mhurhangee/ep-ind-claims huggingface dataset:
A system for determining alignment angles for prosthetic components, the system comprising: a first prosthetic component and a second prosthetic component that are joinable together in a fixed orientation relative to each other, wherein the fixed orientation include a first angle and a second angle that are perpendicular to each other, and wherein the first and second angles are selectable from a range of angles to provide a desired fixed orientation between the two prosthetic components; a magnet fixedly coupled to the first prosthetic component; one or more magnetic intensity sensors configured to be coupled to the second prosthetic component in a fixed orientation relative to the second prosthetic component such that the one or more magnetic intensity sensors are operable to sense a magnetic field strength of the magnet and produce an output signal corresponding to the sensed magnetic field strength; and a processor operable to receive the output signal from the one or more magnetic intensity sensors and determine the first and/or second angles based on the received output signals from the one or more magnetic intensity sensors and the positions of the one or more magnetic intensity sensors relative to the magnet, characterized in that the system includes a removable sleeve or wrap or clamp that includes the one or more magnetic intensity sensors, and the sleeve or wrap is configured to be secured around the second prosthetic component temporarily to determine the orientation between the two prosthetic devices.. a first prosthetic component and a second prosthetic component that are joinable together in a fixed orientation relative to each other, wherein the fixed orientation include a first angle and a second angle that are perpendicular to each other, and wherein the first and second angles are selectable from a range of angles to provide a desired fixed orientation between the two prosthetic components; a magnet fixedly coupled to the first prosthetic component; one or more magnetic intensity sensors configured to be coupled to the second prosthetic component in a fixed orientation relative to the second prosthetic component such that the one or more magnetic intensity sensors are operable to sense a magnetic field strength of the magnet and produce an output signal corresponding to the sensed magnetic field strength; and a processor operable to receive the output signal from the one or more magnetic intensity sensors and determine the first and/or second angles based on the received output signals from the one or more magnetic intensity sensors and the positions of the one or more magnetic intensity sensors relative to the magnet, characterized in that the system includes a removable sleeve or wrap or clamp that includes the one or more magnetic intensity sensors, and the sleeve or wrap is configured to be secured around the second prosthetic component temporarily to determine the orientation between the two prosthetic devices..
A method for controlling a computing apparatus, wherein the computing apparatus includes a cover having a display unit on one surface facing a keyboard when the cover is in a closed state, wherein the method comprises: receiving a user command to turn on an automatic booting mode through a user interface; storing a configuration value corresponding to an ON state of the automatic booting mode in a memory; when the cover is in a closed state, detecting an opening of the cover; and in response to detecting the opening of the cover when a system status of the computing apparatus is an S5 state defined by the Advanced Configuration and Power Interface, ACPI, standard, performing, via a controller of the computing apparatus, an operation of entering from the S5 state to an S0 state defined by the ACPI standard based on the configuration value stored in the memory, characterized by: when the cover is in an open state, detecting an opening angle of the cover, and checking whether or not the detected opening angle of the cover is equal to or greater than a predetermined angle, and when the detected opening angle of the cover is equal to or greater than a predetermined angle, performing the operation of entering the system status from the S5 state to the S0 state based on the configuration value stored in the memory. receiving a user command to turn on an automatic booting mode through a user interface; storing a configuration value corresponding to an ON state of the automatic booting mode in a memory; when the cover is in a closed state, detecting an opening of the cover; and in response to detecting the opening of the cover when a system status of the computing apparatus is an S5 state defined by the Advanced Configuration and Power Interface, ACPI, standard, performing, via a controller of the computing apparatus, an operation of entering from the S5 state to an S0 state defined by the ACPI standard based on the configuration value stored in the memory, characterized by: when the cover is in an open state, detecting an opening angle of the cover, and checking whether or not the detected opening angle of the cover is equal to or greater than a predetermined angle, and when the detected opening angle of the cover is equal to or greater than a predetermined angle, performing the operation of entering the system status from the S5 state to the S0 state based on the configuration value stored in the memory. when the cover is in an open state, detecting an opening angle of the cover, and checking whether or not the detected opening angle of the cover is equal to or greater than a predetermined angle, and when the detected opening angle of the cover is equal to or greater than a predetermined angle, performing the operation of entering the system status from the S5 state to the S0 state based on the configuration value stored in the memory.
A combination of ivermectin and brimonidine or salts thereof, for application as a medicament for treating and/or preventing rosacea or ocular rosacea.
