mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a gas turbine engine, the assembly comprising: a shaft rotatable about an axis; a bearing disposed about the shaft and within a bearing compartment; a seal assembly positioned to seal the bearing compartment, the seal assembly comprising a fixed seal, and a seal runner rotatable with the shaft and having a first axial face and a second axial face axially opposite the first axial face with respect to the axis, wherein the first axial face includes a first surface rotatable against the seal, and the second axial face includes a trough portion, a second surface angled relative to a radial baseline plane defined perpendicular to the axis, and a dam between the trough portion and the second surface; and an oil source positioned to provide oil into the trough portion, characterized in that: the dam is formed by a convex surface including a radially innermost point that is radially inward of a radially outer surface of the trough portion. a shaft rotatable about an axis; a bearing disposed about the shaft and within a bearing compartment; a seal assembly positioned to seal the bearing compartment, the seal assembly comprising a fixed seal, and a seal runner rotatable with the shaft and having a first axial face and a second axial face axially opposite the first axial face with respect to the axis, wherein the first axial face includes a first surface rotatable against the seal, and the second axial face includes a trough portion, a second surface angled relative to a radial baseline plane defined perpendicular to the axis, and a dam between the trough portion and the second surface; and an oil source positioned to provide oil into the trough portion, characterized in that: the dam is formed by a convex surface including a radially innermost point that is radially inward of a radially outer surface of the trough portion.
A radio-frequency identification device for a tubular element to be identified in a constrained environment, said radio-frequency identification device comprising a radio-frequency identification chip connected to at least one antenna having two conductive strands connected to the radio-frequency identification chip, and a flexible envelope completely enveloping said radio-frequency identification chip and said strands, said envelope having a central portion overmolding the radio-frequency identification chip and having two strips, extending on either side of said central portion, which each overmolds at least one said strand, said radio-frequency identification device being characterized in that the envelope is made by an overmolding with a silicone material of said radio-frequency identification chip and of the strands, in that the two strips of the envelope are thermoformed according to a twisted configuration around a common twisting axis in order to enable a temporary holding of said device around said element, in that each of the two strips has a free end provided with a pierced boss capable of cooperating with a hose clamp in order to enable a final fastening of said device around said element, and in that each of the strands is sheathed with a sheath made of a dielectric material, inside the envelope which overmolds said sheaths.
A fuel cell system comprising: a fuel cell stack constituted by a plurality of cells, each of the cells including a fuel electrode, an air electrode, and an electrolyte, and generating electric power through a reaction of a fuel gas and air; a casing that houses the fuel cell stack; a temperature detector that detects a first temperature, the first temperature being a temperature of the fuel cell stack or a temperature inside the casing; and a controller configured to control based on the first temperature so as to allow an operation at a first predetermined temperature, and controls such that the first temperature reaches a temperature higher than or equal to a second predetermined temperature for a predetermined time (time1), wherein the second predetermined temperature is a temperature at which 475°C embrittlement that occurs on stainless steel is eliminated, the first predetermined temperature is lower than the second predetermined temperature, the fuel cell stack, the casing, and at least one of members disposed in the casing together with the fuel cell stack are formed of stainless steel, and the first predetermined temperature is 400°C or more and 575°C or less. a fuel cell stack constituted by a plurality of cells, each of the cells including a fuel electrode, an air electrode, and an electrolyte, and generating electric power through a reaction of a fuel gas and air; a casing that houses the fuel cell stack; a temperature detector that detects a first temperature, the first temperature being a temperature of the fuel cell stack or a temperature inside the casing; and a controller configured to control based on the first temperature so as to allow an operation at a first predetermined temperature, and controls such that the first temperature reaches a temperature higher than or equal to a second predetermined temperature for a predetermined time (time1), wherein the second predetermined temperature is a temperature at which 475°C embrittlement that occurs on stainless steel is eliminated, the first predetermined temperature is lower than the second predetermined temperature, the fuel cell stack, the casing, and at least one of members disposed in the casing together with the fuel cell stack are formed of stainless steel, and the first predetermined temperature is 400°C or more and 575°C or less.
