction parameter for said partition to be coded is identical to that for said adjacent partition, said variable-length-coding unit generates an intra merge direction flag which identifies said adjacent partition. an intra prediction image generating unit (3,4) for performing a prediction process for a partition to be coded by intra prediction mode to generate an intra prediction image; a loop filter unit for performing a loop filter process on a local decoded image obtained by adding a local decoded prediction signal and the intra prediction image, the local decoded prediction signal being obtained by performing an inverse transformation process on compressed data of a difference image; and a variable-length-coding unit for performing variable-length-coding process on an intra prediction parameter, which indicates a specific intra prediction mode used to generate said intra prediction image, and obtaining coded data of said intra prediction parameter; characterized in that said variable-length-coding unit performs variable-length-coding on an intra merge flag indicating whether or not an intra prediction parameter for said partition to be coded is identical to that for an adjacent partition located adjacent to said partition; when there are two or more partitions adjacent to top or left of said partition to be coded, said two or more partitions are scanned and the first partition to be coded in said intra prediction mode is selected as said adjacent partition; and when said intra merge flag indicates that said intra prediction parameter for said partition to be coded is identical to that for said adjacent partition, said variable-length-coding unit generates an intra merge direction flag which identifies said adjacent partition.
An imaging apparatus comprising: a pixel array unit on which pixels including a photoelectric conversion element are arranged; a column amplifier unit configured to obtain a difference between a reset component and a signal component input from each of the pixels of a column of pixels of the pixel array unit through a signal line and output the difference as a pixel signal; a capacitance unit configured to hold the pixel signal input from the column amplifier unit; and a successive approximation register analog-to-digital conversion unit configured to convert an analog signal input from the capacitance unit into a digital signal, wherein the column amplifier unit includes an amplifier to which a potential of the signal line is input to a non-inverting input terminal, a first switch having one end connected to an output terminal of the amplifier and another end connected to an inverting input terminal of the amplifier, a second switch having one end connected to an output terminal of the amplifier, a first capacitive element having one end connected to another end of the second switch and another end connected to the another end of the first switch and the inverting input terminal of the amplifier, a second capacitive element connected between the another end of the first capacitive element and the inverting input terminal of the amplifier and a base potential node, and a third switch having one end connected to the another end of the second switch and the one end of the first capacitive element, the third switch having another end to which a local base voltage is applied. a pixel array unit on which pixels including a photoelectric conversion element are arranged; a column amplifier unit configured to obtain a difference between a reset component and a signal component input from each of the pixels of a column of pixels of the pixel array unit through a signal line and output the difference as a pixel signal; a capacitance unit configured to hold the pixel signal input from the column amplifier unit; and a successive approximation register analog-to-digital conversion unit configured to convert an analog signal input from the capacitance unit into a digital signal, wherein the column amplifier unit includes an amplifier to which a potential of the signal line is input to a non-inverting input terminal, a first switch having one end connected to an output terminal of the amplifier and another end connected to an inverting input terminal of the amplifier, a second switch having one end connected to an output terminal of the amplifier, a first capacitive element having one end connected to another end of the second switch and another end connected to the another end of the first switch and the inverting input terminal of the amplifier, a second capacitive element connected between the another end of the first capacitive element and the inverting input terminal of the amplifier and a base potential node, and a third switch having one end connected to the another end of the second switch and the one end of the first capacitive element, the third switch having another end to which a local base voltage is applied.
A STRUCTURAL ARRANGEMENT IN VEHICLE HEADLIGHT comprising a housing, of circular shape, internally provided with a smooth-faced shoulder provided with channels for positioning and locking the reflector which has a faceted concave body provided in its upper portion with a smooth-faced recess that has fixing towers, positioning pins of the board and an opening for the LEDs, said board being provided with a pair of holes, a pair of holes of smaller dimension and LEDs positioned in the central portion between the holes, so that the board is positioned next to the recess of the reflector by fitting the holes together with the towers and the positioning pins (211; together with the holes of smaller dimension; the reflector provided with the board is positioned next to the housing through the fitting of the towers together with the channels and fixed by screws positioned in the upper portion of the housing and connected together with the towers; the board is positioned between the shoulder of the housing and the recess of the reflector so that its fixation occurs by tightening pressure through the screws.
