mhurhangee/patent-ind-claim-en huggingface dataset:
A heater assembly comprising: a heater configured to atomize an aerosol source; a container with a hollow space including an atomization chamber extending along a predetermined direction (X) to form at least part of an aerosol channel through which aerosol passes and including a third channel , the aerosol being generated when an aerosol source, which is a columnar article having a column-like shape, is heated by the heater; a collar member including a hollow space that forms at least part of the aerosol channel, wherein the hollow space of the collar member includes a first channel extending in the predetermined direction, wherein the first channel is leading to an inlet ; a second channel extending along an intersecting direction (Y) intersecting with the predetermined direction; and the third channel, different from the first channel, extending in the predetermined direction, wherein at least part of the second channel is formed by an outer lateral face of the columnar article with the columnar article inserted in the atomization chamber, wherein the second channel extends from the first channel , and the third channel extends from the second channel , and wherein the first channel, the second channel and the third channel form an intake channel configured to supply air from the inlet to the atomization chamber. a heater configured to atomize an aerosol source; a container with a hollow space including an atomization chamber extending along a predetermined direction (X) to form at least part of an aerosol channel through which aerosol passes and including a third channel , the aerosol being generated when an aerosol source, which is a columnar article having a column-like shape, is heated by the heater; a collar member including a hollow space that forms at least part of the aerosol channel, wherein the hollow space of the collar member includes a first channel extending in the predetermined direction, wherein the first channel is leading to an inlet ; a second channel extending along an intersecting direction (Y) intersecting with the predetermined direction; and the third channel, different from the first channel, extending in the predetermined direction, wherein at least part of the second channel is formed by an outer lateral face of the columnar article with the columnar article inserted in the atomization chamber, wherein the second channel extends from the first channel , and the third channel extends from the second channel , and wherein the first channel, the second channel and the third channel form an intake channel configured to supply air from the inlet to the atomization chamber.
A system for laser photocoagulation of a retina comprising: - a photocoagulation laser comprising a laser source and an optical transport fiber , - an optical path connecting the upstream photocoagulation laser to a downstream laser output intended to be placed in front of the retina , a laser beam emitted by the photocoagulation laser being intended to propagate along the optical path , wherein the laser source is a laser source configured to emit in a wavelength comprised between 520 nm and 690 nm in the optical fiber , and in that the optical transport fiber has a core with a diameter less than 50 μm, the system comprising: - an adaptive optics positioned in the optical path and configured to modify the wavefront of the laser beam propagating in the optical path in order to compensate ocular aberrations occurring up to the retina , - a position control loop controlling a first actuator positioned in the optical path downstream of the adaptive optics to servo-control the position of the laser output with respect to the retina to be treated, - at least one imager configured to acquire an image of the retina derived from the optical path . - a photocoagulation laser comprising a laser source and an optical transport fiber , - an optical path connecting the upstream photocoagulation laser to a downstream laser output intended to be placed in front of the retina , a laser beam emitted by the photocoagulation laser being intended to propagate along the optical path , - an adaptive optics positioned in the optical path and configured to modify the wavefront of the laser beam propagating in the optical path in order to compensate ocular aberrations occurring up to the retina , - a position control loop controlling a first actuator positioned in the optical path downstream of the adaptive optics to servo-control the position of the laser output with respect to the retina to be treated, - at least one imager configured to acquire an image of the retina derived from the optical path .
A multi-bed catalytic reactor with a cylindrical shape comprising a mixing device mounted between two catalyst beds in said reactor, said mixing device has a circular outer rim which is an integrated part of the reactor wall or which is a wall connected to the reactor or placed adjacent to the inner side of the reactor wall, the mixing device comprises; collecting means disposed in a collecting section for collecting fluid from an up-stream catalytic bed, mixing means disposed in a mixing section for mixing the collected fluid, and discharging means disposed in a discharging section for discharging the mixed fluid to a down-stream catalytic bed; wherein the mixing device has a donut shape and the collecting section, the mixing section and the discharging section are disposed outside the centre one third of the circular cross-section of the reactor, the collecting means, the mixing means and the discharging means comprise channels comprising circular arc divider walls forming a spiral, and wherein the collecting section, the mixing section and the discharging section each is disposed in at least a 120° sector of the circular cross sectional area of the reactor.
