mhurhangee/patent-ind-claim-en huggingface dataset:
A dental attachment system , comprising: - a first magnetic element (103-1) for attachment in an oral cavity, said first magnetic element being formed by a magnetic varnish, a magnetic adhesive, or a magnetic cement that is applicable to a tooth or teeth; and - a dental object having a second magnetic element (103-2) for attachment to the first magnetic element (103-1). - a first magnetic element (103-1) for attachment in an oral cavity, said first magnetic element being formed by a magnetic varnish, a magnetic adhesive, or a magnetic cement that is applicable to a tooth or teeth; and - a dental object having a second magnetic element (103-2) for attachment to the first magnetic element (103-1).
A filter cartridge , comprising: a cylindrical housing with an open end ; an annular filter element supported in the housing and defining an annular peripheral region between an outer periphery of the filter element and a side wall of the housing , and a lower water collection region between a lower end of the filter element and a lower wall of the housing , the filter element including pleated media surrounding an axially-extending central area , with the media having pleats of different radial heights arranged circumferentially around the central area ; an annular end plate sealingly bonded to an upper end of the filter element and preventing fluid flow through axial upper ends of the pleats , with a first passage defined through a central opening of the end plate into the central area , and a second passage defined between or through the end plate , and the peripheral region ; the filter element having freely supported axially lower ends; and a seal between the axial lower periphery of the filter element , and the housing , preventing fluid bypass of the filter element ; wherein a flow path is defined between the first and second passages , where the fluid passes radially through the pleats , and water in the fluid can coalesce on the media and drain down into the collection region. a cylindrical housing with an open end ; an annular filter element supported in the housing and defining an annular peripheral region between an outer periphery of the filter element and a side wall of the housing , and a lower water collection region between a lower end of the filter element and a lower wall of the housing , the filter element including pleated media surrounding an axially-extending central area , with the media having pleats of different radial heights arranged circumferentially around the central area ; an annular end plate sealingly bonded to an upper end of the filter element and preventing fluid flow through axial upper ends of the pleats , with a first passage defined through a central opening of the end plate into the central area , and a second passage defined between or through the end plate , and the peripheral region ; the filter element having freely supported axially lower ends; and a seal between the axial lower periphery of the filter element , and the housing , preventing fluid bypass of the filter element ; wherein a flow path is defined between the first and second passages , where the fluid passes radially through the pleats , and water in the fluid can coalesce on the media and drain down into the collection region.
A method of manufacturing a spiral-wound gasket having a gasket thickness, a gasket inner diameter , and a gasket outer diameter , the method comprising: alternately spiral winding a PTFE laminate strip and a polymer strip around a shaft that has an outer diameter that coincides with the gasket inner diameter to create the spiral-wound gasket; wherein, between the gasket inner diameter and the gasket outer diameter , the spiral-wound gasket includes a PTFE layer formed by the PTFE laminate strip and a polymer layer formed by the polymer strip; and wherein the polymer strip includes a material that is less porous than the PTFE laminate strip; and compressing the spiral-wound gasket in a mold while sintering the spiral-wound gasket. alternately spiral winding a PTFE laminate strip and a polymer strip around a shaft that has an outer diameter that coincides with the gasket inner diameter to create the spiral-wound gasket; wherein, between the gasket inner diameter and the gasket outer diameter , the spiral-wound gasket includes a PTFE layer formed by the PTFE laminate strip and a polymer layer formed by the polymer strip; and wherein the polymer strip includes a material that is less porous than the PTFE laminate strip; and compressing the spiral-wound gasket in a mold while sintering the spiral-wound gasket.
A carrier sub-assembly for an electrical relay device , the carrier sub-assembly comprising: a plunger formed of a ferromagnetic material, the plunger having a generally cylindrical shape extending between a top side and a bottom side of the plunger , and a shaft extending between a contact end and an opposite plunger end , the shaft and the plunger configured to move together within the electrical relay device , a segment of the shaft including the contact end protruding from the top side of the plunger for securing to a movable contact of the electrical relay device, wherein the plunger defines a channel extending axially through the plunger between the top side and the bottom side , the shaft extending through the channel of the plunger and being held within the channel of the plunger , wherein the shaft includes an end flange at the plunger end and an intermediate flange that is located within the channel of the plunger and spaced apart from the end flange , characterised in that the end flange and the intermediate flange define a recess therebetween, interior walls of the plunger that define a narrow region of the channel extending into the recess to secure an axial position of the shaft relative to the plunger and the shaft is directly secured to the plunger without a discrete component between the shaft and the plunger securing the shaft to the plunger . a plunger formed of a ferromagnetic material, the plunger having a generally cylindrical shape extending between a top side and a bottom side of the plunger , and a shaft extending between a contact end and an opposite plunger end , the shaft and the plunger configured to move together within the electrical relay device , a segment of the shaft including the contact end protruding from the top side of the plunger for securing to a movable contact of the electrical relay device, wherein the plunger defines a channel extending axially through the plunger between the top side and the bottom side , the shaft extending through the channel of the plunger and being held within the channel of the plunger , wherein the shaft includes an end flange at the plunger end and an intermediate flange that is located within the channel of the plunger and spaced apart from the end flange , characterised in that the end flange and the intermediate flange define a recess therebetween, interior walls of the plunger that define a narrow region of the channel extending into the recess to secure an axial position of the shaft relative to the plunger and the shaft is directly secured to the plunger without a discrete component between the shaft and the plunger securing the shaft to the plunger .
