mhurhangee/patent-ind-claim-en huggingface dataset:
Heat exchanger comprising a shell having an elongated shape and a cylindrical geometry, wherein a first fluid, fed through one or more first inlet pipes obtained in a head portion of the heat exchanger, flows inside the shell and a second fluid, fed through at least one second inlet pipe , flows inside the shell in order to perform heat exchange with the first fluid, and wherein the heat exchanger also comprises a fluid distributor assembly placed at said one or more first inlet pipes , the heat exchanger being characterized in that the fluid distributor assembly is provided with a first perforated plate , in turn provided with first through holes , and with at least one second perforated plate , in turn provided with second through holes , wherein the at least one second perforated plate is disposed parallel and downstream of the first perforated plate with respect to the flow direction (A) of the first fluid flowing into the first through holes and the second through holes , the heat exchanger being characterized in that between the first perforated plate and the at least one second perforated plate a hermetic seal device is disposed, and wherein the first perforated plate and the at least one second perforated plate are spaced from each other, in such a way that the first perforated plate and the at least one second perforated plate , together with the hermetic seal device , surround an equalization chamber of predefined depth, measured along the flow direction (A) of the first fluid flowing into the first through holes and the second through holes , each equalization chamber being closed at the peripheral edges of the first perforated plate and of the at least one second perforated plate .
A method for updating firmware in a plurality of cable modems, CM (114a-114f) during booting of the cable modems in a network comprising a web server running an automatic firmware management, AFM application , a database engine , a trivial file transfer protocol server, TFTP , a network collector server , a plurality of cable modem termination systems, CMTS , a plurality of multimedia terminal adapters, MTA, and the plurality of cable modems, the method comprising the steps of: uploading a CM firmware update to the AFM application; enabling, on the AFM application, an update policy for updating a subset of the plurality of cable modems on the network with the CM firmware update; inserting the update policy in a policies table by the AFM application; periodically polling the policies table by the network collector server for the update policy; determining by the network collector server a list of identifiers of the subset of the plurality of cable modems to be updated according to the update policy; sending the network collector server notification that a cable modem of the plurality of cable modems is booting; and the network collector server sending a command causing the cable modem to start a firmware update; wherein the update policy further comprises a network location of the firmware update file. uploading a CM firmware update to the AFM application; enabling, on the AFM application, an update policy for updating a subset of the plurality of cable modems on the network with the CM firmware update; inserting the update policy in a policies table by the AFM application; periodically polling the policies table by the network collector server for the update policy; determining by the network collector server a list of identifiers of the subset of the plurality of cable modems to be updated according to the update policy; sending the network collector server notification that a cable modem of the plurality of cable modems is booting; and the network collector server sending a command causing the cable modem to start a firmware update; wherein the update policy further comprises a network location of the firmware update file.
Profile connector strip having a sealing device for joint sealing a joint between a construction component attached to a wall and the profile connector strip provided for connecting a finish layer of the wall , wherein the sealing device has a tube-like enveloping body which has two mutually opposing fastening portions , one of which fastening portions can be fastened to the component while the other fastening portion is fastened to the profile connector strip , characterised in that the sealing device comprises a supporting device in the enveloping body , - which, when the profile connector strip is mounted on the construction component , keeps the two fastening portions stabilised in relation to each other due to its load-bearing stability and thus keeps the profile connector strip positioned on the construction component and - which is formed in such a manner that it permits relative movements of the two fastening portions in the mounting position due to relative movements between the profile connector strip and the construction component under deformation of the sealing device , which maintains a tight covering of the joint , or of the enveloping body . - which, when the profile connector strip is mounted on the construction component , keeps the two fastening portions stabilised in relation to each other due to its load-bearing stability and thus keeps the profile connector strip positioned on the construction component and - which is formed in such a manner that it permits relative movements of the two fastening portions in the mounting position due to relative movements between the profile connector strip and the construction component under deformation of the sealing device , which maintains a tight covering of the joint , or of the enveloping body .
