mhurhangee/patent-ind-claim-en huggingface dataset:
A diode that comprises: • a conductive substrate wherein the thickness of said conductive substrate is ranging between 20 μm and 200 μm, • a first layer comprising a polymeric insulator located on the substrate , wherein the thickness of said first layer is ranging between 500 nm and 1 μm, • a second layer comprising an organic p-type semiconductor located on the first layer , • a third layer located on the second layer , • wherein the conductive substrate is acting as cathode and the third layer is acting as anode, characterized in that : • the conductive substrate comprises a conductive nanopaper, said conductive nanopaper comprising: ∘ cellulose nanofibers in a weight percent of between 50 wt% and 80 wt% with respect to the total weight of the conductive substrate , and ∘ a conductive material in a weight percent of between 20 wt% and 50 wt% with respect to the total weight of the conductive substrate , said conductive material selected from a conductive polymer, carbon nanotubes or a combination thereof, • the thickness of said second layer is ranging between 200 nm and 500 nm, • the thickness of said third layer is ranging between 100 nm and 200 nm, and the polymeric insulator of the first layer is a cured ink comprising amorphous silica, epoxy resin and epoxy hardener. • a conductive substrate wherein the thickness of said conductive substrate is ranging between 20 μm and 200 μm, • a first layer comprising a polymeric insulator located on the substrate , wherein the thickness of said first layer is ranging between 500 nm and 1 μm, • a second layer comprising an organic p-type semiconductor located on the first layer , • a third layer located on the second layer , • wherein the conductive substrate is acting as cathode and the third layer is acting as anode, • the conductive substrate comprises a conductive nanopaper, said conductive nanopaper comprising: ∘ cellulose nanofibers in a weight percent of between 50 wt% and 80 wt% with respect to the total weight of the conductive substrate , and ∘ a conductive material in a weight percent of between 20 wt% and 50 wt% with respect to the total weight of the conductive substrate , said conductive material selected from a conductive polymer, carbon nanotubes or a combination thereof, ∘ cellulose nanofibers in a weight percent of between 50 wt% and 80 wt% with respect to the total weight of the conductive substrate , and ∘ a conductive material in a weight percent of between 20 wt% and 50 wt% with respect to the total weight of the conductive substrate , said conductive material selected from a conductive polymer, carbon nanotubes or a combination thereof, • the thickness of said second layer is ranging between 200 nm and 500 nm, • the thickness of said third layer is ranging between 100 nm and 200 nm, and the polymeric insulator of the first layer is a cured ink comprising amorphous silica, epoxy resin and epoxy hardener.
A position sensing system for a rotating object comprising: analog conditioning circuitry configured to identify a half cycle of an analog input signal having a first variable period and a variable voltage magnitude, the analog input signal received from a sensor ; analog to digital converter circuitry configured to integrate the voltage of the first input signal during an entirety of the half cycle of the first variable period, thereby providing an integrated value, and then digitize the integrated value, thereby providing a first digitized integrated value; and a controller configured to compare a magnitude of the first digitized integrated value to a magnitude of a second digitized integrated value of a second identified half cycle of a second variable period of the analog input signal to determine if a marker is detected ; the controller being further configured to generate an output signal when a difference between the magnitude of the first digitized integrated value and the magnitude of the second digitized integrated value of the second identified half cycle of the second variable period of the analog input signal is greater than a predetermined threshold. analog conditioning circuitry configured to identify a half cycle of an analog input signal having a first variable period and a variable voltage magnitude, the analog input signal received from a sensor ; analog to digital converter circuitry configured to integrate the voltage of the first input signal during an entirety of the half cycle of the first variable period, thereby providing an integrated value, and then digitize the integrated value, thereby providing a first digitized integrated value; and a controller configured to compare a magnitude of the first digitized integrated value to a magnitude of a second digitized integrated value of a second identified half cycle of a second variable period of the analog input signal to determine if a marker is detected ; the controller being further configured to generate an output signal when a difference between the magnitude of the first digitized integrated value and the magnitude of the second digitized integrated value of the second identified half cycle of the second variable period of the analog input signal is greater than a predetermined threshold.
