mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for purification of plastic material intended for food contact from contaminants, preferably for purification of polyethylene terephthalate, comprising at least one reactor for receiving the plastic material to be purified, said at least one reactor comprising: - a closed housing having an opening for the plastic material to be loaded into said housing and an opening for said plastic material to be unloaded therefrom; - a vent relief; - respective valve means associated with said openings for loading and unloading said plastic material to close and open them; - a vacuum pump connected in fluid communication with said vent relief with the interposition of further valve means; - stirring means located in said housing for ensuring that the material is stirred in the reactor during the process, - heating means associated with said reactor , wherein - said heating means comprise radiant heating means supplying energy to the plastic material contained in said reactor characterized in that said apparatus further comprises a heater , wherein - said at least one reactor is fed with plastic material to be purified from the heater located upstream from said reactor . - a closed housing having an opening for the plastic material to be loaded into said housing and an opening for said plastic material to be unloaded therefrom; - a vent relief; - respective valve means associated with said openings for loading and unloading said plastic material to close and open them; - a vacuum pump connected in fluid communication with said vent relief with the interposition of further valve means; - stirring means located in said housing for ensuring that the material is stirred in the reactor during the process, - heating means associated with said reactor , wherein - said heating means comprise radiant heating means supplying energy to the plastic material contained in said reactor characterized in that said apparatus further comprises a heater , wherein - said at least one reactor is fed with plastic material to be purified from the heater located upstream from said reactor .
A vehicle-height control system configured to control a vehicle height for a wheel, the vehicle-height control system comprising: a vehicle-height control actuator provided so as to be associated to the wheel; an engine-operating-state-detector configured to detect an engine operating state; wheel speed sensors configured to detect values to detect a vehicle speed; a pressure-medium supply and discharge device configured to supply and discharge a pressure medium to and from the vehicle-height control actuator ; and a vehicle height controller configured to control the vehicle height for the wheel by controlling the pressure-medium supply and discharge device based on an inside temperature (Ti) and an outside-air temperature (To) to control at least one of supply and discharge of the pressure medium to and from the vehicle-height control actuator , the inside temperature (Ti) being a temperature in the vehicle-height control system, characterized in that the vehicle height controller comprises a temperature difference obtainer configured to determine during running, based on the engine operating state and the vehicle speed, whether the inside temperature (Ti) is greater than the outside-air temperature (To) by a set value (ΔTth'), wherein when the temperature difference (ΔT) is greater than the set value (ΔTth'), a temperature-difference-dependent correction value (At) is set to a fixed number (At') greater than zero and when the temperature difference is not greater than the set value (ΔTth'), the temperature-difference-dependent correction value (At) is set to zero. a vehicle-height control actuator provided so as to be associated to the wheel; an engine-operating-state-detector configured to detect an engine operating state; wheel speed sensors configured to detect values to detect a vehicle speed; a pressure-medium supply and discharge device configured to supply and discharge a pressure medium to and from the vehicle-height control actuator ; and a vehicle height controller configured to control the vehicle height for the wheel by controlling the pressure-medium supply and discharge device based on an inside temperature (Ti) and an outside-air temperature (To) to control at least one of supply and discharge of the pressure medium to and from the vehicle-height control actuator , the inside temperature (Ti) being a temperature in the vehicle-height control system, characterized in that the vehicle height controller comprises a temperature difference obtainer configured to determine during running, based on the engine operating state and the vehicle speed, whether the inside temperature (Ti) is greater than the outside-air temperature (To) by a set value (ΔTth'), wherein when the temperature difference (ΔT) is greater than the set value (ΔTth'), a temperature-difference-dependent correction value (At) is set to a fixed number (At') greater than zero and when the temperature difference is not greater than the set value (ΔTth'), the temperature-difference-dependent correction value (At) is set to zero.
Use of a surface-reacted calcium carbonate having a volume median particle size d 50 from 0.1 to 90 μm as skin appearance modifier in a cosmetic and/or skin care composition, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source, wherein the skin appearance modifier is a mattifying agent and/or a skin colour modifier, and wherein the volume median particle size d 50 is as measured by the method according to the description. wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source, wherein the skin appearance modifier is a mattifying agent and/or a skin colour modifier, and wherein the volume median particle size d 50 is as measured by the method according to the description.
