mhurhangee/ep-ind-claims huggingface dataset:
A control device of at least one motor for moving a blade closure of a pergola, said control device being of the type in which said motor is managed by a control unit, which detects and controls a current absorbed by said motor, and which comprises a microcontroller configured to control the interruption of said current when a preset threshold value I A thereof is exceeded, which corresponds to said motor reaching a stroke-end position, to said microcontroller of said control unit being associated a temperature sensor which detects and sends the temperature of the ambient T A, in which said motor is operating, to the input of the microcontroller, characterized in that said microcontroller is programmed to calculate said preset threshold value (I A), during the operation of said motor, by means of the following algorithm: I A = I A 0 1 + a + P T in which: I A0 corresponds to the current which was absorbed by said motor in a calibration step, with corresponding temperature conditions T A0, a is a first safety coefficient and the value thereof is not less than 0.1, and P T is a second coefficient, which is associated with the difference between the ambient temperature during the calibration step T A0 and the temperature of the ambient T A in which said motor is operating and which is defined according to the following formula: P T = b T A 0 − T A if T A0 >T A P T = 0 if T A0 <T A where "b" is a parameter comprised between 0.002 and 0.02. I A0 corresponds to the current which was absorbed by said motor in a calibration step, with corresponding temperature conditions T A0, a is a first safety coefficient and the value thereof is not less than 0.1, and P T is a second coefficient, which is associated with the difference between the ambient temperature during the calibration step T A0 and the temperature of the ambient T A in which said motor is operating and which is defined according to the following formula: P T = b T A 0 − T A if T A0 >T A P T = 0 if T A0 <T A where "b" is a parameter comprised between 0.002 and 0.02.
A screwdriver comprising a drive for driving a tool spindle having a controller for controlling the drive, having a monitoring device for monitoring the rotation speed or the torque, and having a monitoring device for monitoring a switch-off criterion, which monitoring device is coupled to the controller, in order to switch off the drive when the switch-off criterion is reached, with the controller being designed such that (a) the drive is first of all accelerated until the rotation speed (n) has reached a specific first rotation speed (n 1); (b) if the rotation speed (n) then falls by at least a specific amount within a specific time increment, or the torque rises by at least a specific amount within a specific time increment, the drive is braked until the rotation speed (n) has reached a specific second rotation speed (n 2), which is lower than the first rotation speed (n 1); wherein (c) the drive is then regulated at the second rotation speed (n 2) for a specific time; (d) after step (c), the drive is accelerated again at most until the rotation speed (n) reaches the first rotation speed (n 1) characterized in that, monitoring is carried out during step (d) to determine whether the rotation speed (n) has fallen by a specific amount within a specific time increment during the acceleration or whether the torque has risen by a specific amount within a specific time increment and, if this criterion is satisfled, the drive is braked until the rotation speed has reached the second rotation speed (n 2), which is lower than the first rotation speed (n 1). (a) the drive is first of all accelerated until the rotation speed (n) has reached a specific first rotation speed (n 1); (b) if the rotation speed (n) then falls by at least a specific amount within a specific time increment, or the torque rises by at least a specific amount within a specific time increment, the drive is braked until the rotation speed (n) has reached a specific second rotation speed (n 2), which is lower than the first rotation speed (n 1); wherein (c) the drive is then regulated at the second rotation speed (n 2) for a specific time; (d) after step (c), the drive is accelerated again at most until the rotation speed (n) reaches the first rotation speed (n 1)
A mixing device for introducing a liquid into an exhaust gas stream, comprising - an exhaust gas line section, configured for conducting exhaust gas along the exhaust gas line section, - a metering device, arranged and configured for introducing a liquid into the exhaust gas line section, and comprising - at least one sound source, which is arranged relative to the exhaust gas line section and the metering device in such a way that - a mixing of the liquid, which is introduced into the exhaust gas line section by means of the metering device, with the exhaust gas, which flows in the exhaust gas line section, is promoted by means of sound, which is emitted by the at least one sound source, when sound is emitted by the at least one sound source, characterised in that - the at least one sound source is configured as infrasound source. - an exhaust gas line section, configured for conducting exhaust gas along the exhaust gas line section, - a metering device, arranged and configured for introducing a liquid into the exhaust gas line section, and comprising - at least one sound source, which is arranged relative to the exhaust gas line section and the metering device in such a way that - a mixing of the liquid, which is introduced into the exhaust gas line section by means of the metering device, with the exhaust gas, which flows in the exhaust gas line section, is promoted by means of sound, which is emitted by the at least one sound source, when sound is emitted by the at least one sound source, - the at least one sound source is configured as infrasound source.
