mhurhangee/ep-ind-claims huggingface dataset:
A method for authenticating an identity of a digital key, performed by a first terminal, the method comprising: sending a service instruction to a second terminal, which contains the digital key; receiving a service response message sent by the second terminal when the second terminal is in a preset operating state, wherein the service response message includes user identity authentication information; obtaining the user identity authentication information after verification performed on the service response message by using a first key succeeds, wherein the first key is a key pre-agreed on by the second terminal and the first terminal, the user identity authentication information is stored in a secure element of the second terminal, the user identity authentication information comprises a user identity authentication result, the user identity authentication result is generated by an identity authentication system of the second terminal before the second terminal enters the preset operating state, and the preset operating state is a state in which the identity authentication system of the second terminal cannot generate an identity authentication result; and verifying the user identity authentication information. sending a service instruction to a second terminal, which contains the digital key; receiving a service response message sent by the second terminal when the second terminal is in a preset operating state, wherein the service response message includes user identity authentication information; obtaining the user identity authentication information after verification performed on the service response message by using a first key succeeds, wherein the first key is a key pre-agreed on by the second terminal and the first terminal, the user identity authentication information is stored in a secure element of the second terminal, the user identity authentication information comprises a user identity authentication result, the user identity authentication result is generated by an identity authentication system of the second terminal before the second terminal enters the preset operating state, and the preset operating state is a state in which the identity authentication system of the second terminal cannot generate an identity authentication result; and verifying the user identity authentication information.
A segmented graphene nanoribbon, comprising at least two different graphene segments covalently linked to each other, each graphene segment having a monodisperse segment width, wherein the segment width of at least one of said graphene segments is 4 nm or less; wherein each graphene segment has a repeating unit which is derived from at least one substituted or unsubstituted polycyclic aromatic monomer compound and/or from at least one substituted or unsubstituted oligo phenylene aromatic hydrocarbon monomer compound, and different graphene segments have different repeating units.
Process for the preparation of a fluid loss control agent, in solid form, comprising a stage where a polymer carrying several -OH and/or amine and/or amide functional groups, in the form of a divided solid, is reacted with at least one crosslinking agent carrying at least two -R groups capable of reacting with the -OH, amine or amide groups of said polymer under the conditions of stage in order to form a covalent bond between the polymer and the crosslinking agent, said stage being carried out under temperature and pressure conditions where said polymer remains in the solid form and where said crosslinking agent is at least partially in the vapor form, whereby a crosslinking of the polymer within the particles of the divided solid is obtained.
Device for acclimatising at altitude comprising a breathing mask defining a confined air space when it is placed on the face of a user, the mask comprising: - An inhalation valve to let the surrounding air enter inside the confined space during an inhalation; - An exhalation valve to let air exit with a determined resistance, so as to create an air overpressure in the confined space, during an exhalation; - A sensor to establish pressure information of the confined air space; the acclimatising device comprising, in addition, a member for processing pressure information configured to establish breathing characteristics of the user and compare them, respectively, to at least one target value, in view of recommending them an adjustment of their breathing mode, the device being characterised in that the breathing characteristics comprise the maximum pressure in the confined space during an exhalation of target value of between 8 and 12cmH 2 O, the duration of an exhalation of target value of between 3.5 and 4.5 seconds, and the duration of an inhalation of target value of between 1.5 and 2.5 seconds. - An inhalation valve to let the surrounding air enter inside the confined space during an inhalation; - An exhalation valve to let air exit with a determined resistance, so as to create an air overpressure in the confined space, during an exhalation; - A sensor to establish pressure information of the confined air space;
An apparatus, comprising: - an activity monitor for measuring the physical activity of a subject; and - a processor for processing data obtained by the activity monitor, wherein the processor is configured to: calculate a first overall value based on a first set of physical activity data associated with a first time period; - calculate a physical activity ratio based on the first set of physical activity data and a second set of physical activity data associated with a second time period; - and characterised in that said processor is configured to determine respiratory disease severity information and/or respiratory disease comorbidity information based on a comparison of the physical activity ratio and the first overall value. - an activity monitor for measuring the physical activity of a subject; and - a processor for processing data obtained by the activity monitor, wherein the processor is configured to: calculate a first overall value based on a first set of physical activity data associated with a first time period; - calculate a physical activity ratio based on the first set of physical activity data and a second set of physical activity data associated with a second time period; - and characterised in that said processor is configured to determine respiratory disease severity information and/or respiratory disease comorbidity information based on a comparison of the physical activity ratio and the first overall value.