A method comprising: receiving at an apparatus of a source base station from a target base station delta configuration information and full configuration information for a conditional handover of a user equipment, UE, from the source base station to the target base station, wherein the delta configuration is a configuration based on a current UE configuration and comprises only parameters that need to be changed, wherein the full configuration comprises a full list of UE parameters required for transmission and reception that will apply for the handover, causing by said apparatus of the source base station said delta configuration information to be provided to said UE; determine by said apparatus of the source base station, that a change in the configuration of the UE is required, and causing by said apparatus of the source base station the full configuration to be provided to said UE, wherein said full configuration is provided to the UE in response to determining that a change in the configuration of the UE is required. receiving at an apparatus of a source base station from a target base station delta configuration information and full configuration information for a conditional handover of a user equipment, UE, from the source base station to the target base station, wherein the delta configuration is a configuration based on a current UE configuration and comprises only parameters that need to be changed, wherein the full configuration comprises a full list of UE parameters required for transmission and reception that will apply for the handover, wherein the delta configuration is a configuration based on a current UE configuration and comprises only parameters that need to be changed, wherein the full configuration comprises a full list of UE parameters required for transmission and reception that will apply for the handover, causing by said apparatus of the source base station said delta configuration information to be provided to said UE; determine by said apparatus of the source base station, that a change in the configuration of the UE is required, and
A cable modem for a network, comprising a radio frequency resource manager unit for allocating a radio frequency resource to a plurality of cable modem terminal systems (204, 205); and an interface manager unit for establishing radio frequency interfaces respectively with the plurality of cable modem terminal systems (204, 205) according to the radio frequency resource allocation of the radio frequency resource manager unit, wherein the cable modem transmits a table of the radio frequency resource allocation to the plurality of cable modem terminal systems (204, 205) for notification of the frequency resource allocation.
A polythioether prepolymer comprising thiol functional groups, wherein the polythioether prepolymer is obtainable by the reaction: of at least one compound T having a number f of thiol functional groups selected from 2, 3, 4 and 6, preferably 3, 4 and 6, with at least one compound E having a number g of epoxy functional groups selected from 2 and 3 and wherein during the reaction of at least one compound T and at least one compound E, the compounds T comprising thiol groups and the compounds E comprising the epoxy groups react according to a ratio number of thiol groups: number of epoxy groups from 3:1 to 4:1.
A method for determining addresses in various ENUM-trees via a modified ENUM-Resolver comprising a plurality of interfaces to ENUM-Clients and a plurality of interfaces to various ENUM-Resolvers, comprising the steps: - receiving a ENUM-Request of a ENUM-Client; - modifying the request, such that the request can be sent to a plurality of different ENUM-Resolvers in parallel by respectively replacing the original ENUM-Domain by different ENUM-Root-Domains; - parallel sending the ENUM-Inquiry to the plurality of different ENUM-Resolvers in; - processing the results of the parallel ENUM-Requests; - forwarding a result of the parallel ENUM-Requests to the ENUM-Client, characterized by a a modified ENUM-Resolver, providing a number of local ENUM-Resolvers establishing an interface to the ENUM-Clients and having a plurality of local ENUM-Clients that are communicating to the ENUM-Resolvers of the ENUM-trees, wherein a parallel resolution concept and a respective control between the local ENUM-Resolvers and the local ENUM-Clients controls, the communication between the two of them, wherein the responses of the ENUM-Inquiries received in a configurable time are combined with respect to a policy and are sent to the client as response, wherein the inquiry results of all ENUM-Requests are transmitted and, if subsets of the results are identical these elements only transmitted once. - receiving a ENUM-Request of a ENUM-Client; - modifying the request, such that the request can be sent to a plurality of different ENUM-Resolvers in parallel by respectively replacing the original ENUM-Domain by different ENUM-Root-Domains; - parallel sending the ENUM-Inquiry to the plurality of different ENUM-Resolvers in; - processing the results of the parallel ENUM-Requests; - forwarding a result of the parallel ENUM-Requests to the ENUM-Client,
A non-magnetic hermetic package comprising: a non-magnetic package body comprising a floor and ceramic walls that surround an open cavity; a generally planar non-magnetic and metallic seal ring disposed in a continuous loop around upper edges of the walls; a sensitive component that is sensitive to temperature, humidity, and/or atmospheric constituents, the sensitive component bonded within the cavity to the floor; and a non-magnetic and metallic lid including at least a molybdenum substrate and a gold/tin solder preform extending around an outer periphery of a sealing surface of the lid, the lid being sealed to the package body by way of a hermetic seam seal formed between the seal ring on the package body and the preform of the lid so as to hermetically seal the cavity; wherein the seal ring includes a tungsten layer that is bonded to the package body walls, a copper layer over the tungsten layer, and a gold layer over the copper layer, with the gold layer bonded to the lid. a non-magnetic package body comprising a floor and ceramic walls that surround an open cavity; a generally planar non-magnetic and metallic seal ring disposed in a continuous loop around upper edges of the walls; a sensitive component that is sensitive to temperature, humidity, and/or atmospheric constituents, the sensitive component bonded within the cavity to the floor; and a non-magnetic and metallic lid including at least a molybdenum substrate and a gold/tin solder preform extending around an outer periphery of a sealing surface of the lid, the lid being sealed to the package body by way of a hermetic seam seal formed between the seal ring on the package body and the preform of the lid so as to hermetically seal the cavity; wherein the seal ring includes a tungsten layer that is bonded to the package body walls, a copper layer over the tungsten layer, and a gold layer over the copper layer, with the gold layer bonded to the lid.