A method for preparing a cellulose reactive functionalized polyvinylamide adduct comprising reacting a substantially aqueous reaction mixture of a vinylamide polymer and a cellulose reactive agent to form the adduct, wherein the concentration of the vinylamide polymer is below, equal to or no more than 1 % above a Critical Concentration and the Critical Concentration is defined as the concentration of the vinylamide polymer above which Critical Concentration the viscosity increases for the reaction mixture resulting from the forward progress of the adduct formation, and below which Critical Concentration, the viscosity decreases for the reaction mixture resulting from the forward progress of adduct formation, wherein the vinylamide polymer is cationic.
A system for positioning and restraining at least a part of a hand, comprising a support plate and a plurality of finger restraining elements, wherein each of the finger restraining elements is removably connectable to a finger or a plurality of fingers, and is detachably attachable to the support plate, wherein the support plate comprises a magnetic material, characterised in that each of the finger restraining elements comprises a rigid ring portion for receiving a finger, and a fastening portion with a permanent magnet for attaching the finger restraining element to the support plate, so that a finger received in the ring portion is secured to the support plate in a desired position.
A display assembly, comprising: a display stack including a cover sheet having an exterior surface and an interior surface opposing the exterior surface and an image-emitting layer secured to the interior surface of the cover sheet and configured to modulate light projected through the cover sheet; a carriage assembly configured to align and hold the display stack in a fixed position in the display assembly without being secured directly to the image-emitting layer, wherein the carriage assembly includes a backlight (510, 518) configured to emit light through the image-emitting layer and an alignment chassis having a shelf to hold the backlight (510, 518), the shelf being spaced a distance from the interior surface of the cover sheet that is greater than a thickness of the image-emitting layer such that neither the shelf nor the backlight (510, 518) contact the image-emitting layer; and a plurality of fastener pucks positioned adjacent a perimeter of the interior surface of the cover sheet and securing the carriage assembly to the interior surface of the cover sheet via a curable adhesive. a display stack including a cover sheet having an exterior surface and an interior surface opposing the exterior surface and an image-emitting layer secured to the interior surface of the cover sheet and configured to modulate light projected through the cover sheet; a carriage assembly configured to align and hold the display stack in a fixed position in the display assembly without being secured directly to the image-emitting layer, wherein the carriage assembly includes a backlight (510, 518) configured to emit light through the image-emitting layer and an alignment chassis having a shelf to hold the backlight (510, 518), the shelf being spaced a distance from the interior surface of the cover sheet that is greater than a thickness of the image-emitting layer such that neither the shelf nor the backlight (510, 518) contact the image-emitting layer; and a plurality of fastener pucks positioned adjacent a perimeter of the interior surface of the cover sheet and securing the carriage assembly to the interior surface of the cover sheet via a curable adhesive.
A circuit device comprising: an image acquisition circuit that acquires a display image; and an error detection circuit that performs error detection of the display image, wherein the error detection circuit calculates a histogram of pixel values of the display image, performs a correlation operation using the histogram, calculates an index indicating a degree of dissimilarity between a foreground image that is an image of a given region in the display image and a background image that corresponds to a background of the foreground image in the display image based on a result of correlation operation, and performs the error detection based on the index, characterized in that the error detection circuit calculates the histogram of each of constituent components of a color space, performs an autocorrelation operation on the histogram of each of the constituent components, calculates a distance at which a peak of the autocorrelation occurs with respect to each constituent component, and calculates the index based on the maximum distance of the calculated distances. an image acquisition circuit that acquires a display image; and an error detection circuit that performs error detection of the display image, wherein the error detection circuit calculates a histogram of pixel values of the display image, performs a correlation operation using the histogram, calculates an index indicating a degree of dissimilarity between a foreground image that is an image of a given region in the display image and a background image that corresponds to a background of the foreground image in the display image based on a result of correlation operation, and performs the error detection based on the index, characterized in that the error detection circuit calculates the histogram of each of constituent components of a color space, performs an autocorrelation operation on the histogram of each of the constituent components, calculates a distance at which a peak of the autocorrelation occurs with respect to each constituent component, and calculates the index based on the maximum distance of the calculated distances.
