mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus adapted to supply a foam machine with a foam precursor chemical, said apparatus comprising: a first intermediate bulk container having a top opening and a bottom drain and containing a first foam precursor chemical, a first batcher stand comprising an upright tube for receiving the foam precursor chemical from said first intermediate bulk container and containing the foam precursor chemical therein, a first supply line connected to said bottom drain of said first intermediate bulk container and to the tube near a bottom of the tube such that the interior of the tube of the first batcher stand and the container are in fluid communication, a first batcher pump positioned in said first batcher stand such that foam precursor chemical can be drawn upwardly by a suction end of the batcher pump inserted down into the tube of the first batcher stand and expelled into a supply line to the foam machine . a first intermediate bulk container having a top opening and a bottom drain and containing a first foam precursor chemical, a first batcher stand comprising an upright tube for receiving the foam precursor chemical from said first intermediate bulk container and containing the foam precursor chemical therein, a first supply line connected to said bottom drain of said first intermediate bulk container and to the tube near a bottom of the tube such that the interior of the tube of the first batcher stand and the container are in fluid communication, a first batcher pump positioned in said first batcher stand such that foam precursor chemical can be drawn upwardly by a suction end of the batcher pump inserted down into the tube of the first batcher stand and expelled into a supply line to the foam machine .
Horse-riding stirrup comprising: - a stirrup frame which comprises a hooking portion to a stirrup leather , a first side arm and a support arm connected to each other in an incident manner to define a frame compartment engageable by a user's foot; - a support element for the user's foot, fitted to the support arm and shape-coupled with an element seat of said arm; wherein the element seat is delimited by an undercut portion which an optionally tapered portion of the support element is wedged into one side, another portion of said element being constrained to the support arm by means of one or more mechanical fastenings , for example comprising one or more screws, which extend through the thickness of the stirrup frame ; the stirrup being characterised by the fact that the stirrup frame comprises a reinforcement core , preferably metallic, to which a polymer material is co-moulded or over-moulded, said reinforcement core extending from the hooking portion along the first side arm and along at least part of the support arm , and by the fact that said reinforcement core comprises at least one lug projecting towards the frame compartment which delimits in part the undercut portion and which makes an abutment surface to prevent the disengagement of the support element . - a stirrup frame which comprises a hooking portion to a stirrup leather , a first side arm and a support arm connected to each other in an incident manner to define a frame compartment engageable by a user's foot; - a support element for the user's foot, fitted to the support arm and shape-coupled with an element seat of said arm;
A method comprising: capturing media content by an apparatus , wherein the media content comprises one or more videos; characterized in that the method further comprises transferring the media content by the apparatus in accordance with a network-based media processing interface mechanism, wherein the network-based media processing interface mechanism defines a set of stitching input parameters to be transferred along with the media content, the set of stitching input parameters comprises at least one of seam position selection criteria or convergence point selection criteria. capturing media content by an apparatus , wherein the media content comprises one or more videos; characterized in that the method further comprises transferring the media content by the apparatus in accordance with a network-based media processing interface mechanism, wherein the network-based media processing interface mechanism defines a set of stitching input parameters to be transferred along with the media content, the set of stitching input parameters comprises at least one of seam position selection criteria or convergence point selection criteria.
