mhurhangee/patent-ind-claim-en huggingface dataset:
A pressing apparatus comprising: a contact portion having a shape or position configured to be changed depending on a shape of a target object to be pressed so that the pressing apparatus comes into contact with the entirety of the outer surface of the target object ; a pressing portion configured to apply uniform force to the contact portion ; and a pressure adjustment portion located between the contact portion and the pressing portion , the pressure adjustment portion having a fluid contained therein; and wherein the contact portion of the pressing apparatus is configured to press the entire surface of the target object characterized in that the contact portion has a plurality of protrusions configured to be individually movable. a contact portion having a shape or position configured to be changed depending on a shape of a target object to be pressed so that the pressing apparatus comes into contact with the entirety of the outer surface of the target object ; a pressing portion configured to apply uniform force to the contact portion ; and a pressure adjustment portion located between the contact portion and the pressing portion , the pressure adjustment portion having a fluid contained therein; and wherein the contact portion of the pressing apparatus is configured to press the entire surface of the target object characterized in that the contact portion has a plurality of protrusions configured to be individually movable.
A method of fining low-density submerged combustion glass, the method comprising: providing a fining tank downstream from a submerged combustion melter , the fining tank having a housing that defines a fining chamber and contains a molten glass bath in the fining chamber , the housing further defining each of a glass inlet , a glass outlet , and an auxiliary access passage , and wherein the molten glass bath flows in a flow direction from the glass inlet to the glass outlet ; introducing unfined molten glass produced in the submerged combustion melter into the fining chamber of a fining tank through the glass inlet , the unfined molten glass having a volume percentage of gas bubbles and a density and, upon being introduced into the fining chamber , combining with the molten glass bath ; introducing additive particles into the fining chamber of the fining tank through the auxiliary access passage , the additive particles comprising a physically compacted mixture of a glass reactant material and one or more fining agents , the one or more fining agents being released into the molten glass bath upon consumption of the additive particles in the molten glass bath to thereby accelerate the removal of bubbles from the molten glass bath ; and discharging fined molten glass from the glass outlet of the fining tank , the fined molten glass having a volume percentage of gas bubbles that is less than the volume percentage of gas bubbles in the unfined molten glass and further having a density that is greater than the density of the unfined molten glass . providing a fining tank downstream from a submerged combustion melter , the fining tank having a housing that defines a fining chamber and contains a molten glass bath in the fining chamber , the housing further defining each of a glass inlet , a glass outlet , and an auxiliary access passage , and wherein the molten glass bath flows in a flow direction from the glass inlet to the glass outlet ; introducing unfined molten glass produced in the submerged combustion melter into the fining chamber of a fining tank through the glass inlet , the unfined molten glass having a volume percentage of gas bubbles and a density and, upon being introduced into the fining chamber , combining with the molten glass bath ; introducing additive particles into the fining chamber of the fining tank through the auxiliary access passage , the additive particles comprising a physically compacted mixture of a glass reactant material and one or more fining agents , the one or more fining agents being released into the molten glass bath upon consumption of the additive particles in the molten glass bath to thereby accelerate the removal of bubbles from the molten glass bath ; and discharging fined molten glass from the glass outlet of the fining tank , the fined molten glass having a volume percentage of gas bubbles that is less than the volume percentage of gas bubbles in the unfined molten glass and further having a density that is greater than the density of the unfined molten glass .
A seal , comprising: a plate ; a floating shoe supported with respect to the plate in a first direction, the floating shoe having a sealing feature extending in a second direction perpendicular to the first direction; and at least one bearing between the plate and the floating shoe , the bearing configured to facilitate movement of the floating shoe with respect to the plate in the second direction, characterised in that : the at least one bearing is in at least one pocket of the plate , or the at least one bearing is in at least one pocket of the floating shoe , wherein the floating shoe is supported against the plate at its downstream side, and the at least one bearing is arranged at the interface between the shoe and the downstream side of the plate . a plate ; a floating shoe supported with respect to the plate in a first direction, the floating shoe having a sealing feature extending in a second direction perpendicular to the first direction; and at least one bearing between the plate and the floating shoe , the bearing configured to facilitate movement of the floating shoe with respect to the plate in the second direction, characterised in that : the at least one bearing is in at least one pocket of the plate , or the at least one bearing is in at least one pocket of the floating shoe , wherein the floating shoe is supported against the plate at its downstream side, and the at least one bearing is arranged at the interface between the shoe and the downstream side of the plate .
