mhurhangee/ep-ind-claims huggingface dataset:
A Cell-Permeable -truncated SOCS3 recombinant protein, which comprises a truncated SOCS3 protein consisting of a SH2 domain of SOCS3 protein, and an advanced macromolecule transduction domain (aMTD) fused to one end or both ends of the truncated SOCS3 protein, wherein the truncated SOCS3 protein consists of an amino acid sequence of SEQ ID NO: 816, and the aMTD consists of an amino acid sequence of SEQ ID NO: 121, and wherein the CP-truncated SOCS3 recombinant protein further comprises one or more solubilization domain (s) fused to the end(s) of one or more of the truncated SOCS3 protein and the aMTD, and the SD(s) consist of an amino acid sequence independently selected from SEQ ID NO: 799 and 804, optionally wherein the SD(s) are encoded by a polynucleotide sequence independently selected from SEQ ID NO: 806 and 811.
A process for the preparation of polyolefins by polymerizing olefins at temperatures of from 20 to 200°C and pressures of from 0.1 to 20 MPa in the presence of a polymerization catalyst and an antistatically acting composition in a polymerization reactor, wherein the antistatically acting composition is a mixture comprising an oil-soluble surfactant and water and the polymerization is carried out using a Phillips catalyst based on chromium oxide, a titanium-based Ziegler- or Ziegler-Natta-catalyst, a single-site catalyst or a mixture of two or more of these catalysts.
A binary refrigerating apparatus comprising a high-temperature-side refrigeration circuit and a low-temperature-side refrigeration circuit, wherein a refrigerant in the low-temperature-side refrigeration circuit is condensed with a refrigerant passing through a cascade condenser in the high-temperature-side refrigeration circuit, wherein a refrigerant composition containing difluoroethylene (R1132a) and hexafluoroethane is used as the refrigerant in the low-temperature-side refrigeration circuit.
Method for working rolled stock in a rolling train, which comprises at least two roll stands each having at least one roll, wherein each roll stand is assigned a separate drive with speed control for the at least one roll, characterised in that when at least one of the drives is subjected to an actual load moment (M Load), in order to control the speed of the drives a simulated load moment (M Load, Sim) is additionally fed to at least one control circuit of one of the drives depending on the actual load moment (M Load), wherein the simulated load moment (M Load) is chosen such that for each drive of each roll stand, depending on the actual load moment (M Load), a load moment results which causes a simultaneous and synchronised reduction in the speed n Ist of all drives.
A pegylated or unpegylated aptamer for use in a method of treating, stabilizing and/or preventing non-exudative type age-related macular degeneration, the method comprising the step of administering a pegylated or an unpegylated aptamer to a subject in need thereof, wherein the pegylated or unpegylated aptamer binds to C5 complement and has the sequence of SEQ ID NO: 4.
A method comprising: at a first clock domain of a processor, accessing a first entry of a buffer based on a first edge of a first clock signal; at a second clock domain of the processor: selecting a second edge of a second clock signal based on a minimum setup time to read from the first entry of the buffer, the second clock signal asynchronous with the first clock signal, wherein selecting the second edge comprises suppressing access to the first entry of the buffer during cycles of the second clock signal if the minimum setup time would not be satisfied; accessing the first entry of the buffer in response to the selected second edge; in response to a request for a first frequency change to the first clock signal, selecting a third edge of the second clock signal to maintain the minimum setup time; and accessing the buffer in response to the selected third edge. at a first clock domain of a processor, accessing a first entry of a buffer based on a first edge of a first clock signal; at a second clock domain of the processor: selecting a second edge of a second clock signal based on a minimum setup time to read from the first entry of the buffer, the second clock signal asynchronous with the first clock signal, wherein selecting the second edge comprises suppressing access to the first entry of the buffer during cycles of the second clock signal if the minimum setup time would not be satisfied; accessing the first entry of the buffer in response to the selected second edge; in response to a request for a first frequency change to the first clock signal, selecting a third edge of the second clock signal to maintain the minimum setup time; and accessing the buffer in response to the selected third edge. selecting a second edge of a second clock signal based on a minimum setup time to read from the first entry of the buffer, the second clock signal asynchronous with the first clock signal, wherein selecting the second edge comprises suppressing access to the first entry of the buffer during cycles of the second clock signal if the minimum setup time would not be satisfied; accessing the first entry of the buffer in response to the selected second edge; in response to a request for a first frequency change to the first clock signal, selecting a third edge of the second clock signal to maintain the minimum setup time; and accessing the buffer in response to the selected third edge.
