mhurhangee/ep-ind-claims huggingface dataset:
Method for preparing food to be preserved with sugar, comprising steps consisting in: - placing the food to be preserved in a cooking vessel with a predetermined quantity of sugar syrup or honey syrup, - carrying out a primary cooking process by heating and exposing the food to be preserved to a pressurised steam atmosphere for a primary cooking time, - decompressing the cooking vessel and leaving the food to be preserved to macerate in the syrup for a maceration time, - carrying out a secondary cooking process by heating and exposing the food to be preserved to a pressurised steam atmosphere for a secondary cooking time, - the food to be preserved is heated to a temperature between 105°C and 120°C limits included during the step of primary cooking and/or the step of secondary cooking - the food to be preserved is subjected to a pressure between 1200 mbar and 2000 mbar limits included during the step of primary cooking and/or the step of secondary cooking. - placing the food to be preserved in a cooking vessel with a predetermined quantity of sugar syrup or honey syrup, - carrying out a primary cooking process by heating and exposing the food to be preserved to a pressurised steam atmosphere for a primary cooking time, - decompressing the cooking vessel and leaving the food to be preserved to macerate in the syrup for a maceration time, - carrying out a secondary cooking process by heating and exposing the food to be preserved to a pressurised steam atmosphere for a secondary cooking time, - the food to be preserved is heated to a temperature between 105°C and 120°C limits included during the step of primary cooking and/or the step of secondary cooking - the food to be preserved is subjected to a pressure between 1200 mbar and 2000 mbar limits included during the step of primary cooking and/or the step of secondary cooking.
An apparatus (150, 166) for optimizing a non-ejection correction parameter of an ink-jet head (50, 120, 248C, 248M, 248Y, 248K), comprising: a test chart data generating device which generates test chart data based on the non-ejection correction parameter for each of a plurality of nozzles provided on the ink-jet head; a read data acquiring device which acquires read data of a test chart recorded on a recording medium (P, 214) by ejecting ink from the plurality of nozzles based on the test chart data while relatively moving the ink-jet head and the recording medium; an evaluating device which evaluates a correction intensity of the non-ejection correction parameter for each of the nozzles based on the acquired read data; a parameter updating device which updates the non-ejection correction parameter for each of the nozzles based on a single variable root-finding algorithm using iteration method from the evaluated correction intensity; a controlling device which optimises the non-ejection correction parameter for each of the nozzles by repeatedly executing the operations of the test chart data generating device, the read data acquiring device, the evaluating device, and the parameter updating device; and an outputting device which outputs the optimized non-ejection correction parameter for each of the nozzles. a test chart data generating device which generates test chart data based on the non-ejection correction parameter for each of a plurality of nozzles provided on the ink-jet head; a read data acquiring device which acquires read data of a test chart recorded on a recording medium (P, 214) by ejecting ink from the plurality of nozzles based on the test chart data while relatively moving the ink-jet head and the recording medium; an evaluating device which evaluates a correction intensity of the non-ejection correction parameter for each of the nozzles based on the acquired read data; a parameter updating device which updates the non-ejection correction parameter for each of the nozzles based on a single variable root-finding algorithm using iteration method from the evaluated correction intensity; a controlling device which optimises the non-ejection correction parameter for each of the nozzles by repeatedly executing the operations of the test chart data generating device, the read data acquiring device, the evaluating device, and the parameter updating device; and an outputting device which outputs the optimized non-ejection correction parameter for each of the nozzles.
Object-sensing valve configured for integration in a vacuum gripper comprising a holder for a suction cup and a suction duct which opens in the holder, the valve comprising a valve body having a through passage so that the passage of valve body forms an extension of the suction duct when the valve body is accommodated in the holder, the valve comprising furthermore, a flexible and back-springing tongue one end of which is anchored in the valve body by the side of said suction duct through the valve body, the other end of which extends freely outside a mouth provided in an outer face of the valve body, the tongue dimensioned to be forced by an air flow to bend towards the mouth and cover the mouth incompletely in the loaded state of the tongue, characterized in that the mouth is defined between convexly curved surfaces providing supporting faces for the tongue in its bent state, on each opposite side of the mouth, and in that a flexible part of the tongue, as viewed in a direction towards the tongue's free end and in a sectional plane (A-A) which shows the actual length of the tongue, has a length which is less than the extension of the mouth in the same plane.
