mhurhangee/patent-ind-claim-en huggingface dataset:
A washing machine comprising: a cabinet having a first introduction port ; a tub , which is disposed in the cabinet and which has a second introduction port concentrically positioned with respect to the first introduction port ; a drum , which is rotatably disposed in the tub and which contains laundry introduced through the first and second introduction ports ; a cabinet door hingedly mounted on the cabinet so as to open and close the first introduction port ; a tub door mounted on the tub opening and closing the second introduction port ; and a lock-releasing unit , which is mounted on the cabinet so as to release a locked state of the cabinet door and the tub door characterized by a second hinge unit rotatably supporting the tub door , provided at one lateral side of the tub and at a front side of the tub , and exerting elastic force in a direction in which the second introduction port is opened, and a push roller provided on an outer surface of the tub door so as to push the cabinet door when the tub door is opened by the second hinge unit . a cabinet having a first introduction port ; a tub , which is disposed in the cabinet and which has a second introduction port concentrically positioned with respect to the first introduction port ; a drum , which is rotatably disposed in the tub and which contains laundry introduced through the first and second introduction ports ; a cabinet door hingedly mounted on the cabinet so as to open and close the first introduction port ; a tub door mounted on the tub opening and closing the second introduction port ; and a lock-releasing unit , which is mounted on the cabinet so as to release a locked state of the cabinet door and the tub door characterized by a second hinge unit rotatably supporting the tub door , provided at one lateral side of the tub and at a front side of the tub , and exerting elastic force in a direction in which the second introduction port is opened, and a push roller provided on an outer surface of the tub door so as to push the cabinet door when the tub door is opened by the second hinge unit .
A method of bonding a first object to a second object , comprising: - providing the second object having a flat part, and an opening defining a contour, the second object having a fastening portion defining a coupling structure having a positive fit shape with an undercut and running around a periphery of the opening, - providing the first object , - positioning the first object relative to the second object in the opening , and providing a thermoplastic material along the contour, - causing a relative force between the second and first objects and impinging the assembly of the first and second object with mechanical vibration until at least a flow portion of the thermoplastic material becomes flowable and flows into the coupling structure, and - causing the thermoplastic material to re-solidify, wherein - the flat part is a metal sheet portion, - and in that the flat part along the contour is folded towards a proximal side and/or away from the opening to form at least a part of the coupling structure. - providing the second object having a flat part, and an opening defining a contour, the second object having a fastening portion defining a coupling structure having a positive fit shape with an undercut and running around a periphery of the opening, - providing the first object , - positioning the first object relative to the second object in the opening , and providing a thermoplastic material along the contour, - causing a relative force between the second and first objects and impinging the assembly of the first and second object with mechanical vibration until at least a flow portion of the thermoplastic material becomes flowable and flows into the coupling structure, and - causing the thermoplastic material to re-solidify, wherein - the flat part is a metal sheet portion, - and in that the flat part along the contour is folded towards a proximal side and/or away from the opening to form at least a part of the coupling structure.
Connection element for connecting an insulated electrical conductor , comprising a clamping sleeve body which is formed from an electrically conductive metal material and in which a receiving space for the electrical conductor is formed, and a connection screw which has a screw head and a screw shaft and can be inserted into the receiving chamber via an opening , which is formed on the clamping sleeve body , along an insertion direction (R) of the connection screw , wherein the receiving space has a first region and a second region which adjoins the first region , wherein the first region forms a support region for the conductor and the second region forms a pressin region into which a subregion of the conductor which is arranged in the first region is pressed by means of the connection screw in a connected state, wherein the second region has two opposing side walls against which braided wires of the conductor , which braided wires are exposed by the conductor being pressed in, bear in an electrically contact-making manner in the connected state, characterized in that the screw shaft has on its end section opposite the screw head a region which tapers in the insertion direction (R) of the connection screw , wherein the tapering region has at least two shoulders of step-like design. a clamping sleeve body which is formed from an electrically conductive metal material and in which a receiving space for the electrical conductor is formed, and a connection screw which has a screw head and a screw shaft and can be inserted into the receiving chamber via an opening , which is formed on the clamping sleeve body , along an insertion direction (R) of the connection screw , wherein the receiving space has a first region and a second region which adjoins the first region , wherein the first region forms a support region for the conductor and the second region forms a pressin region into which a subregion of the conductor which is arranged in the first region is pressed by means of the connection screw in a connected state, wherein the second region has two opposing side walls against which braided wires of the conductor , which braided wires are exposed by the conductor being pressed in, bear in an electrically contact-making manner in the connected state, characterized in that the screw shaft has on its end section opposite the screw head a region which tapers in the insertion direction (R) of the connection screw , wherein the tapering region has at least two shoulders of step-like design.
