mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transferring a slurry of a separation resin, from at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) to a second container (5; 5'), said method comprising the steps of connecting (S1) the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) to the second container (5; 5') by a transferring connection (7; 7'; 67), wherein the first container (3; 3'; 3a, 3b; 3a', 3b'; 63) is a disposable, flexible slurry storage bag and the second container (5; 5') is a slurry tank or a chromatography column; providing (S3) a degree of vacuum to the second container (5; 5') by a vacuum production device (9; 9') connected to the second container (5; 5'), comprising controlling an adaptor provided in the second container ; allowing (S5) the vacuum in the second container (5; 5') to affect the content in the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) through the transferring connection (7; 7'; 67) such that the slurry initially provided in the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) is transferred to the second container (5; 5') through the transferring connection (7; 7'; 67). connecting (S1) the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) to the second container (5; 5') by a transferring connection (7; 7'; 67), wherein the first container (3; 3'; 3a, 3b; 3a', 3b'; 63) is a disposable, flexible slurry storage bag and the second container (5; 5') is a slurry tank or a chromatography column; providing (S3) a degree of vacuum to the second container (5; 5') by a vacuum production device (9; 9') connected to the second container (5; 5'), comprising controlling an adaptor provided in the second container ; allowing (S5) the vacuum in the second container (5; 5') to affect the content in the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) through the transferring connection (7; 7'; 67) such that the slurry initially provided in the at least one first container (3; 3'; 3a, 3b; 3a', 3b'; 63) is transferred to the second container (5; 5') through the transferring connection (7; 7'; 67).
A computer-implemented method for automatic application configuration, the method comprising: connecting a configurator program to a device installed with a first operating system; wherein the configurator program performs the following method steps : presenting a graphical user interface comprising a plurality of device details; initiating a configuration process using the graphical user interface; backing up contents and settings of the first operating system of the device to a backup file local to the configurator program ; presenting a graphical user interface comprising a plurality of firmware versions, wherein the plurality of firmware versions presented are selected based on at least one of the plurality of device details; receiving a selection of a selected firmware version from the plurality of firmware versions; validating that the selected firmware version is available, and responsive to the selected firmware version not being available local to the configurator program, downloading the selected firmware version from an external system; updating the device to a second operating system using the selected firmware version without erasing any user data of the device; installing a supervising application once the update to the second operating system has been performed; supervise the device with the supervising application ; enrolling the supervising application with a server; and restoring the device with the first operating system using the backup file; wherein the second operating system allows installation of an application on the device and the first operating system does not allow installation of an application on the device. wherein the configurator program performs the following method steps : presenting a graphical user interface comprising a plurality of device details; initiating a configuration process using the graphical user interface; backing up contents and settings of the first operating system of the device to a backup file local to the configurator program ; presenting a graphical user interface comprising a plurality of firmware versions, wherein the plurality of firmware versions presented are selected based on at least one of the plurality of device details; receiving a selection of a selected firmware version from the plurality of firmware versions; validating that the selected firmware version is available, and responsive to the selected firmware version not being available local to the configurator program, downloading the selected firmware version from an external system; updating the device to a second operating system using the selected firmware version without erasing any user data of the device; installing a supervising application once the update to the second operating system has been performed; supervise the device with the supervising application ; enrolling the supervising application with a server; and restoring the device with the first operating system using the backup file; wherein the second operating system allows installation of an application on the device and the first operating system does not allow installation of an application on the device.