A method for coverage enhancement service mode selection, the method being performed by a wireless device , comprising: obtaining (S102) an indication to switch between a first coverage enhancement service mode and a second coverage enhancement service mode; providing (S 106) the indication in a request to a network node to switch between the first coverage enhancement service mode and the second coverage enhancement mode, wherein the indication is provided to the network node during a tracking area update procedure; obtaining (S108) a response to the request from the network node , the response granting the wireless device to switch between the first coverage enhancement service mode and the second coverage enhancement mode, wherein the response is obtained before selectively switching between the first coverage enhancement service mode and the second coverage enhancement service mode, and selectively switching (S 114) between the first coverage enhancement service mode and the second coverage enhancement service mode according to the indication. obtaining (S102) an indication to switch between a first coverage enhancement service mode and a second coverage enhancement service mode; providing (S 106) the indication in a request to a network node to switch between the first coverage enhancement service mode and the second coverage enhancement mode, wherein the indication is provided to the network node during a tracking area update procedure; obtaining (S108) a response to the request from the network node , the response granting the wireless device to switch between the first coverage enhancement service mode and the second coverage enhancement mode, wherein the response is obtained before selectively switching between the first coverage enhancement service mode and the second coverage enhancement service mode, and selectively switching (S 114) between the first coverage enhancement service mode and the second coverage enhancement service mode according to the indication.
A heating element for a wind turbine rotor blade , wherein - the heating element is designed to heat a surface area of the wind turbine rotor blade , - the heating element comprises a carrier which has a planar design and is provided with at least one heating wire , - the heating wire comprises a first electrical terminal designed for being connected to a first electrical supply line of the wind turbine rotor blade , and a second electrical terminal designed for being connected to a second electrical supply line of the wind turbine rotor blade , characterized in that the carrier comprises a first recess in which the first electrical terminal of the heating wire is exposed. - the heating element is designed to heat a surface area of the wind turbine rotor blade , - the heating element comprises a carrier which has a planar design and is provided with at least one heating wire , - the heating wire comprises a first electrical terminal designed for being connected to a first electrical supply line of the wind turbine rotor blade , and a second electrical terminal designed for being connected to a second electrical supply line of the wind turbine rotor blade , characterized in that the carrier comprises a first recess in which the first electrical terminal of the heating wire is exposed.
A band clamp for coupling a first radial flange of a fan casing of a turbofan engine and a second radial flange of a thrust reverser of a turbofan engine , the band clamp comprising: at least one latch for tightening the band clamp relative to the first and second radial flanges to generate a compressive force, the band clamp further comprising cables forming the band; wherein the cables comprise redundant cable sets that are configured to prevent asymmetrical loading, wherein the band clamp further comprises a body having grooves to retain the redundant cable sets; and wherein the redundant cable sets comprise inner and outer cable sets that are both centered relative to the band body . at least one latch for tightening the band clamp relative to the first and second radial flanges to generate a compressive force, the band clamp further comprising cables forming the band; wherein the cables comprise redundant cable sets that are configured to prevent asymmetrical loading, wherein the band clamp further comprises a body having grooves to retain the redundant cable sets; and wherein the redundant cable sets comprise inner and outer cable sets that are both centered relative to the band body .
A container top comprising: a. a container top member comprising at least one track over an upper surface thereof and a sealer sealing an opening in the upper surface ; and b. a slidable member having a sealing mechanism, said slidable member being slidable through said at least one track and positioned such that sliding of the slidable member over said at least one track to one direction unseals said sealer , forming the opening in the container upper surface or the top member , in the initial opening of the slidable member , and wherein sliding the slidable member back to its original position over the opening formed thereby covers and seals said opening, wherein said slidable member periphery is curved upwards, and the cross-section of the at least one track is curved, such as to allow engagement of the outer wall of the slidable member periphery with said at least one track and upper surface of said container top member for sealing the opening. a. a container top member comprising at least one track over an upper surface thereof and a sealer sealing an opening in the upper surface ; and b. a slidable member having a sealing mechanism, said slidable member being slidable through said at least one track and positioned such that sliding of the slidable member over said at least one track to one direction unseals said sealer , forming the opening in the container upper surface or the top member , in the initial opening of the slidable member , and wherein sliding the slidable member back to its original position over the opening formed thereby covers and seals said opening, wherein said slidable member periphery is curved upwards, and the cross-section of the at least one track is curved, such as to allow engagement of the outer wall of the slidable member periphery with said at least one track and upper surface of said container top member for sealing the opening.
A display device comprising an anode electrode which is formed on a substrate , an organic layer including at least an emission layer which is formed on said anode electrode , and a cathode electrode transparent to light which is formed on said organic layer , said anode electrode has a laminate structure including a metal film and a buffering thin film which is formed on said metal film , characterized in that said buffering thin film is thinner than said metal film, and said metal thin film is made of any oxide of the metallic material constituting the metal film , the oxide having a higher conductivity than the organic layer, or is made of an oxide of chromium.