Water tank for a household appliance having a connection for a filter cartridge , wherein an annular tank sealing face is provided on the tank bottom for the tight connection of the filter cartridge and the tank sealing face encloses a tank passage opening for the water from the filter cartridge to flow through the wall of the tank bottom to the household appliance, characterized in that the tank sealing face along its circumference has a variable radius in relation to a central axis, so that the tank sealing face comprises radial concavities and/or radial convexities , wherein the convexities and/or concavities have a round profile, and wherein the concavities and/or convexities are configured to periodically oscillate around a circular line.
Inhaler comprising an inhaler part comprising at least one energy store and an electrical circuit and an inhaler component for forming a nicotine-containing vapour-air mixture and/or condensation aerosol by evaporating a nicotine solution highly diluted by means of ethanol and/or water, comprising: a housing ; a chamber arranged in the housing ; an air admission opening for the supply of air from the surroundings into the chamber ; an inductively heated evaporator for evaporating a portion of the highly diluted nicotine solution , with an evaporation surface or vapour outlet surface which is arranged in the chamber and from which the generated vapour passes into the chamber and mixes in the chamber with the air supplied through the air admission opening , as a result of which the nicotine-containing vapour-air mixture and/or condensation aerosol finally forms, characterized in that the inhaler component comprises a condensate drainage and storage device communicating with the chamber . a housing ; a chamber arranged in the housing ; an air admission opening for the supply of air from the surroundings into the chamber ; an inductively heated evaporator for evaporating a portion of the highly diluted nicotine solution , with an evaporation surface or vapour outlet surface which is arranged in the chamber and from which the generated vapour passes into the chamber and mixes in the chamber with the air supplied through the air admission opening , as a result of which the nicotine-containing vapour-air mixture and/or condensation aerosol finally forms, characterized in that the inhaler component comprises a condensate drainage and storage device communicating with the chamber .
A kinetic hydrate inhibitor comprising a poly(vinyl lactam) polymer in admixture with a polymerization solvent system comprising an alkylene carbonate and/or an alkyl lactate, wherein the poly(vinyl lactam) polymer is a poly(N-vinyl caprolactam) homopolymer.
An arrangement for supporting a rotor with respect to a stator , in particular for supporting the rotor of a vacuum pump , having a radially stabilizing permanent magnet bearing in the region of one of the two rotor ends and having a further bearing in the region of the oppositely disposed rotor end, wherein the further bearing is designed as an axially active radially stabilizing permanent magnet bearing which comprises, for axial stabilization, a stator-side bearing part which is associated with an intermediate part axially movably supported with respect to a fixed-position housing of the stator and which is axially movable together with said intermediate part relative to the stator housing ; wherein the intermediate part can be acted on via an actuator unit to counteract a respective axial deviation of the rotor with respect to a desired position; and wherein the actuator unit comprises at least one linear actuator, characterized in that the intermediate part is inserted into the stator housing in a resilient and/or damped manner, in particular via O-rings .
A method for detecting a signal molecule, characterized in that , the method comprises the following steps of: providing a solution comprising microparticles, wherein the microparticles comprise microparticles binding to the signal molecule to be detected; immobilizing the microparticles in the solution to the surface and/or the interior of a solid phase support; counting the microparticles in a selected field of view under a bright field; and counting the microparticles binding to the signal molecule in a selected field of view under a dark field; and determining the concentration of the signal molecule according to the counting results obtained in steps and ; wherein step comprises removing the agglomerated/overlapped microparticles in the bright field, and wherein the selected field of view under the bright field and the selected field of view under the dark field are the same field of view, and counting under the bright and dark fields are performed in the same field of view. providing a solution comprising microparticles, wherein the microparticles comprise microparticles binding to the signal molecule to be detected; immobilizing the microparticles in the solution to the surface and/or the interior of a solid phase support; counting the microparticles in a selected field of view under a bright field; and counting the microparticles binding to the signal molecule in a selected field of view under a dark field; and determining the concentration of the signal molecule according to the counting results obtained in steps and ; wherein step comprises removing the agglomerated/overlapped microparticles in the bright field, and wherein the selected field of view under the bright field and the selected field of view under the dark field are the same field of view, and counting under the bright and dark fields are performed in the same field of view.
A compound, which is selected from: 3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]octanenitrile; and 3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]heptanenitrile; or a pharmaceutically acceptable salt thereof. 3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]octanenitrile; and 3-[4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl]heptanenitrile; or a pharmaceutically acceptable salt thereof.