An apparatus comprising: a transport refrigeration unit comprising a compressor receiving refrigerant from a refrigeration equipment via a plurality of valves (18; 20), which are arranged as a plurality of stages; an engine for driving the compressor (14; 54); and at least one controller , characterized in that the at least one controller is configured for storing data indicative of a percentage of maximum engine load; and for measuring a parameter associated with the engine load, wherein the at least one controller is further configured to compare the measured parameter to stored data and to begin to close or completely shut one or more of the valves (18; 20) when the measured parameter exceeds the stored data so as to maximize a power provided by the engine to the transport refrigeration unit without exceeding a capacity of the engine . a transport refrigeration unit comprising a compressor receiving refrigerant from a refrigeration equipment via a plurality of valves (18; 20), which are arranged as a plurality of stages; an engine for driving the compressor (14; 54); and at least one controller ,
A pullback device for horizontal directional drilling operations using a rotary drill bit having a plurality of vanes defining a cutting portion, the pullback device attaching to a base of the rotary drill bit without disassembling or removing the rotary drill bit from a drill string, the pullback device comprising: a product attachment portion configured to align with a central axis (RDB) of the rotary drill bit and to attach product to the pullback device ; and an anchoring portion including a collar configured to clamp around the base and engage with at least one anchor provided in the base of the rotary drill bit such that the collar is configured to transfer pullback forces and also prevent rotation of the pullback device on the rotary drill bit , and a plurality of arms configured to fit between the plurality of vanes of the rotary drill bit when the collar is engaged with the at least one anchor in the base . a product attachment portion configured to align with a central axis (RDB) of the rotary drill bit and to attach product to the pullback device ; and an anchoring portion including a collar configured to clamp around the base and engage with at least one anchor provided in the base of the rotary drill bit such that the collar is configured to transfer pullback forces and also prevent rotation of the pullback device on the rotary drill bit , and a plurality of arms configured to fit between the plurality of vanes of the rotary drill bit when the collar is engaged with the at least one anchor in the base . a collar configured to clamp around the base and engage with at least one anchor provided in the base of the rotary drill bit such that the collar is configured to transfer pullback forces and also prevent rotation of the pullback device on the rotary drill bit , and a plurality of arms configured to fit between the plurality of vanes of the rotary drill bit when the collar is engaged with the at least one anchor in the base .
A stretching device for elongating a film web along its longitudinal direction (z), - which stretching device comprises a plurality of rollers , by means of which a film web can be guided in a transport direction (z) along its longitudinal direction (z), - and said stretching device contains at least one stretching gap , which is delimited by at least two rollers , which can be driven at different peripheral speed, wherein means are provided for applying a temperature gradient(TG) to the film web , which (TG) extends in the direction (x) transverse to the longitudinal axis (z) of the film web, characterized in that downstream of the rollers a sensordeice is provided, with which the film thickness of the film web can be controlled, wherein a control device is provided, to which the measurement results of the sensor device can be communicated via a signal line, wherein with the control device control commands can be forwarded via signal lines to the means for applying a temperature gradient to the film web , wherein the means for applying a temperature gradient(TG) of one of the following meansto the film web comprise: • infrared emitters , which are segmented along the axial direction (x), which extends into the width of the film web , • magneticfield generator, with which eddy currents can be generated in segmented rollers , • heat rollers , • hot air nozzles , with which air of different temperature and/or different air volumes can be impressed in the direction (x) transverse to the longitudinal axis (z) of the film web. - which stretching device comprises a plurality of rollers , by means of which a film web can be guided in a transport direction (z) along its longitudinal direction (z), - and said stretching device contains at least one stretching gap , which is delimited by at least two rollers , which can be driven at different peripheral speed, • infrared emitters , which are segmented along the axial direction (x), which extends into the width of the film web , • magneticfield generator, with which eddy currents can be generated in segmented rollers , • heat rollers , • hot air nozzles , with which air of different temperature and/or different air volumes can be impressed in the direction (x) transverse to the longitudinal axis (z) of the film web.
A coating base material whose surface is subjected to application of a coating, the coating base material comprising: - a mesh-like valley portion formed on the surface; and - a plurality of island portions formed on the surface and surrounded by the valley portion, wherein the valley portion and the island portions are formed by irradiation of the surface with a laser beam, characterized in that each island portion has a crater-like recess formed on an upper surface thereof, wherein the recess is formed by a bank portion being a portion, melted from the surface by the irradiation with the laser beam, bulging on a peripheral edge of the upper surface, and the bank portion is formed on an entire peripheral edge of the recess by the portion melted from the surface. - a mesh-like valley portion formed on the surface; and - a plurality of island portions formed on the surface and surrounded by the valley portion, wherein the valley portion and the island portions are formed by irradiation of the surface with a laser beam, characterized in that each island portion has a crater-like recess formed on an upper surface thereof, wherein the recess is formed by a bank portion being a portion, melted from the surface by the irradiation with the laser beam, bulging on a peripheral edge of the upper surface, and the bank portion is formed on an entire peripheral edge of the recess by the portion melted from the surface. the valley portion and the island portions are formed by irradiation of the surface with a laser beam, characterized in that each island portion has a crater-like recess formed on an upper surface thereof, wherein the recess is formed by a bank portion being a portion, melted from the surface by the irradiation with the laser beam, bulging on a peripheral edge of the upper surface, and the bank portion is formed on an entire peripheral edge of the recess by the portion melted from the surface.
