mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication performed by a wireless node, the method comprising: performing a bidirectional listen-before-talk, LBT, operation in a first direction and a second direction, wherein the second direction is opposite to the first direction, wherein the bidirectional LBT operation is performed using a first receive beam in the first direction and a second receive beam in the second direction, and wherein performing the bidirectional LBT operation in the first direction and the second direction is based at least in part on an indication, from a media access control layer of the wireless node to a physical layer of the wireless node, to perform a directional LBT operation, and wherein the physical layer of the wireless node configures the bidirectional LBT operation in the first direction and in the second direction; and selectively performing a transmission in the first direction based at least in part on a result of the bidirectional LBT operation. performing a bidirectional listen-before-talk, LBT, operation in a first direction and a second direction, wherein the second direction is opposite to the first direction, wherein the bidirectional LBT operation is performed using a first receive beam in the first direction and a second receive beam in the second direction, and wherein performing the bidirectional LBT operation in the first direction and the second direction is based at least in part on an indication, from a media access control layer of the wireless node to a physical layer of the wireless node, to perform a directional LBT operation, and wherein the physical layer of the wireless node configures the bidirectional LBT operation in the first direction and in the second direction; and wherein the bidirectional LBT operation is performed using a first receive beam in the first direction and a second receive beam in the second direction, and wherein performing the bidirectional LBT operation in the first direction and the second direction is based at least in part on an indication, from a media access control layer of the wireless node to a physical layer of the wireless node, to perform a directional LBT operation, and wherein the physical layer of the wireless node configures the bidirectional LBT operation in the first direction and in the second direction; and selectively performing a transmission in the first direction based at least in part on a result of the bidirectional LBT operation.
A method, performed by a User Equipment , UE, for enabling differentiation of traffic transmittable by the UE , wherein the method comprises: receiving , from a Mobility Management Entity , MME, a marking type and a marking value, which originate from a Service Capability Server/Application Server , SCS/AS, and which are associated with an application identifier for identifying application traffic, and transmitting , towards a Packet Gateway User plane , PGW-U, the application traffic marked according to the marking type and marking value. receiving , from a Mobility Management Entity , MME, a marking type and a marking value, which originate from a Service Capability Server/Application Server , SCS/AS, and which are associated with an application identifier for identifying application traffic, and transmitting , towards a Packet Gateway User plane , PGW-U, the application traffic marked according to the marking type and marking value.
Modular shower cabin for aircrafts comprising an integratable faucet unit and integrated technical facilities, like for example a water drain , an illumination, a ventilation device, oxygen masks or the like, wherein - the shower cabin comprises a central portion formed by two structural components - said central portion is barrel-shaped, - the structural components are formed in a partcircle shape, wherein - in the first structural component a cutout is formed which represents an entry region, wherein - in the second structural component a receptacle for the faucet unit is provided, - and the shower cabin comprises a ceiling portion adjoining the central portion at the top and a bottom portion adjoining the central portion at the bottom, - and the technical facilities are associated with the ceiling portion and/or the bottom portion , characterized in that the structural components are joined together at their vertical side edges so that a full circle is obtained in cross-section. - the shower cabin comprises a central portion formed by two structural components - said central portion is barrel-shaped, - the structural components are formed in a partcircle shape, wherein - in the first structural component a cutout is formed which represents an entry region, wherein - in the second structural component a receptacle for the faucet unit is provided, - and the shower cabin comprises a ceiling portion adjoining the central portion at the top and a bottom portion adjoining the central portion at the bottom, - and the technical facilities are associated with the ceiling portion and/or the bottom portion , characterized in that the structural components are joined together at their vertical side edges so that a full circle is obtained in cross-section.
