mhurhangee/patent-ind-claim-en huggingface dataset:
A testing apparatus for a compressed gas dispensing station, the testing apparatus comprising: a receptacle for providing a sealing connection with a dispensing nozzle of a compressed gas dispensing station; a fluid transfer line having an upstream end and a downstream end, the upstream end attached to the receptacle ; a back pressure regulator in the fluid transfer line , the back pressure regulator operatively disposed to control the pressure of a gas in the fluid transfer line upstream of the back pressure regulator , the back pressure regulator operatively configured to be responsive to a control signal corresponding to a representative fill pressure from a controller ; a mass flow sensor in the fluid transfer line , the mass flow sensor operatively disposed to measure a value relatable to a quantity of gas transferred in the fluid transfer line and provide a signal in response thereto; and the controller , the controller operatively connected to the mass flow sensor , the controller configured to calculate the representative fill pressure using the signal from the mass flow sensor , the controller operatively configured to provide the control signal corresponding to the representative fill pressure. a receptacle for providing a sealing connection with a dispensing nozzle of a compressed gas dispensing station; a fluid transfer line having an upstream end and a downstream end, the upstream end attached to the receptacle ; a back pressure regulator in the fluid transfer line , the back pressure regulator operatively disposed to control the pressure of a gas in the fluid transfer line upstream of the back pressure regulator , the back pressure regulator operatively configured to be responsive to a control signal corresponding to a representative fill pressure from a controller ; a mass flow sensor in the fluid transfer line , the mass flow sensor operatively disposed to measure a value relatable to a quantity of gas transferred in the fluid transfer line and provide a signal in response thereto; and the controller , the controller operatively connected to the mass flow sensor , the controller configured to calculate the representative fill pressure using the signal from the mass flow sensor , the controller operatively configured to provide the control signal corresponding to the representative fill pressure.
An antenna, comprising: a radiating element , a reflecting element , and a radio frequency coaxial cable , wherein the radiating element and the reflecting element are located on a same plane, and the radiating element is connected to the radio frequency coaxial cable ; the reflecting element is of a comb structure, the comb structure comprises at least two comb teeth, sizes of all the comb teeth are the same, intervals between every two adjacent comb teeth are the same, and a comb-like opening face of the reflecting element is opposite to the radiating element ; the radio frequency coaxial cable is configured to receive a radio frequency signal; the radiating element is configured to radiate the radio frequency signal, to obtain a first radiation signal and a second radiation signal, and the first radiation signal and the second radiation signal have different directions; the first radiation signal is reflected by the at least two comb teeth, to obtain a reflection signal, and a direction of the reflection signal is the same as the direction of the second radiation signal; and the second radiation signal is coherently superimposed with the reflection signal, to output a superimposed signal. a radiating element , a reflecting element , and a radio frequency coaxial cable , wherein the radiating element and the reflecting element are located on a same plane, and the radiating element is connected to the radio frequency coaxial cable ; the reflecting element is of a comb structure, the comb structure comprises at least two comb teeth, sizes of all the comb teeth are the same, intervals between every two adjacent comb teeth are the same, and a comb-like opening face of the reflecting element is opposite to the radiating element ; the radio frequency coaxial cable is configured to receive a radio frequency signal; the radiating element is configured to radiate the radio frequency signal, to obtain a first radiation signal and a second radiation signal, and the first radiation signal and the second radiation signal have different directions; the first radiation signal is reflected by the at least two comb teeth, to obtain a reflection signal, and a direction of the reflection signal is the same as the direction of the second radiation signal; and the second radiation signal is coherently superimposed with the reflection signal, to output a superimposed signal.