A movable vane control system for use with a gas turbine engine having a turbine axis of rotation, comprising: a plurality of turbine vanes in a gas flow path within a turbine case of the gas turbine engine, said vanes being rotatable along a vane axis to provide an angular adjustment of the vane with respect to the gas flow path; an actuator operatively connected to the plurality of vanes; and characterised in further comprising a vane position sensor comprising a distance sensor configured to sense the distance between the distance sensor and a surface portion of one of said plurality of vanes or a movable target connected to the vane and between the distance sensor and a fixed target, wherein the distance sensor, the vane surface portion, the movable target, the fixed target, or a combination thereof is configured to provide a distance between the distance sensor and the vane surface portion or movable target that varies as a function of a position of the vane, and a distance between the distance sensor and the fixed target that does not vary as a function of the position of the vane. a plurality of turbine vanes in a gas flow path within a turbine case of the gas turbine engine, said vanes being rotatable along a vane axis to provide an angular adjustment of the vane with respect to the gas flow path; an actuator operatively connected to the plurality of vanes; and characterised in further comprising a vane position sensor comprising a distance sensor configured to sense the distance between the distance sensor and a surface portion of one of said plurality of vanes or a movable target connected to the vane and between the distance sensor and a fixed target, wherein the distance sensor, the vane surface portion, the movable target, the fixed target, or a combination thereof is configured to provide a distance between the distance sensor and the vane surface portion or movable target that varies as a function of a position of the vane, and a distance between the distance sensor and the fixed target that does not vary as a function of the position of the vane.
A method for providing a plurality of multicast traffic channels, MTCHs,, comprising: determining the plurality of MTCHs that belong to a single multicast broadcast single frequency network, MBSFN; selecting a multiplexing scheme for the plurality of MTCHs; mapping the plurality of MTCHs according to the multiplexing scheme to a single multicast transport channel, MCH, layer over a scheduling period of variable length, wherein traffic from the plurality of MTCHs is allocated to a plurality of transport blocks of the scheduling period, wherein traffic from each of the plurality of MTCHs is sequentially mapped to a plurality of sub-frames of the scheduling period, such that all traffic from a first MTCH is mapped to the sub-frames of the scheduling period before mapping traffic from a second MTCH to the sub-frames of the scheduling period, and wherein at least some of the plurality of transport blocks of one of the sub-frames includes traffic from more than one of the MTCHs during transitioning from transmitting a last remaining content from the first MTCH to transmitting a first content from the second MTCH. determining the plurality of MTCHs that belong to a single multicast broadcast single frequency network, MBSFN; selecting a multiplexing scheme for the plurality of MTCHs; mapping the plurality of MTCHs according to the multiplexing scheme to a single multicast transport channel, MCH, layer over a scheduling period of variable length, wherein traffic from the plurality of MTCHs is allocated to a plurality of transport blocks of the scheduling period, wherein traffic from each of the plurality of MTCHs is sequentially mapped to a plurality of sub-frames of the scheduling period, such that all traffic from a first MTCH is mapped to the sub-frames of the scheduling period before mapping traffic from a second MTCH to the sub-frames of the scheduling period, and wherein at least some of the plurality of transport blocks of one of the sub-frames includes traffic from more than one of the MTCHs during transitioning from transmitting a last remaining content from the first MTCH to transmitting a first content from the second MTCH.
A method for updating virtual SIM, VSIM, switching rules that prescribe which service contract account to enable on a mobile device having a VSIM internal memory unit having stored therein provisioning data for a plurality of service contracts, comprising: establishing a connection with a remote server (110, 130) using currently enabled provisioning data supporting a first service contract; downloading updated VSIM switching rules from the remote server; determining whether a currently active call is a data call or a voice call; implementing provisioning data of a second service contract if the updated VSIM switching rules for the second service contract are satisfied and it is determined that the currently active call is a data call. establishing a connection with a remote server (110, 130) using currently enabled provisioning data supporting a first service contract; downloading updated VSIM switching rules from the remote server; determining whether a currently active call is a data call or a voice call; implementing provisioning data of a second service contract if the updated VSIM switching rules for the second service contract are satisfied and it is determined that the currently active call is a data call.
