mhurhangee/ep-ind-claims huggingface dataset:
Compressor casing (50, 150, 250, 350) for a turbomachine and in particular for an aircraft turbojet engine, the casing (50, 150, 250, 350) being characterised in that it comprises: - a shell (52, 152, 252, 352) comprising a radially inner surface (52.1, 152.1, 252.1, 352.1); - an upstream ferrule (54, 154, 254, 354); and - a downstream ferrule (56, 156, 256, 356); each ferrule (54, 56, 154, 156, 254, 256, 354, 356) supporting at least one row of stator blades (60, 62, 160, 162, 260, 261, 262) extending radially inwardly from the respective ferrule (54, 56, 154, 156, 254, 256, 354, 356); each of the ferrules (54, 56, 154, 156, 254, 256, 354, 356) having a respective inner surface (54.5, 56.5, 154.5, 156.5, 254.5, 256.5, 354.5, 356.5) capable of delimiting an airflow, and each of the ferrules (54, 56, 154, 156, 254, 256, 354, 356) having a respective outer surface (54.1, 56.1, 255.1, 356.1) facing the inner surface (52.1, 352.1) of the shell (52, 152, 252, 352), the ferrules (54, 56, 154, 156, 254, 256, 354, 356) being fixed to the shell in a cantilevered manner and being arranged axially so as to have an axial clearance (58, 158, 258.1, 258.2, 358) between them, the casing being characterized in that the ferrules (54, 56, 154, 156, 254, 256, 354, 356) each comprising a respective distal end (54.2, 56.2), these defining said axial clearance (58, 158, 258.1, 258. 2, 358), and in that the ferrules (54, 56, 154, 156, 254, 256, 354, 356) being attached to the shell (52, 152, 252, 352) only at their respective proximal ends (54.4, 56.4, 154.4, 156.4, 254.4, 256.4, 354.4, 356.4) axially opposite to their distal ends (54.2, 56.2). - a shell (52, 152, 252, 352) comprising a radially inner surface (52.1, 152.1, 252.1, 352.1); - an upstream ferrule (54, 154, 254, 354); and - a downstream ferrule (56, 156, 256, 356); each ferrule (54, 56, 154, 156, 254, 256, 354, 356) supporting at least one row of stator blades (60, 62, 160, 162, 260, 261, 262) extending radially inwardly from the respective ferrule (54, 56, 154, 156, 254, 256, 354, 356); each of the ferrules (54, 56, 154, 156, 254, 256, 354, 356) having a respective inner surface (54.5, 56.5, 154.5, 156.5, 254.5, 256.5, 354.5, 356.5) capable of delimiting an airflow, and each of the ferrules (54, 56, 154, 156, 254, 256, 354, 356) having a respective outer surface (54.1, 56.1, 255.1, 356.1) facing the inner surface (52.1, 352.1) of the shell (52, 152, 252, 352), the ferrules (54, 56, 154, 156, 254, 256, 354, 356) being fixed to the shell in a cantilevered manner and being arranged axially so as to have an axial clearance (58, 158, 258.1, 258.2, 358) between them, the casing being characterized in that the ferrules (54, 56, 154, 156, 254, 256, 354, 356) each comprising a respective distal end (54.2, 56.2), these defining said axial clearance (58, 158, 258.1, 258. 2, 358), and in that the ferrules (54, 56, 154, 156, 254, 256, 354, 356) being attached to the shell (52, 152, 252, 352) only at their respective proximal ends (54.4, 56.4, 154.4, 156.4, 254.4, 256.4, 354.4, 356.4) axially opposite to their distal ends (54.2, 56.2).
A method of data communications, comprising: generating a plurality of difference signals, each difference signal representative of voltage difference between one pair of wires in a three-wire serial bus; identifying a first difference signal of the plurality of difference signals that has greatest voltage magnitude among the plurality of difference signals in a first unit interval; and determining signaling state of the three-wire serial bus for the first unit interval based on identity of the pair of wires corresponding to the first difference signal and polarity of the first difference signal in the first unit interval. generating a plurality of difference signals, each difference signal representative of voltage difference between one pair of wires in a three-wire serial bus; identifying a first difference signal of the plurality of difference signals that has greatest voltage magnitude among the plurality of difference signals in a first unit interval; and determining signaling state of the three-wire serial bus for the first unit interval based on identity of the pair of wires corresponding to the first difference signal and polarity of the first difference signal in the first unit interval.