A method of retrieval of hearing device data from a hearing device of a hearing system comprising the hearing device, a server device, and a user accessory device having a user application installed thereon, wherein retrieval of hearing device data comprises: - obtaining challenge data in the server device of the hearing system; - transmitting the challenge data from the server device to the user application installed on the user accessory device; - transmitting a challenge request comprising the challenge data from the user application to the hearing device; - receiving a challenge response comprising response data from the hearing device; - forwarding the response data from the user application to the server device; - verifying the response data in the server device based on the challenge data; and - deriving the hearing device data from the response data, if verifying the response data is successful. - obtaining challenge data in the server device of the hearing system; - transmitting the challenge data from the server device to the user application installed on the user accessory device; - transmitting a challenge request comprising the challenge data from the user application to the hearing device; - receiving a challenge response comprising response data from the hearing device; - forwarding the response data from the user application to the server device; - verifying the response data in the server device based on the challenge data; and - deriving the hearing device data from the response data, if verifying the response data is successful.
Blade, namely a rotor blade, of a high-speed turbine stage of an aircraft gas turbine , in particular of an aircraft engine, which turbine stage is coupled to the fan by means of a gear, so that, during operation, the rotor blade ring(s) of this turbine stage rotate(s) faster than the fan, comprising a radially inwardly arranged blade root , a radially outer shroud , and an airfoil extending between the blade root and the shroud , the outer shroud comprising only a single sealing element projecting radially from the shroud , namely only a single sealing fin, characterized in that the blade is made of a brittle material, namely a material in which a maximum total elongation of <2% occurs at room temperature, and a blade shroud weight weighs less than 7 grams. a radially inwardly arranged blade root , a radially outer shroud , and an airfoil extending between the blade root and the shroud , the outer shroud comprising only a single sealing element projecting radially from the shroud , namely only a single sealing fin, characterized in that the blade is made of a brittle material, namely a material in which a maximum total elongation of <2% occurs at room temperature, and a blade shroud weight weighs less than 7 grams.
A method for manufacturing a washing machine comprising the steps of: - Punching asymmetric holes on the back panel of the washing machine - Cutting out a maintenance cover from the back panel of the washing machine for providing a maintenance opening , wherein the material of the maintenance cover is metal - Extending the maintenance cover by using press expansion process for assembling to the washing machine - Inverting the extended maintenance cover for covering the maintenance opening of the washing machine - Pairing the asymmetric holes of the expanded maintenance cover to connection points on the back panel . - Punching asymmetric holes on the back panel of the washing machine - Cutting out a maintenance cover from the back panel of the washing machine for providing a maintenance opening , wherein the material of the maintenance cover is metal - Extending the maintenance cover by using press expansion process for assembling to the washing machine - Inverting the extended maintenance cover for covering the maintenance opening of the washing machine - Pairing the asymmetric holes of the expanded maintenance cover to connection points on the back panel .
Module , in particular an intermediate turbine housing for a gas turbine comprising: - a rotationally symmetrical outer housing , made from a first material having a high linear thermal expansion coefficient, - a rotationally symmetrical component for conducting hot gas, made from a second material having a low linear thermal expansion coefficient, - at least one annular structure which is arranged radially inside the component , - at least three struts each having a radially inner end and a radially outer end , the outer ends being attached to the outer housing and the inner ends being attached to the annular structure , characterized in that the component has at least one first fixing means (18, 18', 18") which is free in the radial direction and fixed in the axial direction in order to achieve spoke centering, the first fixing means (18, 18', 18") being arranged between the component and the outer housing and/or between the component and the annular structure , the module having at least three second fixing means (19, 50, 50', 50") which have an elastic effect in the radial direction, axial direction and/or in the circumferential direction, the second fixing means (19, 50, 50', 50") being arranged between the component and the strut and/or between the component and the annular structure . - a rotationally symmetrical outer housing , made from a first material having a high linear thermal expansion coefficient, - a rotationally symmetrical component for conducting hot gas, made from a second material having a low linear thermal expansion coefficient, - at least one annular structure which is arranged radially inside the component , - at least three struts each having a radially inner end and a radially outer end , the outer ends being attached to the outer housing and the inner ends being attached to the annular structure , characterized in that the component has at least one first fixing means (18, 18', 18") which is free in the radial direction and fixed in the axial direction in order to achieve spoke centering, the first fixing means (18, 18', 18") being arranged between the component and the outer housing and/or between the component and the annular structure , the module having at least three second fixing means (19, 50, 50', 50") which have an elastic effect in the radial direction, axial direction and/or in the circumferential direction, the second fixing means (19, 50, 50', 50") being arranged between the component and the strut and/or between the component and the annular structure .
