mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: at a portable electronic device with a touch-sensitive display: displaying graphics and an insertion marker at a first location in the graphics on the touch-sensitive display; detecting a single-finger gesture on the touch-sensitive display; in response to the detected single-finger gesture on a point of contact on a text area of the touch-sensitive display, expanding (706, 708) a first portion of the graphics that comprises at least a part of texts and displaying the insertion marker at the point of contact; displaying an insertion point magnifier that includes the expanded view of the first portion of the graphics; while maintaining contact with the touch-sensitive display, detecting movement of a single finger on the touch-sensitive display outside the text area; and in response to detecting the movement of the point of contact of the single finger on the touch-sensitive display, changing the display of the expanded view of the first portion of the graphics to an expanded view of a second portion of the graphics in the insertion point magnifier and moving the insertion marker in accordance with only a horizontal component of the motion of the point of contact of the single finger on the touch-sensitive display. displaying graphics and an insertion marker at a first location in the graphics on the touch-sensitive display; detecting a single-finger gesture on the touch-sensitive display; in response to the detected single-finger gesture on a point of contact on a text area of the touch-sensitive display, expanding (706, 708) a first portion of the graphics that comprises at least a part of texts and displaying the insertion marker at the point of contact; displaying an insertion point magnifier that includes the expanded view of the first portion of the graphics; while maintaining contact with the touch-sensitive display, detecting movement of a single finger on the touch-sensitive display outside the text area; and in response to detecting the movement of the point of contact of the single finger on the touch-sensitive display, changing the display of the expanded view of the first portion of the graphics to an expanded view of a second portion of the graphics in the insertion point magnifier and moving the insertion marker in accordance with only a horizontal component of the motion of the point of contact of the single finger on the touch-sensitive display.
A method for acquiring information for media independent handover, MIH,-by a mobile station, MS, the method comprising: transmitting a first request message comprising a MIH-query to a base station, BS receiving a first response message from the BS; and receiving a second response message from the BS, the second response message comprising a response to the MIH query, characterized in that the first response message includes cycle information which indicates when the response to the MIH query is ready for delivery to the MS and in that the MS receives the response to the MIH query based on the cycle information. transmitting a first request message comprising a MIH-query to a base station, BS receiving a first response message from the BS; and receiving a second response message from the BS, the second response message comprising a response to the MIH query, characterized in that the first response message includes cycle information which indicates when the response to the MIH query is ready for delivery to the MS and in that the MS receives the response to the MIH query based on the cycle information.
A spindle nut assembly (100, 200, 300) for an electric parking brake comprising: a spindle (124, 224, 324) having a plurality of spindle stops (154, 254, 354) and a plurality of external threads (162, 262, 362), wherein the plurality of external threads (162, 262, 362) has at least two threads; a spindle nut (102, 202, 302) operatively connected to the spindle (124, 224, 324) and having at least one stop cam (138, 238, 338) and a plurality of internal threads (160, 260, 360), wherein at least one stop cam (138, 238, 338) is engaged with at least one of the plurality of spindle stops (154, 254, 354) when a first thread (164, 166, 168, 264, 266, 268, 364, 366, 368) of the plurality of internal threads (160, 260, 360) is started threaded into any external thread (170, 172, 174, 270, 272, 274, 370, 372, 374) of the plurality of external threads (162, 262, 362), characterised in that the spindle stops (154, 254, 354) are wedge-shaped, wherein the at least one stop cam (138, 238, 338) has a vertical stop (148, 248, 348) and a cam portion (150, 250, 350), wherein the vertical stop (148, 248, 348) is in a plane not normal to the external surface of the spindle nut and that extends along the longitudinal axis X or wherein the vertical stop (148, 248, 348) is otherwise inclined or angled. a spindle (124, 224, 324) having a plurality of spindle stops (154, 254, 354) and a plurality of external threads (162, 262, 362), wherein the plurality of external threads (162, 262, 362) has at least two threads; a spindle nut (102, 202, 302) operatively connected to the spindle (124, 224, 324) and having at least one stop cam (138, 238, 338) and a plurality of internal threads (160, 260, 360), wherein at least one stop cam (138, 238, 338) is engaged with at least one of the plurality of spindle stops (154, 254, 354) when a first thread (164, 166, 168, 264, 266, 268, 364, 366, 368) of the plurality of internal threads (160, 260, 360) is started threaded into any external thread (170, 172, 174, 270, 272, 274, 370, 372, 374) of the plurality of external threads (162, 262, 362), characterised in that the spindle stops (154, 254, 354) are wedge-shaped, wherein the at least one stop cam (138, 238, 338) has a vertical stop (148, 248, 348) and a cam portion (150, 250, 350), wherein the vertical stop (148, 248, 348) is in a plane not normal to the external surface of the spindle nut and that extends along the longitudinal axis X or wherein the vertical stop (148, 248, 348) is otherwise inclined or angled.
