mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an endoscopic camera; a vision control cart coupled to the endoscopic camera, the vision control cart including an image processor, the image processor being configured to desaturate a captured visible color image of tissue within a surgical site into a desaturated image, the desaturated image being a grayscale image, a black/white image, or monochrome image, the visible color image being captured by the endoscopic camera, the visible color image being a reflected white light image captured from visible electro-magnetic spectrum light, and the image processor being configured to acquire a first enhanced image of the tissue within the surgical site, the first enhanced image captured by the endoscopic camera in response to illuminating the tissue with non-visible electromagnetic radiation, wherein the image processor is further configured to color the first enhanced image with a first visible color to form a first enhanced color image; and a surgeon console coupled the vision control cart, the surgeon console including a display device coupled to the image processor, the display device being configured to display a superposition of the desaturated image and the first enhanced color image together to form a blended image. an endoscopic camera; a vision control cart coupled to the endoscopic camera, the vision control cart including an image processor, the image processor being configured to desaturate a captured visible color image of tissue within a surgical site into a desaturated image, the desaturated image being a grayscale image, a black/white image, or monochrome image, the visible color image being captured by the endoscopic camera, the visible color image being a reflected white light image captured from visible electro-magnetic spectrum light, and the image processor being configured to acquire a first enhanced image of the tissue within the surgical site, the first enhanced image captured by the endoscopic camera in response to illuminating the tissue with non-visible electromagnetic radiation, wherein the image processor is further configured to color the first enhanced image with a first visible color to form a first enhanced color image; and a surgeon console coupled the vision control cart, the surgeon console including a display device coupled to the image processor, the display device being configured to display a superposition of the desaturated image and the first enhanced color image together to form a blended image.
A portable electronic device comprising: a housing; a touch-sensitive display movable with respect to the housing; at least one piezoelectric actuator arranged to provide tactile feedback to the touch-sensitive display in response to an actuation signal by moving the touch-sensitive display, wherein the actuation signal is generated in response to depression of the touch-sensitive display; and wherein the at least one piezoelectric actuator is arranged to move the touch-sensitive display in opposing directions. a housing; a touch-sensitive display movable with respect to the housing; at least one piezoelectric actuator arranged to provide tactile feedback to the touch-sensitive display in response to an actuation signal by moving the touch-sensitive display, wherein the actuation signal is generated in response to depression of the touch-sensitive display; and wherein the at least one piezoelectric actuator is arranged to move the touch-sensitive display in opposing directions.
An adaptive filter arrangement for filtering a target received signal containing an original wanted signal and interfering signals so as to remove such interfering signals which are correlated with the target received signal whilst not removing autocorrelation properties of the original wanted signal to produce a recovered signal, the arrangement comprising: a coefficient generator (24; 174) for generating one or a plurality of filter coefficients, an adaptive filter (26; 172) coupled to the coefficient generator configured to receive the generated one or plurality of filter coefficients and apply a filter function dependent thereon to a reference signal derived from the recovered signal for producing said recovered signal from the received signal; said adaptive filter arrangement being characterised in that it further comprises: compensating means (70, 72; 180) for modifying said one or plurality of coefficients by computing a product signal by multiplying the recovered signal with an autocorrelation function of the recovered signal. a coefficient generator (24; 174) for generating one or a plurality of filter coefficients, an adaptive filter (26; 172) coupled to the coefficient generator configured to receive the generated one or plurality of filter coefficients and apply a filter function dependent thereon to a reference signal derived from the recovered signal for producing said recovered signal from the received signal; said adaptive filter arrangement being characterised in that it further comprises: compensating means (70, 72; 180) for modifying said one or plurality of coefficients by computing a product signal by multiplying the recovered signal with an autocorrelation function of the recovered signal. compensating means (70, 72; 180) for modifying said one or plurality of coefficients by computing a product signal by multiplying the recovered signal with an autocorrelation function of the recovered signal.
A method, comprising: converting AC power received through power input lines of a drive to DC power at a power converter of the drive; transmitting the DC power through a DC bus to an inverter of the drive; converting the DC power received via the DC bus to AC power at the inverter; using a capacitor bank to provide reactive power to the drive, wherein the capacitor bank is coupled to the power input lines; using a set of discharge resistors to discharge the capacitor bank, wherein each discharge resistor is coupled in series or in parallel to one or more capacitors in the capacitor bank; measuring a voltage at a measurement node connected to a neutral node of the discharge side of the set of discharge resistors; transmitting the measured voltage to a processor; and at the processor, determining whether there is an unbalance in the capacitor bank based on the measured voltage. converting AC power received through power input lines of a drive to DC power at a power converter of the drive; transmitting the DC power through a DC bus to an inverter of the drive; converting the DC power received via the DC bus to AC power at the inverter; using a capacitor bank to provide reactive power to the drive, wherein the capacitor bank is coupled to the power input lines; using a set of discharge resistors to discharge the capacitor bank, wherein each discharge resistor is coupled in series or in parallel to one or more capacitors in the capacitor bank; measuring a voltage at a measurement node connected to a neutral node of the discharge side of the set of discharge resistors; transmitting the measured voltage to a processor; and at the processor, determining whether there is an unbalance in the capacitor bank based on the measured voltage.