A method of controlling the speed of a stairlift, the stairlift having: - a rail having at least one bend (A, C, E, F) therein; - a carriage mounted on said rail; - a electric carriage drive motor operable to move said carriage along said rail; - at least one battery to power said carriage drive motor; and - a chair mounted on said carriage, said method including i) generating a first signal representative of current drawn by said carriage drive motor; ii) generating a second signal representative of a voltage level in said at least one battery or the power draw from said battery; said method being characterized by: iii) generating one or more third signals representative of the speed of a reference point on said chair and: using said first, second and third signals as controls over the speed of said carriage drive motor. - a rail having at least one bend (A, C, E, F) therein; - a carriage mounted on said rail; - a electric carriage drive motor operable to move said carriage along said rail; - at least one battery to power said carriage drive motor; and - a chair mounted on said carriage, i) generating a first signal representative of current drawn by said carriage drive motor; ii) generating a second signal representative of a voltage level in said at least one battery or the power draw from said battery; said method being characterized by: iii) generating one or more third signals representative of the speed of a reference point on said chair and: using said first, second and third signals as controls over the speed of said carriage drive motor.
Pipeline apparatus (1, 200) comprising a housing (2, 201) including a riser (2a, 21, 201a) and a pipeline connector (2b, 201b) and a valve assembly, wherein the valve assembly comprises a valve (3, 4, 7, 212a, 212b, 213) configured to control the flow of fluid through the pipeline connector (2b, 201b), a valve stem (12, 220), a mounting means (25, 211) and seal means having a seal cross-section, wherein the mounting means (25, 211) mounts the valve assembly releasably within the riser (2a, 21, 201a) and in that the seal means situated within the riser (2a, 21, 201a) between an inner surface of the riser which inner surface lies substantially parallel with a longitudinal axis of the riser and an outer surface of the mounting means (25, 211) to seal against egress of fluid from the apparatus (1, 200), wherein the outer surface of the mounting means (25, 211) is substantially parallel with the inner surface of the riser (2a, 21, 201a) and spaced apart therefrom by a separation distance, which separation distance is smaller than the seal cross-section and characterised in that the valve assembly is configured such that said valve assembly can be introduced into and removed from the housing through the riser as a single component, and wherein the valve assembly and the riser (2a, 21, 201a) each comprise a part of a locking means for releasably locking the valve assembly in the riser (2a, 21, 201a), the locking means being operable by a tool, and the valve situated in the pipeline connector (2b, 201b).
Fitting device to be rigidly connected to the head of a rod acting as a holding element for a construction element, with the device comprising a base having a length and a width and intended for being engaged against a holding structure, said base comprising at least one hole (4, 4a) for the passing of a means for attaching the device to the holding structure, with the base furthermore having two flanges, with each flange being placed on the median portion of a respective longitudinal side of the base, with each flange being provided with means for rigid connection via clipping intended to cooperate with complementary means provided on the head of the rod, characterised in that the hole is an oblong hole (4, 4a), in that it is provided on a central portion of the base a holding abutment and a flexible tab, with the holding abutment and the flexible tab being intended to receive a portion of the head of the rod between them and in that the flexible tab comprises a first portion extending substantially perpendicularly to the base and a second curved portion at 90° with respect to the first portion and pointing towards the holding abutment.
