mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a wind turbine, the wind turbine comprises a rotor connected to a generator, and a rotational speed controller configured to control a speed of the rotor in response to a generator speed reference, and a power controller to control an electric power production, the method comprises the step of: - receiving a boost command to request a power boost event, so to increase the electrical power production, - imposing a dead band with a dead zone value limit to the rotational speed controller, - wherein the dead band imposes a zero signal to be sent to the rotational speed controller, when a speed error is within the dead zone value limit and - wherein the dead band imposes an error signal to be sent to the rotational speed controller, when a speed error is greater than the dead zone value limit, the error signal being a function of the speed error and the dead zone value limit. - receiving a boost command to request a power boost event, so to increase the electrical power production, - imposing a dead band with a dead zone value limit to the rotational speed controller, - wherein the dead band imposes a zero signal to be sent to the rotational speed controller, when a speed error is within the dead zone value limit and - wherein the dead band imposes an error signal to be sent to the rotational speed controller, when a speed error is greater than the dead zone value limit, the error signal being a function of the speed error and the dead zone value limit.
A plate-shaped element (10, 10', 100, 200), in particular floor element for forming a large-area floor, in which at least one first connecting means for connecting the plate-shaped element (10, 100, 200) to a further, similar, plate-shaped element (10', 100, 200) is provided on at least a first outer edge, a further connecting means being present on at least one further outer edge and having a groove, characterized in that the first connecting means comprises (i) has a sealing lip which is suitable for fitting positively into said groove of the further, similar, plate-shaped element (10', 100, 200); (ii) a displacement channel adapted to receive excess joint material in the case of positive connection of the two plate-shaped elements (10, 10', 100, 200); and (iii) having a further displacement channel which, in the case of the positive-locking connection of the two plate-shaped elements (10, 10', 100, 200), is suitable for receiving excess joint material which is present in the groove before the connection and is displaced by the insertion of the sealing lip; wherein interlocking means (14, 14') are provided as first and further connecting means at the respective first and further outer edge (12, 12') for a positive connection with a further, similar, plate-shaped element (10, 100, 200), wherein the interlocking means (14, 14') are provided on at least one outer edge (12, 12') of the plate-shaped element (10, 10', 100, 200) projecting openly therefrom and/or being present in a concealed manner, and the interlocking means (14, 14') being formed from projections and recesses, the projections being intended for positively-locking engagement in the recesses. (i) has a sealing lip which is suitable for fitting positively into said groove of the further, similar, plate-shaped element (10', 100, 200); (ii) a displacement channel adapted to receive excess joint material in the case of positive connection of the two plate-shaped elements (10, 10', 100, 200); and (iii) having a further displacement channel which, in the case of the positive-locking connection of the two plate-shaped elements (10, 10', 100, 200), is suitable for receiving excess joint material which is present in the groove before the connection and is displaced by the insertion of the sealing lip;
A surgical training device comprising: a base having an upper surface; a plurality of mounting posts connected to the base and extending upwardly from the upper surface of the base, each mounting post having a proximal end connected to the base; and at least one substantially planar portion having an upper surface, a lower surface and apertures connected to the mounting posts, the planer portion being made of flexible and stretchable material such that it is mounted in tension between the plurality of mounting posts, characterized in that: the planar portion is a planar simulated tissue portion; each mounting post has a tapered distal end; and the simulated tissue portion is suspended by the mounting posts passing through the apertures. a base having an upper surface; a plurality of mounting posts connected to the base and extending upwardly from the upper surface of the base, each mounting post having a proximal end connected to the base; and at least one substantially planar portion having an upper surface, a lower surface and apertures connected to the mounting posts, the planer portion being made of flexible and stretchable material such that it is mounted in tension between the plurality of mounting posts,