A damper control device, comprising: a bank angle detector that detects a bank angle being an inclination angle in a lateral direction of a body of a straddle-type vehicle; and a control unit that sets a damping force in an extension side of a damper (DF, DR) interposed between the body and a wheel (WF, WR) of the straddle-type vehicle, to be larger as the bank angle is larger, characterized in that said control unit sets the damping force in a compression side of the damper (DF, DR) to be smaller when the bank angle exceeds an angle threshold. a bank angle detector that detects a bank angle being an inclination angle in a lateral direction of a body of a straddle-type vehicle; and a control unit that sets a damping force in an extension side of a damper (DF, DR) interposed between the body and a wheel (WF, WR) of the straddle-type vehicle, to be larger as the bank angle is larger, characterized in that said control unit sets the damping force in a compression side of the damper (DF, DR) to be smaller when the bank angle exceeds an angle threshold.
An optical surge suppressive type optical amplifier comprising a plurality of optical amplifying means (10, 20), each including an optical amplifying medium (11, 21) doped with at least rare-earth ions and a pumping section (12, 22) configured to supply a pumping light (Lp1, Lp2) to said optical amplifying medium (11, 21), for amplifying a wavelength division multiplexed light (Ls) input thereto by the stimulated emission of the rare-earth ions pumped by the pumping light (Lp1, Lp2) at a constant pumping light power from said pumping section (12, 22), and said respective optical amplifying means (10, 20) being connected in series, wherein the optical amplifying medium of the optical amplifying means arranged on the signal light output side, among said plurality of optical amplifying means, is doped with the rare-earth ions substantially uniformly within a predetermined region at a higher doping concentration, to cause homogeneous up-conversion, compared to that of the optical amplifying medium of the optical amplifying means arranged on the signal light input side, having a doping concentration of less than 1000ppm wt, at which HUC is not substantially caused, wherein the gain of the optical amplifying medium on the signal light input side is set higher than the gain of the optical amplifying medium on the signal light output side, wherein in said optical amplifying means arranged on the signal light output side, said optical amplifying medium is doped with erbium ions, characterised in that the doping concentration of the erbium ions is set at a value higher than 4500ppm wt, and lower than 10000ppm wt, wherein, in said optical amplifying means arranged on the signal light output side, said optical amplifying medium has a doping concentration of erbium ions such that a fluctuation band of a gain efficiency becomes 10dB or less when the total power of the input wavelength division multiplexed light (Ls) is decreased by 16dB from a previously set stationary input level, and wherein the gain efficiency is obtained by dividing a gain by the pumping light power.
An information processing apparatus comprising: a decision unit configured to decide a form of each of a plurality of display objects based on a plurality of contents, on the basis of viewing priority information which has an influence on viewing priority of the content corresponding to the display object; and an output control unit configured to cause an output unit to output each of the plurality of display objects in the form decided by the decision unit, the output control unit is configured to scroll the display objects, and the display objects are arranged in a scroll direction according to attribute information of the contents corresponding to the display objects, characterized by the viewing priority information includes information about generation of the content; and the information about generation of the content includes information which varies depending on an entity of an instruction to generate the content, or a type of a device which has generated the content; and wherein the output control unit changes a display range of a video of the display object according to scrolling of the display object, whereby the output control unit causes the video of the display object for which a panning start position has been set to pan according to the scrolling. a decision unit configured to decide a form of each of a plurality of display objects based on a plurality of contents, on the basis of viewing priority information which has an influence on viewing priority of the content corresponding to the display object; and an output control unit configured to cause an output unit to output each of the plurality of display objects in the form decided by the decision unit, the output control unit is configured to scroll the display objects, and the display objects are arranged in a scroll direction according to attribute information of the contents corresponding to the display objects, characterized by the viewing priority information includes information about generation of the content; and the information about generation of the content includes information which varies depending on an entity of an instruction to generate the content, or a type of a device which has generated the content; and wherein the output control unit changes a display range of a video of the display object according to scrolling of the display object, whereby the output control unit causes the video of the display object for which a panning start position has been set to pan according to the scrolling.
