mhurhangee/patent-ind-claim-en huggingface dataset:
A motor for use in a pumping system, the motor comprising: a stator wherein the stator contains a motor fluid; a primary rotor assembly configured for rotation within the stator , wherein the primary rotor assembly contains the motor fluid; a primary shaft connected to the primary rotor assembly ; and an internal magnetic coupling assembly inside the stator , wherein the internal magnetic coupling assembly comprises: a secondary rotor assembly configured for rotation within the stator ; a secondary shaft , connected to the secondary rotor assembly ; wherein the secondary rotor assembly is isolated from the motor fluid; characterized by an impermeable liner in contact with an interior surface of the stator ; and a stand off connected to the liner . a stator wherein the stator contains a motor fluid; a primary rotor assembly configured for rotation within the stator , wherein the primary rotor assembly contains the motor fluid; a primary shaft connected to the primary rotor assembly ; and an internal magnetic coupling assembly inside the stator , wherein the internal magnetic coupling assembly comprises: a secondary rotor assembly configured for rotation within the stator ; a secondary shaft , connected to the secondary rotor assembly ; wherein the secondary rotor assembly is isolated from the motor fluid; characterized by an impermeable liner in contact with an interior surface of the stator ; and a stand off connected to the liner . a secondary rotor assembly configured for rotation within the stator ; a secondary shaft , connected to the secondary rotor assembly ; wherein the secondary rotor assembly is isolated from the motor fluid; characterized by an impermeable liner in contact with an interior surface of the stator ; and a stand off connected to the liner .
An adjustable coupler assembly for connecting a first object to a second object, said assembly comprising: a frame having a first rail and a second rail wherein the first rail includes an elongated opening and the second rail includes an elongated opening , and wherein the frame is adapted to connect to the first object; a first bracket having a first guide member extending therefrom adapted to be received by and slide within the elongated opening in the first rail and a second guide member extending therefrom adapted to be received by and slide within the elongated opening in the second rail; and a second bracket having a first guide member extending therefrom adapted to be received by and slide within the elongated opening in the first rail and a second guide member extending therefrom adapted to be received by and slide within the elongated opening in the second rail; the first bracket and the second bracket include attachment openings adapted to receive an attachment member for connecting to the second object; the coupler characterised in that the first rail and the second rail intersect at an angle so that the first rail and the second rail extend outwardly in different directions. a frame having a first rail and a second rail wherein the first rail includes an elongated opening and the second rail includes an elongated opening , and wherein the frame is adapted to connect to the first object; a first bracket having a first guide member extending therefrom adapted to be received by and slide within the elongated opening in the first rail and a second guide member extending therefrom adapted to be received by and slide within the elongated opening in the second rail; and a second bracket having a first guide member extending therefrom adapted to be received by and slide within the elongated opening in the first rail and a second guide member extending therefrom adapted to be received by and slide within the elongated opening in the second rail; the first bracket and the second bracket include attachment openings adapted to receive an attachment member for connecting to the second object; the coupler characterised in that the first rail and the second rail intersect at an angle so that the first rail and the second rail extend outwardly in different directions.
A method of reducing flammability of a refrigerant composition in an HVAC system comprising: adding an amount of R32 refrigerant into the composition; adding an amount of R1234yf into the composition; and adding an amount of R125 refrigerant into the composition, the R125 refrigerant is relatively less flammable than the R32 refrigerant and the R1234yf refrigerant, wherein the amount of R32 refrigerant ranges from 64.0% wt to 69.0% wt, wherein the respective amount of R125 refrigerant ranges from 6.5% wt to 7.5% wt, and wherein the respective amount of R1234yf refrigerant ranges from 25.5% wt to 28.5% wt. adding an amount of R32 refrigerant into the composition; adding an amount of R1234yf into the composition; and adding an amount of R125 refrigerant into the composition, the R125 refrigerant is relatively less flammable than the R32 refrigerant and the R1234yf refrigerant, wherein the amount of R32 refrigerant ranges from 64.0% wt to 69.0% wt, wherein the respective amount of R125 refrigerant ranges from 6.5% wt to 7.5% wt, and wherein the respective amount of R1234yf refrigerant ranges from 25.5% wt to 28.5% wt.
