mhurhangee/patent-ind-claim-en huggingface dataset:
An image calibration method to be performed on an image forming apparatus , comprising: Step S201, outputting a calibration image by the image forming apparatus in response to a calibration instruction inputted by a user, wherein the calibration image includes a calibration pattern and a calibration mark ; and the calibration mark is configured to mark a calibration event type corresponding to the calibration image; Step S202, according to the calibration mark of the calibration image, determining whether the calibration event type corresponding to the calibration image matches a calibration event type corresponding to a current calibration operation; and Step S203, performing image calibration according to the calibration pattern in the calibration image if the calibration event type corresponding to the calibration image matches the calibration event type corresponding to the current calibration operation; wherein the calibration event type includes a copy calibration mode, the copy calibration mode including concentration calibration, concentration calibration at different print speeds, and concentration calibration at different resolutions. Step S201, outputting a calibration image by the image forming apparatus in response to a calibration instruction inputted by a user, wherein the calibration image includes a calibration pattern and a calibration mark ; and the calibration mark is configured to mark a calibration event type corresponding to the calibration image; Step S202, according to the calibration mark of the calibration image, determining whether the calibration event type corresponding to the calibration image matches a calibration event type corresponding to a current calibration operation; and Step S203, performing image calibration according to the calibration pattern in the calibration image if the calibration event type corresponding to the calibration image matches the calibration event type corresponding to the current calibration operation; wherein the calibration event type includes a copy calibration mode, the copy calibration mode including concentration calibration, concentration calibration at different print speeds, and concentration calibration at different resolutions.
Medicament delivery device comprising a housing , - a drive unit , said drive unit comprising: - an actuation element (29; 52; 72); which actuation element (29; 52; 72) is operably arranged to move inside said housing for expelling a dose of medicament; and - a drive force element acting on said actuation element (29; 52; 72); said medicament delivery device further comprising - a monitoring unit ; said monitoring unit being detachably attached to said housing ; - at least one sensor arranged in said monitoring unit , said at least one sensor being operably arranged to monitor said drive unit for obtaining information regarding status of the medicament delivery device, wherein said at least one sensor comprises a force sensor (32; 80) arranged to monitor the force from said drive force element (24; 60); characterised in that the medicament delivery device further comprises a transfer element (12; 84) operably connected to said drive force element (24; 60) for transferring the force from said drive force element to said force sensor of said monitoring unit . - a drive unit , said drive unit comprising: - an actuation element (29; 52; 72); which actuation element (29; 52; 72) is operably arranged to move inside said housing for expelling a dose of medicament; and - a drive force element acting on said actuation element (29; 52; 72); said medicament delivery device further comprising - a monitoring unit ; said monitoring unit being detachably attached to said housing ; - at least one sensor arranged in said monitoring unit , said at least one sensor being operably arranged to monitor said drive unit for obtaining information regarding status of the medicament delivery device, wherein said at least one sensor comprises a force sensor (32; 80) arranged to monitor the force from said drive force element (24; 60);
A data-generating device comprising: an acquiring means that acquires still image data; a still image data generating means that generates a predetermined number of items of still image data in which at least part of pixel values of the acquired still image data are changed, and that makes an average of pixel values of matching display positions between the predetermined number of items of still image data equal to pixel values of matching display positions in the acquired still image data, wherein a screen display image of the acquired still image data is divided into a plurality of regions and the still image data generating means varies a pattern of a pixel value to be set in the predetermined number of items of still image data for the same pixel value between at least two of a plurality of regions, said regions being a respective unit of a screen display area wider than one pixel; and a movie data generating means that generates movie data for which each of the generated still image data is displayed at a predetermined frame rate. an acquiring means that acquires still image data; a still image data generating means that generates a predetermined number of items of still image data in which at least part of pixel values of the acquired still image data are changed, and that makes an average of pixel values of matching display positions between the predetermined number of items of still image data equal to pixel values of matching display positions in the acquired still image data, wherein a screen display image of the acquired still image data is divided into a plurality of regions and the still image data generating means varies a pattern of a pixel value to be set in the predetermined number of items of still image data for the same pixel value between at least two of a plurality of regions, said regions being a respective unit of a screen display area wider than one pixel; and a movie data generating means that generates movie data for which each of the generated still image data is displayed at a predetermined frame rate.