Rinsing arrangement for a domestic appliance for the care of laundry items, with a rinsing dish, having an upper portion and a lower portion able to be connected thereto, wherein a water supply device with a water-receiving tray is embodied in the lower portion, and an outlet connector (8e, 8f), which opens out into the water-receiving tray is embodied on the lower portion, characterised in that a dividing wall separate from the lower portion (8 c) is embodied, which is able to be attached to the lower portion and when the dividing wall is in place, a siphon is formed between the outlet connector (8e, 8f) and a water-receiving space embodied in the lower portion.
An operation method of a storage device, which includes a nonvolatile memory device and is configured to communicate with a host based on a cryptographic key, the method comprising: setting up a first key identifier and a first lifetime for a first cryptographic key, based on a first command received from the host; before the first lifetime expires, extending the first lifetime for the first cryptographic key in response to an extension command received from the host, wherein the extension command comprises the first key identifier encoded with a private key shared between the host and the storage device; and after the first lifetime expires, when a second command including the first key identifier is received from the host, performing a data protect operation regarding to the first cryptographic key. setting up a first key identifier and a first lifetime for a first cryptographic key, based on a first command received from the host; before the first lifetime expires, extending the first lifetime for the first cryptographic key in response to an extension command received from the host, wherein the extension command comprises the first key identifier encoded with a private key shared between the host and the storage device; and after the first lifetime expires, when a second command including the first key identifier is received from the host, performing a data protect operation regarding to the first cryptographic key.
A method for preparing erythromycin thiocyanate, comprising: a) dissolving erythromycin or an erythromycin salt or a mixture thereof in acetone or a mixed solvent comprising acetone under alkaline condition to form a solution of the erythromycin or erythromycin salt; b) adding a thiocyanate salt into the solution; and c) adjusting the pH of the solution to from 6.0 to 8.0; and d) forming crystals of erythromycin thiocyanate. a) dissolving erythromycin or an erythromycin salt or a mixture thereof in acetone or a mixed solvent comprising acetone under alkaline condition to form a solution of the erythromycin or erythromycin salt; b) adding a thiocyanate salt into the solution; and c) adjusting the pH of the solution to from 6.0 to 8.0; and d) forming crystals of erythromycin thiocyanate.
A laminated film comprising a substrate film and a coating layer that is disposed on/over at least one surface of the substrate film; the coating layer comprising a resin composition for coating layer, comprising, as a constituent component, a resin having an oxazoline group; the laminated film having an inorganic thin-film layer on/over the coating layer, and further having a protective layer that has a urethane resin on/over the inorganic thin-film layer; the protective layer of the laminated film having a surface hardness of 350 to 700 N/mm 2; and the protective layer having an arithmetic mean roughness of 0.5 to 2.0 nm in a 2-μm square, wherein the urethane resin has a glass transition temperature Tg of 100°C or higher, wherein the urethane resin is blended with an additive selected from the group consisting of a silane coupling agent, a layered inorganic compound, a stabilizer, a plasticizer, an antistatic agent, a lubricant, an anti-blocking agent, a colorant, a filler, and a crystal nucleating agent, and wherein the surface hardness and the arithmetic mean roughness are measured as described in the description.