A positive electrode current collector , comprising: a metal conductive layer ; an overcharge blocking activation layer disposed on a surface of the metal conductive layer , the overcharge blocking activation layer comprising an overcharge blocking activation material, a binder material and a conductive material, wherein the overcharge blocking activation material comprises an esterified saccharide, in the overcharge blocking activation layer , mass percentage of the overcharge blocking activation material is from 25% to 45%, mass percentage of the binder material is from 35% to 60%, and mass percentage of the conductive material is from 6% to 20%; and when the overcharge blocking activation layer is disposed on one single surface of the metal conductive layer , the overcharge blocking activation layer has a thickness of from 0.3 μm to 10 μm; or when the overcharge blocking activation layer is disposed on both of two opposite surfaces of the metal conductive layer , total thickness of the overcharge blocking activation layer on both surfaces of the metal conductive layer is from 0.5 μm to 18 μm, and the overcharge blocking activation layer has a thickness on each surface of greater than or equal to 0.25 μm. a metal conductive layer ; an overcharge blocking activation layer disposed on a surface of the metal conductive layer , the overcharge blocking activation layer comprising an overcharge blocking activation material, a binder material and a conductive material, wherein the overcharge blocking activation material comprises an esterified saccharide, in the overcharge blocking activation layer , mass percentage of the overcharge blocking activation material is from 25% to 45%, mass percentage of the binder material is from 35% to 60%, and mass percentage of the conductive material is from 6% to 20%; and when the overcharge blocking activation layer is disposed on one single surface of the metal conductive layer , the overcharge blocking activation layer has a thickness of from 0.3 μm to 10 μm; or when the overcharge blocking activation layer is disposed on both of two opposite surfaces of the metal conductive layer , total thickness of the overcharge blocking activation layer on both surfaces of the metal conductive layer is from 0.5 μm to 18 μm, and the overcharge blocking activation layer has a thickness on each surface of greater than or equal to 0.25 μm.
Method for preparation of LiCoO 2 particles having an octahedral shape wherein the average particle size D50 of said LiCoO 2 particles is in the range of 3-30 μm, characterized thereof that Co(OH) 2 particles comprising octahedral shape particles, or Co 3 O 4 particles obtained from Co(OH) 2 comprising octahedral shape particles, or Co 3 O 4 particles comprising octahedral shape particles and lithium salt are heated at 800 - 1100 °C for 1 - 10 h in air or in other oxygen containing atmosphere.
A mixed carrier, multivalent pneumococcal conjugate composition, comprising 20 different pneumococcal capsular polysaccharide-protein conjugates, wherein each pneumococcal capsular polysaccharide-protein conjugate comprises a protein carrier conjugated to a capsular polysaccharide from a different serotype of Streptococcus pneumoniae, wherein the Streptococcus pneumoniae serotypes are selected from 1, 3, 4, 5, 6A, 6B, 7F, 8, 9V, 10A, 11A, 12F, 14, 15B, 18C, 19A, 19F, 22F, 23F, and 33F, wherein the protein carrier is CRM197 or tetanus toxoid, wherein two of the capsular polysaccharides are conjugated to tetanus toxoid and the remaining capsular polysaccharides are conjugated to CRM197, and wherein the two capsular polysaccharides that are conjugated to tetanus toxoid are selected from the group consisting of serotypes 1, 3, and 5.