A system for sensing defecation events of a subject, the system comprising: a wearable device (102, 202, 302, 402, 502) configured to be carried on a torso of the subject, the wearable device comprising: a mechanomyogram sensor (325, 438, 524) configured to sense abdominal muscle movement signals of the subject; and a processor (112, 212, 512) operably coupled to the mechanomyogram sensor, the processor configured to determine occurrence of defecation events of the subject based on abdominal muscle movement signals sensed by the mechanomyogram sensor. a wearable device (102, 202, 302, 402, 502) configured to be carried on a torso of the subject, the wearable device comprising: a mechanomyogram sensor (325, 438, 524) configured to sense abdominal muscle movement signals of the subject; and a processor (112, 212, 512) operably coupled to the mechanomyogram sensor, the processor configured to determine occurrence of defecation events of the subject based on abdominal muscle movement signals sensed by the mechanomyogram sensor.
A mobile telecommunications system entity for a mobile telecommunications system including at least one entity (3; 5) serving at least one user equipment, comprising circuitry configured to: transmit, in response to a request for system information from the at least one user equipment, scheduling information for on-demand system information, which can be requested by the at least one user equipment, wherein the scheduling information is divided at least in a first part and a second part, wherein the first part includes information about a time schedule.
An inverter control device that controls an inverter of a rotating electrical machine driving device, the inverter control device comprising: the inverter that is connected to a direct-current power supply through contactors and connected to an alternating-current rotating electrical machine to convert electric power between direct current and alternating current of a plurality of phases; and a smoothing capacitor that is disposed between the contactors and the inverter to smooth a direct-current link voltage, the direct-current link voltage being a voltage on a direct-current side of the inverter, wherein when the contactors are in an open state and the rotating electrical machine is in a rotating state, full active short circuit control is performed, the full active short circuit control bringing an upper-stage-side switching element and a lower-stage-side switching element for at least one phase among switching elements for a plurality of phases in the inverter into an on state to allow current to flow back between the rotating electrical machine and the inverter, wherein the full active short circuit control is performed after performing discharge control that discharges the smoothing capacitor, and wherein the full active short circuit control is performed only when the direct-current link voltage is less than or equal to a defined voltage defined in advance. the inverter that is connected to a direct-current power supply through contactors and connected to an alternating-current rotating electrical machine to convert electric power between direct current and alternating current of a plurality of phases; and a smoothing capacitor that is disposed between the contactors and the inverter to smooth a direct-current link voltage, the direct-current link voltage being a voltage on a direct-current side of the inverter, wherein when the contactors are in an open state and the rotating electrical machine is in a rotating state, full active short circuit control is performed, the full active short circuit control bringing an upper-stage-side switching element and a lower-stage-side switching element for at least one phase among switching elements for a plurality of phases in the inverter into an on state to allow current to flow back between the rotating electrical machine and the inverter, wherein the full active short circuit control is performed after performing discharge control that discharges the smoothing capacitor, and wherein the full active short circuit control is performed only when the direct-current link voltage is less than or equal to a defined voltage defined in advance.
A jig for use on the mandible of a patient, the jig comprising: a drill guide having a proximal end, a distal end, and a body defining passage way means (38,40), and means sized and configured to receive a portion of a drill bit; and a tongue depressor releasably or adjustably attached to the drill guide, the tongue depressor having a proximal end, a distal end, and a body that defines a track and an elongate member, the track extending from the proximal end toward the distal end and having at least one shaft adapted to be received by the passageway means (38,40) of the drill guide, the elongate member extending from the track to the distal end of the tongue depressor and having a proximal end and a distal end, the body of the tongue depressor defining a curve between the proximal end and the distal end of the elongate member. a drill guide having a proximal end, a distal end, and a body defining passage way means (38,40), and means sized and configured to receive a portion of a drill bit; and a tongue depressor releasably or adjustably attached to the drill guide, the tongue depressor having a proximal end, a distal end, and a body that defines a track and an elongate member, the track extending from the proximal end toward the distal end and having at least one shaft adapted to be received by the passageway means (38,40) of the drill guide, the elongate member extending from the track to the distal end of the tongue depressor and having a proximal end and a distal end, the body of the tongue depressor defining a curve between the proximal end and the distal end of the elongate member.
A glacial acrylic acid composition comprising at least 98 wt% acrylic acid, and wherein a portion of the remaining impurities in said glacial acrylic acid composition is propanoic acid; wherein said glacial acrylic acid composition has a bio-based content greater than 3%; and wherein the bio-based content is the amount of carbon from a renewable resource in a material as a percent of the weight (mass) of the total organic carbon in the material, as determined by ASTM D6866-10, Method B.
