mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method implemented in a vehicle to transmit information to a driver of the vehicle, the vehicle being equipped with a display device disposed to be viewable by the driver assuming a driving posture, the method comprising: determining a type of the information to be transmitted to the driver when the driver is driving the vehicle; outputting the information in the form of sound; and operating the display device to display an illumination pattern as a function of the determined type, wherein the type is selected from a plurality of information types including a response status associated with information generated in communication with the driver, and wherein the illumination pattern displayed by the display device is varied based on whether the determined type is the response status, characterized in that the response status includes a standby status where a question from the driver is waited for, an analyzing status intermediate between receiving the question from the driver and giving an answer to the question, and an answering status where the answer to the question is being given, and when the determined type is the response status, the illumination pattern displayed by the display device is varied based on whether the response status is the standby status, the analyzing status, or the answering status. determining a type of the information to be transmitted to the driver when the driver is driving the vehicle; outputting the information in the form of sound; and operating the display device to display an illumination pattern as a function of the determined type, wherein the type is selected from a plurality of information types including a response status associated with information generated in communication with the driver, and wherein the illumination pattern displayed by the display device is varied based on whether the determined type is the response status, characterized in that the response status includes a standby status where a question from the driver is waited for, an analyzing status intermediate between receiving the question from the driver and giving an answer to the question, and an answering status where the answer to the question is being given, and when the determined type is the response status, the illumination pattern displayed by the display device is varied based on whether the response status is the standby status, the analyzing status, or the answering status.
A secondary intercalation cathode material which reversibly intercalates and de-intercalates sodium, obtained by a structural transformation by extraction of sodium from a sodium cathode material having a P2 layered bronze crystal structure and having a composition Na x MO 2, M comprising at least 55 mol% manganese, and wherein the manganese valence state is at least 3.75, during the 1 st charge in a rechargeable sodium battery when charged to at least 4.4V, and characterized in that 2/3 < x < 0.95 and either: M = Mn 1-y-z Li y A z, A being either Mg or both Ni and Mg, with 0 < z < 0.2 and 0 < y < 0.33, or M = Li a' Mn 1-a'-b'-c Mg b' A' c' with 0≤a'<0.2, b'>0, c'<0.2 and 0.2<a'+b'<0.46, and wherein A' consists of either one of more elements of the group consisting of Ti, Cr, Fe, Ni and Co. M = Mn 1-y-z Li y A z, A being either Mg or both Ni and Mg, with 0 < z < 0.2 and 0 < y < 0.33, or M = Li a' Mn 1-a'-b'-c Mg b' A' c' with 0≤a'<0.2, b'>0, c'<0.2 and 0.2<a'+b'<0.46, and wherein A' consists of either one of more elements of the group consisting of Ti, Cr, Fe, Ni and Co.
A channel device comprising a nanosize channel through which a sample solution containing a molecule flows, at least one pair of measuring nanoelectrodes arranged near the nanosize channel, an AC power source that applies an AC voltage to the measuring nanoelectrodes, and a measurement section that measures the impedance of a molecule between the measuring nanoelectrodes, wherein a portion of the nanosize channel in which the pair of measuring nanoelectrodes is arranged is configured to be smaller, in width, than the entire nanosize channel except for the portion in which the pair of measuring nanoelectrodes is arranged, characterized in that the pair of measuring nanoelectrodes is covered with an insulator material so as not to contact the sample solution flowing through the nanosize channel.
A nasal cannula comprising: a hollow main body having opposed first and second ends with the main body defining a hollow internal chamber therein; at least a first nasal prong communicating with the internal chamber of the main body and defining a first nasal prong passageway; and a mouthpiece having a gas passageway, to permit passage of a gas therethrough; characterized by the mouthpiece having a separate retainer passageway (79, 193, 293); a first end of the gas passageway communicating with the internal chamber of the main body while a second free end of the mouthpiece having a gas passageway opening therein; and an elongate malleable dead soft retaining member having a first end and a second end, the elongate malleable dead soft retaining member being received within the retainer passageway (79, 193, 293), with the first end of the elongate malleable dead soft retaining member being located adjacent the hollow main body and the second end of the elongate malleable dead soft retaining member being located adjacent the second free end of the mouthpiece for facilitating retained adjustment of the mouthpiece in a desired orientation relative to the main body.