Oil transfer tube for a system to control the regulation of a turbine engine propeller pitch, in particular of an aircraft, the tube being intended to be mounted coaxially inside a tubular shaft of the propeller, the tube having an elongated shape and comprising a first male longitudinal end part intended to be inserted in a female housing of a stator casing equipped with an oil supply circuit of the tube, and a second male longitudinal end part around which is intended to be mounted a hydrodynamic bearing to guide the tube in the shaft, characterised in that said first end part comprises a free annular end with a convex rounded cross-section intended to bear axially against an annular bottom of said housing, and in that said second end part comprises an outer axial annular bearing surface of an inner ring of said bearing, this annular bearing surface presenting in cross-section a convex curved shape.
A combination of a powered tool and an assembly of staples , the staples comprising a crown portion having at least two legs extending therefrom and one or more barbs protruding from at least one of the legs , the assembly further comprising at least one strip of collation tape , the staples being collated and connected by way of the at least one strip of collation tape secured to the staples , the powered tool comprising a nosepiece assembly extending from a lower end of a housing , and a staple supply assembly in the form of a magazine extending laterally from the nosepiece assembly , the nosepiece assembly comprising a nosepiece having a nosepiece passage along which a driver blade is arranged to travel and is designed to push the staples through the nosepiece passage , the assembly of staples being loaded in the magazine and supplying staples to a loading chamber of the nosepiece via an access aperture in the nosepiece , characterized in that said aperture comprises lateral passages , which provide clearance for the barbs on the staples when loaded from the magazine , clearance spaces in the form of channels being provided along walls defining the nosepiece passage , and extending from the lateral passages to a distal end of the nosepiece , and in that a portion of said at least one strip is configured to remain on each staple when it is broken away from the assembly of staples and includes an outer surface which is in contact, or close to being in contact, with a surface of the nosepiece passage disposed proximal of the lateral passages , so as to form at least one guiding element when the staple is being driven through the nosepiece of the powered tool .
A filter device (100; 700; 800) comprising: a housing (102; 702; 802); a first filtration medium (108; 708; 808) within the housing such that for a liquid passing through the housing at least a portion is filtered by the first filtration medium; and a bypass (116; 710; 810) for allowing a portion of the liquid to bypass the first filtration medium; wherein the first filtration medium (708; 808) comprises at least one aperture (710; 810) extending therethrough, such that a portion of the liquid can pass through the at least one aperture and bypass the first filtration medium; wherein the filter device further comprises a second filtration medium (712; 812) which is a low efficiency filtration medium; characterized in that the filter further comprises a third filtration medium within the housing comprising a frame and at least one filtration medium attached to the frame; wherein the frame further comprises at least one lug , said at least one lug at least partially obturating said at least one aperture. a housing (102; 702; 802); a first filtration medium (108; 708; 808) within the housing such that for a liquid passing through the housing at least a portion is filtered by the first filtration medium; and a bypass (116; 710; 810) for allowing a portion of the liquid to bypass the first filtration medium; wherein the first filtration medium (708; 808) comprises at least one aperture (710; 810) extending therethrough, such that a portion of the liquid can pass through the at least one aperture and bypass the first filtration medium; wherein the filter device further comprises a second filtration medium (712; 812) which is a low efficiency filtration medium; characterized in that the filter further comprises a third filtration medium within the housing comprising a frame and at least one filtration medium attached to the frame; wherein the frame further comprises at least one lug , said at least one lug at least partially obturating said at least one aperture.
A power connector for interconnecting a drawout circuit breaker cluster connection to a conductive bus bar , the power connector comprising: a unitary body having a first end and a second end opposite the first end, the first end having a circuit breaker terminal configured to connect to the drawout circuit breaker, the second end having a bus bar terminal configured to connect to the conductive bus bar , wherein the circuit breaker terminal has a U-shape profile, wherein the bus bar terminal includes a pair of extending arms having a space therebetween configured to receive the conductive bus bar and has a U-shape profile, wherein each of the pair of extending arms includes one or more holes on a side of the arm configured to fasten through said holes a portion of the bus bar arranged between the extending arms using a fastener, and wherein the unitary body further includes extending side portions having mounting holes for connecting the unitary body to a backmold of a cradle of a drawout circuit breaker. a unitary body having a first end and a second end opposite the first end, the first end having a circuit breaker terminal configured to connect to the drawout circuit breaker, the second end having a bus bar terminal configured to connect to the conductive bus bar , wherein the circuit breaker terminal has a U-shape profile, wherein the bus bar terminal includes a pair of extending arms having a space therebetween configured to receive the conductive bus bar and has a U-shape profile, wherein each of the pair of extending arms includes one or more holes on a side of the arm configured to fasten through said holes a portion of the bus bar arranged between the extending arms using a fastener, and wherein the unitary body further includes extending side portions having mounting holes for connecting the unitary body to a backmold of a cradle of a drawout circuit breaker.
