mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for adjusting page display on an electronic device, the method comprising: according to a user demand relating to page display, acquiring a first logic density corresponding to the user demand relating to page display, the first logic density being defined in an operating system of the electronic device; acquiring a second logic density of an application program to be displayed, the second logic density being defined in relation to the application program to be displayed; determining a scaling factor of elements in a page of the application program according to the first logic density and the second logic density; and scaling the elements in the page of the application program for display according to the scaling factor; wherein according to a user demand relating to page display, acquiring a first logic density corresponding to the user demand on page display, comprises: according to a model of a current terminal or a physical size of a display screen, selecting a first logic density corresponding to the model of the current terminal or the physical size of its display screen instead of using the native default logic density such that the physical sizes of elements on displayed pages are the same for different physical screen sizes. according to a user demand relating to page display, acquiring a first logic density corresponding to the user demand relating to page display, the first logic density being defined in an operating system of the electronic device; acquiring a second logic density of an application program to be displayed, the second logic density being defined in relation to the application program to be displayed; determining a scaling factor of elements in a page of the application program according to the first logic density and the second logic density; and scaling the elements in the page of the application program for display according to the scaling factor; wherein according to a user demand relating to page display, acquiring a first logic density corresponding to the user demand on page display, comprises: according to a model of a current terminal or a physical size of a display screen, selecting a first logic density corresponding to the model of the current terminal or the physical size of its display screen instead of using the native default logic density such that the physical sizes of elements on displayed pages are the same for different physical screen sizes.
Electrical current transducer including a magnetic core comprising a magnetic circuit gap, a magnetic field detector comprising a sensing portion positioned in the magnetic circuit gap, an insulating support body comprising a coil support portion and a coil terminal connection portion, and a secondary coil formed from a wire wound around the coil support portion, wherein the coil support portion has a generally U-shaped cross-sectional profile comprising a base wall, a radially inner wall extending from the base wall and a radially outer wall extending from the base wall, characterized in that the radially inner and outer walls (74b, 74c) have a height configured such that open end edges (80b, 80c) thereof extend slightly beyond an axial thickness of the magnetic core including any manufacturing tolerances such that the open end edges (80b, 80c) are folded inwards around corners of the magnetic core by the coil wound around the magnetic core housing.
Floor washing drying machine comprising a scraping device provided with a curved support on which at least one perforated scraping blade (4, 5) is mounted in a reversible manner by means of support elements (33A, 33B) and therein reversibly blocked by fastening means (6, 7), said fastening means comprising at least a flexible belt (6,7) provided with holes (63, 73) to engage with said support elements (33A, 33B), characterized in that said fastening means is further provided with at least an elastic end portion (61, 71) bearing a slot (62, 72) to engage with a corresponding fastening element (34A, 34B) formed close to the end portions of the support.
A method for decoding a scalable video codec, SVC, video signal using inter-layer prediction, the method comprising: confirming whether or not at least one macroblock of a pair of field macroblocks of a macroblock adaptive frame field, MBAFF, base layer is coded in intra mode, the field macroblocks being two vertically adjacent macroblocks; predicting motion information of a current pair of frame macroblocks in an enhanced layer having a same resolution as the MBAFF base layer using motion information of an inter-mode macroblock in the pair of field macroblocks of the MBAFF base layer when it is confirmed that only one of the pair of field macroblocks of the MBAFF base layer is coded in intra mode (801, S81, 811, S82, 812); and using inter-layer texture prediction instead of said predicted motion information when both macroblocks of the pair of field macroblocks of the MBAFF base layer are coded in intra mode. confirming whether or not at least one macroblock of a pair of field macroblocks of a macroblock adaptive frame field, MBAFF, base layer is coded in intra mode, the field macroblocks being two vertically adjacent macroblocks; predicting motion information of a current pair of frame macroblocks in an enhanced layer having a same resolution as the MBAFF base layer using motion information of an inter-mode macroblock in the pair of field macroblocks of the MBAFF base layer when it is confirmed that only one of the pair of field macroblocks of the MBAFF base layer is coded in intra mode (801, S81, 811, S82, 812); and using inter-layer texture prediction instead of said predicted motion information when both macroblocks of the pair of field macroblocks of the MBAFF base layer are coded in intra mode.
