mhurhangee/ep-ind-claims huggingface dataset:
A slurry comprising: a sulfide solid electrolyte material; and a dispersion medium comprising at least one selected from the group consisting of tertiary amine; ether; thiol; ester having a functional group of a carbon number of 3 or more bonded with the carbon atom of the ester bonding and a functional group of a carbon number of 4 or more bonded with the oxygen atom of the ester bonding; and ester having a benzene ring bonded with the carbon atom of the ester bonding, characterized in that the sulfide solid electrolyte material uses a material composition including Li 2 S and P 2 S 5. a sulfide solid electrolyte material; and a dispersion medium comprising at least one selected from the group consisting of tertiary amine; ether; thiol; ester having a functional group of a carbon number of 3 or more bonded with the carbon atom of the ester bonding and a functional group of a carbon number of 4 or more bonded with the oxygen atom of the ester bonding; and ester having a benzene ring bonded with the carbon atom of the ester bonding, characterized in that the sulfide solid electrolyte material uses a material composition including Li 2 S and P 2 S 5.
A method of detecting a prostate cancer cell in a biological fluid suspected of containing the prostate cancer cell, the method comprising: incubating the biological fluid with a reagent for fixing cells; passing the biological fluid through a filter, such that if the biological fluid contains the prostate cancer cell, the prostate cancer cell is retained on the filter, wherein the filter comprises a polycarbonate substrate and a plurality of pores; washing the filter; incubating the filter with at least one detectable reagent that binds to the prostate cancer cell to form a detectable complex; washing the filter; and detecting the detectable complex directly on the filter, wherein detecting the detectable complex indicates the presence of the prostate cancer cell in the biological fluid, wherein the biological fluid is a urine sample and the method is capable of detecting the prostate cancer cell in a urine sample containing fewer than 100 prostate cancer cells. incubating the biological fluid with a reagent for fixing cells; passing the biological fluid through a filter, such that if the biological fluid contains the prostate cancer cell, the prostate cancer cell is retained on the filter, wherein the filter comprises a polycarbonate substrate and a plurality of pores; washing the filter; incubating the filter with at least one detectable reagent that binds to the prostate cancer cell to form a detectable complex; washing the filter; and detecting the detectable complex directly on the filter, wherein detecting the detectable complex indicates the presence of the prostate cancer cell in the biological fluid, wherein the biological fluid is a urine sample and the method is capable of detecting the prostate cancer cell in a urine sample containing fewer than 100 prostate cancer cells.
A method of detecting a rate of change of temperature in the environment of a sensing optical fibre, comprising: delivering probe light pulses into a sensing optical fibre disposed within the environment, each probe light pulse comprising two sections of higher intensity spaced apart by a section of lower or substantially zero intensity, the two sections of higher intensity being substantially coherent with each other; and for each of a plurality of positions along the sensing optical fibre: detecting a time varying coherent Rayleigh backscatter interference signal from probe light backscattered within the sensing fibre from the associated position; calculating a spectral density profile of the time varying coherent Rayleigh backscatter interference signal, the spectral density profile representing frequency components in the time variations of the coherent Rayleigh backscatter interference signal at that position; detecting one or more properties of a spectral peak in the spectral density profile; and determining a rate of change of temperature in the environment of the sensing optical fibre at that position from the one or more properties of the spectral peak. delivering probe light pulses into a sensing optical fibre disposed within the environment, each probe light pulse comprising two sections of higher intensity spaced apart by a section of lower or substantially zero intensity, the two sections of higher intensity being substantially coherent with each other; and for each of a plurality of positions along the sensing optical fibre: detecting a time varying coherent Rayleigh backscatter interference signal from probe light backscattered within the sensing fibre from the associated position; calculating a spectral density profile of the time varying coherent Rayleigh backscatter interference signal, the spectral density profile representing frequency components in the time variations of the coherent Rayleigh backscatter interference signal at that position; detecting one or more properties of a spectral peak in the spectral density profile; and determining a rate of change of temperature in the environment of the sensing optical fibre at that position from the one or more properties of the spectral peak. detecting a time varying coherent Rayleigh backscatter interference signal from probe light backscattered within the sensing fibre from the associated position; calculating a spectral density profile of the time varying coherent Rayleigh backscatter interference signal, the spectral density profile representing frequency components in the time variations of the coherent Rayleigh backscatter interference signal at that position; detecting one or more properties of a spectral peak in the spectral density profile; and determining a rate of change of temperature in the environment of the sensing optical fibre at that position from the one or more properties of the spectral peak.
