mhurhangee/patent-ind-claim-en huggingface dataset:
Beverage distribution disposition adapted for preparing beverages by means of a pressurized fluid flow through an individual portion of an edible portion, said beverage distribution disposition comprising: - an envelope casing presenting a portion configured in a handgrip shape so that can be handheld; - a fluid connection adapted for connection of a pressurized fluid line that provides fluid connection with an upstream source of supply of pressurized fluid; - a beverage discharge , - a portion collection disposition adapted for collecting an individual portion of said edible substance, for example provided inside of a capsule, and disposed downstream of said first fluid connection and upstream of said beverage discharge , - a closing disposition adapted so that provides actuation of said portion collection disposition by means of a closing element provided so that can be moved in swivelling movement relative to said envelope casing , between an open position where said portion collection disposition is open, and a closed position where said portion collection disposition is closed in a liquid-tight manner, characterized in that said disposition further presents: - an actuation disposition including a start actuation element adapted so that can provide start of the beverage preparation cycle, whereby said start actuation element is arranged so that can be actuated by the same hand that holds said envelope casing and is configured in trigger-like, button-like, or similar shape, so that can be actuated by a single finger, whereby the actuation of the closing disposition and the actuation of the actuation disposition can be carried out by a user with the same hand that holds said disposition . - an envelope casing presenting a portion configured in a handgrip shape so that can be handheld; - a fluid connection adapted for connection of a pressurized fluid line that provides fluid connection with an upstream source of supply of pressurized fluid; - a beverage discharge , - a portion collection disposition adapted for collecting an individual portion of said edible substance, for example provided inside of a capsule, and disposed downstream of said first fluid connection and upstream of said beverage discharge , - a closing disposition adapted so that provides actuation of said portion collection disposition by means of a closing element provided so that can be moved in swivelling movement relative to said envelope casing , between an open position where said portion collection disposition is open, and a closed position where said portion collection disposition is closed in a liquid-tight manner, - an actuation disposition including a start actuation element adapted so that can provide start of the beverage preparation cycle, whereby said start actuation element is arranged so that can be actuated by the same hand that holds said envelope casing and is configured in trigger-like, button-like, or similar shape, so that can be actuated by a single finger,
An electrosurgical instrument , comprising: a housing ; an elongated shaft extending from the housing and having a pair of opposing jaw members disposed at a distal end thereof, each of the jaw members including an electrically conductive sealing surface configured to deliver energy to tissue; a trigger operably coupled to the housing; a knife operably coupled to the trigger such that actuation of the trigger translates the knife distally through a knife channel extending through at least one of the jaw members; a handle assembly operably coupled to the housing and including a movable handle configured to move relative to the housing to effect movement of the jaw members between an open position and a closed position; and characterised by a switch disposed on the housing and configured to be depressed by the movable handle when the jaw members are in the closed position to control a supply of electrosurgical energy from an electrosurgical energy source to each of the electrically conductive sealing surfaceswherein the switch is configured to be depressed to a first threshold corresponding to a grasping of tissue and to be further depressed to a second threshold to activate a supply of electrosurgical energy to each of the electrically conductive sealing surfaceswherein the switch is configured to generate a first tactile response when the switch is depressed to the first threshold and a second tactile response when the switch is depressed to the second threshold. a housing ; an elongated shaft extending from the housing and having a pair of opposing jaw members disposed at a distal end thereof, each of the jaw members including an electrically conductive sealing surface configured to deliver energy to tissue; a trigger operably coupled to the housing; a knife operably coupled to the trigger such that actuation of the trigger translates the knife distally through a knife channel extending through at least one of the jaw members; a handle assembly operably coupled to the housing and including a movable handle configured to move relative to the housing to effect movement of the jaw members between an open position and a closed position; and characterised by a switch disposed on the housing and configured to be depressed by the movable handle when the jaw members are in the closed position to control a supply of electrosurgical energy from an electrosurgical energy source to each of the electrically conductive sealing surfaceswherein the switch is configured to be depressed to a first threshold corresponding to a grasping of tissue and to be further depressed to a second threshold to activate a supply of electrosurgical energy to each of the electrically conductive sealing surfaceswherein the switch is configured to generate a first tactile response when the switch is depressed to the first threshold and a second tactile response when the switch is depressed to the second threshold.
