mhurhangee/ep-ind-claims huggingface dataset:
A sterile surgical tray system comprising: a sterile surgical tray (10, 58, 180, 182, 1402, 1042) for positioning in a surgical field, the sterile surgical tray (10, 58, 180, 182, 1402, 1042) including a plurality of ophthalmic surgical instruments (14, 62, 110) prepackaged and sterilized with the surgical tray (10, 58, 180, 182, 1402, 1042); a rack system positioned apart from the sterile surgical tray (10, 58, 180, 182, 1402, 1042) and outside the surgical field, the rack system being in communication with the sterile surgical tray (10, 58, 180, 182, 1402, 1042), and at least one controller on at least one of the plurality of ophthalmic surgical instruments (14, 62, 110), wherein the sterile surgical tray (10, 58, 180, 182, 1402, 1042) is coupled to the rack system through an arm mechanism, whereby at least one of the surgical instruments (14, 62, 110) is in communication with the rack system, wherein the rack system (10, 58, 180, 182, 1402, 1042) comprises a processor for processing user input received directly from the at least one controller. a sterile surgical tray (10, 58, 180, 182, 1402, 1042) for positioning in a surgical field, the sterile surgical tray (10, 58, 180, 182, 1402, 1042) including a plurality of ophthalmic surgical instruments (14, 62, 110) prepackaged and sterilized with the surgical tray (10, 58, 180, 182, 1402, 1042); a rack system positioned apart from the sterile surgical tray (10, 58, 180, 182, 1402, 1042) and outside the surgical field, the rack system being in communication with the sterile surgical tray (10, 58, 180, 182, 1402, 1042), and at least one controller on at least one of the plurality of ophthalmic surgical instruments (14, 62, 110), wherein the sterile surgical tray (10, 58, 180, 182, 1402, 1042) is coupled to the rack system through an arm mechanism, whereby at least one of the surgical instruments (14, 62, 110) is in communication with the rack system, wherein the rack system (10, 58, 180, 182, 1402, 1042) comprises a processor for processing user input received directly from the at least one controller
A bump array device for segregating particles by size, the device comprising a body defining a microfluidic flow channel for containing fluid flow in a first direction and an array of obstacles disposed within and extending across the flow channel, wherein the channel is bounded by a pair of parallel, substantially planar surfaces between which the obstacles extend, the obstacles being arranged in rows and columns, wherein the rows define an array direction that differs from the first direction by a tilt angle (ε) that has a magnitude greater than zero; the obstacles in columns defining gaps between themselves through which the fluid can flow generally transversely with respect to the columns, the obstacles being shaped and being arranged in a configuration such that the surfaces of two obstacles defining a gap are asymmetrically oriented about the plane that extends through the center of the gap and that is parallel to said parallel surfaces, said plane bisecting the gap into two portions, whereby the configuration of the obstacles causes the velocity profile of fluid flow through the gap to be asymmetrically oriented about the plane and the critical particle size for particles passing through the portion of the gap adjacent to one of the obstacles to be different than the critical particle size for particles passing through the other portion of the gap adjacent to the other of the obstacles, wherein the critical particle size is such that particles having a size greater to that critical size will travel in the array direction, rather than the direction of bulk fluid flow and particles having sizes less than the critical size will travel in the direction of bulk fluid flow.
