mhurhangee/ep-ind-claims huggingface dataset:
Seal cartridge suitable for providing a sealing between a rotatable shaft and a shaft casing, the seal cartridge having a hollow shape around a longitudinal axis, the seal cartridge comprising: - a set of sealing components suitable for being removably assembled with each other so as to form the seal cartridge, wherein each of said sealing component is suitable for being mounted annularly around the rotatable shaft; at least one of said sealing components, called hereafter the TMRS component, is suitable for being secured to another sealing component of said set and/or to the shaft casing by means of a tenon and mortise joint system, wherein the TMRS component comprises a pin system for securing the TMRS component to said another sealing component and/or shaft casing, wherein said pin system is configured for preventing their relative rotation, wherein the pin system comprises a pin moveably arranged in a hole arranged in the body of the TMRS component, said hole being axially aligned with a cavity of said another sealing component or shaft casing when they are coupled together, wherein the pin is suitable for moving between a secured position wherein it is fitted to the cavity and a withdrawn position, wherein in the secured position, respectively withdrawn position, the relative rotation between the TMRS component and said another sealing component and/or shaft casing is prevented, respectively authorized characterized in that the pin, in the withdrawn position,is located completely inside the hole. - a set of sealing components suitable for being removably assembled with each other so as to form the seal cartridge, wherein each of said sealing component is suitable for being mounted annularly around the rotatable shaft; at least one of said sealing components, called hereafter the TMRS component, is suitable for being secured to another sealing component of said set and/or to the shaft casing by means of a tenon and mortise joint system, wherein the TMRS component comprises a pin system for securing the TMRS component to said another sealing component and/or shaft casing, wherein said pin system is configured for preventing their relative rotation, wherein the pin system comprises a pin moveably arranged in a hole arranged in the body of the TMRS component, said hole being axially aligned with a cavity of said another sealing component or shaft casing when they are coupled together, wherein the pin is suitable for moving between a secured position wherein it is fitted to the cavity and a withdrawn position, wherein in the secured position, respectively withdrawn position, the relative rotation between the TMRS component and said another sealing component and/or shaft casing is prevented, respectively authorized characterized in that the pin, in the withdrawn position,is located completely inside the hole.
A smart meter electronics device, comprising: a network interface configured to receive one or more preferences of a consumer related to the charging of at least one backup power device of the consumer; and a processor configured to utilize the one or more consumer preferences, generate a charging schedule of the at least one backup power device, based in part on the consumer preferences and at least one predicted power disturbance, and generate, based on said charging schedule, one or more charging notifications for charging the at least one backup power device. a network interface configured to receive one or more preferences of a consumer related to the charging of at least one backup power device of the consumer; and a processor configured to utilize the one or more consumer preferences,
A dispensing module for dispensing a liquid, comprising: a dispenser body having a liquid passageway with a valve seat and a dispensing orifice, said valve seat being formed of a material having a first surface hardness; and a needle movably mounted within said liquid passageway, said needle having a tip movable relative to said valve seat between an open position in which said tip is disengaged from said valve seat so that liquid flows to said dispensing orifice and a closed position in which said tip engages said valve seat to block liquid flow to said dispensing orifice, a powered actuator operative for moving said needle relative to said valve seat to provide the open and closed positions; a biasing element operative for biasing said needle relative to said valve seat; and a load button coupling said needle with said biasing element, said load button being engaged with said needle for controlling lateral movement of said load button transverse to said axis of movement of said needle, characterized in that said tip is formed of a material having a second surface hardness greater than said first surface hardness of said valve seat and said tip has a surface finish characterized by an Ra less than or equal to about 0.81280 micrometer (32 microinches), wherein said load button has a recess, and said needle has a rounded end positioned within said recess. a dispenser body having a liquid passageway with a valve seat and a dispensing orifice, said valve seat being formed of a material having a first surface hardness; and a needle movably mounted within said liquid passageway, said needle having a tip movable relative to said valve seat between an open position in which said tip is disengaged from said valve seat so that liquid flows to said dispensing orifice and a closed position in which said tip engages said valve seat to block liquid flow to said dispensing orifice,
A lighting apparatus, comprising: a light engine comprising one or more light emitting diodes (LEDs); a heat sink coupled to said light engine; a stalk coupled to said light engine for externally coupling a power supply to said light engine; and an electrical wiring splice box coupled to said stalk characterised in that the electrical wiring splice box is mounted at 90 degrees to the LED light engine, wherein said electrical wiring splice box comprises a back plate comprising one or more holes for coupling one of a plurality of different brackets (400, 600 and 700) to the back plate, wherein each one of the plurality of different brackets (400, 600 and 700) is for one of a plurality of mounting configurations of the lighting apparatus. a light engine comprising one or more light emitting diodes (LEDs); a heat sink coupled to said light engine; a stalk coupled to said light engine for externally coupling a power supply to said light engine; and an electrical wiring splice box coupled to said stalk characterised in that the electrical wiring splice box is mounted at 90 degrees to the LED light engine, wherein said electrical wiring splice box comprises a back plate comprising one or more holes for coupling one of a plurality of different brackets (400, 600 and 700) to the back plate, wherein each one of the plurality of different brackets (400, 600 and 700) is for one of a plurality of mounting configurations of the lighting apparatus.
