mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a request, by a switch, to set the switch into a provisioning mode where the switch does not enforce secure communications, wherein in the provisioning mode devices in a network are trusted and the devices can communicate with each other without having established cryptographic trust; while the switch is in the provisioning mode: establishing a connection from the switch to a provisioning controller; sending a certificate signing request, CSR, from the switch to the provisioning controller; and receiving by the switch, from the provisioning controller, a security certificate generated by a certificate authority; and entering a lockdown mode, by the switch, after receiving the security certificate, the switch being in lockdown mode secures communications utilizing the security certificate, wherein while in lockdown mode control communications between the switch and other switches in the network are encrypted and certified by the certificate authority, wherein in lockdown mode the switch demands that other switches be secure to exchange communications with the switch, the operations of the method being executed by a processor. receiving a request, by a switch, to set the switch into a provisioning mode where the switch does not enforce secure communications, wherein in the provisioning mode devices in a network are trusted and the devices can communicate with each other without having established cryptographic trust; while the switch is in the provisioning mode: establishing a connection from the switch to a provisioning controller; sending a certificate signing request, CSR, from the switch to the provisioning controller; and receiving by the switch, from the provisioning controller, a security certificate generated by a certificate authority; and establishing a connection from the switch to a provisioning controller; sending a certificate signing request, CSR, from the switch to the provisioning controller; and receiving by the switch, from the provisioning controller, a security certificate generated by a certificate authority; and entering a lockdown mode, by the switch, after receiving the security certificate, the switch being in lockdown mode secures communications utilizing the security certificate, wherein while in lockdown mode control communications between the switch and other switches in the network are encrypted and certified by the certificate authority, wherein in lockdown mode the switch demands that other switches be secure to exchange communications with the switch, the operations of the method being executed by a processor.
A method of wireless communication for a first user equipment, UE, comprising: configuring, at the first UE, at least a non-access stratum, NAS, protocol layer and a radio resource control, RRC, protocol layer to enable device-to-device, D2D, communication with a second UE when the first UE is out of network coverage; configuring, at the first UE, one or more protocol layers based on the configuring of at least the NAS protocol layer or the RRC protocol layer, the one or more protocol layers different from the NAS protocol layer and the RRC protocol layer, wherein the RRC protocol layer in a D2D communication state configures a medium access control, MAC, layer to generate a MAC control element, CE, to include a group identification, ID, and to generate another MAC CE to include a time interval for which a lower priority session should not start; and communicating with the second UE based on the configured one or more protocol layers. configuring, at the first UE, at least a non-access stratum, NAS, protocol layer and a radio resource control, RRC, protocol layer to enable device-to-device, D2D, communication with a second UE when the first UE is out of network coverage; configuring, at the first UE, one or more protocol layers based on the configuring of at least the NAS protocol layer or the RRC protocol layer, the one or more protocol layers different from the NAS protocol layer and the RRC protocol layer, wherein the RRC protocol layer in a D2D communication state configures a medium access control, MAC, layer to generate a MAC control element, CE, to include a group identification, ID, and to generate another MAC CE to include a time interval for which a lower priority session should not start; and communicating with the second UE based on the configured one or more protocol layers.
A closure assembly for a container filled or fillable with a pourable product comprising at least: - a lid having a first rim; - a ring member having a second rim facing the first rim; and - one or more coupling elements connected to the lid and to the ring member; wherein each coupling element comprises at least: - one respective intermediate portion; - one respective first curved portion connected to the first rim and the intermediate portion; and - one respective second curved portion connected to the second rim and the intermediate portion; wherein the intermediate portion is inclined with respect to the first rim of the lid and/or the second rim of the ring member; characterized in that the closure assembly further comprises a tamper-evidence ring and at least one rupturable coupling bridge designed to rupturably connect and/or rupturably connecting the ring member and the tamper-evidence ring to one another. - a lid having a first rim; - a ring member having a second rim facing the first rim; and - one or more coupling elements connected to the lid and to the ring member; wherein each coupling element comprises at least: - one respective intermediate portion; - one respective first curved portion connected to the first rim and the intermediate portion; and - one respective second curved portion connected to the second rim and the intermediate portion; - one respective intermediate portion; - one respective first curved portion connected to the first rim and the intermediate portion; and - one respective second curved portion connected to the second rim and the intermediate portion; wherein the intermediate portion is inclined with respect to the first rim of the lid and/or the second rim of the ring member; characterized in that the closure assembly further comprises a tamper-evidence ring and at least one rupturable coupling bridge designed to rupturably connect and/or rupturably connecting the ring member and the tamper-evidence ring to one another.
