mhurhangee/ep-ind-claims huggingface dataset:
Context sensitive text input method for entering words without having to key in single letters, comprising the steps of: determining a list of candidate words for the present input context, a candidate being a possible textual continuation of the present context, wherein the present context consists of at least one preceding word or delimiter; arranging the candidate words in groups, each group having a group designator, wherein the group designator is a letter which the words in the group have in common; displaying the group designators, wherein the top most relevant candidate words are arranged in a separate group; prompting the user to select a group designator and receiving the user selection, thereby selecting a group associated with the selected group designator; displaying candidate words of the selected group, the displayed candidate words being arranged according to their respective contextual relevance; prompting the user to select a candidate word and receiving the user selection; and accepting the selected candidate word as text input and updating the context. determining a list of candidate words for the present input context, a candidate being a possible textual continuation of the present context, wherein the present context consists of at least one preceding word or delimiter; arranging the candidate words in groups, each group having a group designator, wherein the group designator is a letter which the words in the group have in common; displaying the group designators, wherein the top most relevant candidate words are arranged in a separate group; prompting the user to select a group designator and receiving the user selection, thereby selecting a group associated with the selected group designator; displaying candidate words of the selected group, the displayed candidate words being arranged according to their respective contextual relevance; prompting the user to select a candidate word and receiving the user selection; and accepting the selected candidate word as text input and updating the context.
A process for the removal of hydrocarbons from an aqueous stream, which process comprises - adding cumene as an eluent to an aqueous stream comprising 2 to 15 wt% phenol and at least one other hydrocarbon to thereby form an aqueous mixture such that the eluent forms 0.5 to 5 wt% of the aqueous mixture, - allowing the aqueous mixture to settle into two phases, which form a hydrocarbon stream containing said at least one other hydrocarbon and a phenol-containing water stream comprising the majority of the phenol, - subsequently collecting the hydrocarbon stream, - conducting the phenol-containing water stream into a separation column, separating the phenol-containing water in the column using heat into an overhead portion and a bottoms portion wherein the conditions in the separation column are maintained at levels that give an overhead portion having a concentration of 75-99 wt% of phenol and water azeotrope; and - collecting the overhead portion as well as the bottoms portion. - adding cumene as an eluent to an aqueous stream comprising 2 to 15 wt% phenol and at least one other hydrocarbon to thereby form an aqueous mixture such that the eluent forms 0.5 to 5 wt% of the aqueous mixture, - allowing the aqueous mixture to settle into two phases, which form a hydrocarbon stream containing said at least one other hydrocarbon and a phenol-containing water stream comprising the majority of the phenol, - subsequently collecting the hydrocarbon stream, - conducting the phenol-containing water stream into a separation column, separating the phenol-containing water in the column using heat into an overhead portion and a bottoms portion wherein the conditions in the separation column are maintained at levels that give an overhead portion having a concentration of 75-99 wt% of phenol and water azeotrope; and - collecting the overhead portion as well as the bottoms portion.
A frame structure for a saddle-type vehicle, comprising: a hollow main frame extending rearwardly from a head pipe; and an air cleaner including a filter element disposed in the main frame, and divided into a dirty side (21 d) and a clean side (21 c) by the filter element, the main frame having a front opening defined in a front portion thereof for introducing intake air, characterised in that, the main frame includes an inner wall surface having a first rib extending peripherally and projecting inwardly into a space in the main frame, and a second rib disposed upstream or downstream of the first rib with respect to an intake air flow and projecting inwardly into the space in the main frame, the filter element has an engaging member extending substantially along the inner wall surface and engageable with the second rib, and the first rib peripherally surrounds the filter element to provide a division wall, the second rib engaging the filter element to support the filter element. a hollow main frame extending rearwardly from a head pipe; and an air cleaner including a filter element disposed in the main frame, and divided into a dirty side (21 d) and a clean side (21 c) by the filter element, the main frame having a front opening defined in a front portion thereof for introducing intake air, characterised in that, the main frame includes an inner wall surface having a first rib extending peripherally and projecting inwardly into a space in the main frame, and a second rib disposed upstream or downstream of the first rib with respect to an intake air flow and projecting inwardly into the space in the main frame, the filter element has an engaging member extending substantially along the inner wall surface and engageable with the second rib, and the first rib peripherally surrounds the filter element to provide a division wall, the second rib engaging the filter element to support the filter element.