A clock oscillator system that is configured to provide a clock signal to control operation of a switching voltage regulator including a regulator switch, the clock oscillator system comprising: - an oscillator circuit comprising: a capacitor; a current source that is configured to use a charging current for a charging period of time to charge the capacitor; and a current sink that is configured to use a discharging current for a discharging period of time to discharge the capacitor; the clock oscillator system being characterized by further comprising: - an amplifier circuit that is configured to reduce a duty cycle of the switching voltage regulator by diverting a portion of the charging current, the amplifier circuit including a first switch controlled by the clock signal (Vclock) and a second switch controlled by an ON time of the regulator switch for comparing the clock signal (Vclock) at the first switch with the ON time of the regulator switch at the second switch, and diverting the portion of the charging current based on the comparing the clock signal (Vclock) and the ON time of the regulator switch. - an oscillator circuit comprising: a capacitor; a current source that is configured to use a charging current for a charging period of time to charge the capacitor; and a current sink that is configured to use a discharging current for a discharging period of time to discharge the capacitor; a capacitor; a current source that is configured to use a charging current for a charging period of time to charge the capacitor; and a current sink that is configured to use a discharging current for a discharging period of time to discharge the capacitor; - an amplifier circuit that is configured to reduce a duty cycle of the switching voltage regulator by diverting a portion of the charging current, the amplifier circuit including a first switch controlled by the clock signal (Vclock) and a second switch controlled by an ON time of the regulator switch for comparing the clock signal (Vclock) at the first switch with the ON time of the regulator switch at the second switch, and diverting the portion of the charging current based on the comparing the clock signal (Vclock) and the ON time of the regulator switch.
A rigid inner mold comprising an annular inner mold body having a tire molding surface for forming a green tire and put into a vulcanizing metallic mold with the green tire so as to vulcanize the green tire between the vulcanizing metallic mold and the inner mold body; the inner mold body comprises a plurality of inner mold segments divided in the circumferential direction; on the tire molding surface, a coating layer having rubber release property is provided; the tire molding surface comprises a tread molding surface portion to mold an inner side surface of a tread portion of the tire, and a side molding surface portion disposed on the both sides thereof; and the coating layer comprises a tread coating layer portion formed in the tread molding surface portion, and a side coating layer portion formed in the side molding surface portion characterized in that the side coating layer portion includes a coating layer portion which is harder than that of the tread coating layer portion. the inner mold body comprises a plurality of inner mold segments divided in the circumferential direction; on the tire molding surface, a coating layer having rubber release property is provided; the tire molding surface comprises a tread molding surface portion to mold an inner side surface of a tread portion of the tire, and a side molding surface portion disposed on the both sides thereof; and the coating layer comprises a tread coating layer portion formed in the tread molding surface portion, and a side coating layer portion formed in the side molding surface portion characterized in that the side coating layer portion includes a coating layer portion which is harder than that of the tread coating layer portion.
A method, comprising: receiving, by a server, a phone call from a client device; generating, by the server, a uniform resource locator, URL, comprising a session identifier as a parameter; associating, by the server, the session identifier with an account; transmitting, by the server, the URL to the client device; receiving, by the server from a web browser of the client device, a request comprising the URL; determining, by the server, the session identifier of the URL of the request matches the session identifier associated with the account; transmitting, by the server to the web browser, a web page associated with the URL; receiving, by the server from the web page in the web browser, a cryptogram read by the web page via a card reader of the client device; decrypting, by the server, the cryptogram; authenticating, by the server based on the decryption of the cryptogram and the session identifier of the URL matching the session identifier associated with the account, the account for the phone call; and providing, by the server based on the authentication of the account, one or more attributes of the account to a graphical user interface displayed on an agent system assigned to the phone call. receiving, by a server, a phone call from a client device; generating, by the server, a uniform resource locator, URL, comprising a session identifier as a parameter; associating, by the server, the session identifier with an account; transmitting, by the server, the URL to the client device; receiving, by the server from a web browser of the client device, a request comprising the URL; determining, by the server, the session identifier of the URL of the request matches the session identifier associated with the account; transmitting, by the server to the web browser, a web page associated with the URL; receiving, by the server from the web page in the web browser, a cryptogram read by the web page via a card reader of the client device; decrypting, by the server, the cryptogram; authenticating, by the server based on the decryption of the cryptogram and the session identifier of the URL matching the session identifier associated with the account, the account for the phone call; and providing, by the server based on the authentication of the account, one or more attributes of the account to a graphical user interface displayed on an agent system assigned to the phone call.