A method implemented by one or more processors, the method comprising: determining that a user has provided a spoken utterance that includes requests for an automated assistant to perform multiple actions that include a first type of action and a second type of action, wherein the automated assistant is accessible to the user via an automated assistant interface of a computing device ; generating, in response to the user providing the spoken utterance , an estimated delay for the first type of action when the second type of action is prioritized over the first type of action during execution of the multiple actions; determining, based on the estimated delay, whether the estimated delay for the first type of action satisfies a threshold, wherein, when the estimated delay for the first type of action satisfies the threshold, execution of the first type of action is prioritized over the second type of action; generating, based on whether the estimated delay satisfies the threshold, a preferred order of execution for the multiple actions requested by the user ; and causing the automated assistant to initialize performance of the multiple actions according to the preferred order of execution. determining that a user has provided a spoken utterance that includes requests for an automated assistant to perform multiple actions that include a first type of action and a second type of action, wherein the automated assistant is accessible to the user via an automated assistant interface of a computing device ; generating, in response to the user providing the spoken utterance , an estimated delay for the first type of action when the second type of action is prioritized over the first type of action during execution of the multiple actions; determining, based on the estimated delay, whether the estimated delay for the first type of action satisfies a threshold, wherein, when the estimated delay for the first type of action satisfies the threshold, execution of the first type of action is prioritized over the second type of action; generating, based on whether the estimated delay satisfies the threshold, a preferred order of execution for the multiple actions requested by the user ; and causing the automated assistant to initialize performance of the multiple actions according to the preferred order of execution.
A froth heater , comprising: an outer case defining an inner cavity , an inlet in fluid communication with the inner cavity , and an outlet in fluid communication with the inner cavity ; and a heater core inserted into inner cavity and configured to form a flow path between an inner wall of the outer case and the heater core between the inlet and the outlet, wherein the heater core includes a core cavity configured to receive a heater therein to heat the heater core ; wherein the heater core includes one or more channels defined on an outer diameter thereof, wherein the flow path is defined by the inner wall of the outer case and the one or more channels, wherein the one or more channels includes a first flow area at a first axial fraction of the heater core , a second flow area at least at a second axial fraction of the heater core , wherein the one or more channels are circumferentially defined around the heater core , and characterized in that the circumferential channels are defined in the first axial fraction of the heater core , and wherein a spiral channel is defined at least in the second axial fraction of the heater core ,. an outer case defining an inner cavity , an inlet in fluid communication with the inner cavity , and an outlet in fluid communication with the inner cavity ; and a heater core inserted into inner cavity and configured to form a flow path between an inner wall of the outer case and the heater core between the inlet and the outlet, wherein the heater core includes a core cavity configured to receive a heater therein to heat the heater core ; wherein the heater core includes one or more channels defined on an outer diameter thereof, wherein the flow path is defined by the inner wall of the outer case and the one or more channels, wherein the one or more channels includes a first flow area at a first axial fraction of the heater core , a second flow area at least at a second axial fraction of the heater core , wherein the one or more channels are circumferentially defined around the heater core , and characterized in that the circumferential channels are defined in the first axial fraction of the heater core , and wherein a spiral channel is defined at least in the second axial fraction of the heater core ,.
A thermal power plant for the utilization of low-temperature heat sources, for the utilization of the waste heat of stationary thermal engines, the waste heat of production processes or the waste heat of incinerator plants, with a working chamber , into which a pressurized working medium with a boiling temperature lower than the boiling temperature of water can be fed, and which can be expanded by the working medium while performing mechanical work, wherein the working medium for performing the mechanical work can be enclosed in the working chamber exclusively while being relaxed, wherein the working chamber is formed by a cylinder and a piston , which is displaceable within the cylinder and drives a crank shaft , wherein the working medium can be fed into the working chamber via an inlet valve , characterized in that the inlet valve has an actuating member for abutting against a piston surface, which delimits the working chamber , of the piston close to the upper dead center of the piston while opening the inlet valve , wherein the actuating member can be moved by displacing the piston against the force of a helical spring , that the actuating member is integrally connected to a valve body pressed into a valve seat by a helical spring , and that the valve body has a sleeve that surrounds the helical spring .