Cylinder-piston system for use in an injection syringe, comprising a. a cylinder, wherein at least an inner section of the inner surface of the cylinder is formed from a first polymer material (C), b. a piston , comprising at least one sealing section on the outer surface of the piston , which is formed from a second polymer material (P), wherein c. the cylinder and the piston are positioned or positionable in such a way that during a sliding movement of the piston with respect to the cylinder the inner section of the cylinder and the sealing section of the piston slide on each other, wherein one of said polymer materials, particularly the first polymer material (C), comprises Polyethyleneterephthalate (PET) as a polar polymer material, particularly is selected from Polyethyleneterephthalate, and the other polymer material, particularly the second polymer material (P), comprises a thermoplastic elastomer (TPE) as a nonpolar polymer material, particularly is selected from a thermoplastic elastomer (TPE), characterized in that the first polymer material (C) comprises a super-amorphous structure with a degree of crystallisation of less than 3 %. a. a cylinder, wherein at least an inner section of the inner surface of the cylinder is formed from a first polymer material (C), b. a piston , comprising at least one sealing section on the outer surface of the piston , which is formed from a second polymer material (P), wherein c. the cylinder and the piston are positioned or positionable in such a way that during a sliding movement of the piston with respect to the cylinder the inner section of the cylinder and the sealing section of the piston slide on each other,
A process comprising: shearing a first nanogas solution into an oil-in-water micro emulsion; breaking the oil-in-water micro emulsion and forming a water-in-oil macro emulsion , a water phase , and a solids phase, where the water-in-oil macro emulsion is carried on the water phase ; and collecting oil from the water-in-oil macro emulsion ; wherein the first nanogas solution consists essentially of a homogeneous mixture of nanobubbles and water. shearing a first nanogas solution into an oil-in-water micro emulsion; breaking the oil-in-water micro emulsion and forming a water-in-oil macro emulsion , a water phase , and a solids phase, where the water-in-oil macro emulsion is carried on the water phase ; and collecting oil from the water-in-oil macro emulsion ; wherein the first nanogas solution consists essentially of a homogeneous mixture of nanobubbles and water.
Tanning device including a pressure vessel for receiving collagen-containing material to be treated, wherein the pressure vessel comprises: - a closable opening for loading the pressure vessel with material to be treated, and - at least one mixing element which is arranged in the pressure vessel and projects into an interior of the pressure vessel ; wherein the pressure vessel withstands a pressure of at least 5 bar, and wherein the tanning device comprises a feed device for liquid which is arranged at a first end face of the pressure vessel and extends coaxially with an axis of rotation (R) of the pressure vessel from outside through the first end face into the pressure vessel , characterised in that - the pressure vessel is rotatably mounted and a drive is configured to set the pressure vessel in rotation, - the closable opening is configured for loading and unloading the pressure vessel , - the feed device is configured as a feed device for liquid and compressed gas in the form of a rotary feedthrough , and - the pressure vessel comprises a shielding device which is permeable to liquid and gas and which is arranged inside the pressure vessel close to a rotary feedthrough outlet . - a closable opening for loading the pressure vessel with material to be treated, and - at least one mixing element which is arranged in the pressure vessel and projects into an interior of the pressure vessel ; - the pressure vessel is rotatably mounted and a drive is configured to set the pressure vessel in rotation, - the closable opening is configured for loading and unloading the pressure vessel , - the feed device is configured as a feed device for liquid and compressed gas in the form of a rotary feedthrough , and - the pressure vessel comprises a shielding device which is permeable to liquid and gas and which is arranged inside the pressure vessel close to a rotary feedthrough outlet .
A filter assembly comprising a lid/cover , a first fastening screw , and a resonator, the resonator comprising a coaxial resonator having a first side and a second side , the resonator comprising a dielectric disc having a first surface , a second surface and a hole, wherein the dielectric disc is on top of the coaxial resonator , wherein the second side of the coaxial resonator is connected to the first surface of the dielectric disc , characterised in that the resonator further comprises a thin and flexible conductive element connected to the second surface of the dielectric disc, wherein the first surface of the dielectric disc is fastened to the second side of the coaxial resonator by means of soldering and/or gluing, wherein the conductive element is fastened to the second surface of the dielectric disc by means of soldering and/or gluing, wherein the conductive element is adapted to be in conductive contact with a first end of the filter cover/lid by means of the first fastening screw .
