mhurhangee/patent-ind-claim-en huggingface dataset:
An electric strike having a bolt cavity arranged to receive at least one bolt of a door lock , the electric strike comprising: - a strike frame ; - a keeper (8; 9) mounted on the strike frame , the keeper (8; 9) forming a first side wall of said bolt cavity and being arranged to pivot about a first pivot axis (35; 62), which first pivot axis (35; 62) extends in a first direction, between a door-locking position, wherein the keeper (8; 9) is arranged to retain the bolt to prevent door opening, and a door-releasing position, wherein the keeper (8; 9) is arranged to enable the bolt to exit the bolt cavity in a second direction, which second direction is substantially perpendicular to said first direction; and - at least one lock lever mounted on the strike frame for locking the keeper (8; 9) in said door-locking position, the lock lever being arranged to move between a locking position, wherein the keeper (8; 9), when in said door-locking position, is prevented from pivoting around the first pivot axis (35; 62) to said door-releasing position by the lock lever , and an unlocking position, wherein the keeper (8; 9) is free to pivot around the first pivot axis (35; 62) to said door-releasing position, characterised in that the strike further comprises a further keeper (9; 8) mounted on the strike frame , the further keeper (9; 8) forming a second side wall of said bolt cavity , the second side wall being opposite to said first side wall of the bolt cavity , the further keeper (9; 8) being arranged to pivot about a third pivot axis (62; 35), which third pivot axis (62; 35) is substantially parallel to said first pivot axis (35; 62), between a door-locking position, wherein the further keeper (9; 8) is arranged to retain the bolt to prevent door opening, and a door-releasing position, wherein the further keeper (9; 8) is arranged to enable the bolt to exit the bolt cavity in a direction opposite to said second direction. - a strike frame ; - a keeper (8; 9) mounted on the strike frame , the keeper (8; 9) forming a first side wall of said bolt cavity and being arranged to pivot about a first pivot axis (35; 62), which first pivot axis (35; 62) extends in a first direction, between a door-locking position, wherein the keeper (8; 9) is arranged to retain the bolt to prevent door opening, and a door-releasing position, wherein the keeper (8; 9) is arranged to enable the bolt to exit the bolt cavity in a second direction, which second direction is substantially perpendicular to said first direction; and - at least one lock lever mounted on the strike frame for locking the keeper (8; 9) in said door-locking position, the lock lever being arranged to move between a locking position, wherein the keeper (8; 9), when in said door-locking position, is prevented from pivoting around the first pivot axis (35; 62) to said door-releasing position by the lock lever , and an unlocking position, wherein the keeper (8; 9) is free to pivot around the first pivot axis (35; 62) to said door-releasing position, characterised in that
A high electron mobility transistor, HEMT, comprising: a gate electrode disposed between a source contact and a drain contact ; a gate dielectric disposed below the gate electrode ; a group III-N channel layer disposed below the gate dielectric ; a top barrier layer having a first thickness between the channel layer and the source contact and the drain contact , a second thickness between the channel layer and the dielectric layer under the gate electrode , and a third thickness between the channel layer and a spacer dielectric , the spacer dielectric laterally separating the gate electrode from the source contact and the drain contact , wherein the second thickness is smaller than the first thickness and the third thickness is intermediate of the first and the second thicknesses; a bottom barrier disposed below the channel layer , wherein the bottom barrier comprises an Al x In 1-x N layer lattice matching the channel layer ; and a silicon substrate disposed below the bottom barrier with the Al x In 1-x N layer disposed over a or crystal plane of the substrate . a gate electrode disposed between a source contact and a drain contact ; a gate dielectric disposed below the gate electrode ; a group III-N channel layer disposed below the gate dielectric ; a top barrier layer having a first thickness between the channel layer and the source contact and the drain contact , a second thickness between the channel layer and the dielectric layer under the gate electrode , and a third thickness between the channel layer and a spacer dielectric , the spacer dielectric laterally separating the gate electrode from the source contact and the drain contact , wherein the second thickness is smaller than the first thickness and the third thickness is intermediate of the first and the second thicknesses; a bottom barrier disposed below the channel layer , wherein the bottom barrier comprises an Al x In 1-x N layer lattice matching the channel layer ; and a silicon substrate disposed below the bottom barrier with the Al x In 1-x N layer disposed over a or crystal plane of the substrate .
