mhurhangee/ep-ind-claims huggingface dataset:
An organic light-emitting diode (OLED) display, comprising: a substrate; a semiconductor layer on the substrate, wherein the semiconductor layer is curved in plane view; a gate metal line on the semiconductor layer; an insulating layer covering the semiconductor layer and the gate metal line and having a plurality of contact holes connected to the semiconductor layer; a data metal line on the insulating layer and including a driving connector electrically connected to the semiconductor layer via a selected one of the contact holes; and an OLED configured such that its operation is controlled by the gate metal line and the driving connector, wherein the semiconductor layer includes a narrow semiconductor part having a first width and an expansion semiconductor part formed adjacent to the selected contact hole and having a second width greater than the first width, the narrow semiconductor having a vertical portion and a horizontal portion, characterized in that the expansion semiconductor is disposed between the vertical portion and the horizontal portion, wherein the first width is a distance between edges of the narrow semiconductor part and the second width is a distance between edges of the expansion semiconductor part, wherein a portion of the edges of the expansion semiconductor part is an oblique line disposed between the vertical portion of the narrow semiconductor part and the horizontal portion of the narrow semiconductor part and the other portion of the edges of the expansion semiconductor part is a corner disposed between the vertical portion of the narrow semiconductor part and the horizontal portion of the narrow semiconductor part and wherein the selected contact hole is disposed closer to the corner than the oblique line and wherein the driving connector overlaps at least a part of the expansion semiconductor part, but does not overlap all of the expansion semiconductor part. a substrate; a semiconductor layer on the substrate, wherein the semiconductor layer is curved in plane view; a gate metal line on the semiconductor layer; an insulating layer covering the semiconductor layer and the gate metal line and having a plurality of contact holes connected to the semiconductor layer; a data metal line on the insulating layer and including a driving connector electrically connected to the semiconductor layer via a selected one of the contact holes; and an OLED configured such that its operation is controlled by the gate metal line and the driving connector,
Method for operating a tail lift which is arranged on a vehicle, wherein a loading platform of the tail lift is raised, lowered and/or pivoted by a lifting mechanism of the tail lift, said lifting mechanism having a mechanical linear drive which is operated by an electric motor, wherein a change in position of the tail lift which occurs depending on the spring deflection of the vehicle is detected using sensors, by sensors determining the angular position of the loading platform and the angular position of at least one link arm of the lifting mechanism of the tail lift, and the position of the loading platform is accordingly changed.
A method of generating a reference picture list for use in decoding a predicted picture within video data, the method comprising: generating a first temporary ordered list of reference pictures from a decoded picture buffer, DPB, in which the list is ordered with any reference pictures in the DPB that are temporally before a picture that is currently being decoded listed in order by temporal distance from the current picture that is currently being decoded, followed by any reference pictures in the DPB that are temporally later than the picture that is currently being decoded listed in order by temporal distance from the picture that is currently being decoded, followed by any long term reference pictures in the DPB listed in the order in which they are stored in the DPB; generating a first reference picture list by selecting reference pictures from the first temporary ordered list of reference pictures, wherein, when the first reference picture list, L0, is to be a modified list, generating the first reference picture list comprises, for each entry in the first reference picture list, reading a first index into the first temporary ordered list of reference pictures and listing the reference picture from the first temporary ordered list of reference pictures at the entry in the first reference picture list. generating a first temporary ordered list of reference pictures from a decoded picture buffer, DPB, in which the list is ordered with any reference pictures in the DPB that are temporally before a picture that is currently being decoded listed in order by temporal distance from the current picture that is currently being decoded, followed by any reference pictures in the DPB that are temporally later than the picture that is currently being decoded listed in order by temporal distance from the picture that is currently being decoded, followed by any long term reference pictures in the DPB listed in the order in which they are stored in the DPB; generating a first reference picture list by selecting reference pictures from the first temporary ordered list of reference pictures, wherein, when the first reference picture list, L0, is to be a modified list, generating the first reference picture list comprises, for each entry in the first reference picture list, reading a first index into the first temporary ordered list of reference pictures and listing the reference picture from the first temporary ordered list of reference pictures at the entry in the first reference picture list.