A method in a wireless device for use in negotiating a group owner with another wireless device for establishing a wireless peer-to-peer, P2P, network having a connection to an external network via a home network or a non-home network, the method comprising: identifying , at the wireless device , whether the wireless device is operating for communications via the home network or the non-home network; setting , at the wireless device , a group owner intent value for the wireless device to an increased value when the wireless device is identified to be operating for communications via the home network, or to a decreased value when the wireless device is identified to be operating for communications via a non-home network; and sending , by the wireless device , to the other wireless device , a message which includes the group owner intent value for the wireless device . identifying , at the wireless device , whether the wireless device is operating for communications via the home network or the non-home network; setting , at the wireless device , a group owner intent value for the wireless device to an increased value when the wireless device is identified to be operating for communications via the home network, or to a decreased value when the wireless device is identified to be operating for communications via a non-home network; and sending , by the wireless device , to the other wireless device , a message which includes the group owner intent value for the wireless device .
Moulding device for manufacturing structured or semistructured composite components comprising a polymer resin and a fibrous substrate , comprising: - a mould comprising a lower part with a bottom and a lateral wall and an upper part that is able to come into contact with said lower part in order to close the mould, - a movable part that is able to move along the lateral surface of the mould, comprising a compression surface that forms a cavity with the bottom and the lateral surface of said mould , the movable part comprising a vacuum-drawing channel that opens into a chamber consisting of a shrinkage space that is located above the cavity and communicates with said cavity , and a punch that is able to move along the lateral surface of the mould, characterized in that the movable part further comprises an injection head , said injection head being provided with a wall defining an injection column that communicates with the cavity by way of an opening ; and in that the movable part further comprises a collar that is able to move along the lateral surface of the punch , between at least one first position, called the open position, in which the lower surface of the collar defines, with the lateral surface of the punch, the shrinkage space that communicates with the cavity by way of an opening , and at least one second position, called the closed position, in which the collar blocks said opening , the shrinkage space comprising a peripheral groove located in the punch; and in that the vacuum-drawing channel consists of a channel that is located in the punch and opens into the chamber consisting of the shrinkage space, or into the peripheral groove of said shrinkage space; and in that the injection head is comprised within the collar . - a mould comprising a lower part with a bottom and a lateral wall and an upper part that is able to come into contact with said lower part in order to close the mould, - a movable part that is able to move along the lateral surface of the mould, comprising a compression surface that forms a cavity with the bottom and the lateral surface of said mould ,
A composition comprising a nucleic acid molecule that targets ITPR2 mRNA, or a chemically modified derivative thereof, and optionally pharmaceutically acceptable carriers and/or excipients for use in treating hyperhidrosis.
A pillar structure for a biochip , the pillar structure being manufactured in one piece by injection molding, comprising: a substrate having a plate structure; a plurality of insertion pillars formed beneath of the substrate and protruded downward from a lower surface of the substrate so as to be inserted into corresponding wells ; characterized in that it further comprises: a plurality of compensation pillars formed on the substrate , and protruded upward from an upper surface of the substrate , wherein each compensation pillar is aligned with a corresponding insertion pillar , and is configured to compensate for a contraction of the insertion pillar caused by cooling after injection molding of the resin composition material which form the insertion pillars , the compensation pillars and the substrate thereby preventing the upper surface of the substrate from being recessed, thus allowing for a more limited light distortion when analysing the biochip by microscopy through the pillar structure , wherein each compensation pillar has a diameter having a ratio to a diameter of the corresponding insertion pillar within a range of 1 to 1.3. a substrate having a plate structure; a plurality of insertion pillars formed beneath of the substrate and protruded downward from a lower surface of the substrate so as to be inserted into corresponding wells ; characterized in that it further comprises: a plurality of compensation pillars formed on the substrate , and protruded upward from an upper surface of the substrate , wherein each compensation pillar is aligned with a corresponding insertion pillar , and is configured to compensate for a contraction of the insertion pillar caused by cooling after injection molding of the resin composition material which form the insertion pillars , the compensation pillars and the substrate thereby preventing the upper surface of the substrate from being recessed, thus allowing for a more limited light distortion when analysing the biochip by microscopy through the pillar structure , wherein each compensation pillar has a diameter having a ratio to a diameter of the corresponding insertion pillar within a range of 1 to 1.3. a plurality of compensation pillars formed on the substrate , and protruded upward from an upper surface of the substrate , wherein each compensation pillar is aligned with a corresponding insertion pillar , and is configured to compensate for a contraction of the insertion pillar caused by cooling after injection molding of the resin composition material which form the insertion pillars , the compensation pillars and the substrate thereby preventing the upper surface of the substrate from being recessed, thus allowing for a more limited light distortion when analysing the biochip by microscopy through the pillar structure , wherein each compensation pillar has a diameter having a ratio to a diameter of the corresponding insertion pillar within a range of 1 to 1.3.