A bleeding system comprising an open conduit and, upstream, a control allowing the hydraulic fluid to flow, or not, toward said open conduit, said control having a section configured to be maneuvered with a tool, said bleeding system comprising a dismountable connection device comprising: - connection means adapted to be connected to the bleeding system; - an outlet adapted to be connected to a pipe; - a first central portion comprising said connection means, a cylindrical bearing, and a conduit extending from the connection means up to the surface of the cylindrical bearing; - an annular second portion comprising a bore adapted to pivot on the cylindrical bearing, at least one conduit connecting the outlet and the surface of the bore, the central portion and/or the annular portion comprising a groove ensuring the hydraulic fluid flows between the conduits (36,42), characterized in that the central portion of the connection device comprises a section to ensure the connection of said connection device to the bleeding system arranged between the connection means and the cylindrical bearing and in that the section has the same shape as the section of the bleeding system control to ensure the connection of said connection device to the bleeding system by the same tool as that used for opening or closing the bleeding system. - connection means adapted to be connected to the bleeding system; - an outlet adapted to be connected to a pipe; - a first central portion comprising said connection means, a cylindrical bearing, and a conduit extending from the connection means up to the surface of the cylindrical bearing; - an annular second portion comprising a bore adapted to pivot on the cylindrical bearing, at least one conduit connecting the outlet and the surface of the bore, the central portion and/or the annular portion comprising a groove ensuring the hydraulic fluid flows between the conduits (36,42),
Braking system for motor vehicles, which, in a "brake by wire" operating mode, can be controlled both by the vehicle driver and independently of the vehicle driver, and is preferably operated in the "brake by wire" operating mode and can be operated in at least one fallback operating mode, having • a brake master cylinder, which can be actuated by means of a brake pedal and has at least one piston (15, 16) and at least one pressure chamber (17, 18), to which a brake circuit (I, II) containing wheel brakes (8, 9, 10, 11) can be connected or is connected, • an electrically controllable pressure supplying device for actuating the wheel brakes, and • a simulation device having at least one elastic element, which provides an acceptable brake pedal feel to the vehicle driver in the "brake by wire" operating mode, wherein the simulation device has a hydraulic simulator chamber, which can be hydraulically connected, or is hydraulically connected, via a first hydraulic connection to the pressure chamber in the brake master cylinder and which is in a separable communication by means of an electrically actuated isolation valve with a pressure medium reservoir under atmospheric pressure, characterized in that a media separating means is arranged in the connection between the simulator chamber and the isolation valve. • a brake master cylinder, which can be actuated by means of a brake pedal and has at least one piston (15, 16) and at least one pressure chamber (17, 18), to which a brake circuit (I, II) containing wheel brakes (8, 9, 10, 11) can be connected or is connected, • an electrically controllable pressure supplying device for actuating the wheel brakes, and • a simulation device having at least one elastic element, which provides an acceptable brake pedal feel to the vehicle driver in the "brake by wire" operating mode, wherein the simulation device has a hydraulic simulator chamber, which can be hydraulically connected, or is hydraulically connected, via a first hydraulic connection to the pressure chamber in the brake master cylinder and which is in a separable communication by means of an electrically actuated isolation valve with a pressure medium reservoir under atmospheric pressure,
A thin-film transistor comprising: an oxide semiconductor layer comprising indium (In), gallium (Ga), zinc (Zn), tin (Sn), and oxygen; and a source electrode and a drain electrode formed on the oxide semiconductor layer, wherein a content of indium (In) in the oxide semiconductor layer is greater than a content of gallium (Ga), and a content of indium (In) in the oxide semiconductor layer is greater than a content of tin (Sn), characterized in that the oxide semiconductor layer includes a first layer and a second layer formed on the first layer, wherein an oxygen content of the second layer is greater than an oxygen content of the first layer, wherein a content ratio of each of indium (In), gallium (Ga), zinc (Zn) and tin (Sn) based on total amount of indium (In), gallium (Ga), zinc (Zn) and tin (Sn) is substantially same in the first layer and the second layer, and wherein a thickness of a portion of the second layer exposed by the source electrode and the drain electrode is greater than a thickness of a portion of the second layer that is covered by the source electrode or the drain electrode. an oxide semiconductor layer comprising indium (In), gallium (Ga), zinc (Zn), tin (Sn), and oxygen; and a source electrode and a drain electrode formed on the oxide semiconductor layer, wherein a content of indium (In) in the oxide semiconductor layer is greater than a content of gallium (Ga), and a content of indium (In) in the oxide semiconductor layer is greater than a content of tin (Sn), characterized in that the oxide semiconductor layer includes a first layer and a second layer formed on the first layer, wherein an oxygen content of the second layer is greater than an oxygen content of the first layer, wherein a content ratio of each of indium (In), gallium (Ga), zinc (Zn) and tin (Sn) based on total amount of indium (In), gallium (Ga), zinc (Zn) and tin (Sn) is substantially same in the first layer and the second layer, and wherein a thickness of a portion of the second layer exposed by the source electrode and the drain electrode is greater than a thickness of a portion of the second layer that is covered by the source electrode or the drain electrode.
