mhurhangee/patent-ind-claim-en huggingface dataset:
Door lock for an electrical household appliance, comprising a rotatably mounted rotary gripper which, when a door of the household appliance is closed, moves from an open rotational position into a closed rotational position and, in the closed rotational position, holds a closing body , which approaches the rotary gripper relatively when the door is closed, in order to keep the door closed, a movably arranged, in particular rectilinearly guided locking element which, when the door is closed, moves out of a standby position in which the locking element is supported on the rotary gripper , moves under the effect of a spring bias into a locking position in which the locking element blocks the rotary gripper against rotation into the open rotational position, wherein the locking element is supported on the closing body in the locking position when the door is closed, wherein the locking element is arranged for a movement starting from the standby position beyond the locking position into an fault position, wherein in the closed rotational position of the rotary gripper the spring bias urges the locking element into the fault position in the absence of the closing body , characterised in that , the movement of the locking element from the locking position into the fault position forces a defined switching state of at least one electrical switch and in particular of two electrical switches , wherein the at least one switch comprises a switch which executes a switching state change depending on the production of a blocking of the locking element against movement from the locking position into the standby position.
A pressure vessel , comprising: at least one pair of side bulkheads spaced apart from each other and each having a bulkhead top portion ; at least one substantially flat panel having at least one panel span extending between the pair of side bulkheads and being in non-contacting proximity to the bulkhead top portions, the panel and the side bulkheads collectively forming at least a portion of a structural assembly enclosing the pressure vessel; and a first plurality of panel braces coupling each of the side bulkheads to the panel at a corresponding first plurality of panel attachment nodes distributed along the panel span, at least two of the panel braces of the first plurality of panel braces having a different axial stiffness configured to result in an outward deflection of the first plurality of panel attachment nodes by substantially equal deflection amounts when the panel is subjected to an out-of-plane pressure load during internal pressurization of the pressure vessel. at least one pair of side bulkheads spaced apart from each other and each having a bulkhead top portion ; at least one substantially flat panel having at least one panel span extending between the pair of side bulkheads and being in non-contacting proximity to the bulkhead top portions, the panel and the side bulkheads collectively forming at least a portion of a structural assembly enclosing the pressure vessel; and a first plurality of panel braces coupling each of the side bulkheads to the panel at a corresponding first plurality of panel attachment nodes distributed along the panel span, at least two of the panel braces of the first plurality of panel braces having a different axial stiffness configured to result in an outward deflection of the first plurality of panel attachment nodes by substantially equal deflection amounts when the panel is subjected to an out-of-plane pressure load during internal pressurization of the pressure vessel.
A method for identifying and controlling remote user equipment on a network side, comprising: receiving , by a session management device, an N4 interface message from a user plane function, UPF, wherein the N4 interface message comprises a Media Access Control, MAC, address of the remote user equipment; generating , by the session management device based on the MAC address of the remote user equipment, a policy related to the remote user equipment, wherein the policy comprises the MAC address of the remote user equipment; and sending , by the session management device, the policy to the UPF, wherein the policy is used by the UPF to perform service control on the remote user equipment, wherein the policy further comprises: a packet probing parameter, wherein the packet probing parameter comprises the MAC address of the remote user equipment, and the packet probing parameter is used by the UPF to match the MAC address in the packet probing parameter with a layer 2 MAC address in a received user plane packet, to identify a packet from the remote user equipment. receiving , by a session management device, an N4 interface message from a user plane function, UPF, wherein the N4 interface message comprises a Media Access Control, MAC, address of the remote user equipment; generating , by the session management device based on the MAC address of the remote user equipment, a policy related to the remote user equipment, wherein the policy comprises the MAC address of the remote user equipment; and sending , by the session management device, the policy to the UPF, wherein the policy is used by the UPF to perform service control on the remote user equipment, wherein the policy further comprises: a packet probing parameter, wherein the packet probing parameter comprises the MAC address of the remote user equipment, and the packet probing parameter is used by the UPF to match the MAC address in the packet probing parameter with a layer 2 MAC address in a received user plane packet, to identify a packet from the remote user equipment.