Electric switching device such as cradle relay, comprising at least one spring member, said spring member comprising a distal end, a proximal end opposite said distal end, a base portion, said base portion comprising said proximal end, and a contact spring section, said contact spring section extending from said base portion to said distal end and being provided with a contacting spot, characterized in that said spring member further comprises a return spring section extending from said base portion alongside said contact spring section.
A method for enabling a plurality of software containers to utilize resources of a physical graphics processing unit, GPU, characterized in that the method comprises: providing a kernel-mode driver to create a plurality of emulated GPUs and a corresponding plurality of device nodes enabling communication between the containers and the emulated GPUs; and associating each device node with a single corresponding container to enable communication between the container and the corresponding emulated GPU to utilize resources of the physical GPU such that each one of the plurality of emulated GPUs is associated with a unique one of the plurality of device nodes, exclusively owned by a single one of the containers, and such that each of the containers can only access its own emulated GPU. providing a kernel-mode driver to create a plurality of emulated GPUs and a corresponding plurality of device nodes enabling communication between the containers and the emulated GPUs; and associating each device node with a single corresponding container to enable communication between the container and the corresponding emulated GPU to utilize resources of the physical GPU such that each one of the plurality of emulated GPUs is associated with a unique one of the plurality of device nodes, exclusively owned by a single one of the containers, and such that each of the containers can only access its own emulated GPU.
A display apparatus comprising: a substrate comprising a first area including a display area, a second area spaced apart from the first area, and a bent area between the first area and the second area and connecting the first area and the second area to each other, wherein the substrate is bent about a bending axis; an inorganic insulating layer (110, 120, 130) over the substrate, wherein the inorganic insulating layer comprises a first opening or a first groove completely overlapping the bent area and a second opening or a second groove located outside the display area to extend away from the bent area and along a part of the outside of the display area; and organic material at least partially filling the first opening or the first groove, and at least partially filling the second opening or the second groove; wherein the second opening or the second groove, together with the first opening or the first groove, collectively surround the display area; wherein the first opening or the first groove has a larger area than the bent area. a substrate comprising a first area including a display area, a second area spaced apart from the first area, and a bent area between the first area and the second area and connecting the first area and the second area to each other, wherein the substrate is bent about a bending axis; an inorganic insulating layer (110, 120, 130) over the substrate, wherein the inorganic insulating layer comprises a first opening or a first groove completely overlapping the bent area and a second opening or a second groove located outside the display area to extend away from the bent area and along a part of the outside of the display area; and organic material at least partially filling the first opening or the first groove, and at least partially filling the second opening or the second groove; wherein the second opening or the second groove, together with the first opening or the first groove, collectively surround the display area; wherein the first opening or the first groove has a larger area than the bent area.
A method of a User Equipment, in the following also referred to as UE, comprising: an uplink grant is available for the UE in a Transmission Time Interval, in the following also referred to as TTI, wherein the UE does not have data available for transmission (3005; 3105); characterized by the UE determines whether to skip the uplink grant in the TTI according to whether a physical control information needs to be transmitted in the TTI or not (3010; 3110, 3115). an uplink grant is available for the UE in a Transmission Time Interval, in the following also referred to as TTI, wherein the UE does not have data available for transmission (3005; 3105); characterized by the UE determines whether to skip the uplink grant in the TTI according to whether a physical control information needs to be transmitted in the TTI or not (3010; 3110, 3115).
Installation for the purification of minerals, pigments and/or fillers and/or the preparation of precipitated earth alkali carbonate and/or mineralization of water, the installation comprising in fluid communication a) at least one mixing unit provided with at least two inlets and at least one outlet, b) at least one dividing unit comprising dividing means, and c) at least one membrane filtration unit provided with at least one inlet and at least one outlet, wherein at least one outlet of the at least one mixing unit is connected to at least one inlet of the at least one membrane filtration unit and at least one outlet of the at least one membrane filtration unit is connected to at least one inlet of the at least one mixing unit. a) at least one mixing unit provided with at least two inlets and at least one outlet, b) at least one dividing unit comprising dividing means, and c) at least one membrane filtration unit provided with at least one inlet and at least one outlet,
An alkali metal salt of fluorosulfonyl imide represented by the following general formula, wherein a content of sulfate ions is 3000 ppm by mass or less, a content of potassium ions is 10000 ppm by mass or less, where M a represents Li, and each of R a and R b represents a fluorine atom. a content of sulfate ions is 3000 ppm by mass or less, a content of potassium ions is 10000 ppm by mass or less, where M a represents Li, and each of R a and R b represents a fluorine atom.