A method for preparing a high activity ethylene polymerization catalyst, wherein said method comprising the following steps: (a) adding magnesium halide into an alcohol solvent selected from ethanol, isopropanol, butanol, hexanol, 2-hexanol, octanol, or a mixture thereof; (b) precipitating the solution obtained from (a) in a solution of organic solvent containing an organo compound of group III element selected from an alkyl compound of group III element, tris(halophenyl)borane, alkylaluminium alkoxide, dialkylaluminium chloride, or a mixture thereof; (c) adding a titanium compound selected from trialkoxy titanium monochloride, dialkoxy titanium dichloride, alkoxy titanium trichloride, titanium halide, or a mixture thereof into the mixture obtained from (b) to obtain a catalyst; (d) treating the catalyst obtained from (c) with an organoaluminium compound selected from trialkylaluminium, alkylaluminium alkoxide, alkylaluminium halide, or a mixture thereof at a temperature ranging from 0 to 60 °C for 2 to 5 hours, wherein the mole ratio of aluminium to titanium (Al/Ti) for treatment is in a range of 1 to 30. (a) adding magnesium halide into an alcohol solvent selected from ethanol, isopropanol, butanol, hexanol, 2-hexanol, octanol, or a mixture thereof; (b) precipitating the solution obtained from (a) in a solution of organic solvent containing an organo compound of group III element selected from an alkyl compound of group III element, tris(halophenyl)borane, alkylaluminium alkoxide, dialkylaluminium chloride, or a mixture thereof; (c) adding a titanium compound selected from trialkoxy titanium monochloride, dialkoxy titanium dichloride, alkoxy titanium trichloride, titanium halide, or a mixture thereof into the mixture obtained from (b) to obtain a catalyst; (d) treating the catalyst obtained from (c) with an organoaluminium compound selected from trialkylaluminium, alkylaluminium alkoxide, alkylaluminium halide, or a mixture thereof at a temperature ranging from 0 to 60 °C for 2 to 5 hours, wherein the mole ratio of aluminium to titanium (Al/Ti) for treatment is in a range of 1 to 30.
A combined flapping drive device for a foil such as a wing, submerged in a fluid, provided with a drive shaft called a bit , characterised in that it comprises at least one device for movably and pivotably driving a primary shaft about its longitudinal axis, comprising said primary shaft and three systems operating in cooperation, the first system S1 comprising means for movably driving a control member along a trajectory λ in the form of a closed curve, having at least a first axial component τ and a second axial component σ , the second system S2 comprising means for pivotably driving, of heel angle φ , said primary shaft about its longitudinal axis, configured to be actuated by the movement of said control member mainly along the axial component τ of the trajectory λ defined by the system S1, according to a main function Φ ( τ ) fixing φ ; the third system S3 comprising means for movably driving the primary shaft , configured to be actuated by the movement of said control member along mainly the second axial component σ of the trajectory λ defined by the system S1, said control member being configured to extend protrudingly from the plane of its trajectory λ or a projection thereof in that plane and to engage both the means for pivotably driving the primary shaft and the means for movably driving said primary shaft , the movement of the control member along the closed curve generating both a pivotal control φ in one direction and then in the opposite direction of the primary shaft about its longitudinal axis and the movement of the primary shaft in one direction and in the opposite direction. the first system S1 comprising means for movably driving a control member along a trajectory λ in the form of a closed curve, having at least a first axial component τ and a second axial component σ , the second system S2 comprising means for pivotably driving, of heel angle φ , said primary shaft about its longitudinal axis, configured to be actuated by the movement of said control member mainly along the axial component τ of the trajectory λ defined by the system S1, according to a main function Φ ( τ ) fixing φ ; the third system S3 comprising means for movably driving the primary shaft , configured to be actuated by the movement of said control member along mainly the second axial component σ of the trajectory λ defined by the system S1, said control member being configured to extend protrudingly from the plane of its trajectory λ or a projection thereof in that plane and to engage both the means for pivotably driving the primary shaft and the means for movably driving said primary shaft , the movement of the control member along the closed curve generating both a pivotal control φ in one direction and then in the opposite direction of the primary shaft about its longitudinal axis and the movement of the primary shaft in one direction and in the opposite direction.