An apparatus for projecting a picture element (2 i) composed of at least a first component (5 1,i) based on a first sample (s 1,i) of a picture signal and a second component (5 2,i) based on a second sample (s 2,i) of the picture signal, the apparatus comprising a carrier, a mirror mounted on the carrier, being configured to pivot about two axes (17, 18), and having a mirror period (p m), at least a first and a second light generation unit (6 1, 6 2), each light generation unit (6 1, 6 2) being mounted on the carrier, directed at the mirror, and having an input (14 1, 14 2) via which it can be controlled, and a processor having an input and a plurality of outputs (13 1, 13 2), wherein each output (13 1, 13 2) is connected to one of the inputs (14 1, 14 2) of the light generation units (6 1, 6 2), the processor being configured to receive, at its input, the first sample (s 1,i) and the second sample (s 2,i) at a first point in time (t i) within the mirror period (p m), output the first sample (s 1,i) at a second point in time (t n) within the same mirror period (p m) to the first light generation unit (6 1), at which second point in time (t n) the first light generation unit (6 1) projects, via the pivoting mirror, the first component (5 1,i) of the picture element (2 i) onto an actual first position (p 1,a) on a projection area, output the second sample (s 2,i) at a third point in time (t m) within the same mirror period (p m) to the second light generation unit, at which third point in time (t m) the second light generation unit (6 2) projects, via the pivoting mirror, the second component (5 2,i) of the picture element (2 i) onto an actual second position (p 2,a) on the projection area, wherein at least one of the second and third points in time (t n, t m) is determined such that the distance between the actual first and second positions (p 1,a, p 2,a) is reduced, characterized in that said actual first and second positions (p 1,a, p 2,a) are derived from both an estimated second position (p 2,e) onto which the second light generation unit (6 2) would project the second component (5 2,i) of the picture element (2 i) upon receiving the second sample (s 2,i) at the first point in time (t i) at its input (14 2) and from an estimated first position (p 1,e) onto which the first light generation unit (6 1) would project the first component (5 1,i) of the picture element (2 i) upon receiving the first sample (s 1,i) at the first point in time (t i) at its input (14 1).
An electronic device (101, 102, 104) comprising: a display; a speaker; and a processor configured to: control the display to display an execution screen of an application from a plurality of applications for which different priorities are set, control the display to display a notification message on the execution screen, in response to a notification of an application having a priority higher than a priority of the currently-executed application occurring, and control the speaker, and output a notification sound without displaying the notification message on the execution screen, in response to the notification of the application having a priority lower than the currently-executed application occurring, and control the display to display the notification message after termination of the currently-executed application, in response to the notification of the application having a priority lower than the currently-executed application occurring. a display; a speaker; and a processor configured to: control the display to display an execution screen of an application from a plurality of applications for which different priorities are set, control the display to display a notification message on the execution screen, in response to a notification of an application having a priority higher than a priority of the currently-executed application occurring, and control the speaker, and output a notification sound without displaying the notification message on the execution screen, in response to the notification of the application having a priority lower than the currently-executed application occurring, and control the display to display the notification message after termination of the currently-executed application, in response to the notification of the application having a priority lower than the currently-executed application occurring. control the display to display an execution screen of an application from a plurality of applications for which different priorities are set, control the display to display a notification message on the execution screen, in response to a notification of an application having a priority higher than a priority of the currently-executed application occurring, and control the speaker, and output a notification sound without displaying the notification message on the execution screen, in response to the notification of the application having a priority lower than the currently-executed application occurring, and control the display to display the notification message after termination of the currently-executed application, in response to the notification of the application having a priority lower than the currently-executed application occurring.
A device for the repair of a phalangeal joint, the device comprising: a first anchor; a second anchor; and a flexible spacer connecting the first anchor and the second anchor, wherein the flexible spacer is comprised of a polymeric composition, the flexible spacer comprising: a plurality of elongate fibers extending between the first and second anchors; and a polymeric matrix interspersed with the plurality of elongate fibers, characterised in that the first and second anchors are comprised of porous metallic structures. a first anchor; a second anchor; and a flexible spacer connecting the first anchor and the second anchor, wherein the flexible spacer is comprised of a polymeric composition, the flexible spacer comprising: a plurality of elongate fibers extending between the first and second anchors; and a polymeric matrix interspersed with the plurality of elongate fibers, characterised in that the first and second anchors are comprised of porous metallic structures. a plurality of elongate fibers extending between the first and second anchors; and a polymeric matrix interspersed with the plurality of elongate fibers, characterised in that the first and second anchors are comprised of porous metallic structures.