A method of making an array of microstructures comprising: (a) dissolving or suspending at least one therapeutic agent and at least one polymer in one or more solvents to form a polymer matrix solution or suspension; (b) dispensing the polymer matrix solution or suspension on a mold having an array of microstructure cavities; (c) filling the microstructure cavities in the mold with the polymer matrix solution or suspension; (d) removing excess polymer matrix solution or suspension on the mold surface; (e) drying the polymer matrix solution or suspension at a temperature of 5-50° C from a heating source positioned below the mold to form an array of microstructures, wherein drying is performed in a chamber having a controlled partial pressure of 1.33 Pa to 27064.4 Pa (0.01 mTorr to 203 Torr); and (f) drying the microstructures under vacuum at 5-50° C, wherein drying is performed in an oven without the controlled partial pressure. (a) dissolving or suspending at least one therapeutic agent and at least one polymer in one or more solvents to form a polymer matrix solution or suspension; (b) dispensing the polymer matrix solution or suspension on a mold having an array of microstructure cavities; (c) filling the microstructure cavities in the mold with the polymer matrix solution or suspension; (d) removing excess polymer matrix solution or suspension on the mold surface; (e) drying the polymer matrix solution or suspension at a temperature of 5-50° C from a heating source positioned below the mold to form an array of microstructures, wherein drying is performed in a chamber having a controlled partial pressure of 1.33 Pa to 27064.4 Pa (0.01 mTorr to 203 Torr); and (f) drying the microstructures under vacuum at 5-50° C, wherein drying is performed in an oven without the controlled partial pressure.
A ceiling-embedded air conditioner comprising: a casing in which a heat exchange unit and an air blower are arranged; a decorative panel located on a lower side of the casing and including a suction port provided in a central portion of the decorative panel and blow-out ports formed in rectangular shapes and provided at four positions surrounding the suction port; louvers formed in rectangular shapes and rotatably provided inside the blow-out ports and configured to change a blowing direction in which air is blown out from the blow-out ports; and an air passage comprising a rectangular cross section and configured to guide indoor air, drawn in from the suction port by rotation of the air blower, to the heat exchange unit for heat exchange, and then guide the indoor air to the blow-out ports, further comprising blow-out side openings opposed to a position other than longitudinal ends of the blow-out ports, with a width of each louver, as determined in the blowing direction, decreasing from a longitudinal center of the louver to ends of the louver, characterized in that the decorative panel includes depressed sections formed at the longitudinal ends of the blow-out ports of the decorative panel. a casing in which a heat exchange unit and an air blower are arranged; a decorative panel located on a lower side of the casing and including a suction port provided in a central portion of the decorative panel and blow-out ports formed in rectangular shapes and provided at four positions surrounding the suction port; louvers formed in rectangular shapes and rotatably provided inside the blow-out ports and configured to change a blowing direction in which air is blown out from the blow-out ports; and an air passage comprising a rectangular cross section and configured to guide indoor air, drawn in from the suction port by rotation of the air blower, to the heat exchange unit for heat exchange, and then guide the indoor air to the blow-out ports, further comprising blow-out side openings opposed to a position other than longitudinal ends of the blow-out ports, with a width of each louver, as determined in the blowing direction, decreasing from a longitudinal center of the louver to ends of the louver, characterized in that the decorative panel includes depressed sections formed at the longitudinal ends of the blow-out ports of the decorative panel.
Supporting structure for fences consisting of a base consisting of a bottom plate from which a box body projects, open on one side and partly on the top surface which houses and supports a post, in which are provided: - structure horizontal and rotational displacement means of said post with respect to said base said horizontal and rotational displacement means of said post with respect to said base consisting of through-screws kept in engagement with said post and housed in slits obtained on opposite walls (3a, 3b) of box body said; - and adjustment means of the horizontal and rotational sliding, motion of said post with respect to said base, characterised in that said post has a tapered base, in correspondence of the thickening point of the post profile, a J-shaped bracket being welded which supports a bush housing said hinging screws. - structure horizontal and rotational displacement means of said post with respect to said base said horizontal and rotational displacement means of said post with respect to said base consisting of through-screws kept in engagement with said post and housed in slits obtained on opposite walls (3a, 3b) of box body said; - and adjustment means of the horizontal and rotational sliding, motion of said post with respect to said base, characterised in that said post has a tapered base, in correspondence of the thickening point of the post profile, a J-shaped bracket being welded which supports a bush housing said hinging screws.