Method for controlling vehicle dampers on passing over a speed bump , characterized in that it comprises steps consisting in: - permanently calculating a differential (Δ) of real time measurements of wheel speeds (ω1, ω2, ω3); - detecting an upward slope after the crossing of at least one threshold (S1, S2) by said differential (Δ) of real time measurements; - setting a front damper control electrical current (iav) to a first, maximum current value (iz2) on detection of the upward slope of a speed bump to obtain a high damping coefficient on the front wheels; - setting said front damper control electrical current (iav) to a second current value (iz3) lower than said first current value (iz2) as soon as the vehicle has travelled , after detection of the upward slope, a first distance (X1) representative of a length of the upward slope, to obtain a less high damping coefficient on the front wheels. - permanently calculating a differential (Δ) of real time measurements of wheel speeds (ω1, ω2, ω3); - detecting an upward slope after the crossing of at least one threshold (S1, S2) by said differential (Δ) of real time measurements; - setting a front damper control electrical current (iav) to a first, maximum current value (iz2) on detection of the upward slope of a speed bump to obtain a high damping coefficient on the front wheels; - setting said front damper control electrical current (iav) to a second current value (iz3) lower than said first current value (iz2) as soon as the vehicle has travelled , after detection of the upward slope, a first distance (X1) representative of a length of the upward slope, to obtain a less high damping coefficient on the front wheels.
Apparatus for providing a passivated layer for a coating of a flexible substrate, comprising - a coating chamber for coating the flexible substrate; - a coating drum ; - a chamber separation element , the chamber separation element being arranged for separating the coating chamber from a further chamber , the chamber separation element comprising a shield arranged at least partly parallel to the surface of the coating drum and forming a gap between the surface of the coating drum and the chamber separation element ; - a gas inlet formed in the shield , the gas inlet being arranged within the chamber separation element for supplying oxygen into the gap; wherein the chamber separation element is arranged at the entry side of the coating chamber , and the gas inlet is arranged closer to the coating chamber than to the further chamber , wherein the entry side is the side, where the substrate enters into the coating chamber , and, wherein the gap length is at least ten times more than the gap width. - a coating chamber for coating the flexible substrate; - a coating drum ; - a chamber separation element , the chamber separation element being arranged for separating the coating chamber from a further chamber , the chamber separation element comprising a shield arranged at least partly parallel to the surface of the coating drum and forming a gap between the surface of the coating drum and the chamber separation element ; - a gas inlet formed in the shield , the gas inlet being arranged within the chamber separation element for supplying oxygen into the gap; wherein the chamber separation element is arranged at the entry side of the coating chamber , and the gas inlet is arranged closer to the coating chamber than to the further chamber , wherein the entry side is the side, where the substrate enters into the coating chamber , and, wherein the gap length is at least ten times more than the gap width.
A method for wireless communication at a user equipment, UE, comprising: receiving a power control configuration for uplink transmissions on a first cell group and on a second cell group, wherein the UE is configured for dual connectivity and to communicate with the first cell group and the second cell group; identifying an uplink transmission for one or more symbol periods on a component carrier of the second cell group; identifying a number of symbol periods for the first cell group corresponding to the one or more symbol periods and indicated as semi-static uplink or flexible by a set of time or frequency division duplexing configurations corresponding to the first cell group; determining , for the first cell group, a first configured power level for the number of symbol periods; and determining , based at least in part on the determined first configured power level and the received power control configuration, whether to perform the uplink transmission during the one or more symbol periods on the component carrier of the second cell group. receiving a power control configuration for uplink transmissions on a first cell group and on a second cell group, wherein the UE is configured for dual connectivity and to communicate with the first cell group and the second cell group; identifying an uplink transmission for one or more symbol periods on a component carrier of the second cell group; identifying a number of symbol periods for the first cell group corresponding to the one or more symbol periods and indicated as semi-static uplink or flexible by a set of time or frequency division duplexing configurations corresponding to the first cell group; determining , for the first cell group, a first configured power level for the number of symbol periods; and determining , based at least in part on the determined first configured power level and the received power control configuration, whether to perform the uplink transmission during the one or more symbol periods on the component carrier of the second cell group.