A portable terminal apparatus having an imaging section which captures an image of a photographic subject including a barcode and a decoding section which decodes the barcode based on the captured image of the photographic subject captured by the imaging section so as to acquire identification information, a judgment section which judges whether the captured image is suitable as a recording target based on the captured image, and a storage control section which controls a storage section to store the captured image judged to be suitable as a recording target by the judgment section and the identification information acquired by the decoding section in association with each other, characterized in that: the decoding section decodes the barcode under a first reading condition so as to acquire the identification information when a first mode in which the storage section is to be controlled to store the identification information without being associated with the captured image has been set as an operation mode, or decodes the barcode under a second reading condition where the captured image is to be acquired at an image resolution higher than a resolution under the first reading condition so as to acquire the identification information when a second mode in which the storage section is to be controlled to store the identification information and the captured image in association with each other has been set as an operation mode. a judgment section which judges whether the captured image is suitable as a recording target based on the captured image, and a storage control section which controls a storage section to store the captured image judged to be suitable as a recording target by the judgment section and the identification information acquired by the decoding section in association with each other, characterized in that: the decoding section decodes the barcode under a first reading condition so as to acquire the identification information when a first mode in which the storage section is to be controlled to store the identification information without being associated with the captured image has been set as an operation mode, or decodes the barcode under a second reading condition where the captured image is to be acquired at an image resolution higher than a resolution under the first reading condition so as to acquire the identification information when a second mode in which the storage section is to be controlled to store the identification information and the captured image in association with each other has been set as an operation mode.
Fence panel without welding comprising at least one upper crosspiece and a lower crosspiece, and at least one filling element of a fence panel, with at least two portions of the filling element each passing through a corresponding opening of a crosspiece and/or received in a non-through hole corresponding to a crosspiece and - at least the two said portions of each filling element comprise at least one orifice emerging at its two ends receiving a portion of the rod of a fastener by defining as such an orifice/fastener assembly, and at least the free ends of some of said crosspieces are hollow in order to receive an end of an assembly member of an edge of the panel to a fence post, characterised in that - said fastener being a fastener pin or a dowel, - at least one of the ends of the opening or the end emerging from the hole of said crosspiece intended to receive a portion of said filling element comprising the orifice/fastener assembly, has dimensions that authorise the passage of said assembly for its housing in the corresponding crosspiece, - said panel comprising for each one of these ends of which the dimensions are greater than those of said orifice/fastener assembly, a connection part received at least partially in the opening or the corresponding hole in order to prevent withdrawal of the assembly by said corresponding end. - at least the two said portions of each filling element comprise at least one orifice emerging at its two ends receiving a portion of the rod of a fastener by defining as such an orifice/fastener assembly, and at least the free ends of some of said crosspieces are hollow in order to receive an end of an assembly member of an edge of the panel to a fence post, - said fastener being a fastener pin or a dowel, - at least one of the ends of the opening or the end emerging from the hole of said crosspiece intended to receive a portion of said filling element comprising the orifice/fastener assembly, has dimensions that authorise the passage of said assembly for its housing in the corresponding crosspiece, - said panel comprising for each one of these ends of which the dimensions are greater than those of said orifice/fastener assembly, a connection part received at least partially in the opening or the corresponding hole in order to prevent withdrawal of the assembly by said corresponding end.
A heating system for an exhaust gas treatment system, comprising:- a first heating element comprising a receiving surface for receiving a reductant fluid; and a second heating element (32, 33), wherein in a first mode of operation the second heating element (32, 33) is arranged to receive thermal energy from engine exhaust gas and, in a second mode of operation, transfer thermal energy to heat the first heating element, characterized in that the first heating element comprises a plurality of flow passages. a first heating element comprising a receiving surface for receiving a reductant fluid; and a second heating element (32, 33), wherein in a first mode of operation the second heating element (32, 33) is arranged to receive thermal energy from engine exhaust gas and, in a second mode of operation, transfer thermal energy to heat the first heating element, characterized in that the first heating element comprises a plurality of flow passages.