A stable dry composition comprising (i) a bioactive microorganism or material, (ii) at least two stabilizer agents, and (iii) at least two protective agents, wherein the bioactive microorganism or material is a probiotic; wherein the at least two stabilizer agents comprise sodium alginate and inulin; wherein the at least two protective agents comprise a mixture of a disaccharide, and a protein hydrolysate; and wherein the bioactive microorganism or material is encased within an amorphous glassy matrix.
System for the hydroponic cultivation of plants comprising: - a gutter for the reception and securing of the plants to be cultivated without the plant being damaged, in which the gutter has: ∘ one base and two lateral sides ∘ some means of securing (3.3, 2.3) the plant by its base or stem, in the space between its roots and top part. a means of ensuring the necessary pressure of the gutter securing means on the plant at its base or stem, characterized in that the gutter has a general triangular configuration, made in one single piece, whose inner space is accessible through the top vertex, and its laterals, having a base and two lateral sides (2, 3), converge at the top end of the gutter, wherein the lateral sides (2, 3) emerge from the ends of the base and come into contact at their top end, wherein either each one of the lateral sides (2, 3) having a first section or bottom section (2.1, 3.1) and a second section or top section (2.2., 3.2), respectively, where the first section or bottom section (2.1, 3.1) has a greater thickness than the second section of top section (2.2, 3.2), said difference of thickness of the first and second sections of the lateral sides being the means employed to ensure the necessary pressure of the securing means of the gutter on the plant at its base or stem, or the means employed to ensure the necessary pressure of the securing means of the gutter on the plant at its base or stem comprise a "U"-shaped piece or second gutter that comprises a base (6.1) and two lateral sides (6.2, 6.3) of a converging disposition, with a slant that is such that once the reception and securing gutter is housed inside it, it exerts pressure on the lateral walls (2, 3) such that said pressure is transmitted to the ends (2.3, 3.3), ensuring sufficient pressure on the base or stem of the plant to be cultivated, such that it does not damage it and ensures its vertical growth and subsequent handling. - a gutter for the reception and securing of the plants to be cultivated without the plant being damaged, in which the gutter has: ∘ one base and two lateral sides ∘ some means of securing (3.3, 2.3) the plant by its base or stem, in the space between its roots and top part. ∘ one base and two lateral sides ∘ some means of securing (3.3, 2.3) the plant by its base or stem, in the space between its roots and top part.
Device for combating unwanted life forms in the form of unwanted plants, fungi or insects by means of electric current, having a high-voltage source that is connected to a first electrode that can be brought into a position adjacent to yet separate from the unwanted life form, and to a second, earthed electrode, in order to achieve a flow of current through the unwanted life form through a transfer of charge over the gap between the first electrode and the life form, and having means for the targeted increase in the conductivity of the air between the first electrode and the life form, characterized in that a controller is configured to control the means on the basis of the signals of a sensor system for automatically detecting an unwanted life form, and wherein the controller is configured to control the quantity of electrical energy transmitted to an unwanted life form on the basis of a property of the life form recognized by means of the sensor system.
A method, in a network management node operatively connected to one or more network nodes in each of a first radio access network, RAN, and a second RAN, the first and second RANs being of different radio access technologies and having overlapping coverage areas, the method comprising: receiving current data session information and network performance information for each of the first and second RANs, from the one or more network nodes; computing a reallocation of data sessions among the first and second RANs, based on the performance information and configuration data for the first and second RANs, using a metaheuristic algorithm; and based on the computed reallocation, triggering (403, 404) a transfer of one or more current data sessions between the first and second RANs. receiving current data session information and network performance information for each of the first and second RANs, from the one or more network nodes; computing a reallocation of data sessions among the first and second RANs, based on the performance information and configuration data for the first and second RANs, using a metaheuristic algorithm; and based on the computed reallocation, triggering (403, 404) a transfer of one or more current data sessions between the first and second RANs.
