mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an implantable pump, the method comprising: providing an upper layer comprising a dome structure for housing a drug chamber and a cannula in fluid communication with the drug chamber; providing a middle deflection layer adjacent the drug chamber; providing a bottom layer comprising either electrolysis electrodes or a permeable membrane; thermally bonding the upper layer and middle deflection layer to form the drug chamber of the pump; bonding the bottom layer to the drug chamber to form the pump; and positioning a substantially rigid spacer comprising a refill hole between the bottom layer and the middle deflection layer for filling a chamber formed therebetween. providing an upper layer comprising a dome structure for housing a drug chamber and a cannula in fluid communication with the drug chamber; providing a middle deflection layer adjacent the drug chamber; providing a bottom layer comprising either electrolysis electrodes or a permeable membrane; thermally bonding the upper layer and middle deflection layer to form the drug chamber of the pump; bonding the bottom layer to the drug chamber to form the pump; and positioning a substantially rigid spacer comprising a refill hole between the bottom layer and the middle deflection layer for filling a chamber formed therebetween.
A method of forming a work tube into a metal tube for reinforcing a car body for mounting onto a car body of an automobile in a two-end support structure to ensure crash capacity, the method comprising: forming a curved portion in the work tube by: successively moving the work tube in the axial direction thereof, and locally heating the work tube at a plastically deformable temperature as well as at a temperature which enables quench hardening, using a high frequency heating coil disposed above the outer periphery of the work tube, and then rapidly cooling the work tube after a bending moment is applied to the heated portion to form the curved portion incrementally: wherein the curved portion extends over a longitudinal length, and the degree of curve is not less than 0.002%, when a degree of curve is defined by (S-L)/Lx100(%), where S (mm) is the arc length of the curved portion, and L (mm) is the projection length which is determined by projecting the curved portion from the outer periphery to the inner periphery.
Spring mounting cone for a spring end of a spiral-shaped torsion spring having a bent torque-transmitting leg, wherein the spring mounting cone comprises: - a circumferential surface for radially supporting the torsion spring at its internal circumference, - at least one flank (9, 10) protruding from the circumferential surface and extended in circumferential direction for engaging between spring windings of the torsion spring, - an opening in the circumferential surface bounded by a torque-transmitting edge for accommodating and supporting a torque-transmitting leg of the torsion spring bent inward, and - a projection that points radially outward and that is axially adjacent to the circumferential surface, characterised in that the projection has a stop anchoring hole at a radial distance from the adjacent circumferential surface, which is designed to anchor a stop in circumferential direction for a torque-transmitting leg of the torsion spring bent outward. - a circumferential surface for radially supporting the torsion spring at its internal circumference, - at least one flank (9, 10) protruding from the circumferential surface and extended in circumferential direction for engaging between spring windings of the torsion spring, - an opening in the circumferential surface bounded by a torque-transmitting edge for accommodating and supporting a torque-transmitting leg of the torsion spring bent inward, and - a projection that points radially outward and that is axially adjacent to the circumferential surface,
Portable communication object (1A, 1B, 1C, 1D) comprising means for radio frequency communication with a remote device, said communication means being configured to establish a first short-range communication for initialisation and/or pairing of the connection and communication in order to allow a second communication having a longer range than the first, characterised in that said radio frequency communication means (4, 5, 24) use a single physical radio frequency communication interface for initialisation and/or pairing, without using proximity radio frequency technology, said first short-range communication and said second longer-range communication being based on the same radio frequency communication technology.