A display control apparatus comprising: a specific operation means configured to accept a user operation indicating display of a specific menu among hierarchical menus including a plurality of menus for making a setting or an operation instruction for the display control apparatus; and a display control means for controlling a display means configured to, if the specific operation means is operated when the specific menu is displayed on the display means, to clear display of the specific menu, and if the specific operation means is operated when a menu different from the specific menu and different from a menu one level above the specific menu is displayed, to display the specific menu, and if the specific operation means is operated when the menu one level above the specific menu is displayed on the display means and the specific menu is not displayed on the display means and a menu item from the menu one level above the specific menu for entering the specific menu is indicated on the display means as selected to clear the display of the menu one level above the specific menu, and if the specific operation means is operated when the menu one level above the specific menu is displayed on the display means and the specific menu is not displayed on the display means, and the menu item for entering the specific menu is not indicated on the display means as selected, to display the specific menu. a specific operation means configured to accept a user operation indicating display of a specific menu among hierarchical menus including a plurality of menus for making a setting or an operation instruction for the display control apparatus; and a display control means for controlling a display means configured to, if the specific operation means is operated when the specific menu is displayed on the display means, to clear display of the specific menu, and if the specific operation means is operated when a menu different from the specific menu and different from a menu one level above the specific menu is displayed, to display the specific menu, and if the specific operation means is operated when the menu one level above the specific menu is displayed on the display means and the specific menu is not displayed on the display means and a menu item from the menu one level above the specific menu for entering the specific menu is indicated on the display means as selected to clear the display of the menu one level above the specific menu, and if the specific operation means is operated when the menu one level above the specific menu is displayed on the display means and the specific menu is not displayed on the display means, and the menu item for entering the specific menu is not indicated on the display means as selected, to display the specific menu.
A sealing apparatus configured to seal an annular gap between a shaft and a housing, the sealing apparatus comprising: a main lip which is slidable on the shaft; an auxiliary lip which is provided on a sealed fluid side with respect to the main lip and which is slidable on the shaft, wherein an annular gap is provided between the main lip and the auxiliary lip; a garter spring provided on an outer circumferential surface side of the main lip and configured to press a radially inward distal end of the main lip against the shaft; and grease applied to an inner circumferential surface of both the main lip and the auxiliary lip, wherein the sealing apparatus is characterized by an auxiliary lip-side annular projection, the auxiliary lip-side annular projection (222; 222X) extending from the auxiliary lip side toward the main lip side to a position not in contact with the main lip, preventing the grease from entering through the gap between the main lip and the auxiliary lip and radially outwardly, and equalizing the amount of grease applied to the inner circumferential surface of both the main lip and the auxiliary lip in the circumferential direction. a main lip which is slidable on the shaft; an auxiliary lip which is provided on a sealed fluid side with respect to the main lip and which is slidable on the shaft, wherein an annular gap is provided between the main lip and the auxiliary lip; a garter spring provided on an outer circumferential surface side of the main lip and configured to press a radially inward distal end of the main lip against the shaft; and grease applied to an inner circumferential surface of both the main lip and the auxiliary lip, wherein the sealing apparatus is characterized by an auxiliary lip-side annular projection, the auxiliary lip-side annular projection (222; 222X) extending from the auxiliary lip side toward the main lip side to a position not in contact with the main lip, preventing the grease from entering through the gap between the main lip and the auxiliary lip and radially outwardly, and equalizing the amount of grease applied to the inner circumferential surface of both the main lip and the auxiliary lip in the circumferential direction.
Assembly arrangement of a heat exchanger for mounting into the housing of a climatization device of a motor vehicle, comprising - a heat exchanger, whose outside form is defined by an air inlet face (L-EIN), an air outlet face (L-AUS) backwardly disposed thereof in parallel and a peripheral margin sidewardly disposed thereof, and - a sealing arrangement (5; 6, 7) by means of which the peripheral margin of the heat exchanger is mountable in an air-tight manner and isolated against vibrations within an air guiding duct of the housing of the climatization device, wherein - the outer part of the sealing arrangement (5; 6) at least encases the peripheral margin of the heat exchanger entirely and in one piece, characterized in that - either the sealing arrangement comprises a standard frame in which the heat exchanger is enclosed by injection moulding, - or the outer part of the sealing arrangement is a folding frame comprising legs movable relative to each other, and the sealing arrangement at least has an inlay (7A; 7B; 7C), which is insertable at the inner face of the outer part and which is arranged firmly and tightly in assembled state between the outer part and the heat exchanger (2A; 2B; 2C). - a heat exchanger, whose outside form is defined by an air inlet face (L-EIN), an air outlet face (L-AUS) backwardly disposed thereof in parallel and a peripheral margin sidewardly disposed thereof, and - a sealing arrangement (5; 6, 7) by means of which the peripheral margin of the heat exchanger is mountable in an air-tight manner and isolated against vibrations within an air guiding duct of the housing of the climatization device, wherein - the outer part of the sealing arrangement (5; 6) at least encases the peripheral margin of the heat exchanger entirely and in one piece, characterized in that - either the sealing arrangement comprises a standard frame in which the heat exchanger is enclosed by injection moulding, - or the outer part of the sealing arrangement is a folding frame comprising legs movable relative to each other, and the sealing arrangement at least has an inlay (7A; 7B; 7C), which is insertable at the inner face of the outer part and which is arranged firmly and tightly in assembled state between the outer part and the heat exchanger (2A; 2B; 2C). - either the sealing arrangement comprises a standard frame in which the heat exchanger is enclosed by injection moulding, - or the outer part of the sealing arrangement is a folding frame comprising legs movable relative to each other, and the sealing arrangement at least has an inlay (7A; 7B; 7C), which is insertable at the inner face of the outer part and which is arranged firmly and tightly in assembled state between the outer part and the heat exchanger (2A; 2B; 2C).