A system for delivering one or more liquids into a preselected array of a plurality wells comprising: a plurality of tubes , each tube having a first end in fluid communication with a reservoir , and a second end terminating in an orifice ; a plurality of the reservoirs , the reservoirs provided in a predetermined configuration relative to one another; a print head operable to movably hold each orifice in a predetermined position such that the position of each orifice corresponds to a well in the preselected array of wells; a plurality of straws , each straw having a hollow opening connecting a first end to a second end, the first end fluidly connected to the first end of a corresponding tube and the second end removably in contact with a bottom portion of a corresponding reservoir; a metering device operable to urge a preselected amount of fluid from the second end of each straw through its corresponding tube, and out its corresponding orifice; an imaging system ; and a computing device ; wherein the imaging system comprises a camera configured to image a bottom surface of the print head, including any drops on the print head and orifices without drops; and wherein the computing device is configured to interface with the imaging system to accept or reject an array of drops on the print head, either prior to or subsequent to transfer to the array of wells. a plurality of tubes , each tube having a first end in fluid communication with a reservoir , and a second end terminating in an orifice ; a plurality of the reservoirs , the reservoirs provided in a predetermined configuration relative to one another; a print head operable to movably hold each orifice in a predetermined position such that the position of each orifice corresponds to a well in the preselected array of wells; a plurality of straws , each straw having a hollow opening connecting a first end to a second end, the first end fluidly connected to the first end of a corresponding tube and the second end removably in contact with a bottom portion of a corresponding reservoir; a metering device operable to urge a preselected amount of fluid from the second end of each straw through its corresponding tube, and out its corresponding orifice; an imaging system ; and
A fluid injection device comprising: a body for coming into contact with an injection site (SI); at least three fluid reservoirs ; an injection needle for penetrating into said injection site (SI) so as to inject therein the contents of one or more reservoir(s) ; a respective priming needle associated with each reservoir for penetrating into said reservoir before dispensing the fluid, each reservoir including a tube that is connected at one end to its priming needle , and at the other end to said injection needle; said device comprising reservoir selector means for selecting one or more reservoirs , the contents of which are to be dispensed during the next actuation, said selector means comprising a rotary member , characterized in that said rotary member is provided with cam means that are adapted to co-operate with the tubes of each reservoir so as to open or close the flow of fluid through each tube , the closing of flow of fluid in a tube and thus the selection of the reservoir(s) to be dispensed during actuation being made by said cam means pinching/flattening said tube(s) to close off said tube(s) and prevent the flow of fluid through said tube(s).
An instrument for driving a bone anchor assembly into bone, comprising: an anchor drive assembly including a first handle and an elongate shaft having a distal tip configured to couple to a bone anchor assembly; and a stylet assembly including a second handle and a stylet extending through the elongate shaft; wherein the instrument has a disengaged position and an engaged position, wherein in the disengaged position the first handle is configured to be decoupled from the elongate shaft such that the first handle is freely rotatable relative to the elongate shaft, and wherein in the engaged position the first handle is configured to be coupled to the elongate shaft such that rotation of the first handle rotates the elongate shaft, and wherein rotation of the first handle is effective to drive the bone anchor assembly into bone only when the instrument is in the engaged position, and rotation of the second handle is effective to cause axial translation of the stylet relative to the elongate shaft, and wherein the second handle includes an outer sleeve and inner sleeve , and wherein the instrument is moved from the disengaged position into the engaged position in response to axial movement of the outer sleeve relative to the inner sleeve. an anchor drive assembly including a first handle and an elongate shaft having a distal tip configured to couple to a bone anchor assembly; and a stylet assembly including a second handle and a stylet extending through the elongate shaft; wherein the instrument has a disengaged position and an engaged position, wherein in the disengaged position the first handle is configured to be decoupled from the elongate shaft such that the first handle is freely rotatable relative to the elongate shaft, and wherein in the engaged position the first handle is configured to be coupled to the elongate shaft such that rotation of the first handle rotates the elongate shaft, and wherein rotation of the first handle is effective to drive the bone anchor assembly into bone only when the instrument is in the engaged position, and rotation of the second handle is effective to cause axial translation of the stylet relative to the elongate shaft, and wherein the second handle includes an outer sleeve and inner sleeve , and wherein the instrument is moved from the disengaged position into the engaged position in response to axial movement of the outer sleeve relative to the inner sleeve.
A method for charging an electronic device, comprising: detecting, via at least one wireless sensor, the location of the electronic device; determining that the electronic device is proximate to a first induction coil of a plurality of induction coils based on the detected location; and in response of detecting that the electronic device is proximate to the first induction coil, causing electrical current to be supplied to the first induction coil to charge the electronic device; characterized in that the plurality of induction coils are disposed in the circumference of a steering wheel. detecting, via at least one wireless sensor, the location of the electronic device; determining that the electronic device is proximate to a first induction coil of a plurality of induction coils based on the detected location; and in response of detecting that the electronic device is proximate to the first induction coil, causing electrical current to be supplied to the first induction coil to charge the electronic device; characterized in that the plurality of induction coils are disposed in the circumference of a steering wheel.