A method for manufacturing a functional electrode, the method comprising: providing and stirring a mixture comprising a solvent and at least one of one or more carbon materials and one or more conductive polymers to form a dispersion of the at least one of the one or more carbon materials and the one or more conductive polymers in the solvent; adding at least one binder into the dispersion to provide a resultant mixture and stirring the resultant mixture; processing the resultant mixture to form a plurality of electrode sheets, wherein processing the resultant mixture comprises mixing one or more pore-forming agents being sodium chloride powders with different particles sizes and the resultant mixture with another solvent to form a mixed paste and processing the mixed paste to form the electrode sheets; and attaching the electrode sheets on opposite surfaces of an intermediate layer, wherein the intermediate layer is electron conductive and ion non-conductive. providing and stirring a mixture comprising a solvent and at least one of one or more carbon materials and one or more conductive polymers to form a dispersion of the at least one of the one or more carbon materials and the one or more conductive polymers in the solvent; adding at least one binder into the dispersion to provide a resultant mixture and stirring the resultant mixture; processing the resultant mixture to form a plurality of electrode sheets, wherein processing the resultant mixture comprises mixing one or more pore-forming agents being sodium chloride powders with different particles sizes and the resultant mixture with another solvent to form a mixed paste and processing the mixed paste to form the electrode sheets; and attaching the electrode sheets on opposite surfaces of an intermediate layer,
A robotic garden tool charging device comprising a contact assembly, which contact assembly is arranged to engage a contact element of a robotic garden tool for receiving electric current from the charging device in a charging operation, wherein the contact assembly comprises a contact member having a plurality of connection points, arranged to provide a plurality of points of contact between the contact member and the contact element, the contact member comprises a mounting portion arranged to be connected to a body portion of the charging device, and a contact element engaging portion comprising the connection points, characterized in that the mounting portion comprises an elongate opening, arranged to receive a guide member of the body portion of the charging device, so as to allow the contact member to be pivotably and translatably connected to the body portion, wherein the maxima translational movement of the contact member is defined by the elongate opening and wherein an axis of rotation of the contact member is defined by the guide member, and in that the contact assembly comprises a biasing member arranged to interconnect the contact member and the body portion, so as to bias the contact member towards the contact element during the charging operation.
A method of estimating a fraction of fetal DNA in DNA obtained from a bodily fluid of a pregnant individual, the method comprising: (a) mapping segments of DNA obtained from the bodily fluid of the pregnant individual to a plurality of polymorphism sequences, wherein the DNA was sequenced under conditions that identify the plurality of polymorphism sequences; (b) determining an allele frequency of the mapped nucleic acids for each of the plurality polymorphism sequences; and (c) applying the allele frequencies to a mixture model to obtain an estimate of the fraction of fetal DNA in the DNA obtained from the blood of the individual carrying the fetus, wherein (b)-(c) are performed on one or more processors running under program instructions for the determining and applying. (a) mapping segments of DNA obtained from the bodily fluid of the pregnant individual to a plurality of polymorphism sequences, wherein the DNA was sequenced under conditions that identify the plurality of polymorphism sequences; (b) determining an allele frequency of the mapped nucleic acids for each of the plurality polymorphism sequences; and (c) applying the allele frequencies to a mixture model to obtain an estimate of the fraction of fetal DNA in the DNA obtained from the blood of the individual carrying the fetus,
An electrode assembly configured to have a structure in which one bi-cell and at least one monocell are folded in a state in which the bi-cell and the monocell are arranged on a continuous separation film, the bi-cell is a unit cell configured to have a structure in which at least one cathode and at least one anode are stacked in a state in which a separator is disposed between the cathode and the anode, types of the electrodes located at opposite surfaces of the bi-cell are the same, and the bi-cell is placed on a folding start region of the separation film, the monocell is a unit cell configured to have a structure in which at least one cathode and at least one anode are stacked in a state in which a separator is disposed between the cathode and the anode, types of the electrodes located at opposite surfaces of the monocell are different from each other, the monocell has a length equivalent to n times (where, n being an integer equal to or greater than 2) a width w of the bi-cell, and the monocell is arranged at a position at which the monocell is spaced apart from the bi-cell by a length equivalent to the width w of the bi-cell such that an electrode of the monocell opposite to the electrodes of the bi-cell at the opposite surfaces of the bi-cell faces upward, and the monocell is bent by a unit length equivalent to the width w of the bi-cell in the folded state.