A method for increasing the tolerance of a plant to water deficit, characterized in that a FatA TE protein, having at least 60% identity or at least 70% similarity with the sequence SEQ ID No. 1, is overexpressed in said plant.
An infusion set, comprising: a set (352, 1360), comprising a skin contacting surface and a catheter (1370, 1380) extending from a lower surface thereof; and a flexible ring (362, 1374), wherein the flexible ring (362, 1374) is configured to expand to a first diameter to allow placement over said set (352, 1360), and contract to a second diameter to securely circumscribe an outer diameter of said set (352, 1360); characterized in that the infusion set further comprises: a tubing length (358, 1378) secured to said flexible ring (362, 1374); and a fitting or spike, disposed at an end of said tubing length (358, 1378) and extending into said flexible ring (362, 1374), said fitting or spike configured to sealably mate with an opening of said set (352, 1360) to permit communication of a medicament therebetween. a set (352, 1360), comprising a skin contacting surface and a catheter (1370, 1380) extending from a lower surface thereof; and a flexible ring (362, 1374), wherein the flexible ring (362, 1374) is configured to expand to a first diameter to allow placement over said set (352, 1360), and contract to a second diameter to securely circumscribe an outer diameter of said set (352, 1360); characterized in that the infusion set further comprises: a tubing length (358, 1378) secured to said flexible ring (362, 1374); and a fitting or spike, disposed at an end of said tubing length (358, 1378) and extending into said flexible ring (362, 1374), said fitting or spike configured to sealably mate with an opening of said set (352, 1360) to permit communication of a medicament therebetween. a tubing length (358, 1378) secured to said flexible ring (362, 1374); and a fitting or spike, disposed at an end of said tubing length (358, 1378) and extending into said flexible ring (362, 1374), said fitting or spike configured to sealably mate with an opening of said set (352, 1360) to permit communication of a medicament therebetween.
Shoe comprising an upper, to the lower edge of which a bottom is attached, to which bottom at least one interchangeable sole element is removably fixed by elastic means, said elastic means being provided with a control pushbutton (26, 62) arranged in a through-hole (28, 64) made in said bottom wherein said interchangeable sole element is a front plateau having a body delimiting an upwardly-open cavity for housing said elastic means constituted by an L-shaped member with a first substantially vertical arm fixed to the floor of the cavity and a second substantially horizontal arm, to whose distal end said control pushbutton is fixed, is arranged.
An orally administrable abuse-deterrent pharmaceutical composition comprising microparticles, wherein the microparticles comprise: (a) a therapeutically effective amount of a pharmaceutically active agent; (b) one or more fatty acids selected from the group consisting of C5 to C30 monovalent fatty acids, C8 to C40 divalent fatty acids and mixtures thereof; and (c) a pharmaceutically acceptable carrier that is a wax substance, wherein: the pharmaceutically active agent (a) comprises an organic fatty acid salt of oxycodone; and the one or more fatty acids (b) are present in an amount ranging from two to fifteen times the molar amount of oxycodone. (a) a therapeutically effective amount of a pharmaceutically active agent; (b) one or more fatty acids selected from the group consisting of C5 to C30 monovalent fatty acids, C8 to C40 divalent fatty acids and mixtures thereof; and (c) a pharmaceutically acceptable carrier that is a wax substance, wherein: the pharmaceutically active agent (a) comprises an organic fatty acid salt of oxycodone; and the one or more fatty acids (b) are present in an amount ranging from two to fifteen times the molar amount of oxycodone. the pharmaceutically active agent (a) comprises an organic fatty acid salt of oxycodone; and the one or more fatty acids (b) are present in an amount ranging from two to fifteen times the molar amount of oxycodone.