Coater assembly for a 3D printer, comprising: a coater including a container which defines an inner cavity for receiving particulate construction material which opens into a container opening for outputting the particulate construction material from the container , and an output region which defines a coater output opening for outputting the particulate construction material from the coater onto a construction field, wherein the container is movable relative to the coater output opening , so that, by moving the container relative to the coater output opening , a discharge of particulate construction material from the inner cavity through the container opening and the coater output opening onto the construction field is variable, wherein the coater assembly further comprises a vibration device, comprising a vibration drive , by which particulate construction material received in the container can be vibrated, and wherein the container is pivotable relative to the coater output opening about a pivot axis , characterized in that the vibration drive excites the pivot axis of the container in an axial direction. a coater including a container which defines an inner cavity for receiving particulate construction material which opens into a container opening for outputting the particulate construction material from the container , and an output region which defines a coater output opening for outputting the particulate construction material from the coater onto a construction field, a container which defines an inner cavity for receiving particulate construction material which opens into a container opening for outputting the particulate construction material from the container , and an output region which defines a coater output opening for outputting the particulate construction material from the coater onto a construction field, wherein the container is movable relative to the coater output opening , so that, by moving the container relative to the coater output opening , a discharge of particulate construction material from the inner cavity through the container opening and the coater output opening onto the construction field is variable, wherein the coater assembly further comprises a vibration device, comprising a vibration drive , by which particulate construction material received in the container can be vibrated, and wherein the container is pivotable relative to the coater output opening about a pivot axis , characterized in that the vibration drive excites the pivot axis of the container in an axial direction.
A fuel cell system having a fuel cell supplied with an anode gas and a cathode gas to generate electricity from the fuel cell depending on a load, comprising: a supply valve for supplying the anode gas into an anode system of the fuel cell system ; a purge valve for discharging an off-gas from the anode system; a pressure detecting portion configured to estimate or measure a pressure inside the anode system; a supply valve control portion configured to control an open/close operation of the supply valve on the basis of a load of the fuel cell; a purge flow rate estimating portion configured to estimate a purge flow rate of the off-gas discharged from the anode system through the purge valve on the basis of a pressure decrease inside the anode system in a supply valve close state; a purge valve control portion configured to open the purge valve in synchronization with the supply valve close state; wherein when the supply valve is closed, the purge flow rate estimating portion is configured to obtain data for estimating the purge flow rate based on the anode pressure decrease amount in the supply valve close state, and when the supply valve is opened, the purge flow rate estimating portion is configured to compute the purge flow rate on the basis of obtained data. a supply valve for supplying the anode gas into an anode system of the fuel cell system ; a purge valve for discharging an off-gas from the anode system; a pressure detecting portion configured to estimate or measure a pressure inside the anode system; a supply valve control portion configured to control an open/close operation of the supply valve on the basis of a load of the fuel cell; a purge flow rate estimating portion configured to estimate a purge flow rate of the off-gas discharged from the anode system through the purge valve on the basis of a pressure decrease inside the anode system in a supply valve close state; a purge valve control portion configured to open the purge valve in synchronization with the supply valve close state; wherein when the supply valve is closed, the purge flow rate estimating portion is configured to obtain data for estimating the purge flow rate based on the anode pressure decrease amount in the supply valve close state, and when the supply valve is opened, the purge flow rate estimating portion is configured to compute the purge flow rate on the basis of obtained data.
Electrical cooking appliance for cooking food products, comprising: - a base comprising a cooking plate configured to cook a food, - a cover mounted hinged on the base between an open position wherein a food can be disposed on the cooking plate and a closed position wherein the base and the cover delimit a closed cooking chamber , - a support element which is carried by the cover and which is mounted mobile with respect to the cover , the support element being configured to occupy a rest position wherein, when the cover occupies the closed position, the support element is located facing and in the proximity of the cooking plate and at least one support position wherein, when the cover occupies the closed position, the support element is located facing and at a distance from the cooking plate and bears on a food placed on the cooking plate , characterized in that the support element is configured to come into contact with a food placed on the cooking plate when the cover is moved from the open position to an intermediate position located between the open position and the closed position and being configured to be moved by said food from the rest position to a support position when the cover is moved from the intermediate position to the closed position, and - a measuring device configured to determine a feature representative of the thickness of a food disposed between the cooking plate and the support element . - a base comprising a cooking plate configured to cook a food, - a cover mounted hinged on the base between an open position wherein a food can be disposed on the cooking plate and a closed position wherein the base and the cover delimit a closed cooking chamber , - a support element which is carried by the cover and which is mounted mobile with respect to the cover , the support element being configured to occupy a rest position wherein, when the cover occupies the closed position, the support element is located facing and in the proximity of the cooking plate and at least one support position wherein, when the cover occupies the closed position, the support element is located facing and at a distance from the cooking plate and bears on a food placed on the cooking plate , characterized in that the support element is configured to come into contact with a food placed on the cooking plate when the cover is moved from the open position to an intermediate position located between the open position and the closed position and being configured to be moved by said food from the rest position to a support position when the cover is moved from the intermediate position to the closed position, and - a measuring device configured to determine a feature representative of the thickness of a food disposed between the cooking plate and the support element .
