mhurhangee/ep-ind-claims huggingface dataset:
A method of making a fragmented hydrogel composition, comprising: cross-linking components of a hydrogel composition, comprising: chitosan or a derivative thereof having a molecular weight of 10-1000 Dalton, 1000-10,000 Dalton, or 10,000- 100,000 Dalton and comprising at least two reactive nucleophilic groups, a multifunctional polyethylene glycol of a molecular weight of 1,000-100,000 Dalton and comprising terminal nucleophilic reactive groups, and a cross-linking agent comprising a multifunctional polyethylene glycol of a molecular weight of 1,000-100,000 Dalton and comprising terminal reactive electrophilic groups; allowing the solution to cure for a sufficient period of time to form a cured hydrogel composition; and fragmenting the cured hydrogel composition to form a fragmented hydrogel composition. cross-linking components of a hydrogel composition, comprising: chitosan or a derivative thereof having a molecular weight of 10-1000 Dalton, 1000-10,000 Dalton, or 10,000- 100,000 Dalton and comprising at least two reactive nucleophilic groups, a multifunctional polyethylene glycol of a molecular weight of 1,000-100,000 Dalton and comprising terminal nucleophilic reactive groups, and a cross-linking agent comprising a multifunctional polyethylene glycol of a molecular weight of 1,000-100,000 Dalton and comprising terminal reactive electrophilic groups; chitosan or a derivative thereof having a molecular weight of 10-1000 Dalton, 1000-10,000 Dalton, or 10,000- 100,000 Dalton and comprising at least two reactive nucleophilic groups, a multifunctional polyethylene glycol of a molecular weight of 1,000-100,000 Dalton and comprising terminal nucleophilic reactive groups, and a cross-linking agent comprising a multifunctional polyethylene glycol of a molecular weight of 1,000-100,000 Dalton and comprising terminal reactive electrophilic groups; allowing the solution to cure for a sufficient period of time to form a cured hydrogel composition; and fragmenting the cured hydrogel composition to form a fragmented hydrogel composition.
A method for multimedia broadcast and multicast service, MBMS, the method, performed by user equipment, UE,, comprising: receiving from a primary cell, P-cell, first system information of a secondary cell, S-cell, aggregated with the P-cell; receiving second system information for the MBMS; receiving a service based on the MBMS; receiving first multicast control channel, MCCH, change information by monitoring a physical downlink control channel, PDCCH, masked based on a MBMS radio network temporary identifier, M-RNTI, on a common search space, CSS, of the S-cell; and receiving information changed via the MCCH based on the first MCCH change information. receiving from a primary cell, P-cell, first system information of a secondary cell, S-cell, aggregated with the P-cell; receiving second system information for the MBMS; receiving a service based on the MBMS; receiving first multicast control channel, MCCH, change information by monitoring a physical downlink control channel, PDCCH, masked based on a MBMS radio network temporary identifier, M-RNTI, on a common search space, CSS, of the S-cell; and receiving information changed via the MCCH based on the first MCCH change information.
Method for creation of a movement-compensated image reconstruction for an x-ray based imaging method, wherein i) a plurality of projection images of an object, created when the imaging method is being carried out, is provided; ii) a trained algorithm is provided, which is trained to allocate an object movement trajectory to a latent vector of a predetermined latent space; iii) an optimal object movement trajectory is determined by application of the trained algorithm to an optimal latent vector and the movement-compensated image reconstruction is created depending on the plurality of projection images, with the assumption that the object would have moved in accordance with the optimal object movement trajectory while the imaging method was being carried out; and iv) the optimal latent vector is determined by a predetermined cost function being minimised using the latent vector as the optimisation parameter, wherein, for each optimisation step with a current latent vector - a current object movement trajectory is determined by application of the trained algorithm to the current latent vector; and - a current value of the cost function is computed depending on the plurality of projection images, with the assumption that the object would have moved in accordance with the current object movement trajectory while the imaging method was being carried out. i) a plurality of projection images of an object, created when the imaging method is being carried out, is provided; ii) a trained algorithm is provided, which is trained to allocate an object movement trajectory to a latent vector of a predetermined latent space; iii) an optimal object movement trajectory is determined by application of the trained algorithm to an optimal latent vector and the movement-compensated image reconstruction is created depending on the plurality of projection images, with the assumption that the object would have moved in accordance with the optimal object movement trajectory while the imaging method was being carried out; and iv) the optimal latent vector is determined by a predetermined cost function being minimised using the latent vector as the optimisation parameter, - a current object movement trajectory is determined by application of the trained algorithm to the current latent vector; and - a current value of the cost function is computed depending on the plurality of projection images, with the assumption that the object would have moved in accordance with the current object movement trajectory while the imaging method was being carried out.