A relay device comprising: a plurality of ports configured to receive frames; and a transfer processing unit configured to transfer a frame received at one of the ports to at least one of the ports, the relay device characterized by the transfer processing unit having a filtering function for blocking frames other than a clock-time synchronization frame during transfer involving the port selected from the ports, the clock-time synchronization frame being used for synchronizing clock time. a plurality of ports configured to receive frames; and a transfer processing unit configured to transfer a frame received at one of the ports to at least one of the ports, the relay device characterized by the transfer processing unit having a filtering function for blocking frames other than a clock-time synchronization frame during transfer involving the port selected from the ports, the clock-time synchronization frame being used for synchronizing clock time.
A suturing mechanism of a circumcision stapler, wherein the suturing mechanism comprises a glans holder and a plurality of suturing nails, wherein the glans holder comprises a glans cover, a proximal end of the glans cover is provided with an annular recess, the annular recess is provided with a nail plate, and the nail plate comprises an annular plate body; the plate body is provided with a plurality of circumferentially and evenly spaced inner nail slots and outer nail slots, wherein the plurality of outer nail slots are arranged on the outer side of the plurality of inner nail slots, and there is a spacing area between two of the adjacent inner nail slots, with the corresponding outer nail slot being able to cover at least the spacing area; wherein the suturing nails each comprise a floor and a pin structure arranged on the floor, wherein the pin structure comprises a pair of inner pins arranged on an inner side of the floor and a pair of outer pins arranged on an outer side of the floor, the pair of outer pins are arranged on an outer side of the pair of inner pins, the pair of inner pins comprise a first pin and a second pin arranged symmetrically on left and right sides of the floor, with the first pin and the second pin both extending axially upward from the floor and being able to bend relatively toward each other, and the pair of outer pins comprise a third pin and a fourth pin arranged on the left and right sides of the floor respectively, and wherein the suturing nails are configured to suture a prepuce through the nail plate.
A method for growing plants, wherein said method comprises supplying to at least part of a plant or a seed at least one compound of Formula (I A1 -a) or a salt thereof [compound, herein after]: wherein - R' is independently selected from C 1-4 alkyl. - R' is independently selected from C 1-4 alkyl.
A process for separating a hydrophobic particulate material and its hydrophilic contaminant dispersed in an aqueous slurry, the process comprising the steps of a. agitating the aqueous slurry under conditions of high-shear agitation in the presence of a first hydrophobic liquid to form agglomerates of the hydrophobic particulate material; b. separating the agglomerates from the aqueous liquid; c. dispersing the agglomerates in a second hydrophobic liquid, so that the water trapped in between the particles constituting said agglomerates is liberated from the hydrophobic particles; and d. separating the hydrophobic particles from the hydrophobic liquid and the water liberated from said agglomerates, thereby obtaining hydrophobic particles substantially free of hydrophilic contaminant and water. a. agitating the aqueous slurry under conditions of high-shear agitation in the presence of a first hydrophobic liquid to form agglomerates of the hydrophobic particulate material; b. separating the agglomerates from the aqueous liquid; c. dispersing the agglomerates in a second hydrophobic liquid, so that the water trapped in between the particles constituting said agglomerates is liberated from the hydrophobic particles; and d. separating the hydrophobic particles from the hydrophobic liquid and the water liberated from said agglomerates, thereby obtaining hydrophobic particles substantially free of hydrophilic contaminant and water.