Method of operating a plurality of display devices (14, 16, 18) of a motor vehicle, with the steps: - detecting a viewing direction of a driver of the motor vehicle; - verifying, based on the detected viewing direction, whether the driver has directed his view for at least a predetermined viewing duration at a display region (26, 28, 30) of the display devices (14, 16, 18); - if the view has been directed for at least the predetermined viewing duration at one of the display regions (26, 28, 30) of one of the display devices (14, 16, 18): activating an interaction mode in which an operating device for controlling the display device (14, 16, 18) concerned is activated; characterised in that - an extended viewing duration is predetermined for at least one of the display devices which is longer than the predetermined viewing duration wherein the extended viewing duration is predetermined only for the display device whose display region is arranged completely above a lower edge of a windscreen of the motor vehicle; - activating the interaction mode in this display device then only takes place if it has been detected that the view of the driver has been directed for at least the extended viewing duration at the display region of this display device; - an average viewing duration which is longer than the predetermined viewing duration and shorter than the extended viewing duration is predetermined for the display device whose display region is arranged only partially above a lower edge of a windscreen of the motor vehicle. - detecting a viewing direction of a driver of the motor vehicle; - verifying, based on the detected viewing direction, whether the driver has directed his view for at least a predetermined viewing duration at a display region (26, 28, 30) of the display devices (14, 16, 18); - if the view has been directed for at least the predetermined viewing duration at one of the display regions (26, 28, 30) of one of the display devices (14, 16, 18): activating an interaction mode in which an operating device for controlling the display device (14, 16, 18) concerned is activated; - an extended viewing duration is predetermined for at least one of the display devices which is longer than the predetermined viewing duration wherein the extended viewing duration is predetermined only for the display device whose display region is arranged completely above a lower edge of a windscreen of the motor vehicle; - activating the interaction mode in this display device then only takes place if it has been detected that the view of the driver has been directed for at least the extended viewing duration at the display region of this display device; - an average viewing duration which is longer than the predetermined viewing duration and shorter than the extended viewing duration is predetermined for the display device whose display region is arranged only partially above a lower edge of a windscreen of the motor vehicle.
A method for use in a user equipment comprising: sending a request for allocation of resources from the user equipment at least to a base station of a second cell, said user equipment being in communication with at least one first cell such that carrier aggregation is provided when said user equipment is in communication with said second cell and said at least one first cell, said request being sent in dependence on at least one condition, characterised in that the at least one condition comprises an amount of data said user equipment is to transmit and said request is sent only to the base station of the second cell if said amount of data said user equipment is to transmit is below a threshold. sending a request for allocation of resources from the user equipment at least to a base station of a second cell, said user equipment being in communication with at least one first cell such that carrier aggregation is provided when said user equipment is in communication with said second cell and said at least one first cell, said request being sent in dependence on at least one condition, characterised in that the at least one condition comprises an amount of data said user equipment is to transmit and said request is sent only to the base station of the second cell if said amount of data said user equipment is to transmit is below a threshold.
A communication system, comprising: a plurality of network members, each one comprising at least one first communication interface adapted to communicatively couple to any other one of said plurality of network members as well as to at least one user device via optical wireless communication; at least one gateway member, comprising at least one second communication interface adapted to communicatively couple to any one of said plurality of network members via optical wireless communication, said at least one second communication interface is further adapted to communicatively couple to at least one external communication network; at least one portable access member, operably connectable to a user device and comprising at least one third communication interface adapted to communicatively couple said user device to any one of said plurality of network members via optical wireless communication; and wherein said communication system is adapted to form any one of a duplex ring network topology and a duplex mesh network topology, utilising said plurality of network members and said at least one gateway member; characterized in that, one or more of said at least one gateway member is adapted to control any one of said plurality of network members so as to determine at least one data communication path to at least one end user. a plurality of network members, each one comprising at least one first communication interface adapted to communicatively couple to any other one of said plurality of network members as well as to at least one user device via optical wireless communication; at least one gateway member, comprising at least one second communication interface adapted to communicatively couple to any one of said plurality of network members via optical wireless communication, said at least one second communication interface is further adapted to communicatively couple to at least one external communication network; at least one portable access member, operably connectable to a user device and comprising at least one third communication interface adapted to communicatively couple said user device to any one of said plurality of network members via optical wireless communication; and wherein said communication system is adapted to form any one of a duplex ring network topology and a duplex mesh network topology, utilising said plurality of network members and said at least one gateway member; characterized in that, one or more of said at least one gateway member is adapted to control any one of said plurality of network members so as to determine at least one data communication path to at least one end user.