An apparatus including a display screen which displays a plurality of menu options (M1, M2,...) and, in response to a selection of a menu option from said plurality of menu options by operations through a touch panel disposed on the display screen or through a remote commander, said apparatus performs processing corresponding to the selected menu option, characterised in that: said apparatus is configured to switch, in response to an operation by a user, between (i) displaying a touch panel menu screen on said display screen, the touch panel menu screen containing said plurality of menu options (M1, M2,...) and being adapted for operation through the touch panel, and (ii) displaying a remote commander menu screen on said display screen, the remote commander menu screen containing said plurality of menu options (M1R, M2 R,...) and being adapted for operation through the remote commander, wherein the touch panel menu screen and the remote commander menu screen accomplish the same function as each other; and an operation by the user to select a menu option from said plurality of menu options is accepted through the displayed menu screen. said apparatus is configured to switch, in response to an operation by a user, between (i) displaying a touch panel menu screen on said display screen, the touch panel menu screen containing said plurality of menu options (M1, M2,...) and being adapted for operation through the touch panel, and (ii) displaying a remote commander menu screen on said display screen, the remote commander menu screen containing said plurality of menu options (M1R, M2 R,...) and being adapted for operation through the remote commander, wherein the touch panel menu screen and the remote commander menu screen accomplish the same function as each other; and an operation by the user to select a menu option from said plurality of menu options is accepted through the displayed menu screen.
An artificial leather substrate comprising: an entangled fiber body; and a first filler, a first elastic polymer and a non-volatile oil in liquid form, all added into the entangled fiber body by impregnation, wherein the first filler includes at least one of an inorganic filler, a metal filler, a metal oxide filler, a semimetal oxide filler, a flame-retardant filler and a carbon-based filler, and the non-volatile oil is a liquid with a boiling point of 150°C or more that substantially does not dissolve in a polar solvent, wherein a content of the first filler is 50 to 97 mass%, in the total amount of the first filler, the first elastic polymer, and the non-volatile oil. an entangled fiber body; and a first filler, a first elastic polymer and a non-volatile oil in liquid form, all added into the entangled fiber body by impregnation, wherein the first filler includes at least one of an inorganic filler, a metal filler, a metal oxide filler, a semimetal oxide filler, a flame-retardant filler and a carbon-based filler, and the non-volatile oil is a liquid with a boiling point of 150°C or more that substantially does not dissolve in a polar solvent, wherein a content of the first filler is 50 to 97 mass%, in the total amount of the first filler, the first elastic polymer, and the non-volatile oil.
A non-volatile memory cell comprising: a storage layer comprised of a ferromagnetic material in which data is recordable as a direction of magnetisation; a piezomagnetic layer comprised of an antiperovskite piezomagnetic material selectively having a first type of effect on the storage layer and a second type of effect on the storage layer dependent upon the strain in the piezomagnetic layer; and a strain inducing layer: for inducing a strain in the piezomagnetic layer thereby to switch from the first type of effect to the second type of effect. a storage layer comprised of a ferromagnetic material in which data is recordable as a direction of magnetisation; a piezomagnetic layer comprised of an antiperovskite piezomagnetic material selectively having a first type of effect on the storage layer and a second type of effect on the storage layer dependent upon the strain in the piezomagnetic layer; and a strain inducing layer: for inducing a strain in the piezomagnetic layer thereby to switch from the first type of effect to the second type of effect.