mhurhangee/ep-ind-claims huggingface dataset:
A balancing device, suitable for being associated to a rotating tool defining a rotating body, comprising: at least one unbalance detector apt to measure the unbalance of said rotating body; at least one balancing head suitable for being firmly bound to said rotating body and housed inside said rotating body along the axis of the same, and comprising two balancing masses configured for being handled along a handling circumference so as to cancel said unbalance of said rotating body; one motor for each mass configured for independently handling said balancing mass; and a transmission mechanism configured for transmitting the motion from said motors to said balancing masses; said at least one of said balancing head comprising at least one position sensor, one per balancing mass, configured for detecting the position of said balancing masses; said motors being configured for handling said balancing masses as a function of said position of said balancing masses and of said unbalance of said rotating body; characterized in that and in that each of said position sensors comprises: a displacement sensor, configured for verifying the handling and displacement of said masses and being an encoder, functionally connected with a single motor, and configured for detecting the actuation of said motor and the respective number of revolutions or portions of revolution of said motor, a reference sensor, configured for determining the position of said mass with reference to the remaining portion of said balancing head, for at least one angular position.
A pyrotechnic time delay element which includes a casing which is injection-moulded from a non-metallic material, the casing comprising a housing inside which is formed a volume, at least one opening to the volume, a pyrotechnic composition which is loaded into the volume through the opening, and a membrane, inside the volume, which separates an ignition end of the casing from the compositior, wherein the membrane has a perforation or opening with a shape, in cross-section, selected circular, square, rectangular, cross-shaped, star-shaped polygonal, said membrane and cross sectional shape of perforation or opening being configured to shape a wave-front, propagated by the pyrotechnic composition, to ensure that optimum ignition of a primary explosive takes place after the time delay element has executed its timing interval.
A display mirror assembly for a vehicle comprising: an ambient light sensor for sensing an ambient light level and outputting an ambient light signal representative of the sensed ambient light level; a switchable reflective element that changes states between a high reflection mode and a low reflection mode; a display positioned behind said switchable reflective element for generating a displayed image visible through said switchable reflective element; and a controller in communication with said ambient light sensor, said switchable reflective element, and said display, said controller compares the ambient light signal to a threshold level, characterized in that if the ambient light signal exceeds the threshold level, said controller activates said display and sets said switchable reflective element to the low reflection mode, and if the ambient light signal does not exceed the threshold level, said controller deactivates said display and sets said switchable reflective element to the high reflection mode. an ambient light sensor for sensing an ambient light level and outputting an ambient light signal representative of the sensed ambient light level; a switchable reflective element that changes states between a high reflection mode and a low reflection mode; a display positioned behind said switchable reflective element for generating a displayed image visible through said switchable reflective element; and a controller in communication with said ambient light sensor, said switchable reflective element, and said display, said controller compares the ambient light signal to a threshold level, characterized in that if the ambient light signal exceeds the threshold level, said controller activates said display and sets said switchable reflective element to the low reflection mode, and if the ambient light signal does not exceed the threshold level, said controller deactivates said display and sets said switchable reflective element to the high reflection mode.
A household appliance for the production of bread, comprising a cooking chamber, a front door for access to the cooking chamber, said front door being hinged along its bottom horizontal edge, electrical supply means for heating said cooking chamber and comprising a first electrical resistance disposed at the base and a second electrical resistance disposed at the top of the cooking chamber, a drive means pivotally activated in said cooking chamber by a geared motor disposed under the base of the cooking chamber, said drive means being a vertical pin which protrudes centrally from the base of the cooking chamber, a container which is accommodated in said cooking chamber and having at least one containment chamber for the bread and a mixing shovel positioned inside said at least one containment chamber and directly or indirectly moved by said drive pin, a positioning block being directly or indirectly associated at the external side of the base of the container and positioned in a seat of conjugated form centrally provided on the base of the cooking chamber from which the drive pin centrally protrudes, said positioning block having a central through hole for the crossing of the drive pin, characterised in that said at least one containment chamber is of a circular or quadrangular shape and is configured to have a first proportion ratio between any dimension (A, B, Φ) of its base and its height, said first proportion ratio being between 1.8 and 2.6, and a second proportion ratio between the dimension of its height and the length of said shovel, said second proportion ratio being between 1 and 2, said ratios being able to give to the cooked bread in said at least one containment chamber a mainly low and wide shape with a little crumb.