An aerosol-generating article comprising: a rod comprising an aerosol-generating substrate ; a filter in axial alignment with the rod; a bridging element comprising a first wrapper , the first wrapper circumscribing the rod and the filter and securing the filter to the rod; and a cavity located between the rod and the filter, the cavity being partially delimited by the inner surface of the first wrapper in a first portion of the bridging element, wherein the first portion of the bridging element has a basis weight of 50 grams per square meter or greater. a rod comprising an aerosol-generating substrate ; a filter in axial alignment with the rod; a bridging element comprising a first wrapper , the first wrapper circumscribing the rod and the filter and securing the filter to the rod; and a cavity located between the rod and the filter, the cavity being partially delimited by the inner surface of the first wrapper in a first portion of the bridging element, wherein the first portion of the bridging element has a basis weight of 50 grams per square meter or greater.
A power heat power storage device comprising a charging circuit and a discharging circuit for conveying a working gas (A), wherein the charging circuit and the discharging circuit comprise a common regenerator which is switchably fluid conductively connected to either the charging circuit or the discharging circuit to form a closed circuit for supplying the working gas (A) to the regenerator , wherein the charging circuit comprises a first turbo compressor and a first turbo expander , wherein the first turbo compressor is driven by the first turbo expander and an electric motor , wherein the discharge circuit comprising a second turbo expander and a second turbo compressor , the second turbo expander driving the second turbo compressor and a generator , characterized in that a control device and a density changing device are arranged and configured in such a way that they allow the pressure of the working gas (A) in the charging circuit and/or in the discharging circuit to be changed in a controllable manner in order to control the power which can be absorbed by the first turbo compressor and the power which can be delivered by the second turbo expander , respectively.
A driver for providing variable power to at least one LED array , which driver can be coupled through a phase-modulating dimmer to a mains AC power supply , the driver comprising: - a rectifying unit adapted to convert an AC power from the mains AC power supply into a DC power output; - a switching power unit receiving the DC power output from the rectifying unit and adapted to provide an output current to the LED array ; and - a control unit adapted to determine the output current to the LED array , wherein the control unit comprises a first sampling sub-unit adapted to sense a dim reference signal representing phase modulating information of the AC power when the phase angle of the AC power is cut by the dimmer, and wherein the first sampling sub-unit is adapted to cause the dim reference signal to be in a low frequency range in such a way that the dim reference signal is approximately a flat voltage signal, characterized in that the control unit further comprises a second sampling sub-unit adapted to sense a feedback signal and cause the feedback signal to be in a low frequency range such that it represents an average value of the output current to the LED array over a mains period, and wherein the control unit is adapted to determine the output current to the LED array in response to a comparison between the dim reference signal from the first sampling-sub unit and the feedback signal from the second sub-sampling circuit (72, 172 272). - a rectifying unit adapted to convert an AC power from the mains AC power supply into a DC power output; - a switching power unit receiving the DC power output from the rectifying unit and adapted to provide an output current to the LED array ; and - a control unit adapted to determine the output current to the LED array , wherein the control unit comprises a first sampling sub-unit adapted to sense a dim reference signal representing phase modulating information of the AC power when the phase angle of the AC power is cut by the dimmer, and wherein the first sampling sub-unit is adapted to cause the dim reference signal to be in a low frequency range in such a way that the dim reference signal is approximately a flat voltage signal,
A method of electrochemically polishing turbomachines of refractory metal using laser beam heating, comprising: immersing a surface of a component within a fluid held in a tank during a finishing process wherein the finishing process comprises electrochemical polishing; and heating fluid near the surface during the finishing process to create a convection current within the fluid that carries a byproduct of the finishing process away from the surface , and said step of heating comprising directing a laser beam at a target location within the fluid, the target location in an area of the tank other than the surface. immersing a surface of a component within a fluid held in a tank during a finishing process wherein the finishing process comprises electrochemical polishing; and heating fluid near the surface during the finishing process to create a convection current within the fluid that carries a byproduct of the finishing process away from the surface , and said step of heating comprising directing a laser beam at a target location within the fluid, the target location in an area of the tank other than the surface.