A power-supply connector for shelves, comprising a bottom cover, a top cover disposed on the bottom cover, positive and negative power-supply contacts (3, 4) clamped between the bottom cover and the top cover, and a cable with one end extending into a holding cavity formed by the bottom cover and the top cover, the cable being electrically connected with the positive and negative power-supply contacts (3, 4); wherein the top cover is provided with through-holes (21, 22) arranged spaced apart from each other, and the positive and negative contacts (3, 4) are respectively provided with a first free end (31; 41) and a second free end (32; 42), wherein the positive and negative power-supply contacts (3, 4) are respectively positioned in the holding cavity with at least one free end of each power-supply contact (3, 4) extending out of the holding cavity via a respective through-hole, characterized in that the positive and negative power-supply contacts (3, 4) are respectively rotatably supported about a pivot center at a middle portion (33, 43) between the first (31, 41) and second (32, 42) free ends of the positive and negative power-supply contacts (3, 4) according to the seesaw principle, so that when one of the two free ends of a respective power-supply contact moves in a direction away from the top cover in the corresponding through-hole the other of the two free ends of the respective power-supply contact moves in a direction closer to the top cover. a bottom cover, a top cover disposed on the bottom cover, positive and negative power-supply contacts (3, 4) clamped between the bottom cover and the top cover, and a cable with one end extending into a holding cavity formed by the bottom cover and the top cover, the cable being electrically connected with the positive and negative power-supply contacts (3, 4); wherein the top cover is provided with through-holes (21, 22) arranged spaced apart from each other, and the positive and negative contacts (3, 4) are respectively provided with a first free end (31; 41) and a second free end (32; 42), wherein the positive and negative power-supply contacts (3, 4) are respectively positioned in the holding cavity with at least one free end of each power-supply contact (3, 4) extending out of the holding cavity via a respective through-hole, characterized in that the positive and negative power-supply contacts (3, 4) are respectively rotatably supported about a pivot center at a middle portion (33, 43) between the first (31, 41) and second (32, 42) free ends of the positive and negative power-supply contacts (3, 4) according to the seesaw principle, so that when one of the two free ends of a respective power-supply contact moves in a direction away from the top cover in the corresponding through-hole the other of the two free ends of the respective power-supply contact moves in a direction closer to the top cover.
Bumper including a bumper bar and two tapered crash boxes extending into the bumper bar and welded thereto, at least one of the crash boxes being adapted to have an attachment means for a towing eyelet, characterised in that the said one crash box has a welded-on cover and the bumper bar is supported by the crash box in that it is welded to this cover, the cover and the bumper bar having coaxial holes (16, 19) at an axial distance from one another adapted to receive an internally threaded sleeve welded at least to one or other of the cover and the bumper bar and forming the said attachment means for a towing eyelet.
Fuel injection system (10; 10a) for an internal combustion engine, having a hydraulic system, having a pump device, which is connected to a first high-pressure accumulator and which delivers pressure medium into the first high-pressure accumulator with an increase in pressure, having at least one pressure-boosting device (17, 18), which is coupled to the first high-pressure accumulator and which delivers the pressure medium situated in the first high-pressure accumulator into a second high-pressure accumulator with a further increase in pressure, wherein at least one consumer is supplied with pressure medium from the second high-pressure accumulator, wherein, between the two high-pressure accumulators (13, 22), at least one valve device (31, 34) is coupled to the at least one pressure-boosting device (17, 18), which at least one valve device prevents an outflow of pressure medium from the second high-pressure accumulator in the direction of the at least one pressure-boosting device (17, 18), wherein the second high-pressure accumulator is coupled to a pressure-reducing device (25; 25a) by means of which pressure medium can flow out of the second high-pressure accumulator such that the pressure in the second high-pressure accumulator is reduced, wherein the pressure medium is fuel and the at least one consumer is an injector for injecting fuel into a combustion chamber of the internal combustion engine, characterized in that the pressure-reducing device is arranged between the two high-pressure accumulators (13, 22) and discharges fuel flowing back from the second high-pressure accumulator into the first high-pressure accumulator.