A system for determining the concentration of at least one analyte in a fluid sample, the system comprising: a conversion chamber adapted for altering the chemical state of the at least one analyte in the fluid sample to produce a chemically altered analyte; and a test strip comprising: a base substrate; a first electrode pair disposed over the substrate; an active sensing chemistry in electrical communication with the first electrode pair, wherein the sensing chemistry is a coffee ring shape bridging the first electrode pair, wherein the sensing chemistry is responsive to the chemically altered analyte, and wherein the sensing chemistry forms an irreversible chemical bond with the chemically altered analyte. a conversion chamber adapted for altering the chemical state of the at least one analyte in the fluid sample to produce a chemically altered analyte; and a test strip comprising: a base substrate; a first electrode pair disposed over the substrate; an active sensing chemistry in electrical communication with the first electrode pair, wherein the sensing chemistry is a coffee ring shape bridging the first electrode pair, wherein the sensing chemistry is responsive to the chemically altered analyte, and wherein the sensing chemistry forms an irreversible chemical bond with the chemically altered analyte. a base substrate; a first electrode pair disposed over the substrate; an active sensing chemistry in electrical communication with the first electrode pair, wherein the sensing chemistry is a coffee ring shape bridging the first electrode pair, wherein the sensing chemistry is responsive to the chemically altered analyte, and wherein the sensing chemistry forms an irreversible chemical bond with the chemically altered analyte.
A process for manufacturing loaded porous silica particles comprising at least one bioactive compound, comprising the steps of a) providing the silica particles, whereby the silica particles have a pore size between 1 and 100 nm, a pore volume between 0.1 and 3 cm 3 /g and a surface area between 40 and 1200 m 2 /g as measured by nitrogen adsorption isotherm and calculated using BET (Brunauer-Emmett-Teller) model to calculate the pore volume and pore size, b) separating the particles to obtain particles having a mass median aerodynamic diameter (MMAD) between 0.5 and 15 μm with a geometric standard deviation (D 84.1 /D 15.9 ) 1/2 (GSD) less than 2.5, c) loading the obtained particles with at least one bioactive compound, wherein the bioactive compound is a crystalline, or an amorphous or an oily compound, and - optionally loading the particles with an additional bioactive compound. a) providing the silica particles, whereby the silica particles have a pore size between 1 and 100 nm, a pore volume between 0.1 and 3 cm 3 /g and a surface area between 40 and 1200 m 2 /g as measured by nitrogen adsorption isotherm and calculated using BET (Brunauer-Emmett-Teller) model to calculate the pore volume and pore size, b) separating the particles to obtain particles having a mass median aerodynamic diameter (MMAD) between 0.5 and 15 μm with a geometric standard deviation (D 84.1 /D 15.9 ) 1/2 (GSD) less than 2.5, c) loading the obtained particles with at least one bioactive compound, wherein the bioactive compound is a crystalline, or an amorphous or an oily compound, and
A turbomachine with a longitudinal axis (X), comprising two, respectively upstream and downstream , coaxial outer propellers , at least some of the blades of the upstream propeller comprising at least one internal air circulation chimney that communicates on the one hand with air-bleeding orifices in the boundary layers of the blades , and communicates on the other hand with air outflow orifices on the radially outer end thereof, characterised in that the air-bleeding orifices open at the orifice inlets on the suction sides of the blades , the inlets of the air-bleeding orifices being radially arranged only in an area (H1) contained between 10% and 45% of the radial dimension (H2) of the blades , measured above and from the radial height of the blades for which the tangent of the leading edge of the blades is orthogonal to the longitudinal axis (X), the inlets of the air-bleeding orifices being arranged only in an area (L1) contained between 0% and 30% of the local chord (L2) of the blades , measured at the level of said inlets and from the leading edges of the blades .
