mhurhangee/patent-ind-claim-en huggingface dataset:
Enteral tube feed comprising a lipid component, a carbohydrate component and at least 30 EN % of a protein component based on the total energy content of the enteral tube feed, wherein the protein component comprises a peptide fraction consisting of di-, tri- and oligopeptides with a molecular weight of at most 1kD, wherein the peptide fraction provides at least 10 EN% of the total energy content of the enteral composition, wherein the carbohydrate component consists of at least 50wt% isomaltulose, wherein the enteral tube feed comprises 10-12 wt% protein based on the total weight of the enteral tube feed and wherein the enteral tube feed has an energy density of 1.1-1.4 kcal/mL for use in prevention and treatment of protein malnutrition in ICU patients. at least 30 EN % of a protein component based on the total energy content of the enteral tube feed, wherein the protein component comprises a peptide fraction consisting of di-, tri- and oligopeptides with a molecular weight of at most 1kD, wherein the peptide fraction provides at least 10 EN% of the total energy content of the enteral composition, wherein the carbohydrate component consists of at least 50wt% isomaltulose, wherein the enteral tube feed comprises 10-12 wt% protein based on the total weight of the enteral tube feed and wherein the enteral tube feed has an energy density of 1.1-1.4 kcal/mL for use in prevention and treatment of protein malnutrition in ICU patients.
An optical probe for use in a high pressure medium comprising an elongate hollow probe body, an optical window mounted at a distal end of said probe body for transmitting light therethrough, an ultrasonic transducer mounted within said probe body for applying ultrasonic vibrations to said optical window for cleaning said optical window , and one or more light guides located within said probe body for transmitting light through said optical window to a measurement region and/or for receiving light transmitted through said optical window from said measurement region, wherein said ultrasonic transducer is located within said distal end of the probe body adjacent said optical window to transmit ultrasonic vibrations directly from said ultrasonic transducer to said optical window characterised in that said ultrasonic transducer is located within the probe body via a mounting flange extending between a body of the ultrasonic transducer and an inner wall of the probe body , said mounting flange being located at a zero point of the ultrasonic transducer.
A method of detecting a first process material in a process line using a meter connected to an electronic data storage medium which contains at least two or more process material matrices of tabulated data stored in an electronic unit, the two or more process material matrices including at least a first process material matrix associated with the first process material and a second process material matrix associated with the second process material, the first process material being different from the second process material, said method comprising the steps of: measuring a process material line density using the meter; measuring a process material line temperature using the meter; and selecting the first process material matrix associated with the first process material from the two or more matrices upon determining that the process material line density is within a first range of densities and the process material line temperature is within a first range of temperatures, the first process material matrix comprising a first range of concentrations of the first process material at the first range of densities and the first range of temperatures, and the second process material matrix comprising a second range of concentrations of the second process material at a second range of densities and a second range of temperatures. measuring a process material line density using the meter; measuring a process material line temperature using the meter; and selecting the first process material matrix associated with the first process material from the two or more matrices upon determining that the process material line density is within
A pet feeding system comprising: a housing comprising a first reservoir and a second reservoir , the first reservoir being disposed above the second reservoir ; the first reservoir defining a contained feeding area having a bowl region that holds a food bowl and a water bowl , said housing comprising means for filtering spilled food from spilled water, wherein the means for filtering comprise a plurality of holes , wherein the holes are sized such that the spilled food remains in the contained feeding area but the spilled water passes through the holes ; the pet feeding system being characterized in that the housing has a base with a sloped surface , the sloped surface having the bowl region and sloping downward from the bowl region to the means for filtering spilled food from spilled water.
A remedial device for the reduction or elimination of the potentially harmful effect on humans or animal life caused by exposure to electromagnetic fields produced by devices that are battery operated and transmit RF signals at a frequency in the range between 300 MHz and 300 GHz, said remedial device containing detection means configured for the detection and amplification of the RF signals and a microcontroller , powered by the battery, and configured to analyse the amplified signals in order to determine the protocol and/or mode of operation and the power level and the duration of the RF signals and on this basis to determine the presence of potentially harmful radiation, and when the presence of potentially harmful radiation is detected, the microcontroller is configured to activate a remedial signal generator which is configured for generating an electromagnetic noise filed that is superimposed on the RF signal to provide a combined signal that is irregular in time, wherein the power level of the remedial signal is determined on the basis of the protocol and/or mode of operation and the power level of the RF signals, resulting from the analysis and wherein the microcontroller, when the potentially harmful radiation is no longer being detected, is configured for deactivating the remedial signal generator and the microcontroller is further configured to implement via software power management of the remedial device, wherein said remedial device further comprises, a timer configured to switch on and off the detection means and the remedial signal generator and having a wake up interval configured to preserve battery life while at the same time being sufficiently small in order not to miss detection of any potentially harmful radiation.