An interface system for an exoskeleton, the interface system comprising: a support belt; a strap assembly; and a frame system that includes a first frame member and a second frame member, the first frame member having an upper attachment portion configured to have a first assistive device attached thereto at a shoulder mount assembly, the first frame member being connected to the strap assembly and extending, in use, from a user's left or right scapula to the support belt, the second frame member connected to the strap assembly and extending to the support belt characterized in that the first frame member is connected posteriorly to the second frame member by a single attachment point at a hinge via a pair of hinge arms, a first hinge arm connects to first frame member at lateral pivot point, and second hinge arm connects to second frame member at lateral pivot point 223, the hinge arms being joined at a center position with a hinge to form a 3-point linkage. a support belt; a strap assembly; and a frame system that includes a first frame member and a second frame member, the first frame member having an upper attachment portion configured to have a first assistive device attached thereto at a shoulder mount assembly, the first frame member being connected to the strap assembly and extending, in use, from a user's left or right scapula to the support belt, the second frame member connected to the strap assembly and extending to the support belt characterized in that the first frame member is connected posteriorly to the second frame member by a single attachment point at a hinge via a pair of hinge arms, a first hinge arm connects to first frame member at lateral pivot point, and second hinge arm connects to second frame member at lateral pivot point 223, the hinge arms being joined at a center position with a hinge to form a 3-point linkage.
A compound represented by formula (Ib): wherein R 1a, R 1b, R 1c and R 1d are independently selected from a hydrogen atom, C 1-6 alkyl, C 1-6 alkoxy, and a halogen atom; R 2a is selected from C 1-6 alkyl, and a halogen atom; R 3a is a hydrogen atom or a halogen atom; and R 6 is selected from a hydrogen atom, and C 1-6 alkyl, or a pharmaceutically acceptable salt thereof. wherein R 1a, R 1b, R 1c and R 1d are independently selected from a hydrogen atom, C 1-6 alkyl, C 1-6 alkoxy, and a halogen atom; R 2a is selected from C 1-6 alkyl, and a halogen atom; R 3a is a hydrogen atom or a halogen atom; and R 6 is selected from a hydrogen atom, and C 1-6 alkyl,
A vehicle having an engine which drives wheels (16,24) of the vehicle via a CVT, a driver operated braking system which brakes wheels of the vehicle, and an electronic control system which, in the event of deceleration of the vehicle, detects when the driven wheels are about to lock and increases the currently operative CVT ratio to allow the locking wheels to speed up towards a rotational speed corresponding with the current vehicle speed whilst ensuring that any braking operation selected by the driver is maintained subject to the avoidance of wheel locking, characterised in that the CVT is of the hydrostatic/mechanical power split type, and the hydrostatic portion on the CVT has a single hydraulic pump which drives two hydraulic motors one motor driving front wheels of the vehicle and the other motor driving rear wheels of the vehicle so that wheel locking of the front and rear wheels can be controlled separately.
A system, comprising: a feed injector configured to supply a feedstock to a gasifier, wherein the feed injector comprises: a tip portion and one or more conduits (228,232,238) extending toward the tip portion, the tip portion having an outlet; a cooling coil coupled to the tip portion; a protective shell comprising a first protective shell portion coupled to a second protective shell portion, wherein the protective shell surrounds the tip portion and at least portions of the one or more conduits (228,232,238) and the cooling coil; and one or more mounting structures (208,210) disposed along an outer perimeter of the feed injector, wherein the one or more mounting structures (208,210) are configured to enable coupling of the first protective shell portion, the second protective shell portion, and the feed injector, characterized in that the protective shell is a thermal barrier capable of withstanding temperatures in excess of those found in the gasification reaction environment. a tip portion and one or more conduits (228,232,238) extending toward the tip portion, the tip portion having an outlet; a cooling coil coupled to the tip portion; a protective shell comprising a first protective shell portion coupled to a second protective shell portion, wherein the protective shell surrounds the tip portion and at least portions of the one or more conduits (228,232,238) and the cooling coil; and one or more mounting structures (208,210) disposed along an outer perimeter of the feed injector, wherein the one or more mounting structures (208,210) are configured to enable coupling of the first protective shell portion, the second protective shell portion, and the feed injector,