A bleed air duct for carrying bleed air in a turbine engine , the bleed air duct comprising: a metal tubular element , the metal tubular element being configured to convey fluid from a first portion to another portion; wherein the metal tubular element includes both a varying wall thickness and a varying cross-section along at least a portion of a length of the metal tubular element ; wherein the metal tubular element has at least one bend with a radius of curvature that is less than twice a greatest cross-sectional distance of the metal tubular element ; and wherein the bleed air duct further comprises a bellows , wherein the bellows comprises a convolution and one or more grooves provided in an outer wall extending between a first end and a second end , wherein the convolution is formed in the outer wall and helically wraps around the bellows having a greater radius than the remainder of the outer wall , wherein the one or more grooves are formed as a plurality of spaced grooves in the convolution . a metal tubular element , the metal tubular element being configured to convey fluid from a first portion to another portion; wherein the metal tubular element includes both a varying wall thickness and a varying cross-section along at least a portion of a length of the metal tubular element ; wherein the metal tubular element has at least one bend with a radius of curvature that is less than twice a greatest cross-sectional distance of the metal tubular element ; and wherein the bleed air duct further comprises a bellows , wherein the bellows comprises a convolution and one or more grooves provided in an outer wall extending between a first end and a second end , wherein the convolution is formed in the outer wall and helically wraps around the bellows having a greater radius than the remainder of the outer wall , wherein the one or more grooves are formed as a plurality of spaced grooves in the convolution .
An in-vehicle camera lens unit , comprising: a first lens ; a second lens ; a third lens ; a diaphragm ; a fourth lens ; a fifth lens ; and a sixth lens , wherein the first lens , the second lens , the third lens , the diaphragm , the fourth lens , the fifth lens , and the sixth lens being disposed in such an order from an object side to an image side while being held in a holder with a cylindrical shape, wherein the first lens is a positive lens with a meniscus shape having a convex surface facing the object side, the second lens is a negative lens with a meniscus shape having a concave surface facing the image side, the third lens is a lens with a meniscus shape having a concave surface facing the object side, the fourth lens is a lens with convex surfaces facing the object side and the image side, the fifth lens is a lens with concave surfaces facing the object side and the image side, the sixth lens is a lens with convex surfaces facing the object side and the image side, the fifth lens and the sixth lens are a cemented lens , the holder is made of resin, the first lens , the second lens , the fifth lens , and the sixth lens are glass lenses, and one of the third lens and the fourth lens is a plastic lens. a first lens ; a second lens ; a third lens ; a diaphragm ; a fourth lens ; a fifth lens ; and a sixth lens , wherein the first lens , the second lens , the third lens , the diaphragm , the fourth lens , the fifth lens , and the sixth lens being disposed in such an order from an object side to an image side while being held in a holder with a cylindrical shape, wherein the first lens is a positive lens with a meniscus shape having a convex surface facing the object side, the second lens is a negative lens with a meniscus shape having a concave surface facing the image side, the third lens is a lens with a meniscus shape having a concave surface facing the object side, the fourth lens is a lens with convex surfaces facing the object side and the image side, the fifth lens is a lens with concave surfaces facing the object side and the image side, the sixth lens is a lens with convex surfaces facing the object side and the image side, the fifth lens and the sixth lens are a cemented lens , the holder is made of resin, the first lens , the second lens , the fifth lens , and the sixth lens are glass lenses, and one of the third lens and the fourth lens is a plastic lens.
A radio frequency thermal ablation system, comprising: a thermal ablation catheter that comprises an inductive insulated heating coil , wherein the inductance is designed to configure the operating frequency when detecting a parasitic capacitance between winding turns, and enhance the detecting sensitivity; a radio frequency generator that supplies radio frequency power to heat said heating coil ; a winding parasitic capacitance WPC detecting device that monitors the change of the WPC between the insulation heating windings caused by the tubular organ wall approaching the insulated heating windings and/or the coagulation of body fluid during the heating process, wherein said WPC detecting device monitors the change of WPC between said heating coil winding turns by detecting the voltage and current vectors on the heating coil ; a control device that controls the amount of radio frequency power output from said radio frequency generator to said heating coil according to the change of said WPC between the windings detected by said WPC detecting device. a thermal ablation catheter that comprises an inductive insulated heating coil , wherein the inductance is designed to configure the operating frequency when detecting a parasitic capacitance between winding turns, and enhance the detecting sensitivity; a radio frequency generator that supplies radio frequency power to heat said heating coil ; a winding parasitic capacitance WPC detecting device that monitors the change of the WPC between the insulation heating windings caused by the tubular organ wall approaching the insulated heating windings and/or the coagulation of body fluid during the heating process, wherein said WPC detecting device monitors the change of WPC between said heating coil winding turns by detecting the voltage and current vectors on the heating coil ; a control device that controls the amount of radio frequency power output from said radio frequency generator to said heating coil according to the change of said WPC between the windings detected by said WPC detecting device.
