mhurhangee/ep-ind-claims huggingface dataset:
Sewing machine, - having stitch-formation tools (7, 8) for generating a seam in a sewn article part, a needle bar being associated with said stitch-formation tools; - having an arm shaft for driving the needle bar; - having a stitch loosening finger for loosening the seam during sewing; - wherein the stitch loosening finger is driven by a stitch loosening drive such that the stitch loosening finger during sewing is moved so as to reciprocate transversely to a sewing direction (x); - wherein the arm shaft is part of the stitch loosening drive, characterized in that a position sensor for detecting a momentary specific position of a moving component of the stitch loosening drive is provided. - having stitch-formation tools (7, 8) for generating a seam in a sewn article part, a needle bar being associated with said stitch-formation tools; - having an arm shaft for driving the needle bar; - having a stitch loosening finger for loosening the seam during sewing; - wherein the stitch loosening finger is driven by a stitch loosening drive such that the stitch loosening finger during sewing is moved so as to reciprocate transversely to a sewing direction (x); - wherein the arm shaft is part of the stitch loosening drive,
A topical pharmaceutical composition for use in treating an eye infection comprising administering to a patient in need thereof, an effective amount of a concentrated aqueous azalide antibiotic formulation made according to the method comprising: dissolving an azalide antibiotic in an aqueous solution comprising a strong acid, wherein the strong acid has a pKa of less than -1.74, and adding to the aqueous solution comprising the strong acid a sterilized solution comprising a strong base, wherein the sterilized solution is added in an amount sufficient to bring the combined solutions to a pH from about 6 to about 7 and wherein the concentration of the azalide antibiotic in the composition is 2 wt% to 5 wt% azalide and the osmolality of the composition is 250 mOsm/kg to 330 mOsm/kg. dissolving an azalide antibiotic in an aqueous solution comprising a strong acid, wherein the strong acid has a pKa of less than -1.74, and adding to the aqueous solution comprising the strong acid a sterilized solution comprising a strong base, wherein the sterilized solution is added in an amount sufficient to bring the combined solutions to a pH from about 6 to about 7 and wherein the concentration of the azalide antibiotic in the composition is 2 wt% to 5 wt% azalide and the osmolality of the composition is 250 mOsm/kg to 330 mOsm/kg.
A method for sending a message to a mobile communication device associated with a moving object, the method comprising the following steps: - obtaining a first location trajectory of said moving object by a first party; - sending said first location trajectory from said first party to a second party; - obtaining a set of second location trajectories of tracked communication devices by said second party; - comparing said first location trajectory with location trajectories from said set by said second party; - by said second party, selecting a selected location trajectory of a selected communication device from said set if said selected location trajectory is substantially the same as said first location trajectory; said selected communication device corresponding to said mobile communication device; - sending said message to said selected communication device by said second party; and wherein said second party comprises means to retrieve addressing information from tracked communication devices. - obtaining a first location trajectory of said moving object by a first party; - sending said first location trajectory from said first party to a second party; - obtaining a set of second location trajectories of tracked communication devices by said second party; - comparing said first location trajectory with location trajectories from said set by said second party; - by said second party, selecting a selected location trajectory of a selected communication device from said set if said selected location trajectory is substantially the same as said first location trajectory; said selected communication device corresponding to said mobile communication device; - sending said message to said selected communication device by said second party;
An etching method of a substrate having a silicon base layer on which at least a silicon oxide film, a polysilicon film, and a mask film having an opening are formed in sequence, comprising: a first etching step of etching the polysilicon film using the mask film as a mask such that a part of the polysilicon film on a side remote from the opening remains on the silicon oxide film; and a second etching step of etching the part of the polysilicon film remaining on the silicon oxide film using plasma generated from a processing gas containing hydrobromic gas but not containing oxygen gas, characterised in that in said second etching step, the part of the polysilicon film remaining on the silicon oxide film is etched at an ambient pressure of 40.00 Pa to 80.00 Pa, and in that the ambient pressure of said first etching step is lower than that of said second etching step. a first etching step of etching the polysilicon film using the mask film as a mask such that a part of the polysilicon film on a side remote from the opening remains on the silicon oxide film; and a second etching step of etching the part of the polysilicon film remaining on the silicon oxide film using plasma generated from a processing gas containing hydrobromic gas but not containing oxygen gas, characterised in that in said second etching step, the part of the polysilicon film remaining on the silicon oxide film is etched at an ambient pressure of 40.00 Pa to 80.00 Pa, and in that the ambient pressure of said first etching step is lower than that of said second etching step.