A method for mixing one or more chemicals into a process liquid flow, in which method the process liquid is allowed to flow in a flow pipe acting as an in-line reactor with a reaction zone having a length and a flow volume, the in-line reactor being provided with electric means (16, 20) in the form of at least one electrode rod arranged inside the in-line reactor in the flow volume, and of one or more electrodes isolated in relation to said electrode rod and arranged onto the inner surface of the flow pipe, the electric means extending over the length of the reaction zone, characterized by a) Providing the in-line reactor with at least one injection mixer/mixing station (24, 24', 24"), b) Injecting and mixing the at least one chemical with the process liquid present in the in-line reactor by means of the at least one injection mixer/mixing station (24, 24', 24"), c) Allowing said chemical to react with either another chemical or with a material present in the actual process liquid for forming reaction products, d) Preventing either the chemical/s or the reaction products from precipitating on the surfaces of the in-line reactor or apparatuses being in connection with it by di. Connecting said electrodes (16 and 20) to a voltage source/control system so that an electric field is formed between the electrodes, and by directing an electric current to the electrodes (16 and 20) so that near the electrodes the pH value of the liquid flow changes in a desirable way, and dii. Arranging the control system to change the polarity of the pair of electrodes (16, 20) for keeping the electrodes clean. a) Providing the in-line reactor with at least one injection mixer/mixing station (24, 24', 24"), b) Injecting and mixing the at least one chemical with the process liquid present in the in-line reactor by means of the at least one injection mixer/mixing station (24, 24', 24"), c) Allowing said chemical to react with either another chemical or with a material present in the actual process liquid for forming reaction products, d) Preventing either the chemical/s or the reaction products from precipitating on the surfaces of the in-line reactor or apparatuses being in connection with it by di. Connecting said electrodes (16 and 20) to a voltage source/control system so that an electric field is formed between the electrodes, and by directing an electric current to the electrodes (16 and 20) so that near the electrodes the pH value of the liquid flow changes in a desirable way, and dii. Arranging the control system to change the polarity of the pair of electrodes (16, 20) for keeping the electrodes clean. di. Connecting said electrodes (16 and 20) to a voltage source/control system so that an electric field is formed between the electrodes, and by directing an electric current to the electrodes (16 and 20) so that near the electrodes the pH value of the liquid flow changes in a desirable way, and dii. Arranging the control system to change the polarity of the pair of electrodes (16, 20) for keeping the electrodes clean.
A retroviral vector comprising a primer binding site, a long terminal repeat and an RNA packaging sequence, wherein the RNA packaging sequence is located 3' of the long terminal repeat and no long terminal repeat is located 3' of the RNA packaging sequence such that reverse transcription initiated at the primer binding site does not lead to reverse transcription of the RNA packaging sequence into vector DNA in a target cell.
A method for wireless communication at a transmitter, comprising: identifying (1305, 1405, 1505, 1605) a contention window comprising a first set of time-frequency resources; transmitting (1310, 1410, 1510, 1610), to a receiver after the contention window expires, a request message to request initiation of a data transmission, the request message comprising an indication of a time of transmission from the receiver for a response message and a request threshold associated with the request message; receiving (1315, 1415, 1515, 1615) the response message from the receiver in response to the request message; measuring (1320, 1420, 1520, 1620) a signal quality metric associated with the received response message; and initiating (1325, 1430, 1530, 1645) the data transmission in a shared frequency spectrum band based at least in part on whether the signal quality metric measurement associated with the received response message exceeds a response threshold. identifying (1305, 1405, 1505, 1605) a contention window comprising a first set of time-frequency resources; transmitting (1310, 1410, 1510, 1610), to a receiver after the contention window expires, a request message to request initiation of a data transmission, the request message comprising an indication of a time of transmission from the receiver for a response message and a request threshold associated with the request message; receiving (1315, 1415, 1515, 1615) the response message from the receiver in response to the request message; measuring (1320, 1420, 1520, 1620) a signal quality metric associated with the received response message; and initiating (1325, 1430, 1530, 1645) the data transmission in a shared frequency spectrum band based at least in part on whether the signal quality metric measurement associated with the received response message exceeds a response threshold.
Device (100, 300) for transmitting electrical power from a fixed wall to a wing that is hingedly attached to the wall about a hinge axis, comprising a wall part that can be fastened to the wall, comprising a wing part that can be fastened to the wing, comprising a primary coil provided on the wall part, and comprising a secondary coil provided on the wing part, the primary coil and the secondary coil being arranged such that the end faces thereof face one other, the primary coil comprising a primary coil winding and a coil housing that has ferromagnetic or ferrimagnetic properties and is open at the end face facing the wing part, and the coil winding on the opposite end face being at least almost completely covered, and the secondary coil comprising a secondary coil winding and a secondary coil housing that has ferrimagnetic or ferromagnetic properties, is open at the end face facing the wall part, and at least almost completely covers the coil winding on the opposite end face, characterized in that at least one of the primary and secondary coils (19, 20) is mounted in a spring-loaded manner in the wall part or wing part, respectively, so as to be movable towards the relevant other coil (20, 19) in the direction of the hinge axis.