A method for energy recovery in a freeze-drying system, the method comprising: flowing a first fluid through a first fluid flow path of a first fluid line that passes through a refrigerant condenser and a heat exchanger, wherein the first fluid line is thermally coupled to the refrigerant condenser and the heat exchanger; flowing a second fluid through a second fluid flow path of a second fluid line that passes through the heat exchanger and one or more shelves disposed within a chamber of the freeze-drying system, wherein the second fluid flow path passes through the one or more shelves and bypasses the heat exchanger, and wherein the second fluid line is thermally coupled to the one or more shelves; and following the completion of a freeze-drying process, flowing the second fluid through a third fluid flow path of the second fluid line, wherein the third fluid flow path passes through the one or more shelves and the heat exchanger, characterised in that flowing the second fluid through the third fluid flow path thermally couples the one or more shelves to the heat exchanger to facilitate transfer of heat from the refrigerant condenser-produced to the one or more shelves, flowing a first fluid through a first fluid flow path of a first fluid line that passes through a refrigerant condenser and a heat exchanger, wherein the first fluid line is thermally coupled to the refrigerant condenser and the heat exchanger; flowing a second fluid through a second fluid flow path of a second fluid line that passes through the heat exchanger and one or more shelves disposed within a chamber of the freeze-drying system, wherein the second fluid flow path passes through the one or more shelves and bypasses the heat exchanger, and wherein the second fluid line is thermally coupled to the one or more shelves; and following the completion of a freeze-drying process, flowing the second fluid through a third fluid flow path of the second fluid line, wherein the third fluid flow path passes through the one or more shelves and the heat exchanger, characterised in that flowing the second fluid through the third fluid flow path thermally couples the one or more shelves to the heat exchanger to facilitate transfer of heat from the refrigerant condenser-produced to the one or more shelves,
A cartridge detachably mountable to a main assembly of an image forming apparatus , said cartridge comprising: a frame ; a photosensitive member rotatably supported by said a frame ; and a discharging path configured to permit movement of a developer removed from said photosensitive member , said discharging path including a developer discharge opening and a movable portion through which the developer is movable toward said developer discharge opening, said movable portion being movably supported by a supporting portion of said frame and being movable relative to said frame between a retracted position in an upstream side with respect to a developer moving direction (N) through said discharge opening and an advanced position in a downstream side with respect to the developer moving direction (N); characterized by a sealing portion configured to prevent leakage of the developer from a clearance (Q) between said movable portion and said frame by being sandwiched between said movable portion and said frame , when said movable portion is in the retracted position. a frame ; a photosensitive member rotatably supported by said a frame ; and a discharging path configured to permit movement of a developer removed from said photosensitive member , said discharging path including a developer discharge opening and a movable portion through which the developer is movable toward said developer discharge opening, said movable portion being movably supported by a supporting portion of said frame and being movable relative to said frame between a retracted position in an upstream side with respect to a developer moving direction (N) through said discharge opening and an advanced position in a downstream side with respect to the developer moving direction (N); characterized by a sealing portion configured to prevent leakage of the developer from a clearance (Q) between said movable portion and said frame by being sandwiched between said movable portion and said frame , when said movable portion is in the retracted position.
Remote operation unit for opening and closing a valve of a drain fitting of a sink, especially a kitchen sink, which has a force-transmission element and an operating element , the force-transmission element transmitting a pressing force exerted on the operating element to the valve, wherein a locking mechanism is arranged between the operating element and the force-transmission element , characterised in that the locking mechanism is releasably connected at least to the force-transmission element and also to the operating element .