A hydrothermal electrolysis apparatus suitable for high pressure and high temperature conditions comprising: a cylindrical container main body including an inner peripheral surface serving as a cathode surface; an anode plate disposed in the container main body along an axis of the container main body ; and end members attached to the respective ends of the container main body by being screwed, each of the end members having a hole formed therein through which a liquid is passed, one of the end members being provided with a power supply rod inserted therein, the power supply rod being connected to the anode plate , a bipolar electrode plate disposed in the container main body , the bipolar electrode plate being arranged parallel to the anode plate , and wherein the container main body is sealed with the end members screwed in the container main body instead of a flanged lid, so that a once-through channel for the liquid to be treated is formed. a cylindrical container main body including an inner peripheral surface serving as a cathode surface; an anode plate disposed in the container main body along an axis of the container main body ; and end members attached to the respective ends of the container main body by being screwed, each of the end members having a hole formed therein through which a liquid is passed, one of the end members being provided with a power supply rod inserted therein, the power supply rod being connected to the anode plate , a bipolar electrode plate disposed in the container main body , the bipolar electrode plate being arranged parallel to the anode plate , and
A modular wall bar assembly comprising a plurality of modules , wherein each module comprises two vertical beams and a plurality of horizontal bars , which at their respective ends extend into bar receiving apertures in the vertical beams, characterized in that the vertical beams of at least two vertically joined modules are at their facing beam ends provided with a grooved recess , which is provided with horizontal beam grooves , and that the modular wall bar assembly further comprises module joining and securing elements that comprise - a joining section with element grooves that are configured to enter into engagement with the beam grooves ; - a securing screw through hole , which is configured to receive a securing screw extending through the module joining and securing elements and into a vertical wall surface. - a joining section with element grooves that are configured to enter into engagement with the beam grooves ; - a securing screw through hole , which is configured to receive a securing screw extending through the module joining and securing elements and into a vertical wall surface.
Laser machining head for laser machining of workpieces by means of a laser beam , comprising at least one optical element that is arranged in the beam path of the laser beam , characterized in that the at least one optical element is designed as protective glass that is provided as last or penultimate optical element in the beam path of the laser beam and has a coating which is transmissive for the laser wavelength of the laser beam and is highly reflective for radiation components of the process radiation with wavelengths of less than 400nm and is designed to filter out radiation components with wavelengths of less than 400nm from a process radiation coming from the workpiece .
A composition [composition (C POL 2. comprising : - a (per)fluoropolyether polymer [polymer (P P )] comprising a (per)fluoropolyether chain [chain (R pf )] having two chain ends bonded to opposite sides of said chain (R pf ), wherein one chain end comprises at least one group comprising at least one quaternary ammonium salt group [group (N + )] and the other chain end comprises at least one group selected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group (U)] and epoxide [group (E)]; - a (per)fluoropolyether polymer [polymer (P U )] comprising a (per)fluoropolyether chain [chain (R pf )] having two chain ends bonded to opposite sides of said chain (R pf ), wherein both chain ends comprise one group elected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group (U)] and epoxide [group (E)]; and - a (per)fluoropolyether polymer [polymer (P N )] comprising a (per)fluoropolyether chain [chain (R pf )] having two chain ends bonded to opposite sides of said chain (R pf ), wherein both chain ends comprise at least one group (N + ) - a (per)fluoropolyether polymer [polymer (P P )] comprising a (per)fluoropolyether chain [chain (R pf )] having two chain ends bonded to opposite sides of said chain (R pf ), wherein one chain end comprises at least one group comprising at least one quaternary ammonium salt group [group (N + )] and the other chain end comprises at least one group selected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group (U)] and epoxide [group (E)]; - a (per)fluoropolyether polymer [polymer (P U )] comprising a (per)fluoropolyether chain [chain (R pf )] having two chain ends bonded to opposite sides of said chain (R pf ), wherein both chain ends comprise one group elected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group (U)] and epoxide [group (E)]; and - a (per)fluoropolyether polymer [polymer (P N )] comprising a (per)fluoropolyether chain [chain (R pf )] having two chain ends bonded to opposite sides of said chain (R pf ), wherein both chain ends comprise at least one group (N + )
A wireless field device for use in monitoring acoustic noise, wherein the wireless field device is a field mountable wireless field device which is configured to be positioned or arrayed at a location to be monitored and comprises an acoustic sensor , mounted on the wireless field device , configured to sense acoustic noise; processing circuitry coupled to and positioned with the acoustic sensor configured to apply conditioning and filtering components to the sensed acoustic noise, configured to identify a hazardous noise condition based upon the conditioned and filtered sensed acoustic noise and a personnel noise exposure standard; and output circuitry configured to provide a warning output in response to an identified hazardous noise condition; characterized in that : the wireless field device is configured to be organized in a self-organizing mesh network of the same wireless field devices and is configured to communicate wirelessly with the self-organizing mesh network using radio frequency signals. an acoustic sensor , mounted on the wireless field device , configured to sense acoustic noise; processing circuitry coupled to and positioned with the acoustic sensor configured to apply conditioning and filtering components to the sensed acoustic noise, configured to identify a hazardous noise condition based upon the conditioned and filtered sensed acoustic noise and a personnel noise exposure standard; and output circuitry configured to provide a warning output in response to an identified hazardous noise condition; characterized in that : the wireless field device is configured to be organized in a self-organizing mesh network of the same wireless field devices and is configured to communicate wirelessly with the self-organizing mesh network using radio frequency signals.