A formulation for use in the treatment of Hunter syndrome, comprising a first composition for an intravenous injection and a second composition for a subcutaneous injection, wherein the first composition comprises iduronate-2-sulfatase consisting of at least one of the amino acid sequences of SEQ ID NOS: 1 and 2; and wherein the second composition comprises iduronate-2-sulfatase consisting of at least one of the amino acid sequences of SEQ ID NOS: 1 and 2; and wherein the first composition is intravenously injected once every two months to twice a month, and the second composition is subcutaneously injected once to seven times a week, wherein the first composition is administered first followed by the administration of the second composition.
A design method for designing a surgical kit including a medical implant and a guide tool comprising a guide channel for use during cartilage repair in a joint wherein the design method comprises; -a step for selection of a direction along a joint axis, indicating placement of the guide tool in the joint; - a step for placement of a positioning mark on the guide tool, wherein the positioning mark is designed to be aligned with the center of said guide channel on a determined joint axis direction and thereby indicating a placement direction of the guide tool in relation to the selected joint axis during use of the guide tool; and - a step for providing a positioning mark on the medical implant, wherein the positioning mark of the implant is designed to be in a position parted from the center of the implant to be visible for the surgeon and used for rotational positioning the medical implant, wherein the positioning mark of the guide tool can be used to make a mark on the cartilage on a side of the recess where the implant is to be placed, such that during placement of the implant in the joint once the guide tool is removed, the correct rotational positioning of the implant can be determined by aligning the positioning mark of the implant with the mark previously made on the cartilage.
A thermoplastic copolymer composition, comprising: a polyester elastomer; polytetramethylene glycol; and additives comprising silica and a siloxane-based polymer represented by Chemical Formula 1, wherein the additives are comprised in an amount of 1 to 4 parts by weight based on 100 parts by weight of the polyester elastomer: wherein R 1 to R 8 are each independently an alkyl group having 1 to 10 carbon atoms, and n is an integer from 100 to 10,000, and wherein the polytetramethylene glycol is comprised in an amount of 3 to 8 parts by weight based on 100 parts by weight of the polyester elastomer. a polyester elastomer; polytetramethylene glycol; and additives comprising silica and a siloxane-based polymer represented by Chemical Formula 1, wherein the additives are comprised in an amount of 1 to 4 parts by weight based on 100 parts by weight of the polyester elastomer: wherein R 1 to R 8 are each independently an alkyl group having 1 to 10 carbon atoms, and n is an integer from 100 to 10,000, and wherein the polytetramethylene glycol is comprised in an amount of 3 to 8 parts by weight based on 100 parts by weight of the polyester elastomer.
A device for immobilization of the human body or of body parts, in particular for attachment of medical target devices, markers or surgical instruments for image-guided, minimally invasive surgery, with at least one fixing element to be positioned on the body surface, characterized in that the device comprises a micro hook-and-loop fastener, the fixing element comprises a consolidated non-woven fabric which can be fastened to the micro hook-and-loop fastener and can be tensioned by the micro hook-and-loop fastener, the micro hook-and-loop fastener comprises small connecting elements in the micrometer range in the form of mushrooms or hooks, which are configured to interlock with fibres of the nonwoven fabric in multiple positions, and the non-woven fabric has high tensile strength in the longitudinal direction and is formed resilient in the transverse direction. the device comprises a micro hook-and-loop fastener, the fixing element comprises a consolidated non-woven fabric which can be fastened to the micro hook-and-loop fastener and can be tensioned by the micro hook-and-loop fastener, the micro hook-and-loop fastener comprises small connecting elements in the micrometer range in the form of mushrooms or hooks, which are configured to interlock with fibres of the nonwoven fabric in multiple positions, and the non-woven fabric has high tensile strength in the longitudinal direction and is formed resilient in the transverse direction.
A method of differentiating nucleated red blood cells from other cell types in a blood sample comprising steps of: (a) mixing a blood sample with a lytic reagent to lyse red blood cells, and to form a blood sample mixture, (b) measuring said blood sample mixture by a DC impedance measurement, and obtaining a blood cell distribution of said blood sample mixture, (c) differentiating nucleated red blood cells from other cell types from obtained blood cell distribution, and (d) reporting nucleated red blood cells in said blood sample, characterized in that said measuring said blood sample mixture by a DC impedance measurement is performed using a non- focused flow aperture having an aperture aspect ratio, defined as the ratio of the aperture length versus the aperture width, of 0.7 or greater. (a) mixing a blood sample with a lytic reagent to lyse red blood cells, and to form a blood sample mixture, (b) measuring said blood sample mixture by a DC impedance measurement, and obtaining a blood cell distribution of said blood sample mixture, (c) differentiating nucleated red blood cells from other cell types from obtained blood cell distribution, and (d) reporting nucleated red blood cells in said blood sample,