mhurhangee/ep-ind-claims huggingface dataset:
An arthroscopic cutter, comprising: an elongated outer sleeve extending about a longitudinal axis with an interior bore having an open distal end; an inner sleeve configured to rotate in the bore in the outer sleeve wherein the inner sleeve carries a distal housing having a longitudinal metal member and a longitudinal ceramic member that respectively form longitudinal-extending sides of the housing around an inner channel that communicates with a negative pressure source; and an electrode disposed in an outer surface of the ceramic member characterized in that the metal member has a proximal portion with a window therein configured with circumferentially spaced apart lateral edges adapted for cutting tissue and the metal member has a distal portion with sharp cutting edges extending around sides and a distal tip of the metal member. an elongated outer sleeve extending about a longitudinal axis with an interior bore having an open distal end; an inner sleeve configured to rotate in the bore in the outer sleeve wherein the inner sleeve carries a distal housing having a longitudinal metal member and a longitudinal ceramic member that respectively form longitudinal-extending sides of the housing around an inner channel that communicates with a negative pressure source; and an electrode disposed in an outer surface of the ceramic member characterized in that the metal member has a proximal portion with a window therein configured with circumferentially spaced apart lateral edges adapted for cutting tissue and the metal member has a distal portion with sharp cutting edges extending around sides and a distal tip of the metal member.
A method comprising: sending, by a container executed by processing circuitry of a host computing device of a first private network of a plurality of private networks to a cloud exchange executed by processing circuitry of at least one computing device via an application programming interface exposed by an interconnection platform of the cloud exchange, container registration data for the container to enable the cloud exchange to perform at least one of a hot swap service, a hot scaling service, or a disaster recovery service of the container to a second private network of the plurality of private networks that is different from the first private network, wherein the container registration data comprises a network address for the host computing device that executes the container and a container identifier for the container, wherein the plurality of private networks includes an enterprise network coupled to the cloud exchange and one or more cloud service provider networks coupled to the cloud exchange, and wherein the cloud exchange is configured to interface the enterprise network to cloud services of the one or more cloud service provider networks.
Installation for treating gas coming from electrolytic smelting pots for aluminum production comprising at least one collection conduit collecting gases coming from the electrolytic smelting pots, at least one inlet duct bringing gases to a gas treatment center, and at least one set of heat exchangers, the exchangers serving to cool the gases before they enter the gas treatment center, characterized in that the heat exchangers from the at least one set are placed in parallel, with each exchanger being equipped with isolation devices on either side of the exchanger so as to be able to operate independently of the others and the installation furthermore comprises at least one inlet manifold supplied by the gases coming from the at least one collection conduit and connected to the inlet of the heat exchangers of the set for distributing gas in all or part of the heat exchangers of the set, and at least one outlet manifold connected to the outlet of the heat exchangers of the set and bringing the gas towards the at least one inlet duct.
Biometric system comprising a sensor and a secure execution environment, SEE, as separate physical components, said biometric system being intended to be used in cooperation with a biometric application, wherein said secure execution environment comprises a data processing component and a secure memory storing data enabling to access calibration data as determined at the time of the physical pairing of the sensor and the secure execution environment, said data processing component being configured to use the calibration data as retrieved when raw biometric data are received from the sensor to produce biometric sample to be used in the biometric application, characterized in that the secure memory is configured to store calibration data obtained from the sensor at the time of the physical pairing of the sensor and the secure execution environment, said data processing component is configured to use the calibration data as stored in the secure execution environment when raw biometric data are received from the sensor to produce biometric sample to be used in the biometric application, the calibration data being erased from the sensor, after it has been read by the SEE at the time of physical pairing.