An apparatus for preparing and dispensing a single dose of a food product comprising: - means for feeding a solvent liquid having at least one duct for dispensing the liquid; - a cavity for housing a single-dose unit of a food product comprising an inlet connected to the duct for dispensing the liquid designed for feeding the liquid to the single-dose unit ; the cavity having at least one first transfer duct for transferring the product-liquid mixture; - a unit or chamber for cooling the mixture fed by the first transfer duct inside the cooling unit; - a unit for dispensing the product formed inside the cooling unit connected to the same unit, for dispensing the product formed in a single dose, wherein the feeding means have a supply pipe which can be connected directly to water mains or a tank for containing the solvent liquid, characterised in that the apparatus comprises heating means positioned along the duct for dispensing the liquid, for heating the liquid flowing inside the duct , and the apparatus further comprises selector means , associated with the cavity , for housing the single-dose unit and able to control the transfer of the mixture of product towards a second transfer duct distinct from the first transfer duct . - means for feeding a solvent liquid having at least one duct for dispensing the liquid; - a cavity for housing a single-dose unit of a food product comprising an inlet connected to the duct for dispensing the liquid designed for feeding the liquid to the single-dose unit ; the cavity having at least one first transfer duct for transferring the product-liquid mixture; - a unit or chamber for cooling the mixture fed by the first transfer duct inside the cooling unit; - a unit for dispensing the product formed inside the cooling unit connected to the same unit, for dispensing the product formed in a single dose,
Device comprising an x-ray unit (R) for producing x-ray recordings of an object (PT), wherein the x-ray unit (R) can be aligned with the object (PT) using an alignable positioning unit (P), furthermore an ultrasound unit (US) is provided for producing ultrasound recordings of the object (PT), wherein the ultrasound unit (US) can be fastened with a coupling unit (KE) to the x-ray unit (R) and aligned with the object (PT), characterised in that when a predeterminable contact pressure of the ultrasound unit (US) on the object (PT) to be examined is exceeded, the coupling unit (KE) becomes separated from the x-ray unit (R).
A method of controlling a consumer electronic appliance through a mobile terminal , the method comprising: receiving device information of the consumer electronic appliance at the mobile terminal using near field communication, NFC, between the mobile terminal and the consumer electronic appliance , the device information comprising at least one of an identifier of the consumer electronic appliance and an operational capability of the consumer electronic appliance ; receiving product information of a product at the mobile terminal using near field communication, NFC, between the mobile terminal and the product , the product information comprising at least one of an identifier of the product , processing information for the product, and a property of the product; obtaining a command that controls the consumer electronic appliance to perform a process on the product based on the device information and the product information; and providing the command to the consumer electronic appliance for causing the consumer electronic appliance to perform the process on the product , wherein the obtaining comprises: transmitting the device information and the product information from the mobile terminal to a server ; and receiving the command from the server . receiving device information of the consumer electronic appliance at the mobile terminal using near field communication, NFC, between the mobile terminal and the consumer electronic appliance , the device information comprising at least one of an identifier of the consumer electronic appliance and an operational capability of the consumer electronic appliance ; receiving product information of a product at the mobile terminal using near field communication, NFC, between the mobile terminal and the product , the product information comprising at least one of an identifier of the product , processing information for the product, and a property of the product; obtaining a command that controls the consumer electronic appliance to perform a process on the product based on the device information and the product information; and providing the command to the consumer electronic appliance for causing the consumer electronic appliance to perform the process on the product , wherein the obtaining comprises: transmitting the device information and the product information from the mobile terminal to a server ; and receiving the command from the server . transmitting the device information and the product information from the mobile terminal to a server ; and receiving the command from the server .
An optical gas sensing apparatus comprising: an explosion-rated device electronics enclosure ; device electronics disposed within the device electronics enclosure; an explosion-rated sensing enclosure being operably coupled to the explosion-rated device electronics enclosure by an explosion-rated feed-through ; a light source disposed within the sensing enclosure and being operably coupled to the device electronics via the feed-through; a light detector disposed within the sensing enclosure and being operably coupled to the device electronics via the feed-through; and a reflector disposed outside of the sensing enclosure; wherein the sensing enclosure has a light transmitting element arranged to allow light from the light source to pass out of the sensing enclosure into a gas volume between the sensing enclosure and the reflector and light from the light source that has been reflected by said reflector to pass back into the sensing enclosure onto the light detector; and wherein an internal volume of the sensing enclosure is equal to or less than about one fiftieth of a volume of the explosion-rated device electronics enclosure. an explosion-rated device electronics enclosure ; device electronics disposed within the device electronics enclosure; an explosion-rated sensing enclosure being operably coupled to the explosion-rated device electronics enclosure by an explosion-rated feed-through ; a light source disposed within the sensing enclosure and being operably coupled to the device electronics via the feed-through; a light detector disposed within the sensing enclosure and being operably coupled to the device electronics via the feed-through; and a reflector disposed outside of the sensing enclosure; wherein the sensing enclosure has a light transmitting element arranged to allow light from the light source to pass out of the sensing enclosure into a gas volume between the sensing enclosure and the reflector and light from the light source that has been reflected by said reflector to pass back into the sensing enclosure onto the light detector; and wherein an internal volume of the sensing enclosure is equal to or less than about one fiftieth of a volume of the explosion-rated device electronics enclosure.