A method performed by a wireless device for accessing a network, the method comprising: performing a two-step random access procedure in unlicensed spectrum comprising transmitting a preamble in at least one Physical Random Access Channel, PRACH, occasion, and transmitting a Physical Uplink Shared Channel, PUSCH, wherein the procedure comprises: transmitting the PUSCH starting at a starting symbol after a first symbol of a first slot; and transmitting the preamble in a PRACH occasion within the first slot before said starting symbol and extending the duration of the preamble until a time before said starting symbol to ensure that a gap between transmitting the preamble and transmitting the PUSCH is less than a predetermined duration, wherein the predetermined duration is a maximum gap in a channel occupancy time in the unlicensed spectrum. transmitting the PUSCH starting at a starting symbol after a first symbol of a first slot; and transmitting the preamble in a PRACH occasion within the first slot before said starting symbol and extending the duration of the preamble until a time before said starting symbol to ensure that a gap between transmitting the preamble and transmitting the PUSCH is less than a predetermined duration, wherein the predetermined duration is a maximum gap in a channel occupancy time in the unlicensed spectrum.
A WIM sensor for measuring wheel forces of vehicles on a road that pass over the sensor; said WIM sensor comprising an elongated hollow profile along a longitudinal axis thereof that has an interior space ; wherein said interior space comprises first and second inner pressing surfaces , said pressing surfaces being arranged opposite of each other and connected to one another on both sides by curved, pre-tensioned profile edges ; wherein in said interior space are disposed a plurality of piezoelectric measuring elements each having first and second force absorbing surfaces arranged along the longitudinal axes thereof, said force absorbing surfaces facing said first and said second pressing surface , respectively; and wherein all first force absorbing surfaces of the measuring elements are electrically connected with each other by an electrode and are electrically insulated from the first pressing surface ; characterized in that said electrode is formed as a long strip of insulating film provided with an electrically conductive layer on one of its sides; further characterized in that said electrode is disposed in said interior space between the measuring elements and the first pressing surface ; and in that the electrically conductive layer faces the measuring elements ; and that the insulating film is provided with an electrically conductive counter layer opposite the electrically conductive layer .
A winding machine to wind bobbins of stretch film comprising: - a supporting frame , - at least one reel holder , mounted on said supporting frame and rotatable around its own axis , - a plurality of reels (1-4) mounted on said at least one holder and integrally rotatable therewith so that at least one first reel is in at least one operative winding position of a bobbin , - at least one contact roll adapted to cooperate with said at least one first reel in said operative winding position of a bobbin , wherein said contact roll is movable between at least one proximal contacting position in which it contacts the bobbin being wound, in order to facilitate the peripheral winding of the stretch film on said bobbin , and at least one distal position from said bobbin , - at least one accompanying roll movable between at least one distal position from the bobbin being wound and at least one proximal contacting position in which it contacts the winding bobbin in order to facilitate the peripheral winding of the stretch film on said bobbin during rotation of said at least one reel holder so that said reel can switch from said operative winding position of the bobbin to an operative unloading position of the bobbin , said contact roll and said accompanying roll being respectively coupled with at least one first operating arm and at least one second operating arm which are rotatable around respective rotation axes parallel to the rotation axis of the bobbin, characterized by comprising electric actuators for rotating said operating arms and by comprising a threading-up electric motor which can be magnetically coupled with a second reel having a core loaded thereon, for rotating said reel , the magnetic coupling between the reel and the electric motor allowing to carry out the thread-up during the holder rotation without having to motorize each single reel with a respective threading-up motor. - a supporting frame , - at least one reel holder , mounted on said supporting frame and rotatable around its own axis , - a plurality of reels (1-4) mounted on said at least one holder and integrally rotatable therewith so that at least one first reel is in at least one operative winding position of a bobbin , - at least one contact roll adapted to cooperate with said at least one first reel in said operative winding position of a bobbin , wherein said contact roll is movable between at least one proximal contacting position in which it contacts the bobbin being wound, in order to facilitate the peripheral winding of the stretch film on said bobbin , and at least one distal position from said bobbin , - at least one accompanying roll movable between at least one distal position from the bobbin being wound and at least one proximal contacting position in which it contacts the winding bobbin in order to facilitate the peripheral winding of the stretch film on said bobbin during rotation of said at least one reel holder so that said reel can switch from said operative winding position of the bobbin to an operative unloading position of the bobbin ,