A fluidic device (100-700) with a first and a second passive valve (PV), each passive valve comprising the following sequence of layers: a) a first carrier layer (CL1) with an aperture providing a passage (P1) for fluid; b) a first binding layer (BL1) with a first opening; c) a flexible layer (FL) with at least one through-hole (TH); d) a second binding layer (BL2) with a second opening; e) an optional second carrier layer (CL2); wherein pushing the flexible layer (FL) towards the first carrier layer (CL1) closes the passage (P1) while pushing it towards the second carrier layer (CL2) opens the passage (PI), further comprising an active valve (AV) having a pumping chamber (PC) with an inlet (IL) and an outlet (OL), wherein the volume of said pumping chamber can controllably be changed, and wherein the first passive valve (PV) is located upstream and the second passive valve (PV) is located downstream of the active valve (AV), characterized in that the passage (P1) of each passive valve (PV) is continued by an aperture (AP, AP') in the flexible layer (FL) that allows for a return of fluid back to the other side of the flexible layer (FL). a) a first carrier layer (CL1) with an aperture providing a passage (P1) for fluid; b) a first binding layer (BL1) with a first opening; c) a flexible layer (FL) with at least one through-hole (TH); d) a second binding layer (BL2) with a second opening; e) an optional second carrier layer (CL2);
A pharmaceutical formulation stable when stored at between 2°C and 8°C for at least six months and which has a viscosity of between 2 and 50 mPa-s (centipoise (cP)) when measured at 25°C with a shear rate in the range of 100,000-250,000 l/sec suitable for parenteral administration to a mammalian subject, comprising: (a) an aqueous solution comprising a buffer system having a pH of 5.0 to 7.0, wherein the buffer system comprises at least one buffering agent selected from the group consisting of citrate or histidine; (b) a monoclonal antibody or fragment thereof that specifically binds to human MASP-2 and comprises (i) a heavy chain variable region comprising the amino acid sequence set forth in SEQ ID NO:2 and (ii) a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO:3, and which antibody or fragment thereof is at a concentration of 50 mg/mL to 250 mg/mL; and (c) a tonicity modifying agent in a sufficient amount for the formulation to be hypertonic. (a) an aqueous solution comprising a buffer system having a pH of 5.0 to 7.0, wherein the buffer system comprises at least one buffering agent selected from the group consisting of citrate or histidine; (b) a monoclonal antibody or fragment thereof that specifically binds to human MASP-2 and comprises (i) a heavy chain variable region comprising the amino acid sequence set forth in SEQ ID NO:2 and (ii) a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO:3, and which antibody or fragment thereof is at a concentration of 50 mg/mL to 250 mg/mL; and (c) a tonicity modifying agent in a sufficient amount for the formulation to be hypertonic.
A process for treating a workpiece, said process comprising the steps of: (a) altering the temperature of a workpiece surface wherein at least one condition selected from the group of: thermal treatment rate, relative motion between the surface and said thermal treatment means, coolant flow rate onto said surface, heating flow rate onto said surface and the relative speed between the thermal treatment means and the surface is controllable; (b) dividing the surface of the workpiece into a plurality of zones; (c) simultaneously measuring temperatures at a plurality of locations in a plurality of zones over the surface of the workpiece wherein at least one temperature is measured in each zone; (d) determining an average temperature in each of said plurality of zones using said temperatures measured in step (c); (e) comparing each of the average temperatures to a preselected minimum temperature and a preselected maximum temperature for the zone; and (f) automatically adjusting at least one of the controllable conditions if said average temperature is not between the preselected minimum temperature and the preselected maximum temperature for at least one of the zones. (a) altering the temperature of a workpiece surface wherein at least one condition selected from the group of: thermal treatment rate, relative motion between the surface and said thermal treatment means, coolant flow rate onto said surface, heating flow rate onto said surface and the relative speed between the thermal treatment means and the surface is controllable; (b) dividing the surface of the workpiece into a plurality of zones; (c) simultaneously measuring temperatures at a plurality of locations in a plurality of zones over the surface of the workpiece wherein at least one temperature is measured in each zone; (d) determining an average temperature in each of said plurality of zones using said temperatures measured in step (c); (e) comparing each of the average temperatures to a preselected minimum temperature and a preselected maximum temperature for the zone; and (f) automatically adjusting at least one of the controllable conditions if said average temperature is not between the preselected minimum temperature and the preselected maximum temperature for at least one of the zones.
A biocompatible scaffold system for filling a tissue gap of a tissue, the tissue gap extending between first and second anatomical regions of the tissue, the biocompatible scaffold system comprising: a scaffold including a plurality of interconnected porous modules each comprising a biodegradable polymer module material; the scaffold being characterized by a porous scaffold rack comprising a biodegradable polymer rack material, the porous scaffold rack configured to span the tissue gap between the first and second anatomical regions; and, a plurality of screws configured to attach the scaffold to the tissue. a scaffold including a plurality of interconnected porous modules each comprising a biodegradable polymer module material; the scaffold being characterized by a porous scaffold rack comprising a biodegradable polymer rack material, the porous scaffold rack configured to span the tissue gap between the first and second anatomical regions; and, a plurality of screws configured to attach the scaffold to the tissue.