A hoisting system comprising: a crown block; a traveling block; and at least one sheave assembly moveable between and alternatively connectable to the crown and traveling blocks; the hoisting system having a first load capacity when the at least one sheave assembly is connected to the crown block; and a second higher load capacity when the at least one sheave assembly is connected to the traveling block; characterized by a failsafe locking means (52A, 52B) for releasably connecting the at least one sheave assembly to the crown and traveling blocks (18, 20), the failsafe locking means including sensors (58A, 58B) to provide positive verification that the locking means (52A, 52B) is in a locked or unlocked state; and a control module in electronic or network communication with the failsafe locking means (52A, 52B) for locking and unlocking the at least one sheave assembly to the crown and traveling blocks, the control module configured to ensure that the at least one sheave assembly is connected to one of the crown block or traveling block, but not to both the crown block and the traveling block. a crown block; a traveling block; and at least one sheave assembly moveable between and alternatively connectable to the crown and traveling blocks; the hoisting system having a first load capacity when the at least one sheave assembly is connected to the crown block; and a second higher load capacity when the at least one sheave assembly is connected to the traveling block; characterized by a failsafe locking means (52A, 52B) for releasably connecting the at least one sheave assembly to the crown and traveling blocks (18, 20), the failsafe locking means including sensors (58A, 58B) to provide positive verification that the locking means (52A, 52B) is in a locked or unlocked state; and a control module in electronic or network communication with the failsafe locking means (52A, 52B) for locking and unlocking the at least one sheave assembly to the crown and traveling blocks, the control module configured to ensure that the at least one sheave assembly is connected to one of the crown block or traveling block, but not to both the crown block and the traveling block.
A magnesium alloy sheet containing 2.7 to 5 wt% of Al, 0.75 to 1 wt% of Zn, 0.1 to 1 wt% of Ca and 1 wt% or less excluding 0 wt% of Mn and the balance of Mg and inevitable impurities, wherein the twin structure area fraction is 5 to 20 % with respect to 100% of the area of the magnesium alloy sheet, and wherein a maximum aggregate strength is 1 to 4 on the basis of the magnesium alloy sheet surface and wherein the limiting dome height of the magnesium alloy sheet is 7 mm or more.
A system comprising: a top surface, a bottom surface, and an elastic gasket, the elastic gasket comprising: a body having in a loaded state a z-shaped cross section and arranged to provide a force in response to compression, wherein the force is anti-parallel to the direction of the compression, wherein the z-shaped cross section comprises: a top portion, a bottom portion, and a mid portion connecting the top portion and the bottom portion; wherein the elastic gasket has an annular shape, and in a loaded state thereof, is arranged to be subjected to a compression, the direction of compression being parallel to the central axis of the elastic gasket, and wherein the top portion and the bottom portion have an extension along the central axis which is parallel to the direction of compression, wherein the elastic gasket is arranged between the top surface and the bottom surface; wherein the elastic gasket in the loaded state, in which a distance between the top surface and the bottom surface has been reduced by a relative movement of the top surface and bottom surface towards each other along the central axis, provides a force in response to engagement of the gasket with the top and bottom surfaces; and wherein the force is anti-parallel to the compression along the central axis. a body having in a loaded state a z-shaped cross section and arranged to provide a force in response to compression, wherein the force is anti-parallel to the direction of the compression, wherein the z-shaped cross section comprises: a top portion, a bottom portion, and a mid portion connecting the top portion and the bottom portion; wherein the elastic gasket has an annular shape, and in a loaded state thereof, is arranged to be subjected to a compression, the direction of compression being parallel to the central axis of the elastic gasket, and wherein the top portion and the bottom portion have an extension along the central axis which is parallel to the direction of compression, a top portion, a bottom portion, and a mid portion connecting the top portion and the bottom portion; wherein the elastic gasket has an annular shape, and in a loaded state thereof, is arranged to be subjected to a compression, the direction of compression being parallel to the central axis of the elastic gasket, and wherein the top portion and the bottom portion have an extension along the central axis which is parallel to the direction of compression, wherein the elastic gasket is arranged between the top surface and the bottom surface; wherein the elastic gasket in the loaded state, in which a distance between the top surface and the bottom surface has been reduced by a relative movement of the top surface and bottom surface towards each other along the central axis, provides a force in response to engagement of the gasket with the top and bottom surfaces; and wherein the force is anti-parallel to the compression along the central axis.
Device for protecting a near field communication router against possible overvoltages picked up by an antenna, comprising: two voltage-limiter elements (31, 33) between terminals (32, 34) of the antenna and a ground; and a circuit for detecting presence of an electromagnetic field in the vicinity of an operating frequency of the router, and for controlling the limiter elements, the limiter elements being active by default, the detection circuit comprising: an element for field detection and clock extraction; and a comparator controlling the limiter elements, and a first input of which receives a signal from the detection element and a second input of which receives a reference clock corresponding approximately to the said operating frequency of the router. two voltage-limiter elements (31, 33) between terminals (32, 34) of the antenna and a ground; and a circuit for detecting presence of an electromagnetic field in the vicinity of an operating frequency of the router, and for controlling the limiter elements, the limiter elements being active by default, the detection circuit comprising: an element for field detection and clock extraction; and a comparator controlling the limiter elements, and a first input of which receives a signal from the detection element and a second input of which receives a reference clock corresponding approximately to the said operating frequency of the router. an element for field detection and clock extraction; and a comparator controlling the limiter elements, and a first input of which receives a signal from the detection element and a second input of which receives a reference clock corresponding approximately to the said operating frequency of the router.
