mhurhangee/patent-ind-claim-en huggingface dataset:
A dental mill blank comprising an inorganic filler and a polymer, characterised in that : the dental mill blank has a porosity of 25 to 35 volume% after 2-hour ashing at 600°C; and that the inorganic filler comprises an inorganic filler (A) and an inorganic filler (B), wherein the dental mill blank satisfies the following formulae (I) and (II), 0.12 ≤ a ≤ 0.70 3 ≤ b / a where a is an average primary particle diameter of the inorganic filler (A) in micrometers, and b is an average primary particle diameter of the inorganic filler (B) in micrometers.
A method for allocating a BSG in a network including Broadband Network Gateways, BNGs, used for subscriber management and Broadband Service Gateways, BSGs, used for service processing, wherein the BSGs and the BNGs are interconnected through an Internet Protocol/Multi-Protocol Label Switching, IP/MPLS, network; wherein an edge node, EN, controller performs unified control and management on the BSGs and the BNGs, and presents the BSGs and the BNGs as a virtual EN to an authentication, authorization, and accounting, AAA server and a Dynamic Host Configuration Protocol, DHCP, server, and wherein the method comprises: receiving , by the EN controller from a BNG, a service request message comprising a subscriber identifier, wherein the subscriber identifier is a physical access loop identifier, and wherein the BNG is set on an access node, AN, and the physical access loop identifier comprises an identifier of the AN, and one or more of a chassis number, a rack number, a frame number, a slot number, a sub-slot number, and a port number of the AN; obtaining, by the EN controller, the physical access loop identifier in the service request message; converting , by the EN controller, the physical access loop identifier in the service request message into a logic access loop identifier, such that the identifier of the AN is converted into an identifier of the virtual EN, and the chassis number, the rack number, the frame number, the slot number, the sub-slot number, and the port number of the AN are converted into a chassis number, a rack number, a frame number, a slot number, a sub-slot number, and a port number of the virtual EN; forwarding , by the EN controller, the service request message comprising the logic access loop identifier to the AAA server or the DHCP server, such that the AAA server or the DHCP server see the virtual EN while not the BNG; receiving , by the EN controller, a service response message from the AAA server or the DHCP server in response to the service request message, wherein the service response message comprises the logic access loop identifier; converting , by the EN controller, the logic access loop identifier in the service response message into the physical access loop identifier; querying , by the EN controller, a first mapping relationship between the physical access loop identifier and a BSG address according to the physical access loop identifier, so as to obtain a first BSG address corresponding to the physical access loop identifier; and returning , by the EN controller to the BNG, the service response message comprising the first BSG address.
Handle assembly for a structural heart catheter based delivery system, the handle assembly comprising: an actuation unit that is connectable to a delivery member for performing a movement of the delivery member in a longitudinal direction; an actuating element for manually actuating the actuation unit, wherein the actuating element comprises a wheel element that is rotatable around a rotation axis , said rotation axis being the longitudinal axis of the handle assembly ; wherein the wheel element is attached to the actuation unit via a force limiting coupling unit for disengaging the wheel element from the actuation unit if a mechanical force applied to the wheel element by a user exceeds a threshold value, wherein the force limiting coupling unit comprises an inner bearing element that is coupled to the actuation unit and an outer bearing element that is accessible for a user and is engaged with the inner bearing element as long as the mechanical force applied by the user is below said threshold value; one of the inner bearing element and the outer bearing element has a plurality of bearing recesses each being engaged with a corresponding ball bearing as long as the applied mechanical force does not exceed said threshold value, the ball bearing comprises a ball plunger , the ball plunger having a body with a spring-loaded ball retained therein, the individual ball plungers are held inside cavities that are provided at the other one of inner bearing element and the outer bearing element , the outer bearing element has an actuation surface that can be touched by a user in order to rotate the wheel element . an actuation unit that is connectable to a delivery member for performing a movement of the delivery member in a longitudinal direction; an actuating element for manually actuating the actuation unit, wherein the actuating element comprises a wheel element that is rotatable around a rotation axis , said rotation axis being the longitudinal axis of the handle assembly ; wherein the wheel element is attached to the actuation unit via a force limiting coupling unit for disengaging the wheel element from the actuation unit if a mechanical force applied to the wheel element by a user exceeds a threshold value, wherein the force limiting coupling unit comprises an inner bearing element that is coupled to the actuation unit and an outer bearing element that is accessible for a user and is engaged with the inner bearing element as long as the mechanical force applied by the user is below said threshold value; one of the inner bearing element and the outer bearing element has a plurality of bearing recesses each being engaged with a corresponding ball bearing as long as the applied mechanical force does not exceed said threshold value, the ball bearing comprises a ball plunger , the ball plunger having a body with a spring-loaded ball retained therein, the individual ball plungers are held inside cavities that are provided at the other one of inner bearing element and the outer bearing element , the outer bearing element has an actuation surface that can be touched by a user in order to rotate the wheel element .