A stability control system for a machine, the stability control system comprising: a gyroscope disposed on the machine, the gyroscope generating a yaw signal; and a controller in communication with the gyroscope and a user input that generates control signals for driving at least one plant of the machine, the controller configured to receive the yaw signal from the gyroscope and the control signals from the user input; wherein the controller is configured to alter the control signals provided to the at least one plant from the user input based at least in part on the yaw signal, characterized in that the controller maintains an accumulated yaw based on the yaw signal and alters the control signal to minimize the accumulated yaw. a gyroscope disposed on the machine, the gyroscope generating a yaw signal; and a controller in communication with the gyroscope and a user input that generates control signals for driving at least one plant of the machine, the controller configured to receive the yaw signal from the gyroscope and the control signals from the user input; wherein the controller is configured to alter the control signals provided to the at least one plant from the user input based at least in part on the yaw signal, characterized in that the controller maintains an accumulated yaw based on the yaw signal and alters the control signal to minimize the accumulated yaw.
A metal nanowire ink comprising aqueous solvent, from 0.001 wt% to 4 wt% metal nanowires, from 0.05 wt% to 5 wt% hydrophilic polymer binder dissolved in the solvent, and from 0.00025 to 0.5 wt% soluble metal ions, wherein the hydrophilic polymer binder comprises a polymeric polyol.
An imaging apparatus comprising: an objective lens, the objective lens having a back aperture; a telescope positioned to image incoming light onto the back aperture of the objective lens; a light redirector, located and configured to redirect light received from a light source into the telescope, the telescope being adapted to image the light redirector onto the back aperture of the objective lens, wherein the incoming light is incident off-center to the back aperture of the objective lens so that a sample is illuminated by an oblique sheet of light that emerges from the objective lens, and so that movement of the light redirector causes the oblique sheet of illumination light to sweep within the sample, wherein the objective lens is located and configured to collect light emitted from the illuminated portion of the sample and route the collected light back into the telescope towards the light redirector, wherein the light redirector is further configured to descan the collected light and direct the collected light towards a lens in a detection arm that forms a stationary oblique image plane that is always coaligned with the moving illuminated region of the sample volume, wherein the light redirector comprises a single planar scan mirror, and wherein the scan mirror achieves both scanning and de-scanning, such that the stationary oblique image plane is formed; and a light detector positioned to capture images of the stationary oblique image plane. an objective lens, the objective lens having a back aperture; a telescope positioned to image incoming light onto the back aperture of the objective lens; a light redirector, located and configured to redirect light received from a light source into the telescope, the telescope being adapted to image the light redirector onto the back aperture of the objective lens, wherein the incoming light is incident off-center to the back aperture of the objective lens so that a sample is illuminated by an oblique sheet of light that emerges from the objective lens, and so that movement of the light redirector causes the oblique sheet of illumination light to sweep within the sample, wherein the objective lens is located and configured to collect light emitted from the illuminated portion of the sample and route the collected light back into the telescope towards the light redirector, wherein the light redirector is further configured to descan the collected light and direct the collected light towards a lens in a detection arm that forms a stationary oblique image plane that is always coaligned with the moving illuminated region of the sample volume, wherein the light redirector comprises a single planar scan mirror, and wherein the scan mirror achieves both scanning and de-scanning, such that the stationary oblique image plane is formed; and a light detector positioned to capture images of the stationary oblique image plane.
An electronic component assembly comprising an electronic component and a plurality of bus bars, the electronic component and being provided with a component main body having a rectangular parallelepiped outer shape, and a plurality of terminal portions protruding from a bottom surface of the component main body, one end sides of the bus bars being electrically connected to the terminal portion, and the other ends thereof being fitted to a terminal fitting, wherein the other ends of the plurality of bus bars are opposite to a side surface (20c, 20d) of the component main body, and characterised in that an overall height dimension of the electronic component assembly becomes a height dimension of the electronic component.
