mhurhangee/patent-ind-claim-en huggingface dataset:
A device for on-site dispensing of a beverage containing a liquid and a gaseous substance dissolved therein, the device comprising: a dispensing means for dispensing the beverage; a conduit for supplying the beverage to said dispensing means , wherein said conduit is configured to be connected to a container suitable for containing at least liquid for obtaining said beverage; a pushing means for imparting to said beverage a push sufficient to enable the dispensing of the beverage via said dispensing means according to a predetermined dispensing condition; a pressure modulating means suitable for modulating the pressure of the beverage in said conduit , wherein said pressure modulating means is capable of modulating the pressure of the beverage even when the flow of the beverage is zero due to the effect of the dispensing means , further wherein the pressure modulating means is configured to force at least some of a component liquid of the beverage into the conduit ; a control means configured to control the activation of the modulating means in such a way that the modulating means modulate the pressure in said conduit upon the occurrence of a predetermined condition in order to reduce a likelihood that foam will form. a dispensing means for dispensing the beverage; a conduit for supplying the beverage to said dispensing means , wherein said conduit is configured to be connected to a container suitable for containing at least liquid for obtaining said beverage; a pushing means for imparting to said beverage a push sufficient to enable the dispensing of the beverage via said dispensing means according to a predetermined dispensing condition; a pressure modulating means suitable for modulating the pressure of the beverage in said conduit , wherein said pressure modulating means is capable of modulating the pressure of the beverage even when the flow of the beverage is zero due to the effect of the dispensing means , further wherein the pressure modulating means is configured to force at least some of a component liquid of the beverage into the conduit ; a control means configured to control the activation of the modulating means in such a way that the modulating means modulate the pressure in said conduit upon the occurrence of a predetermined condition in order to reduce a likelihood that foam will form.
An apparatus for performing a procedure based on monitored properties of at least one ocular component of an eye, comprising: at least one first arrangement configured to perform a procedure on at least one section of a first ocular component of the eye; at least one second arrangement configured to provide at least one first electro-magnetic radiation to the at least one section of the first ocular component so as to interact with at least one acoustic wave in the first ocular component, wherein at least one second electro-magnetic radiation is produced based on the interaction; at least one third arrangement configured to receive multiple portions of the at least one second electro-magnetic radiation, each portion having been emitted from a different corresponding segment of the at least one section of the first ocular component; and at least one fourth arrangement configured to monitor a visco-elastic modulus of the at least one section of the first ocular component based on the multiple portions during the procedure performed on the at least one section of the first ocular component; characterised in that the first arrangement is further configured to apply feedback to the procedure based at least in part on the monitored visco-elastic modulus, including at least one of: guiding a trajectory of an incision based on different respective monitored values of visco-elastic modulus for the segments, or determining a number of incisions to be made based on different respective monitored values of visco-elastic modulus for the segments. at least one first arrangement configured to perform a procedure on at least one section of a first ocular component of the eye; at least one second arrangement configured to provide at least one first electro-magnetic radiation to the at least one section of the first ocular component so as to interact with at least one acoustic wave in the first ocular component, wherein at least one second electro-magnetic radiation is produced based on the interaction; at least one third arrangement configured to receive multiple portions of the at least one second electro-magnetic radiation, each portion having been emitted from a different corresponding segment of the at least one section of the first ocular component; and at least one fourth arrangement configured to monitor a visco-elastic modulus of the at least one section of the first ocular component based on the multiple portions during the procedure performed on the at least one section of the first ocular component; characterised in that the first arrangement is further configured to apply feedback to the procedure based at least in part on the monitored visco-elastic modulus, including at least one of: guiding a trajectory of an incision based on different respective monitored values of visco-elastic modulus for the segments, or determining a number of incisions to be made based on different respective monitored values of visco-elastic modulus for the segments.