A method comprising: receiving video content comprising an audio component and a video component; detecting , by a processing device, occurrence of a wind noise artifact in a segment of the audio component; identifying duration of the wind noise artifact and intensity of the wind noise artifact; selecting , by the processing device, a wind noise replacement operation based on at least the identified duration and intensity of the wind noise artifact; and applying , by the processing device, the selected wind noise replacement operation to the segment of the audio component to remove the wind noise artifact from the segment. receiving video content comprising an audio component and a video component; detecting , by a processing device, occurrence of a wind noise artifact in a segment of the audio component; identifying duration of the wind noise artifact and intensity of the wind noise artifact; selecting , by the processing device, a wind noise replacement operation based on at least the identified duration and intensity of the wind noise artifact; and applying , by the processing device, the selected wind noise replacement operation to the segment of the audio component to remove the wind noise artifact from the segment.
A manufacturing process of a Ni based superalloy softening material comprising: a step (S1) for preparing raw materials of the Ni based superalloy to subjected to a softening step at following step, a step (S2) for softening the raw materials of the Ni based superalloy and improving workability, wherein the step (S2) for softening the Ni based superalloy includes a first step (S21) for hot-forging the Ni based superalloy at a temperature below the solvus of the gamma prime phase ; and a second step (S22) for precipitating the gamma prime phase that is incoherent with a gamma phase that is a matrix and is precipitating on the grain boundary of the gamma phase by 20 vol% or more by slow cooling at 100°C/h or less from a temperature below the solvus of the gamma prime phase and increasing the amount of the gamma prime incoherent phase , wherein the solvus of the gamma prime phase is 1,050°C or above. a step (S1) for preparing raw materials of the Ni based superalloy to subjected to a softening step at following step, a step (S2) for softening the raw materials of the Ni based superalloy and improving workability, wherein the step (S2) for softening the Ni based superalloy includes a first step (S21) for hot-forging the Ni based superalloy at a temperature below the solvus of the gamma prime phase ; and a second step (S22) for precipitating the gamma prime phase that is incoherent with a gamma phase that is a matrix and is precipitating on the grain boundary of the gamma phase by 20 vol% or more by slow cooling at 100°C/h or less from a temperature below the solvus of the gamma prime phase and increasing the amount of the gamma prime incoherent phase , wherein the solvus of the gamma prime phase is 1,050°C or above.
A CDK inhibitor for use in a method of treating PAH, wherein the CDK inhibitor is an inhibitor of CDK4 and CDK6.
A method for presenting data related to a patient, the method comprising: receiving or extracting , by a processor , a plurality of modality-specific datasets , a first modality-specific dataset of the plurality of modality-specific datasets having a first dimensionality and a second modality-specific dataset of the plurality of modality-specific datasets having a second dimensionality, the first dimensionality being different than the second dimensionality; generating , by the processor with a trained encoder , a first data signature for the first modality-specific dataset and a second data signature for the second modality-specific dataset, a dimensionality of the first data signature being less than the first dimensionality and a dimensionality of the second data signature being less than the second dimensionality, the dimensionality of the first data signature being the same as the dimensionality of the second data signature ; generating , by the processor with the trained encoder , a joint data signature based on the first data signature and the second data signature as inputs to the trained encoder ; transmitting , by the processor , the joint data signature to a computing device in communication with and remote from the processor ; receiving , by the processor , the data related to the patient from the computing device in response to the transmitting of the joint data signature ; and displaying a representation of the received data related to the patient. receiving or extracting , by a processor , a plurality of modality-specific datasets , a first modality-specific dataset of the plurality of modality-specific datasets having a first dimensionality and a second modality-specific dataset of the plurality of modality-specific datasets having a second dimensionality, the first dimensionality being different than the second dimensionality; generating , by the processor with a trained encoder , a first data signature for the first modality-specific dataset and a second data signature for the second modality-specific dataset, a dimensionality of the first data signature being less than the first dimensionality and a dimensionality of the second data signature being less than the second dimensionality, the dimensionality of the first data signature being the same as the dimensionality of the second data signature ; generating , by the processor with the trained encoder , a joint data signature based on the first data signature and the second data signature as inputs to the trained encoder ; transmitting , by the processor , the joint data signature to a computing device in communication with and remote from the processor ; receiving , by the processor , the data related to the patient from the computing device in response to the transmitting of the joint data signature ; and displaying a representation of the received data related to the patient.