An object table (WT) to support an object (W), the object table comprising: a support body comprising an object holder to hold the object; an opening adjacent an edge of the object holder; a channel in fluid communication with the opening via a passageway , characterized in that the channel is defined by a first material which is different to a second material defining the passageway; and a thermal barrier between the first material and the second material and/or a mechanical barrier which substantially mechanically decouples the first material from the support body; wherein the first material has a different thermal conductivity to the second material, and/or wherein the first material has a different coefficient of thermal expansion to the second material. a support body comprising an object holder to hold the object; an opening adjacent an edge of the object holder; a channel in fluid communication with the opening via a passageway , characterized in that the channel is defined by a first material which is different to a second material defining the passageway; and a thermal barrier between the first material and the second material and/or a mechanical barrier which substantially mechanically decouples the first material from the support body; wherein the first material has a different thermal conductivity to the second material, and/or wherein the first material has a different coefficient of thermal expansion to the second material.
A method for producing a silver-plated product, the method comprising the steps of: preparing a silver plating solution which contains 80 to 110 g/L of silver, 70 to 160 g/L of potassium cyanide and 55 to 70 mg/L of selenium; and forming a surface layer of silver on an underlying layer of nickel, which is formed on a base material, by electroplating at a current density of 9 to 15 A/dm 2 in the silver plating solution so as to satisfy (32.6x - 300) ≦ y ≦ (32.6x + 200) assuming that a product of a concentration of potassium cyanide in the silver plating solution and the current density is y (g ▪ A/L ▪ dm 2 ) and that a liquid temperature of the silver plating solution is x (°C). preparing a silver plating solution which contains 80 to 110 g/L of silver, 70 to 160 g/L of potassium cyanide and 55 to 70 mg/L of selenium; and forming a surface layer of silver on an underlying layer of nickel, which is formed on a base material, by electroplating at a current density of 9 to 15 A/dm 2 in the silver plating solution so as to satisfy (32.6x - 300) ≦ y ≦ (32.6x + 200) assuming that a product of a concentration of potassium cyanide in the silver plating solution and the current density is y (g ▪ A/L ▪ dm 2 ) and that a liquid temperature of the silver plating solution is x (°C).
Container , particularly for liquid products, comprising a metal container or metal can provided with a closure , wherein said container or can comprises a cylindrical body having above a dome shaped element provided with a central opening , a lower circumferential rim being formed in the zone of connection between said cylindrical body and said dome-shaped element , characterised in that a further upper rim is provided around said central opening and said closure is made of plastic material, also has a dome shape and has a cylindrical lower portion of minimum thickness and an external diameter substantially equal to the diameter of said body , and an upper portion of greater thickness, inside said lower portion a pair of radially or horizontally directed ribs are provided, determining between them a seat designed to receive said lower rim , while internally to said thickened upper portion a pair of ribs directed axially or vertically downwards being provided, determining between them a seat designed to house said upper rim , following a pressure application of the closure on the can in such a way that it is impossible to remove the closure without clear evidence of tampering.
A hinge mechanism , comprising: a plurality of hinge segments , arranged in a row, each hinge segment including a socket formed in the hinge segment ; and a joint assembly including a plurality of ball joints , each ball joint of the plurality of ball joints being configured to movably couple a pair of adjacent hinge segments of the plurality of hinge segments , such that the pair of adjacent hinge segments are movable relative to each other, each ball joint of the plurality of ball joints including: a rod ; a first ball at a first end portion of the rod ; and a second ball at a second end portion of the rod , wherein a diameter of the first ball is greater than a diameter of the rod , and a diameter of the second ball is greater than the diameter of the rod ; wherein the first ball is movably received in a socket formed in a first hinge segment of the pair of adjacent hinge segments , and the second ball is movably received in a socket of the second hinge segment of the pair of adjacent hinge segments , so as to movably couple the pair of adjacent hinge segments ; and wherein the hinge mechanism is configured to be installed in a housing of a computing device , at a position corresponding to a bendable section of a foldable display of the computing device . a plurality of hinge segments , arranged in a row, each hinge segment including a socket formed in the hinge segment ; and a joint assembly including a plurality of ball joints , each ball joint of the plurality of ball joints being configured to movably couple a pair of adjacent hinge segments of the plurality of hinge segments , such that the pair of adjacent hinge segments are movable relative to each other, each ball joint of the plurality of ball joints including: a rod ; a first ball at a first end portion of the rod ; and a second ball at a second end portion of the rod , a rod ; a first ball at a first end portion of the rod ; and a second ball at a second end portion of the rod , wherein a diameter of the first ball is greater than a diameter of the rod , and a diameter of the second ball is greater than the diameter of the rod ; wherein the first ball is movably received in a socket formed in a first hinge segment of the pair of adjacent hinge segments , and the second ball is movably received in a socket of the second hinge segment of the pair of adjacent hinge segments , so as to movably couple the pair of adjacent hinge segments ; and wherein the hinge mechanism is configured to be installed in a housing of a computing device , at a position corresponding to a bendable section of a foldable display of the computing device .