Anti-Adrenomedullin antibody or an anti-ADM antibody fragment binding to adrenomedullin or anti-ADM non-Ig scaffold binding to adrenomedullin a) for use in therapy of an acute disease or acute condition of a patient for stabilizing the systemic circulation of said patient wherein said patient is in need of stabilizing the systemic circulation and exhibits a heart rate of > 100 beats /min and/ or < 65 mm Hg mean arterial pressure and wherein stabilizing the systemic circulation means increasing the mean arterial pressure over 65 mmHg or b) for use in the prevention of a heart rate increase to > 100 beats/min and/or a mean arterial pressure decrease to < 65 mm Hg in patients having an acute disease or acute condition and wherein said antibody or antibody fragment or non-Ig scaffold binds to a region of at least 4 amino acids within the sequence of aa 1-21 of mature human ADM: YRQSMNNFQGLRSFGCRFGTC (SEQ ID NO: 23). a) for use in therapy of an acute disease or acute condition of a patient for stabilizing the systemic circulation of said patient wherein said patient is in need of stabilizing the systemic circulation and exhibits a heart rate of > 100 beats /min and/ or < 65 mm Hg mean arterial pressure and wherein stabilizing the systemic circulation means increasing the mean arterial pressure over 65 mmHg or b) for use in the prevention of a heart rate increase to > 100 beats/min and/or a mean arterial pressure decrease to < 65 mm Hg in patients having an acute disease or acute condition
A nonwoven fabric for absorbents composed of hydrophilic fibers in the form of cellulosic fibers, wherein the non-woven fabric has an upper side and a lower side on the opposite side therefrom, the non-woven fabric has ridges and grooves in the upper surface extending in the lengthwise direction that alternate in the widthwise direction, wherein when a rectangle that contacts outermost portions of a ridge is drawn in a topographical image of a cross-section in the widthwise direction of the nonwoven fabric obtained by X-ray CT, and then the rectangle is divided into three sections in the vertical direction, the three sections being referred to as Y1, Y2 and Y3, respectively, from the bottom, and is divided into five sections in the horizontal direction, the five sections being referred to as X1, X2, X3, X4 and X5, respectively, from the left, and sections X1Y1, X2Y1, X3Y1, X4Y1 and X5Y1 are defined as a site A, sections X1Y2, X1Y3, X2Y3, X4Y3, X5Y3 and X5Y2 are defined as a site B, and sections X2Y2 and X4Y2 are defined as a site C, and the proportion of fibers occupying the cross-sectional area of the site A is higher than the proportion of fibers occupying the cross-sectional area of the site B, and the proportion of fibers occupying the cross-sectional area of the site B is higher than the proportion of fibers occupying the cross-sectional area of the site C, wherein the proportion of fibers occupying the cross-sectional area of the groove is higher than the proportion of fibers occupying the cross-sectional area of the site B. the non-woven fabric has an upper side and a lower side on the opposite side therefrom, the non-woven fabric has ridges and grooves in the upper surface extending in the lengthwise direction that alternate in the widthwise direction, wherein when a rectangle that contacts outermost portions of a ridge is drawn in a topographical image of a cross-section in the widthwise direction of the nonwoven fabric obtained by X-ray CT, and then the rectangle is divided into three sections in the vertical direction, the three sections being referred to as Y1, Y2 and Y3, respectively, from the bottom, and is divided into five sections in the horizontal direction, the five sections being referred to as X1, X2, X3, X4 and X5, respectively, from the left, and sections X1Y1, X2Y1, X3Y1, X4Y1 and X5Y1 are defined as a site A, sections X1Y2, X1Y3, X2Y3, X4Y3, X5Y3 and X5Y2 are defined as a site B, and sections X2Y2 and X4Y2 are defined as a site C, and the proportion of fibers occupying the cross-sectional area of the site A is higher than the proportion of fibers occupying the cross-sectional area of the site B, and the proportion of fibers occupying the cross-sectional area of the site B is higher than the proportion of fibers occupying the cross-sectional area of the site C, wherein the proportion of fibers occupying the cross-sectional area of the groove is higher than the proportion of fibers occupying the cross-sectional area of the site B.
A construction machine comprising: a prime mover; a hydraulic drive system including a hydraulic pump driven by the prime mover; a prime mover starting device including a start operation device for starting the prime mover; a warning generating device; a warning operation device for actuating the warning generating device; and a controller configured to inhibit the prime mover from starting when the start operation device is operated while the warning operation device is not being operated, characterized in that the controller is further configured to inhibit the prime mover from starting when the start operation device is operated even for duration until a first set time elapses after the warning operation device finishes being operated, permit the prime mover to start in a case the start operation device is operated for duration until a second set time elapses after the first set time has elapsed, and inhibit the prime mover from starting when the prime mover has not been started for the duration until the second set time elapses. a prime mover; a hydraulic drive system including a hydraulic pump driven by the prime mover; a prime mover starting device including a start operation device for starting the prime mover; a warning generating device; a warning operation device for actuating the warning generating device; and a controller configured to inhibit the prime mover from starting when the start operation device is operated while the warning operation device is not being operated, characterized in that the controller is further configured to inhibit the prime mover from starting when the start operation device is operated even for duration until a first set time elapses after the warning operation device finishes being operated, permit the prime mover to start in a case the start operation device is operated for duration until a second set time elapses after the first set time has elapsed, and inhibit the prime mover from starting when the prime mover has not been started for the duration until the second set time elapses. inhibit the prime mover from starting when the start operation device is operated even for duration until a first set time elapses after the warning operation device finishes being operated, permit the prime mover to start in a case the start operation device is operated for duration until a second set time elapses after the first set time has elapsed, and inhibit the prime mover from starting when the prime mover has not been started for the duration until the second set time elapses.