A method for updating a certificate issuer public key, wherein the method comprises: sending, by a local profile assistant, LPA, an embedded universal integrated circuit card, eUICC, information to a subscription manager-data preparation, SM-DP+, server, wherein the eUICC information comprises a verification certificate issuer, CI, public key identifier list of an eUICC; receiving, by the LPA, first information from the SM-DP+ server, and sending, by the LPA, the first information to the eUICC; receiving, by the eUICC, the first information sent by the LPA, wherein the first information comprises a first CI public key identifier, wherein the first CI public key identifier is a CI public key identifier that is stored on the SM-DP+ server and that does not match any CI public key identifier in the verification CI public key identifier list, the first CI public key identifier is used for bidirectional authentication between the SM-DP+ server and the eUICC; sending, by the eUICC, second information to an operating system patch server, OPS, by using the LPA, wherein the second information comprises the first CI public key identifier; receiving, by the eUICC, a patch package sent by the OPS by using the LPA, wherein the patch package comprises at least a first CI public key corresponding to the first CI public key identifier; and updating, by the eUICC, a CI public key of the eUICC by using the first CI public key. sending, by a local profile assistant, LPA, an embedded universal integrated circuit card, eUICC, information to a subscription manager-data preparation, SM-DP+, server, wherein the eUICC information comprises a verification certificate issuer, CI, public key identifier list of an eUICC; receiving, by the LPA, first information from the SM-DP+ server, and sending, by the LPA, the first information to the eUICC; receiving, by the eUICC, the first information sent by the LPA, wherein the first information comprises a first CI public key identifier, wherein the first CI public key identifier is a CI public key identifier that is stored on the SM-DP+ server and that does not match any CI public key identifier in the verification CI public key identifier list, the first CI public key identifier is used for bidirectional authentication between the SM-DP+ server and the eUICC; sending, by the eUICC, second information to an operating system patch server, OPS, by using the LPA, wherein the second information comprises the first CI public key identifier; receiving, by the eUICC, a patch package sent by the OPS by using the LPA, wherein the patch package comprises at least a first CI public key corresponding to the first CI public key identifier; and updating, by the eUICC, a CI public key of the eUICC by using the first CI public key.
A method for producing an electrolyte solution, the method comprising: dissolving a magnesium salt in a low-boiling-point solvent capable of dissolving a magnesium salt; dissolving a sulfone in a solution in which the magnesium salt is dissolved in the low-boiling-point solvent; and removing the low-boiling-point solvent from the solution in which the sulfone is dissolved. dissolving a magnesium salt in a low-boiling-point solvent capable of dissolving a magnesium salt; dissolving a sulfone in a solution in which the magnesium salt is dissolved in the low-boiling-point solvent; and removing the low-boiling-point solvent from the solution in which the sulfone is dissolved.
A steering control device for an automatic pool cleaner, the device including a control means for timing a change of steering direction of said device, said control means including an input switchable between a first position controlling a first steering direction of said pool cleaner, and a second position controlling a second steering direction of said pool cleaner, wherein said switchable input is arranged to switch a drive means between the first drive direction and a second drive direction, said drive means having an output (20, 22a, 23a) adapted to switch the input means from said first or second position to the other of said first or second positions, the device being characterised by being arranged to be connected as a discreet unit between an existing automatic pool cleaner and a corresponding vacuum hose and by further including at least one intermediate timing means, such as annular rings (22, 23), wherein one or more such timing means includes means (30, 31) to permit water flow in to operate the device, provided by apertures around the periphery of at least one said intermediate timing means formed as slots or channels through the periphery of the at least one respective intermediate timing means, for forming a consecutive series of slots and projections around the circumference.
Process for application of a curable building material, in particular in a generative process, comprising the steps: - provision of at least two separate components of the building material; - introduction of the at least two separate components into a mixing apparatus, in particular into a mixing chamber of the mixing apparatus, with a feed device; - mixing of the at least two separate components in the mixing apparatus to give the curable building material in the setting state; - feeding of the setting building material through a transport conduit using a transport device to a printing head which is movable in at least one direction in space; - application of the setting building material by means of the movable printing head; - wherein a first component of the building material is present in solid form and comprises a mineral binder and aggregates, in particular gravel, sand, rock particle fractions and/or fillers, and a concrete and/or mortar admixture; - a second component of the building material is present in liquid form and comprises water; - a third component comprising a plasticizer is present; where the components are present in vessels (11.1, 11.2, 11.3) which are spatially separated from one another and are constituents of the feed device and/or communicate with the latter. - provision of at least two separate components of the building material; - introduction of the at least two separate components into a mixing apparatus, in particular into a mixing chamber of the mixing apparatus, with a feed device; - mixing of the at least two separate components in the mixing apparatus to give the curable building material in the setting state; - feeding of the setting building material through a transport conduit using a transport device to a printing head which is movable in at least one direction in space; - application of the setting building material by means of the movable printing head; - wherein a first component of the building material is present in solid form and comprises a mineral binder and aggregates, in particular gravel, sand, rock particle fractions and/or fillers, and a concrete and/or mortar admixture; - a second component of the building material is present in liquid form and comprises water; - a third component comprising a plasticizer is present;
Collecting vessel for collecting particles for a vortex separator, with the following features: a housing element, which separates a collecting volume of the collecting vessel from a separating chamber of the vortex separator; an opening in the housing element, which is embodied and arranged such that on account of a vortex prevailing in the separating chamber of the vortex separator, particles can pass through the opening from the separating chamber into the collecting volume of the collecting vessel; and a plurality of retaining elements, which extend at least partially into the collecting volume, characterised in that the retaining elements each have a recess on a side facing away from the opening. a housing element, which separates a collecting volume of the collecting vessel from a separating chamber of the vortex separator; an opening in the housing element, which is embodied and arranged such that on account of a vortex prevailing in the separating chamber of the vortex separator, particles can pass through the opening from the separating chamber into the collecting volume of the collecting vessel; and a plurality of retaining elements, which extend at least partially into the collecting volume, characterised in that the retaining elements each have a recess on a side facing away from the opening.