A directional valve for use in hydraulic systems, comprising a valve body having a cylindrical bore and at least four fluid passages (14a, 14b, 15; 62, 63, 64) connected to the cylindrical bore, a rotating body (20, 21) having at least one means for allowing fluid flowing through the fluid passages (14a, 14b, 15; 62, 63, 64), and at least one means for blocking fluid flowing through the fluid passages (14a, 14b, 15; 62, 63, 64), at least one sealing (30, 31) arranged inside said cylindrical bore, said sealing having an outer lateral surface parallel with the axis of the cylindrical bore, and an inner lateral surface parallel with the lateral surface of the rotating body (20, 21), wherein the rotating body (20, 21) comprises a frusto-conical shape, and wherein the sealing comprises at least four openings aligned with said at least four fluid passages, characterized in that the valve body comprises a recess and said sealing (30, 31) comprises a non-circular lip (37, 38) at a bottom part of the sealing, the non-circular lip (37, 38) being received by said recess for preventing the sealing (30, 31) from rotating.
A method for isolating nucleic acid from a sample solution, wherein the nucleic acid is separated from the sample solution by adsorption to magnetic particles, followed by separation of the magnetic particles with the nucleic acid adsorbed thereto from the sample solution by application of a magnetic field, followed by at least one washing step (w), comprising suspending the magnetic particles with the nucleic acid adsorbed thereto in a washing solution, which is an aqueous solution, which has a total salt concentration below 100 mM and does not comprise an organic solvent, incubating the magnetic particles with the nucleic acid adsorbed thereto in the washing solution, and separating the magnetic particles with the nucleic acid adsorbed thereto from the washing solution, wherein the magnetic particles are dropped into the washing solution in step by switching off, removing or relocating the magnetic field. suspending the magnetic particles with the nucleic acid adsorbed thereto in a washing solution, which is an aqueous solution, which has a total salt concentration below 100 mM and does not comprise an organic solvent, incubating the magnetic particles with the nucleic acid adsorbed thereto in the washing solution, and separating the magnetic particles with the nucleic acid adsorbed thereto from the washing solution,
A pharmaceutical composition comprising: a) about 3% (w/v) tetracaine, or a pharmaceutically acceptable salt thereof; b) a vasoconstrictor; and c) a pharmaceutically acceptable carrier. a) about 3% (w/v) tetracaine, or a pharmaceutically acceptable salt thereof; b) a vasoconstrictor; and c) a pharmaceutically acceptable carrier.
A separator for a lithium secondary battery, the separator comprising: a substrate; and a coating layer formed on the surface of the substrate, wherein the coating layer includes an organic binder and inorganic particles, and the organic binder contains an ethylenically unsaturated group positioned at an end portion or a side portion of the main chain of a polymer including a unit represented by Formulas X-1, X-2, X-4 and X-6: in Formula X-1, the m1 is an integer of 1 to 100, in Formula X-2, the m2 and the m3 are each independently an integer of 1 to 100, in Formula X-4, the m5 is an integer of 1 to 100, In Formula X-6, the m7 is an integer of 1 to 100. a substrate; and a coating layer formed on the surface of the substrate, wherein the coating layer includes an organic binder and inorganic particles, and the organic binder contains an ethylenically unsaturated group positioned at an end portion or a side portion of the main chain of a polymer including a unit represented by Formulas X-1, X-2, X-4 and X-6: in Formula X-1, the m1 is an integer of 1 to 100, in Formula X-2, the m2 and the m3 are each independently an integer of 1 to 100, in Formula X-4, the m5 is an integer of 1 to 100, In Formula X-6, the m7 is an integer of 1 to 100.
A sample holding device for an X-ray analysis apparatus, comprising: a sample holder having a sample filling portion for filling with a sample; a base member adapted to hold the sample holder; and an airtight member including a main body portion having a hollow portion therein, wherein the airtight member is configured to be freely and detachably mounted on the base member so as to cover the surroundings of the sample holder held by the base member, wherein the base member comprises a mounting portion configured to mount the airtight member thereon, the airtight member comprising a fitting portion formed so as to protrude from a lower surface of the main body portion and configured to be fitted and mounted in the mounting portion, wherein a lower end surface of the fitting portion is opened and communicates with the hollow portion in the main body portion, wherein a locking mechanism (23,38) is provided in the mounting portion and the fitting portion so as to prevent the airtight member from coming off the base member when the fitting portion is fitted into the mounting portion, wherein an X-ray transmission window is formed by cutting out the main body portion, and an X-ray window material is formed around the X-ray transmission window so as to cover the X-ray transmission window, and wherein an operating portion adapted to enable an operator to perform a fitting operation while gripping the operating portion is formed in a surface region of the main body portion where the X-ray transmission window is not formed. a sample holder having a sample filling portion for filling with a sample; a base member adapted to hold the sample holder; and an airtight member including a main body portion having a hollow portion therein, wherein the airtight member is configured to be freely and detachably mounted on the base member so as to cover the surroundings of the sample holder held by the base member, wherein the base member comprises a mounting portion configured to mount the airtight member thereon, the airtight member comprising a fitting portion formed so as to protrude from a lower surface of the main body portion and configured to be fitted and mounted in the mounting portion, wherein a lower end surface of the fitting portion is opened and communicates with the hollow portion in the main body portion, wherein a locking mechanism (23,38) is provided in the mounting portion and the fitting portion so as to prevent the airtight member from coming off the base member when the fitting portion is fitted into the mounting portion, wherein an X-ray transmission window is formed by cutting out the main body portion, and an X-ray window material is formed around the X-ray transmission window so as to cover the X-ray transmission window, and wherein an operating portion adapted to enable an operator to perform a fitting operation while gripping the operating portion is formed in a surface region of the main body portion where the X-ray transmission window is not formed.