A membrane hydrophone for measuring acoustic energy from a high frequency ultrasound transducer, comprising: a frame; a piezoelectric membrane having a first side and a second side that is supported by the frame and including a conductive material on both sides of the piezoelectric membrane; and first and second electrode patterns (210, 212, 214, 216) formed within the conductive material that overlap each other on opposite sides of the piezoelectric membrane to define an active area of the hydrophone; wherein the first electrode pattern (210, 212) is created on both sides of the piezoelectric membrane and overlap each other except in the active area and are electrically connected; wherein the second electrode pattern (214, 216) is created on both sides of the piezoelectric membrane and overlap each other except in the active area and are electrically connected; and wherein the active area of the hydrophone is defined by an overlapping portion of the first electrode pattern on the first side of the piezoelectric membrane and a portion of the second electrode pattern on the second side of the piezoelectric membrane. a frame; a piezoelectric membrane having a first side and a second side that is supported by the frame and including a conductive material on both sides of the piezoelectric membrane; and first and second electrode patterns (210, 212, 214, 216) formed within the conductive material that overlap each other on opposite sides of the piezoelectric membrane to define an active area of the hydrophone; wherein the first electrode pattern (210, 212) is created on both sides of the piezoelectric membrane and overlap each other except in the active area and are electrically connected; wherein the second electrode pattern (214, 216) is created on both sides of the piezoelectric membrane and overlap each other except in the active area and are electrically connected; and wherein the active area of the hydrophone is defined by an overlapping portion of the first electrode pattern on the first side of the piezoelectric membrane and a portion of the second electrode pattern on the second side of the piezoelectric membrane.
A device for the displacement of an articulated attachment between a hinge of a hood of an automotive vehicle and said hood in the event of someone being hit, the device being of the type comprising a pyrotechnic actuator configured to displacing, by pushing in a retreat direction when actuated, the part of the hinge supporting said articulated attachment, the device further comprising a first fixed part, configured to be firmly secured to the chassis of the vehicle, and a second movable part, configured for supporting a hinge of a hood or directly supporting the articulated attachment with said hood, both parts configured to be articulated to one another through a first lever (5, 105, 205), the device further comprising a second lever (6, 106, 206), rotational in relation to the first part, which is configured to adopt a retaining position in which it blocks the displacement of the articulated attachment with the hood in said retreat direction, the second lever being connected with the pyrotechnic actuator such that it is forced to rotate about its axis of rotation when said pyrotechnic actuator is actuated, so that in a first actuation phase, it unblocks the displacement of the articulated attachment and in a second actuation phase, exerts a pushing force on a movable component of the device which is transmitted to the second movable part causing its displacement and hence the displacement of the articulated attachment with the hood in the retreat direction, guided by the first lever, the device being characterized in that it is configured in such a way that the displacement of the articulated attachment with the hood is blocked by contact of the first lever (5, 105, 205) with the second lever (6, 106, 206), when the latter adopts the retaining position.
A processing system comprising: a first imaging system configured to capture a first image based on a terahertz wave from an inspection target; a second imaging system configured to capture a second image of the inspection target based on an electromagnetic wave of a wavelength different from the terahertz wave; a control unit configured to control the first imaging system; and a processor (406, 407) configured to process the second image, wherein the control unit controls the first imaging system based on a result of the processing performed by the processor for the second image, characterized in that the processor (406, 407) detects an inspection region from the second image, selects a region in the first image corresponding to the inspection region by comparing the first image and the second image, and performs image processing for the first image for the region corresponding to the inspection region detected from the second image and wherein the terahertz wave has a frequency range of 30 GHz to 30 THz. a first imaging system configured to capture a first image based on a terahertz wave from an inspection target; a second imaging system configured to capture a second image of the inspection target based on an electromagnetic wave of a wavelength different from the terahertz wave; a control unit configured to control the first imaging system; and a processor (406, 407) configured to process the second image, wherein the control unit controls the first imaging system based on a result of the processing performed by the processor for the second image, characterized in that the processor (406, 407) detects an inspection region from the second image, selects a region in the first image corresponding to the inspection region by comparing the first image and the second image, and performs image processing for the first image for the region corresponding to the inspection region detected from the second image and wherein the terahertz wave has a frequency range of 30 GHz to 30 THz.