A method of changing oil of a gearbox in a nacelle of a wind turbine generator with a system for transport of fluid, the system comprising a manifold and an umbilical, the umbilical having a first end attached to the manifold; the manifold having means (12, 13, 14) for being connected to a hoist for lifting the manifold together with the first end of the umbilical prior to connection to a the gearbox for fluid exchange; the manifold comprises an upper manifold part and a lower manifold part mutually connected by an automatic releasable coupling; the coupling being configured for causing controlled and automated release of the lower manifold part from the upper manifold part if a force for separating the two manifold parts (28A, 28B) exceeds a first controlled, predetermined limit; wherein the system comprises an umbilical, the umbilical comprising a hose for transport of oil; the umbilical having its first end fastened to the lower manifold part for being lifted with the manifold when the lower manifold part is connected to the upper manifold part and for being released from the upper manifold part together with the lower manifold part; wherein the upper and lower manifold parts (28A, 28B) are interconnected by a brake line, wherein the brake line is configured for moving through a speed damping arrangement for limiting the speed of the brake line to a predetermined speed value during separation of the lower manifold part from the upper manifold part for thereby limiting the speed of such separation and preventing a free fall, wherein the method comprises lifting the manifold with a hoist to the nacelle while the lower manifold part is connected to the upper manifold part, connecting the hose to the gearbox and changing oil of the gearbox through the hose.
A peripheral device comprising: a communication interface (108, 110, 410) arranged to communicate using wireless signals with a host computing device; an output device comprising a multi-stable display; a memory arranged to store an output data set for output via the output device; and a processor (114, 116, 414) arranged to: detect imminent disconnection of a communication link between the peripheral device and the host computing device based on a change in a parameter of the wireless signals; trigger, in response to imminent disconnection detection, a data transfer from the host computing device to the peripheral device via the communication interface; receive, in response to the trigger, the output data set; and display the output data set via the output device, wherein following disconnection of the communication link the output data set is fixed and displaying the output data set does not require a power source. a communication interface (108, 110, 410) arranged to communicate using wireless signals with a host computing device; an output device comprising a multi-stable display; a memory arranged to store an output data set for output via the output device; and a processor (114, 116, 414) arranged to: detect imminent disconnection of a communication link between the peripheral device and the host computing device based on a change in a parameter of the wireless signals; trigger, in response to imminent disconnection detection, a data transfer from the host computing device to the peripheral device via the communication interface; receive, in response to the trigger, the output data set; and display the output data set via the output device, wherein following disconnection of the communication link the output data set is fixed and displaying the output data set does not require a power source. detect imminent disconnection of a communication link between the peripheral device and the host computing device based on a change in a parameter of the wireless signals; trigger, in response to imminent disconnection detection, a data transfer from the host computing device to the peripheral device via the communication interface; receive, in response to the trigger, the output data set; and display the output data set via the output device, wherein following disconnection of the communication link the output data set is fixed and displaying the output data set does not require a power source.
Annuloplasty ring system for repairing an atrioventricular cardiac valve, comprising an external support ring, an inner adjustable ring, a sliding pushing element mounted between said external and inner rings (2, 4), and actuating means designed to control said pushing element, characterized in that the pushing element is designed, when actuated by the actuating means, to slide between the external ring and the inner ring and to push the inner ring by using the external ring as a support, in such a way that a precise part of the inner ring is deformed without modifying the perimeter of said inner ring.