A method (1100; 1200) comprising: generating (1102; 1202) a baseband information signal by mixing a received modulated carrier signal with a local oscillator signal having a local oscillator frequency, the modulated carrier signal being an in-phase signal and quadrature signal uncorrelated with each other; obtaining (1104; 1204) baseband signal samples of the baseband information signal having an in-phase signal sample and a quadrature signal sample; determining (1106; 1206) an offset frequency rotation based on an estimated correlation between the in-phase signal samples and the quadrature signal samples; and, processing (1108; 1208) the baseband information signal using the offset frequency rotation, wherein the received modulated carrier signal is a quadrature-modulated signal with arbitrary orthogonal in-phase and quadrature signal components. generating (1102; 1202) a baseband information signal by mixing a received modulated carrier signal with a local oscillator signal having a local oscillator frequency, the modulated carrier signal being an in-phase signal and quadrature signal uncorrelated with each other; obtaining (1104; 1204) baseband signal samples of the baseband information signal having an in-phase signal sample and a quadrature signal sample; determining (1106; 1206) an offset frequency rotation based on an estimated correlation between the in-phase signal samples and the quadrature signal samples; and, processing (1108; 1208) the baseband information signal using the offset frequency rotation, wherein the received modulated carrier signal is a quadrature-modulated signal with arbitrary orthogonal in-phase and quadrature signal components.
An electrical box assembly comprising: an electrical box having a cable opening for receiving an electrical cable ; a flexible cable retainer mounted within said electrical box and aligned with the cable opening in the electrical box to define a cable passage, said flexible cable retainer overlying at least a portion of the cable opening in the electrical box; and a front wall coupled to said electrical box and spaced from said flexible cable retainer for contacting the cable, said front wall having an opening to allow wires from the cable to pass through; characterized in that said cable retainer has a first leg extending across the cable opening and a second leg overlying said cable opening, said first and second legs each having a bottom surface for gripping an outer surface of a cable passing through the cable opening and wherein said first leg is substantially parallel to said second leg and in that said first leg and second leg have different lengths. an electrical box having a cable opening for receiving an electrical cable ; a flexible cable retainer mounted within said electrical box and aligned with the cable opening in the electrical box to define a cable passage, said flexible cable retainer overlying at least a portion of the cable opening in the electrical box; and a front wall coupled to said electrical box and spaced from said flexible cable retainer for contacting the cable, said front wall having an opening to allow wires from the cable to pass through; characterized in that said cable retainer has a first leg extending across the cable opening and a second leg overlying said cable opening, said first and second legs each having a bottom surface for gripping an outer surface of a cable passing through the cable opening and wherein said first leg is substantially parallel to said second leg and in that said first leg and second leg have different lengths.
Method of customizing and manufacturing tooling for preparing an osteotomy for receiving a dental implant, the method comprising the steps of: - receiving scan data modeling a planned position of the osteotomy and surrounding jaw bone area; - generating on the basis of the scan data a virtual implant model of the dental implant; - generating a virtual tooling model of the tooling on basis of the virtual implant model; - computer aided manufacturing of the tooling on the basis of the virtual tooling model. - receiving scan data modeling a planned position of the osteotomy and surrounding jaw bone area; - generating on the basis of the scan data a virtual implant model of the dental implant; - generating a virtual tooling model of the tooling on basis of the virtual implant model; - computer aided manufacturing of the tooling on the basis of the virtual tooling model.
A vacuum condition controlling apparatus , wherein a top of the apparatus is connectable to an electron beam generation instrument, the apparatus is rotationally symmetric, characterized in that , the apparatus comprises: a central channel , a first pumping channel connected to an external first pumping system, a gas supplying chamber connected to an external gas supplying system, and at least one second pumping chamber connected to an external second pumping system, the central channel , the first pumping channel , the gas supplying chamber , and the at least one second pumping chamber being deployed successively outward from the central axis ; wherein a pressure limiting aperture is deployed at an outlet of the central channel , for keeping a pressure difference between the central channel and an external environment, and allowing an electron beam generated from the electron beam generating instrument to pass through and impinge a specimen to be tested; wherein the first pumping channel is connected to the central channel , and is used for pumping the central channel ; wherein a first gas outlet is deployed at bottom of the gas supplying chamber , a top of the gas supplying chamber is connected to a gas supplying channel for supplying gas to an area between the specimen to be tested and the apparatus via the gas supplying chamber ; and wherein a second gas outlet is deployed at bottom of the second pumping chamber , a top of the second pumping chamber is connected to one end of the second pumping channel , another end of the second pumping channel is connected to the second pumping system for pumping the area between the specimen to be tested and the apparatus via the at least one second pumping chamber .