Locking device having a locking cylinder comprising two cylinder cores (2, 2') arranged on both sides next to a locking member in the direction of an axis and each comprising a key channel, a key having a key shaft, wherein the key shaft is insertable into the key channel as far as into a stop position, in which a key-side stop strikes the cylinder core (2, 2'), and a coupling device arranged in an axial cavity of the locking member and having two coupling members (6, 6'), which are each coupled in a rotationally fixed manner to an associated cylinder core (2, 2') and which, in a basic position in which no key shaft is inserted in the respectively associated key channel, are acted upon by a prestressed coupling spring in the direction of the axis in a remote position from one another, wherein each of the coupling members (6, 6') comprises an actuating member (8, 8'), which is acted upon in the direction of the associated cylinder core (2, 2') by a prestressed actuating spring (9, 9') and, in the basic position, bears with a counter-stop against a stop of the coupling member (6, 6'), wherein the force of the actuating spring (9, 9') is greater at least in the basic position than the force of the coupling spring, wherein the actuating member (8, 8') is displaced by an actuating path from the key tip when the key shaft is inserted into the key channel, and the associated coupling member (6, 6') is carried along by a force transmission via the actuating spring (9, 9') supported on the coupling member (6, 6') by a coupling path from the basic position into a coupling position, in which the coupling member (6, 6') bears with a shoulder (27, 27') against a stop zone (26, 26') of the locking member, wherein at least in the coupling position an engagement of a coupling profile of the coupling member (6, 6') in a coupling counter-profile of the locking member transmits a rotary movement of the associated cylinder core (2, 2') about the axis to the locking member, wherein the actuating path (B, B') is greater than the coupling path, so that in the coupling position, the counter-stop of the actuating member (8, 8') is spaced apart from the stop of the coupling member (6, 6') when the actuating spring (9, 9') is more strongly stressed.
A window assembly comprising: a substrate; a transparent layer disposed on said substrate and comprising a metal compound such that said transparent layer is electrically conductive and with said transparent layer defining an area having a periphery; an outer region devoid of said transparent layer and being defined on said substrate adjacent to and along said periphery of said transparent layer; an antenna element disposed on said substrate in said outer region with said antenna element being elongated and defining a first end and an opposing second end; and a feeding element coupled to said antenna element for energizing said antenna element; characterized in that said area of said transparent layer defines at least two protrusions being spaced apart from one another and extending integrally from said area and into said outer region and wherein said antenna element abuts and is in direct electrical contact with said at least two protrusions and wherein said feeding element couples to said antenna element at a location between said at least two protrusions or at one of said protrusions. a substrate; a transparent layer disposed on said substrate and comprising a metal compound such that said transparent layer is electrically conductive and with said transparent layer defining an area having a periphery; an outer region devoid of said transparent layer and being defined on said substrate adjacent to and along said periphery of said transparent layer; an antenna element disposed on said substrate in said outer region with said antenna element being elongated and defining a first end and an opposing second end; and a feeding element coupled to said antenna element for energizing said antenna element; characterized in that said area of said transparent layer defines at least two protrusions being spaced apart from one another and extending integrally from said area and into said outer region and wherein said antenna element abuts and is in direct electrical contact with said at least two protrusions and wherein said feeding element couples to said antenna element at a location between said at least two protrusions or at one of said protrusions.
A compound which is a positive allosteric modulator for erythropoietin and erythropoietin receptor, the compound having a formula selected from the group consisting of:
A lubricating oil composition comprising a refined paraffinic mineral oil having a flash point of 250°C or higher and an alkylbenzene having a flash point of 160°C or higher, and an antioxidant containing an amine-based antioxidant, wherein the lubricating oil composition has a flash point of 250°C or higher, the content of the refined paraffinic mineral oil is from 60 to 99.9 % by mass, the content of the alkylbenzene is from 0.1 to 10 % by mass and the content of the antioxidant is from 0.01 to 15 % by mass, based on the total amount of the lubricating oil composition, and the amine-based antioxidant contains a diphenylamine compound and a phenyl-naphthylamine compound, and wherein the flash point is a value measured according to a Cleveland open-cup method according to JIS K2265-4.
