mhurhangee/patent-ind-claim-en huggingface dataset:
A method of increasing cell density, viability, and/or titer in a cell culture medium comprising steps of: (a) providing cells in a cell culture medium to start a cell culture process wherein said cell culture medium comprises iron as a trace element; and (b) adding a composition comprising iron to said cell culture medium during the cell culture process such that the concentration of iron in the cell culture medium is increased over the course of the cell culture process, wherein the composition comprising iron is added on or after day 3 of the cell culture process, wherein the concentration of iron in the cell culture medium after addition of the composition comprising iron ranges between 100 μM and 5 mM. (a) providing cells in a cell culture medium to start a cell culture process wherein said cell culture medium comprises iron as a trace element; and (b) adding a composition comprising iron to said cell culture medium during the cell culture process such that the concentration of iron in the cell culture medium is increased over the course of the cell culture process,
A compression hosiery garment , comprising: a knit fabric comprising a first yarn and a second yarn knit in an alternating knit construction in which adjacent courses are knitted together with a knitted loop stitch at the adjacent loops on adjacent courses, the alternating knit construction comprising at least one course of the second yarn for each course of the first yarn, the first yarn comprising a covered yarn having an elastic core, the second yarn comprising an inelastic yarn, characterized in that the alternating knit construction comprises an inverse course shift in which the course of the first yarn is knit looser relative to the course of the second yarn, creating a course offset where the first yarn is knit with a first course height that is greater than a second course height of the second yarn, and wherein the course offset between the first course height and the second course height is between 0.2 millimeters and 0.6 millimeters. a knit fabric comprising a first yarn and a second yarn knit in an alternating knit construction in which adjacent courses are knitted together with a knitted loop stitch at the adjacent loops on adjacent courses, the alternating knit construction comprising at least one course of the second yarn for each course of the first yarn, the first yarn comprising a covered yarn having an elastic core, the second yarn comprising an inelastic yarn, characterized in that the alternating knit construction comprises an inverse course shift in which the course of the first yarn is knit looser relative to the course of the second yarn, creating a course offset where the first yarn is knit with a first course height that is greater than a second course height of the second yarn, and wherein the course offset between the first course height and the second course height is between 0.2 millimeters and 0.6 millimeters.
An image forming apparatus having a plurality of specific functions and including at least a main CPU, a network controller, an interrupt controller, and an image processing processor, the image forming apparatus comprising: displaying means configured to display a user interface screen for a user to set, as valid or invalid, at least one specific function among the plurality of specific functions that need to respond to an inquiry from an external apparatus via a network within a specific time to prevent a failure in communication with the external apparatus via the network; determining means configured to determine whether or not at least one specific function is set as valid (S802); and power control means configured to, when a condition to shift the image forming apparatus to a power saving state is satisfied, shift the image forming apparatus to a first power saving state if it is determined that at least one specific function is set as valid, and shift the image forming apparatus to a second power saving state if it is determined that at least one specific function is not set as valid, wherein, in the first power saving state, power is supplied to the main CPU, the network controller and the interrupt controller, and no power is supplied to the image processing processor, and wherein, in the second power saving state, power is supplied to the network controller and the interrupt controller, and no power is supplied to the main CPU and the image processing processor. displaying means configured to display a user interface screen for a user to set, as valid or invalid, at least one specific function among the plurality of specific functions that need to respond to an inquiry from an external apparatus via a network within a specific time to prevent a failure in communication with the external apparatus via the network; determining means configured to determine whether or not at least one specific function is set as valid (S802); and power control means configured to, when a condition to shift the image forming apparatus to a power saving state is satisfied, shift the image forming apparatus to a first power saving state if it is determined that at least one specific function is set as valid, and shift the image forming apparatus to a second power saving state if it is determined that at least one specific function is not set as valid, wherein, in the first power saving state, power is supplied to the main CPU, the network controller and the interrupt controller, and no power is supplied to the image processing processor, and wherein, in the second power saving state, power is supplied to the network controller and the interrupt controller, and no power is supplied to the main CPU and the image processing processor.
A synapse circuit for a Bayesian neural network, the synapse circuit comprising: - a first resistive memory device coupling a first voltage rail (V read' 206) to a first terminal of a capacitor , the first terminal of the capacitor being coupled to a second voltage rail via a variable conductance ; and - a second resistive memory device coupling a third voltage rail (V data , 204) to a first output line of the synapse circuit , wherein a second terminal of the capacitor is coupled to a terminal of the second resistive memory device . - a first resistive memory device coupling a first voltage rail (V read' 206) to a first terminal of a capacitor , the first terminal of the capacitor being coupled to a second voltage rail via a variable conductance ; and - a second resistive memory device coupling a third voltage rail (V data , 204) to a first output line of the synapse circuit , wherein a second terminal of the capacitor is coupled to a terminal of the second resistive memory device .