A method of producing edible film having a predetermined film shape, the method comprising: kneading edible powder formed of particles smaller than a film thickness, a predetermined component, and an edible liquid having a mass 35% or less of a mass of the powder to generate a plastic solid material containing the liquid; extruding the solid material from a mold to plastically deform the solid material and imparting a predetermined cross-sectional shape to the solid material ; slicing the solid material having the predetermined cross-sectional shape with a cutting edge so as to have the film shape having a predetermined thickness; and causing the solid material after the slice to pass through a clearance (d2) between the cutting edge and a restricting member having a surface along the cutting edge at the slice with the cutting edge . kneading edible powder formed of particles smaller than a film thickness, a predetermined component, and an edible liquid having a mass 35% or less of a mass of the powder to generate a plastic solid material containing the liquid; extruding the solid material from a mold to plastically deform the solid material and imparting a predetermined cross-sectional shape to the solid material ; slicing the solid material having the predetermined cross-sectional shape with a cutting edge so as to have the film shape having a predetermined thickness; and causing the solid material after the slice to pass through a clearance (d2) between the cutting edge and a restricting member having a surface along the cutting edge at the slice with the cutting edge .
A vehicle underbody cover comprising: a central layer ; and coating layers arranged on both surfaces of the central layer , wherein the central layer includes: a first fibrous particle; a second fibrous particle; and a binding material for binding the first fibrous particle and the second fibrous particle, characterised in that , the first fibrous particle and the second fibrous particle are bound by the binding material so as to form an irregular network structure including pores, the first fibrous particle is an inorganic fiber or an organic fiber, the second fibrous particle includes a first thermoplastic resin, the binding material includes a second thermoplastic resin, a melting point of the first thermoplastic resin is higher than a melting point of the second thermoplastic resin; wherein in the central layer , a weight ratio of a content of the first fibrous particle to the sum of contents of the second fibrous particle and the binding material is from 20 : 80 to 60 : 40; and wherein the first thermoplastic resin has a specific gravity of more than 1. a central layer ; and coating layers arranged on both surfaces of the central layer , wherein the central layer includes: a first fibrous particle; a second fibrous particle; and a binding material for binding the first fibrous particle and the second fibrous particle, characterised in that , the first fibrous particle and the second fibrous particle are bound by the binding material so as to form an irregular network structure including pores, the first fibrous particle is an inorganic fiber or an organic fiber, the second fibrous particle includes a first thermoplastic resin, the binding material includes a second thermoplastic resin, a melting point of the first thermoplastic resin is higher than a melting point of the second thermoplastic resin; wherein in the central layer , a weight ratio of a content of the first fibrous particle to the sum of contents of the second fibrous particle and the binding material is from 20 : 80 to 60 : 40; and wherein the first thermoplastic resin has a specific gravity of more than 1.
A merchandise display system comprising: a pusher structure slidably-coupled to a track ; the pusher structure comprising a lock arm configured to selectively engage with a ratchet rack to allow for selective unidirectional motion of the pusher structure along the track upon application of a manual force to a pusher face of the pusher structure ; and a pull strip usable to selectively disengage the ratchet rack from the lock arm to allow for bidirectional sliding of the pusher structure along the track ; whereby to allow for displayed products to be moved towards a front of a display shelf of the merchandise display system or to allow for products to be reloaded into the merchandise display system. a pusher structure slidably-coupled to a track ; the pusher structure comprising a lock arm configured to selectively engage with a ratchet rack to allow for selective unidirectional motion of the pusher structure along the track upon application of a manual force to a pusher face of the pusher structure ; and a pull strip usable to selectively disengage the ratchet rack from the lock arm to allow for bidirectional sliding of the pusher structure along the track ; whereby to allow for displayed products to be moved towards a front of a display shelf of the merchandise display system or to allow for products to be reloaded into the merchandise display system.