A method of operating a computing system (110, 1200) to provide a customized display layout used to render a graphical user interface to an application (106, 1206) associated with an industrial automation environment, the graphical user interface showing one or more key performance indicators, KPIs, related to operational data associated with machine systems in the industrial automation environment, the method comprising: presenting a display composer interface that provides a visualization layout editor that enables a user to design the customized display layout for the application associated with the industrial automation environment; receiving, via the display composer interface, data display instructions comprising a user selection of a data item associated with an operation of a machine in the industrial automation environment, the user selection comprising a KPI related to operational data associated with a machine system of the industrial automation environment, wherein receiving the data display instructions includes receiving a user-selected data display type for displaying the selected data item; receiving, via the display composer interface, position information that identifies where to display the at least one data item; processing the data display instructions and the position information to generate the customized display layout for the application; and based on the customized display layout, rendering a graphical user interface to the application having the selected data item positioned according to the position information, wherein the selected data item is displayed in the received data display type, thereby enabling the application to provide dynamic KPI data for user-defined display. presenting a display composer interface that provides a visualization layout editor that enables a user to design the customized display layout for the application associated with the industrial automation environment; receiving, via the display composer interface, data display instructions comprising a user selection of a data item associated with an operation of a machine in the industrial automation environment, the user selection comprising a KPI related to operational data associated with a machine system of the industrial automation environment, wherein receiving the data display instructions includes receiving a user-selected data display type for displaying the selected data item; receiving, via the display composer interface, position information that identifies where to display the at least one data item; processing the data display instructions and the position information to generate the customized display layout for the application; and based on the customized display layout, rendering a graphical user interface to the application having the selected data item positioned according to the position information, wherein the selected data item is displayed in the received data display type, thereby enabling the application to provide dynamic KPI data for user-defined display.
A CFTR modulator for use in the prevention and/or treatment of a cerebrovascular condition wherein the CFTR modulator is at least one cyclopropane carboxamide derivative selected from the group consisting of lumacaftor, tezacaftor and pharmaceutically acceptable salts and solvates thereof.
A combination with a mounting assembly for attaching a product to a cable tray comprising an elongated rod, a first arm extending downwardly from said rod, a second arm extending downwardly from said rod and spaced from said first arm, and a product configured to route cable relative to the cable tray, the product being mounted on the rod between the first and second arms (38, 40), the product extending downwardly from the rod and being moveable along the rod between the first and second arms (38,40), characterized in that a ratchet is provided, attached to one of said arms, that a single-sided auto-retracting strap provided in said ratchet, said strap being extendable from and retractable into said ratchet, that an attachment member on the other of said arms for attaching the strap thereto is provided; and that the product is spaced form the strap.
An inverter device comprising: an inverter main circuit to which a load is connectable; an input unit (661, 662, 663, 31, 32) which is configured to receive an input operation by a user; a connector into which a hot-pluggable external storage device is insertable; and a control unit which is configured to control writing of a log to the external storage device inserted in the connector, the log being pertinent to operating conditions of the load, characterized in that wherein when the external storage device is inserted in the connector, the control unit switches the external storage device to a connected state in which the log is allowed to be written to the external storage device, and when the input unit (661, 662, 663, 31, 32) receives the input operation during the connected state of the external storage device, the control unit stops writing of the log to the external storage device and switches the external storage device to a disconnected state in which the external storage device is removable from the connector; and wherein the control unit maintains the external storage device inserted in the connector in the dis connected state either while the input unit (661, 662, 663, 31, 32) is receiving the input operation or for a predetermined period after the input unit (661, 662, 663, 31. 32) has received the input operation. an inverter main circuit to which a load is connectable; an input unit (661, 662, 663, 31, 32) which is configured to receive an input operation by a user; a connector into which a hot-pluggable external storage device is insertable; and a control unit which is configured to control writing of a log to the external storage device inserted in the connector, the log being pertinent to operating conditions of the load, characterized in that wherein when the external storage device is inserted in the connector, the control unit switches the external storage device to a connected state in which the log is allowed to be written to the external storage device, and when the input unit (661, 662, 663, 31, 32) receives the input operation during the connected state of the external storage device, the control unit stops writing of the log to the external storage device and switches the external storage device to a disconnected state in which the external storage device is removable from the connector; and wherein the control unit maintains the external storage device inserted in the connector in the dis connected state either while the input unit (661, 662, 663, 31, 32) is receiving the input operation or for a predetermined period after the input unit (661, 662, 663, 31. 32) has received the input operation.