A granulated product comprising an avocado fermentate and at least one binder selected from the group consisting of: a maltodextrin, a cellulose or a derivative thereof, a sugar, a fructooligosaccharide, acacia, polyvinylpyrrolidone, and a fibre.
An apparatus for processing a streaming media service, comprising: means for receiving a streaming media service request message sent by a terminal, wherein the streaming media service request message comprises a streaming media container type of the terminal; means for converting the container type of locally cached streaming media contents into the streaming media container type of the terminal, if the streaming media container type is different from a container type of locally cached streaming media contents; and means for sending streaming media contents with the converted container type to the terminal. means for receiving a streaming media service request message sent by a terminal, wherein the streaming media service request message comprises a streaming media container type of the terminal; means for converting the container type of locally cached streaming media contents into the streaming media container type of the terminal, if the streaming media container type is different from a container type of locally cached streaming media contents; and means for sending streaming media contents with the converted container type to the terminal.
A method for producing a fiber reinforced plastic (a) comprising shaping a prepreg sheet into a three-dimensional shape to produce a preformed product, characterized in that the method comprises: a first step in which at least a part of continuous fibers contained in an area of a shear-deformable prepreg sheet (20, 50) is bent in an in-plane direction of said shear-deformable prepreg sheet (20, 50) by shear-deforming said shear-deformable prepreg sheet (20, 50) in said area; and a second step in which, simultaneously with or after the first step, said shear-deformable prepreg sheet (20, 50) is shaped for producing said preformed product using a press mold, wherein said area corresponds to an area (X') of said shear-deformable prepreg sheet (20, 50) after being shaped in said second step, the area (X') being an area in which said shear-deformable prepreg sheet (20, 50) is in a state of being shear-deformed, and wherein in said first step, a shear deformation means is used, the shear deformation means having a plurality of fixing points for fixing said shear-deformable prepreg sheet (20, 50) which are arranged in a plane so as to be positioned at lattice points of a tetragonal lattice, and are movable in said plane so that a unit lattice of said tetragonal lattice is deformed from a square to a rhombus. a first step in which at least a part of continuous fibers contained in an area of a shear-deformable prepreg sheet (20, 50) is bent in an in-plane direction of said shear-deformable prepreg sheet (20, 50) by shear-deforming said shear-deformable prepreg sheet (20, 50) in said area; and a second step in which, simultaneously with or after the first step, said shear-deformable prepreg sheet (20, 50) is shaped for producing said preformed product using a press mold, wherein said area corresponds to an area (X') of said shear-deformable prepreg sheet (20, 50) after being shaped in said second step, the area (X') being an area in which said shear-deformable prepreg sheet (20, 50) is in a state of being shear-deformed, and wherein in said first step, a shear deformation means is used, the shear deformation means having a plurality of fixing points for fixing said shear-deformable prepreg sheet (20, 50) which are arranged in a plane so as to be positioned at lattice points of a tetragonal lattice, and are movable in said plane so that a unit lattice of said tetragonal lattice is deformed from a square to a rhombus.
A process for capturing exosomes comprising at least one Fc binding polypeptide displayed at least partially on their outer surface, the process comprising: (i) introducing into exosome source cells a polynucleotide construct encoding a fusion protein comprising the at least one Fc binding polypeptide and at least one exosomal polypeptide; (ii) harvesting the exosomes which are secreted from the exosome source cells; (iii) contacting a medium comprising the exosomes with a chromatography matrix comprising Fc domains; and (iv) allowing the exosomes to adsorb to the Fc domains. (i) introducing into exosome source cells a polynucleotide construct encoding a fusion protein comprising the at least one Fc binding polypeptide and at least one exosomal polypeptide; (ii) harvesting the exosomes which are secreted from the exosome source cells; (iii) contacting a medium comprising the exosomes with a chromatography matrix comprising Fc domains; and (iv) allowing the exosomes to adsorb to the Fc domains.
A self-ventilated traction motor comprising a motor housing, a motor end shield and an elongation ring having radial air outlet openings placed along its circumference, the elongation ring enclosing a fan wheel fixed on a motor driving shaft, characterized in that the elongation ring is fixedly arranged between a non-driving end of the motor housing and the motor end shield, and in that the motor end shield is adapted to be directly attached to the non-driving end of the motor housing in absence of the elongation ring and the fan wheel when the motor is used as open forced ventilated motor.