A method for encoding an audio signal, comprising: performing a classification decision process on high frequency signals of input audio signals, wherein the performing the classification decision process on the high frequency signals of the input signals comprises: calculating parameters of the high frequency signals; determining a current frame type of the high frequency signals according to the parameters and a decision mechanism; when the current frame type of the high frequency signals is determined to be a transient signal, encoding four time envelopes and four spectral envelopes for the transient signal; and outputting the encoded bitstream of the low frequency signals, adaptive encoded bitstream of the high frequency signals, and the result of the classification decision process. performing a classification decision process on high frequency signals of input audio signals, wherein the performing the classification decision process on the high frequency signals of the input signals comprises: calculating parameters of the high frequency signals; determining a current frame type of the high frequency signals according to the parameters and a decision mechanism; when the current frame type of the high frequency signals is determined to be a transient signal, encoding four time envelopes and four spectral envelopes for the transient signal; and outputting the encoded bitstream of the low frequency signals, adaptive encoded bitstream of the high frequency signals, and the result of the classification decision process.
A cartridge (200,2000) that is configured to be replaceably coupled to a main body (100,1000) of an aerosol generating device (1000,10000), the cartridge (200,2000) comprising: a mouthpiece (210,2100) having a discharge hole (211,2110); a liquid storage (220,2200) configured to accommodate an aerosol generating material; a vibration receiver (230,2300) configured to transfer vibration generated by a vibrator (130,1300) of the main body (100,1000) to the aerosol generating material such that aerosols are generated from the aerosol generating material by the vibration; and a liquid delivery member stacked on the vibration receiver and configured to absorb the aerosol generating material accommodated in the liquid storage and deliver the aerosol generating material to the vibration receiver, wherein the vibration receiver is configured to generate aerosols from the aerosol generating material delivered by the liquid delivery member by transferring the vibration generated by the vibrator (130,1300) of the main body (100,1000). a mouthpiece (210,2100) having a discharge hole (211,2110); a liquid storage (220,2200) configured to accommodate an aerosol generating material; a vibration receiver (230,2300) configured to transfer vibration generated by a vibrator (130,1300) of the main body (100,1000) to the aerosol generating material such that aerosols are generated from the aerosol generating material by the vibration; and a liquid delivery member stacked on the vibration receiver and configured to absorb the aerosol generating material accommodated in the liquid storage and deliver the aerosol generating material to the vibration receiver, wherein the vibration receiver is configured to generate aerosols from the aerosol generating material delivered by the liquid delivery member by transferring the vibration generated by the vibrator (130,1300) of the main body (100,1000).
A computer-implemented method for duplicating an object using a touch-sensitive display, the method comprising: - displaying a selected first object on the touch-sensitive display; - detecting a first user interaction and a second user interaction on the selected first object, wherein the first user interaction is a continuous contact on the touch-sensitive display; - detecting a movement of sliding of the first user interaction, the movement being considered as detected when performed outside the selected first object; - displaying a second object which follows the movement of the first user interaction on the touch-sensitive display, the second object being a duplication of the first object; - while the movement of sliding of the first user interaction continues, detecting the end of the second user interaction on the selected first object; - while the second object follows the movement of the first user interaction, performing a third user interaction for carrying out another operation while duplicating the first object; and - positioning the second object according to a last detected location of the first user interaction on the touch-sensitive display. - displaying a selected first object on the touch-sensitive display; - detecting a first user interaction and a second user interaction on the selected first object, wherein the first user interaction is a continuous contact on the touch-sensitive display; - detecting a movement of sliding of the first user interaction, the movement being considered as detected when performed outside the selected first object; - displaying a second object which follows the movement of the first user interaction on the touch-sensitive display, the second object being a duplication of the first object; - while the movement of sliding of the first user interaction continues, detecting the end of the second user interaction on the selected first object; - while the second object follows the movement of the first user interaction, performing a third user interaction for carrying out another operation while duplicating the first object; and - positioning the second object according to a last detected location of the first user interaction on the touch-sensitive display.