A process for the preparation of a hydrogel prodrug, comprising the steps of: (a) providing a reactive biodegradable hydrogel, wherein said hydrogel comprises backbone moieties which are linked together through crosslinker moieties, each crosslinker moiety being terminated by at least two hydrolytically degradable bonds, and wherein a backbone moiety comprises a branching core, from which branching core 3 to 16 linear PEG-based polymeric chains extend and wherein one terminus of said polymeric chains is connected to the branching core and the other to a hyperbranched dendritic moiety; wherein each said hyperbranched dendritic moiety has at least 3 branchings and at least 4 reactive functional groups and at most 63 branchings and 64 reactive functional groups; (b) conjugating a prodrug linker to a biologically active moiety, resulting in a biologically active moiety-prodrug linker conjugate; and (c) reacting the biologically active moiety-prodrug linker conjugate from step (b) with the reactive functional groups of the hydrogel of step (a). (a) providing a reactive biodegradable hydrogel, wherein said hydrogel comprises backbone moieties which are linked together through crosslinker moieties, each crosslinker moiety being terminated by at least two hydrolytically degradable bonds, and wherein a backbone moiety comprises a branching core, from which branching core 3 to 16 linear PEG-based polymeric chains extend and wherein one terminus of said polymeric chains is connected to the branching core and the other to a hyperbranched dendritic moiety; wherein each said hyperbranched dendritic moiety has at least 3 branchings and at least 4 reactive functional groups and at most 63 branchings and 64 reactive functional groups; (b) conjugating a prodrug linker to a biologically active moiety, resulting in a biologically active moiety-prodrug linker conjugate; and (c) reacting the biologically active moiety-prodrug linker conjugate from step (b) with the reactive functional groups of the hydrogel of step (a).
A system for the delivery of a combustible for supplying an engine, comprising • a conduit system, in which a fluid and a combustible which is different to this fluid can be led; • a media transformer which is configured to deliver the combustible through the conduit system; • a connection via which the system for the delivery of the combustible can be connected to a drive unit , wherein the drive unit is configured to move the fluid through the conduit system and wherein the connection is configured to feed the fluid to the media transformer ; wherein the media transformer comprises a deflectable element , a first volume (35, 201.1, 201.2) for the fluid , a second volume (36, 202.1, 202.2) for the combustible and a first feed conduit (33.1, 33.1.1, 33.1.2), via which the fluid can flow into the first volume (35, 201.1, 201.2), wherein the media transformer is configured to convert fluid which flows into the first volume (35, 201.1, 201.2) via the first feed conduit (33.1, 33.1.1, 33.1.2) and which has a pressure that varies into a deflection of the deflectable element and to generate a pumping effect upon the combustible via the deflection of the deflectable element , wherein the system comprises a switch-over valve and wherein the system and the switch-over valve are configured in a manner that it can be switched between a supply of the engine with fluid and a supply of the engine with combustible, wherein the media transformer is configured to generate a temporal course of the pumping effect that is suitable for a supply of the engine with combustible. • a conduit system, in which a fluid and a combustible which is different to this fluid can be led; • a media transformer which is configured to deliver the combustible through the conduit system; • a connection via which the system for the delivery of the combustible can be connected to a drive unit , wherein the drive unit is configured to move the fluid through the conduit system and wherein the connection is configured to feed the fluid to the media transformer ;
A method for forming a thermal spray coating film, comprising: forming a thermal spray coating film of an Al-Fe based intermetallic compound, on the surface of a metal substrate a constituent material of which is iron or an iron-based alloy, from a mixture of an Al-Fe based intermetallic compound powder composed of FeAl 2 in a proportion of at least 75 weight% and a metal powder composed of Fe in a proportion of at least 70 weight%, as feedstock, wherein a weight ratio Al/Fe of Al to Fe in the mixture is from 0.55 to 0.85, and wherein a blend ratio of the intermetallic compound powder to the metal powder is from 70/30 to 80/20 by the weight ratio. forming a thermal spray coating film of an Al-Fe based intermetallic compound, on the surface of a metal substrate a constituent material of which is iron or an iron-based alloy, from a mixture of an Al-Fe based intermetallic compound powder composed of FeAl 2 in a proportion of at least 75 weight% and a metal powder composed of Fe in a proportion of at least 70 weight%, as feedstock, wherein a weight ratio Al/Fe of Al to Fe in the mixture is from 0.55 to 0.85, and wherein a blend ratio of the intermetallic compound powder to the metal powder is from 70/30 to 80/20 by the weight ratio.
A pharmaceutical composition comprising an antibody or an antigen-binding fragment thereof that specifically binds to interleukin-4 receptor (IL-4R) for use in treating a subject suffering from severe asthma, in reducing the incidence of asthma exacerbations in a subject suffering from severe asthma, or in improving one or more asthma-associated parameter(s) in a subject suffering from severe asthma, wherein the antibody or antigen-binding fragment thereof comprises a heavy chain variable region (HCVR) having the amino acid sequence of SEQ ID NO: 162 and a light chain variable region (LCVR) having the amino acid sequence of SEQ ID NO: 164, wherein the subject has a blood eosinophil level of at least 300 cells per microliter, and/or a sputum eosinophil level of at least 3%.