An extrusion pelletizer for a polycarbonate resin: comprising: an extruder; a cooling unit; and a cutter, the extruder comprising: a first adapter that is provided at a cylinder top; a polymer filter unit that is connected to the cylinder top through the first adapter; a second adapter; and a die head that is connected to the polymer filter unit through the second adapter, characterized in that the first adapter, the polymer filter unit and the second adapter are each capable of controlling a temperature, the polymer filter unit comprises a plurality of stick-shaped filter elements therein, and the cooling unit and the cutter are disposed under an atmosphere in which an air cleanliness defined in accordance with JIS B 9920-2002 or ISO 14644, respectively, is any one of class 1 to class 7. an extruder; a cooling unit; and a cutter, the extruder comprising: a first adapter that is provided at a cylinder top; a polymer filter unit that is connected to the cylinder top through the first adapter; a second adapter; and a die head that is connected to the polymer filter unit through the second adapter, a first adapter that is provided at a cylinder top; a polymer filter unit that is connected to the cylinder top through the first adapter; a second adapter; and a die head that is connected to the polymer filter unit through the second adapter, characterized in that the first adapter, the polymer filter unit and the second adapter are each capable of controlling a temperature, the polymer filter unit comprises a plurality of stick-shaped filter elements therein, and the cooling unit and the cutter are disposed under an atmosphere in which an air cleanliness defined in accordance with JIS B 9920-2002 or ISO 14644, respectively, is any one of class 1 to class 7.
Transmission comprising a transmission casing with an oil reservoir and a transmission casing cover which closes off an opening in the transmission casing, transmission shafts which have gearwheels and can be driven by means of an engine, a fan which is arranged on the outside of the transmission casing, a radiator which is arranged on the outside of the transmission casing and to which cooling air is fed by the fan, an oil feed pump which pumps oil through oil feed lines from the oil reservoir into the radiator, and an oil return line which feeds oil out of the radiator back into the transmission casing, characterized in that a separate drive engine is provided which drives the fan and the oil feed pump independently of the transmission shafts of the transmission, and in that the drive engine, the fan, the radiator and the oil feed pump are attached to the transmission casing cover.
Working machine having a lifting device for lifting and lowering a payload (m L), and having a weighing device for weighing the payload (m L), wherein the lifting device has at least a first boom element arranged on a frame element of the working machine such that it can be pivoted about a first pivot axis (Y 1), and an attachment element arranged on the at least one first boom element such that it can be pivoted about a second pivot axis (Y 2) for picking up the payload (m L), wherein the first and the second pivot axis (Y 1, Y 2) run parallel to each other, wherein the lifting device has a first actuating device for adjusting the first boom element and a second actuating device for adjusting the attachment element, wherein the weighing device has a sensor device functionally coupled to the lifting device, in order to provide a first force signal as a function of a first force applied by the first actuating device, in order further to provide a second force signal as a function of a second force applied by the second actuating device, in order further to provide an acceleration signal as a function of an acceleration acting on the frame element of the working machine, wherein an electronic control unit determines the payload (m L) picked up by the attachment element from the first force signal, the second force signal and the acceleration signal, wherein the sensor device has an acceleration sensor functionally coupled to the at least first boom element in order to provide the acceleration signal as a function of an acceleration acting on the first boom element, and has an acceleration sensor functionally coupled to the attachment element in order to detect a relative movement of the attachment element relative to the boom element about the pivot axis (Y 2).