A communication device comprising a first interface that performs first communications with a server, a second interface that performs second communications with an information apparatus, and an information processing unit that performs an information process including a communication protocol process accompanied by the first and second communications, wherein the information processing unit sends a signature of the communication device from the first interface to the server, receives via the first interface a driver sent after the server authenticates the communication device on the basis of the signature, and sends the received driver from the second interface to the information apparatus, and wherein the driver is software that is installed in the information apparatus to allow the information apparatus to cooperate with the communication device. wherein the information processing unit sends a signature of the communication device from the first interface to the server, receives via the first interface a driver sent after the server authenticates the communication device on the basis of the signature, and sends the received driver from the second interface to the information apparatus, and wherein the driver is software that is installed in the information apparatus to allow the information apparatus to cooperate with the communication device.
An interference signal information detection method of a terminal in a wireless communication system, the method comprising: acquiring a first control information part of another terminal and a second control information part of the other terminal from a received signal; generating first control information candidates corresponding to a bit length of the first control information part; generating second control information by decoding the second control information part; generating candidates cyclic redundancy check, CRC, information based on the first control information candidates and the second control information; acquiring candidate terminal identifiers from the generated candidate CRC information; blindly decoding first control information based on the first control information candidates, wherein the blindly decoding of the first control information comprises generating masking sequences based on the acquired candidate terminal identifiers and scrambling the first control information candidates using the generated masking sequences; calculating correlation coefficients between the scrambled first control information candidates and the decoded first control information; determining the first control information corresponding to the candidate having the highest correlation coefficient as the first control information; and detecting and removing interference signals of the other terminal from the received signal based on the blindly decoded first control information. acquiring a first control information part of another terminal and a second control information part of the other terminal from a received signal; generating first control information candidates corresponding to a bit length of the first control information part; generating second control information by decoding the second control information part; generating candidates cyclic redundancy check, CRC, information based on the first control information candidates and the second control information; acquiring candidate terminal identifiers from the generated candidate CRC information; blindly decoding first control information based on the first control information candidates, wherein the blindly decoding of the first control information comprises generating masking sequences based on the acquired candidate terminal identifiers and scrambling the first control information candidates using the generated masking sequences; calculating correlation coefficients between the scrambled first control information candidates and the decoded first control information; determining the first control information corresponding to the candidate having the highest correlation coefficient as the first control information; and detecting and removing interference signals of the other terminal from the received signal based on the blindly decoded first control information.
A gas cooking assembly comprising: (a) a base part comprising: a burner body for installation in a cooktop surface; a gas outlet in the burner body; and an ignition source in the burner body; and (b) an upper part comprising: at least one foot for supporting the upper part on the cooktop surface; a grate for supporting a cooking vessel; an annular flame spreader; and a gas inlet at the bottom side of the flame spreader; wherein the upper part is an integral unit that is removable from the base part, wherein when the upper part is connected to the base part, the gas inlet of the upper part connects to the gas outlet of the base part. (a) a base part comprising: a burner body for installation in a cooktop surface; a gas outlet in the burner body; and an ignition source in the burner body; and a burner body for installation in a cooktop surface; a gas outlet in the burner body; and an ignition source in the burner body; and (b) an upper part comprising: at least one foot for supporting the upper part on the cooktop surface; a grate for supporting a cooking vessel; an annular flame spreader; and a gas inlet at the bottom side of the flame spreader; wherein the upper part is an integral unit that is removable from the base part, wherein when the upper part is connected to the base part, the gas inlet of the upper part connects to the gas outlet of the base part. at least one foot for supporting the upper part on the cooktop surface; a grate for supporting a cooking vessel; an annular flame spreader; and a gas inlet at the bottom side of the flame spreader;
Method for blocking of an eyeglass lens with a holding side (8.1) onto a coupling side (9.1) of a blocking piece by means of an adhesive, in particular a plastic adhesive, the blocking piece being received in a blocking piece receptacle and the eyeglass lens being movable relative to the blocking piece along a lifting axis, characterized in that a) the eyeglass lens is first placed with the holding side (8.1) on the adhesive-free coupling side (9.1) of the blocking piece and is positioned relative to the coupling side (9.1) of the blocking piece; b) the eyeglass lens together with the blocking piece receptacle and/or the blocking piece is aligned by tilting; c) the eyeglass lens is fixed in this relative position to the blocking piece by a positioning unit and the tilt position and/or the blocking piece receptacle with the blocking piece and/or the eyeglass lens is fixed with respect to a tilting motion by a locking means; d) the eyeglass lens is raised by means of the positioning unit in the fixed relative position; e) the adhesive is applied to the coupling side (9.1) of the blocking piece and/or the holding side (8.1) of the eyeglass lens; f) the eyeglass lens is caused to approach the blocking piece by means of the positioning unit in the fixed relative position and is pressed onto the adhesive and is moved into contact against the coupling side (9.1) of the blocking piece at least indirectly via the adhesive. a) the eyeglass lens is first placed with the holding side (8.1) on the adhesive-free coupling side (9.1) of the blocking piece and is positioned relative to the coupling side (9.1) of the blocking piece; b) the eyeglass lens together with the blocking piece receptacle and/or the blocking piece is aligned by tilting; c) the eyeglass lens is fixed in this relative position to the blocking piece by a positioning unit and the tilt position and/or the blocking piece receptacle with the blocking piece and/or the eyeglass lens is fixed with respect to a tilting motion by a locking means; d) the eyeglass lens is raised by means of the positioning unit in the fixed relative position; e) the adhesive is applied to the coupling side (9.1) of the blocking piece and/or the holding side (8.1) of the eyeglass lens; f) the eyeglass lens is caused to approach the blocking piece by means of the positioning unit in the fixed relative position and is pressed onto the adhesive and is moved into contact against the coupling side (9.1) of the blocking piece at least indirectly via the adhesive.