An addition system for introducing particulate material into an industrial process, said addition system comprising: (a) a vessel for holding the particulate material, wherein the vessel has a top and a bottom and the vessel comprises a filling nozzle located on the top of the vessel; (b) a weighing device; (c) piping that comprises a first valve for transferring the particulate material from the vessel to the industrial process, and a second valve for transferring a first stream of pressurized gas from a source of pressurized gas to the vessel; (d) a controller for controlling operation of the addition system; (e) a frame to support the piping and optionally the controller; and (f) a particulate material emptying device to load the particulate material into the filling nozzle, wherein the particulate material emptying device comprises a funnel adapter, a tilting cradle and a bucket; the funnel adapter is connected to the filling nozzle on a hinge through a funnel clamp and the tilting cradle is connected to the filling nozzle on the hinge through a tilting cradle claimp. (a) a vessel for holding the particulate material, wherein the vessel has a top and a bottom and the vessel comprises a filling nozzle located on the top of the vessel; (b) a weighing device; (c) piping that comprises a first valve for transferring the particulate material from the vessel to the industrial process, and a second valve for transferring a first stream of pressurized gas from a source of pressurized gas to the vessel; (d) a controller for controlling operation of the addition system; (e) a frame to support the piping and optionally the controller; and (f) a particulate material emptying device to load the particulate material into the filling nozzle,
A method for operating a flowmeter diagnostic tool comprising: interfacing the diagnostic tool with a flowmeter sensor assembly; inputting a base prover volume into the diagnostic tool; inputting a desired number of passes per run into the diagnostic tool; receiving flowmeter data; calculating an estimated total prove time necessary to pass a predetermined repeatability requirement, wherein calculating the TPT comprises utilizing an uncertainty coverage factor; calculating an estimated minimum number of runs needed to achieve the calculated TPT. interfacing the diagnostic tool with a flowmeter sensor assembly; inputting a base prover volume into the diagnostic tool; inputting a desired number of passes per run into the diagnostic tool; receiving flowmeter data; calculating an estimated total prove time necessary to pass a predetermined repeatability requirement, wherein calculating the TPT comprises utilizing an uncertainty coverage factor; calculating an estimated minimum number of runs needed to achieve the calculated TPT.
Piezoelectric ceramic materials, composed essentially of lead zirconate titanate having the formula Pb 2+ (Zr 4+, Ti 4+)O 3 2- and having the crystal structure of perovskite with the formula A 2+ B 4+ O 3 2-, characterised by a substitution of partially valency-compensating acceptor and donor ion-pairs B 3+ 0.005 /Nb 5+ 0.02 for the purpose of forming partially valency-compensated compositions of the [Pb 0.995 Sr 0.02] [B 3+ 0.005 (Zr x Ti 1-x) 0.975 Nb 5+ 0.02]O 3 system, where x = 0.50 to 0.55, so that in the compositions a coupled substitution of heterovalent acceptor and donor ions is present at Zr/Ti sites, where B 3+ is occupied by Al 3+ or Fe 3+ ions.
A communications device, comprising: a housing; a processor carried by the housing; a Near Field Communications NFC circuit carried by said housing and coupled to the processor; a touch screen display connected to the processor and comprising a touch sensor pattern formed as alternating transmit and receive capacitive sensor lines; and an NFC antenna (22,72) integrated within the touch sensor pattern and coupled to the NFC circuit whereby the NFC antenna is etched into the touch sensor pattern and comprises various loop elements and whereby a loop element is positioned over at least one of the receive capacitive sensor lines. a housing; a processor carried by the housing; a Near Field Communications NFC circuit carried by said housing and coupled to the processor; a touch screen display connected to the processor and comprising a touch sensor pattern formed as alternating transmit and receive capacitive sensor lines; and an NFC antenna (22,72) integrated within the touch sensor pattern and coupled to the NFC circuit whereby the NFC antenna is etched into the touch sensor pattern and comprises various loop elements and whereby a loop element is positioned over at least one of the receive capacitive sensor lines.
An optical member comprising: a light guide plate; a first low refractive layer disposed on an upper surface of the light guide plate, a refractive index of the first low refractive layer being smaller than a refractive index of the light guide plate; a barrier layer (50_7) disposed on an upper surface of the first low refractive layer and completely covering the upper surface of the first low refractive layer; a wavelength conversion layer disposed on an upper surface of the barrier layer (50_7) and exposing an edge portion of the upper surface of the barrier layer (50_7) on at least one side of the optical member; and a passivation layer disposed on the wavelength conversion layer, the passivation layer covering an upper surface and a side surface of the wavelength conversion layer on the at least one side of the optical member, wherein the passivation layer extends outwards to contact the exposed edge portion of the upper surface of the barrier layer (50_7); and wherein, the upper surface, the side surface and a lower surface of the wavelength conversion layer are sealed with the barrier layer (50_7) and the passivation layer, characterized in that the barrier layer (50_7) covers a side surface of the first low refractive layer on the at least one side of the optical member. a light guide plate; a first low refractive layer disposed on an upper surface of the light guide plate, a refractive index of the first low refractive layer being smaller than a refractive index of the light guide plate; a barrier layer (50_7) disposed on an upper surface of the first low refractive layer and completely covering the upper surface of the first low refractive layer; a wavelength conversion layer disposed on an upper surface of the barrier layer (50_7) and exposing an edge portion of the upper surface of the barrier layer (50_7) on at least one side of the optical member; and a passivation layer disposed on the wavelength conversion layer, the passivation layer covering an upper surface and a side surface of the wavelength conversion layer on the at least one side of the optical member, wherein the passivation layer extends outwards to contact the exposed edge portion of the upper surface of the barrier layer (50_7); and wherein, the upper surface, the side surface and a lower surface of the wavelength conversion layer are sealed with the barrier layer (50_7) and the passivation layer, characterized in that the barrier layer (50_7) covers a side surface of the first low refractive layer on the at least one side of the optical member.