A computer-implemented method for minimising thermoacoustic, aeroacoustic, and/or aeroelastic instability states of a combustion process in a gas turbine, wherein the gas turbine has a combustion volume comprising a fluid, comprising the following steps: - generation of a digital image of the combustion volume in the form of a grid by spatially dividing the combustion volume into volume regions and digitally mapping these volume regions by grid cells; - generation of a time series of at least one state variable of the fluid comprised per volume range during a combustion process, by digital simulation of the combustion process and/or measurement of the state variable during the combustion process by at least one sensor ; - assignment of the time series to the respective grid cell; - formation of a spatial and/or temporal network by representing each grid cell by a node and connecting pairs of nodes correlated with respect to the time series by a link; - performing a network analysis to determine at least one statistical network measure of the network, - performing a network measure analysis, wherein the network measure analysis is configured for minimising thermoacoustic, aeroacoustic and/or aeroelastic instability states of a combustion process by a controlled disturbance of the combustion process by at least one control element . - generation of a digital image of the combustion volume in the form of a grid by spatially dividing the combustion volume into volume regions and digitally mapping these volume regions by grid cells; - generation of a time series of at least one state variable of the fluid comprised per volume range during a combustion process, by digital simulation of the combustion process and/or measurement of the state variable during the combustion process by at least one sensor ; - assignment of the time series to the respective grid cell; - formation of a spatial and/or temporal network by representing each grid cell by a node and connecting pairs of nodes correlated with respect to the time series by a link; - performing a network analysis to determine at least one statistical network measure of the network, - performing a network measure analysis, wherein the network measure analysis is configured for minimising thermoacoustic, aeroacoustic and/or aeroelastic instability states of a combustion process by a controlled disturbance of the combustion process by at least one control element .
A refrigeration cycle apparatus comprising a user side unit and a heat source side unit connected by at least three cables through each connection end, wherein the user side unit and the heat source side unit have a communication circuit, respectively; either of the user side unit and the heat source side unit receives an alternating voltage from an alternating current source ; with the other unit of the user side unit and the heat source side unit , an electrical power is supplied through the connection ends using two cables of the three cables as alternating current lines, and a current loop is formed and communication is executed through the connection ends using the other cable and one of the alternating current lines as communication lines constituting the communication circuit, wherein the other unit has: a microcomputer for controlling the communication circuit; a power supply circuit for converting an alternating voltage supplied from the alternating current cables to a direct microcomputer drive power supply voltage; characterized in that said other unit further has: reset means for monitoring the microcomputer drive power supply voltage supplied to the microcomputer and resets the microcomputer when the microcomputer drive power supply voltage is lower than a predetermined voltage so that the microcomputer is not driven, wherein when the three cables are faultily wired, the reset means shuts off the communication circuit by keeping the microcomputer in a reset state so that the drive of the microcomputer is checked by releasing a reset after a predetermined delay time passes since the microcomputer drive power supply voltage exceeds the predetermined voltage. a microcomputer for controlling the communication circuit; a power supply circuit for converting an alternating voltage supplied from the alternating current cables to a direct microcomputer drive power supply voltage; characterized in that said other unit further has: reset means for monitoring the microcomputer drive power supply voltage supplied to the microcomputer and resets the microcomputer when the microcomputer drive power supply voltage is lower than a predetermined voltage so that the microcomputer is not driven, wherein when the three cables are faultily wired, the reset means shuts off the communication circuit by keeping the microcomputer in a reset state so that the drive of the microcomputer is checked by releasing a reset after a predetermined delay time passes since the microcomputer drive power supply voltage exceeds the predetermined voltage. reset means for monitoring the microcomputer drive power supply voltage supplied to the microcomputer and resets the microcomputer when the microcomputer drive power supply voltage is lower than a predetermined voltage so that the microcomputer is not driven, wherein when the three cables are faultily wired, the reset means shuts off the communication circuit by keeping the microcomputer in a reset state so that the drive of the microcomputer is checked by releasing a reset after a predetermined delay time passes since the microcomputer drive power supply voltage exceeds the predetermined voltage.