A CPAP system, comprising a flow generator; a humidifier; and a connector adapted to interconnect an outlet of the flow generator and an inlet of a tub of the humidifier, the connector providing a channel to deliver pressurized air from the flow generator to the humidifier tub, characterised in that the connector includes a first component and a second component that are adapted to be coupled to one another, wherein the first component includes an attachment structure adapted for attachment to the outlet of the flow generator, and wherein the second component is a flexible sealing portion comprising a bellows-type conforming face seal, which comprises an aperture adapted to abut the inlet of the humidifier tub.
An ink supply apparatus for supplying ink to a printer, comprising: an ink filling port (612, 612c) configured to receive inflow of ink; an ink storage section (610, 610c) communicated with the ink filling port (612, 612c), and configured to store the ink; an ink flow path communicated with the ink storage section (610, 610c), and configured to allow the ink to flow from the ink storage section (610, 610c); a displacement section defining a portion of the ink flow path, which is displaced according to internal pressure in the ink flow path so as to be detected by the printer; an ink supply port communicated with the ink flow path for supplying the ink from the ink flow path to the printer; characterized in that the ink supply apparatus further comprises a sealing structure sealing an inner section of the ink flow path in a low ink remaining amount state where a remaining amount of the ink in the ink storage section (610, 610c) is a predetermined amount or less; and a communication port allowing the ink flow path to be communicated with the ink storage section (610, 610c). an ink filling port (612, 612c) configured to receive inflow of ink; an ink storage section (610, 610c) communicated with the ink filling port (612, 612c), and configured to store the ink; an ink flow path communicated with the ink storage section (610, 610c), and configured to allow the ink to flow from the ink storage section (610, 610c); a displacement section defining a portion of the ink flow path, which is displaced according to internal pressure in the ink flow path so as to be detected by the printer; an ink supply port communicated with the ink flow path for supplying the ink from the ink flow path to the printer; characterized in that the ink supply apparatus further comprises a sealing structure sealing an inner section of the ink flow path in a low ink remaining amount state where a remaining amount of the ink in the ink storage section (610, 610c) is a predetermined amount or less; and a communication port allowing the ink flow path to be communicated with the ink storage section (610, 610c).
A method of selecting a first policy for a mobile device that operates as an endpoint in a communications network, the method comprising: storing (402,802,902) policy values for the mobile device in a storage system; receiving (404, 804, 904) first context-based values for the mobile device from at least one context-based data source; and using (406, 806, 906) the first context-based values to select a first policy for the mobile device from the stored policy values; characterized in that the policy is a network policy, and the policy values are network policy values relating context-based values for the mobile device to operational features for the mobile device, wherein the first policy is a first network policy specifying first operational features for the mobile device; and the method comprises a further step of sending (408, 808, 908) endpoint configuration values for the first network policy to an endpoint policy management unit to enforce the first network policy at the mobile device. storing (402,802,902) policy values for the mobile device in a storage system; receiving (404, 804, 904) first context-based values for the mobile device from at least one context-based data source; and using (406, 806, 906) the first context-based values to select a first policy for the mobile device from the stored policy values;
A mobile terminal comprising: a display; a memory; a sensing unit adapted to sense a motion of the mobile terminal; a wireless communication unit adapted to wirelessly exchange data with at least one other terminal; and a controller adapted to receive data from the at least one other terminal using the wireless communication unit and to transmit data to the at least one other terminal using the wireless communication unit according to a data transmission direction that is determined based on the sensed motion of the sensing unit, characterized in that the controller is adapted to control the display to display data stored in the memory, to obtain portions of the received data that is different from the data stored in the memory by comparing the data stored in the memory and the received data, to control the display to differently display the obtained portions together with corresponding portions of the data stored in the memory, to receive input for selecting either the obtained portions or the corresponding portions, and to control the display to display only the selected portions. a display; a memory; a sensing unit adapted to sense a motion of the mobile terminal; a wireless communication unit adapted to wirelessly exchange data with at least one other terminal; and a controller adapted to receive data from the at least one other terminal using the wireless communication unit and to transmit data to the at least one other terminal using the wireless communication unit according to a data transmission direction that is determined based on the sensed motion of the sensing unit, characterized in that the controller is adapted to control the display to display data stored in the memory, to obtain portions of the received data that is different from the data stored in the memory by comparing the data stored in the memory and the received data, to control the display to differently display the obtained portions together with corresponding portions of the data stored in the memory, to receive input for selecting either the obtained portions or the corresponding portions, and to control the display to display only the selected portions.