A filter holding frame comprising: a plurality of intersecting members defining an outer periphery of said filter holding frame and a plurality of filter cells; each member includes an upstream hemmed edge adjacent the upstream portion of the filter holding frame and extending therefrom towards downstream opposing flanges adjacent the downstream portion of the filter holding frame, wherein said downstream opposing flanges extend outwardly away from said upstream hemmed edge; characterized in that said downstream opposing flanges define said outer periphery of said filter holding frame and a sealing face within each said filter cell. a plurality of intersecting members defining an outer periphery of said filter holding frame and a plurality of filter cells; each member includes an upstream hemmed edge adjacent the upstream portion of the filter holding frame and extending therefrom towards downstream opposing flanges adjacent the downstream portion of the filter holding frame, wherein said downstream opposing flanges extend outwardly away from said upstream hemmed edge; characterized in that said downstream opposing flanges define said outer periphery of said filter holding frame and a sealing face within each said filter cell.
A method for facilitating tracking success of a control protocol data unit transmission, comprising: authenticating the control protocol data unit; producing a notice for a module that sends the control protocol data unit to reset a counter upon successful authentication of the control protocol data unit; transferring the notice to the module; checking at the module if the transmission was successful, wherein checking includes receiving the notice and evaluating the received notice; if the transmission was successful resetting the counter; and if the transmission was not successful comparing the counter to a threshold after incrementing to determine whether a reset should take place; if resetting did not occur retransmitting information from the module. authenticating the control protocol data unit; producing a notice for a module that sends the control protocol data unit to reset a counter upon successful authentication of the control protocol data unit; transferring the notice to the module; checking at the module if the transmission was successful, wherein checking includes receiving the notice and evaluating the received notice; if the transmission was successful resetting the counter; and if the transmission was not successful comparing the counter to a threshold after incrementing to determine whether a reset should take place; if resetting did not occur retransmitting information from the module.
A measuring system in a fluid circuit of a continuous inkjet printer provided with a printing head, comprising: - a first tank (11,13), of section S1 known over its entire height and adapted to be filled with ink and to supply the printing head with this pressurized ink and respectively recover the fluids coming from the head and not used for printing, - a second tank of section S2 known over its entire height and the bottom of which is hydraulically connected with the bottom of the first tank by a first hydraulic line comprising a first valve with complete closing, the second tank comprising a continuous level sensor adapted to continuously detect the height of a liquid over the entire height of the second tank, the inside of the first and second tanks being at the same gas pressure, - means (L1, 32, 31, 33, L10) for establishing a forced hydraulic communication in ink from the second tank toward the first tank in order to completely empty the second tank; - control means adapted to realize the opening of the first valve, once the complete emptying of the second tank is done, in order to establish a filling of identical height H by communicating vessel between the first and second tanks; the system comprising calculating means adapted to determine the total volume of ink contained in the first tank and in the second tank from the detection of the identical height by the continuous level sensor and sections S1 and S2, the system thereby constituting a system for measuring the quantity of ink. - a first tank (11,13), of section S1 known over its entire height and adapted to be filled with ink and to supply the printing head with this pressurized ink and respectively recover the fluids coming from the head and not used for printing, - a second tank of section S2 known over its entire height and the bottom of which is hydraulically connected with the bottom of the first tank by a first hydraulic line comprising a first valve with complete closing, the second tank comprising a continuous level sensor adapted to continuously detect the height of a liquid over the entire height of the second tank, the inside of the first and second tanks being at the same gas pressure, - means (L1, 32, 31, 33, L10) for establishing a forced hydraulic communication in ink from the second tank toward the first tank in order to completely empty the second tank; - control means adapted to realize the opening of the first valve, once the complete emptying of the second tank is done, in order to establish a filling of identical height H by communicating vessel between the first and second tanks;
Automatic plant for cleaning moulds for tyres, wherein the moulds are constituted of sectors and cheeks, comprising an apparatus for internal cleaning of sectors and cheeks, said apparatus for internal cleaning of sectors and cheeks comprising fixing means for fixing sectors and cheeks in a stable treatment position, a generating device for generating ultrasonic vibrations, transmitting means for transmitting vibrations from the device to the sector or cheek treated, in such a way as to carry out the cleaning of sectors or cheeks by subjecting them to ultrasonic vibrations, characterized in that the apparatus comprises identifying means for identifying the resonant frequency of the sector or cheek treated, in such a way as to clean sectors or cheeks by subjecting them to frequency vibration equal to the resonant frequency of the sector or cheek treated.