Method for producing a component from a fiber composite material, comprising the steps: introducing a stringer, a frame and/or a thickening into a recess of a cylindrical inner mold; introducing a fiber impregnated with a matrix onto the inner mold of a mold cavity formed between the inner mold and a cylindrical outer mold; introducing a separating membrane onto the fiber impregnated with the matrix in such a way that a cavity extending along the lateral surface of the outer mold is formed between the outer mold and the separating membrane; and exposing the cavity to a thermal oil with a temperature greater than the melting point of the matrix and with a pressure greater than ambient pressure such that the thermal oil acts on the separating membrane with the pressure. introducing a stringer, a frame and/or a thickening into a recess of a cylindrical inner mold; introducing a fiber impregnated with a matrix onto the inner mold of a mold cavity formed between the inner mold and a cylindrical outer mold; introducing a separating membrane onto the fiber impregnated with the matrix in such a way that a cavity extending along the lateral surface of the outer mold is formed between the outer mold and the separating membrane; and exposing the cavity to a thermal oil with a temperature greater than the melting point of the matrix and with a pressure greater than ambient pressure such that the thermal oil acts on the separating membrane with the pressure.
A controller for use in conjunction with a thermal treatment apparatus and temperature control equipment, wherein the controller is adapted to apply different cooling regimes using the temperature control equipment to different non-target tissues, and the controller comprises: a module for processing monitored data indicative of a temperature field in a region encompassing the target tissue and different non-target tissues; and a module for controlling the temperature control equipment so as to adjust a temperature of the non-target tissue based, at least in part, on the monitored temperature field and differences in thermal responses between the target tissue and the different non-target tissues nearby. a module for processing monitored data indicative of a temperature field in a region encompassing the target tissue and different non-target tissues; and a module for controlling the temperature control equipment so as to adjust a temperature of the non-target tissue based, at least in part, on the monitored temperature field and differences in thermal responses between the target tissue and the different non-target tissues nearby.
A mobile excavation vacuum apparatus comprising: a vacuum system for removing spoil material from an excavation site by entraining the spoil material in an airstream; a disentrainment system for removing spoil material from the airstream; a chassis that supports the mobile excavation apparatus; one or more wheels mounted to the chassis; characterised in that the mobile excavation vacuum apparatus further comprises a pluggage monitoring system comprising a sensor system having one or more sensors and for measuring the weight of at least a portion of the disentrainment system. a vacuum system for removing spoil material from an excavation site by entraining the spoil material in an airstream; a disentrainment system for removing spoil material from the airstream; a chassis that supports the mobile excavation apparatus; one or more wheels mounted to the chassis; characterised in that the mobile excavation vacuum apparatus further comprises a pluggage monitoring system comprising a sensor system having one or more sensors and for measuring the weight of at least a portion of the disentrainment system.
A steam supply system comprising: a reboiler that raises a temperature of absorbing liquid contacted with exhaust gas discharged from a boiler to absorb CO 2 in the exhaust gas and heated to eliminate CO 2, the reboiler including: a heat exchanger tube to which steam for heating is supplied; a condensed water drum that recovers condensed water of the steam introduced from the heat exchanger tube as steam drain; and a decompression unit which is provided with the condensed water drum and which lowers pressure in the condensed water drum, wherein the decompression unit is a vent tube that discharges gas phase in the condensed water drum, a control valve adapted to control flow rate of the gas phase in the vent tube is provided in the vent tube, wherein the steam supply system further comprising a pressure measuring portion (10a;10b) adapted to obtain a pressure difference between an inner pressure of the condensed water drum and a steam pressure supplied to the reboiler; and a control unit adapted to control the decompression unit so as to adjust the pressure difference obtained in the pressure measuring portion to a desired value when a pressure difference measured by the pressure measuring portion exceeds a predetermined value to be close to pressure equalization, and wherein the control unit determines a degree of opening the control valve based on the pressure difference. a heat exchanger tube to which steam for heating is supplied; a condensed water drum that recovers condensed water of the steam introduced from the heat exchanger tube as steam drain; and a decompression unit which is provided with the condensed water drum and which lowers pressure in the condensed water drum, wherein the decompression unit is a vent tube that discharges gas phase in the condensed water drum, a control valve adapted to control flow rate of the gas phase in the vent tube is provided in the vent tube, wherein the steam supply system further comprising a pressure measuring portion (10a;10b) adapted to obtain a pressure difference between an inner pressure of the condensed water drum and a steam pressure supplied to the reboiler; and a control unit adapted to control the decompression unit so as to adjust the pressure difference obtained in the pressure measuring portion to a desired value when a pressure difference measured by the pressure measuring portion exceeds a predetermined value to be close to pressure equalization, and wherein the control unit determines a degree of opening the control valve based on the pressure difference.