A packaged condom comprising: a sealed package; within the package, a synthetic polyisoprene condom ; and within the package and substantially coating the condom, a lubricant comprising solvent and one or more sensation-providing agents comprising one or more of vanillyl butyl ether, menthyl lactate, and menthol, optionally wherein the package comprises a layer of aluminum between the condom and an external environment, characterized in that the solvent comprises non-water soluble silicone oil and 99% or more of the lubricant by weight is the non-water soluble silicone oil. a sealed package; within the package, a synthetic polyisoprene condom ; and within the package and substantially coating the condom, a lubricant comprising solvent and one or more sensation-providing agents comprising one or more of vanillyl butyl ether, menthyl lactate, and menthol, optionally wherein the package comprises a layer of aluminum between the condom and an external environment, characterized in that the solvent comprises non-water soluble silicone oil and 99% or more of the lubricant by weight is the non-water soluble silicone oil.
A vane ring for a gas turbine engine component, comprising: an inner vane platform around an axis (A); an outer vane platform around the axis (A); a multiple of vanes that extend between the inner vane platform and the outer vane platform , each of the multiple of vanes contains an airfoil cooling circuit that receives cooling airflow (C) through a respective one of a multiple of feed passages ; a multiple of extensions from the outer vane platform , each of the multiple of extensions is cubic in shape and comprises a metering passage in communication with the respective one of the multiple of feed passages ; and characterised by further comprising a secondary passage in each face transverse to the metering passage of each of the multiple of extensions . an inner vane platform around an axis (A); an outer vane platform around the axis (A); a multiple of vanes that extend between the inner vane platform and the outer vane platform , each of the multiple of vanes contains an airfoil cooling circuit that receives cooling airflow (C) through a respective one of a multiple of feed passages ; a multiple of extensions from the outer vane platform , each of the multiple of extensions is cubic in shape and comprises a metering passage in communication with the respective one of the multiple of feed passages ; and characterised by further comprising a secondary passage in each face transverse to the metering passage of each of the multiple of extensions .
A method for receiving, by a first apparatus, hybrid automatic repeat request, HARQ, feedback, the method comprising: transmitting, to a second apparatus, sidelink control information, SCI, including information representing that the HARQ feedback is enabled for a first data link; transmitting, to the second apparatus, a data on a data path through the first data link; and receiving, from the second apparatus, the HARQ feedback in response to the data transmission, characterised in that data paths requiring the same quality of service, QoS, are mapped to the first data link, and wherein data paths with a different QoS requirement are not mapped to the first data link. transmitting, to a second apparatus, sidelink control information, SCI, including information representing that the HARQ feedback is enabled for a first data link; transmitting, to the second apparatus, a data on a data path through the first data link; and receiving, from the second apparatus, the HARQ feedback in response to the data transmission, characterised in that data paths requiring the same quality of service, QoS, are mapped to the first data link, and wherein data paths with a different QoS requirement are not mapped to the first data link.
Method for regenerating a particulate filter mounted in the exhaust circuit of a spark ignition internal combustion engine of a motor vehicle, said method comprising at least a first mode of lean mixture active regeneration of the filter which is activated when a value of the mass of fine particles (Mpart) stored in the filter is greater than or equal to a threshold, when the accelerator pedal of the vehicle is not completely lifted, CHARACTERIZED IN THAT it also comprises - a step of identifying a completely lifted state of said accelerator pedal; - when such a lifted state is observed, a step of identifying a risk of runaway of the particulate filter in the absence of fuel injection into the engine; - in the absence of such a runaway risk, a regeneration step in a second mode of passive regeneration of the filter, in which the injection of fuel into the engine is interrupted; and, - in the presence of such a runaway risk, a regeneration step in a third mode of moderate active regeneration of the filter, in which the richness of the air-fuel mixture admitted into the engine is set to a value substantially equal to 0.98. - a step of identifying a completely lifted state of said accelerator pedal; - when such a lifted state is observed, a step of identifying a risk of runaway of the particulate filter in the absence of fuel injection into the engine; - in the absence of such a runaway risk, a regeneration step in a second mode of passive regeneration of the filter, in which the injection of fuel into the engine is interrupted; and, - in the presence of such a runaway risk, a regeneration step in a third mode of moderate active regeneration of the filter, in which the richness of the air-fuel mixture admitted into the engine is set to a value substantially equal to 0.98.