Dietary fibre preparation that is produced from the flesh of macauba fruit and has - a dietary fibre content of more than 25% by mass, preferably more than 30% by mass, determined according to the AOAC International reference method 991.43, - a fat content lower than 20% by mass, preferably lower than 10% by mass, - a water content lower than 20% by mass, preferably lower than 15% by mass, and - a bright colour with a L* value, determined according to CIE-L*a*b* colorimetry, greater than 84, - wherein a content of alcohol-water soluble substances in the dietary fibre preparation constitutes less than 40% relative to the mass of the preparation. - a dietary fibre content of more than 25% by mass, preferably more than 30% by mass, determined according to the AOAC International reference method 991.43, - a fat content lower than 20% by mass, preferably lower than 10% by mass, - a water content lower than 20% by mass, preferably lower than 15% by mass, and - a bright colour with a L* value, determined according to CIE-L*a*b* colorimetry, greater than 84, - wherein a content of alcohol-water soluble substances in the dietary fibre preparation constitutes less than 40% relative to the mass of the preparation.
A tilt mechanism for a chair, configured to effect a coordinated movement of a chair seat and chair back , said tilt mechanism comprising: a base , a first support configured to support a chair seat , a second support configured to support a chair back and pivotably coupled to said base , a coupling mechanism comprising a pin attached to the first support, characterized in that the pin is directly attached to the first support , and the coupling mechanism further comprises a first linear guide slot provided on said base , a second linear guide slot provided on said second support , wherein said pin is slideably received in both said first linear guide slot and said second linear guide slot , and wherein said second linear guide slot slopes upwardly in a forward direction of said tilt mechanism when said tilt mechanism is in a zero-tilt position, wherein the forward direction refers to a direction moving away from the chair back and in front of a chair occupant along an axis which extends parallel to a flat support surface beneath the chair, to drive said pin along said first linear guide slot when said second support pivots relative to said base . a base , a first support configured to support a chair seat , a second support configured to support a chair back and pivotably coupled to said base , a coupling mechanism comprising a pin attached to the first support, characterized in that the pin is directly attached to the first support , and the coupling mechanism further comprises a first linear guide slot provided on said base , a second linear guide slot provided on said second support , wherein said pin is slideably received in both said first linear guide slot and said second linear guide slot , and wherein said second linear guide slot slopes upwardly in a forward direction of said tilt mechanism when said tilt mechanism is in a zero-tilt position, wherein the forward direction refers to a direction moving away from the chair back and in front of a chair occupant along an axis which extends parallel to a flat support surface beneath the chair, to drive said pin along said first linear guide slot when said second support pivots relative to said base . a first linear guide slot provided on said base , a second linear guide slot provided on said second support , wherein said pin is slideably received in both said first linear guide slot and said second linear guide slot , and wherein said second linear guide slot slopes upwardly in a forward direction of said tilt mechanism when said tilt mechanism is in a zero-tilt position, wherein the forward direction refers to a direction moving away from the chair back and in front of a chair occupant along an axis which extends parallel to a flat support surface beneath the chair, to drive said pin along said first linear guide slot when said second support pivots relative to said base .
An embryonic development analysis device, comprising: circuitry configured to: determine, for each image of a plurality of embryonic development images captured in a time series depicting a plurality of cell stages, a region-of-interest corresponding to an inside portion of an embryo in the image; analyze the plurality of embryonic development images to detect, for each image, a movement within the region-of-interest and a movement of the entire embryo; and control output of at least one movement feature value based on a motion-compensated movement within the region-of-interest for images acquired during a period corresponding to at least two cell stages among the plurality of cell stages, characterized in that the motion-compensated movement is determined based, at least in part, on the detected movement of the entire embryo and the detected movement within the region-of-interest, the motion-compensated movement being determined by deducting movement of the entire embryo in the acquired images. determine, for each image of a plurality of embryonic development images captured in a time series depicting a plurality of cell stages, a region-of-interest corresponding to an inside portion of an embryo in the image; analyze the plurality of embryonic development images to detect, for each image, a movement within the region-of-interest and a movement of the entire embryo; and control output of at least one movement feature value based on a motion-compensated movement within the region-of-interest for images acquired during a period corresponding to at least two cell stages among the plurality of cell stages, characterized in that the motion-compensated movement is determined based, at least in part, on the detected movement of the entire embryo and the detected movement within the region-of-interest, the motion-compensated movement being determined by deducting movement of the entire embryo in the acquired images.