A process for servicing an aircraft landing gear shock strut including: calculating, by a controller, a first fluid level based upon an initial gas pressure, an initial gas temperature, and an initial shock strut stroke position; generating, by the controller, a first datum corresponding to the first fluid level; displaying, by the controller, an indication on a display in response to the first datum; moving fluid into the shock strut in accordance with the first datum; receiving, by the controller, an updated gas pressure, an updated gas temperature, and an updated shock strut stroke position in accordance with the fluid moved into the shock strut; calculating, by the controller, a second fluid level using at least the initial fluid pressure, the initial fluid temperature, the initial shock strut stroke position, the updated fluid pressure, the updated fluid temperature, and the updated shock strut stroke position; generating, by the controller, a second datum corresponding to the second fluid level; displaying, by the controller, an indication on the display in response to the second datum; storing, by the controller, a final fluid level. calculating, by a controller, a first fluid level based upon an initial gas pressure, an initial gas temperature, and an initial shock strut stroke position; generating, by the controller, a first datum corresponding to the first fluid level; displaying, by the controller, an indication on a display in response to the first datum; moving fluid into the shock strut in accordance with the first datum; receiving, by the controller, an updated gas pressure, an updated gas temperature, and an updated shock strut stroke position in accordance with the fluid moved into the shock strut; calculating, by the controller, a second fluid level using at least the initial fluid pressure, the initial fluid temperature, the initial shock strut stroke position, the updated fluid pressure, the updated fluid temperature, and the updated shock strut stroke position; generating, by the controller, a second datum corresponding to the second fluid level; displaying, by the controller, an indication on the display in response to the second datum; storing, by the controller, a final fluid level.
A ventilation or breathing device comprising an inlet member , the inlet member comprising a first inlet for receiving a first fluid flow and a second inlet for receiving a second fluid flow, the inlet member defining a first and second fluid flow path and comprising a first outlet and second outlet , respectively, the first outlet being of a ring like shape, the second outlet being arranged coaxially to the first outlet and/or being surrounded by the generally ring shaped first outlet .
Method for operating a time-of-flight mass spectrometer for analysis of a first pulsed ion beam , the ions of which are disposed in a separated manner along the pulse direction with respect to their ion masses, wherein the ions of at least one individual predetermined ion mass or of at least one predetermined range of ion masses are decoupled from the first pulsed ion beam as at least one decoupled ion beam (10', 10"), characterised in that at least the first ion beam or the decoupled ion beam (10', 10") is attenuated, the at least one decoupled ion beam (10', 10") is reunited with the first ion beam in order to form a common ion beam, and the reunited beam is analysed.
A structure for suctioning back blow-back fuel, the structure comprising: a first fuel storage portion disposed on an upstream side of a fuel supply device , which is a carburetor of an engine (E) and contiguous with an air-intake passage of the carburetor; the carburetor includes an air path and an air-fuel mixture path , the air path and the air-fuel mixture path forming the air-intake passage of the carburetor, a suction-back passage through which fuel accumulated in an air cleaner is suctioned back into the air-intake passage ; and a blow-back suppression plate disposed between a filter element of the air cleaner and the first fuel storage portion and configured to suppress blow-back from the air-intake passage , wherein the suction-back passage allows communication between a fuel accumulation portion in the air cleaner and a suction-back port formed in the first fuel storage portion , the suction-back port communicates with the air-fuel mixture path , the air cleaner includes a cleaner case connected to the carburetor, and a cleaner cap covering the cleaner case and the filter element , the suction-back passage is surrounded by: the cleaner case ; a pair of projecting walls formed so as to be integrated with the cleaner case ; characterized by a closing member which is in contact with tip ends of the pair of projecting walls , and the closing member is formed by the blow-back suppression plate attached to the cleaner case . a first fuel storage portion disposed on an upstream side of a fuel supply device , which is a carburetor of an engine (E) and contiguous with an air-intake passage of the carburetor; the carburetor includes an air path and an air-fuel mixture path , the air path and the air-fuel mixture path forming the air-intake passage of the carburetor, a suction-back passage through which fuel accumulated in an air cleaner is suctioned back into the air-intake passage ; and a blow-back suppression plate disposed between a filter element of the air cleaner and the first fuel storage portion and configured to suppress blow-back from the air-intake passage , wherein the suction-back passage allows communication between a fuel accumulation portion in the air cleaner and a suction-back port formed in the first fuel storage portion , the suction-back port communicates with the air-fuel mixture path , the air cleaner includes a cleaner case connected to the carburetor, and a cleaner cap covering the cleaner case and the filter element , the suction-back passage is surrounded by: the cleaner case ; a pair of projecting walls formed so as to be integrated with the cleaner case ; characterized by a closing member which is in contact with tip ends of the pair of projecting walls , and the cleaner case ; a pair of projecting walls formed so as to be integrated with the cleaner case ; characterized by a closing member which is in contact with tip ends of the pair of projecting walls , and the closing member is formed by the blow-back suppression plate attached to the cleaner case .