Spindle pot bearing for a twisting machine, in particular a two-for-one twisting machine or cabling machine, comprising a spindle pot, which has a spindle pot base and a bearing bush (2a, 2b, 2c) for connecting, in an interlocking manner in the direction of the axis of rotation, the spindle pot base to a spindle, wherein - a first bearing portion (5a, 5b, 5c) of the bearing bush (2a, 2b, 2c) for connecting, in an interlocking manner in the axial direction, to a first bearing member arranged on the spindle has, at a distance with respect to the direction of the longitudinal axis from a shoulder limiting the first bearing portion (5a, 5b, 5c), latching protrusions which protrude from an inside of the bearing bush (2a, 2b, 2c) and are movable between a blocking position and an unblocking position, - a second bearing portion (6a, 6b, 6c) of the bearing bush (2a, 2b, 2c), said second bearing portion (6a, 6b, 6c) adjoining the first bearing portion (5a, 5b, 5c) in the direction of the longitudinal axis, is designed for interlockingly connecting to the spindle pot base in such a way that locking in the axial direction is possible, and - a blocking means is arranged on the spindle pot base, which blocking means fixes the latching protrusions in the blocking position when the spindle pot base is in an operating position. - a first bearing portion (5a, 5b, 5c) of the bearing bush (2a, 2b, 2c) for connecting, in an interlocking manner in the axial direction, to a first bearing member arranged on the spindle has, at a distance with respect to the direction of the longitudinal axis from a shoulder limiting the first bearing portion (5a, 5b, 5c), latching protrusions which protrude from an inside of the bearing bush (2a, 2b, 2c) and are movable between a blocking position and an unblocking position, - a second bearing portion (6a, 6b, 6c) of the bearing bush (2a, 2b, 2c), said second bearing portion (6a, 6b, 6c) adjoining the first bearing portion (5a, 5b, 5c) in the direction of the longitudinal axis, is designed for interlockingly connecting to the spindle pot base in such a way that locking in the axial direction is possible, and - a blocking means is arranged on the spindle pot base, which blocking means fixes the latching protrusions in the blocking position when the spindle pot base is in an operating position.
A washing machine comprising: a cabinet; a tub arranged within the cabinet; a drum rotatably arranged within the tub; a drying unit for heating and circulating air discharged from the tub so as to dry laundry within the drum, the drying unit comprising a drying duct having a heater to heat air therein, a circulation passage provided such that air circulates between the tub and the inside of the drying duct, and a suction member which is coupled to one side of the drying duct and introduces air outside the tub into the circulation passage; a discharge member (60, 80) which is coupled to the tub at an upper side of the tub and arranged to discharge part of the air in the circulation passage and in the tub to the outside of the cabinet; characterized in that a drainage pump is arranged below the tub; wherein the discharge member (60, 80) comprises a first introduction port (61a, 81a) at an upper side thereof, through which air in the tub is introduced, a second introduction port (62a, 82a), at a lower side thereof, through which wash water in the tub is introduced, the wash water being pumped to the second introduction port by the drainage pump, and a discharge port (62c, 82c) between the first and second introduction ports through which the air and wash water is discharged. a cabinet; a tub arranged within the cabinet; a drum rotatably arranged within the tub; a drying unit for heating and circulating air discharged from the tub so as to dry laundry within the drum, the drying unit comprising a drying duct having a heater to heat air therein, a circulation passage provided such that air circulates between the tub and the inside of the drying duct, and a suction member which is coupled to one side of the drying duct and introduces air outside the tub into the circulation passage; a discharge member (60, 80) which is coupled to the tub at an upper side of the tub and arranged to discharge part of the air in the circulation passage and in the tub to the outside of the cabinet; a drainage pump is arranged below the tub; wherein the discharge member (60, 80) comprises a first introduction port (61a, 81a) at an upper side thereof, through which air in the tub is introduced, a second introduction port (62a, 82a), at a lower side thereof, through which wash water in the tub is introduced, the wash water being pumped to the second introduction port by the drainage pump, and a discharge port (62c, 82c) between the first and second introduction ports through which the air and wash water is discharged.