A method of categorizing a cervical tissue sample, comprising: (a) performing an in situ hybridization assay using an antisense E6 or E7 probe on a cervical tissue sample, wherein the antisense E6 or E7 probe can simultaneously detect high-risk HPV DNA and HPV RNA; (b) detecting the presence of HPV nucleic acid, wherein said detecting comprises detecting HPV DNA and HPV RNA; and (c) categorizing the cervical tissue sample, wherein (i) the presence of diffuse nuclear staining of HPV nucleic acid only in the superficial layer of the epithelium of the cervical sample indicates a transient HPV infection state, (ii) the presence of granular staining of HPV nucleic acid in the cytoplasm and/or the nucleus in the intermediate and basal layers of the epithelium of the cervical sample indicates a persistent HPV infection state, or (iii) the presence of diffuse nuclear staining of HPV nucleic acid in the superficial layer of the epithelium and granular staining of HPV nucleic acid in the cytoplasm and/or the nucleus of the intermediate layer of the epithelium of the cervical sample indicates a transition HPV infection state. (a) performing an in situ hybridization assay using an antisense E6 or E7 probe on a cervical tissue sample, wherein the antisense E6 or E7 probe can simultaneously detect high-risk HPV DNA and HPV RNA; (b) detecting the presence of HPV nucleic acid, wherein said detecting comprises detecting HPV DNA and HPV RNA; and (c) categorizing the cervical tissue sample, wherein (i) the presence of diffuse nuclear staining of HPV nucleic acid only in the superficial layer of the epithelium of the cervical sample indicates a transient HPV infection state, (ii) the presence of granular staining of HPV nucleic acid in the cytoplasm and/or the nucleus in the intermediate and basal layers of the epithelium of the cervical sample indicates a persistent HPV infection state, or (iii) the presence of diffuse nuclear staining of HPV nucleic acid in the superficial layer of the epithelium and granular staining of HPV nucleic acid in the cytoplasm and/or the nucleus of the intermediate layer of the epithelium of the cervical sample indicates a transition HPV infection state. (i) the presence of diffuse nuclear staining of HPV nucleic acid only in the superficial layer of the epithelium of the cervical sample indicates a transient HPV infection state, (ii) the presence of granular staining of HPV nucleic acid in the cytoplasm and/or the nucleus in the intermediate and basal layers of the epithelium of the cervical sample indicates a persistent HPV infection state, or (iii) the presence of diffuse nuclear staining of HPV nucleic acid in the superficial layer of the epithelium and granular staining of HPV nucleic acid in the cytoplasm and/or the nucleus of the intermediate layer of the epithelium of the cervical sample indicates a transition HPV infection state.
Method for determining the position of the armature of an electromagnet, in which - on a yoke of the electromagnet or on the armature , at least one voltage difference is measured between two measuring points on the yoke or armature , or between one measuring point on the yoke or armature and a reference potential, via which potential differences in the yoke or armature caused by a deflection of the armature from a null position can be detected, and - from the measured voltage difference, the position of the armature relative to a reference position on the electromagnet is determined. - on a yoke of the electromagnet or on the armature , at least one voltage difference is measured between two measuring points on the yoke or armature , or between one measuring point on the yoke or armature and a reference potential, via which potential differences in the yoke or armature caused by a deflection of the armature from a null position can be detected, and - from the measured voltage difference, the position of the armature relative to a reference position on the electromagnet is determined.
