mhurhangee/patent-ind-claim-en huggingface dataset:
Instrument for measuring the position of the lower jaw, comprising a first and a second bite fork that are individually adaptable to the upper and lower tooth arch of a patient, whereby the first and the second bite fork are each attached to an extension that extends in a horizontal plane, so that the extensions extend outside the mouth of the patient in front of the anterior teeth when the first and the second bite fork are adapted to the upper and lower tooth arch, and whereby the extensions enable the bite forks to move with respect to one another in a horizontal movement direction while the instrument is placed in the patient's mouth and enables the relative position of the bite forks and thus the relative position of the upper and lower tooth arch to be registered outside the patient's mouth, characterised in that the first and the second bite fork have the same symmetric shape with regard to a midline position of the first and the second bite fork, wherein the extensions are arranged eccentrically to the midline position of the first and the second bite fork.
A method of reducing surface roughness in an internal passage (P) of a workpiece (W) comprising a gas turbine engine component, comprising contacting the internal passage (P) with a corrosive working fluid (F) comprising water, characterized in that the water consists of water at or near supercritical conditions.
An electrical device comprising: a heat-absorbing component , wherein the heat-absorbing component includes an enclosure of the device ; one or more heat-generating components , at least one heat-generating component located in proximity to an inner surface of the heat-absorbing component , wherein a gap exists between the at least one heat-generating component and the inner surface of the heat-absorbing component , the gap having a size less than 3.7mm; and an insulator , located in the gap , including a container enclosing atmospheric pressure gas within an internal cavity , the atmospheric pressure gas having a thermal conductivity lower than air, characterized in the container being separate from the enclosure of the device and the container being a flexible polymer-based structure defining the internal cavity . a heat-absorbing component , wherein the heat-absorbing component includes an enclosure of the device ; one or more heat-generating components , at least one heat-generating component located in proximity to an inner surface of the heat-absorbing component , wherein a gap exists between the at least one heat-generating component and the inner surface of the heat-absorbing component , the gap having a size less than 3.7mm; and an insulator , located in the gap , including a container enclosing atmospheric pressure gas within an internal cavity , the atmospheric pressure gas having a thermal conductivity lower than air, characterized in the container being separate from the enclosure of the device and the container being a flexible polymer-based structure defining the internal cavity .
A composition [composition (C)] comprising: - at least one aromatic polymer [polymer (A)], - at least one fluorinated polyurethane [F-TPU polymer], said F-TPU polymer comprising recurring units derived from: optionally [monomer (a)] at least one diol selected from the group comprising poly-ether type diol, poly-ester type diol, polybutadien-diol and polycarbonate-diol; [monomer (b)] at least one hydroxy-terminated (per)fluoropolyether polymer [PFPE polymer]; [monomer (c)] at least one aromatic, aliphatic or cycloaliphatic diisocyanate; and [monomer (d)] at least one aliphatic, cycloaliphatic or aromatic diol having from 1 to 14 carbon atoms; and - optionally at least one further ingredient - at least one aromatic polymer [polymer (A)], - at least one fluorinated polyurethane [F-TPU polymer], said F-TPU polymer comprising recurring units derived from: optionally [monomer (a)] at least one diol selected from the group comprising poly-ether type diol, poly-ester type diol, polybutadien-diol and polycarbonate-diol; [monomer (b)] at least one hydroxy-terminated (per)fluoropolyether polymer [PFPE polymer]; [monomer (c)] at least one aromatic, aliphatic or cycloaliphatic diisocyanate; and [monomer (d)] at least one aliphatic, cycloaliphatic or aromatic diol having from 1 to 14 carbon atoms; and optionally [monomer (a)] at least one diol selected from the group comprising poly-ether type diol, poly-ester type diol, polybutadien-diol and polycarbonate-diol; [monomer (b)] at least one hydroxy-terminated (per)fluoropolyether polymer [PFPE polymer]; [monomer (c)] at least one aromatic, aliphatic or cycloaliphatic diisocyanate; and [monomer (d)] at least one aliphatic, cycloaliphatic or aromatic diol having from 1 to 14 carbon atoms; and - optionally at least one further ingredient
A protection switching method, wherein a protection group comprises a first protection switching node and a second protection switching node, and at least two transmission paths between the first protection switching node and the second protection switching node; a mapping relationship between a path bandwidth combination and a channel allocation policy is configured on the first protection switching node; and the path bandwidth combination is formed by bandwidths of the at least two transmission paths; the switching method comprises: monitoring, by the first protection switching node, bandwidth state of each transmission path in the protection group, and determining that the bandwidth of at least one of the transmission paths changes; obtaining, a final path bandwidth combination according to the bandwidth of the transmission path whose bandwidth changes, wherein the final path bandwidth combination is formed by bandwidths of the at least two transmission paths after the bandwidth of at