A reactor vessel of the airlift-loop type, provided with: - one or more liquid inlets and one or more liquid outlets; - one or more gas inlets at the bottom, connected with a source of carbon dioxide, and one or more gas outlets at the top of the vessel; - vertically interspaced rectangular double glass plates which are at least partially submerged in the reactor liquid, said double glass plates having a light-scattering layer in between and having a flat vertical side being exposed to a light source, wherein pairs of said double glass plates are mounted in parallel at a distance of between 10 and 200 mm, said distance being provided by glass strips having essentially the same length as the rectangular double glass plates and being arranged along the long sides of the double glass plates; and wherein part of the spaces between the double glass plates is arranged vertically above said gas inlets thus providing for vertical circulation of reactor liquid between the double glass plates. - one or more liquid inlets and one or more liquid outlets; - one or more gas inlets at the bottom, connected with a source of carbon dioxide, and one or more gas outlets at the top of the vessel; - vertically interspaced rectangular double glass plates which are at least partially submerged in the reactor liquid, said double glass plates having a light-scattering layer in between and having a flat vertical side being exposed to a light source,
A running deck assembly, the running deck assembly comprises: a front running deck ; a rear running deck ; and an annular running belt , which is rotatably mounted around the front running deck and the rear running deck with a clearance, characterized in that the running deck assembly further comprises a flexible layer , which is attached on an upper surface of the front running deck and on an upper surface of the rear running deck , in an unfolded state, a front end face of the rear running deck abuts against a rear end face of the front running deck with no gap formed therebetween, in an folded state, the rear running deck is folded up onto the front running deck along the upper edge of the front end face of the rear running deck by folding a part of the annular running belt and the flexible layer . a front running deck ; a rear running deck ; and an annular running belt , which is rotatably mounted around the front running deck and the rear running deck with a clearance, characterized in that the running deck assembly further comprises a flexible layer , which is attached on an upper surface of the front running deck and on an upper surface of the rear running deck , in an unfolded state, a front end face of the rear running deck abuts against a rear end face of the front running deck with no gap formed therebetween, in an folded state, the rear running deck is folded up onto the front running deck along the upper edge of the front end face of the rear running deck by folding a part of the annular running belt and the flexible layer .
A cardiopulmonary resuscitation, CPR, device for enhancing the delivery of CPR to a patient, the device comprising: a patient side for engagement with the chest of the patient; and a user side for engagement with the hands of a user delivering CPR to the patient, characterised in that one or more of the patient side and the user side is at least partially formed of a non-Newtonian fluid, the viscosity of which is configured to vary in response to the application of energy so as to regulate a force distribution profile of the device from a force applied to the device by the user and transferred through the device to the patient. a patient side for engagement with the chest of the patient; and a user side for engagement with the hands of a user delivering CPR to the patient, characterised in that one or more of the patient side and the user side is at least partially formed of a non-Newtonian fluid, the viscosity of which is configured to vary in response to the application of energy so as to regulate a force distribution profile of the device from a force applied to the device by the user and transferred through the device to the patient.
Downhole system comprising a plurality of sensor elements for determining a flow direction or a velocity of a fluid in a well having the downhole system deployed therein, each sensor element comprising: a base positioned on the downhole system; and a plurality of sensors positioned in the base; wherein each of the plurality of sensors is thermally isolated from each other and each of the plurality of sensors is configured to operate as both a heater to heat the fluid and as a temperature sensor for measuring a temperature of the fluid; characterized in that : the plurality of sensors is configured to be operatively interchangeable in function such that the plurality of sensors may selectively perform the function of the heater or the function of the temperature sensor, whereby the flow direction or the velocity of the fluid is determined; and the downhole system is a coiled tubing system , wherein the base is flush with the outer surface of the coiled tubing system of the downhole system. a base positioned on the downhole system; and a plurality of sensors positioned in the base; wherein each of the plurality of sensors is thermally isolated from each other and each of the plurality of sensors is configured to operate as both a heater to heat the fluid and as a temperature sensor for measuring a temperature of the fluid; characterized in that : the plurality of sensors is configured to be operatively interchangeable in function such that the plurality of sensors may selectively perform the function of the heater or the function of the temperature sensor, whereby the flow direction or the velocity of the fluid is determined; and the downhole system is a coiled tubing system , wherein the base is flush with the outer surface of the coiled tubing system of the downhole system. the plurality of sensors is configured to be operatively interchangeable in function such that the plurality of sensors may selectively perform the function of the heater or the function of the temperature sensor, whereby the flow direction or the velocity of the fluid is determined; and the downhole system is a coiled tubing system , wherein the base is flush with the outer surface of the coiled tubing system of the downhole system.