A method for coating a carbon-carbon composite structure, comprising: applying a first slurry of a first phosphate glass composition on an outer surface of the composite structure, wherein the first slurry comprises a first additive including at least one of molybdenum disulfide or tungsten disulfide and a second additive including boron nitride; and heating the composite structure to a temperature sufficient to form a base layer adhered to the composite structure, characterized in that the ratio of the first additive to the second additive is 17:1. applying a first slurry of a first phosphate glass composition on an outer surface of the composite structure, wherein the first slurry comprises a first additive including at least one of molybdenum disulfide or tungsten disulfide and a second additive including boron nitride; and heating the composite structure to a temperature sufficient to form a base layer adhered to the composite structure, characterized in that the ratio of the first additive to the second additive is 17:1.
A vacuum insulation panel, comprising: (i) a core material; (ii) a surface material for covering the core material; and (iii) an absorbent placed in a securing part of the core material, wherein - the securing part of the core material is a groove formed by cutting the core material in shape and depth corresponding to shape and thickness of the absorbent and pressing the cut portion, - the absorbent securing part is not formed into a groove shape by cutting off some portion of the core material, and - the absorbent is packaged in a packaging material. (i) a core material; (ii) a surface material for covering the core material; and (iii) an absorbent placed in a securing part of the core material, - the securing part of the core material is a groove formed by cutting the core material in shape and depth corresponding to shape and thickness of the absorbent and pressing the cut portion, - the absorbent securing part is not formed into a groove shape by cutting off some portion of the core material, and - the absorbent is packaged in a packaging material.
Method for producing a composition comprising archaeal lipids from a Sulfolobus cell culture, comprising growing a Sulfolobus cell culture at a temperature of 75 to 85°C and at a growth rate of 0.025 to 0.035 per hour and extracting the archaeal lipids from the archaeal culture so as to obtain a composition for use for oral retard therapy, or growing a Sulfolobus cell culture at a temperature of 75 to 85°C and at a growth rate of 0.005 to 0.015 per hour and extracting the archaeal lipids from the archaeal culture so as to obtain a composition for use for oral acute therapy. growing a Sulfolobus cell culture at a temperature of 75 to 85°C and at a growth rate of 0.025 to 0.035 per hour and extracting the archaeal lipids from the archaeal culture so as to obtain a composition for use for oral retard therapy, or growing a Sulfolobus cell culture at a temperature of 75 to 85°C and at a growth rate of 0.005 to 0.015 per hour and extracting the archaeal lipids from the archaeal culture so as to obtain a composition for use for oral acute therapy.