A superabsorbent polymers evaluation apparatus comprising: a main body installed with a lifting bar that is configured to be raised or lowered; a container portion installed under the lifting bar in the main body, comprising an internal containing space configured to contain an absorber; an operating portion connected to the lifting bar, comprising: a lifting plate that is configured to be raised or lowered within the internal containing space and to apply pressure to the absorber; and an injection portion configured to inject an ink in a direction of the absorber; a dispersion measurement portion for measuring dispersion of the ink through the absorber; and a controller installed at the main body configured to measure absorption of the ink into the absorber and to measure a swelling capacity of the absorber while the ink is injected into the absorber; wherein the operating portion comprises: an injection body of which a first side is connected to an end of the lifting bar, comprising the injection portion formed integrally therein; and a lifting plate connected to a second side of the injection body, with a bottom thereof making contact with the absorber; and the dispersion measurement portion comprises a camera configured to capture how the ink is dispersed into the absorber. a main body installed with a lifting bar that is configured to be raised or lowered; a container portion installed under the lifting bar in the main body, comprising an internal containing space configured to contain an absorber; an operating portion connected to the lifting bar, comprising: a lifting plate that is configured to be raised or lowered within the internal containing space and to apply pressure to the absorber; and an injection portion configured to inject an ink in a direction of the absorber; a dispersion measurement portion for measuring dispersion of the ink through the absorber; and a controller installed at the main body configured to measure absorption of the ink into the absorber and to measure a swelling capacity of the absorber while the ink is injected into the absorber; wherein the operating portion comprises: an injection body of which a first side is connected to an end of the lifting bar, comprising the injection portion formed integrally therein; and a lifting plate connected to a second side of the injection body, with a bottom thereof making contact with the absorber; and the dispersion measurement portion comprises a camera configured to capture how the ink is dispersed into the absorber. an injection body of which a first side is connected to an end of the lifting bar, comprising the injection portion formed integrally therein; and a lifting plate connected to a second side of the injection body, with a bottom thereof making contact with the absorber; and the dispersion measurement portion comprises a camera configured to capture how the ink is dispersed into the absorber.
An oil lubrication system, comprising: a conduit; a damper fluidly coupled to the conduit, wherein the damper comprises a volume (174,182) configured to receive oil (176,178) in response to a pulse event; a heat exchanger fluidly coupled to the conduit; and characterised by an adapter (108;122) mechanically coupled between the conduit and the damper, wherein the adapter (108;122) comprises: a mounting appendage defining mounting structures, wherein the mounting structures are openings configured to receive fasteners and couple the adapter to a mounting bracket or mounting location; and a body defining a passage and a recess; wherein: the passage is configured to fluidly couple the damper and the conduit; the passage opens into the recess; the recess is a cylindrical recess mirroring the contour of the conduit; the conduit fits partially within the recess; an opening is formed in a surface of the conduit and aligned with the passage; and the damper comprises a single opening in fluid communication with the passage and the conduit. a conduit; a damper fluidly coupled to the conduit, wherein the damper comprises a volume (174,182) configured to receive oil (176,178) in response to a pulse event; a heat exchanger fluidly coupled to the conduit; and characterised by an adapter (108;122) mechanically coupled between the conduit and the damper, wherein the adapter (108;122) comprises: a mounting appendage defining mounting structures, wherein the mounting structures are openings configured to receive fasteners and couple the adapter to a mounting bracket or mounting location; and a body defining a passage and a recess; a mounting appendage defining mounting structures, wherein the mounting structures are openings configured to receive fasteners and couple the adapter to a mounting bracket or mounting location; and a body defining a passage and a recess; wherein: the passage is configured to fluidly couple the damper and the conduit; the passage opens into the recess; the recess is a cylindrical recess mirroring the contour of the conduit; the conduit fits partially within the recess; an opening is formed in a surface of the conduit and aligned with the passage; and the damper comprises a single opening in fluid communication with the passage and the conduit. the passage is configured to fluidly couple the damper and the conduit; the passage opens into the recess; the recess is a cylindrical recess mirroring the contour of the conduit; the conduit fits partially within the recess; an opening is formed in a surface of the conduit and aligned with the passage; and the damper comprises a single opening in fluid communication with the passage and the conduit.