Machine tool for machining workpieces which comprises: a supporting surface to allow, in use, placing at least one workpiece, a plurality of openings being formed in said supporting surface ; a first chamber connectable with means for generating a depression; a second chamber which is unconnected with said first chamber and which is connectable with means for generating a depression; and a plurality of locking devices each connected with said first chamber , said second chamber and a respective opening of said openings of said supporting surface ; each locking device comprising a movable element which is selectively movable at least to a first position, where said respective opening is in fluid communication with said first chamber but not with said second chamber , and a second position, where said respective opening is in fluid communication with said second chamber but not with said first chamber , such that when placing said at least one workpiece on said supporting surface in correspondence with a determined number of openings of said plurality of openings, said at least one workpiece is lockable on said supporting surface by an attraction force which is exerted by a depression which is in said first chamber and generated by said means for generating a depression, and/or by a depression which is in said second chamber and generated by said means for generating a depression. a supporting surface to allow, in use, placing at least one workpiece, a plurality of openings being formed in said supporting surface ; a first chamber connectable with means for generating a depression; a second chamber which is unconnected with said first chamber and which is connectable with means for generating a depression; and a plurality of locking devices each connected with said first chamber , said second chamber and a respective opening of said openings of said supporting surface ; each locking device comprising a movable element which is selectively movable at least to a first position, where said respective opening is in fluid communication with said first chamber but not with said second chamber , and a second position, where said respective opening is in fluid communication with said second chamber but not with said first chamber , such that when placing said at least one workpiece on said supporting surface in correspondence with a determined number of openings of said plurality of openings, said at least one workpiece is lockable on said supporting surface by an attraction force which is exerted by a depression which is in said first chamber and generated by said means for generating a depression, and/or by a depression which is in said second chamber and generated by said means for generating a depression.
A flame coating machine for coating field joints of a pipeline, the machine comprising a flame spray system comprising at least one flame spray unit configured for heating and/or coating with a thermoplastic polymer an annular junction portion and two annular end portions of an existing coating delimiting the annular junction portion ; a control system comprising at least one temperature sensor configured for acquiring temperature values along the surface collectively defined by the annular junction portion and the annular end portions , and a control unit configured for actuating the flame spray unit in a polymer flame spraying mode or in a flame heating mode as a function of the detected temperature values and at least one threshold value.
Sandwich composite component , in particular a composite board, for the interior of a passenger aircraft, comprising a layer structure in a sandwich construction - having a core layer made of polymer foam; - having a reinforcing layer comprising fibre composite material; and further - having at least one functional layer ; wherein these layers of the layer structure are substance bonded to each other, in particular by an adhesive bond; characterised in that the fibre composite material of the reinforcing layer comprises a woven fabric made of fibres or a laid fabric made of fibres, and in that the fibre composite material of the reinforcing layer comprises a polymer matrix that has a higher density than the polymer foam of the core layer , and in that the at least one functional layer comprises a metal foil, preferably an aluminium foil, that has a smaller layer thickness than the reinforcing layer . - having a core layer made of polymer foam; - having a reinforcing layer comprising fibre composite material; and further - having at least one functional layer ; wherein these layers of the layer structure are substance bonded to each other, in particular by an adhesive bond; characterised in that the fibre composite material of the reinforcing layer comprises a woven fabric made of fibres or a laid fabric made of fibres, and in that the fibre composite material of the reinforcing layer comprises a polymer matrix that has a higher density than the polymer foam of the core layer , and in that the at least one functional layer comprises a metal foil, preferably an aluminium foil, that has a smaller layer thickness than the reinforcing layer .