A liquid sending method for sending liquid to a sample processing chip having a flow path formed therein, the method comprising: measuring a flow of a second liquid which is different from a first liquid which is introduced into the flow path in the sample processing chip; controlling the flow of the second liquid on the basis of the measured flow; and introducing the first liquid into the flow path in the sample processing chip by means of the second liquid of which flow is controlled, wherein the second liquid is a liquid having immiscibility with the first liquid, and in addition to the introducing of the first liquid, a dispersion medium for emulsion formation is introduced into the flow path in the sample processing chip to perform emulsion formation, and in the emulsion formation, dispersoids are formed from the first liquid at a rate of not less than 600 droplets/minute and not greater than 600 million droplets/minute. measuring a flow of a second liquid which is different from a first liquid which is introduced into the flow path in the sample processing chip; controlling the flow of the second liquid on the basis of the measured flow; and introducing the first liquid into the flow path in the sample processing chip by means of the second liquid of which flow is controlled, wherein the second liquid is a liquid having immiscibility with the first liquid, and in addition to the introducing of the first liquid, a dispersion medium for emulsion formation is introduced into the flow path in the sample processing chip to perform emulsion formation, and in the emulsion formation, dispersoids are formed from the first liquid at a rate of not less than 600 droplets/minute and not greater than 600 million droplets/minute.
A method performed by an E2 node of an open-radio access network, O-RAN, comprising: transmitting a radio access network, RAN, intelligent controller, RIC, indication message to an RIC of the O-RAN via an E2 interface, wherein the RIC indication message comprises indication type information, and the indication type is one of types comprising 'insert' and 'report', wherein the RIC indication message further comprises a message type, an RIC request identifier, ID, and a RAN function ID, and the indication type is a service value of a function corresponding to the RAN function ID of the E2 node. transmitting a radio access network, RAN, intelligent controller, RIC, indication message to an RIC of the O-RAN via an E2 interface, wherein the RIC indication message comprises indication type information, and the indication type is one of types comprising 'insert' and 'report', wherein the RIC indication message further comprises a message type, an RIC request identifier, ID, and a RAN function ID, and the indication type is a service value of a function corresponding to the RAN function ID of the E2 node.
A method of controlling a fire detection system (10, 110) comprising a heat detector (14, 114) and a smoke detector (16, 116), each being configured to monitor a fire detection volume (12, 12a, 12b) associated with the fire detection system, the method comprising: determining the presence of at least one person within the fire detection volume using an occupancy sensor (18, 118) or by the reception of data relating to the presence of at least one person within the fire detection volume from an auxiliary system associated with the fire detection volume; monitoring for the presence of a fire within the fire detection volume using the heat detector and the smoke detector responsive to determining that the fire detection volume is unoccupied; and monitoring for the presence of a fire within the fire detection volume using the heat detector and not using the smoke detector responsive to determining that the fire detection volume is occupied. determining the presence of at least one person within the fire detection volume using an occupancy sensor (18, 118) or by the reception of data relating to the presence of at least one person within the fire detection volume from an auxiliary system associated with the fire detection volume; monitoring for the presence of a fire within the fire detection volume using the heat detector and the smoke detector responsive to determining that the fire detection volume is unoccupied; and monitoring for the presence of a fire within the fire detection volume using the heat detector and not using the smoke detector responsive to determining that the fire detection volume is occupied.