A plurality of stacked, interconnected wet wipes that collectively define a stack , the stack having a right end , a left end , a transverse direction extending between the right end and the left end, a longitudinal direction perpendicular to the transverse direction, and a longitudinal centerline extending in the longitudinal direction and positioned midway between the right and left ends, the stack defining a right side transversely between the longitudinal centerline and the right end and defining a left side transversely between the longitudinal centerline and the left end, wherein each wipe is connected to at least one other wipe on only one of the right side and the left side of the stack via a connection; and wherein immediately successive connections in a stacked direction are on the same side of the stack.
Stackable container, which has a side wall , which forms an upper container edge and completely delimits a container interior for filling the filling material, the container having a container base and the container cross section tapering in the direction towards the base , so that the container can be stacked with other containers of identical construction with engagement of the container base of a first container in a second container, wherein an at least substantially completely circumferential container skirt is provided on the side wall , which skirt projects radially outwardly from the side wall and which has a section extending at least substantially transversely to the container main axis (H) and a section extending at least substantially parallel to the container main axis (H), the container further having cooperating first and second anti-rotation means , wherein, in the case of containers stacked one inside the other, first anti-rotation means of the one container cooperate with second anti-rotation means of the second container of identical construction stacked in the first container with respect to the containers in such a way as to prevent rotation, characterized in that the container has, in the region of the container top edge , a circumferential container latching rim for latching connection to a lid, in that the container latching rim is molded to the side wall , in that the skirt is molded to the side wall beneath the container latching rim , and in that the first anti-rotation means are provided on the upper side of the container latching rim facing away from the container base .
A walking aid comprising a body which is attachable to a crutch , wherein said body comprises a top surface adapted to support at least a part of a user's leg, and an elongate ground contacting sole extending the underside of the body, characterised in that the ground contacting sole comprises a substantially planar central portion and two substantially planar end portions, each end portion extending upwardly and outwardly from each end of the central portion wherein, in use, the sole engages the ground with either the central portion to cause the body to be in an upright position, or with one of the end portions to cause the body to lean towards the user.
A recombinant poxvirus comprising heterologous nucleic acids expressing excess double-stranded RNA (dsRNA) early in infection, wherein the heterologous nucleic acids generating dsRNA comprise sequences encoding partially or completely complementary RNA transcripts, wherein expression of the sequences encoding complementary RNA transcripts are each directed by early or immediate early poxviral promoters, wherein the complementary portions of RNA transcripts anneal after transcription to form dsRNA, and wherein the complementary portions of the RNA transcripts or the complementary RNA transcripts overlap by more than 100 nucleotides.
An adapter assembly for connecting a handle assembly with a loading unit , the adapter assembly comprising: a housing ; an elongate body extending from the housing; a trocar assembly supported within the elongate body and including a trocar member , wherein the trocar member extends from the elongate body, wherein the trocar member is magnetized; and an anvil assembly ; characterised in that the anvil assembly includes a removable tip , the removable tip being magnetized to complement the trocar member such that the removable tip is magnetically attracted to the trocar member, wherein the removable tip includes a proximal portion configured for piercing tissue and a distal portion configured for operable connection to the proximal end of a center rod of the anvil assembly, wherein the proximal portion of the removable tip includes a first magnetic polarity, and the distal portion of the removable tip includes a second magnetic polarity. a housing ; an elongate body extending from the housing; a trocar assembly supported within the elongate body and including a trocar member , wherein the trocar member extends from the elongate body, wherein the trocar member is magnetized; and an anvil assembly ; characterised in that the anvil assembly includes a removable tip , the removable tip being magnetized to complement the trocar member such that the removable tip is magnetically attracted to the trocar member, wherein the removable tip includes a proximal portion configured for piercing tissue and a distal portion configured for operable connection to the proximal end of a center rod of the anvil assembly,
A computer-implemented method of performing automated quality control for a three-dimensional printed object comprising: providing a first illumination of the 3D printed object using a first light source arrangement; generating a plurality of images of the 3D printed object using one or more imaging devices, wherein each image of the plurality of images depicts a distinct region of the 3D printed object; processing the plurality of images by a processing device using a machine learning model trained to identify one or more types of manufacturing defects of a 3D printing process, wherein an output of the machine learning model comprises, for each type of manufacturing defect, a probability that an image comprises a defect of that type of manufacturing defect; and determining , by the processing device and without user input, that the 3D printed object comprises one or more manufacturing defects based on a result of the processing, wherein an output of the machine learning model further comprises an indication of a severity of a detected manufacturing defect, and wherein determining that the 3D printed object comprises one or more manufacturing defects comprises determining, based at least in part on the severity of the detected one or more manufacturing defects, whether the one or more manufacturing defects alone or together will degrade a performance of the 3D printed object . providing a first illumination of the 3D printed object using a first light source arrangement; generating a plurality of images of the 3D printed object using one or more imaging devices, wherein each image of the plurality of images depicts a distinct region of the 3D printed object; processing the plurality of images by a processing device using a machine learning model trained to identify one or more types of manufacturing defects of a 3D printing process, wherein an output of the machine learning model comprises, for each type of manufacturing defect, a probability that an image comprises a defect of that type of manufacturing defect; and determining , by the processing device and without user input, that the 3D printed object comprises one or more manufacturing defects based on a result of the processing, wherein an output of the machine learning model further comprises an indication of a severity of a detected manufacturing defect, and wherein determining that the 3D printed object comprises one or more manufacturing defects comprises determining, based at least in part on the severity of the detected one or more manufacturing defects, whether the one or more manufacturing defects alone or together will degrade a performance of the 3D printed object .