DC power supply system for a network of loads: public and outdoor lighting, compact fluorescent bulbs, LEDs, electric heaters, electrical energy storage batteries or actuators, combing the use of electrical energy supplied either by a device producing variable energy from a renewable source, by a storage battery or by the 50hz network, characterised by the fact that the known-type decision circuits take into account the existence of external events and programming, the voltage of the batteries and that of the 50hz network to define the operating regime of the known-type transformers (10, 4 and 5) (flyback), with each source of electrical energy using a flyback transformer to supply the loads. The flyback transformer outputs are connected in parallel to the load, with the origin and composition of the electrical energy taken according to the relative value of the network of loads' voltage with regard to the voltage thresholds M and m; M being the maximum value of the voltage at the load and m being the minimum value of the voltage at the load, defined by the known-type circuit, in order to regulate the voltage of the network of loads within the operating range between M and m.
Inverter, in particular for an electric machine, - with a DC link, - with a plurality of voltage-controlled switching elements (6, 7) being arranged in half bridges and each being a power transistor with an insulated gate field-effect transistor structure or a junction field-effect transistor structure and - with a controller comprising - a pulsing unit configured for operating the inverter in a pulsing mode in which sequences of a first voltage and a second voltage are applied to control terminals of the switching elements (6, 7), the first voltage being configured for setting a switching element to a first switching state and the second voltage being configured for setting the switching element to a second switching state, and - a short circuit unit configured to put the inverter into an active short circuit mode by switching a group of switching elements to the first switching state, the group comprising either all switching elements connected to a high potential of the DC link or all switching elements connected to a low potential of the DC link, wherein in the active short circuit mode, the inverter is configured to apply to the control terminals of said group of switching elements a third voltage having a higher absolute value than the absolute value of the first voltage. - with a DC link, - with a plurality of voltage-controlled switching elements (6, 7) being arranged in half bridges and each being a power transistor with an insulated gate field-effect transistor structure or a junction field-effect transistor structure and - with a controller comprising - a pulsing unit configured for operating the inverter in a pulsing mode in which sequences of a first voltage and a second voltage are applied to control terminals of the switching elements (6, 7), the first voltage being configured for setting a switching element to a first switching state and the second voltage being configured for setting the switching element to a second switching state, and - a short circuit unit configured to put the inverter into an active short circuit mode by switching a group of switching elements to the first switching state, the group comprising either all switching elements connected to a high potential of the DC link or all switching elements connected to a low potential of the DC link, - a pulsing unit configured for operating the inverter in a pulsing mode in which sequences of a first voltage and a second voltage are applied to control terminals of the switching elements (6, 7), the first voltage being configured for setting a switching element to a first switching state and the second voltage being configured for setting the switching element to a second switching state, and - a short circuit unit configured to put the inverter into an active short circuit mode by switching a group of switching elements to the first switching state, the group comprising either all switching elements connected to a high potential of the DC link or all switching elements connected to a low potential of the DC link,
A method for establishing a packet data network, PDN, connection, comprising: obtaining, by a trusted wireless local area network access network, TWAN, device, an access point name, APN, from a user equipment, and obtaining subscription information of the user equipment from a home subscriber server/an authentication, authorization and accounting, HSS/AAA; determining, by the TWAN device, a PDN gateway according to at least the APN and the subscription information; sending, by the TWAN device, a create session request message carrying the APN to the determined PDN gateway; receiving, by the TWAN device, a create session response message carrying an IP address from the PDN gateway; and sending, by the TWAN device, the IP address to the user equipment, characterized in that the obtaining, by a TWAN device, an access point name APN from a user equipment comprises: sending, by the user equipment, the APN to the HSS/AAA in a process of executing Extensible Authentication Protocol, EAP, authentication between the user equipment and the HSS/AAA; and receiving, by the TWAN device, the APN from the HSS/AAA. obtaining, by a trusted wireless local area network access network, TWAN, device, an access point name, APN, from a user equipment, and obtaining subscription information of the user equipment from a home subscriber server/an authentication, authorization and accounting, HSS/AAA; determining, by the TWAN device, a PDN gateway according to at least the APN and the subscription information; sending, by the TWAN device, a create session request message carrying the APN to the determined PDN gateway; receiving, by the TWAN device, a create session response message carrying an IP address from the PDN gateway; and sending, by the TWAN device, the IP address to the user equipment, characterized in that the obtaining, by a TWAN device, an access point name APN from a user equipment comprises: sending, by the user equipment, the APN to the HSS/AAA in a process of executing Extensible Authentication Protocol, EAP, authentication between the user equipment and the HSS/AAA; and sending, by the user equipment, the APN to the HSS/AAA in a process of executing Extensible Authentication Protocol, EAP, authentication between the user equipment and the HSS/AAA; and receiving, by the TWAN device, the APN from the HSS/AAA.
