mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld molecular diagnostic test device , comprising: a housing defining a detection opening ; an amplification module configured to receive an input sample, the amplification module including a flow member and a heater , the flow member defining a flow path , the amplification module configured to perform a polymerase chain reaction to amplify a target nucleic acid within the input sample to produce a target amplicon; and a reagent module disposed within the housing, the reagent module containing a reagent (R4, R6) formulated to produce a visible signal (OP1) indicating a presence of the target amplicon; a detection module defining a detection channel that receives an output produced by the amplification module, the detection module including a detection surface configured to retain the target amplicon such that when the detection module contains the reagent, the visible signal is produced from the detection surface, characterized in that : the heater is coupled to the flow member such that the heater and the flow path intersect at multiple locations; the handheld molecular diagnostic test device is a stand-alone device for detecting the target nucleic acid; the amplification module is within the housing; and the detection module is positioned within the housing such that the visible signal from the detection surface is viewable via the detection opening of the housing. a housing defining a detection opening ; an amplification module configured to receive an input sample, the amplification module including a flow member and a heater , the flow member defining a flow path , the amplification module configured to perform a polymerase chain reaction to amplify a target nucleic acid within the input sample to produce a target amplicon; and a reagent module disposed within the housing, the reagent module containing a reagent (R4, R6) formulated to produce a visible signal (OP1) indicating a presence of the target amplicon; a detection module defining a detection channel that receives an output produced by the amplification module, the detection module including a detection surface configured to retain the target amplicon such that when the detection module contains the reagent, the visible signal is produced from the detection surface, characterized in that : the heater is coupled to the flow member such that the heater and the flow path intersect at multiple locations; the handheld molecular diagnostic test device is a stand-alone device for detecting the target nucleic acid; the amplification module is within the housing; and the detection module is positioned within the housing such that the visible signal from the detection surface is viewable via the detection opening of the housing. the heater is coupled to the flow member such that the heater and the flow path intersect at multiple locations; the handheld molecular diagnostic test device is a stand-alone device for detecting the target nucleic acid; the amplification module is within the housing; and the detection module is positioned within the housing such that the visible signal from the detection surface is viewable via the detection opening of the housing.
In a system comprising a network node that communicates with a first access point to a first network and a second access point to a second network, a method comprising, at the network node: detecting an event, the event associated with one of the first and second networks; based on and after the detected event, calculating one or more parameters for sending to the other of the first and second networks that is not associated with the detected event; and sending the one or more parameters to the access point of the other of the first and second networks so as to configure the access point of the other of the first and second networks with the one or more parameters that adjust at least one of a quality of service, a measurement period, a transmit power, an admission control, or a user permission of the other of the first and second networks, wherein the first network is a Wi-Fi network, the first access point is a Wi-Fi access point, the second network is a small cell network, and the second access point is a small cell access point. detecting an event, the event associated with one of the first and second networks; based on and after the detected event, calculating one or more parameters for sending to the other of the first and second networks that is not associated with the detected event; and sending the one or more parameters to the access point of the other of the first and second networks so as to configure the access point of the other of the first and second networks with the one or more parameters that adjust at least one of a quality of service, a measurement period, a transmit power, an admission control, or a user permission of the other of the first and second networks, wherein the first network is a Wi-Fi network, the first access point is a Wi-Fi access point, the second network is a small cell network, and the second access point is a small cell access point.
A method of preparing a gasoline fuel composition, the method comprising preparing a quaternary ammonium salt by reacting (a) a tertiary amine of formula R 1 R 2 R 3 N, wherein R 1 , R 2 and R 3 is each independently an unsubstituted hydrocarbyl group; or a tertiary amine in which each substituent is selected from alkyl, hydroxylalkyl and hydroxyalkyloxyalkyl groups having 1 to 12 carbon atoms; with (b) an acid-activated alkylating agent in the presence of (c) a compound of formula HOOCXCOO-(R 4 O) n -R 5 , wherein X is CH 2 CHR or CHRCH 2 wherein R is an unsubstituted hydrocarbyl group, R 4 is an unsubstituted alkylene group, R 5 is hydrogen, an unsubstituted alkyl, alkenyl or aryl group, an aryl-substituted alkyl group, or an alkyl-substituted or alkenyl-substituted aryl group, and n is from 2 to 100; and mixing the quaternary ammonium salt into the fuel; suitably wherein component (b) is an epoxide.