A resonator for coupling electromagnetic radiation to a sample on the scale of a quantum object embodying a qubit, the resonator comprising: an electrically conductive member; an opening through the member defining an inductive loop in the member, the sample at least partially receivable within the opening ; and an elongated gap in the member defining a convoluted path having a length between a boundary of the member and the opening, wherein the elongated gap contributes electrical capacitance to the resonator, wherein the convoluted path comprises a plurality of path segments and changes of direction therebetween, and wherein one or more of the changes of direction comprises a reversal of direction.
An exhaust gas purification system for a gasoline engine, comprising in consecutive order the following devices: a first three-way-catalyst (TWC1) coated on a flow-through substrate, a gasoline particulate filter (GPF) and a second three-way-catalyst (TWC2) coated on a flow-through substrate, wherein the oxygen storage capacity (OSC) of the GPF is greater than the OSC of the TWC2, wherein the OSC is determined in mg/l of the volume of the device, and wherein the wash coat load (WCL) of the TWC2 is greater than the WCL of the GPF, wherein the WCL is determined in g/l of the volume of the device. a first three-way-catalyst (TWC1) coated on a flow-through substrate, a gasoline particulate filter (GPF) and a second three-way-catalyst (TWC2) coated on a flow-through substrate, wherein the oxygen storage capacity (OSC) of the GPF is greater than the OSC of the TWC2, wherein the OSC is determined in mg/l of the volume of the device, and wherein the wash coat load (WCL) of the TWC2 is greater than the WCL of the GPF, wherein the WCL is determined in g/l of the volume of the device.
A transmission auxiliary device designed for forwarding an input data stream (a), which can be supplied from a transmission end point, is intended for a reception end point to be reached via a reception auxiliary device and contains successive data packets (a i ), to a plurality of bundled network access lines of different physical line types, namely wireless and wired network access lines, by distributing the data packets (a i ) of the input data stream (a) to the network access lines , wherein the transmission auxiliary device is designed for encapsulating the data packets (a i ) of the input data stream (a) into data packets (A i , B i , C i ) of output data streams (A, B, C) for the network access lines , the transmission auxiliary device being designed for asynchronous bundling of these network access lines which differ in terms of bandwidth and/or delay.
Multipurpose medical image indicator including rubber material and fluorophores, wherein the multipurpose medical image indicator is a form of fluorescent rubber band.
A heat exchanger apparatus comprising: a channel for fluid flow extending between an inlet and an outlet ; a porous layer dividing a first portion of the channel from a second portion of the channel, wherein the porous layer comprises a plurality of pores configured to enable fluid to be transferred from the first portion of the channel to the second portion of the channel; the apparatus is characterized by : a plurality of evaporator structures located within the second portion of the channel wherein the evaporator structures comprise a wicking layer configured to enable evaporation of fluid from the surface of the evaporator structures; an ejector section configured to combine fluid from the first portion of the channel with fluid from the second portion of the channel and provide the combined fluid to the outlet. a channel for fluid flow extending between an inlet and an outlet ; a porous layer dividing a first portion of the channel from a second portion of the channel, wherein the porous layer comprises a plurality of pores configured to enable fluid to be transferred from the first portion of the channel to the second portion of the channel; the apparatus is characterized by : a plurality of evaporator structures located within the second portion of the channel wherein the evaporator structures comprise a wicking layer configured to enable evaporation of fluid from the surface of the evaporator structures; an ejector section configured to combine fluid from the first portion of the channel with fluid from the second portion of the channel and provide the combined fluid to the outlet. a plurality of evaporator structures located within the second portion of the channel wherein the evaporator structures comprise a wicking layer configured to enable evaporation of fluid from the surface of the evaporator structures; an ejector section configured to combine fluid from the first portion of the channel with fluid from the second portion of the channel and provide the combined fluid to the outlet.