least one transmission path changes; querying the stored mapping relationship between the path bandwidth combination and the channel allocation policy according to the final path bandwidth combination, and determining the channel allocation policy on a path corresponding to the final path bandwidth combination; and updating an initial channel allocation policy to the channel allocation policy on the path corresponding to the final path bandwidth combination. monitoring, by the first protection switching node, bandwidth state of each transmission path in the protection group, and determining that the bandwidth of at least one of the transmission paths changes; obtaining, a final path bandwidth combination according to the bandwidth of the transmission path whose bandwidth changes, wherein the final path bandwidth combination is formed by bandwidths of the at least two transmission paths after the bandwidth of at least one transmission path changes; querying the stored mapping relationship between the path bandwidth combination and the channel allocation policy according to the final path bandwidth combination, and determining the channel allocation policy on a path corresponding to the final path bandwidth combination; and updating an initial channel allocation policy to the channel allocation policy on the path corresponding to the final path bandwidth combination.
A method of manufacturing a turbo blisk through hot isostatic pressing using a metal core manufactured through additive manufacturing, the method comprising: a first step (S100) of manufacturing the metal core made of low carbon steel in which an internal vacant space having the same shape as the turbo blisk is formed, using additive manufacturing; a second step (S200)of putting the metal core in a housing , filling the internal vacant space of the metal core and an inside of the housing with nickel alloy powder , and creating a vacuum state in the housing ; a third step (S300) of treating the housing at a temperature of 1000 °C or higher and under a pressure of 10 8 Pa (1000 bar) or higher in a hot isostatic press (HIP) furnace to produce a nickel alloy ; a fourth step (S400) of removing the housing and removing a portion of the nickel alloy through mechanical machining to expose one surface of the metal core ; a fifth step (S500) of dipping the nickel alloy , J which one surface of the metal core is exposed, in a nitric acid-based etching solution to remove the metal core ; and a sixth step (S600)of removing a portion of the nickel alloy from which the metal core is removed, through mechanical machining, in which the remaining portion of the nickel alloy corresponds to the shape of the turbo blisk. a first step (S100) of manufacturing the metal core made of low carbon steel in which an internal vacant space having the same shape as the turbo blisk is formed, using additive manufacturing; a second step (S200)of putting the metal core in a housing , filling the internal vacant space of the metal core and an inside of the housing with nickel alloy powder , and creating a vacuum state in the housing ; a third step (S300) of treating the housing at a temperature of 1000 °C or higher and under a pressure of 10 8 Pa (1000 bar) or higher in a hot isostatic press (HIP) furnace to produce a nickel alloy ; a fourth step (S400) of removing the housing and removing a portion of the nickel alloy through mechanical machining to expose one surface of the metal core ; a fifth step (S500) of dipping the nickel alloy , J which one surface of the metal core is exposed, in a nitric acid-based etching solution to remove the metal core ; and a sixth step (S600)of removing a portion of the nickel alloy from which the metal core is removed, through mechanical machining, in which the remaining portion of the nickel alloy corresponds to the shape of the turbo blisk.
A method for operating a fuel injector of a gas turbine engine, the method comprising: injecting a hydrogen-based primary fuel from a primary fuel passage of a fuel injector directly into a combustion chamber , the primary fuel passage comprising a primary fuel outlet located within the combustion chamber ; injecting a second fuel, different than the hydrogen-based primary fuel, from a secondary fuel passage of the fuel injector into a hood chamber separated from the combustion chamber by a bulkhead , the secondary fuel passage comprising a plurality of secondary fuel outlets located within the hood chamber ; wherein the bulkhead comprises at least one opening extending between the combustion chamber and the hood chamber , the method further comprising providing a swirler extending through the at least one opening , the swirler comprising a swirler exit plane defined by a downstream end of the swirler , characterized in that the swirler is located radially outside of the fuel injector with regard to a fuel injector center axis . injecting a hydrogen-based primary fuel from a primary fuel passage of a fuel injector directly into a combustion chamber , the primary fuel passage comprising a primary fuel outlet located within the combustion chamber ; injecting a second fuel, different than the hydrogen-based primary fuel, from a secondary fuel passage of the fuel injector into a hood chamber separated from the combustion chamber by a bulkhead , the secondary fuel passage comprising a plurality of secondary fuel outlets located within the hood chamber ; wherein the bulkhead comprises at least one opening extending between the combustion chamber and the hood chamber , the method further comprising providing a swirler extending through the at least one opening , the swirler comprising a swirler exit plane defined by a downstream end of the swirler , characterized in that the swirler is located radially outside of the fuel injector with regard to a fuel injector center axis .