An image processing device for generating output images with improved signal-to-noise from microscopy images, comprising: a memory configured for saving microscopy images of an ordered set of microscopy images at least temporarily; and processing circuitry configured for determining an output image (106; 206) based on calculating a weighted rolling average of the ordered set of microscopy images (102; 202) stored in the memory , characterized in that the processing circuitry is configured to compute the weighted rolling average by being configured to add, to a first microscopy image (102-0; 202-0) of the ordered set of microscopy images (102; 202), microscopy images (102-1,...,102-N; 202-1,...,202-N) of the ordered set of microscopy images (102; 202), wherein each added microscopy image (102-1,...,102-N; 202-1,...,202-N) is weighted by a weight (104-1,...,104-N; 204-1,...,204-N). a memory configured for saving microscopy images of an ordered set of microscopy images at least temporarily; and processing circuitry configured for determining an output image (106; 206) based on calculating a weighted rolling average of the ordered set of microscopy images (102; 202) stored in the memory , characterized in that the processing circuitry is configured to compute the weighted rolling average by being configured to add, to a first microscopy image (102-0; 202-0) of the ordered set of microscopy images (102; 202), microscopy images (102-1,...,102-N; 202-1,...,202-N) of the ordered set of microscopy images (102; 202), wherein each added microscopy image (102-1,...,102-N; 202-1,...,202-N) is weighted by a weight (104-1,...,104-N; 204-1,...,204-N).
An apparatus for assisted mobility, which comprises a harness to be worn on the torso of a user , at least one band to be worn around a leg of said user , above the knee, and a connecting device for connecting said harness with said at least one band , which in turn comprises: - at least one spring adapted to pass from a relaxed state or from a first state of tension to a second state of tension during walking or other movements of the user, and - means for pre-tensioning said spring , said apparatus being characterized in that it comprises an insert inside one or both of said harness and said band , with a hole which is open at least toward the outside of said harness or of said band and accommodates said spring , and a screw plug , with a through hole, screwed onto said insert at said hole , wherein said connecting device comprises a cable which passes through said insert and said screw plug and is connected at one end to said spring and at the opposite end with said means for pre-tensioning said spring . - at least one spring adapted to pass from a relaxed state or from a first state of tension to a second state of tension during walking or other movements of the user, and - means for pre-tensioning said spring , said apparatus being characterized in that it comprises an insert inside one or both of said harness and said band , with a hole which is open at least toward the outside of said harness or of said band and accommodates said spring , and a screw plug , with a through hole, screwed onto said insert at said hole , wherein said connecting device comprises a cable which passes through said insert and said screw plug and is connected at one end to said spring and at the opposite end with said means for pre-tensioning said spring .
A gas handling system for pneumatic operation of a valve actuator , comprising a closed pneumatic pressure fluid circuit, wherein the closed pressure fluid circuit comprises, coupled in series with each other, a compressor and a valve actuator , characterized in that the gas handling system further comprises a gas accumulator that is connected to the compressor of the closed pressure fluid circuit via at least a third gas accumulator conduit , which comprises a controllable valve .
Wind power generation system comprising a ground control unit with a generator , a kite assembly connected to the generator via one or more main traction cables , and a launch and retrieve system , the launch and retrieve system comprising a first kite support frame provided with guide apertures for each of the one or more main traction cables , and a second kite support frame provided with guide apertures for each of the one or more main traction cables , the second kite support frame comprising a propulsion system for positioning the second kite support frame in combination with the kite assembly in a position remote from the first kite support frame , characterized in that the propulsion system comprises a plurality of propellers attached to the second kite support frame .
Drawer element for an item of furniture, comprising at least one wall which is formed at least in sections by a light-permeable wall element , wherein the wall element has two opposing narrow surfaces and the light-permeable wall element can be removed from the wall and rotated by 180° about a horizontal axis and/or vertical axis and reinserted, wherein the two narrow surfaces of the wall element , which are horizontal in the installed position, have different optical properties wherein the two horizontal narrow surfaces have a structure in the area of their surface that produces a different light scattering and wherein one of the horizontal narrow surfaces is produced according to one treatment process and the other horizontal narrow surface is produced according to another treatment process or the same treatment process with different characteristic values, characterized in that the first horizontal narrow surface 222 is a polished surface and the second horizontal narrow surface is a roughened surface and that a different degree of roughness of the narrow surfaces leads to light emission of different intensity and with a different radiation profile.