A display device comprising: a display panel ; and a cushion plate disposed on a rear surface of the display panel , wherein the cushion plate includes: a metal foam which has a a porous metal structure having a plurality of pores , and a water-proof layer , wherein the metal foam includes a body and a chamfer formed along an edge of the body , and wherein the water-proof layer is disposed on a rear surface of the metal foam and covers a rear surface of the body and the chamfer . a display panel ; and a cushion plate disposed on a rear surface of the display panel , wherein the cushion plate includes: a metal foam which has a a porous metal structure having a plurality of pores , and a water-proof layer , a metal foam which has a a porous metal structure having a plurality of pores , and a water-proof layer , wherein the metal foam includes a body and a chamfer formed along an edge of the body , and wherein the water-proof layer is disposed on a rear surface of the metal foam and covers a rear surface of the body and the chamfer .
A ducting arrangement in a computing device wherein the ducting arrangement comprises a plurality of first heat generating components and a plurality of second heat generating components wherein the first heat generating components and the second heat generating components are in a shadow arrangement with respect to the incoming air , wherein the first heat generating components are positioned in the computing device adjacent to the second heat generating components , characterized in that the ducting arrangement comprises: one or more first ducts wherein each of the first ducts is used for directing a portion of the incoming air through a rear one of the first heat generating components and a front one of the second heat generating components ; and one or more second ducts wherein each of the second ducts is used for directing another portion of the incoming air through a rear one of the second heat generating components and bypassing the first heat generating components and the front one of the second heat generating components . one or more first ducts wherein each of the first ducts is used for directing a portion of the incoming air through a rear one of the first heat generating components and a front one of the second heat generating components ; and one or more second ducts wherein each of the second ducts is used for directing another portion of the incoming air through a rear one of the second heat generating components and bypassing the first heat generating components and the front one of the second heat generating components .
An interface display method, applied to a television system, the television system comprising a system processing layer and at least two shortcut applications, wherein the interface display method comprises the following steps: acquiring a button value sent from a remote controller by the system processing layer and judging whether the acquired button value is a button value associated with any one of the shortcut applications, if yes, sending a first preset message and a second preset message to each of the shortcut applications, wherein, the first preset message and the second preset message carry an application identifier of the shortcut application associated with the button value; characterized in that , the interface display method further comprises: when a first shortcut application having an application identifier being different from the application identifier carried by the first preset message receives the first preset message, judging whether an application interface of the first shortcut application is in a display state or not, if yes, terminating the display of the application interface of the first shortcut application; when a second shortcut application having an application identifier being the same as the application identifier carried by the first preset message receives the first preset message and the second preset message, judging whether an application interface of the second shortcut application is in a display state or not, if yes, terminating the display of the application interface of the second shortcut application, or else displaying the application interface of the second shortcut application. acquiring a button value sent from a remote controller by the system processing layer and judging whether the acquired button value is a button value associated with any one of the shortcut applications, if yes, sending a first preset message and a second preset message to each of the shortcut applications, wherein, the first preset message and the second preset message carry an application identifier of the shortcut application associated with the button value; characterized in that , the interface display method further comprises: when a first shortcut application having an application identifier being different from the application identifier carried by the first preset message receives the first preset message, judging whether an application interface of the first shortcut application is in a display state or not, if yes, terminating the display of the application interface of the first shortcut application; when a second shortcut application having an application identifier being the same as the application identifier carried by the first preset message receives the first preset message and the second preset message, judging whether an application interface of the second shortcut application is in a display state or not, if yes, terminating the display of the application interface of the second shortcut application, or else displaying the application interface of the second shortcut application.