Waveguide coupling configuration for a fill level radar antenna, comprising: an assembly of a plurality of radiator elements along at least a first straight line and a second straight line for transmission and/or receipt of a respective radar signal ; an arrangement of a plurality of waveguides , one of the waveguides being provided for each of the radiator elements, wherein each waveguide is configured for guiding the radar signals of the respective radiator elements to an antenna element of an antenna arrangement or inverted, which comprises a plurality of antenna elements for transmitting and/or receiving a respective one of the radar signals towards or from a filling material; wherein the waveguides comprises an respective waveguide opening on an antenna side, wherein the waveguide openings are arranged along a third line , and wherein the distance of at least two adjacent and along the third line arranged waveguide openings are less than or equal to one half of a wavelength of the respective radar signal with respect to each other; and the distance of at least two adjacent, along the frist line or second line, radiator elements is greater than one half of a wavelength of the transmit radar signal. an assembly of a plurality of radiator elements along at least a first straight line and a second straight line for transmission and/or receipt of a respective radar signal ; an arrangement of a plurality of waveguides , one of the waveguides being provided for each of the radiator elements, wherein each waveguide is configured for guiding the radar signals of the respective radiator elements to an antenna element of an antenna arrangement or inverted, which comprises a plurality of antenna elements for transmitting and/or receiving a respective one of the radar signals towards or from a filling material; wherein the waveguides comprises an respective waveguide opening on an antenna side, wherein the waveguide openings are arranged along a third line , and wherein the distance of at least two adjacent and along the third line arranged waveguide openings are less than or equal to one half of a wavelength of the respective radar signal with respect to each other; and the distance of at least two adjacent, along the frist line or second line, radiator elements is greater than one half of a wavelength of the transmit radar signal.
Device comprising: - a probe comprising, in an elongate tubular body , an electronic module , a capacitor bank and a spark gap adapted to fire shots generating a shock wave in a wellbore , - a diagnostic device of said probe comprising at least one sensor adapted to measure at least one parameter of the shock wave over time, characterised in that : - said sensor is fixed to an inner surface of a wall of the tubular body, at a predetermined, non-zero distance from the spark gap in the direction of the electronic module and adapted to measure the shock wave directly transmitted by the wall of the tubular body, - it comprises a computer adapted to: - record, during firing, a signal output by said sensor, - process the recorded signal and compare it with at least one reference value, and - based on the result of the comparison, output information representing the operating state of the probe. - a probe comprising, in an elongate tubular body , an electronic module , a capacitor bank and a spark gap adapted to fire shots generating a shock wave in a wellbore , - a diagnostic device of said probe comprising at least one sensor adapted to measure at least one parameter of the shock wave over time, characterised in that : - said sensor is fixed to an inner surface of a wall of the tubular body, at a predetermined, non-zero distance from the spark gap in the direction of the electronic module and adapted to measure the shock wave directly transmitted by the wall of the tubular body, - it comprises a computer adapted to: - record, during firing, a signal output by said sensor, - process the recorded signal and compare it with at least one reference value, and - based on the result of the comparison, output information representing the operating state of the probe. - record, during firing, a signal output by said sensor, - process the recorded signal and compare it with at least one reference value, and - based on the result of the comparison, output information representing the operating state of the probe.
Method for transferring a tool component between a work station of a packaging machine and a tool cart that is configured to receive said tool component , comprising the following steps: horizontally aligning said tool cart relative to said work station and/or said packaging machine , horizontally locking said tool cart relative to said work station and/or said packaging machine , vertically lifting a frame of said tool cart by way of a lifting device until a stop element of said tool cart abuts against an underside of said work station and/or said packaging machine , wherein said stop element abutting against said underside of said work station and/or said packaging machine aligns said tool cart vertically relative to said work station and/or said packaging machine , wherein the horizontal locking occurs independently of the vertical lifting, transferring said tool component between said tool cart and said work station . horizontally aligning said tool cart relative to said work station and/or said packaging machine , horizontally locking said tool cart relative to said work station and/or said packaging machine , vertically lifting a frame of said tool cart by way of a lifting device until a stop element of said tool cart abuts against an underside of said work station and/or said packaging machine , wherein said stop element abutting against said underside of said work station and/or said packaging machine aligns said tool cart vertically relative to said work station and/or said packaging machine , wherein the horizontal locking occurs independently of the vertical lifting, transferring said tool component between said tool cart and said work station .