A method for automatically hard erasing data on a wireless device based on a threat determination to inhibit unauthorized access to data, comprising: monitoring sensors in the wireless device that provide information relating to a status of the wireless device; automatically determining whether a threat to data contained in the wireless device exists based on the information from the sensors relating to the status of the wireless device; hard erasing the data stored on the wireless device based on determining the threat; and monitoring entry of an authentication code and hard erasing the data stored if the entered authentication code violates predetermined conditions characterized in that the predetermined conditions includes evaluating the entered authentication code to be sufficiently close to a correct authentication code. monitoring sensors in the wireless device that provide information relating to a status of the wireless device; automatically determining whether a threat to data contained in the wireless device exists based on the information from the sensors relating to the status of the wireless device; hard erasing the data stored on the wireless device based on determining the threat; and monitoring entry of an authentication code and hard erasing the data stored if the entered authentication code violates predetermined conditions characterized in that the predetermined conditions includes evaluating the entered authentication code to be sufficiently close to a correct authentication code.
A suspension apparatus for hanging up and transporting at least one sausage string including - a transport device for transporting the at least one sausage string, that has at least one carrier hook for carrying the sausage string, the hook being movable along a path of movement by means of a guide and drive device, - a spreading device arranged stationarily relative to the transport device for spreading the sausage string, that has at least one spreading element which is arranged adjacent to the path of movement of the carrier hook and which in operation acts on the sausage string carried by the carrier hook in such a way that the sausage string is spread, characterised in that the guide and drive device for the carrier hook is so designed that the path of movement thereof is at least portion-wise curved and in particular extends along an arcuate portion, wherein the spreading device is arranged at least partially in the region of the arcuate portion, in particular adjoining an end of the arcuate portion, for guiding the sausage string on to the spreading device. - a transport device for transporting the at least one sausage string, that has at least one carrier hook for carrying the sausage string, the hook being movable along a path of movement by means of a guide and drive device, - a spreading device arranged stationarily relative to the transport device for spreading the sausage string, that has at least one spreading element which is arranged adjacent to the path of movement of the carrier hook and which in operation acts on the sausage string carried by the carrier hook in such a way that the sausage string is spread,
A flux recovery device (200, 700) which recovers a flux from a gaseous mixture containing a flux component, the flux recovery device (200, 700) comprising: a separation unit configured to separate the flux from the gaseous mixture using water, and to discharge the water containing the flux; a pipe (500, 800) including a second connection port (540, 840), an inclined portion (580, 882, 884), and a first connection port (520, 820), the water containing the flux discharged from the separation unit flowing into the pipe (500, 800) from the second connection port (540, 840), the inclined portion (580, 882, 884) being positioned on a downstream side of the second connection port (540, 840), and extending in a direction intersecting with a vertical line extending in a gravity direction, and the first connection port (520, 820) being positioned on an upstream side of the inclined portion (580, 882, 884); and a pump configured to supply water to the first connection port (520, 820), from which the water is injected into the pipe (500, 800), wherein the first connection port (520, 820) is configured such that the water supplied from the first connection port (520, 820) to the pipe (500, 800) washes out the flux (502, 802, 804) which is adhered to the inclined portion (580, 882, 884). a separation unit configured to separate the flux from the gaseous mixture using water, and to discharge the water containing the flux; a pipe (500, 800) including a second connection port (540, 840), an inclined portion (580, 882, 884), and a first connection port (520, 820), the water containing the flux discharged from the separation unit flowing into the pipe (500, 800) from the second connection port (540, 840), the inclined portion (580, 882, 884) being positioned on a downstream side of the second connection port (540, 840), and extending in a direction intersecting with a vertical line extending in a gravity direction, and the first connection port (520, 820) being positioned on an upstream side of the inclined portion (580, 882, 884); and a pump configured to supply water to the first connection port (520, 820), from which the water is injected into the pipe (500, 800), wherein the first connection port (520, 820) is configured such that the water supplied from the first connection port (520, 820) to the pipe (500, 800) washes out the flux (502, 802, 804) which is adhered to the inclined portion (580, 882, 884).