A package structure, comprising: a substrate; a sensing module disposed on an upper surface of the substrate and electrically connected to the substrate, wherein the sensing module comprises a capacitive sensor and an optical sensor, the capacitive sensor and the optical sensor share a pressing area; and a package colloid, wherein the package colloid comprises at least one portion of a photic zone disposed corresponding to the optical sensor; characterized in that the package colloid is disposed on the upper surface of the substrate and packaging the sensing module; the sensing module is entirely enclosed in a volume defined by the package colloid and the substrate, to enable the package structure to be a whole and the capacitive sensor and the optical sensor to be packaged in one package structure. a substrate; a sensing module disposed on an upper surface of the substrate and electrically connected to the substrate, wherein the sensing module comprises a capacitive sensor and an optical sensor, the capacitive sensor and the optical sensor share a pressing area; and a package colloid, wherein the package colloid comprises at least one portion of a photic zone disposed corresponding to the optical sensor; characterized in that the package colloid is disposed on the upper surface of the substrate and packaging the sensing module; the sensing module is entirely enclosed in a volume defined by the package colloid and the substrate, to enable the package structure to be a whole and the capacitive sensor and the optical sensor to be packaged in one package structure.
An abnormal torque evaluation apparatus for an electrically driven vehicle that independently drives left and right driving wheels (2L, 2R) with electric motors (3L, 3R) and that drives the electric motors (3L, 3R) responsively to respective torque commands (T L, T R), comprising: means for detecting a yaw jerk (dγ) corresponding to a yaw acceleration exerted on the electrically driven vehicle; means for detecting a longitudinal acceleration (a x) exerted on the electrically driven vehicle in a longitudinal direction; means for evaluating abnormal motor torque to determine whether an abnormal motor torque is being generated at the electric motors (3L, 3R); and means for evaluating an abnormal-torque wheel driven by the abnormal motor torque, characterized in that the means for evaluating abnormal motor torque is configured to evaluate whether the abnormal motor torque is being generated at the electric motors (3L, 3R) on the basis of the yaw jerk (dγ), and in that the means for evaluating an abnormal-torque wheel is configured to evaluate the abnormal-torque wheel on the basis of the longitudinal acceleration (a x) and the yaw jerk (dγ). means for detecting a yaw jerk (dγ) corresponding to a yaw acceleration exerted on the electrically driven vehicle; means for detecting a longitudinal acceleration (a x) exerted on the electrically driven vehicle in a longitudinal direction; means for evaluating abnormal motor torque to determine whether an abnormal motor torque is being generated at the electric motors (3L, 3R); and means for evaluating an abnormal-torque wheel driven by the abnormal motor torque, characterized in that the means for evaluating abnormal motor torque is configured to evaluate whether the abnormal motor torque is being generated at the electric motors (3L, 3R) on the basis of the yaw jerk (dγ), and in that the means for evaluating an abnormal-torque wheel is configured to evaluate the abnormal-torque wheel on the basis of the longitudinal acceleration (a x) and the yaw jerk (dγ).
A recoverable module for a propulsion module intended to launch a craft into space comprising at least one stage, the said recoverable module being secured to a part which is not recovered at launch, the said recoverable module having a propulsive system intended for the launch of the craft, systems for command and control of the propulsive system, a subsonic flight propulsion motor, airfoils for the subsonic flight, a landing gear and a braking parachute, the said recoverable module being intended to be installed in a lower position of the said stage, the non-recovered part having at least one tank (12, 13) to feed the propulsive system, the said recoverable module and the said non-recovered part being intended to be separated when the propulsion module reaches a given altitude, and the recoverable module being capable of landing in a controlled fashion after a coasting flight, for example for a return to the launch site.