An apparatus comprising: an end effector (62, 70, 170, 188) for grasping a material; a drive system coupled to the end effector; and a processor configured to: use the drive system to clamp the material using the end effector, wherein the clamp of the material corresponds to a separation parameter of the end effector (62, 70, 170, 188) being within a predetermined range of separation; measure the separation parameter; and said processor being characterized in that it is further configured to after the separation parameter indicates clamping of the material, display, on a user interface display, an indicator of whether it is advisable to proceed with stapling of the clamped material, wherein the indicator includes an indication to proceed with the stapling of the material after a recommended wait time has elapsed. an end effector (62, 70, 170, 188) for grasping a material; a drive system coupled to the end effector; and a processor configured to: use the drive system to clamp the material using the end effector, wherein the clamp of the material corresponds to a separation parameter of the end effector (62, 70, 170, 188) being within a predetermined range of separation; measure the separation parameter; and said processor being characterized in that it is further configured to after the separation parameter indicates clamping of the material, display, on a user interface display, an indicator of whether it is advisable to proceed with stapling of the clamped material, wherein the indicator includes an indication to proceed with the stapling of the material after a recommended wait time has elapsed. use the drive system to clamp the material using the end effector, wherein the clamp of the material corresponds to a separation parameter of the end effector (62, 70, 170, 188) being within a predetermined range of separation; measure the separation parameter; and said processor being characterized in that it is further configured to after the separation parameter indicates clamping of the material, display, on a user interface display, an indicator of whether it is advisable to proceed with stapling of the clamped material, wherein the indicator includes an indication to proceed with the stapling of the material after a recommended wait time has elapsed.
An antimicrobial glass for exhibiting an antimicrobial effect by releasing silver ions when brought into direct contact with water, wherein it contains Ag 2 O, P 2 O 5, CaO, ZnO, K 2 O, Al 2 O 3, and MgO as a raw material, and when the total amount is 100% by weight, the content of Ag 2 O has a value within the range of above 5% by weight but less than 10% by weight, the content of P 2 O 5 has a value within the range of 55 to 75% by weight, the content of CaO has a value within the range of 2 to 10% by weight, the content of ZnO has a value of 9,5% by weight or less, the content of K 2 O has a value within the range of 5 to 20% by weight, the content of Al 2 O 3 has a value within the range of 1 to 10% by weight, and the content of MgO has a value within the range of 5 to 20% by weight, and the antimicrobial glass has a tablet shape with a maximum diameter value within the range of 5 to 20 mm, and the silver ion elution amount of the antimicrobial glass has a value within the range of 0.025 to 0.1 mg/(g·1 liter·24 Hrs·at 30°C) which is measured in accordance with the following measurement conditions: 30 g of the antimicrobial glass as a subject for measurement is immersed in 1 liter of purified water (30°C, pH 6.5) and kept in a closed system for 24 hours with the temperature maintained followed by measurement.
A system for monitoring a health status of a servo valve, comprising: a non-transitory memory configured to store instructions; and a controller in electronic communication with the memory, the controller configured to: receive a first hydraulic pressure signal from a first pressure sensor in communication with a brake actuator; the system being characterised by receiving a second hydraulic pressure signal from a second pressure sensor in a non-primary braking system in communication with the brake actuator; comparing the first hydraulic pressure signal and second hydraulic pressure signal according to predetermined criteria; validating the first pressure sensor based on the comparison; and in response to the first pressure sensor being validated, monitoring the health status of the servo valve in communication with the brake actuator based on predetermined criteria. a non-transitory memory configured to store instructions; and a controller in electronic communication with the memory, the controller configured to: receive a first hydraulic pressure signal from a first pressure sensor in communication with a brake actuator; the system being characterised by receiving a second hydraulic pressure signal from a second pressure sensor in a non-primary braking system in communication with the brake actuator; comparing the first hydraulic pressure signal and second hydraulic pressure signal according to predetermined criteria; validating the first pressure sensor based on the comparison; and in response to the first pressure sensor being validated, monitoring the health status of the servo valve in communication with the brake actuator based on predetermined criteria. receive a first hydraulic pressure signal from a first pressure sensor in communication with a brake actuator; the system being characterised by receiving a second hydraulic pressure signal from a second pressure sensor in a non-primary braking system in communication with the brake actuator; comparing the first hydraulic pressure signal and second hydraulic pressure signal according to predetermined criteria; validating the first pressure sensor based on the comparison; and in response to the first pressure sensor being validated, monitoring the health status of the servo valve in communication with the brake actuator based on predetermined criteria.