A rolling compactor attachment comprising: an attachment plate configured to attach to a host vehicle ; a boom attached to the attachment plate ; a roller attached to the boom opposite the attachment plate configured to compact a ground surface; a tilt hinge joining the roller to the boom configured to tilt the roller with respect to a level road ; characterized in that it further comprises a pivot hinge disposed between the attachment plate and the boom , the pivot hinge configured to allow the boom to pivot about a vertical axis; a lift hinge disposed between the attachment plate and the boom , the lift hinge configured to allow the boom to lift about a horizontal axis; and a twist hinge configured to twist the roller about a vertical axis. an attachment plate configured to attach to a host vehicle ; a boom attached to the attachment plate ; a roller attached to the boom opposite the attachment plate configured to compact a ground surface; a tilt hinge joining the roller to the boom configured to tilt the roller with respect to a level road ; characterized in that it further comprises a pivot hinge disposed between the attachment plate and the boom , the pivot hinge configured to allow the boom to pivot about a vertical axis; a lift hinge disposed between the attachment plate and the boom , the lift hinge configured to allow the boom to lift about a horizontal axis; and a twist hinge configured to twist the roller about a vertical axis. a pivot hinge disposed between the attachment plate and the boom , the pivot hinge configured to allow the boom to pivot about a vertical axis; a lift hinge disposed between the attachment plate and the boom , the lift hinge configured to allow the boom to lift about a horizontal axis; and a twist hinge configured to twist the roller about a vertical axis.
A heat exchanger comprising a heat exchange coil comprising: a plurality of double-walled tubes traversing an intended air flow path, a plurality of single-walled return bend tubes connecting said double-walled tubes; said return bend tubes (18a; 18b) located outside of said intended air flow path, said double-walled tubes each comprise an inner tube and an outer tube ; said inner tubes are connected to said plurality of return bend tubes to define a fluid path through said heat exchange coil; and respective ends of said outer tubes are located outside of said intended air flow path, and the heat exchanger further comprising return bend boxes configured to house said return bend tubes and ends of said outer tubes, characterised in that said heat exchange coil is configured to guide circulating water, and the heat exchanger comprises a leak detector to detect the presence of water in at least one of said return bend boxes . a plurality of double-walled tubes traversing an intended air flow path, a plurality of single-walled return bend tubes connecting said double-walled tubes; said return bend tubes (18a; 18b) located outside of said intended air flow path, said double-walled tubes each comprise an inner tube and an outer tube ; said inner tubes are connected to said plurality of return bend tubes to define a fluid path through said heat exchange coil; and respective ends of said outer tubes are located outside of said intended air flow path, and the heat exchanger further comprising return bend boxes configured to house said return bend tubes and ends of said outer tubes, characterised in that said heat exchange coil is configured to guide circulating water, and the heat exchanger comprises a leak detector to detect the presence of water in at least one of said return bend boxes .
A method for servicing a dual-stage, separated gas/fluid shock strut , comprising: charging a secondary gas chamber with a first quantity of compressed gas; circulating an oil through an oil chamber of the dual-stage, separated gas/fluid shock strut via an oil charge port and an oil bleed port; extending the dual-stage, separated gas/fluid shock strut to a shock strut extension corresponding to the secondary chamber pressure according to an oil servicing reference curve; closing the oil bleed port; pumping the oil into the oil chamber until an oil chamber pressure reaches a pre-determined pressure; closing the oil charge port; extending the dual-stage, separated gas/fluid shock strut to a fully extended position; and charging a primary gas chamber with a second quantity of compressed gas until a shock strut extension and a primary chamber pressure match a primary chamber servicing reference curve. charging a secondary gas chamber with a first quantity of compressed gas; circulating an oil through an oil chamber of the dual-stage, separated gas/fluid shock strut via an oil charge port and an oil bleed port; extending the dual-stage, separated gas/fluid shock strut to a shock strut extension corresponding to the secondary chamber pressure according to an oil servicing reference curve; closing the oil bleed port; pumping the oil into the oil chamber until an oil chamber pressure reaches a pre-determined pressure; closing the oil charge port; extending the dual-stage, separated gas/fluid shock strut to a fully extended position; and charging a primary gas chamber with a second quantity of compressed gas until a shock strut extension and a primary chamber pressure match a primary chamber servicing reference curve.