A stator or rotor for an electric machine such as a motor or generator comprising: a plurality of rings arranged axially of each other formed of a plurality of pole segments , and at least one axial end cap comprising, or consisting essentially of, a non-conductive material, wherein: each pole segment comprises: an arcuate base ; at least one magnetisable pole extending radially from the arcuate base ; one or more longitudinal channels extending across the base ; and one or more pipes for cooling fluid and fixing the rings together, disposed at least partially in the longitudinal channels of at least two axially adjacent rings ; and wherein the at least one end cap comprises one or more cap channels for linking in fluid communication with the one or more longitudinal channels of the one or more pole segments , and optionally or preferably wherein the one or more cap channels comprise a lateral cap channel, linking together more than one longitudinal cooling channels . each pole segment comprises: an arcuate base ; at least one magnetisable pole extending radially from the arcuate base ; one or more longitudinal channels extending across the base ; and one or more pipes for cooling fluid and fixing the rings together, disposed at least partially in the longitudinal channels of at least two axially adjacent rings ; and an arcuate base ; at least one magnetisable pole extending radially from the arcuate base ; one or more longitudinal channels extending across the base ; and one or more pipes for cooling fluid and fixing the rings together, disposed at least partially in the longitudinal channels of at least two axially adjacent rings ; and wherein the at least one end cap comprises one or more cap channels for linking in fluid communication with the one or more longitudinal channels of the one or more pole segments , and optionally or preferably wherein the one or more cap channels comprise a lateral cap channel, linking together more than one longitudinal cooling channels .
A process for producing an ion exchange membrane for electrolysis, which comprises a step (a) of embedding, in a fluorinated polymer having groups convertible to ion exchange groups, a reinforcing fabric formed by weaving covered yarns each comprising a reinforcing yarn and a sacrificial material covering at least a portion of the outer peripheral surface of the reinforcing yarn, to produce a precursor membrane of an ion exchange membrane for electrolysis, and a step (b) of eluting, from the precursor membrane of an ion exchange membrane for electrolysis, at least a portion of the sacrificial material in the reinforcing fabric to form a reinforcing material and at the same time, converting the groups convertible to ion exchange groups to ion exchange groups, wherein between the outer peripheral surface of at least a portion of the reinforcing yarns and the fluorinated polymer, a region (p) which is either a region (p1) formed by a void or a region (p2) formed by a void and the sacrificial material is continuously formed from a first edge side toward a second edge side in a longitudinal direction of the reinforcing yarn, and the region (p) is formed in a tubular form along the longitudinal direction of the reinforcing yarn on the outer peripheral surface of the reinforcing yarn or is formed in a spiral form so as to be wound on the outer peripheral surface of the reinforcing yarn.
A polyamide film which is a stretched film comprising a polyamide resin composition containing 1 to 10% by mass of a polyester thermoplastic elastomer, wherein the polyamide film satisfies all of the following conditions (A) to (C): (A) elastic moduli in MD and TD of the film are each 1.0 to 2.3 GPa, when elastic modulus is determined by the method indicated in the description; (B) a ratio between the elastic moduli in MD and TD of the film (MD/TD) is 0.9 to 1.5; and (C) a haze of the film is 7% or less, when haze is determined in accordance with ASTM D1003-61, as indicated in the description. (A) elastic moduli in MD and TD of the film are each 1.0 to 2.3 GPa, when elastic modulus is determined by the method indicated in the description; (B) a ratio between the elastic moduli in MD and TD of the film (MD/TD) is 0.9 to 1.5; and (C) a haze of the film is 7% or less, when haze is determined in accordance with ASTM D1003-61, as indicated in the description.