A method for detecting targets on the ground and in motion, within a video stream that is acquired by an airborne digital camera, characterised in that it comprises the steps consisting of: - processing a plurality of successive frames of the video stream in a manner so as to stabilize the frames as if they had been acquired by a fixed camera comprising a sub-step of correcting a relative parallax error affecting each frame (T) of the plurality of successive frames in a manner so as to obtain, for each frame (T), a corrected frame (F), this sub-step implementing an algorithm for determining a projective mapping that makes it possible to pass from a frame (T) at a current time, t 0, to a corrected frame (F(-1)) associated with a frame (T(-1)) at a preceding sampling time, t -1; and, - comparing two processed frames, temporally separated one from the other, in a manner so as to identify a pixel zone in motion from one processed frame to the other, the pixel zone in motion constituting detected targets, characterised in that the step consisting of processing a plurality of successive frames includes a sub-step of determining a motion vector (v) of the camera relative to the ground, this sub-step step implementing an algorithm for determining an optical flow that makes it possible to pass from a corrected frame at a current time (F) to a corrected frame at a past time (F(-s)) that is separated from the current time by an integer number s of sampling time intervals, the integer number s being selected between 5 and 15, preferably equal to 10. - processing a plurality of successive frames of the video stream in a manner so as to stabilize the frames as if they had been acquired by a fixed camera comprising a sub-step of correcting a relative parallax error affecting each frame (T) of the plurality of successive frames in a manner so as to obtain, for each frame (T), a corrected frame (F), this sub-step implementing an algorithm for determining a projective mapping that makes it possible to pass from a frame (T) at a current time, t 0, to a corrected frame (F(-1)) associated with a frame (T(-1)) at a preceding sampling time, t -1; and, - comparing two processed frames, temporally separated one from the other, in a manner so as to identify a pixel zone in motion from one processed frame to the other, the pixel zone in motion constituting detected targets,
An ink for inkjet computer-to-plate, which is helpful for improving image resolution of plate, calculated in mass percentage and based on the total mass of the ink, the ink comprises: cross-linkable resin: 10%~30% solvent with a low boiling point: 10%~35% poor solvent with a high boiling point: 5%~30% bulk solvent: 5%~75% the cross-linkable resin is at least one selected from the group consisting of epoxy resin, phenolic resin, and silicone resin; the solvent with a low boiling point is a solvent with a boiling point lower than 100°C; the poor solvent with a high boiling point is at least one selected from the group consisting of ethylene glycol and dipropylene glycol monomethyl ether acetate; the bulk solvent is at least one selected from the group consisting of ethylene glycol monomethyl ether, ethylene glycol monoethyl ether, cyclohexanone, diethylene glycol monoethyl ether, and propylene glycol monomethyl ether propionate.
A bearing structure in which a shaft tip side receives a radial load and which is supported by a plurality of rolling elements of multiple rows aligned in a shaft direction, which are provided in a circumferential direction in a state where the rolling elements are interposed between an inner ring and an outer ring, wherein, in a bearing back surface region in which a value of an analyzed rolling element load in consideration of deformation of the bearing structure is greater than a calculated theoretical value in which no structure deformation is considered, a rigidity-adjusting section which causes support rigidity in a radial direction from a bearing center to be further reduced in a region to which the greater analyzed rolling element load is applied is provided, the bearing structure being characterized in that the rigidity-adjusting section is a shim which is formed of a material of which a Young's modulus is lower than that of a bearing housing and is fitted to a portion between the bearing housing and a bearing housing support member, and in that a thickness of the shim in the radial direction is changed in the shaft direction and in the circumferential direction, in accordance with the analyzed rolling element load, in such a manner that the support rigidity is adjusted. wherein, in a bearing back surface region in which a value of an analyzed rolling element load in consideration of deformation of the bearing structure is greater than a calculated theoretical value in which no structure deformation is considered, a rigidity-adjusting section which causes support rigidity in a radial direction from a bearing center to be further reduced in a region to which the greater analyzed rolling element load is applied is provided, the bearing structure being characterized in that the rigidity-adjusting section is a shim which is formed of a material of which a Young's modulus is lower than that of a bearing housing and is fitted to a portion between the bearing housing and a bearing housing support member, and in that a thickness of the shim in the radial direction is changed in the shaft direction and in the circumferential direction, in accordance with the analyzed rolling element load, in such a manner that the support rigidity is adjusted.