A laminated header comprising: a first plate-like body including a plurality of outlet passages ; and a second plate-like body attached to the first plate-like body and including an inlet passage , and at least part of a distribution passage configured to distribute and deliver refrigerant inflowing from an inlet passage to the plurality of outlet passages , wherein the distribution passage includes a branching passage having an inflow passage , a branching portion communicating with the inflow passage , and a plurality of outflow passages communicating with the branching portion , wherein the plurality of outflow passages include a first outflow passage and a second outflow passage , wherein an equivalent diameter of at least a part of the first outflow passage is smaller than an equivalent diameter of at least a part of the second outflow passage , characterized in that a number of branching passages, at which separation of the refrigerant by branching occurs, in a flow path through which the refrigerant inflowing from the inflow passage passes via the first outflow passage before reaching the outlet passages is smaller than a number of curves in a flow path through which the refrigerant inflowing from the inflow passage passes via the second outflow passage before reaching the outlet passages . a first plate-like body including a plurality of outlet passages ; and a second plate-like body attached to the first plate-like body and including an inlet passage , and at least part of a distribution passage configured to distribute and deliver refrigerant inflowing from an inlet passage to the plurality of outlet passages , wherein the distribution passage includes a branching passage having an inflow passage , a branching portion communicating with the inflow passage , and a plurality of outflow passages communicating with the branching portion , wherein the plurality of outflow passages include a first outflow passage and a second outflow passage , wherein an equivalent diameter of at least a part of the first outflow passage is smaller than an equivalent diameter of at least a part of the second outflow passage , characterized in that a number of branching passages, at which separation of the refrigerant by branching occurs, in a flow path through which the refrigerant inflowing from the inflow passage passes via the first outflow passage before reaching the outlet passages is smaller than a number of curves in a flow path through which the refrigerant inflowing from the inflow passage passes via the second outflow passage before reaching the outlet passages .
Use of a gas-retaining layer , which is arranged on a body that can be immersed in a liquid or that can be wetted with a liquid, and which, when the body is immersed/wetted, is in contact with the liquid with a liquid-facing side thereof, wherein the body is a wall of a watercraft or a construction arranged in the water or an inner wall of a liquid container or a liquid line, wherein the gas-retaining layer on the liquid-facing side has recesses and/or protruding elements , wherein the surfaces of the recesses are at least partially hydrophobic and the surface of the protruding elements is substantially hydrophobic, wherein a gas layer with a thickness of 10 nm to 10 mm, which is held in the immersed/wetted region of the gas-retaining layer , separates the liquid and the immersed/wetted area of the body at least partially from each other, wherein the liquid is a polar solvent, and wherein the gas-retaining layer is subdivided into a plurality of subregions by fluid-impermeable partition walls , and the partition walls are formed to be at least partially hydrophilic.
Method for attaching a sensor support in a tire, wherein - a tire is provided, - a sensor support is provided, having a housing in which a sensor is intended to be attached and having a lower surface provided with an adhesive suitable for gluing the sensor support to the tire, and wherein the adhesive is a pressure-sensitive adhesive (PSA) with a silicone base, said method being characterized in that the adhesive has a thickness of between 30 um and 600 μm, and - the lower surface of the sensor support is applied to an internal portion of the tire with a pressure of between 0.05 MPa and 1 MPa for a duration of less than 1 minute, in order to attach said sensor support to the tire. - a tire is provided, - a sensor support is provided, having a housing in which a sensor is intended to be attached and having a lower surface provided with an adhesive suitable for gluing the sensor support to the tire, and wherein the adhesive is a pressure-sensitive adhesive (PSA) with a silicone base, said method being characterized in that the adhesive has a thickness of between 30 um and 600 μm, and wherein the adhesive is a pressure-sensitive adhesive (PSA) with a silicone base, said method being characterized in that the adhesive has a thickness of between 30 um and 600 μm, and - the lower surface of the sensor support is applied to an internal portion of the tire with a pressure of between 0.05 MPa and 1 MPa for a duration of less than 1 minute, in order to attach said sensor support to the tire.