Plant exosomes, which are obtained upon isolation from at least one of pomegranate, pineapple and celery plants by using the two-phase liquid separation, for use in the treatment of the neurodegenerative diseases caused by the protein aggregates formed in cells which is any one of Alzheimer's, Parkinson's, Huntington's, Amyotrophic Lateral Sclerosis (ALS) and prion diseases.
A medical system , comprising a. a housing ; b. a preassembled functional module received in the housing , the preassembled functional module comprising b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor ; b3. an insertion component for inserting the analytical sensor into a body tissue of the user; and b4. at least one sterility cap at least partially surrounding the insertion component ; c. at least one removable protective cap connected to the housing , covering the preassembled functional module ; wherein the protective cap is removable from the housing by pulling off the protective cap from the housing , wherein the housing comprises at least one guiding surface for guiding the protective cap during pulling off the protective cap , wherein the preassembled functional module comprises at least one guiding surface for guiding the sterility cap during pulling off the sterility cap from the insertion component , wherein a length of the guiding surface of the housing exceeds a length of the guiding surface for the sterility cap by at least a factor of 2 such that the sterility cap is fully pulled off from the insertion component before the guiding by the guiding surface of the housing ends when the protective cap is pulled off from the housing . a. a housing ; b. a preassembled functional module received in the housing , the preassembled functional module comprising b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor ; b3. an insertion component for inserting the analytical sensor into a body tissue of the user; and b4. at least one sterility cap at least partially surrounding the insertion component ; b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor ; b3. an insertion component for inserting the analytical sensor into a body tissue of the user; and b4. at least one sterility cap at least partially surrounding the insertion component ; c. at least one removable protective cap connected to the housing , covering the preassembled functional module ;
A mobile end-user device comprising: a wireless wide-area network, WWAN, modem to exchange Internet data via a connection to a first WWAN, when configured for and connected to the first WWAN; a device messaging agent to receive secure Internet data messages, on behalf of a plurality of software applications capable of execution on the device , and over a secure connection to a network message server reachable via the WWAN, wherein at least a subset of the secure Internet data messages contain an identifier for a corresponding one of the software applications and application data from a respective network application server corresponding to that application; and a secure interprocess communication service on the device, secured independently of the secure connection to the network message server, wherein the device messaging agent , for each message in the subset of the secure Internet data messages, maps the identifier to the corresponding one of the software applications in order to forward the application data on the secure interprocess communication service to a software process corresponding to the identified software application. a wireless wide-area network, WWAN, modem to exchange Internet data via a connection to a first WWAN, when configured for and connected to the first WWAN; a device messaging agent to receive secure Internet data messages, on behalf of a plurality of software applications capable of execution on the device , and over a secure connection to a network message server reachable via the WWAN, wherein at least a subset of the secure Internet data messages contain an identifier for a corresponding one of the software applications and application data from a respective network application server corresponding to that application; and a secure interprocess communication service on the device, secured independently of the secure connection to the network message server, wherein the device messaging agent , for each message in the subset of the secure Internet data messages, maps the identifier to the corresponding one of the software applications in order to forward the application data on the secure interprocess communication service to a software process corresponding to the identified software application.