A method of identifying candidate drug molecules exhibiting week affinity by screening a biological target for transient weak interactions between the target and a library of ligands comprising the steps of: (i) providing a composition of a biological target; (ii) providing a plurality of stationary phases from said composition by immobilizing a proteinaceous target to a solid support in form of functionalized silica particles packaged into chromatography wells; (iii) transporting a plurality of ligand compositions to said stationary phases, thereby establishing contacts between said ligands and said targets; (iv) collecting, downstream of said stationary phases, zonal retardation information for each ligand and quantitatively detecting said ligands in compositions arriving from said stationary phases to discriminate between different ligand affinities in order to estimate the affinity and the dynamics of each ligand/target interaction; and (v) selecting ligands exhibiting weak affinity to said target, wherein said ligands have dissociation constants (K d) in the range of 0.01 to 10 mM. (i) providing a composition of a biological target; (ii) providing a plurality of stationary phases from said composition by immobilizing a proteinaceous target to a solid support in form of functionalized silica particles packaged into chromatography wells; (iii) transporting a plurality of ligand compositions to said stationary phases, thereby establishing contacts between said ligands and said targets; (iv) collecting, downstream of said stationary phases, zonal retardation information for each ligand and quantitatively detecting said ligands in compositions arriving from said stationary phases to discriminate between different ligand affinities in order to estimate the affinity and the dynamics of each ligand/target interaction; and (v) selecting ligands exhibiting weak affinity to said target, wherein said ligands have dissociation constants (K d) in the range of 0.01 to 10 mM.
A head-up display comprising: a display device that emits display light rays; and a combiner that has a rear surface and a front surface; characterized in that the rear surface of the combiner is arranged in contact with an inner surface of a windshield of a vehicle,the front surface of the combiner forms a first arc-shaped optical surface which receives and reflects the display light rays emitted from the display device toward a driver in the vehicle so that the driver sees a first virtual image of the display light rays with a set magnification greater than 1 on the outside of the windshield, and the rear surface forms a second arc-shaped optical surface which receives and reflects the display light rays emitted from the display device toward the driver so that the driver sees a second virtual image which coincides with the first virtual image in terms of the size and position on the outside of the windshield; wherein the first arc-shaped optical surface and the second arc-shaped optical surface are formed so that a curvature of the second optical surface of the combiner is greater than a curvature of the first optical surface of the combiner, and the second virtual image coincides with the first virtual image at a same viewing angle and is displayed slightly back. a display device that emits display light rays; and a combiner that has a rear surface and a front surface; characterized in that the rear surface of the combiner is arranged in contact with an inner surface of a windshield of a vehicle,the front surface of the combiner forms a first arc-shaped optical surface which receives and reflects the display light rays emitted from the display device toward a driver in the vehicle so that the driver sees a first virtual image of the display light rays with a set magnification greater than 1 on the outside of the windshield, and the rear surface forms a second arc-shaped optical surface which receives and reflects the display light rays emitted from the display device toward the driver so that the driver sees a second virtual image which coincides with the first virtual image in terms of the size and position on the outside of the windshield; wherein the first arc-shaped optical surface and the second arc-shaped optical surface are formed so that a curvature of the second optical surface of the combiner is greater than a curvature of the first optical surface of the combiner, and the second virtual image coincides with the first virtual image at a same viewing angle and is displayed slightly back.
Method for producing fake information T' particularly in the form of documents from original text carrying sensitive data to attract the attention of, track and eventually trap ill-intentioned users comprising: - providing an original text carrying sensitive data T, - creating a syntax graph G for said original text T for a given n-gram size r, said creating of a syntax graph G comprising: ∘ fixing the value r for n-grams, building texts of r consecutive symbols defining a n-gram and said original text T comprising a plurality of n-grams which comprises an initial n-gram and a final n-gram, ∘ determining said syntax graph G from all the n-grams in the original text, - creating a random Eulerian path from said syntax graph G of said original text in order to produce fake information T'. - providing an original text carrying sensitive data T, - creating a syntax graph G for said original text T for a given n-gram size r, said creating of a syntax graph G comprising: ∘ fixing the value r for n-grams, building texts of r consecutive symbols defining a n-gram and said original text T comprising a plurality of n-grams which comprises an initial n-gram and a final n-gram, ∘ determining said syntax graph G from all the n-grams in the original text, ∘ fixing the value r for n-grams, building texts of r consecutive symbols defining a n-gram and said original text T comprising a plurality of n-grams which comprises an initial n-gram and a final n-gram, ∘ determining said syntax graph G from all the n-grams in the original text, - creating a random Eulerian path from said syntax graph G of said original text in order to produce fake information T'.