A work vehicle comprising an engine and an engine-stop switch device of said work vehicle configured to stop said engine from operating, said engine-stop switch device including: a case; an operation unit attached to said case and moving, at a front side of said case, between a first operational position of permitting said engine to start and a second operational position of stopping said engine from operating and inhibiting said engine from starting; an operation unit cover moving between a position of covering said operation unit and a position of exposing said operation unit, and holding said operation unit at said first operational position while said operation unit cover is at the position of covering said operation unit; a housing covering lateral sides and a top side of said case that cross said front side of said case and exposing said operation unit cover from said front side; and a pivoting member pivoting about a pivoting member's pivot shaft located above said operation unit cover, between a closed position of covering said operation unit cover and an opened position of exposing said operation unit cover and, while said pivoting member is at said closed position, said pivoting member forming a closed space, between said pivoting member and said housing, for accommodating at least said operation unit cover in the closed space and holding said operation unit cover at said position of covering said operation unit. a case; an operation unit attached to said case and moving, at a front side of said case, between a first operational position of permitting said engine to start and a second operational position of stopping said engine from operating and inhibiting said engine from starting; an operation unit cover moving between a position of covering said operation unit and a position of exposing said operation unit, and holding said operation unit at said first operational position while said operation unit cover is at the position of covering said operation unit; a housing covering lateral sides and a top side of said case that cross said front side of said case and exposing said operation unit cover from said front side; and a pivoting member pivoting about a pivoting member's pivot shaft located above said operation unit cover, between a closed position of covering said operation unit cover and an opened position of exposing said operation unit cover and, while said pivoting member is at said closed position, said pivoting member forming a closed space, between said pivoting member and said housing, for accommodating at least said operation unit cover in the closed space and holding said operation unit cover at said position of covering said operation unit.
A method for mounting a network attached storage, NAS, device, comprising: a) broadcasting (11, S1, Q1), by a set top box, STB, a discovery message in a network for searching a network attached storage, NAS, device; b) receiving, by the STB, a configuration response message sent by the NAS device in response to the discovery message; c) parsing (12, 32, S3, Q4), by the STB, the configuration response message, and obtaining configuration information of the NAS device, the parsing of the configuration response message resulting in the obtained configuration information; and d) mounting (13, 33, S4, Q5), by the STB, the NAS device according to the configuration information; e) wherein the configuration information carries a serial number used to identify and mount the NAS device, a URL address for mounting, and a URL address for configuring; and f) wherein the mounting, by the STB, the NAS device according to the configuration information comprises mounting, by the STB, the NAS device according to the URL address for mounting, and configuring, by the STB, the NAS device according to the URL address for configuring. a) broadcasting (11, S1, Q1), by a set top box, STB, a discovery message in a network for searching a network attached storage, NAS, device; b) receiving, by the STB, a configuration response message sent by the NAS device in response to the discovery message; c) parsing (12, 32, S3, Q4), by the STB, the configuration response message, and obtaining configuration information of the NAS device, the parsing of the configuration response message resulting in the obtained configuration information; and d) mounting (13, 33, S4, Q5), by the STB, the NAS device according to the configuration information; e) wherein the configuration information carries a serial number used to identify and mount the NAS device, a URL address for mounting, and a URL address for configuring; and f) wherein the mounting, by the STB, the NAS device according to the configuration information comprises mounting, by the STB, the NAS device according to the URL address for mounting, and configuring, by the STB, the NAS device according to the URL address for configuring.
An apparatus comprising: a GPS device that tracks a current location of a user relative to a home of the user, the home of the user serviced by an HVAC system; an HVAC unit within the home of the user, the HVAC unit is configured to sense a temperature inside of the home and thermostatically control the HVAC system in accordance with a temperature setpoint, the HVAC unit is further configured to identify a rate at which the HVAC system is able to raise and/or lower the temperature inside the home and calculate a set of corresponding heating and/or cooling coefficients; and a cloud application wherein the HVAC unit repeatedly sends a current conditions message to the cloud application including the current temperature inside the home, and the set of heating and/or cooling coefficients, wherein the GPS device tracks the current location of the user, the cloud application or the GPS device estimates a time period required for the user to travel from the current location to the home, and the cloud application upon detecting that the time is less than a threshold value, automatically sends an activating signal to the HVAC unit in the home of the user to activate the HVAC system, wherein the threshold value is based at least in part on the one or more of the heating and/or cooling coefficients received by the cloud application from the HVAC unit. a GPS device that tracks a current location of a user relative to a home of the user, the home of the user serviced by an HVAC system; an HVAC unit within the home of the user, the HVAC unit is configured to sense a temperature inside of the home and thermostatically control the HVAC system in accordance with a temperature setpoint, the HVAC unit is further configured to identify a rate at which the HVAC system is able to raise and/or lower the temperature inside the home and calculate a set of corresponding heating and/or cooling coefficients; and a cloud application wherein the HVAC unit repeatedly sends a current conditions message to the cloud application including the current temperature inside the home, and the set of heating and/or cooling coefficients, wherein the GPS device tracks the current location of the user, the cloud application or the GPS device estimates a time period required for the user to travel from the current location to the home, and the cloud application upon detecting that the time is less than a threshold value, automatically sends an activating signal to the HVAC unit in the home of the user to activate the HVAC system, wherein the threshold value is based at least in part on the one or more of the heating and/or cooling coefficients received by the cloud application from the HVAC unit.