Connection shaft (10, 100, 300) of a vacuum waste water system comprising - a lower shaft part closed at the bottom and having a hollow-cylinder geometry, - an upper shaft part (16, 17, 19, 116, 316) with shut-off valve arranged therein and having a housing plus an intake opening and a suction opening, - a suction pipe running in the longitudinal axis direction of the shaft, extending from the bottom region of the shaft, and connected to the intake opening of the shut-off valve, - a vacuum connection pipe connected to the suction opening of the shut-off valve, the lower shaft part being connected to the upper shaft part (16, 116, 316), and the intake and suction openings extending from opposite sides of the shut-off valve housing and being passed through by the longitudinal axis of the shut-off valve, wherein the lower shaft part is a pipe or a cut-to-length section thereof, the lower shaft part is closed at the bottom by means of a socket plug, and where the housing of the shut-off valve runs with its longitudinal axis along the longitudinal axis of the shaft (10, 100, 300) and the intake opening of the shut-off valve runs facing away from the bottom. - a lower shaft part closed at the bottom and having a hollow-cylinder geometry, - an upper shaft part (16, 17, 19, 116, 316) with shut-off valve arranged therein and having a housing plus an intake opening and a suction opening, - a suction pipe running in the longitudinal axis direction of the shaft, extending from the bottom region of the shaft, and connected to the intake opening of the shut-off valve, - a vacuum connection pipe connected to the suction opening of the shut-off valve,
Oily composition based on an extract of Hemerocallis, said composition being characterized in that it comprises a lipophilic extract of Hemerocallis fulva and an oily vehicle comprising at least one vegetable oil.
An aluminium-magnesium-silicon-based alloy for pressure die casting, consisting of magnesium 5.0-7.0 % by weight silicon 1.5-4.0 % by weight iron 0.03-0.5 % by weight manganese 0.3-0.8 % by weight zirconium 0.01-0.4 % by weight molybdenum 0.01-0.4 % by weight vanadium 0.01-0.03 % by weight beryllium 0.001-0.005 % by weight titanium 0-0.15 % by weight strontium 0-0.1 % by weight phosphorus 0-250 ppm copper 0-4 % by weight zinc 0-10 % by weight the remainder being aluminium and unavoidable impurities.
Use, as an inhibitor of the swelling of clays in an aqueous medium, of a diamine-dicarboxylic acid salt, the diacid being chosen from succinic acid, glutaric acid and methylglutaric acid, and the diamine being chosen from 2-methylpentamethylenediamine and 1,6-diaminohexane.
A method for producing an oyster meat essence, consisting of: storing an oyster meat in an extraction container where water is accumulated, extracting an oyster meat essence from the oyster meat in the extraction container to generate an extract liquid, removing the oyster meat after the extraction, concentrating the extract liquid after the removal of the oyster meat to generate concentration liquid, adding ethanol to the concentration liquid so that ethanol concentration becomes 30% to 90%, stirring the concentration liquid to separate the concentration liquid into a precipitate and a supernatant, and removing the supernatant after the separation; injecting the removed supernatant continuously to a continuous centrifuge, concurrently rotating the continuous centrifuge at a rotation speed where a centrifugal acceleration exceeding a diffusion force of a substance without antioxidative potency or a substance with low antioxidative potency in the supernatant is able to be obtained, and separating the substance without antioxidative potency or the substance with low antioxidative potency from the injected supernatant to a centrifugation precipitate side to separate the supernatant into a centrifugation supernatant and a centrifugation precipitate; and containing an antioxidant substance in the centrifugation supernatant after the separation, wherein the centrifugal acceleration of the continuous centrifuge exceeding the diffusion force of the substance without antioxidative potency or the substance with low antioxidative potency in the supernatant is approximately 8000 × G. storing an oyster meat in an extraction container where water is accumulated, extracting an oyster meat essence from the oyster meat in the extraction container to generate an extract liquid, removing the oyster meat after the extraction, concentrating the extract liquid after the removal of the oyster meat to generate concentration liquid, adding ethanol to the concentration liquid so that ethanol concentration becomes 30% to 90%, stirring the concentration liquid to separate the concentration liquid into a precipitate and a supernatant, and removing the supernatant after the separation; injecting the removed supernatant continuously to a continuous centrifuge, concurrently rotating the continuous centrifuge at a rotation speed where a centrifugal acceleration exceeding a diffusion force of a substance without antioxidative potency or a substance with low antioxidative potency in the supernatant is able to be obtained, and separating the substance without antioxidative potency or the substance with low antioxidative potency from the injected supernatant to a centrifugation precipitate side to separate the supernatant into a centrifugation supernatant and a centrifugation precipitate; and containing an antioxidant substance in the centrifugation supernatant after the separation, wherein the centrifugal acceleration of the continuous centrifuge exceeding the diffusion force of the substance without antioxidative potency or the substance with low antioxidative potency in the supernatant is approximately 8000 × G.