An apparatus for locating a curvilinear cut in a bone, the apparatus comprising: a jig body; a first arm, a first end of which is rotatably coupleable to a first portion of the jig body; a second arm, a first end of which is rotatably coupleable to a second portion of the jig body separated from the first portion; and a saw guide rotatably coupleable to the first arm, wherein the saw guide includes a first side extending along a curve corresponding to a desired path through which a bone is to be cut, characterized in that the saw guide includes a locking feature (208, 208', 208") for receiving a bone fixation element which, in an operative configuration, can be mounted in the bone to align the saw guide relative to the arm so that an operator may precisely align a desired axis of the saw guide with a longitudinal axis of the first arm; and the first arm includes a series of mounting positions at which the saw guide may be rotatably coupled thereto, the mounting positions being separated from one another along the longitudinal axis of the first arm. a jig body; a first arm, a first end of which is rotatably coupleable to a first portion of the jig body; a second arm, a first end of which is rotatably coupleable to a second portion of the jig body separated from the first portion; and a saw guide rotatably coupleable to the first arm, wherein the saw guide includes a first side extending along a curve corresponding to a desired path through which a bone is to be cut, characterized in that the saw guide includes a locking feature (208, 208', 208") for receiving a bone fixation element which, in an operative configuration, can be mounted in the bone to align the saw guide relative to the arm so that an operator may precisely align a desired axis of the saw guide with a longitudinal axis of the first arm; and the first arm includes a series of mounting positions at which the saw guide may be rotatably coupled thereto, the mounting positions being separated from one another along the longitudinal axis of the first arm.
Method for operating an electrolysis cell for an electrolytic water splitting, with at least one membrane, characterised in that the at least one membrane is supplied with liquid water in a passive manner, wherein in at least one method step water is introduced into the membrane, without a pump, from a water reservoir via a capillary effect of at least one cavity structure of an exterior membrane zone of the at least one membrane, the exterior membrane zone realising a structure that is fine-pored with respect to an interior membrane zone, and wherein in at least one method step water is distributed within the membrane via at least one channel structure implemented in the at least one membrane.
A seal for use in a gas turbine engine, the seal configured for sealing between a static structure and a rotating member, comprising: a support ring; a shoe coupled to the support ring via an arm; and an adhesive disposed between the shoe and the support ring, characterized in that: the shoe is moveable in a radial direction; the arm is configured to provide a spring-like bias to move the shoe in a radially inboard direction; the adhesive secures the shoe with respect to the support ring against the spring-like bias provided by the arm; and the adhesive is configured to burn off at an elevated temperature to allow the shoe to move towards an inboard position. a support ring; a shoe coupled to the support ring via an arm; and an adhesive disposed between the shoe and the support ring, characterized in that: the shoe is moveable in a radial direction; the arm is configured to provide a spring-like bias to move the shoe in a radially inboard direction; the adhesive secures the shoe with respect to the support ring against the spring-like bias provided by the arm; and the adhesive is configured to burn off at an elevated temperature to allow the shoe to move towards an inboard position. the shoe is moveable in a radial direction; the arm is configured to provide a spring-like bias to move the shoe in a radially inboard direction; the adhesive secures the shoe with respect to the support ring against the spring-like bias provided by the arm; and the adhesive is configured to burn off at an elevated temperature to allow the shoe to move towards an inboard position.
A method of making a high absorption donor substrate coated with one or more organic material layers and for use in providing one or more OLED materials to an OLED device in response to laser light substantially within a predetermined wavelength range, comprising: (a) providing a transparent support element; (b) providing an absorber anti-reflection layer over the transparent support element, the anti-reflection layer selected to have the real portion of its index of refraction greater than 3.0, and a thickness selected to be near the first reflectivity minimum at the wavelength of interest; (c) providing a metallic heat-absorbing layer over the anti-reflection layer for absorbing laser light which passes through the transparent support element and the anti-reflection layer; (d) selecting the transparent support element, the anti-reflection layer, and the metallic heat-absorbing layer to have an average reflectivity of less than 10%, and the micro reflectivity variation due to variations in the thickness of the transparent support element of less than 10% at the wavelength of interest; and (e) providing one or more organic material layers in the absence of a binder material, over the metallic heat-absorbing layer which include organic material(s) which are transferable to an OLED device. (a) providing a transparent support element; (b) providing an absorber anti-reflection layer over the transparent support element, the anti-reflection layer selected to have the real portion of its index of refraction greater than 3.0, and a thickness selected to be near the first reflectivity minimum at the wavelength of interest; (c) providing a metallic heat-absorbing layer over the anti-reflection layer for absorbing laser light which passes through the transparent support element and the anti-reflection layer; (d) selecting the transparent support element, the anti-reflection layer, and the metallic heat-absorbing layer to have an average reflectivity of less than 10%, and the micro reflectivity variation due to variations in the thickness of the transparent support element of less than 10% at the wavelength of interest; and (e) providing one or more organic material layers in the absence of a binder material, over the metallic heat-absorbing layer which include organic material(s) which are transferable to an OLED device.