A method for use in a telecommunications network for routing communications, the method being performed by a control session control function, CSCF, node in the telecommunications network and comprising: receiving a registration request from an initiating device to establish a service connection session between the initiating device and an endpoint through an Internet Protocol Multimedia Subsystem, IMS, session, wherein the initiating device is a wireless telecommunications device assigned to a first realm, and wherein the endpoint is associated with a second, different realm; generating a corresponding registration message based on the received request, wherein the corresponding registration message identifies the initiating device as being assigned to the second realm; and, establishing the IMS session between the initiating device and the endpoint upon successful processing of the registration message, wherein, during the session, the CSCF node translates the first realm into the second realm upon receiving subsequent messages from the initiating device towards the said endpoint; and wherein, during the session, the CSCF node translates the second realm into the first realm upon receiving messages from the endpoint towards the initiating device. receiving a registration request from an initiating device to establish a service connection session between the initiating device and an endpoint through an Internet Protocol Multimedia Subsystem, IMS, session, wherein the initiating device is a wireless telecommunications device assigned to a first realm, and wherein the endpoint is associated with a second, different realm; wherein the initiating device is a wireless telecommunications device assigned to a first realm, and wherein the endpoint is associated with a second, different realm; generating a corresponding registration message based on the received request, wherein the corresponding registration message identifies the initiating device as being assigned to the second realm; and, establishing the IMS session between the initiating device and the endpoint upon successful processing of the registration message, wherein, during the session, the CSCF node translates the first realm into the second realm upon receiving subsequent messages from the initiating device towards the said endpoint; and wherein, during the session, the CSCF node translates the second realm into the first realm upon receiving messages from the endpoint towards the initiating device. wherein, during the session, the CSCF node translates the first realm into the second realm upon receiving subsequent messages from the initiating device towards the said endpoint; and wherein, during the session, the CSCF node translates the second realm into the first realm upon receiving messages from the endpoint towards the initiating device.
Use of a silicone rubber mixture for the production of silicone rubber components by extrusion, where the silicone rubber mixture has an emulsion with water distributed in the mixture, where the silicone rubber mixture is fed to an extruder for shaping, characterized in that , the silicone rubber mixture, after leaving the extruder as a raw component, has a material cross-section area of ≤ 1400 mm 2 , preferably ≤ 1200 mm 2 , or a material thickness of 50 mm, or preferably 40 mm, where, for the purpose of the shock-like evaporation of the emulsion's water, the raw component is exposed to a temperature of 180 °C to 250 °C in a tunnel kiln with two sections , in the first section over a period from 10 to 110 seconds, preferably from 20 to 90 seconds, depending on the size of the cross-section area or the material thickness.
A process for producing a composite material, said process comprising the following steps of: a) providing a thermoplastic polymer, b) providing natural fibers, c) preparing a composite material from said natural fibers and said thermoplastic polymer, said process being characterized in that the polymer is a thermoplastic polyester comprising at least one 1,4: 3,6-dianhydrohexitol unit (A), at least one alicyclic diol unit (B) other than the 1,4: 3,6-dianhydrohexitol units (A), at least one terephthalic acid unit (C), wherein the (A)/[(A)+(B)] ratio is at least 0.05 and at most 0.75, said polyester not containing any aliphatic non-cyclic diol units or comprising a molar amount of aliphatic non-cyclic diol units, relative to all the monomer units of the polyester, of less than 5%, and the reduced viscosity in solution (25°C; phenol (50%m): ortho-dichlorobenzene (50%m); 5 g/l of polyester) of which is greater than 50 ml/g; wherein the reduced viscosity in solution is measured as indicated in the description. a) providing a thermoplastic polymer, b) providing natural fibers, c) preparing a composite material from said natural fibers and said thermoplastic polymer,
A multipart adjustable head plate for an operating table , comprising: - a coupling assembly for releasably coupling the head plate to the operating table ; - a positioning segment for positioning the head plate , wherein the positioning segment is pivotably connected to the coupling assembly via a first joint assembly lockable against pivoting; - a head support segment for supporting the head of a patient, wherein the head support segment is pivotably connected to the positioning segment via a second joint assembly lockable against pivoting; and - an unlocking device for unlocking both joint assemblies , , having: a) an actuating device for actuating the unlocking device by way of the user, and b) a first unlocking mechanism for unlocking the first joint assembly , which mechanically couples the actuating device to the first joint assembly , characterized in that the first unlocking mechanism comprises an adjustable coupling device , in that the actuating device is arranged on the head support segment , and in that the coupling device extends starting from the head support segment from the actuating device to the second joint assembly and, in the unlocked state, assumes a position such that it is possible to pivot