A method for identifying or selecting a spinach plant comprising an introgression fragment from a donor that is a wild relative of spinach, wherein said introgression fragment comprises a single gene referred to as RPF15 gene, which confers resistance in heterozygous and homozygous form, against at least Peronospora farinosa races 8, 9, 11, 13 and 16, said method comprising: determining the presence of an Adenine at nucleotide 106 of SEQ ID NO: 1 (SNP_01), or of an Adenine at the nucleotide position equivalent to nucleotide 106 of SEQ ID NO: 1 in a sequence comprising at least 90% sequence identity to SEQ ID NO: 1 and the presence of a Cytosine at nucleotide 184 of SEQ ID NO: 3 (SNP_02), or of a Cytosine at the nucleotide position equivalent to nucleotide 184 of SEQ ID NO: 3 in a sequence comprising at least 90% sequence identity to SEQ ID NO: 3.
A pneumatic tire comprising a marking portion on an outer surface of a tire side portion , the marking portion including more than one marking constituted by a letter or a symbol, wherein in a side view of the tire , the marking portion has a curved shape; linear ridges are arranged in the markings of the marking portion ; and all of the ridges in the marking portion are parallel, characterized in that 0° ≤ θ ≤ 5°, where θ is an angle between the ridges and a tire radial direction at a center (C) of the marking portion in the tire circumferential direction.
An antibody comprising a heavy chain and a light chain, which is capable of binding to PD-1, wherein a. (i) the heavy chain comprises a heavy chain variable region which has the amino sequence represented by SEQ ID NO: 1 or 2; and (ii) the light chain comprises a light chain variable region which has the amino sequence represented by SEQ ID NO: 3; or b. (i) the heavy chain comprises a heavy chain variable region which has the amino sequence represented by SEQ ID NO: 4 or 5; and (ii) the light chain comprises a light chain variable region which has the amino sequence represented by SEQ ID NO: 6. a. (i) the heavy chain comprises a heavy chain variable region which has the amino sequence represented by SEQ ID NO: 1 or 2; and (ii) the light chain comprises a light chain variable region which has the amino sequence represented by SEQ ID NO: 3; or (i) the heavy chain comprises a heavy chain variable region which has the amino sequence represented by SEQ ID NO: 1 or 2; and (ii) the light chain comprises a light chain variable region which has the amino sequence represented by SEQ ID NO: 3; or b. (i) the heavy chain comprises a heavy chain variable region which has the amino sequence represented by SEQ ID NO: 4 or 5; and (ii) the light chain comprises a light chain variable region which has the amino sequence represented by SEQ ID NO: 6. (i) the heavy chain comprises a heavy chain variable region which has the amino sequence represented by SEQ ID NO: 4 or 5; and (ii) the light chain comprises a light chain variable region which has the amino sequence represented by SEQ ID NO: 6.
A downhole tool , comprising: a tubular ; a sleeve configured to be disposed around the tubular; an expandable sealing member coupled to and positioned at least partially around the sleeve; an end ring coupled to and positioned at least partially around the sleeve and axially adjacent to the expandable sealing member; characterized in that the tool comprises: a first annulus formed between the tubular and the sleeve; and a first bonding material positioned in the first annulus. a tubular ; a sleeve configured to be disposed around the tubular; an expandable sealing member coupled to and positioned at least partially around the sleeve; an end ring coupled to and positioned at least partially around the sleeve and axially adjacent to the expandable sealing member; characterized in that the tool comprises: a first annulus formed between the tubular and the sleeve; and a first bonding material positioned in the first annulus. a first annulus formed between the tubular and the sleeve; and a first bonding material positioned in the first annulus.
A laundry appliance comprising: a drum for processing laundry ; a blower that delivers process air through an airflow path that includes the drum ; a lint separator positioned within the airflow path that separates particulate matter from the process air ; and a lint disposal mechanism that removes entrapped lint particles from the lint separator , the lint disposal mechanism including an incinerating heating mechanism that heats a portion of the lint separator to an incinerating temperature , the incinerating temperature being configured to incinerate the entrapped lint particles into at least a gas byproduct , characterised in that the heating mechanism for the lint disposal mechanism includes an electrically-resistive heating element that includes a ceramic heating element. a drum for processing laundry ; a blower that delivers process air through an airflow path that includes the drum ; a lint separator positioned within the airflow path that separates particulate matter from the process air ; and a lint disposal mechanism that removes entrapped lint particles from the lint separator , the lint disposal mechanism including an incinerating heating mechanism that heats a portion of the lint separator to an incinerating temperature , the incinerating temperature being configured to incinerate the entrapped lint particles into at least a gas byproduct , characterised in that the heating mechanism for the lint disposal mechanism includes an electrically-resistive heating element that includes a ceramic heating element.