A magnetic net for a basketball goal having a rim, the magnetic net comprising: a standard basketball net; and one or more magnets (622a, 622b, 622c, 622d) mounted on the standard basketball net at a spaced distance from a lower edge of the rim. a standard basketball net; and one or more magnets (622a, 622b, 622c, 622d) mounted on the standard basketball net at a spaced distance from a lower edge of the rim.
Waste water treatment assembly for the at least partial removal of foreign substances, which have a specific density differing from water, from waste water, in particular from rainwater, comprising: - a shaft, - at least one pair of annular chambers positioned within the shaft, comprising, in the height direction of shaft, an upper annular chamber and a lower annular chamber, between which an intermediate wall is positioned which is permeable to foreign substances, characterised in that at the upper end of the upper annular chamber an upper delimiting wall is provided which is impermeable to foreign substances and at the lower end of the lower annular chamber a lower delimiting wall is provided which is impermeable to solid substances, a first opening being provided in the lower delimiting wall, to which opening a channel portion is joined, which channel portion passes through the lower annular chamber in the height direction and is connected to the upper annular chamber via a second opening provided in the intermediate wall, a partition being provided in the upper annular chamber, which partition divides the upper annular chamber in such a way that a channel portion is formed between the second opening and a third opening provided in the upper delimiting wall, which channel portion extends in the circumferential direction of the shaft, the channel portion of the upper annular chamber which extends in the circumferential direction of the shaft forming a flow chamber and the lower annular chamber forming a sedimentation chamber of the waste water treatment assembly, and a channel portion passing through the lower annular chamber in the height direction being designed to ensure that the waste water is able to flow into and out of the upper annular chamber, without stirring up the foreign substances again which have settled in the lower annular chamber. - a shaft, - at least one pair of annular chambers positioned within the shaft, comprising, in the height direction of shaft, an upper annular chamber and a lower annular chamber, between which an intermediate wall is positioned which is permeable to foreign substances,
A washing machine comprising: - a washing tub in which washing liquid may be loaded; - a perforated drum rotatably accommodated in the washing tub for containing laundry to be washed; - a discharge system (300, 310, 330) fluidly connected to the washing tub and adapted to selectively discharge washing liquid from the washing tub, and - a valve, placed between the washing tub and the discharge system (300, 310, 330), comprising: a) a valve seat through which liquid can pass from the washing tub to the discharge system (300, 310, 330), b) a closure member movable with respect to the valve seat from a closing position, in which said closure member abuts against the valve seat, impeding the flow of washing liquid from the washing tub to the discharge system (300, 310, 330), to an open position in which said closure member is at least partially spaced apart from the valve seat, allowing the flow of washing liquid from the washing tub to the discharge system (300, 310, 330); wherein the washing machine further comprises an air passage (410, 425; 510) fluidly connecting said discharge system (300, 310, 330) and said washing tub for allowing the passage of at least air from the discharge system (300, 310, 330) to the washing tub, characterized in that the washing machine further comprises an intercepting member arranged to prevent a liquid flow exiting said air passage (410, 425; 510) from hitting said drum. - a washing tub in which washing liquid may be loaded; - a perforated drum rotatably accommodated in the washing tub for containing laundry to be washed; - a discharge system (300, 310, 330) fluidly connected to the washing tub and adapted to selectively discharge washing liquid from the washing tub, and - a valve, placed between the washing tub and the discharge system (300, 310, 330), comprising: a) a valve seat through which liquid can pass from the washing tub to the discharge system (300, 310, 330), b) a closure member movable with respect to the valve seat from a closing position, in which said closure member abuts against the valve seat, impeding the flow of washing liquid from the washing tub to the discharge system (300, 310, 330), to an open position in which said closure member is at least partially spaced apart from the valve seat, allowing the flow of washing liquid from the washing tub to the discharge system (300, 310, 330); a) a valve seat through which liquid can pass from the washing tub to the discharge system (300, 310, 330), b) a closure member movable with respect to the valve seat from a closing position, in which said closure member abuts against the valve seat, impeding the flow of washing liquid from the washing tub to the discharge system (300, 310, 330), to an open position in which said closure member is at least partially spaced apart from the valve seat, allowing the flow of washing liquid from the washing tub to the discharge system (300, 310, 330);
A method carried out by a User Equipment, UE, performing a Logical Channel Prioritization, LCP, procedure in a wireless communication system, the method comprising: receiving information on a carrier aggregation configuring with a first cell operating in a licensed band and a second cell operating in a unlicensed band, wherein the first cell and the second cell are served by an e-Node B, eNB; receiving information on two or more logical channels, wherein each of the two or more logical channels has respective logical channel priority for a Logical Channel Prioritization, LCP, procedure; receiving a uplink grant from the first cell or the second cell; performing the LCP procedure for the two or more logical channels in decreasing order of priority when the uplink grant is received from the first cell of the licensed band; and performing the LCP procedure for the two or more logical channels in increasing order of priority when the uplink grant is received from the second cell of the unlicensed band. receiving information on a carrier aggregation configuring with a first cell operating in a licensed band and a second cell operating in a unlicensed band, wherein the first cell and the second cell are served by an e-Node B, eNB; receiving information on two or more logical channels, wherein each of the two or more logical channels has respective logical channel priority for a Logical Channel Prioritization, LCP, procedure; receiving a uplink grant from the first cell or the second cell; performing the LCP procedure for the two or more logical channels in decreasing order of priority when the uplink grant is received from the first cell of the licensed band; and performing the LCP procedure for the two or more logical channels in increasing order of priority when the uplink grant is received from the second cell of the unlicensed band.