Sanitary cabin, in particular toilet cubicle, comprising at least one floor part, at least one ceiling part and a plurality of side wall parts, wherein at least one waste tank is also provided, wherein at least one sanitary facility, in particular at least one urinal and/or at least one hand wash basin, is arranged in the sanitary cabin, wherein the sanitary cabin also has at least one collecting tank in which the waste water from the at least one sanitary facility, in particular the waste water from the at least one urinal and/or the at least one hand wash basin, can be collected, and wherein the waste water collected in the collecting tank can be transferred into the waste tank as a liquid supply in the course of maintenance or cleaning of the sanitary cabin, wherein the at least one collecting tank has at least one drain opening through which the waste water collected in the at least one collecting tank can be transferred to the waste tank, wherein the drain opening and/or a connection or fluid connection between the drain opening and the waste tank is blocked or can be blocked by a blocking element during operation of the sanitary cabin and can be released during maintenance or cleaning of the sanitary cabin, characterized in that the blocking element is a siphon arrangement downstream of the drain opening, in particular a bell siphon, and wherein the drain opening and/or the connection or fluid connection between the drain opening and the waste tank can be released by manipulating the siphon arrangement, preferably by adding a trigger volume of a liquid into the collecting tank. wherein the at least one collecting tank has at least one drain opening through which the waste water collected in the at least one collecting tank can be transferred to the waste tank, wherein the drain opening and/or a connection or fluid connection between the drain opening and the waste tank is blocked or can be blocked by a blocking element during operation of the sanitary cabin and can be released during maintenance or cleaning of the sanitary cabin, characterized in that the blocking element is a siphon arrangement downstream of the drain opening, in particular a bell siphon, and wherein the drain opening and/or the connection or fluid connection between the drain opening and the waste tank can be released by manipulating the siphon arrangement, preferably by adding a trigger volume of a liquid into the collecting tank.
Device for curing a plastic hose impregnated in UV-curing synthetic resin in a sewer pipe, with - an elongated housing, the longitudinal axis of which extends in the processing direction along the sewer pipe, and - at least one light source emitting UV radiation, wherein the light source is formed by a plurality of light emitting diodes emitting UV radiation, wherein the light emitting diodes in the housing are oriented in the processing direction such that the main radiation direction of the UV radiation emitted by the light emitting diodes is oriented substantially parallel to the longitudinal axis of the housing, wherein the emitted UV radiation impinges on at least one reflector (7, 8) which reflects the emitted UV radiation radially to the longitudinal axis of the housing so that the emitted UV radiation impinges transversely to the processing direction on the plastic hose to be cured, characterized in that in that the light source comprises a plurality of circuit boards (9, 10), wherein the light source comprises a plurality of light-emitting diodes which are in each case arranged next to one another in one plane on the circuit boards (9, 10), wherein at least two circuit boards (9, 10) having light-emitting diodes which emit UV radiation on the front side being arranged in the housing in a manner oriented towards one another on the rear side. - an elongated housing, the longitudinal axis of which extends in the processing direction along the sewer pipe, and - at least one light source emitting UV radiation, wherein the light source is formed by a plurality of light emitting diodes emitting UV radiation, wherein the light emitting diodes in the housing are oriented in the processing direction such that the main radiation direction of the UV radiation emitted by the light emitting diodes is oriented substantially parallel to the longitudinal axis of the housing, wherein the emitted UV radiation impinges on at least one reflector (7, 8) which reflects the emitted UV radiation radially to the longitudinal axis of the housing so that the emitted UV radiation impinges transversely to the processing direction on the plastic hose to be cured,
A source terminal i for determining a carrier sense threshold in a wireless communication system, comprising: a controller configured to control to: identify whether one or more interferer terminals j and one or more destination terminals k exist for the source terminal i, determine, if the terminals j,k exist, a carrier sense threshold C i (j,k) for each combination of one of the one or more interferer terminals j and one of the one or more destination terminals k based on an interference intensity I j→i,ref received from the one or more interferer terminals j and a link margin λ k, mref j received from the one or more destination terminals k, and determine, whether to access a channel between the source terminal i and one of the one or more destination terminals k, based on the carrier sense threshold C i (j,k) determined for the one of the one or more destination terminals k. identify whether one or more interferer terminals j and one or more destination terminals k exist for the source terminal i, determine, if the terminals j,k exist, a carrier sense threshold C i (j,k) for each combination of one of the one or more interferer terminals j and one of the one or more destination terminals k based on an interference intensity I j→i,ref received from the one or more interferer terminals j and a link margin λ k, mref j received from the one or more destination terminals k, and determine, whether to access a channel between the source terminal i and one of the one or more destination terminals k, based on the carrier sense threshold C i (j,k) determined for the one of the one or more destination terminals k.