A process for producing an aqueous extract comprising 2,5-dichlorophenol and/or a salt thereof, the process comprising: feeding a chlorophenol feed mixture comprising 2,5-dichlorophenol and 2,4-dichlorophenol to a fractional liquid-liquid extraction (FLLE) zone comprising a rectifying section and a stripping section; feeding an organic solvent to the stripping section of the FLLE zone; feeding an aqueous solution comprising base to the rectifying section of the FLLE zone; contacting the feed mixture with the organic solvent and the aqueous solution in the FLLE zone, wherein at least a portion of the 2,5-dichlorophenol is transferred to an aqueous phase comprising the aqueous solution and at least a portion of the 2,4-dichlorophenol is transferred to an organic phase comprising the organic solvent; removing the aqueous extract comprising 2,5-dichlorophenol and/or a salt thereof in the aqueous phase from the stripping section of the FLLE zone, wherein the weight ratio of total 2,5-dichlorophenol to total 2,4-dichlorophenol in the aqueous extract is greater than the weight ratio of 2,5-dichlorophenol to 2,4-dichlorophenol in the chlorophenol feed mixture; and removing an organic extract comprising 2,4-dichlorophenol in the organic phase from the rectifying section of the FLLE zone. feeding a chlorophenol feed mixture comprising 2,5-dichlorophenol and 2,4-dichlorophenol to a fractional liquid-liquid extraction (FLLE) zone comprising a rectifying section and a stripping section; feeding an organic solvent to the stripping section of the FLLE zone; feeding an aqueous solution comprising base to the rectifying section of the FLLE zone; contacting the feed mixture with the organic solvent and the aqueous solution in the FLLE zone, wherein at least a portion of the 2,5-dichlorophenol is transferred to an aqueous phase comprising the aqueous solution and at least a portion of the 2,4-dichlorophenol is transferred to an organic phase comprising the organic solvent; removing the aqueous extract comprising 2,5-dichlorophenol and/or a salt thereof in the aqueous phase from the stripping section of the FLLE zone, wherein the weight ratio of total 2,5-dichlorophenol to total 2,4-dichlorophenol in the aqueous extract is greater than the weight ratio of 2,5-dichlorophenol to 2,4-dichlorophenol in the chlorophenol feed mixture; and removing an organic extract comprising 2,4-dichlorophenol in the organic phase from the rectifying section of the FLLE zone.
Method for producing a composite component (100; 100a), in which a first component at least regionally consisting of metal is connected to a second component consisting of a thermoplastic, wherein the second component is formed by injection-moulding of liquefied thermoplastic and subsequent solidification of the thermoplastic, and wherein the two components (11, 12) are at least indirectly connected to one another in at least one connecting region, characterized in that a third component is arranged in the connecting region between the two components (11, 12) in such a way that the third component is connected to both the first component and the second component on sides of the third component that face away from one another, wherein the third component consists of a thermoset, and wherein the thermoset of the third component has a coefficient of thermal expansion which is between the coefficients of thermal expansion of the first component and the second component.