A blend composition comprising: a polymeric composition comprising at least one polydiorganosiloxane polyoxamide copolymer; and at least 90% by weight of at least one silicone tackifying resin, wherein the blend composition is non-tacky at room temperature up to a temperature of at least 100°C. a polymeric composition comprising at least one polydiorganosiloxane polyoxamide copolymer; and at least 90% by weight of at least one silicone tackifying resin,
A method of identifying a subject having non-Hodgkin's lymphoma (NHL) that is responsive to treatment with an anti-CD19 antibody, said method comprising: a. providing a blood sample obtained from said subject prior to treatment with said anti-CD19 antibody, b. determining the level of at least one biomarker in said sample selected from the group consisting of: i. peripheral NK cell count, and ii. CD16 expression levels on peripheral NK cells, c. comparing the level of said at least one biomarker in said sample to a predetermined cut off level, wherein levels of said at least one biomarker at or above the predetermined cut off level is indicative of a subject who would benefit from treatment with an anti-CD19 antibody. a. providing a blood sample obtained from said subject prior to treatment with said anti-CD19 antibody, b. determining the level of at least one biomarker in said sample selected from the group consisting of: i. peripheral NK cell count, and ii. CD16 expression levels on peripheral NK cells, i. peripheral NK cell count, and ii. CD16 expression levels on peripheral NK cells, c. comparing the level of said at least one biomarker in said sample to a predetermined cut off level, wherein levels of said at least one biomarker at or above the predetermined cut off level is indicative of a subject who would benefit from treatment with an anti-CD19 antibody.
A multi-protocol label switching transport profile MPLS-TP-based operation, administration, and maintenance OAM packet processing method , wherein the method comprises: generating (S1101), by a first network device, an OAM packet, wherein the OAM packet comprises indication information and an identifier of the first network device, and the indication information is used to indicate a type of the identifier of the first network device; and sending (S1102), by the first network device, the OAM packet to a second network device, the method being characterised in that the OAM packet comprises a type field used to indicate a maintenance entity group, MEG, type, and the type field is used to carry the indication information, wherein when a value of the type field is a first value, the indication information is used to indicate that the type of the identifier of the first network device is the IPv6 address; or when a value of the type field is a second value, the indication information is used to indicate that the type of the identifier of the first network device is the IPv4 address, or in that the OAM packet comprises a reserved field, and the reserved field is used to carry the indication information, wherein when at least one bit in the reserved field is a first value, the indication information is used to indicate that the type of the identifier of the first network device is the IPv6 address; or when at least one bit in the reserved field is a second value, the indication information is used to indicate that the type of the identifier of the first network device is the IPv4 address. generating (S1101), by a first network device, an OAM packet, wherein the OAM packet comprises indication information and an identifier of the first network device, and the indication information is used to indicate a type of the identifier of the first network device; and sending (S1102), by the first network device, the OAM packet to a second network device, the method being characterised in that the OAM packet comprises a type field used to indicate a maintenance entity group, MEG, type, and the type field is used to carry the indication information, wherein when a value of the type field is a first value, the indication information is used to indicate that the type of the identifier of the first network device is the IPv6 address; or when a value of the type field is a second value, the indication information is used to indicate that the type of the identifier of the first network device is the IPv4 address, or in that the OAM packet comprises a reserved field, and the reserved field is used to carry the indication information, wherein when at least one bit in the reserved field is a first value, the indication information is used to indicate that the type of the identifier of the first network device is the IPv6 address; or when at least one bit in the reserved field is a second value, the indication information is used to indicate that the type of the identifier of the first network device is the IPv4 address.