A system including a plurality of audio playback devices in communication with each other, wherein a group of the audio playback devices are arranged to render audio content provided by an audio source in synchrony, the system comprising: a first audio playback device (110-1) within the group of audio playback devices, wherein the first audio playback device is configured as an audio master to distribute audio content to the other audio playback devices within the group; a second audio playback device (110-4) of the plurality of audio playback devices, the second audio playback device different from the first audio playback device, wherein the second audio playback device is configured as a clock master to distribute clock information to the audio playback devices within the group, and wherein the clock information is used to help determine playback timing for the audio content; and a third audio playback device of the plurality of audio playback devices, the third audio playback device different from the second audio playback device, wherein in response to the second audio playback device losing power or becoming the audio master, the second audio playback device is no longer configured to distribute the clock information and the third audio playback device is configured as a new clock master to distribute the clock information to the audio playback devices within the group. a first audio playback device (110-1) within the group of audio playback devices, wherein the first audio playback device is configured as an audio master to distribute audio content to the other audio playback devices within the group; a second audio playback device (110-4) of the plurality of audio playback devices, the second audio playback device different from the first audio playback device, wherein the second audio playback device is configured as a clock master to distribute clock information to the audio playback devices within the group, and wherein the clock information is used to help determine playback timing for the audio content; and a third audio playback device of the plurality of audio playback devices, the third audio playback device different from the second audio playback device, wherein in response to the second audio playback device losing power or becoming the audio master, the second audio playback device is no longer configured to distribute the clock information and the third audio playback device is configured as a new clock master to distribute the clock information to the audio playback devices within the group.
A vibration isolation device comprising : - a frame intended to be mounted on an engine casing, - a structure intended to be mounted to an external component to isolate, - a resilient member located between said frame and said structure, - at least one fuse mechanism ensuring that said vibration isolation device presents a first stiffness when loads applied to said vibration isolation device are below a predetermined threshold load, and a second stiffness, lower than the first stiffness, when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, wherein said fuse mechanism is arranged, within said vibration isolation device, to constrain said resilient member within a predetermined space when the loads applied to the vibration isolation device are below said predetermined threshold load and to release said resilient member so that this latter is capable of deforming beyond said predetermined space when loads applied to the vibration isolation device are at least equal to said predetermined threshold load, characterized in that said fuse mechanism is a strap surrounding said resilient member and presenting a breaking load corresponding to said predetermined threshold load. - a frame intended to be mounted on an engine casing, - a structure intended to be mounted to an external component to isolate, - a resilient member located between said frame and said structure, - at least one fuse mechanism ensuring that said vibration isolation device presents a first stiffness when loads applied to said vibration isolation device are below a predetermined threshold load, and a second stiffness, lower than the first stiffness, when loads applied to the vibration isolation device are at least equal to said predetermined threshold load,
A turbine engine separate flow mixer centered on a longitudinal axis (X-X), comprising an exhaust housing , a shroud directly connected to the exhaust housing and intended to mix the flows originating in the turbine engine, characterized in that said shroud comprises a metal sheet formed by a succession of first and second longitudinal strips distributed circumferentially around the longitudinal axis of the mixer by circumferentially placing the second strips on either side of the first strips , the first and second strips being configured to form the shroud when at rest and grooves in the shroud when operating, the grooves being defined by an alternation of internal lobes and of external lobes .
A method performed by a wireless communication device, the method comprising: transmitting, to a wireless communication node, a first message comprising a preamble and a payload for an access to the wireless communication node; receiving, from the wireless communication node, a second message comprising a response to the first message, wherein the second message comprises an indication indicating a type of the response from a plurality of types; and determining, based on the type of the response, that the response is configured for a contention resolution for the access to the wireless communication node or is configured for a fallback to a 4-step random access, wherein when the response is configured for the contention resolution, the response comprises a contention resolution identity, ID, carried in the payload of the first message, characterized in that the response includes a sub-header and a medium access control, MAC, random access response, RAR, associated with the sub-header, the indication indicating either the MAC RAR is a fallback MAC RAR or a contention resolution RAR and being carried in the sub-header. transmitting, to a wireless communication node, a first message comprising a preamble and a payload for an access to the wireless communication node; receiving, from the wireless communication node, a second message comprising a response to the first message, wherein the second message comprises an indication indicating a type of the response from a plurality of types; and determining, based on the type of the response, that the response is configured for a contention resolution for the access to the wireless communication node or is configured for a fallback to a 4-step random access, wherein when the response is configured for the contention resolution, the response comprises a contention resolution identity, ID, carried in the payload of the first message, characterized in that the response includes a sub-header and a medium access control, MAC, random access response, RAR, associated with the sub-header, the indication indicating either the MAC RAR is a fallback MAC RAR or a contention resolution RAR and being carried in the sub-header.