Device for selecting a combination of patterns, particularly for a timepiece, which comprises: ▪ a first disc, called inner disc (DI), the inner disc (DI) comprising N angular sectors of the same size, each of the N angular sectors bearing a symbol (A, B, C, D) on its periphery, a symbol being defined as a pattern or a lack of a pattern, with N being a whole number greater than 1; ▪ a second disc, called outer disc (DE), coaxial to the inner disc (DI) and having a larger diameter than the inner disc (DI), the outer disc (DE) bearing M symbols (E, F, G, H) distributed over M*N angular sectors of the same size, with M being a whole number greater than 1, each of the M symbols of the outer disc (DE) being repeated on N consecutive sectors of the outer disc (DE); ▪ a dial (CD) extending opposite the inner disc (DI), the dial (CD) comprising an aperture (GC) allowing a pattern (A, B, C, D) of the inner disc (DI) to be matched with a pattern (E, F, G, H) of the outer disc (DE); ▪ activation means allowing the inner disc (DI) to be set into rotation and meshing means coupling the two discs (DI, DE) according to a speed reducing ratio M, so that the outer disc (DE) slower than the inner disc (DI), the driving disc being the outer disc (DE) and the driven disc being the inner disc (DI). ▪ a first disc, called inner disc (DI), the inner disc (DI) comprising N angular sectors of the same size, each of the N angular sectors bearing a symbol (A, B, C, D) on its periphery, a symbol being defined as a pattern or a lack of a pattern, with N being a whole number greater than 1; ▪ a second disc, called outer disc (DE), coaxial to the inner disc (DI) and having a larger diameter than the inner disc (DI), the outer disc (DE) bearing M symbols (E, F, G, H) distributed over M*N angular sectors of the same size, with M being a whole number greater than 1, each of the M symbols of the outer disc (DE) being repeated on N consecutive sectors of the outer disc (DE); ▪ a dial (CD) extending opposite the inner disc (DI), the dial (CD) comprising an aperture (GC) allowing a pattern (A, B, C, D) of the inner disc (DI) to be matched with a pattern (E, F, G, H) of the outer disc (DE); ▪ activation means allowing the inner disc (DI) to be set into rotation and meshing means coupling the two discs (DI, DE) according to a speed reducing ratio M, so that the outer disc (DE) slower than the inner disc (DI), the driving disc being the outer disc (DE) and the driven disc being the inner disc (DI).
Laundry care appliance with an outer tub for accommodating washing liquid, wherein the outer tub has an outlet opening and an inlet opening , which are fluidically connected by a liquid line , a laundry drum for accommodating laundry, a drum drive for rotating the laundry drum , a temperature sensor for detecting a temperature of washing liquid in the outer tub , a heating element for heating the washing liquid, a pump , which is embodied to pump washing liquid out through the outlet opening and into the liquid line and to supply the pumped-out washing liquid through the inlet opening and into the outer tub again, in order to wet the laundry in the laundry drum , and a controller for controlling the pump , the drum drive and the heating element during a washing procedure , characterised in that the controller is embodied, during a heating phase of the washing procedure , to activate the heating element until the detected temperature of the washing liquid in the outer tub reaches a target temperature value , that the controller is embodied, during a mixing phase of the washing procedure which follows the heating phase , to activate the drum drive , in order to rotate the laundry drum , and to activate the pump , in order to pump the washing liquid and to wet the laundry accommodated in the laundry drum with the heated, pumped washing liquid, wherein the controller is embodied, at the start of a reference time section of the mixing phase , to determine a first temperature value of the washing liquid in the outer tub and, at the end of the reference time section of the mixing phase , to determine a second temperature value, and wherein the controller is embodied to terminate the mixing phase if the temperature difference between the first temperature value and the second temperature value falls below a temperature threshold value, in order to ensure a uniform temperature distribution in the washing liquid and in the laundry. the controller is embodied, during a heating phase of the washing procedure , to activate the heating element until the detected temperature of the washing liquid in the outer tub reaches a target temperature value , that the controller is embodied, during a mixing phase of the washing procedure which follows the heating phase , to activate the drum drive , in order to rotate the laundry drum , and to activate the pump , in order to pump the washing liquid and to wet the laundry accommodated in the laundry drum with the heated, pumped washing liquid, wherein the controller is embodied, at the start of a reference time section of the mixing phase , to determine a first temperature value of the washing liquid in the outer tub and, at the end of the reference time section of the mixing phase , to determine a second temperature value, and wherein the controller is embodied to terminate the mixing phase if the temperature difference between the first temperature value and the second temperature value falls below a temperature threshold value, in order to ensure a uniform temperature distribution in the washing liquid and in the laundry.