An inhibitor composition for inhibiting non-coding RNAs comprising: an oligonucleotide; and a minor groove binder, wherein the oligonucleotide comprises nucleotides, wherein all nucleotides of the oligonucleotide comprise ribofuranose having the following structure: wherein Rz is -OCH 3, wherein B is a normal base or a modified base, and wherein the MGB is conjugated to the 5' end or the 3' end of the oligonucleotide,_and wherein the oligonucleotide is substantially complementary to an endogenous mature miRNA or piRNA sequence. an oligonucleotide; and a minor groove binder, wherein the oligonucleotide comprises nucleotides, wherein all nucleotides of the oligonucleotide comprise ribofuranose having the following structure: wherein Rz is -OCH 3, wherein B is a normal base or a modified base, and wherein the MGB is conjugated to the 5' end or the 3' end of the oligonucleotide,_and wherein the oligonucleotide is substantially complementary to an endogenous mature miRNA or piRNA sequence.
Freezing compartment of a vertical freezer provided with: - an upper wall, - an evaporating battery contained in an outer envelope (Nx) mounted on a bottom side of said upper wall, the front sides of said evaporating battery and said outer envelope (Nx) being inclined upwards, - said upper wall of said freezing compartment being provided, towards the evaporating battery, with a cavity having a front side inclined upwards, said cavity partially lodging an upper portion of said evaporating battery, characterised in that said cavity is defined by a reduction of the thickness of said upper wall, and in that said thickness of said upper wall is substantially constant in front of and behind said cavity. - an upper wall, - an evaporating battery contained in an outer envelope (Nx) mounted on a bottom side of said upper wall, the front sides of said evaporating battery and said outer envelope (Nx) being inclined upwards, - said upper wall of said freezing compartment being provided, towards the evaporating battery, with a cavity having a front side inclined upwards, said cavity partially lodging an upper portion of said evaporating battery,
A method for rendering an animation, the method comprising: obtaining an animation file in a target format, wherein the animation file comprises animation drawing data for establishing animation frames; determining an interval for animation drawing data when the animation file is decoded to obtain the animation drawing data, wherein the animation drawing data is used for describing or drawing content of animation, and wherein the interval for animation drawing data is a time period in which the animation drawing data does not change with respect to time; caching initial animation drawing data of the interval for animation drawing data, wherein the initial animation drawing data is the animation drawing data of the first frame within the interval for animation drawing data; reading, when playing the animation file, the cached initial animation drawing data that corresponds to to-be-played frames, in a case that animation drawing data of the to-be-played frames meets a still condition, wherein meeting the still condition refers to not changing animation drawing data that forms animation frames, in the interval; and performing animation rendering according to the initial animation drawing data that is read. obtaining an animation file in a target format, wherein the animation file comprises animation drawing data for establishing animation frames; determining an interval for animation drawing data when the animation file is decoded to obtain the animation drawing data, wherein the animation drawing data is used for describing or drawing content of animation, and wherein the interval for animation drawing data is a time period in which the animation drawing data does not change with respect to time; caching initial animation drawing data of the interval for animation drawing data, wherein the initial animation drawing data is the animation drawing data of the first frame within the interval for animation drawing data; reading, when playing the animation file, the cached initial animation drawing data that corresponds to to-be-played frames, in a case that animation drawing data of the to-be-played frames meets a still condition, wherein meeting the still condition refers to not changing animation drawing data that forms animation frames, in the interval; and performing animation rendering according to the initial animation drawing data that is read.