A beverage capsule for a beverage-preparation apparatus, comprising: - a substantially cup-shaped capsule body having a first end and a second end , and defining a cavity ; - an outlet disposed in said second end in communication with said cavity ; - an injection membrane disposed upon said first end so as to close said cavity ; and - a quantity of a beverage ingredient disposed within said cavity ; characterized in that it further comprises an elongate member extending from said second end into said cavity ; and a channel extending through said elongate member from an extremity of said elongate member opposite said second end , said cavity being in fluid communication with said outlet solely through said channel . - a substantially cup-shaped capsule body having a first end and a second end , and defining a cavity ; - an outlet disposed in said second end in communication with said cavity ; - an injection membrane disposed upon said first end so as to close said cavity ; and - a quantity of a beverage ingredient disposed within said cavity ;
Scanning unit for an angle measuring device for scanning an angular scale , so that a relative angular position between the scanning unit and the angular scale about an axis of rotation (A) can be determined, wherein the scanning unit comprises - a substrate (1.4) which has a first surface (1.41), - at least one detector (1.1) for generating signals which depend on the angular position, - evaluation electronics (1.2) which comprise a plurality of electronic components (1.21), wherein the electronic components (1.21) of the evaluation electronics (1.2) are surrounded by a potting compound (1.5), - an electrical interface (1.3) for producing a connection from the evaluation electronics (1.2) to subsequent electronics, wherein the at least one detector (1.1), the electronic components (1.21) and the electrical interface (1.3) are arranged on the first surface (1.41) of the substrate (1.4), wherein the electronic components (1.21) and the electrical interface (1.3) are arranged such that these are placed further away from the axis of rotation (A) than the at least one detector (1.1), and the potting compound (1.5) is arranged on the first surface (1.41) of the substrate (1.4) circumferentially with respect to the axis of rotation (A). - a substrate (1.4) which has a first surface (1.41), - at least one detector (1.1) for generating signals which depend on the angular position, - evaluation electronics (1.2) which comprise a plurality of electronic components (1.21), wherein the electronic components (1.21) of the evaluation electronics (1.2) are surrounded by a potting compound (1.5), - an electrical interface (1.3) for producing a connection from the evaluation electronics (1.2) to subsequent electronics, wherein
A deposition mask for depositing a deposition material on a deposition target substrate, the deposition mask comprising: a mask body; and a through-hole provided in the mask body and through which the deposition material passes when the deposition material is deposited on the deposition target substrate, wherein the mask body satisfies z ≥ 3.7 and z ≥ 0.1x - 6.0 when an indentation elastic modulus is x (GPa) and an indentation hardness is z (GPa), characterised in that a thickness of the mask body is 15 μm or less. a mask body; and a through-hole provided in the mask body and through which the deposition material passes when the deposition material is deposited on the deposition target substrate, wherein the mask body satisfies z ≥ 3.7 and z ≥ 0.1x - 6.0 when an indentation elastic modulus is x (GPa) and an indentation hardness is z (GPa), characterised in that a thickness of the mask body is 15 μm or less.
A compound of the general formula (I) wherein K 1 is K 2 is R 1 and R 2 are independently H, -SO 3 H, unsubstituted or substituted C 1-2 alkyl or unsubstituted or substituted C 1-2 alkoxy, R 3 is H, methyl or methoxy, Y 1 and Y 2 are independently -OH, -CH=CH 2 or -CH 2 CH 2 -Z, wherein Z is -Cl or - OSO 3 H. K 1 is K 2 is R 1 and R 2 are independently H, -SO 3 H, unsubstituted or substituted C 1-2 alkyl or unsubstituted or substituted C 1-2 alkoxy, R 3 is H, methyl or methoxy, Y 1 and Y 2 are independently -OH, -CH=CH 2 or -CH 2 CH 2 -Z, wherein Z is -Cl or - OSO 3 H. R 1 and R 2 are independently H, -SO 3 H, unsubstituted or substituted C 1-2 alkyl or unsubstituted or substituted C 1-2 alkoxy, R 3 is H, methyl or methoxy, Y 1 and Y 2 are independently -OH, -CH=CH 2 or -CH 2 CH 2 -Z, wherein Z is -Cl or - OSO 3 H.
A heat exhaust system for an on-aircraft electric generator , comprising: an electric generator installable in an aircraft; a fuel pump ; and a first heat exchanger configured to release heat generated by the electric generator into the fuel supplied to the engine ; characterized in that the fuel pump is driven by electric power generated by the electric generator , the fuel pump is configured to measure and supply fuel to an engine of the aircraft, and the heat exhaust system further comprises: a fuel flow rate determiner configured to determine a flow rate of the fuel supplied to the engine by the fuel pump ; an electric generator output determiner configured to determine an output from the electric generator ; and a heat release controller configured to control heat release at the first heat exchanger by using at least one of the flow rate of the fuel determined by the fuel flow rate determiner and the output determined by the electric generator output determiner as a control parameter. an electric generator installable in an aircraft; a fuel pump ; and a first heat exchanger configured to release heat generated by the electric generator into the fuel supplied to the engine ; characterized in that the fuel pump is driven by electric power generated by the electric generator , the fuel pump is configured to measure and supply fuel to an engine of the aircraft, and the heat exhaust system further comprises: a fuel flow rate determiner configured to determine a flow rate of the fuel supplied to the engine by the fuel pump ; an electric generator output determiner configured to determine an output from the electric generator ; and a heat release controller configured to control heat release at the first heat exchanger by using at least one of the flow rate of the fuel determined by the fuel flow rate determiner and the output determined by the electric generator output determiner as a control parameter. a fuel flow rate determiner configured to determine a flow rate of the fuel supplied to the engine by the fuel pump ; an electric generator output determiner configured to determine an output from the electric generator ; and a heat release controller configured to control heat release at the first heat exchanger by using at least one of the flow rate of the fuel determined by the fuel flow rate determiner and the output determined by the electric generator output determiner as a control parameter.