An antimicrobial paint composition for forming an antimicrobial coating, said antimicrobial paint composition comprising: a carrier vehicle; a film-forming polymer; a glass comprising copper; a non-copper pyrithione salt; and titanium dioxide (TiO 2 ) as a colorant; wherein said copper and said pyrithione salt interact to form copper pyrithione in the antimicrobial paint composition and/or the antimicrobial coating formed thereby; wherein the glass comprising copper is present in an amount of from 0.08 to 2.0 weight percent based on the total weight of the antimicrobial paint composition; and wherein the titanium dioxide (TiO 2 ) is present in an amount of from 11 to 30 weight percent based on the total weight of the antimicrobial paint composition. a carrier vehicle; a film-forming polymer; a glass comprising copper; a non-copper pyrithione salt; and titanium dioxide (TiO 2 ) as a colorant; wherein said copper and said pyrithione salt interact to form copper pyrithione in the antimicrobial paint composition and/or the antimicrobial coating formed thereby; wherein the glass comprising copper is present in an amount of from 0.08 to 2.0 weight percent based on the total weight of the antimicrobial paint composition; and wherein the titanium dioxide (TiO 2 ) is present in an amount of from 11 to 30 weight percent based on the total weight of the antimicrobial paint composition.
A method for operating a system for providing an apoptotic white blood cell component and a transplant component, at least partially driven and adjusted by a microprocessor-based controller, comprising the steps of: providing a disposable fluid circuit comprising a first product container configured to receive a transplant component and a second product container configured to receive an apoptotic component; providing a separator configured to associate with the disposable fluid circuit , the separator comprising a chamber configured to rotate about a rotational axis and convey whole blood into an inlet region of the chamber for separation into a red blood cell component, a plasma component, and a white blood cell component; directing whole blood from a container with previously provided blood as blood source into the disposable fluid circuit and the separator ; separating the whole blood into the red blood cell component, the plasma component, and the white blood cell component; directing a first portion comprising the transplant component of the white blood cell component to the first product container ; and directing a second portion of the white blood cell component to the second product container and rendering the second portion apoptotic. providing a disposable fluid circuit comprising a first product container configured to receive a transplant component and a second product container configured to receive an apoptotic component; providing a separator configured to associate with the disposable fluid circuit , the separator comprising a chamber configured to rotate about a rotational axis and convey whole blood into an inlet region of the chamber for separation into a red blood cell component, a plasma component, and a white blood cell component; directing whole blood from a container with previously provided blood as blood source into the disposable fluid circuit and the separator ; separating the whole blood into the red blood cell component, the plasma component, and the white blood cell component; directing a first portion comprising the transplant component of the white blood cell component to the first product container ; and directing a second portion of the white blood cell component to the second product container and rendering the second portion apoptotic.
A method for wireless communications by a base station, BS , comprising: using at least a first transport block size, TBS, table to communicate with a first type of user equipment, UE ; using a second TBS table to communicate with a second type of UE ; wherein the first TBS table has a reduced maximum TBS value relative to the second TBS table and wherein the first type of UE supports a reduced peak data rate relative to the second type of UE ; signaling information to the first type of UE for use in determining a TBS from the first TBS table; and communicating with the first type of UE with one or more transmissions having a payload with a number of bits determined based on a TBS value from the first TBS table selected based, at least in part, on the signaled information. using at least a first transport block size, TBS, table to communicate with a first type of user equipment, UE ; using a second TBS table to communicate with a second type of UE ; wherein the first TBS table has a reduced maximum TBS value relative to the second TBS table and wherein the first type of UE supports a reduced peak data rate relative to the second type of UE ; signaling information to the first type of UE for use in determining a TBS from the first TBS table; and communicating with the first type of UE with one or more transmissions having a payload with a number of bits determined based on a TBS value from the first TBS table selected based, at least in part, on the signaled information.