An apparatus for preserving, transporting and distributing refrigerated or frozen products, particularly for thermally insulated compartments of refrigeration vehicles, refrigeration chambers or the like, comprising one or more heat accumulation elements, each comprising an enclosure that delimits a cavity adapted to contain a heat accumulation liquid, said cavity accommodating a heat exchanger that can be supplied with a heat exchange fluid, ventilation means being associated with said one or more heat accumulation elements, characterized in that said enclosure has a first wall that has a flat surface and a second wall, arranged opposite said first wall, that has an at least partially ribbed surface, said heat exchanger having a U-shaped double tubular profile, the inner surface of which, in contact with said heat exchange fluid, comprises a plurality of ribs, the U-shaped double tubular profile comprising a flat structure, which connects, also thermally, the two portions, ascending and descending, of the tubular elements that define the U-shaped double tubular profile, said flat structure having ends that are adapted to be inserted into guides that are provided in the inner surface of the enclosure, for the installation of the heat exchanger inside the enclosure of the heat accumulation element.
Method for managing an overload state of a core network controlling a mobile access network, this management method being intended to be implemented by a device located at the input of the core network, said management method comprising, for at least one terminal connected to the mobile access network via an access point and managed by said device, following the receipt of a non-access stratum request, referred to as an NAS request, from said terminal: - a step of detecting whether a backoff timer is associated with this terminal; - if no backoff timer is associated with the terminal, a step of associating with, and of transmitting to said terminal, a backoff timer intended to be applied by the latter for sending NAS requests to the core network; said method being characterized in that it further comprises, if, during the detection step, it is detected that a backoff timer is associated with the terminal and has not been respected by the latter, a step of the device located at the input of the core network sending, to the terminal, via the access point, a temporary identifier allocated to the terminal to communicate with the core network, and a step of the device located at the input of the core network sending, to the access point, a control message comprising at least one part of said temporary identifier, this control message requesting that all or some of the requests transmitted by a terminal which contain said at least one part of said temporary identifier be blocked by the access point. - a step of detecting whether a backoff timer is associated with this terminal; - if no backoff timer is associated with the terminal, a step of associating with, and of transmitting to said terminal, a backoff timer intended to be applied by the latter for sending NAS requests to the core network;
A process for making a silicone compound, the silicone compound having the structure: wherein M represents a radical-polymerizable group selected from olefins, acrylates, and methacrylic acid and alkyl methacrylates; wherein L represents an optionally substituted divalent C 1 -C 20 organic group; wherein R independently represents an optionally substituted C 1 -C 20 alkyl group or optionally substituted C 6 -C 20 aryl group; wherein R 1, R 2, and R 3 independently represent optionally substituted C 2 -C 20 alkyl groups or optionally substituted C 6 -C 20 aryl groups; wherein n represents an integer of from 1 to 3, and wherein the silicone compound is produced in a yield of at least about 50% by gas chromatography analysis, the process comprising the step of reacting a silyl halide having the structure: wherein X represents a halogen selected from the group consisting of chlorine, bromine, and iodine, with a silanol having the structure: wherein a disiloxane compound having the structure: is present as a side-product in an amount of from 0% to 5% by gas chromatography analysis. wherein M represents a radical-polymerizable group selected from olefins, acrylates, and methacrylic acid and alkyl methacrylates; wherein L represents an optionally substituted divalent C 1 -C 20 organic group; wherein R independently represents an optionally substituted C 1 -C 20 alkyl group or optionally substituted C 6 -C 20 aryl group; wherein R 1, R 2, and R 3 independently represent optionally substituted C 2 -C 20 alkyl groups or optionally substituted C 6 -C 20 aryl groups; wherein n represents an integer of from 1 to 3, and wherein the silicone compound is produced in a yield of at least about 50% by gas chromatography analysis, the process comprising the step of reacting a silyl halide having the structure: wherein X represents a halogen selected from the group consisting of chlorine, bromine, and iodine, with a silanol having the structure: wherein a disiloxane compound having the structure: is present as a side-product in an amount of from 0% to 5% by gas chromatography analysis.