A method comprising: retrieving data representing a data model expressed in Yet Another Next Generation data modelling language for a plurality of network devices managed by a network management system; constructing a GraphQL schema having a plurality of nodes, each of the nodes corresponding to one of the network devices according to the data model; storing data representing properties of the network devices associated with corresponding nodes of the GraphQL schema according to the data model; receiving a GraphQL query including data representing at least one query property; determining which of the nodes has a property matching the at least one query property; and returning data identifying which of the network devices corresponds to the nodes having the property matching the at least one query property. retrieving data representing a data model expressed in Yet Another Next Generation data modelling language for a plurality of network devices managed by a network management system; constructing a GraphQL schema having a plurality of nodes, each of the nodes corresponding to one of the network devices according to the data model; storing data representing properties of the network devices associated with corresponding nodes of the GraphQL schema according to the data model; receiving a GraphQL query including data representing at least one query property; determining which of the nodes has a property matching the at least one query property; and returning data identifying which of the network devices corresponds to the nodes having the property matching the at least one query property.
A process comprising: (i) first, contacting a textile with an aqueous solution comprising a cationic hydroxyethylcellulose polymer to form a modified textile component; (ii) subsequently, impregnating the modified textile component with an aqueous polyurethane dispersion externally stabilized with an anionic surfactant, the aqueous polyurethane dispersion comprising a second surfactant; wherein the second surfactant is different than the anionic surfactant used to externally stabilize the polyurethane dispersion (PUD) and (iii) precipitating the polyurethane in the modified textile component. (i) first, contacting a textile with an aqueous solution comprising a cationic hydroxyethylcellulose polymer to form a modified textile component; (ii) subsequently, impregnating the modified textile component with an aqueous polyurethane dispersion externally stabilized with an anionic surfactant, the aqueous polyurethane dispersion comprising a second surfactant; wherein the second surfactant is different than the anionic surfactant used to externally stabilize the polyurethane dispersion (PUD) and (iii) precipitating the polyurethane in the modified textile component.
An airfoil of a gas turbine engine comprising: an airfoil body having a leading edge and a trailing edge extending in a radial direction; a cooling cavity defined within the airfoil body, wherein at least one wall of the cooling cavity is a curved end wall ; and a plurality of pedestals arranged within the cooling cavity, wherein each pedestal includes an upstream first portion and a downstream second portion , the first portion having parallel side walls and the second having tapering side walls, wherein the plurality of pedestals are trailing edge pedestals located at the trailing edge of the airfoil body; wherein the airfoil further comprises an end wall contoured pedestal positioned adjacent the curved end wall, wherein the end wall contoured pedestal comprises differing shapes of side walls depending on the adjacent structure and as such has an upstream first portion with a contoured side wall and a parallel side wall , and a downstream second portion with tapering side walls, wherein the parallel side wall faces the plurality of pedestals and comprises a straight side wall parallel to the parallel side walls of the plurality pedestals such that the slot between the end wall contoured pedestal and the plurality of pedestals forms a meter section therebetween, and; wherein the contoured side wall faces the curved end wall, the contoured side wall paralleling a curved contour of the curved end wall and defining a meter section therebetween. an airfoil body having a leading edge and a trailing edge extending in a radial direction; a cooling cavity defined within the airfoil body, wherein at least one wall of the cooling cavity is a curved end wall ; and a plurality of pedestals arranged within the cooling cavity, wherein each pedestal includes an upstream first portion and a downstream second portion , the first portion having parallel side walls and the second having tapering side walls, wherein the plurality of pedestals are trailing edge pedestals located at the trailing edge of the airfoil body; wherein the airfoil further comprises an end wall contoured pedestal positioned adjacent the curved end wall, wherein the end wall contoured pedestal comprises differing shapes of side walls depending on the adjacent structure and as such has an upstream first portion with a contoured side wall and a parallel side wall , and a downstream second portion with tapering side walls, wherein the parallel side wall faces the plurality of pedestals and comprises a straight side wall parallel to the parallel side walls of the plurality pedestals such that the slot between the end wall contoured pedestal and the plurality of pedestals forms a meter section therebetween, and; wherein the contoured side wall faces the curved end wall, the contoured side wall paralleling a curved contour of the curved end wall and defining a meter section therebetween.