A method comprising: at a User Equipment, UE,: generating an adaptive codebook of codewords based at least partly on a matrix product of: a first matrix based at least partly on a sequence of complex exponentials for which an argument is based at least partly on a configurable broadening factor, and a second matrix that includes codewords of a base codebook, determining channel state information, CSI, for antenna elements of an antenna array of a base station based at least partly on CSI reference signals, CSI-RS, received from the base station; determining a plurality of signal quality measurements based at least partly on correlations between the CSI and the codewords of the adaptive codebook; and encoding, for transmission, an uplink control message that indicates the codeword of the adaptive codebook for which the signal quality measurement of the plurality of signal quality measurements is largest. generating an adaptive codebook of codewords based at least partly on a matrix product of: a first matrix based at least partly on a sequence of complex exponentials for which an argument is based at least partly on a configurable broadening factor, and a second matrix that includes codewords of a base codebook, a first matrix based at least partly on a sequence of complex exponentials for which an argument is based at least partly on a configurable broadening factor, and a second matrix that includes codewords of a base codebook, determining channel state information, CSI, for antenna elements of an antenna array of a base station based at least partly on CSI reference signals, CSI-RS, received from the base station; determining a plurality of signal quality measurements based at least partly on correlations between the CSI and the codewords of the adaptive codebook; and encoding, for transmission, an uplink control message that indicates the codeword of the adaptive codebook for which the signal quality measurement of the plurality of signal quality measurements is largest.
A method for associating data related to services in an electronic device, the method comprising the steps of: sending, by a first electronic device, first data related to a first service with a first private association dialog, PAD, to a second electronic device, wherein the first PAD of the first data includes a first PAD identifier; and sending, by the first electronic device, second data related to a second service with a second PAD including a second PAD identifier to the second electronic device, wherein if the first PAD identifier matches with the second PAD identifier, the second data is displayed in context with the first data in a user experience, UX, screen of the first service at the second electronic device, and wherein the first service is a push to talk, PTT, call service and the second service is a video service or a data service. sending, by a first electronic device, first data related to a first service with a first private association dialog, PAD, to a second electronic device, wherein the first PAD of the first data includes a first PAD identifier; and sending, by the first electronic device, second data related to a second service with a second PAD including a second PAD identifier to the second electronic device, wherein if the first PAD identifier matches with the second PAD identifier, the second data is displayed in context with the first data in a user experience, UX, screen of the first service at the second electronic device, and wherein the first service is a push to talk, PTT, call service and the second service is a video service or a data service.
An optical pulse test method comprising: inputting an optical pulse sequence of which the number of wavelength multiplexes is N and in which optical pulses with different optical frequencies are arranged at temporally regular intervals to one end of a measured optical fiber; receiving scattered light of each wavelength having returned to the one end of the measured optical fiber; observing a vibration of the measured optical fiber as a time variation of a phase component of the scattered light; the method being characterized in that it comprises: determining the number of wavelength multiplexes N as a minimum value satisfying Math. C1. [Math. C1] where t represents time, Z represents a length of the measured optical fiber (measurement distance), ν represents the speed of light inside the measured optical fiber, represents a time waveform of a phase change in an arbitrary section of the measured optical fiber, represents a function obtained by a Fourier transform of F υ ( t), represents a maximum value of a frequency range occupied by C(t) represents an absolute value of a phase change between a time point t and a time point t + T N, C max (T N) represents a maximum value of C(t) when arbitrarily changing the time point t, represents an inverse function of C max (T N), and F ν represents a difference between a maximum value and a minimum value of F υ ( t). inputting an optical pulse sequence of which the number of wavelength multiplexes is N and in which optical pulses with different optical frequencies are arranged at temporally regular intervals to one end of a measured optical fiber; receiving scattered light of each wavelength having returned to the one end of the measured optical fiber; observing a vibration of the measured optical fiber as a time variation of a phase component of the scattered light; the method being characterized in that it comprises: determining the number of wavelength multiplexes N as a minimum value satisfying Math. C1. t represents time, Z represents a length of the measured optical fiber (measurement distance), ν represents the speed of light inside the measured optical fiber, represents a time waveform of a phase change in an arbitrary section of the measured optical fiber, represents a function obtained by a Fourier transform of F υ ( t), represents a maximum value of a frequency range occupied by C(t) represents an absolute value of a phase change between a time point t and a time point t + T N, C max (T N) represents a maximum value of C(t) when arbitrarily changing the time point t, represents an inverse function of C max (T N), and F ν represents a difference between a maximum value and a minimum value of F υ ( t).