Ironing device for ironing laundry to be ironed , comprising: - a heated ironing bed , preferably formed between at least one ironing roller and at least one trough ; - a supply conveyor bed for conveying the laundry to be ironed to the ironing bed ; - a discharge conveyor bed for conveying the laundry to be ironed away from the ironing bed ; - a preheater for preheating the laundry to be ironed on the supply conveyor bed ; - a heat recovery device for recovering heat emanating from the laundry to be ironed on the discharge conveyor bed ; - a heat transfer device for transferring heat (Q) from the heat recovery device to the preheater ; and characterized in that : the heat recovery device is configured for accommodating an air stream or gas stream over and/or through the laundry to be ironed , preferably the laundry to be ironed on the discharge conveyor bed ; wherein the preheater is configured for accommodating an air stream or gas stream over and/or through the laundry to be ironed , preferably the laundry to be ironed on the supply conveyor bed ; and wherein the heat transfer device comprises an air duct configured for supplying to the preheater at least some of the air stream or the gas stream over and/or through the laundry to be ironed from the heat recovery device . - a heated ironing bed , preferably formed between at least one ironing roller and at least one trough ; - a supply conveyor bed for conveying the laundry to be ironed to the ironing bed ; - a discharge conveyor bed for conveying the laundry to be ironed away from the ironing bed ; - a preheater for preheating the laundry to be ironed on the supply conveyor bed ; - a heat recovery device for recovering heat emanating from the laundry to be ironed on the discharge conveyor bed ; - a heat transfer device for transferring heat (Q) from the heat recovery device to the preheater ; the heat recovery device is configured for accommodating an air stream or gas stream over and/or through the laundry to be ironed , preferably the laundry to be ironed on the discharge conveyor bed ; wherein the preheater is configured for accommodating an air stream or gas stream over and/or through the laundry to be ironed , preferably the laundry to be ironed on the supply conveyor bed ; and wherein the heat transfer device comprises an air duct configured for supplying to the preheater at least some of the air stream or the gas stream over and/or through the laundry to be ironed from the heat recovery device .
A method of forming a wear resistant component, comprising the steps of: thermal spraying a powder metal material, wherein the powder metal material consists of 3.0 to 7.0 wt. % carbon, 10.0 to 25.0 wt. % chromium, 1.0 to 5.0 wt. % tungsten, 3.5 to 7.0 wt. % vanadium, 1.0 to 5.0 wt. % molybdenum, not greater than 0.5 wt. % oxygen, and the balance being iron and impurities, based on the total weight of the powder metal composition.
A method of providing a liquid reagent in an automated clinical analyzer, the method, comprising: aspirating a gas slug into a probe ; aspirating a reagent slug into the probe from a reagent container , the reagent slug being contained entirely within an interior of the probe ; and dispensing the reagent slug back into the reagent container , wherein a volume of the reagent slug is greater than 10 μL but less than an interior volume of the probe and an aspirator/dispenser unit is coupled to the probe by a length of a tubing , wherein only rinsing fluid is contained in the tubing. aspirating a gas slug into a probe ; aspirating a reagent slug into the probe from a reagent container , the reagent slug being contained entirely within an interior of the probe ; and dispensing the reagent slug back into the reagent container , wherein a volume of the reagent slug is greater than 10 μL but less than an interior volume of the probe and an aspirator/dispenser unit is coupled to the probe by a length of a tubing , wherein only rinsing fluid is contained in the tubing.
A containment and sensory stimulation system for premature babies, said system comprising: - a rest and sensory stimulation base , whose rest surface (S) for the baby's rest has an upward and downward movement (M); and - a containment side which perimetrally surrounds the rest and sensory stimulation base for the baby's containment; - reusable joining elements ; wherein said rest and sensory stimulation base and said containment side have a modular character allowing the engagement and disengagement of both components by said reusable joining elements , characterised in that the rest and sensory stimulation base comprises a rest mattress on which the rest surface (S) is located; and a sensory mattress base on which the rest mattress is arranged , and in that the rest and sensory stimulation base also comprises an enveloping cover laterally enveloping the rest mattress and the sensory mattress base . - a rest and sensory stimulation base , whose rest surface (S) for the baby's rest has an upward and downward movement (M); and - a containment side which perimetrally surrounds the rest and sensory stimulation base for the baby's containment; - reusable joining elements ;
An isolated antibody or fragment thereof that binds to PD-L1, wherein the antibody or fragment thereof comprises a heavy chain variable region comprising an amino acid sequence of SEQ ID NO: 42; and a light chain variable region comprising an amino acid sequence of SEQ ID NO: 44.