An internal trimming window capable of cooperating with a support of a vehicle in a cooperating position, said internal trimming window comprising: - a polarizable film, - a device for applying a voltage to the polarizable film arranged to vary a degree of opacity of said polarizable film, the voltage application device being arranged to be connected to an outer electrical power supply, - a removable fastening device arranged to removably fasten the internal trimming window to the support in a cooperating position, characterized in that the removable fastening device comprises a locking element capable of being displaced by a user between a locking position in which the internal trimming window is fastened to the support and an unlocking position in which the internal trimming window is capable of being disengaged from the support. - a polarizable film, - a device for applying a voltage to the polarizable film arranged to vary a degree of opacity of said polarizable film, the voltage application device being arranged to be connected to an outer electrical power supply, - a removable fastening device arranged to removably fasten the internal trimming window to the support in a cooperating position, characterized in that the removable fastening device comprises a locking element capable of being displaced by a user between a locking position in which the internal trimming window is fastened to the support and an unlocking position in which the internal trimming window is capable of being disengaged from the support.
A method of inter-species genome transplantation, comprising: isolating a donor genome from a Mycoplasma mycoides LC by suspending the isolated genome in an agarose suspension; preparing a recipient cell from a Mycoplasma capricolum; and introducing the isolated donor genome into the recipient cells by contacting the recipient cell with the donor genome, whereby the recipient cell is transplanted, using a polyethylene glycol mediated genome transplantation method, with the donor genome of the Mycoplasma mycoides provided, wherein the genome of the recipient cell is removed or inactivated to produce the recipient cell, prior to or after introduction of the isolated genome; and wherein the recipient cell is able to grow and divide to produce cells that are dominated by the donor genome, which phenotypically transforms said produced cells to the phenotype of the Mycoplasma mycoides. isolating a donor genome from a Mycoplasma mycoides LC by suspending the isolated genome in an agarose suspension; preparing a recipient cell from a Mycoplasma capricolum; and introducing the isolated donor genome into the recipient cells by contacting the recipient cell with the donor genome, whereby the recipient cell is transplanted, using a polyethylene glycol mediated genome transplantation method, with the donor genome of the Mycoplasma mycoides provided,
A light signal communication receiving device including a photoreceiving diode configured to generate a current signal on a first node from a received light signal, a preamplifier configured to convert the current signal on the first node into a voltage signal on a second node, characterised in that it comprises a differential amplifier (LNAdiff) including a first input connected to the first node and a second input connected to a third node coupled to the second node via an adjustment circuit configured to shift the level of the voltage signal from the second node to the third node, in a manner controlled by a control signal (dgt).
A method for producing a dihydroxynaphthalene condensate, wherein dihydroxynaphthalene to be used has a sulfur element content of 100 ppm or less in terms of mass among constituent elements, and the dihydroxynaphthalene and a condensation agent are condensed in presence of an acid or a base to produce the dihydroxynaphthalene condensate.
A stacked plate for window comprising: a laminated plate that includes a first transparent plate, a second transparent plate that faces the first transparent plate, and an intermediate film that bonds the first transparent plate and the second transparent plate; a conductive layer (21, 22), at least a part of which is provided between the first transparent plate and the second transparent plate; and an insulating sheet that retains the conductive layer (21, 22), the insulating sheet being bonded to the intermediate film between the first transparent plate and the second transparent plate, the conductive layer (21, 22) includes a conductive wire and a feeding point that supplies electric power to the conductive wire, the conductive wire and the feeding point being integrally formed, a part of the insulating sheet is taken out from the inside of the laminated plate to the outside with the feeding point, and characterized in that the conductive wire forms a heater circuit that generates heat by supplying electric power. a laminated plate that includes a first transparent plate, a second transparent plate that faces the first transparent plate, and an intermediate film that bonds the first transparent plate and the second transparent plate; a first transparent plate, a second transparent plate that faces the first transparent plate, and an intermediate film that bonds the first transparent plate and the second transparent plate; a conductive layer (21, 22), at least a part of which is provided between the first transparent plate and the second transparent plate; and an insulating sheet that retains the conductive layer (21, 22), the insulating sheet being bonded to the intermediate film between the first transparent plate and the second transparent plate, the conductive layer (21, 22) includes a conductive wire and a feeding point that supplies electric power to the conductive wire, the conductive wire and the feeding point being integrally formed, a part of the insulating sheet is taken out from the inside of the laminated plate to the outside with the feeding point, and characterized in that the conductive wire forms a heater circuit that generates heat by supplying electric power.