Method for treating exhaust gas of an internal combustion engine with at least one first cylinder (18, 20, 22), the exhaust gas of which can be fed via a first exhaust gas line to a first, smaller flow of an asymmetric turbine of a turbocharger and from there to a particle filter, and with at least one second cylinder (34, 36, 38), the exhaust gas of which can be fed via a second exhaust gas line to a second, larger flow of the turbine and from there to the particle filter, in which method, for the regeneration of the particle filter, - less fuel is introduced into the at least one first cylinder (18, 20, 22) than into the at least one second cylinder (34, 36, 38), - exhaust gas discharged from the at least one first cylinder (18, 20, 22) is at least partially recirculated into a supply air train of the internal combustion engine, - the exhaust gas of the at least one second cylinder (34, 36, 38) is completely fed to the particle filter, - the exhaust gas line via which exhaust gas of the at least one first cylinder (18, 20, 22) can be fed to the particle filter is at least partially blocked, characterised in that without any post-injection into the cylinders (18, 20, 22, 34, 36, 38), as much more fuel is introduced into the at least one second cylinder (34, 36, 38) as less fuel is introduced into the at least one first cylinder (18, 20, 22), wherein a torque of the internal combustion engine which is obtainable at an even distribution of the fuel quantity to be provided for the said torque among the cylinders (18, 20, 22, 34, 36, 38) is at least substantially maintained. - less fuel is introduced into the at least one first cylinder (18, 20, 22) than into the at least one second cylinder (34, 36, 38), - exhaust gas discharged from the at least one first cylinder (18, 20, 22) is at least partially recirculated into a supply air train of the internal combustion engine, - the exhaust gas of the at least one second cylinder (34, 36, 38) is completely fed to the particle filter, - the exhaust gas line via which exhaust gas of the at least one first cylinder (18, 20, 22) can be fed to the particle filter is at least partially blocked,
A nasal delivery device for delivering a medication or drug to a nasal passageway in a metered amount, comprising: an atomizing nose cone for insertion into the nasal cavity of the user or patient; a connection adapter having a receiving portion comprising a puncturing member for puncturing a first external reservoir seal; one or more sealing members presented on the connection adapter; a first chamber presenting a metered amount indicator and being fluidly coupled to the connection adapter; and a second chamber having a fluid atomizing tip, the second chamber fluidly coupled to the first chamber, and the second chamber being movable relative to the first chamber to a set position along the metered amount indicator to thereby establish a selected metered dose volume jointly defined by the first chamber and the second chamber; and a positive displacement mechanism for moving liquid from the at least first external reservoir to at least one of the first and second chambers (101, 102). an atomizing nose cone for insertion into the nasal cavity of the user or patient; a connection adapter having a receiving portion comprising a puncturing member for puncturing a first external reservoir seal; one or more sealing members presented on the connection adapter; a first chamber presenting a metered amount indicator and being fluidly coupled to the connection adapter; and a second chamber having a fluid atomizing tip, the second chamber fluidly coupled to the first chamber, and the second chamber being movable relative to the first chamber to a set position along the metered amount indicator to thereby establish a selected metered dose volume jointly defined by the first chamber and the second chamber; and a connection adapter having a receiving portion comprising a puncturing member for puncturing a first external reservoir seal; one or more sealing members presented on the connection adapter; a first chamber presenting a metered amount indicator and being fluidly coupled to the connection adapter; and a second chamber having a fluid atomizing tip, the second chamber fluidly coupled to the first chamber, and the second chamber being movable relative to the first chamber to a set position along the metered amount indicator to thereby establish a selected metered dose volume jointly defined by the first chamber and the second chamber; and a positive displacement mechanism for moving liquid from the at least first external reservoir to at least one of the first and second chambers (101, 102).
A signal processing method of a baler system, the baling system comprises a bale chamber having a floor, a ceiling and two walls (46,48) each having at least one structural member extending along a bale forming direction, the method comprising the steps of: - receiving a signal from at least one sensor connected to the at least one structural member of the floor, ceiling or wall (46,48) of the bale chamber of the baler system; the method being characterized by the steps of: - determining by a controller using filtering techniques a steady state level from said signal provided by the at least one sensor connected to the at least one structural member of the floor, ceiling or wall (46,48) of the bale chamber of the baler system; and - relating said steady state level to a characteristic of a forming bale in the bale chamber. - receiving a signal from at least one sensor connected to the at least one structural member of the floor, ceiling or wall (46,48) of the bale chamber of the baler system; - determining by a controller using filtering techniques a steady state level from said signal provided by the at least one sensor connected to the at least one structural member of the floor, ceiling or wall (46,48) of the bale chamber of the baler system; and - relating said steady state level to a characteristic of a forming bale in the bale chamber.