A connector for joining a wiper blade frame to a hook-slot wiper arm , the connector comprising: - a central body portion ; - two side walls interconnected to the central body which define an upper and a lower channels for receiving a hook of the wiper arm in an attached position in which it is hooked around the central body portion of the connector , each side wall at least partially delimiting said upper and lower channels from an external area outside said channels; - at least one protrusion extending at one free end of at least one of said side walls , the protrusion being mounted so as to pivot transversally between an inner position to which the protrusion is elastically biased and in which the protrusion extends into one of the channels , and an outer position in which the protrusion extends into the external area; and - at least a pair of opposed movable protrusions each arranged symmetrically on a side wall on both sides of the same channel ; characterized in that the connector comprises two pairs of opposed movable protrusions , each pair being arranged in each channel . - a central body portion ; - two side walls interconnected to the central body which define an upper and a lower channels for receiving a hook of the wiper arm in an attached position in which it is hooked around the central body portion of the connector , each side wall at least partially delimiting said upper and lower channels from an external area outside said channels; - at least one protrusion extending at one free end of at least one of said side walls , the protrusion being mounted so as to pivot transversally between an inner position to which the protrusion is elastically biased and in which the protrusion extends into one of the channels , and an outer position in which the protrusion extends into the external area; and - at least a pair of opposed movable protrusions each arranged symmetrically on a side wall on both sides of the same channel ;
A bioreactor system for preparing a cardiac organoid chamber and for subsequent testing thereof comprising: a first vessel having a hollow interior and an open top; a first cover for mating with the open top of the first vessel, the first cover having a first opening formed therein; a cannula having a lumen that extends from an open first end to an open second end, the cannula being disposed within the first opening of the first cover such that a portion of the cannula lies below the first cover and for insertion into the hollow interior of the first vessel; a porous ring coupled to the cannula at or proximate the open second end thereof; and a balloon catheter having an inflatable balloon at a distal end of a catheter shaft, wherein the balloon catheter is adapted to pass through the lumen of the cannula when the balloon is in a deflated state, the balloon catheter being axially adjustable within the lumen to allow the balloon in an inflated state to be disposed adjacent: the open second end of the cannula; and the porous ring for preparing the cardiac organoid chamber about the inflated balloon and porous ring. a first vessel having a hollow interior and an open top; a first cover for mating with the open top of the first vessel, the first cover having a first opening formed therein; a cannula having a lumen that extends from an open first end to an open second end, the cannula being disposed within the first opening of the first cover such that a portion of the cannula lies below the first cover and for insertion into the hollow interior of the first vessel; a porous ring coupled to the cannula at or proximate the open second end thereof; and a balloon catheter having an inflatable balloon at a distal end of a catheter shaft,
A self-regulating pressure pipe for transporting a fluid and increasing a rate of a fluid flow of the fluid and configured to respond to the volume of the fluid or the viscosity of the fluid by decreasing or increasing the pressure within the self-regulating pressure pipe , the pipe having a cylindrical inner wall forming an axially positioned central passageway having an upstream portion and a downstream portion for the fluid flow through the central passageway , the self-regulating pressure pipe comprising: a first plurality of spaced, arcuate vanes of substantially constant width disposed within the pipe and having a first end and a second end , the first end fixedly attached to the inner wall of the self-regulating pressure pipe , and the second end free and spaced inwardly from the first end, the arcuate vanes projecting inwardly from the interior wall and formed into a first helical spiral, the arcuate vanes configured to impart a swirling tangential component to the fluid flow such that a vortex having a low pressure bore forms in the center of the central passageway , thereby increasing an axial velocity of the fluid flow as the fluid moves through the bore of the central passageway from the upstream portion to the downstream portion, with the proviso that there is no component that impedes or restricts the fluid flow through the central passageway , the low pressure bore having the capability of expanding or contracting in response to the volume of fluid or the viscosity of the fluid flowing through the central passageway , thereby decreasing or increasing the pressure within the self-regulating pressure pipe , wherein the self-regulating pressure pipe further comprises a second plurality of spaced, arcuate vanes of substantially constant width disposed within the pipe downstream of the first plurality of spaced, arcuate vanes and in a configuration substantially similar to the first plurality of spaced, arcuate vanes .