A method of transferring data between a software defined network, SDN, and an information-centric network, ICN, that differs from the SDN, wherein the method comprises: receiving, by an SDN controller, a request from an SDN node for a specific named content stored on an ICN, wherein the request is encapsulated in an Internet Protocol, IP, packet; wherein the IP packet comprises a pre-determined IP address that is dedicated for ICN communications; decapsulating, by the SDN controller, the IP packet using an IP protocol stack; parsing, by the SDN controller, the request to obtain the name of the specific named content; finding, by the SDN controller, a path to an ICN networking device hosting the specific named content using the name; setting up, by the SDN controller, forwarding rules for the path; pushing, by the SDN controller, the forwarding rules to the SDN node; sending, by the SDN node, the request to the ICN networking device using the forwarding rules; encapsulating, by the ICN networking device, the specified named content in an IP packet; sending, by the ICN networking device, the requested specified named content to a user using the SDN; or sending, by the ICN networking device the requested specified named content to the SDN node, where the SDN node encapsulates the specified named content in an IP packet and forwards the modified packet to the user using the SDN. receiving, by an SDN controller, a request from an SDN node for a specific named content stored on an ICN, wherein the request is encapsulated in an Internet Protocol, IP, packet; wherein the IP packet comprises a pre-determined IP address that is dedicated for ICN communications; decapsulating, by the SDN controller, the IP packet using an IP protocol stack; parsing, by the SDN controller, the request to obtain the name of the specific named content; finding, by the SDN controller, a path to an ICN networking device hosting the specific named content using the name; setting up, by the SDN controller, forwarding rules for the path; pushing, by the SDN controller, the forwarding rules to the SDN node; sending, by the SDN node, the request to the ICN networking device using the forwarding rules; encapsulating, by the ICN networking device, the specified named content in an IP packet; sending, by the ICN networking device, the requested specified named content to a user using the SDN; or sending, by the ICN networking device the requested specified named content to the SDN node, where the SDN node encapsulates the specified named content in an IP packet and forwards the modified packet to the user using the SDN.
A pressure sensor, comprising: a Wheatstone bridge and a heat emitting diode, wherein the Wheatstone bridge comprises a first resistor, R1, a second resistor, R2, a third resistor, R3, and a fourth resistor, Rx; the first resistor, the second resistor, the third resistor, and the fourth resistor are coupled to form a loop, a coupling point of the first resistor and the second resistor serves as a first input terminal of the Wheatstone bridge, a coupling point of the third resistor and the fourth resistor serves as a second input terminal of the Wheatstone bridge, a coupling point of the second resistor and the fourth resistor serves as a first output terminal of the Wheatstone bridge and is coupled to a first terminal of the heat emitting diode, and a coupling point of the first resistor and the third resistor serves as a second output terminal of the Wheatstone bridge; and the first resistor, the second resistor, and the third resistor are fixed resistors, and the fourth resistor is a varistor; when temperature increases, an equivalent resistance of the heat emitting diode decreases, and a resistance of the fourth resistor increases; when the temperature decreases, the equivalent resistance of the heat emitting diode increases, and the resistance of the fourth resistor decreases; and the first input terminal and the second input terminal are configured to input a constant voltage or a pulse voltage, and the second output terminal of the Wheatstone bridge and the second terminal of the heat emitting diode are configured to output an electrical signal; wherein the first input terminal and the second input terminal of the Wheatstone bridge are further coupled to an alternating current signal generator. the first resistor, the second resistor, and the third resistor are fixed resistors, and the fourth resistor is a varistor; when temperature increases, an equivalent resistance of the heat emitting diode decreases, and a resistance of the fourth resistor increases; when the temperature decreases, the equivalent resistance of the heat emitting diode increases, and the resistance of the fourth resistor decreases; and the first input terminal and the second input terminal are configured to input a constant voltage or a pulse voltage, and the second output terminal of the Wheatstone bridge and the second terminal of the heat emitting diode are configured to output an electrical signal; wherein the first input terminal and the second input terminal of the Wheatstone bridge are further coupled to an alternating current signal generator.