A method of providing a media content in a computer network , comprising, in a server system of a media content provider : a) obtaining (236-1) a user identification, UID, of a user registered with a partner of the media content provider, and a content identification, CID, of a media content offered by the media content provider; b) generating a first token associated with the obtained UID and CID; c) storing (226-1) the first token in a data storage ; d) providing (226-2) a reference to a web resource to the user and/or to the partner, the reference including a second token equal to, or at least associated with, the first token; e) receiving (216-2) a first request from the user to access the web resource, the first request including the second token; f) providing (226-3) the web resource to the user, the web resource identifying a network location and including a third token equal to, or at least associated with, at least one of the first token and the second token; g) receiving (216-3) a second request from the user to access the network location, the second request including the third token; h) confirming (226-4), based at least on a comparison of the third token with the first token stored in the data storage, whether the user is allowed an access to at least part of the media content, and i) if confirming in step h) that the user is allowed the access, providing (226-5) at least part of the media content to the user; characterised by the method further comprises obtaining (236-4), before step h), an indication from the partner on whether the user is allowed the access and invalidating or removing the first token in/from the data storage if it is indicated that the user is not allowed the access. a) obtaining (236-1) a user identification, UID, of a user registered with a partner of the media content provider, and a content identification, CID, of a media content offered by the media content provider; b) generating a first token associated with the obtained UID and CID; c) storing (226-1) the first token in a data storage ; d) providing (226-2) a reference to a web resource to the user and/or to the partner, the reference including a second token equal to, or at least associated with, the first token; e) receiving (216-2) a first request from the user to access the web resource, the first request including the second token; f) providing (226-3) the web resource to the user, the web resource identifying a network location and including a third token equal to, or at least associated with, at least one of the first token and the second token; g) receiving (216-3) a second request from the user to access the network location, the second request including the third token; h) confirming (226-4), based at least on a comparison of the third token with the first token stored in the data storage, whether the user is allowed an access to at least part of the media content, and i) if confirming in step h) that the user is allowed the access, providing (226-5) at least part of the media content to the user;
A propeller assembly for an aircraft, comprising: a propeller blade extending from a blade root 22 to a blade tip 24, the propeller blade being formed with a blade pocket extending from the blade root 22 at least partially to the blade tip 24; and a propeller blade pitch change system, wherein the propeller blade pitch change system comprises: a pitch change actuator positioned in the blade pocket of the propeller balade; a drive mechanism operably connected to the pitch change actuator and to the propeller blade to urge rotation of the propeller blade about a propeller blade axis; and characterised in that the drive mechanism is a planetary gear train. a propeller blade extending from a blade root 22 to a blade tip 24, the propeller blade being formed with a blade pocket extending from the blade root 22 at least partially to the blade tip 24; and a propeller blade pitch change system, wherein the propeller blade pitch change system comprises: a pitch change actuator positioned in the blade pocket of the propeller balade; a drive mechanism operably connected to the pitch change actuator and to the propeller blade to urge rotation of the propeller blade about a propeller blade axis; and characterised in that the drive mechanism is a planetary gear train. a pitch change actuator positioned in the blade pocket of the propeller balade; a drive mechanism operably connected to the pitch change actuator and to the propeller blade to urge rotation of the propeller blade about a propeller blade axis; and characterised in that the drive mechanism is a planetary gear train.
A cooling composition comprising natural isopulegol, natural menthyl lactate, natural menthyl succinate, and optionally natural menthol, wherein the natural isopulegol is present in the composition from 35% to 65% w/w.
A method for wireless communication performed by a user equipment, UE, comprising: receiving , in a downlink control channel, a control message comprising an indication of the availability of preemption information for previously scheduled data transmissions on a plurality of carriers; determining whether the plurality of carriers comprises at least one carrier on which the UE has a previously scheduled data transmission; identifying preemption information for the at least one carrier in a variable-size preemption information based on a subset of the plurality of carriers for which preemption information is indicated as available; and communicating with a base station on the at least one carrier based on resources for the previously scheduled data transmission and on the preemption information. receiving , in a downlink control channel, a control message comprising an indication of the availability of preemption information for previously scheduled data transmissions on a plurality of carriers; determining whether the plurality of carriers comprises at least one carrier on which the UE has a previously scheduled data transmission; identifying preemption information for the at least one carrier in a variable-size preemption information based on a subset of the plurality of carriers for which preemption information is indicated as available; and communicating with a base station on the at least one carrier based on resources for the previously scheduled data transmission and on the preemption information.