A method of welding a metal/alloy using a welding process independent of the spectral properties of a cover gas, the method comprising: determining the spectrum of an electronic transition of the metal/alloy vapor by analyzing an emission spectrum of a metal/alloy welding process using a broad bandwidth energy source or obtaining this information from literature; selecting one of a number of spectral bandwidths that avoids the spectrum of an electronic transition of the metal/alloy vapor; providing a spectrally-stable laser with power sufficient to create a weld pool with one of said spectral bandwidths; and subjecting the work piece with an output from said laser sufficient to create a weld. determining the spectrum of an electronic transition of the metal/alloy vapor by analyzing an emission spectrum of a metal/alloy welding process using a broad bandwidth energy source or obtaining this information from literature; selecting one of a number of spectral bandwidths that avoids the spectrum of an electronic transition of the metal/alloy vapor; providing a spectrally-stable laser with power sufficient to create a weld pool with one of said spectral bandwidths; and subjecting the work piece with an output from said laser sufficient to create a weld.
An automated analysis device that analyzes specimens, the automated analysis device comprising: a plurality of analysis units that analyze the specimens and of which at least some have different time lengths of analysis cycles; a specimen container buffer portion that holds a plurality of specimen containers holding the specimens; a conveyance device that delivers the specimen containers held in the specimen container buffer portion to the analysis units ; and a control portion that outputs synchronization signals to all of the plurality of analysis units at different timings when the specimen containers are delivered to the plurality of analysis units , wherein the analysis units deliver the specimen containers from the buffer portion to the analysis units starting from the synchronization signals, wherein the conveyance device is operated in the same cycle as an analysis unit having a shortest analysis cycle among the plurality of analysis units that are separately connected to the conveyance device , wherein the control portion first outputs the synchronization signals to the analysis unit having the shortest analysis cycle, and sequentially outputs the synchronization signals to another analysis unit other than the analysis unit having the shortest analysis cycle immediately after a period required for a delivery process of the specimen containers in one operation cycle of the conveyance device a plurality of analysis units that analyze the specimens and of which at least some have different time lengths of analysis cycles; a specimen container buffer portion that holds a plurality of specimen containers holding the specimens; a conveyance device that delivers the specimen containers held in the specimen container buffer portion to the analysis units ; and a control portion that outputs synchronization signals to all of the plurality of analysis units at different timings when the specimen containers are delivered to the plurality of analysis units , wherein the analysis units deliver the specimen containers from the buffer portion to the analysis units starting from the synchronization signals, wherein the conveyance device is operated in the same cycle as an analysis unit having a shortest analysis cycle among the plurality of analysis units that are separately connected to the conveyance device , wherein the control portion first outputs the synchronization signals to the analysis unit having the shortest analysis cycle, and sequentially outputs the synchronization signals to another analysis unit other than the analysis unit having the shortest analysis cycle immediately after a period required for a delivery process of the specimen containers in one operation cycle of the conveyance device
An RFID tag comprising: an RFID chip ; and an antenna electrically coupled to the RFID chip , wherein the antenna is comprised of a conductor sheet formed of a base material and a secondary material having different coefficients of thermal expansion configured to cause the antenna to fracture into multiple pieces upon being subjected to heating. an RFID chip ; and an antenna electrically coupled to the RFID chip , wherein the antenna is comprised of a conductor sheet formed of a base material and a secondary material having different coefficients of thermal expansion configured to cause the antenna to fracture into multiple pieces upon being subjected to heating.
A combustible gas sensor , comprising: at least a first sensing element comprising a first conductive element having an average diameter less than 20μm, a first end of the first conductive element being attached to a first conductive member and a second end of the first conductive element being attached to a second conductive member , the first conductive member and the second conductive member being in electrical connection with electronic circuitry , the combustible gas sensor further comprising a first and a second support member and a first support element comprising a metal or a metal alloy, the first support element having a first anchored end attached to the first support member , a second anchored end attached to the second support member , and an intermediate section extending between the first anchored end and the second anchored end, the first support member and the second support member being electrically isolated from the first conductive member and the second conductive member , the intermediate section contacting and providing support for the first conductive element , wherein the first support element exhibits a quotient calculated by dividing a tensile strength thereof in units of pounds per square inch or psi (N/m 2 ) by a thermal conductivity thereof in units of watts/cm/°C (watt/m/Kelvin) of at least 250,000 (17,236,875 (N/m 2 )/(Watt/m/Kelvin)), and wherein the first support element has an average diameter in the range of approximately 0.0005 inches (0.00127 cm) to approximately 0.0025 inches (0.00635 cm).