A liquid-tight strain relief, comprising - a bushing including a first end, a second end opposite said first end, an outer wall, an aperture extending from said first end to said second end and defining an inner wall, an annular flange extending radially outwardly from said first end, said at least one cutout extending from said outer wall to said inner wall, said at least one cutout defining at least one outer finger, said at least one outer finger including means for frictionally engaging an orifice of a work piece, and a plurality of resilient, elongated inner fingers, each of which includes a first end attached to said inner wall and a free, second end extending into said aperture; and - a gland including a head having an outer surface, an inner surface, an annular interior portion located within said inner surface and encapsulating said annular flange of the bushing; characterized in that said at least one cutout affixes the strain relief within the orifice of the work piece by frictionally engaging the work piece within the orifice. - a bushing including a first end, a second end opposite said first end, an outer wall, an aperture extending from said first end to said second end and defining an inner wall, an annular flange extending radially outwardly from said first end, said at least one cutout extending from said outer wall to said inner wall, said at least one cutout defining at least one outer finger, said at least one outer finger including means for frictionally engaging an orifice of a work piece, and a plurality of resilient, elongated inner fingers, each of which includes a first end attached to said inner wall and a free, second end extending into said aperture; and - a gland including a head having an outer surface, an inner surface, an annular interior portion located within said inner surface and encapsulating said annular flange of the bushing;
A middle or large-sized battery pack case in which a battery module having a plurality of stacked battery cells (330, 430) or unit modules (332, 432), which can be charged and discharged, is mounted, wherein the battery pack case is provided at an upper part and a lower part thereof with a coolant inlet port (310, 410) and a coolant outlet port, respectively, which are directed in opposite directions so that a coolant for cooling the battery cells (330, 430) or unit modules (332, 432) can flow from one side to the other side of the battery module in a direction perpendicular to a stacking direction of the battery cells (330, 430) or unit modules (332, 432), the battery pack case is further provided with a coolant introduction part extending from the coolant inlet port (310, 410) to the battery module and a coolant discharge part extending from the battery module to the coolant outlet port, an upper end inside of the coolant introduction part facing a top of a unit cell stack is configured to have one inclined plane inclined from an end opposite to the coolant inlet port (310, 410) toward the coolant inlet port (310, 410) at a positive (+) angle to the top of the unit cell stack, the coolant inlet port (310, 410) is inclined at an angle greater than the inclination angle of the inclined plane so as to correspond to an internal structure of a device in which the middle or large-sized battery pack case, comprising the battery module, is mounted, the inclination angle of the inclined plane is 3 to 5 degrees when the inclination angle of the coolant inlet port (310, 410) is 20 to 50 degrees; and characterized in that the coolant inlet port (310, 410) has a width equivalent to 5 to 25 % of a length of the battery pack case corresponding to a length of the unit cell stack.
A system, comprising: a downhole drilling module; a valve subassembly configured to be disposed along an internal flowline exit of a first internal flowline within the downhole drilling module, the valve subassembly comprising: an active valve configured to regulate flow fluid through the internal flowline exit; a passive valve configured to regulate the flow through the internal flowline exit, characterised in that: the passive valve regulates the flow based on a pressure differential between a first pressure within a first volume defined between a collar (36, 38) and the downhole drilling module and a second pressure within an annulus outside the collar (36, 38) when the downhole drilling module is disposed within a wellbore. a downhole drilling module; a valve subassembly configured to be disposed along an internal flowline exit of a first internal flowline within the downhole drilling module, the valve subassembly comprising: an active valve configured to regulate flow fluid through the internal flowline exit; a passive valve configured to regulate the flow through the internal flowline exit, characterised in that: the passive valve regulates the flow based on a pressure differential between a first pressure within a first volume defined between a collar (36, 38) and the downhole drilling module and a second pressure within an annulus outside the collar (36, 38) when the downhole drilling module is disposed within a wellbore. an active valve configured to regulate flow fluid through the internal flowline exit; a passive valve configured to regulate the flow through the internal flowline exit, characterised in that: the passive valve regulates the flow based on a pressure differential between a first pressure within a first volume defined between a collar (36, 38) and the downhole drilling module and a second pressure within an annulus outside the collar (36, 38) when the downhole drilling module is disposed within a wellbore.
A fabric care pellet, comprising: an amphiphilic polymer selected from the group consisting of ethylene acrylic acid copolymer, MAH-grafted ethylene polymer, ethylene methacrylic acid copolymer, vinyl acetate-acrylic acid copolymer, and blends thereof, including their salts; a surfactant; and a filler, wherein the pellet contains 30 % to 90 % by weight of the amphiphilic polymer, based upon the weight of the pellet. an amphiphilic polymer selected from the group consisting of ethylene acrylic acid copolymer, MAH-grafted ethylene polymer, ethylene methacrylic acid copolymer, vinyl acetate-acrylic acid copolymer, and blends thereof, including their salts; a surfactant; and a filler, wherein the pellet contains 30 % to 90 % by weight of the amphiphilic polymer, based upon the weight of the pellet.