A dual-fuel fuel nozzle for a gas turbine, comprising: a centerbody , wherein the centerbody at least partially defines an air plenum therein; a tip body disposed at a downstream end of the centerbody , the tip body having an upstream side axially spaced from a downstream side , wherein a circular slot is defined in the downstream side , the downstream side further defining a circular recess positioned radially inwardly from the circular slot , the circular recess comprising a first floor and side walls , the first floor defining an insert opening and the side walls defining an annular groove , wherein the annular groove defines an undercut surface , the tip body further defining a plurality of orifices annularly arranged around the insert opening radially inward from the side walls of the circular recess , each orifice including an inlet in fluid communication with the air plenum and an outlet oriented towards the undercut surface , wherein the circular slot of the tip body includes a second floor and a plurality of apertures annularly arranged across the second floor , each aperture of the plurality of apertures having an inlet in fluid communication with the air plenum and an outlet defined along the second floor . a centerbody , wherein the centerbody at least partially defines an air plenum therein; a tip body disposed at a downstream end of the centerbody , the tip body having an upstream side axially spaced from a downstream side , wherein a circular slot is defined in the downstream side , the downstream side further defining a circular recess positioned radially inwardly from the circular slot , the circular recess comprising a first floor and side walls , the first floor defining an insert opening and the side walls defining an annular groove , wherein the annular groove defines an undercut surface , the tip body further defining a plurality of orifices annularly arranged around the insert opening radially inward from the side walls of the circular recess , each orifice including an inlet in fluid communication with the air plenum and an outlet oriented towards the undercut surface , wherein the circular slot of the tip body includes a second floor and a plurality of apertures annularly arranged across the second floor , each aperture of the plurality of apertures having an inlet in fluid communication with the air plenum and an outlet defined along the second floor .
A method for producing a light fuel, the method comprising subjecting a raw material obtained from a renewable source to at least one C-C-coupling reaction to obtain an oxygen-containing bio-precursor composition, wherein the raw material obtained from a renewable source contains levulinic acid or a derivative thereof subjecting the oxygen-containing bio-precursor composition to a hydrodeoxygenation (HDO) treatment to obtain a Dry Vapour Pressure Equivalent (DVPE) adjustment material which is a bio-hydrocarbon composition, and blending a fossil fuel, ethanol and the Dry Vapour Pressure Equivalent (DVPE) adjustment material. subjecting a raw material obtained from a renewable source to at least one C-C-coupling reaction to obtain an oxygen-containing bio-precursor composition, wherein the raw material obtained from a renewable source contains levulinic acid or a derivative thereof subjecting the oxygen-containing bio-precursor composition to a hydrodeoxygenation (HDO) treatment to obtain a Dry Vapour Pressure Equivalent (DVPE) adjustment material which is a bio-hydrocarbon composition, and blending a fossil fuel, ethanol and the Dry Vapour Pressure Equivalent (DVPE) adjustment material.
A brake control method for a train compartment, the method comprising operations of: acquiring a number of train compartments of a current train formation; acquiring a number and type of a current compartment coded by an encoder in the compartment; and calculating a braking force of the current compartment based on a train brake instruction and the number of train compartments of the current train formation, and performing brake control on the current compartment according to the number and type of the current compartment, characterized in that , the operation of acquiring the number of train compartments of the current train formation comprises: acquiring the number of train compartments of the current train formation in real time from a train control and management system via a wired train bus (WTB); and the operation of acquiring the number and type of the current compartment comprises: receiving a coding sequence set by an encoder in the compartment; extracting respectively the number code and the type code from the coding sequence, and identifying a respective code based on a predefined coding table. acquiring a number of train compartments of a current train formation; acquiring a number and type of a current compartment coded by an encoder in the compartment; and calculating a braking force of the current compartment based on a train brake instruction and the number of train compartments of the current train formation, and performing brake control on the current compartment according to the number and type of the current compartment, characterized in that , the operation of acquiring the number of train compartments of the current train formation comprises: acquiring the number of train compartments of the current train formation in real time from a train control and management system via a wired train bus (WTB); and acquiring the number of train compartments of the current train formation in real time from a train control and management system via a wired train bus (WTB); and the operation of acquiring the number and type of the current compartment comprises: receiving a coding sequence set by an encoder in the compartment; extracting respectively the number code and the type code from the coding sequence, and identifying a respective code based on a predefined coding table. receiving a coding sequence set by an encoder in the compartment; extracting respectively the number code and the type code from the coding sequence, and identifying a respective code based on a predefined coding table.
A protective mechanism for use in an ATM which includes a holder in which a plurality of banknotes are stacked, one against the other, each banknote lying generally in an operatively vertical plane, and a cover which is engageable with the holder and which includes a lower surface which is spaced from and which opposes upper edges of the stacked banknotes, the protective mechanism including a container , a banknote traceability substance inside the container and an explosive device , which extends inside the container from a filling spout , which, in response to a detected signal indicating an attack on the ATM, is ignited and which then causes the container to fracture at a plurality of spaced apart locations or along an elongatepath .