A connection system for a marine drilling riser having one or more auxiliary lines , the connection system comprising: a moveable coupling member (30; 130) having at least one first connector and at least one second connector coupled to the at least one first connector, wherein the at least one second connector is adapted for engaging with at least one connector of an auxiliary line of the one or more auxiliary lines of the marine drilling riser; the connection system further comprising a control line support for fixing at or adjacent an outer surface of the marine drilling riser; a flexible control line supported by the control line support and for attachment to the moveable coupling member; and a flexible tailing line for attachment to the moveable coupling member; the control line and tailing line being provided for controlling movement of the moveable coupling member towards and away from the riser. a moveable coupling member (30; 130) having at least one first connector and at least one second connector coupled to the at least one first connector, wherein the at least one second connector is adapted for engaging with at least one connector of an auxiliary line of the one or more auxiliary lines of the marine drilling riser; the connection system further comprising a control line support for fixing at or adjacent an outer surface of the marine drilling riser; a flexible control line supported by the control line support and for attachment to the moveable coupling member; and a flexible tailing line for attachment to the moveable coupling member; the control line and tailing line being provided for controlling movement of the moveable coupling member towards and away from the riser.
A method for fusing a secondary image captured by a high definition camera, said high definition camera providing 3D information available for the secondary image, with a main panoramic image captured by a panoramic capture set-up, said secondary image containing a more detailed view of one or more objects of interest of a selected region in the main panoramic image , the method comprising: - retrieving a 3D structure of objects contained in the secondary image by using said 3D information available for the secondary image; - determining a camera pose, which minimizes a projection error between the main panoramic image and a projection of the retrieved 3D structure according to said camera pose; - generating a parallax-corrected version of the secondary image , which matches the perspective in the main panoramic image by warping the more detailed view of the secondary image based on the determined camera pose; and - fusing said parallax-corrected version of the secondary image with said main panoramic image by replacing a content inside silhouettes of said objects in the main panoramic image by a content of the parallax-corrected version of the secondary image . - retrieving a 3D structure of objects contained in the secondary image by using said 3D information available for the secondary image; - determining a camera pose, which minimizes a projection error between the main panoramic image and a projection of the retrieved 3D structure according to said camera pose; - generating a parallax-corrected version of the secondary image , which matches the perspective in the main panoramic image by warping the more detailed view of the secondary image based on the determined camera pose; and - fusing said parallax-corrected version of the secondary image with said main panoramic image by replacing a content inside silhouettes of said objects in the main panoramic image by a content of the parallax-corrected version of the secondary image .
Wind turbine rotor blade, comprising an at least partially hollow blade body extending from a root to a tip , which blade body is provided with at least one drain hole connecting the hollow inner with the outer surrounding for draining accumulated water from the inner to the surrounding through the drain hole , which drain hole is positioned in an area close to the tip , characterised in that the drain hole is closed with a removable plug-like closing means having at least one drain bore for draining the water, wherein the plug-like closing means has at least one engagement means engaging with the blade body for fixing the closing means in the drain hole .
A liquid supply member comprising: a first member ; a second member ; and a damper member disposed between the first member and the second member, wherein the first member is a member configured to form a liquid chamber for storing a liquid to be supplied to a discharge port for discharging the liquid, wherein the damper member is a flexible member configured to form the liquid chamber together with the first member, wherein the second member is a member configured to form an atmosphere communication chamber communicating with an ambient atmosphere at a position between the damper member and the second member and opposing the liquid chamber with the damper member in between, and wherein a protrusion portion is formed on a surface of the second member and characterized in that the protrusion portion faces the atmosphere communication chamber at a position corresponding to a central part of the damper member, the protrusion portion protruding toward the damper member beyond a connection surface between the damper member and the second member. a first member ; a second member ; and a damper member disposed between the first member and the second member, wherein the first member is a member configured to form a liquid chamber for storing a liquid to be supplied to a discharge port for discharging the liquid, wherein the damper member is a flexible member configured to form the liquid chamber together with the first member, wherein the second member is a member configured to form an atmosphere communication chamber communicating with an ambient atmosphere at a position between the damper member and the second member and opposing the liquid chamber with the damper member in between, and wherein a protrusion portion is formed on a surface of the second member and characterized in that the protrusion portion faces the atmosphere communication chamber at a position corresponding to a central part of the damper member, the protrusion portion protruding toward the damper member beyond a connection surface between the damper member and the second member.