A graphics processing unit hosting a compute mechanism comprising: a memory controller (912A, 912B); a level-two, L2, cache memory (221; 909) coupled with the memory controller (912A, 912B); and a multiprocessor (234; 325) coupled to the memory controller (912A, 912B), the multiprocessor (234; 325) having a single instruction, multiple thread, SIMT, architecture including hardware multithreading, the multiprocessor (234; 325) including a scheduler, a plurality of processing cores, and a shared memory coupled to the plurality of processing cores, wherein the scheduler is to schedule an instruction for execution by the plurality of processing cores and the plurality of processing cores include a mixed precision core, wherein the instruction is a mixed precision fused multiply-accumulate, FMAC, instruction for calculating D = A * B + C, wherein A and B are 16-bit floating-point elements, and C is a 32-bit floating-point element, supported by the compute mechanism, wherein in response to the mixed precision fused multiply-accumulate instruction, the mixed precision core is to perform an FMAC operation. a memory controller (912A, 912B); a level-two, L2, cache memory (221; 909) coupled with the memory controller (912A, 912B); and a multiprocessor (234; 325) coupled to the memory controller (912A, 912B), the multiprocessor (234; 325) having a single instruction, multiple thread, SIMT, architecture including hardware multithreading, the multiprocessor (234; 325) including a scheduler, a plurality of processing cores, and a shared memory coupled to the plurality of processing cores, wherein the scheduler is to schedule an instruction for execution by the plurality of processing cores and the plurality of processing cores include a mixed precision core, wherein the instruction is a mixed precision fused multiply-accumulate, FMAC, instruction for calculating D = A * B + C, wherein A and B are 16-bit floating-point elements, and C is a 32-bit floating-point element, supported by the compute mechanism, wherein in response to the mixed precision fused multiply-accumulate instruction, the mixed precision core is to perform an FMAC operation.
A method for changing a display of a Graphical User Interface, GUI, for a computer application, the method comprising the steps of: displaying the GUI for an application having GUI elements; receiving user interactions through the GUI; storing contextual usage information comprising the user interactions with the application and contextual information that is associated with the user interactions; as the application is interacted with by different users, collecting and storing contextual usage information for each of the different users; automatically determining when to display a recommendation that includes a selectable action that when selected, changes the display of the GUI elements, including comparing the contextual usage information for the user with the contextual usage information that is stored for the plurality of different users to determine recommendations to present to the user; receiving, from the user, an acceptation of a recommendation among the displayed recommendations; and changing the display of the GUI elements to reflect the determined changes associated with the accepted recommendation. displaying the GUI for an application having GUI elements; receiving user interactions through the GUI; storing contextual usage information comprising the user interactions with the application and contextual information that is associated with the user interactions; as the application is interacted with by different users, collecting and storing contextual usage information for each of the different users; automatically determining when to display a recommendation that includes a selectable action that when selected, changes the display of the GUI elements, including comparing the contextual usage information for the user with the contextual usage information that is stored for the plurality of different users to determine recommendations to present to the user; receiving, from the user, an acceptation of a recommendation among the displayed recommendations; and changing the display of the GUI elements to reflect the determined changes associated with the accepted recommendation.