A solid oxide fuel cell device for generating electricity using air and reformed fuel reformed in a reformer, comprising: a reformer for reforming fuel; a fuel supply device for supplying fuel to the reformer; a reforming air supply device for supplying reforming air to the reformer; a water supply device for supplying water to the reformer; a fuel supply quantity detection sensor for detecting the actual quantity of fuel supplied to the reformer by the fuel supply device; a fuel cell module for generating electricity using fuel reformed inside the reformer; and a control device for controlling the fuel supply device, the reforming air supply device, and the water supply device so that the target quantities of fuel, reforming air, and water are fed into the reformer; characterised in that the control device controls the fuel supply device so that the actual quantity of fuel supplied which is detected by the fuel supply quantity detection sensor matches the target quantity of fuel supply and, while reforming air is being supplied by the reforming air supply device to the reformer, the control device controls the fuel supply device so that the actual quantity of fuel being supplied tracks the target quantity of fuel supply more rapidly as the quantity of reforming air being supplied to the reformer increases. a reformer for reforming fuel; a fuel supply device for supplying fuel to the reformer; a reforming air supply device for supplying reforming air to the reformer; a water supply device for supplying water to the reformer; a fuel supply quantity detection sensor for detecting the actual quantity of fuel supplied to the reformer by the fuel supply device; a fuel cell module for generating electricity using fuel reformed inside the reformer; and a control device for controlling the fuel supply device, the reforming air supply device, and the water supply device so that the target quantities of fuel, reforming air, and water are fed into the reformer;
A computer-implemented method for reducing localized artifacts in X-ray computed tomography imaging data, the method comprising: segmenting the imaging data to identify one or more suspect regions in the imaging data near which localized artifacts are expected to occur; defining an artifact-containing region of interest in the imaging data around each suspect region; defining one or more classes for the imaging data of the artifact-containing regions of interest, and associating each class with at least one representative attentuation coefficient; assigning each item of imaging data within the artifact-containing regions to one of the classes; determining a local bias field within the artifact-containing regions describing, for each item of imaging data within the artifact-containing regions, a difference between a calculated attenuation coefficient and the representative attenuation coefficient based on the classification; and applying the local bias field to the imaging data within the artifact-containing regions to produce an artifact-corrected imaging data. segmenting the imaging data to identify one or more suspect regions in the imaging data near which localized artifacts are expected to occur; defining an artifact-containing region of interest in the imaging data around each suspect region; defining one or more classes for the imaging data of the artifact-containing regions of interest, and associating each class with at least one representative attentuation coefficient; assigning each item of imaging data within the artifact-containing regions to one of the classes; determining a local bias field within the artifact-containing regions describing, for each item of imaging data within the artifact-containing regions, a difference between a calculated attenuation coefficient and the representative attenuation coefficient based on the classification; and applying the local bias field to the imaging data within the artifact-containing regions to produce an artifact-corrected imaging data.
An eye-protection lamp, comprising: a lampshade; a light emitting body, arranged inside the lampshade; a first photosensitive sensor, arranged inside the lampshade and configured to detect a light intensity of the light emitting body; a second photosensitive sensor, arranged outside the lampshade and configured to detect ambient light intensity; a distance detecting device, configured to detect a first distance between the light emitting body and a desktop under the lamp; an eye recognition device, configured to recognize eyes and detecting a position of the eyes; and a control unit, configured to adjust the light intensity of the light emitting body according to the detected light intensity of the light emitting body, the ambient light intensity, the first distance, and the position of the eyes. a lampshade; a light emitting body, arranged inside the lampshade; a first photosensitive sensor, arranged inside the lampshade and configured to detect a light intensity of the light emitting body; a second photosensitive sensor, arranged outside the lampshade and configured to detect ambient light intensity; a distance detecting device, configured to detect a first distance between the light emitting body and a desktop under the lamp; an eye recognition device, configured to recognize eyes and detecting a position of the eyes; and a control unit, configured to adjust the light intensity of the light emitting body according to the detected light intensity of the light emitting body, the ambient light intensity, the first distance, and the position of the eyes.
A curved ballistic resistant moulded article comprising at least two ballistic resistant sheets, wherein each ballistic resistant sheet comprises a stack of at least 4 monolayers, each monolayer containing unidirectionally oriented reinforcing fibres with a tensile strength of between 3,5 and 4,5 GPa, and at most 20 mass% of a matrix material, the areal density of a monolayer is at least 25 g/m 2 and with the fibre direction in each monolayer being rotated with respect to the fibre direction in an adjacent monolayer.