the head support segment in relation to the positioning segment into any angular position. - a coupling assembly for releasably coupling the head plate to the operating table ; - a positioning segment for positioning the head plate , wherein the positioning segment is pivotably connected to the coupling assembly via a first joint assembly lockable against pivoting; - a head support segment for supporting the head of a patient, wherein the head support segment is pivotably connected to the positioning segment via a second joint assembly lockable against pivoting; and - an unlocking device for unlocking both joint assemblies , , having: a) an actuating device for actuating the unlocking device by way of the user, and b) a first unlocking mechanism for unlocking the first joint assembly , which mechanically couples the actuating device to the first joint assembly , a) an actuating device for actuating the unlocking device by way of the user, and b) a first unlocking mechanism for unlocking the first joint assembly , which mechanically couples the actuating device to the first joint assembly ,
A high-strength steel product comprising a composition consisting of, in terms of weight percentages (wt. %): C 0.02 - 0.05, preferably 0.03 - 0.045 Si 0.1 - 0.6, preferably 0.2 - 0.6, more preferably 0.3 - 0.5 Mn 1.1 - 2.0, preferably 1.35 - 1.8 Al 0.01 - 0.15, preferably 0.02 - 0.06 Nb 0.01 - 0.08, preferably 0.025 - 0.05 Cu ≤ 0.5, preferably 0.15 - 0.35 Cr ≤ 0.5, preferably 0.1 - 0.25 Ni ≤ 0.7, preferably 0.1 - 0.25 Ti ≤ 0.03, preferably 0.005 - 0.03 Mo ≤ 0.1 V ≤ 0.1, preferably ≤ 0.05 B ≤ 0.0005 P ≤ 0.015, preferably ≤ 0.012 S ≤ 0.005 remainder Fe and inevitable impurities, wherein the steel product has a microstructure consisting of, in terms of volume percentages (vol. %): quasi-polygonal ferrite 40 - 80 polygonal ferrite 20-40 bainite ≤ 20 pearlite and martensite ≤ 20, preferably ≤ 5, more preferably ≤ 2 and the following mechanical properties: an yield strength of at least 400 MPa, an ultimate tensile strength of at least 500 MPa, a Charpy-V impact toughness of at least 34 J/cm 2 , preferably at least 150 J/cm 2 , more preferably at least 300 J/cm 2 at a temperature in the range of -50 °C to -100 °C.
A preprocessing system that performs preprocessing of a sample before analysis by a chromatograph, comprising: a plurality of preprocessing units , each preprocessing unit including a belt conveyor that transports a sample bottle in which a sample is sealed, and a controller that controls an operation of the belt conveyor , wherein at least one of the plurality of preprocessing units further includes a processor that performs specific preprocessing based on control performed by the controller , and, the belt conveyor of each preprocessing unit is arranged adjacent to a belt conveyor of another preprocessing unit in a transport direction and is configured to transfer the sample bottle to the adjacent belt conveyor or to receive the sample bottle from the adjacent belt conveyor , characterized in that : each preprocessing unit further includes a mechanical stopper to temporarily stop the sample bottle on the belt conveyor at a predetermined position while the belt conveyor is operated, such that the belt conveyor of each preprocessing unit is configured to transport a sample bottle other than the sample bottle stopped by the stopper . a plurality of preprocessing units , each preprocessing unit including a belt conveyor that transports a sample bottle in which a sample is sealed, and a controller that controls an operation of the belt conveyor , wherein at least one of the plurality of preprocessing units further includes a processor that performs specific preprocessing based on control performed by the controller , and, the belt conveyor of each preprocessing unit is arranged adjacent to a belt conveyor of another preprocessing unit in a transport direction and is configured to transfer the sample bottle to the adjacent belt conveyor or to receive the sample bottle from the adjacent belt conveyor ,
Household appliance comprising at least one load (1; 10), checking means (2; 20) and detection means (3; 30) of a state of a functional member of the household appliance, said detection means (3;30) being disposed between said functional member and a detection input (2a; 20a) of said checking means (2; 20), the checking means (2; 20) being configured to detect a state of said functional member according to parameters of a first electrical signal at said detection input (2a; 20a), the detection means (3; 30) being furthermore disposed between said at least one load (1; 10) and said detection input (2a; 20a) of said checking means (2; 20), the checking means (2; 20) being configured for the verification of the connection of said at least one load (1; 10) according to parameters of at least one second electrical signal (5b; 5c) at said detection input (2a; 20a).
Saddle for vehicles, for bicycles or motorcycles, comprising a base component , set to be constrained to a frame of a vehicle such as a bicycle or a motorcycle, a padding component , arranged on said base component , and a cover element or covering , wherein said base component comprises an upper surface and a lower surface and said padding component comprises an upper surface and a lower surface intended to come into contact and be constrained with said upper surface of the base component , characterized in that said base component is made at least partly or entirely of polyurethane or of a polyurethane material, wherein said polyurethane or polyurethane material is obtained from the reaction between a polyisocyanate, such as toluene diisocyanate, methylene diisocyanate or modified isocyanate variants thereof, and a polyol composition, with base of polyethers and/or polyesters, containing cross-linking agents, catalysts and, wherein said support element comprises means for the removable constraining of said padding component to said base component , wherein said removable constraining means comprise screws, snap engagement means or connection means.