A liquid laundry composition comprising: (i) one or more anionic surfactants; and (ii) a non-ionic ethoxylated C 10 Guerbet alcohol surfactant with a degree of ethoxylation in the range of 1 to 10; wherein the total amount of anionic surfactant in the composition is in the range of 3 to 16 wt% of the total composition and the weight ratio of the total amount of anionic surfactant to the non-ionic ethoxylated C 10 Guerbet alcohol surfactant is in the range of 8:1 to 60:1. (i) one or more anionic surfactants; and (ii) a non-ionic ethoxylated C 10 Guerbet alcohol surfactant with a degree of ethoxylation in the range of 1 to 10;
Method of manufacturing stiffened components from fibre composite material comprising the steps of - providing a component to be reinforced, - depositing reinforcing fibres preformed to form a T-shaped reinforcing element on this component to be reinforced, - providing two rigid forming tools suitable for covering the longer ends of the T-shaped preformed reinforcing fibres , - inserting a folded tubular core into the rigid forming tools , - positioning the rigid forming tools on the longer end faces of the T-shaped preformed reinforcing fibres in such a way that the folded tubular core comes to lie above the end face of the preformed reinforcing fibres facing away from the component to be reinforced, - pressing the rigid forming tools against the preformed reinforcing fibres , - inflating the tubular core so that pressure is exerted on the end face of the preformed reinforcing fibres facing away from the component to be reinforced, - consolidating the reinforcing fibres. - providing a component to be reinforced, - depositing reinforcing fibres preformed to form a T-shaped reinforcing element on this component to be reinforced, - providing two rigid forming tools suitable for covering the longer ends of the T-shaped preformed reinforcing fibres , - inserting a folded tubular core into the rigid forming tools , - positioning the rigid forming tools on the longer end faces of the T-shaped preformed reinforcing fibres in such a way that the folded tubular core comes to lie above the end face of the preformed reinforcing fibres facing away from the component to be reinforced, - pressing the rigid forming tools against the preformed reinforcing fibres , - inflating the tubular core so that pressure is exerted on the end face of the preformed reinforcing fibres facing away from the component to be reinforced, - consolidating the reinforcing fibres.
A vehicular display device , comprising: a reflection-type hologram disposed inside a windshield of a vehicle ; and a projection device that projects display light toward the hologram , wherein the hologram outputs the display light , projected from the projection device , as diffracted light that travels toward an eye range (ER) of the vehicle , and characterized in that : the projection device is disposed such that the reflected light , which is part of the display light reflected off the windshield , travels in a direction different from a direction toward the eye range (ER) in a vehicle width direction (W). a reflection-type hologram disposed inside a windshield of a vehicle ; and a projection device that projects display light toward the hologram , wherein the hologram outputs the display light , projected from the projection device , as diffracted light that travels toward an eye range (ER) of the vehicle , and characterized in that : the projection device is disposed such that the reflected light , which is part of the display light reflected off the windshield , travels in a direction different from a direction toward the eye range (ER) in a vehicle width direction (W).
A computer-implemented method for pipelining tasks submitted to a neural network accelerator , the method comprising: receiving, at a library executing on a host , multiple tasks from a neural network application to be processed by the neural network accelerator ; generating, using one or more computer processors , a respective packet for each of the multiple tasks that contains information used by multiple stages in a pipeline in the library , wherein the library is an adapter between the neural network application and a hardware system executing the neural network accelerator ; processing, by the library, the respective packets at different stages of the multiple stages in parallel, wherein at least one of the multiple stages performs a call to the hardware system executing the neural network accelerator ; and returning results of processing the packet using the pipeline to the neural network application , wherein each of the multiple stages comprises a respective thread that processes the packet independently from the other threads. receiving, at a library executing on a host , multiple tasks from a neural network application to be processed by the neural network accelerator ; generating, using one or more computer processors , a respective packet for each of the multiple tasks that contains information used by multiple stages in a pipeline in the library , wherein the library is an adapter between the neural network application and a hardware system executing the neural network accelerator ; processing, by the library, the respective packets at different stages of the multiple stages in parallel, wherein at least one of the multiple stages performs a call to the hardware system executing the neural network accelerator ; and returning results of processing the packet using the pipeline to the neural network application , wherein each of the multiple stages comprises a respective thread that processes the packet independently from the other threads.
A time-temperature tracking and indicator label for a product having a time-temperature threshold, the label consisting of: a facestock , a microchip configured to store information associated with the product including at least one of time data and temperature data associated with the product, a communication apparatus configured to wirelessly communicate the information stored in the microchip to a computing device , an indicator configured to provide a visual indication that the time-temperature threshold of the product has been exceeded, and a power source for powering the microchip , the indicator , and the communication apparatus ; wherein the label is configured to be attached to at least one of the product and packaging for the product, wherein the facestock , the microchip , the communication apparatus , the indicator , and the power source are in contact with an adhesive to form the label , the label being a laminated label. a facestock , a microchip configured to store information associated with the product including at least one of time data and temperature data associated with the product, a communication apparatus configured to wirelessly communicate the information stored in the microchip to a computing device , an indicator configured to provide a visual indication that the time-temperature threshold of the product has been exceeded, and a power source for powering the microchip , the indicator , and the communication apparatus ; wherein the label is configured to be attached to at least one of the product and packaging for the product, wherein the facestock , the microchip , the communication apparatus , the indicator , and the power source are in contact with an adhesive to form the label , the label being a laminated label.