A system for purifying a liquid feed stream to obtain a permeate, comprising: (a) an initial reverse osmosis stage having: a high pressure side with a high pressure side inlet for receiving the liquid feed stream and a high pressure side outlet for outputting a recycle stream and a concentrate stream , and a low pressure side with a low pressure side inlet for receiving the recycle stream from the high pressure side outlet , and a low pressure side outlet for outputting a diluted stream ; (b) an intermediate section having one or more intermediate reverse osmosis stages arranged in series, wherein each intermediate stage has: a high pressure side with a high pressure side inlet and a high pressure side outlet , a low pressure side with a low pressure side inlet and a low pressure side outlet , a recycle stream and a concentrate stream exiting the high pressure side outlet , the recycle stream being sent to the low pressure side inlet , and an exit stream exiting the low pressure side outlet ; and wherein the intermediate section receives the diluted stream from the initial reverse osmosis stage and outputs a purified stream ; and (c) a final reverse osmosis stage having: a high pressure side having a high pressure side inlet for receiving the purified stream and a high pressure side outlet for outputting a reject stream , and a low pressure side that outputs the permeate. (a) an initial reverse osmosis stage having: a high pressure side with a high pressure side inlet for receiving the liquid feed stream and a high pressure side outlet for outputting a recycle stream and a concentrate stream , and a low pressure side with a low pressure side inlet for receiving the recycle stream from the high pressure side outlet , and a low pressure side outlet for outputting a diluted stream ; (b) an intermediate section having one or more intermediate reverse osmosis stages arranged in series, wherein each intermediate stage has: a high pressure side with a high pressure side inlet and a high pressure side outlet , a low pressure side with a low pressure side inlet and a low pressure side outlet , a recycle stream and a concentrate stream exiting the high pressure side outlet , the recycle stream being sent to the low pressure side inlet , and an exit stream exiting the low pressure side outlet ; and wherein the intermediate section receives the diluted stream from the initial reverse osmosis stage and outputs a purified stream ; and (c) a final reverse osmosis stage having: a high pressure side having a high pressure side inlet for receiving the purified stream and a high pressure side outlet for outputting a reject stream , and a low pressure side that outputs the permeate.
Storage container for food, which is formed by at least one basic body, made of a hard plastic, open upwardly, which is divided into at least two part shells , and which has at least one peripheral lid bearing edge which extends across the shared outer periphery of the part shells connected with one another; wherein the part shells have side walls pointing to one another and side walls on the outer periphery; wherein: - the part shells are pivotably interconnected via a joint hinge ; - the lid bearing edge is interrupted respectively on the end faces of the joint hinge ; - on each part shall between the ends of the interrupted lid bearing edge is formed at least one elastomeric sealing web ; - the part shells have on their sides facing to one another in each case an inner edge , characterised in that the inner edges , in respect of the side walls on the outer periphery, define a reduced height of the side walls facing one another. - the part shells are pivotably interconnected via a joint hinge ; - the lid bearing edge is interrupted respectively on the end faces of the joint hinge ; - on each part shall between the ends of the interrupted lid bearing edge is formed at least one elastomeric sealing web ; - the part shells have on their sides facing to one another in each case an inner edge ,
A guide system for guiding a movably-supported first furniture part , in particular a first door wing of a folding door, which is hingedly connected to at least one second furniture part , in particular a second door wing of a folding door, comprising: - a first guide rail for guiding the furniture parts , - a second guide rail for guiding the furniture parts , the second guide rail , in the mounted position, extending transversely relative to the first guide rail , - a guiding device which can be connected to the first furniture part , which is movable relative to the first and second guide rails and which has at least one fitting portion for fastening to the first furniture part , - a carrier which is displaceable relative to the second guide rail and which is connected to at least one second fitting portion for fastening to the second furniture part , - a first drive device for moving the guiding device , starting from the second guide rail , at least over a region in a direction of the first guide rail , - wherein the guide system includes at least one second drive device for moving the guiding device , starting from the first guide rail , into a position in which the first fitting portion and the second fitting portion are aligned to each other such that the furniture parts , which are connected to the fitting portions in the mounting condition, are aligned substantially coplanar to each other, characterized in that the driving devices for moving the furniture parts operate exclusively mechanically, i.e. without an electric drive and without further electrical components. - a first guide rail for guiding the furniture parts , - a second guide rail for guiding the furniture parts , the second guide rail , in the mounted position, extending transversely relative to the first guide rail , - a guiding device which can be connected to the first furniture part , which is movable relative to the first and second guide rails and which has at least one fitting portion for fastening to the first furniture part , - a carrier which is displaceable relative to the second guide rail and which is connected to at least one second fitting portion for fastening to the second furniture part , - a first drive device for moving the guiding device , starting from the second guide rail , at least over a region in a direction of the first guide rail , - wherein the guide system includes at least one second drive device for moving the guiding device , starting from the first guide rail , into a position in which the first fitting portion and the second fitting portion are aligned to each other such that the furniture parts , which are connected to the fitting portions in the mounting condition, are aligned substantially coplanar to each other,