Aerosol-generating device comprising: a cavity for receiving an aerosol-generating article containing an aerosol-forming substrate; and a resilient sealing element having a ring shape, wherein the resilient sealing element is arranged to be surrounding a downstream end of the cavity, wherein the resilient sealing element is configured to abut the aerosol-generating article when the aerosol-generating article is received within the cavity, wherein the resilient sealing element comprises at least two resilient sealing elements , wherein the resilient sealing elements are flexible and ring-shaped, and wherein the at least two flexible ring-shaped resilient sealing elements are arranged axially parallel to the longitudinal axis of the aerosol-generating device and inverted, wherein one resilient sealing element is funnel-shaped with the end face with the smaller diameter being oriented upstream, while the other sealing element is funnel-shaped with the end face with the larger diameter being oriented upstream. a cavity for receiving an aerosol-generating article containing an aerosol-forming substrate; and a resilient sealing element having a ring shape, wherein the resilient sealing element is arranged to be surrounding a downstream end of the cavity, wherein the resilient sealing element is configured to abut the aerosol-generating article when the aerosol-generating article is received within the cavity, wherein the resilient sealing element comprises at least two resilient sealing elements , wherein the resilient sealing elements are flexible and ring-shaped, and wherein the at least two flexible ring-shaped resilient sealing elements are arranged axially parallel to the longitudinal axis of the aerosol-generating device and inverted, wherein one resilient sealing element is funnel-shaped with the end face with the smaller diameter being oriented upstream, while the other sealing element is funnel-shaped with the end face with the larger diameter being oriented upstream.
A printing system comprising: a liquid ejector configured to deposit a curable layer on a surface of a substrate , the layer having a free surface and an interface between the layer and the substrate; a pre-curing device configured to pre-cure the layer such that a first region closer to the free surface is less cured than a second region closer to the interface, the curing device comprising: a pre-curing initiator source configured to provide a pre-curing initiator that is suitable for polymerizing the layer; and a pre-curing inhibitor source configured to deliver an inhibitor that is suitable for inhibiting polymerization of the layer; the printing system being characterised in that it further comprises a particle delivery device configured to deliver particles to the layer after the layer is pre-cured. a liquid ejector configured to deposit a curable layer on a surface of a substrate , the layer having a free surface and an interface between the layer and the substrate; a pre-curing device configured to pre-cure the layer such that a first region closer to the free surface is less cured than a second region closer to the interface, the curing device comprising: a pre-curing initiator source configured to provide a pre-curing initiator that is suitable for polymerizing the layer; and a pre-curing inhibitor source configured to deliver an inhibitor that is suitable for inhibiting a pre-curing initiator source configured to provide a pre-curing initiator that is suitable for polymerizing the layer; and a pre-curing inhibitor source configured to deliver an inhibitor that is suitable for inhibiting polymerization of the layer; the printing system being characterised in that it further comprises a particle delivery device configured to deliver particles to the layer after the layer is pre-cured.
Process for the manufacture of polyester, characterized in that it comprises: • a stage of introduction, into a reactor, of monomers comprising at least one furandicarboxylic acid diester, at least one saturated diol wherein the saturated diol is ethylene glycol, and at least one bicyclic diol, in order to form a reaction medium; • a stage of polymerization of the monomers in the presence of a catalyst, in order to form a polyester; • a stage of recovery of the polyester on conclusion of the polymerization stage; characterized in that the (saturated diol + bicyclic diol)/diester molar ratio ranges from 1.7 to 2.6, advantageously from 1.85 to 2.4, and in that the said bicyclic diol is chosen from: • a stage of introduction, into a reactor, of monomers comprising at least one furandicarboxylic acid diester, at least one saturated diol wherein the saturated diol is ethylene glycol, and at least one bicyclic diol, in order to form a reaction medium; • a stage of polymerization of the monomers in the presence of a catalyst, in order to form a polyester; • a stage of recovery of the polyester on conclusion of the polymerization stage;