An apparatus for checking die castings, comprising: - means for extracting and moving a die casting from a die casting machine, said means for extracting and moving the die casting being adapted to convey said die casting from a die to an unloading region (22, 23), - means for the analysis of the integrity of the extracted die casting and of its geometric and dimensional precision, - means for the thermal mapping of the extracted die casting, said integrity and geometric and dimensional precision analysis means and said thermal mapping means being arranged between said die casting machine and said unloading region (22,23), - an electronic unit for digitizing the data and the parameters acquired by said integrity and geometric and dimensional precision analysis and by said thermal mapping means, and for comparing said acquired data and parameters with corresponding reference design data. - means for extracting and moving a die casting from a die casting machine, said means for extracting and moving the die casting being adapted to convey said die casting from a die to an unloading region (22, 23), - means for the analysis of the integrity of the extracted die casting and of its geometric and dimensional precision, - means for the thermal mapping of the extracted die casting, said integrity and geometric and dimensional precision analysis means and said thermal mapping means being arranged between said die casting machine and said unloading region (22,23), - an electronic unit for digitizing the data and the parameters acquired by said integrity and geometric and dimensional precision analysis and by said thermal mapping means, and for comparing said acquired data and parameters with corresponding reference design data.
A composition for use in treating neurodegenerative diseases, wherein the neurodegenerative disease is caused by excessive build up of β-amyloid protein (Aβ) in cells, the composition comprising an effective amount of butylidenephthalide (Bdph), wherein the Bdph is coated with a polymeric material, wherein the polymeric material is F127 polymer.
A balancing system for use with a rotating member disposed in a stationary housing, the balancing system configured for mounting to the stationary housing, the balancing system comprising: a first inclinometer configured to provide inclination information at a first frequency and vibration information at a second frequency, the second frequency being higher than the first frequency; and at least one processor operably coupled to the first inclinometer, the at least one processor coupled to the first inclinometer and configured to acquire the vibration information from the first inclinometer and to determine a state of balance of the rotating member, characterised in that the at least one processor is configured to disregard the inclination information at the first frequency and to determine the state of balance of the rotating member using the vibration information but not the inclination information. a first inclinometer configured to provide inclination information at a first frequency and vibration information at a second frequency, the second frequency being higher than the first frequency; and frequency and vibration information at a second frequency, the second frequency being higher than the first frequency; and at least one processor operably coupled to the first inclinometer, the at least one processor coupled to the first inclinometer and configured to acquire the vibration information from the first inclinometer and to determine a state of balance of the rotating member, characterised in that the at least one processor is configured to disregard the inclination information at the first frequency and to determine the state of balance of the rotating member using the vibration information but not the inclination information.
A method comprising producing a soluble G-CSF protein in a host cell of the order Pseudomonadales, wherein the G-CSF protein comprises an N-terminal methionine, and wherein the Pseudomonadales host cell has a partial or complete deletion in one or more genes expressing a protease, wherein the one or more protease genes comprise prtB.
Near Field Communication device comprising a device support body (20; 30; 40; 50) on which at least one antenna coil is arranged, running along the periphery of the device support body (20; 30; 40; 50), on said support body (20; 30; 40; 50) being also arranged at least an integrated circuit coupled to the at least one antenna coil, characterized in that said Near Field Communication device includes a photoresistive circuit arranged by physical soldering or using conductive glue coupled on said at least one antenna coil in series on said antenna coil and including at least a photo-resistance, said photoresistive circuit being configured to increase the resistance of the at least one antenna coil when the at least one photo-resistance is in its high resistance state in dark conditions.
A method of manufacturing a thermal management device, the method comprising: radiantly heating an unsealed chamber of the thermal management device that is filled with a working fluid (220, 222), further comprising weighing the thermal management device and working fluid (720, 722) while radiantly heating the unsealed chamber.
Method of manufacturing a lightweight metal wheel having an outer ring for receiving a tire, which ring is connected to an inner wheel flange via a wheel rim, the wheel having an outer side and an inner side, characterized by the following method steps: forming the one-piece wheel by a casting process; following the casting process, forming thickness-reduced regions by mechanical material removal in an area on the inside of the wheel rim between the outer ring for receiving the tire and the wheel flange, wherein the thickness-reduced regions are formed by milling. forming the one-piece wheel by a casting process; following the casting process, forming thickness-reduced regions by mechanical material removal in an area on the inside of the wheel rim between the outer ring for receiving the tire and the wheel flange, wherein the thickness-reduced regions are formed by milling.