A Pseudomonas exotoxin A comprising a PE amino acid sequence, wherein the PE has cytotoxic activity and the PE has reduced immunogenicity as compared to an unsubstituted PE, wherein the PE has: (i) a substitution of alanine in place of each of amino acid residues R427, D463, R467, R490, R505, and R538, as defined by reference to SEQ ID NO: 1, or (ii) a substitution of, independently, alanine, glycine, or serine in place of each of amino acid residues R427, R458, D463, R467, R490, R505, and R538, as defined by reference to SEQ ID NO: 1 and wherein the PE optionally has a further substitution of one or more amino acid residues within one or more B cell epitopes, and/or a further substitution of one or more amino acid residues within one or more T-cell epitopes, and/or a deletion of one or more continuous amino acid residues of residues 1-273 and 285-394, as defined by SEQ ID NO: 1. (i) a substitution of alanine in place of each of amino acid residues R427, D463, R467, R490, R505, and R538, as defined by reference to SEQ ID NO: 1, or (ii) a substitution of, independently, alanine, glycine, or serine in place of each of amino acid residues R427, R458, D463, R467, R490, R505, and R538, as defined by reference to SEQ ID NO: 1 and
A protein comprising an ankyrin repeat domain, wherein said ankyrin repeat domain has an N-terminal capping module comprising an amino acid sequence that has at least 70% sequence identity with an amino acid sequence selected from the group consisting of SEQ ID NO: 7 to 16, wherein the amino acid residue of said N-terminal capping module at the position corresponding to position 15 of SEQ ID NO: 3 is I, and wherein said ankyrin repeat domain has a higher melting temperature than a reference ankyrin repeat domain having the same amino acid sequence except for the amino acid residue of the N-terminal capping module at the position corresponding to position 15 of SEQ ID NO: 3, which is D in the reference ankyrin repeat domain. wherein said ankyrin repeat domain has an N-terminal capping module comprising an amino acid sequence that has at least 70% sequence identity with an amino acid sequence selected from the group consisting of SEQ ID NO: 7 to 16, wherein the amino acid residue of said N-terminal capping module at the position corresponding to position 15 of SEQ ID NO: 3 is I, and wherein said ankyrin repeat domain has a higher melting temperature than a reference ankyrin repeat domain having the same amino acid sequence except for the amino acid residue of the N-terminal capping module at the position corresponding to position 15 of SEQ ID NO: 3, which is D in the reference ankyrin repeat domain.
A seat assembly comprising: a seatback having a frame; a latch mechanism coupled to said frame, said latch mechanism defining an opening and including a retention mechanism for retaining an anchor member within said opening; a recline mechanism having a first and second recline mechanism and wherein one of said first and second recline mechanisms is coupled to said latch mechanism, characterized in, that the other of said first and second recline mechanisms is coupled to said seat frame and wherein said recline mechanism is configured to allow said frame to move relative to said latch mechanism and relative to said opening on said latch mechanism. a seatback having a frame; a latch mechanism coupled to said frame, said latch mechanism defining an opening and including a retention mechanism for retaining an anchor member within said opening; a recline mechanism having a first and second recline mechanism and
Method for simplifying a measurement of a substance, in particular an ingredient, when preparing a dish, comprising the following steps: - providing a recipe; - determining a substance to be poured into a vessel on the basis of the recipe; - determining a volume to be poured into the vessel of the substance to be poured; - optically scanning an interior of the vessel from a predetermined height above the vessel; - determining a fill level, which the volume causes in the vessel once it has been poured in; - displaying the determined fill level, wherein a mark indicating the determined fill level is projected onto a wall of the vessel. - providing a recipe; - determining a substance to be poured into a vessel on the basis of the recipe; - determining a volume to be poured into the vessel of the substance to be poured; - optically scanning an interior of the vessel from a predetermined height above the vessel; - determining a fill level, which the volume causes in the vessel once it has been poured in; - displaying the determined fill level, wherein a mark indicating the determined fill level is projected onto a wall of the vessel.