Compact powertrain , comprising a first engine and a second engine and means for rotationally connecting said engines to a common output shaft ; the engines have drive shafts (MS, MD) with axles parallel to each other; connection means between said drive shafts and an output shaft, moreover, they comprise first coupling means on said first drive shaft (MS) for connecting said first drive shaft to the output shaft, and second coupling means for connecting said second drive shaft (MD) to said output shaft; the delivery of the rotational torque and power is controlled by the adjustment of each engine and said coupling means , being adapted to selectively connect/disconnect said drive shafts from said output shaft ; the means for connecting the rotation of the two engines, left and right, to the output shaft comprise a clutch assembly and a gearbox ; the clutch assembly is provided with a single clutch (FS, FD) for the drive shaft which connects or disconnects the respective drive shaft with a corresponding input (ES, ED) and transmission shaft (TS, TD) inside the gearbox; the common output shaft , of the rotation from the compact powertrain, rotates receiving motion by means of pairs of gears present respectively on one said transmission shaft (TS, TD), inside the gearbox, and on the output shaft , with the selective insertion or disengagement of the clutches (FS, FD) and, depending on the rotational speed, of coupling engagements on the transmission shafts and of said gears present on said shafts (TS, TD); characterized in that it has one or more idle gears (A, P, R) on the output shaft controlled by the rotation with at least one coupling engagement to the output shaft to receive the rotation, with the engagement (11a - 11p) inserted, or, when disengaged, transmit the rotation from one transmission shaft (TD - TS) towards the other transmission shaft without any action on the output shaft.
Method for detecting and monitoring a structural change in at least one structural component of a wind turbine , specifically for monitoring a structural component for a material crack or for monitoring a distance between two structural components, wherein at least one optical waveguide is positioned in the region of the surface of the at least one structural component and is guided along a region to be monitored of the structural component , in such a way that a structural change leads to a change in length of the optical waveguide , wherein furthermore a measurement signal is guided through the optical waveguide , and is evaluated in regard to the change in length, i.e . in regard to elongation / compression of the optical waveguide , and wherein a conclusion about the structural change is drawn therefrom, wherein the optical waveguide is a stretchable, polymeric optical waveguide , which has an elasticity and which is connected to the structural component in a materially bonded manner, wherein as a result of the elasticity periodically recurring structural changes are detected and the optical waveguide is subject to a periodically recurring load, such that it is periodically recurringly stretched / compressed.
Apparatus for surface finishing of articles, comprising: a transfer line carrying piece-holder members , each configured to retain an article which is being worked; a metallization station operating along the transfer line and configured to deposit a surface metallization layer on each of the articles carried by the piece-holder members ; a lacquering station operating along the transfer line downstream of the metallization station and configured to deposit a transparent protective layer on the metallization layer of each article carried by the respective piece-holder member ; characterized in that it further comprises at least one printing station operatively disposed downstream of the metallization station for applying at least one printed graphic pattern on each article carried by the respective piece-holder member . a transfer line carrying piece-holder members , each configured to retain an article which is being worked; a metallization station operating along the transfer line and configured to deposit a surface metallization layer on each of the articles carried by the piece-holder members ; a lacquering station operating along the transfer line downstream of the metallization station and configured to deposit a transparent protective layer on the metallization layer of each article carried by the respective piece-holder member ; characterized in that it further comprises at least one printing station operatively disposed downstream of the metallization station for applying at least one printed graphic pattern on each article carried by the respective piece-holder member .
A method for calibrating an offset voltage at one or more inputs to an amplifier, comprising: applying a common voltage to the one or more inputs to the amplifier, wherein the amplifier is used to amplify capacitively coupled communication signals; and iteratively: measuring an output of the amplifier, determining an offset voltage based on the measured output of the amplifier; and applying charge to the one or more inputs to the amplifier until the determined offset voltage is less than a pre-determined value, wherein applying the charge involves applying a sequence of one or more charge pulses, wherein a given charge pulse in the sequence of charge pulses contains a pre-defined charge. applying a common voltage to the one or more inputs to the amplifier, wherein the amplifier is used to amplify capacitively coupled communication signals; and iteratively: measuring an output of the amplifier, determining an offset voltage based on the measured output of the amplifier; and applying charge to the one or more inputs to the amplifier until the determined offset voltage is less than a pre-determined value, wherein applying the charge involves applying a sequence of one or more charge pulses, wherein a given charge pulse in the sequence of charge pulses contains a pre-defined charge. measuring an output of the amplifier, determining an offset voltage based on the measured output of the amplifier; and applying charge to the one or more inputs to the amplifier until the determined offset voltage is less than a pre-determined value, wherein applying the charge involves applying a sequence of one or more charge pulses, wherein a given charge pulse in the sequence of charge pulses contains a pre-defined charge.