Device for packaging and applying a cosmetic or dermatological product, comprising: - a receptacle containing said cosmetic or dermatological product, - an applicator head which is supplied with product by the receptacle, the applicator head comprising: ∘ a grid defining an application surface for applying the product onto a surface to be treated, ∘ a partitioned support element for the grid, against which the grid can rest at least during application, having at least one partition (72, 114) between two regions (78, 126) where the product can pass through the support element. - a receptacle containing said cosmetic or dermatological product, - an applicator head which is supplied with product by the receptacle, the applicator head comprising: ∘ a grid defining an application surface for applying the product onto a surface to be treated, ∘ a partitioned support element for the grid, against which the grid can rest at least during application, having at least one partition (72, 114) between two regions (78, 126) where the product can pass through the support element. ∘ a grid defining an application surface for applying the product onto a surface to be treated, ∘ a partitioned support element for the grid, against which the grid can rest at least during application, having at least one partition (72, 114) between two regions (78, 126) where the product can pass through the support element.
A projection screen, comprising: a microstructure layer, wherein the microstructure layer comprises a matrix layer and a microstructure unit formed on a surface of the matrix layer; wherein the microstructure unit comprises triangular pyramid units arranged in an array, wherein at least two of the triangular pyramid units that are arranged in a same row are identical to each other, and characterized in that at least two triangular pyramid units of the triangular pyramid units that are arranged in a same column respectively have vertex angles (θ) that vary gradually, and each of the vertex angles (θ) is formed between the surface of the matrix layer and an edge of one of the triangular pyramid units, wherein a projection of said edge on the surface of the matrix layer is coincident with a column direction (y). a microstructure layer, wherein the microstructure layer comprises a matrix layer and a microstructure unit formed on a surface of the matrix layer; wherein the microstructure unit comprises triangular pyramid units arranged in an array, wherein at least two of the triangular pyramid units that are arranged in a same row are identical to each other, and characterized in that at least two triangular pyramid units of the triangular pyramid units that are arranged in a same column respectively have vertex angles (θ) that vary gradually, and each of the vertex angles (θ) is formed between the surface of the matrix layer and an edge of one of the triangular pyramid units, wherein a projection of said edge on the surface of the matrix layer is coincident with a column direction (y).
Device for distributing capsules with axial symmetry and irregularly shaped in that they do not have a constant radial dimension, comprising a container able to receive in bulk a plurality of capsules; - an ordering assembly arranged inside said container, apt to vertically arrange said capsules; - an orientating assembly, apt to receive the capsules from said ordering assembly and to orientate them in a predetermined direction; - a conveying assembly apt to receive the capsules from said orientating assembly and to convey them towards a distribution outlet in a predetermined orientation, characterised in that said ordering assembly comprises a rotating helical screw for stirring capsules, mounted on a basket rotating with it, said basket having an inclined upper wall or slide, such that its height varies gradually from a minimum to a maximum along its periphery, and an open vertical seat suitable for receiving a capsule arranged vertically and transferring it to the orientating assembly below, - an ordering assembly arranged inside said container, apt to vertically arrange said capsules; - an orientating assembly, apt to receive the capsules from said ordering assembly and to orientate them in a predetermined direction; - a conveying assembly apt to receive the capsules from said orientating assembly and to convey them towards a distribution outlet in a predetermined orientation,
A system for controlling industrial and domestic devices, comprising a monitor and a cylindrical body, wherein: - said monitor comprises a multitouch screen and a panel that has an interface adapted to receive said cylindrical body and; - said cylindrical body has a cavity that contains a data receiving CAT5 RJ-45 Ethernet cable, said cylindrical body being further adapted to be fixed to said industrial and domestic devices, - said cylindrical body has a circular cross-section with a diameter substantially equal to 22 mm, wherein the system further comprises: - an enclosure adapted to shield electromagnetic interferences and adapted to contain said cylindrical body and said monitor, - a second screen based on capacitive technology, which is arranged on said multitouch screen and is connected to said enclosure adapted to shield electromagnetic interferences by means of gaskets with an IP69K protection level, - a heat sink, and - a frame adapted to support said screen and electronic circuitry of said monitor. - said monitor comprises a multitouch screen and a panel that has an interface adapted to receive said cylindrical body and; - said cylindrical body has a cavity that contains a data receiving CAT5 RJ-45 Ethernet cable, said cylindrical body being further adapted to be fixed to said industrial and domestic devices, - said cylindrical body has a circular cross-section with a diameter substantially equal to 22 mm, - an enclosure adapted to shield electromagnetic interferences and adapted to contain said cylindrical body and said monitor, - a second screen based on capacitive technology, which is arranged on said multitouch screen and is connected to said enclosure adapted to shield electromagnetic interferences by means of gaskets with an IP69K protection level, - a heat sink, and - a frame adapted to support said screen and electronic circuitry of said monitor.