A method for producing carbon nanotubes from a gas phase, characterised in that the method comprises the following steps: producing pre-made aerosol catalyst particles by physical vapor nucleation of catalyst material, which implies an evaporation and subsequent vapor nucleation followed by growth of particles due to vapor condensation and cluster coagulation; introducing said pre-made aerosol catalyst particles into a reactor; introducing one or more carbon sources into the reactor; and using said pre-made aerosol catalyst particles and one or more carbon sources in the reactor to produce carbon nanotubes. producing pre-made aerosol catalyst particles by physical vapor nucleation of catalyst material, which implies an evaporation and subsequent vapor nucleation followed by growth of particles due to vapor condensation and cluster coagulation; introducing said pre-made aerosol catalyst particles into a reactor; introducing one or more carbon sources into the reactor; and using said pre-made aerosol catalyst particles and one or more carbon sources in the reactor to produce carbon nanotubes.
A signal having decoding parameters, the signal formatted to comprise: information in a first parameter set contained in a first network abstraction layer, NAL, unit, the first parameter set being a syntax structure which contains syntax elements that apply to zero or more entire coded video sequences, and the information describing a parameter at least for use in decoding at least a first layer of multiple layers of the video sequences; supplemental information from a second NAL unit having a specific NAL unit type code, the second NAL unit corresponding to a second layer of said multiple layers, and the supplemental information from the second NAL unit indicating (i) an identifier of the first parameter set to indicate that the second NAL unit is used to supplement the first NAL unit, (ii) a video usability information ("VUI") parameter having layer-dependent information for use in decoding said second layer of said multiple layers; and data representing said second layer of said multiple layers. information in a first parameter set contained in a first network abstraction layer, NAL, unit, the first parameter set being a syntax structure which contains syntax elements that apply to zero or more entire coded video sequences, and the information describing a parameter at least for use in decoding at least a first layer of multiple layers of the video sequences; supplemental information from a second NAL unit having a specific NAL unit type code, the second NAL unit corresponding to a second layer of said multiple layers, and the supplemental information from the second NAL unit indicating (i) an identifier of the first parameter set to indicate that the second NAL unit is used to supplement the first NAL unit, (ii) a video usability information ("VUI") parameter having layer-dependent information for use in decoding said second layer of said multiple layers; and data representing said second layer of said multiple layers.
A method performed by a terminal including an embedded universal integrated circuit card, eUICC, the terminal having an application authorized by an operator and a local profile assistant, LPA, installed therein, the method comprising: receiving, from the application by the LPA of the terminal, a function call requesting a challenge of the eUICC of the terminal; delivering, to the eUICC by the LPA of the terminal, a request for the challenge of the eUICC; obtaining, from the eUICC by the LPA of the terminal, the challenge generated by the eUICC, in response to the request; transmitting, to a first server associated with the operator by the application which obtained the challenge from the LPA, a first message generated based on the challenge; receiving, from the first server by the application, a second message including a signature generated by a second server providing a profile, the signature being generated for the challenge; and validating the signature by the eUICC of the terminal which obtained the signature from the LPA and the application. receiving, from the application by the LPA of the terminal, a function call requesting a challenge of the eUICC of the terminal; delivering, to the eUICC by the LPA of the terminal, a request for the challenge of the eUICC; obtaining, from the eUICC by the LPA of the terminal, the challenge generated by the eUICC, in response to the request; transmitting, to a first server associated with the operator by the application which obtained the challenge from the LPA, a first message generated based on the challenge; receiving, from the first server by the application, a second message including a signature generated by a second server providing a profile, the signature being generated for the challenge; and validating the signature by the eUICC of the terminal which obtained the signature from the LPA and the application.
A method of freezing human and/or animal cells in suspension, wherein one or more samples of human and/or animal cells in suspension are contained in container(s) comprise one or more liquids, the method comprising: - controlling the cooling capacity in such a manner that the phase transition time of a sample can be regulated and controlled, - determining the cooling needed such that the phase transition time of a calibration sample contained in a container is an any more or less precise length below 6 minutes; - cooling said one or more samples in the same manner as said calibration sample by controlling the amount of cooling, such that that the phase transition time of the sample is regulated to an any more or less precise length below 6 minutes, wherein less than 2 % of cryoprotectant of the total sample volume is added to the container containing the biological material. - controlling the cooling capacity in such a manner that the phase transition time of a sample can be regulated and controlled, - determining the cooling needed such that the phase transition time of a calibration sample contained in a container is an any more or less precise length below 6 minutes; - cooling said one or more samples in the same manner as said calibration sample by controlling the amount of cooling, such that that the phase transition time of the sample is regulated to an any more or less precise length below 6 minutes,