A composition for forming a film, the composition comprising: hypromellose having methoxy group content of 28.0 to 30.0% by weight and hydroxypropoxy group content of 7.6 to 8.5% by weight, wherein a 2% by weight aqueous solution of the hypromellose provides a viscosity at 20°C of 4.0 to 6.5 mPa·s, a 20% by weight dispersion of the hypromellose provides a viscosity at 50°C of 2,000 to 11,000 mPa·s, and a 20% by weight aqueous solution of the hypromellose provides a gelation temperature of 54 to 57°C; and a solvent; wherein the gel temperature is measured by subjecting a sample to a distorsion with a frequency of 1Hz and amplitude of 1% while increasing a temperature of the sample from 20°C to 90°C at a rate of 2°C/min.
A knee prosthesis comprising a femoral component having a medial condyle and a lateral condyle with an opening disposed between the two condyles , the medial condyle having at least one region of uniform radius (α, β, γ) where it engages a medial bearing surface during flexion from about 0° to about 165°, and the lateral condyle having a region of non-uniform radius where it engages a lateral bearing surface during flexion from about 0° to about 165°, a tibial component having the medial bearing surface and the lateral bearing surface to support each of the femoral component condyles , the medial bearing surface having an anterior projection comprising a medial anterior lip , and the femoral component and tibial component engageable at contact regions between the femoral condyles and tibial bearing surfaces such that upon moving the femoral and tibial components in flexion from about 0° to about 90°, the medial anterior lip of the medial bearing surface causes the medial condyle to be retained at a constant contact point upon the medial bearing surface and prevents roll forward of the femoral component while the lateral bearing surface engages the non-uniform radius of the lateral condyle to enable rollback of the lateral condyle on the lateral bearing surface, and such that moving the femoral and tibial components in flexion from about 0° to about 165° causes contact regions between the condyles and bearing surfaces to translate posteriorly at different rates and rotation between the tibial and femoral components , wherein, the at least one region of uniform radius (α, β, γ) of the medial condyle comprises a first region (α) that engages the medial bearing surface during flexion from about 0° to about 90°, characterized in that the region of non-uniform radius of the lateral condyle comprises a distal end that engages the lateral bearing surface during flexion from about 0° to about 90°.
An anti-counterfeiting closure , attachable to an opening on a container, comprising: a cap rotatably attachable to the opening; a disc fitted on an underside facing of the cap so as to retain the disc between the cap and the container when a closing torque is applied to attach the closure to the opening, wherein at least one anti-rotation rib is formed on the inner facing of the cap to engage the disc ; and a wireless communication tag ; wherein at least one anti-back-off rib is formed on the disc characterized in that when an opening torque is applied to release the closure from the container, the at least one anti-back-off rib engages the container to cause the cap to rotate in comparison to the disc ; wherein the cap includes a central section ; wherein the at least one anti-back-off rib is formed on said central section; wherein at least one tab bridge initially attaches the central section to a periphery portion of the cap and wherein the at least one tab bridge becomes disconnected upon engagement of the at least one anti-back off rib ; and wherein the wireless communication tag is incorporated along a said tab bridge . a cap rotatably attachable to the opening; a disc fitted on an underside facing of the cap so as to retain the disc between the cap and the container when a closing torque is applied to attach the closure to the opening, wherein at least one anti-rotation rib is formed on the inner facing of the cap to engage the disc ; and a wireless communication tag ; wherein at least one anti-back-off rib is formed on the disc characterized in that when an opening torque is applied to release the closure from the container, the at least one anti-back-off rib engages the container to cause the cap to rotate in comparison to the disc ; wherein the cap includes a central section ; wherein the at least one anti-back-off rib is formed on said central section; wherein at least one tab bridge initially attaches the central section to a periphery portion of the cap and wherein the at least one tab bridge becomes disconnected upon engagement of the at least one anti-back off rib ; and wherein the wireless communication tag is incorporated along a said tab bridge .