A brazed heat exchanger having stacked plates defining a plurality of ducts for two or more media to flow between the plates, comprising: a first braze material providing braze joints within a first set of the plurality of ducts ; and a second braze material different in composition from the first braze material providing braze joints within a second set of the plurality of ducts , the first braze material and the second braze material having matching melting temperature ranges, wherein at least some of the plurality of ducts are in either the first set or the second set but not both, wherein one of the first and second braze materials is a Cu-based braze material and the other of the first and second braze materials is a Fe-based braze material. a first braze material providing braze joints within a first set of the plurality of ducts ; and a second braze material different in composition from the first braze material providing braze joints within a second set of the plurality of ducts , the first braze material and the second braze material having matching melting temperature ranges, wherein at least some of the plurality of ducts are in either the first set or the second set but not both, wherein one of the first and second braze materials is a Cu-based braze material and the other of the first and second braze materials is a Fe-based braze material.
A fluoride ion battery having La x C (1.00-x) as the negative electrode active material, where 0.00 < x < 1.00.
A breather device for dehumidifying air to be supplied into an expansion vessel of a power electrical apparatus, said breather device comprising: - an air demoisturizer unit including a first tank and a second tank , each tank having an internal volume accommodating a moisture absorbing substance and being in fluid-dynamic communication with the external environment; - a main port adapted to be in fluid-dynamic communication with said expansion vessel; - a valve assembly in fluid-dynamic communication with each tank and said main port ; wherein said valve assembly is adapted to take a first operating condition (C1), in which said valve assembly allows air coming from the first tank to reach said main port and said valve assembly prevents air coming from the second tank to reach said main port , or a second operating condition (C2), in which said valve assembly prevents air coming from the first tank to reach said main port and said valve assembly allows air coming from the second tank to reach said main port , wherein said valve assembly is adapted to switch reversibly between said first and second operating conditions (C1, C2) in response to feeding signals (F1, F2, F3) received from a power supply , characterized in that said valve assembly comprises valve means which comprise actuators operatively coupled to valve elements arranged at the inlets of said valve assembly and characterized in that said actuators are provided with a permanent magnet as blocking means to block said valve elements in said first or second operating condition (C1, C2) so reached, in order to stably maintain said first or second operating condition (C1, C2) in case of outage of said power supply . - an air demoisturizer unit including a first tank and a second tank , each tank having an internal volume accommodating a moisture absorbing substance and being in fluid-dynamic communication with the external environment; - a main port adapted to be in fluid-dynamic communication with said expansion vessel; - a valve assembly in fluid-dynamic communication with each tank and said main port ; wherein said valve assembly is adapted to switch reversibly between said first and second operating conditions (C1, C2) in response to feeding signals (F1, F2, F3) received from a power supply , characterized in that said valve assembly comprises valve means which comprise actuators operatively coupled to valve elements arranged at the inlets of said valve assembly and characterized in that said actuators are provided with a permanent magnet as blocking means to block said valve elements in said first or second operating condition (C1, C2) so reached, in order to stably maintain said first or second operating condition (C1, C2) in case of outage of said power supply .
An accelerator mass spectrometry method for analysing a sample, comprising measuring with an accelerator mass spectrometry system at least one isotope of a first element and at least one isotope of a second element, wherein the first element and the second element are different from each other, wherein the measurement of the second element is used for normalizing the measurement of the first element, wherein at least a stable first isotope of said first element is measured, and wherein said second element is more abundant than said first element in the sample.