An injection device configured to atomise a liquid into droplets by means of a gas, comprising a hollow tubular body extending in a longitudinal direction (X) and of which an internal wall defines a first so-called contact zone (Z1) and a second zone (Z2) located downstream of the first zone with respect to a direction of circulation of the liquid and the gas inside the body, the latter having: - at least a first and a second inlet, opening into said first zone (Z1), in order to inject a liquid and an atomising gas, respectively, into the first zone, - at least one outlet located downstream of the first and second zones for removing the atomised liquid from the body, characterised in that the internal wall of the body is provided, between the first and the second zone, with at least one baffle (20 i , 20' i , 20" i , 120 i , 220 i , 220' i , 320 i , 420 i , 520 i ) interfering with the path of a moving fluid, shaped so that, in each plane perpendicular to the longitudinal direction of the body containing said baffle, the latter extends over only a part of the periphery of the internal wall so that the pressure drop is less than the pressure drop in the case where a baffle extends over the entire periphery of the internal wall and in that the baffle or baffles (20 i , 20' i , 20" i , 120 i , 220 i , 220' i , 320 i , 420 i , 520 i ) have a height, measured perpendicular to the longitudinal direction of the body, that is non-zero and equal to at least 1/10 and at most 1/4 of the maximum internal dimension of the body perpendicular to the longitudinal direction of the body and a dimension, measured in the longitudinal direction of the body, of 10 to 35 mm or at least equal to a maximum internal dimension of the body measured perpendicular to the longitudinal direction. - at least a first and a second inlet, opening into said first zone (Z1), in order to inject a liquid and an atomising gas, respectively, into the first zone, - at least one outlet located downstream of the first and second zones for removing the atomised liquid from the body,
An EMI gasket mountable to a printed circuit board and engageable with a ganged connector , the printed circuit board having a surface and the ganged connector having a boss with a tapered outer wall, the gasket comprising a body and a plurality of ports comprising a plurality of contact portions in electrical association with the body, the contact portions each having an inner wall defining an inside diameter (ID1), the body and the contact portions including a conductive material, characterised in that the body is a planar body, the planar body being configured and dimensioned such that when the planar body is mounted on the printed circuit board no air pockets are formed or exist between the planar body and the printed circuit board , the inner wall of one of the ports is configured to contact the tapered outer wall of the boss when the ganged connector is introduced toward the printed circuit board so that the gasket is in electrical communication with the boss and an amount of electromagnetic radiation emitted between ports is reduced when the ganged connector is connected to the printed circuit board , the contact portions having an annular shape extending from the planar body so that a portion of each contact portion is deformable, when the ganged connector is urged toward the printed circuit board .
Tribological system comprising a main body and a sandwich lubrication, wherein the sandwich lubrication has - a binder-containing solid-state lubricant layer comprising a solid-state lubricant and - a lubricating agent layer comprising a lubricating agent, wherein the binder-containing solid-state lubricant layer and the lubricating agent layer exist as separate layers on the main body, wherein the lubricating agent comprises lithium soap, characterized in that the binder comprises polyamideimide (PAI). - a binder-containing solid-state lubricant layer comprising a solid-state lubricant and - a lubricating agent layer comprising a lubricating agent,
An expired map data based anti-counterfeiting method, comprising: acquiring currently expired map data; adding anti-counterfeiting content to the currently expired map data, and storing the currently expired map data containing the anti-counterfeiting content; and creating and storing a current anti-counterfeiting map based on basic map data and the currently expired map data containing the anti-counterfeiting content, characterised in that the adding anti-counterfeiting content to the currently expired map data comprises: performing a homophone or similar-form character replacement on part of name data in the currently expired map data; performing a dithering on road shape data in the currently expired map data; and/or, performing a graph adjustment on planar data in the currently expired map data. acquiring currently expired map data; adding anti-counterfeiting content to the currently expired map data, and storing the currently expired map data containing the anti-counterfeiting content; and creating and storing a current anti-counterfeiting map based on basic map data and the currently expired map data containing the anti-counterfeiting content, characterised in that the adding anti-counterfeiting content to the currently expired map data comprises: performing a homophone or similar-form character replacement on part of name data in the currently expired map data; performing a dithering on road shape data in the currently expired map data; and/or, performing a graph adjustment on planar data in the currently expired map data. performing a homophone or similar-form character replacement on part of name data in the currently expired map data; performing a dithering on road shape data in the currently expired map data; and/or, performing a graph adjustment on planar data in the currently expired map data.