An interferometric vibration observation device comprising: a transmitting means configured to transmit a transmission signal from a transmitting antenna toward an observation object; and a receiving means configured to receive a reflection wave from the observation object; characterized in that: the receiving means is configured to receive the reflection wave from the observation object with a plurality of receiving antennas and to generate a reception signal for each of the receiving antennas; and the interferometric vibration observation device further comprises a signal processing means configured to: obtain a phase plane of the reflection wave to an antenna plane, the phase plane being obtained from a phase difference between the reception signals by a reference function process or fast Fourier transform; identify an arrival direction and a signal strength of the reflection wave; calculate a phase variation of the reflection wave from a certain direction; and generate an observation signal representative of a vibration of the observation object or a certain site of the observation object. a transmitting means configured to transmit a transmission signal from a transmitting antenna toward an observation object; and a receiving means configured to receive a reflection wave from the observation object; characterized in that: the receiving means is configured to receive the reflection wave from the observation object with a plurality of receiving antennas and to generate a reception signal for each of the receiving antennas; and the interferometric vibration observation device further comprises a signal processing means configured to: obtain a phase plane of the reflection wave to an antenna plane, the phase plane being obtained from a phase difference between the reception signals by a reference function process or fast Fourier transform; identify an arrival direction and a signal strength of the reflection wave; calculate a phase variation of the reflection wave from a certain direction; and generate an observation signal representative of a vibration of the observation object or a certain site of the observation object. the receiving means is configured to receive the reflection wave from the observation object with a plurality of receiving antennas and to generate a reception signal for each of the receiving antennas; and the interferometric vibration observation device further comprises a signal processing means configured to: obtain a phase plane of the reflection wave to an antenna plane, the phase plane being obtained from a phase difference between the reception signals by a reference function process or fast Fourier transform; identify an arrival direction and a signal strength of the reflection wave; calculate a phase variation of the reflection wave from a certain direction; and generate an observation signal representative of a vibration of the observation object or a certain site of the observation object.
A spacer device for use with a medicinal fluid canister, the device comprising: a) a flow chamber; b) a mouthpiece in fluid communication with the flow chamber; and c) a spirometer comprising: a fluid chamber having an upper and a lower portion along an elongated central axis, the upper portion of the fluid chamber being in fluid communication with the flow chamber via a fluid pathway; a float slidably disposed within the fluid chamber; and an entrainment port disposed within a wall of the lower portion of the fluid chamber; wherein drawing fluid through the mouthpiece draws fluid through the flow chamber and the entrainment port, thereby generating a pressure difference within the fluid chamber causing the float to move toward the upper portion of the fluid chamber, and the device is calibrated such that the float moves toward the upper portion of the fluid chamber at a flow rate of between 30-35 liters per minute during operation; the device being characterized in that the flow chamber comprises an opening for receiving a mouthpiece of an inhaler device; and wherein the opening for receiving the mouthpiece of the inhaler device is arranged opposite the mouthpiece of the spacer device. a) a flow chamber; b) a mouthpiece in fluid communication with the flow chamber; and c) a spirometer comprising: a fluid chamber having an upper and a lower portion along an elongated central axis, the upper portion of the fluid chamber being in fluid communication with the flow chamber via a fluid pathway; a float slidably disposed within the fluid chamber; and an entrainment port disposed within a wall of the lower portion of the fluid chamber; a fluid chamber having an upper and a lower portion along an elongated central axis, the upper portion of the fluid chamber being in fluid communication with the flow chamber via a fluid pathway; a float slidably disposed within the fluid chamber; and an entrainment port disposed within a wall of the lower portion of the fluid chamber; drawing fluid through the mouthpiece draws fluid through the flow chamber and the entrainment port, thereby generating a pressure difference within the fluid chamber causing the float to move toward the upper portion of the fluid chamber, and the device is calibrated such that the float moves toward the upper portion of the fluid chamber at a flow rate of between 30-35 liters per minute during operation; the device being characterized in that the flow chamber comprises an opening for receiving a mouthpiece of an inhaler device; and wherein the opening for receiving the mouthpiece of the inhaler device is arranged opposite the mouthpiece of the spacer device.