A friction damper comprising: a cylinder box; a plurality of cylinder members axially fixed in said cylinder box, a plurality of slide bearings, each slide bearing being press-fitted into an inner peripheral surface of a respective one of said plurality of peripheral surface of cylinder members; and a shaft made of metal, said shaft being axially slidably press-fitted into an inner peripheral surface of said slide bearings; wherein when the cylinder box and the shaft move axially in relation to each other, an outer peripheral surface of said shaft and the inner peripheral surface of said slide bearings frictionally slide in relation to each other to absorb vibration energy, characterized in that a clearance is formed between said outer peripheral surface of said cylinder members and an inner peripheral surface of said cylinder box. a cylinder box; a plurality of cylinder members axially fixed in said cylinder box, a plurality of slide bearings, each slide bearing being press-fitted into an inner peripheral surface of a respective one of said plurality of peripheral surface of cylinder members; and a shaft made of metal, said shaft being axially slidably press-fitted into an inner peripheral surface of said slide bearings; wherein when the cylinder box and the shaft move axially in relation to each other, an outer peripheral surface of said shaft and the inner peripheral surface of said slide bearings frictionally slide in relation to each other to absorb vibration energy, characterized in that a clearance is formed between said outer peripheral surface of said cylinder members and an inner peripheral surface of said cylinder box.
An electronic device component, comprising at least: a wireless keyboard and a stylus, wherein the wireless keyboard comprises an accommodating portion for accommodating the stylus, a first charging coil disposed on an inner wall of the accommodating portion, and a second charging coil corresponding to the first charging coil is disposed in the stylus; and at least one of the first charging coil and the second charging coil is a circle coil, and the circle coil is disposed around circumference of the accommodating portion or the stylus; wherein the circle coil is a 360° continuous circle coil; wherein the wireless keyboard comprises: a keyboard body and a support, wherein the keyboard body and the support are rotatably connected through a connecting portion, and the accommodating portion is located on the connecting portion, or the accommodating portion is located in the connecting portion, or the accommodating portion is disposed close to the connecting portion; the wireless keyboard and stylus further comprising: at least one group of limiting components, wherein the group of limiting components is configured to limit a location of the stylus in the accommodating portion; wherein the group of limiting components comprises a first ring magnet and a magnetic piece attracted to the first ring magnet; and one of the first ring magnet and the magnetic piece is located on the inner wall of the accommodating portion, and the other of the first ring magnet and the magnetic piece is located in the stylus. a wireless keyboard and a stylus, wherein the wireless keyboard comprises an accommodating portion for accommodating the stylus, a first charging coil disposed on an inner wall of the accommodating portion, and a second charging coil corresponding to the first charging coil is disposed in the stylus; and at least one of the first charging coil and the second charging coil is a circle coil, and the circle coil is disposed around circumference of the accommodating portion or the stylus; wherein the circle coil is a 360° continuous circle coil; wherein the wireless keyboard comprises: a keyboard body and a support, wherein the keyboard body and the support are rotatably connected through a connecting portion, and the accommodating portion is located on the connecting portion, or the accommodating portion is located in the connecting portion, or the accommodating portion is disposed close to the connecting portion; the wireless keyboard and stylus further comprising: at least one group of limiting components, wherein the group of limiting components is configured to limit a location of the stylus in the accommodating portion; wherein the group of limiting components comprises a first ring magnet and a magnetic piece attracted to the first ring magnet; and one of the first ring magnet and the magnetic piece is located on the inner wall of the accommodating portion, and the other of the first ring magnet and the magnetic piece is located in the stylus.