A method for paging a narrowband terminal, comprising: determining that a first paging message for paging a narrowband terminal needs to be sent; and sending the first paging message comprising a radio capability of the narrowband terminal to a base station, said first paging message instructing the base station to transmit a second paging message according to the radio capability of the narrowband terminal to the narrowband terminal; wherein the method further comprises: acquiring the radio capability of the narrowband terminal in advance and storing a correspondence between a terminal ID of the narrowband terminal and the radio capability of the narrowband terminal; and before the sending the first paging message, further comprising: acquiring , according to the terminal ID of the narrowband terminal, the radio capability corresponding to the terminal ID from the stored correspondence; and writing the acquired radio capability into the first paging message. determining that a first paging message for paging a narrowband terminal needs to be sent; and sending the first paging message comprising a radio capability of the narrowband terminal to a base station, said first paging message instructing the base station to transmit a second paging message according to the radio capability of the narrowband terminal to the narrowband terminal; wherein the method further comprises: acquiring the radio capability of the narrowband terminal in advance and storing a correspondence between a terminal ID of the narrowband terminal and the radio capability of the narrowband terminal; and before the sending the first paging message, further comprising: acquiring , according to the terminal ID of the narrowband terminal, the radio capability corresponding to the terminal ID from the stored correspondence; and writing the acquired radio capability into the first paging message. acquiring the radio capability of the narrowband terminal in advance and storing a correspondence between a terminal ID of the narrowband terminal and the radio capability of the narrowband terminal; and before the sending the first paging message, further comprising: acquiring , according to the terminal ID of the narrowband terminal, the radio capability corresponding to the terminal ID from the stored correspondence; and writing the acquired radio capability into the first paging message. acquiring , according to the terminal ID of the narrowband terminal, the radio capability corresponding to the terminal ID from the stored correspondence; and writing the acquired radio capability into the first paging message.
A food wrapping film comprising: a thermoplastic resin; a blue colorant; and a polyglycerol fatty acid ester, wherein a content of the polyglycerol fatty acid ester is 1.0% by mass or more and 2.5% by mass or less based on a total amount of the film, the thermoplastic resin is at least one selected from the group consisting of polyvinyl chloride resins, polyvinylidene chloride resins and polyolefin resins, and the blue colorant is at least one selected from the group consisting of copper phthalocyanine, iron(III) hexacyanoferrate(II), cobalt oxide-aluminum oxide mixture, indigo and ultramarine. a thermoplastic resin; a blue colorant; and a polyglycerol fatty acid ester, wherein a content of the polyglycerol fatty acid ester is 1.0% by mass or more and 2.5% by mass or less based on a total amount of the film, the thermoplastic resin is at least one selected from the group consisting of polyvinyl chloride resins, polyvinylidene chloride resins and polyolefin resins, and the blue colorant is at least one selected from the group consisting of copper phthalocyanine, iron(III) hexacyanoferrate(II), cobalt oxide-aluminum oxide mixture, indigo and ultramarine.
A non-porous cathode having mean atomic mass W, said cathode being suitable to be used as electrode in a sputter ion pump and comprising in its chemical composition a sintered bulk mixture of two different metal elements i) M1 having atomic mass W1 in an amount q1 expressed as atomic percent of the total number of atoms Q of the cathode and ii) M2 having atomic mass W2 in an amount q2 expressed as atomic percent of the total number of atoms Q of the cathode, wherein M1 and M2 are both selected among titanium, tantalum, zirconium, niobium, hafnium, rare earths, nickel or molybdenum and q1, q2, W1 and W2 are selected in such a way that the mean atomic mass of the cathode, defined as W=W1*q1+W2*q2, is comprised in the range between 80 and 160 amu. i) M1 having atomic mass W1 in an amount q1 expressed as atomic percent of the total number of atoms Q of the cathode and ii) M2 having atomic mass W2 in an amount q2 expressed as atomic percent of the total number of atoms Q of the cathode,
Wet-rotor motor pump with a motor housing , a stator surrounded by the motor housing , a separating can , a rotor separated from the stator by the separating can , a rotor chamber formed by the separating can in which the rotor runs, a shaft and a pump impeller that is connected to the rotor by the shaft , and a radial bearing on the hydraulics side, in which the motor housing at its end facing the pump impeller has an inward-facing motor housing flange that, at least on the side facing the pump impeller, is covered by a protective layer , characterised by the protective layer between the motor housing flange and the shaft surrounding the hydraulic-side radial bearing and assuming the function of a bearing support together with the motor housing flange .
An emulsion comprising a single cell sequestered with one bead, wherein said one bead comprises a plurality of polynucleotides attached thereto, each polynucleotide comprising a sequencing primer region, a barcode region, and an annealing primer region, wherein the barcode in the oligonucleotide is unique for the single cell, and wherein the annealing primer region comprises a sequence complementary to a target nucleic acid sequence of the single cell.