mhurhangee/ep-ind-claims huggingface dataset:
A method of sensing a target analyte in a liquid sample including the steps: providing a bulk acoustic wave resonator device; placing a liquid sample on the bulk acoustic wave resonator device; operating the bulk acoustic wave resonator device to generate bulk acoustic waves; and measuring a shift in the fundamental resonant frequency of the bulk acoustic wave resonator device, wherein the bulk acoustic wave resonator device comprises a resonator structure and an acoustic decoupling layer, the resonator structure comprising: a piezoelectric material layer; electrodes arranged to apply a driving signal to the piezoelectric material layer to generate bulk acoustic waves; and a resonator structure surface, wherein: the resonator structure has a resonator structure acoustic impedance and the liquid sample has a liquid sample acoustic impedance, wherein the resonator structure acoustic impedance is the acoustic impedance of the uppermost layer of the resonator structure; the acoustic decoupling layer is formed over the resonator structure surface, there being an interface between the acoustic decoupling layer and the uppermost layer of the resonator structure; and the acoustic decoupling layer has an acoustic decoupling layer acoustic impedance, the acoustic decoupling layer acoustic impedance being: up to 1/5 times or not less than 5 times the resonator structure acoustic impedance, and up to 1/5 times or not less than 5 times the liquid sample acoustic impedance, and wherein the acoustic decoupling layer comprises carbon nanotubes. providing a bulk acoustic wave resonator device; placing a liquid sample on the bulk acoustic wave resonator device; operating the bulk acoustic wave resonator device to generate bulk acoustic waves; and measuring a shift in the fundamental resonant frequency of the bulk acoustic wave resonator device, a piezoelectric material layer; electrodes arranged to apply a driving signal to the piezoelectric material layer to generate bulk acoustic waves; and a resonator structure surface, the resonator structure has a resonator structure acoustic impedance and the liquid sample has a liquid sample acoustic impedance, wherein the resonator structure acoustic impedance is the acoustic impedance of the uppermost layer of the resonator structure; the acoustic decoupling layer is formed over the resonator structure surface, there being an interface between the acoustic decoupling layer and the uppermost layer of the resonator structure; and the acoustic decoupling layer has an acoustic decoupling layer acoustic impedance, the acoustic decoupling layer acoustic impedance being: up to 1/5 times or not less than 5 times the resonator structure acoustic impedance, and up to 1/5 times or not less than 5 times the liquid sample acoustic impedance, and wherein the acoustic decoupling layer comprises carbon nanotubes. up to 1/5 times or not less than 5 times the resonator structure acoustic impedance, and up to 1/5 times or not less than 5 times the liquid sample acoustic impedance, and wherein the acoustic decoupling layer comprises carbon nanotubes.
A breastmilk extracting system, comprising: a pressure measurement component configured to obtain a pressure level in the system during operation of the system; a comparison circuit configured to, on a substantially continuous basis, compare at least one of a displacement measurement and motor current data to the pressure level to obtain a comparison result, determine that there is a leak in the system when the comparison result at least meets a threshold value, and estimate a magnitude of the leak; and at least one feedback component configured to indicate to a user the existence of the leak in the system. a pressure measurement component configured to obtain a pressure level in the system during operation of the system; a comparison circuit configured to, on a substantially continuous basis, compare at least one of a displacement measurement and motor current data to the pressure level to obtain a comparison result, determine that there is a leak in the system when the comparison result at least meets a threshold value, and estimate a magnitude of the leak; and on a substantially continuous basis, compare at least one of a displacement measurement and motor current data to the pressure level to obtain a comparison result, determine that there is a leak in the system when the comparison result at least meets a threshold value, and estimate a magnitude of the leak; and at least one feedback component configured to indicate to a user the existence of the leak in the system.
Method for the production of biodiesel and biodiesel precursor, comprising the steps a) providing crude oil with a phosphor-content of more than 10 ppm and a sterylglycoside-content of more than 5 ppm; b) contacting said crude oil from step a) with at least one adsorbent wherein the at least one adsorbent comprises a mixture of a smectic clay and an amorphous phase formed from SiO2 which comprises more than 30 wt.-% and less than 90 wt.-% and wherein the contacting of the crude oil and the at least one adsorbent is carried out at a temperature of 10 °C to 100 °C and at a vacuum pressure; c) separating the adsorbent from the oil; d) subjecting the oil obtained from step c) to a biodiesel production process; and e) obtaining biodiesel compliant with the EU norm EN 14214 regarding the contents of phosphor and sterylglycosides as mentioned by the Test method EN12662 from step d). a) providing crude oil with a phosphor-content of more than 10 ppm and a sterylglycoside-content of more than 5 ppm; b) contacting said crude oil from step a) with at least one adsorbent wherein the at least one adsorbent comprises a mixture of a smectic clay and an amorphous phase formed from SiO2 which comprises more than 30 wt.-% and less than 90 wt.-% and wherein the contacting of the crude oil and the at least one adsorbent is carried out at a temperature of 10 °C to 100 °C and at a vacuum pressure; c) separating the adsorbent from the oil; d) subjecting the oil obtained from step c) to a biodiesel production process; and e) obtaining biodiesel compliant with the EU norm EN 14214 regarding the contents of phosphor and sterylglycosides as mentioned by the Test method EN12662 from step d).
Device (101, 401) for operating a vehicle, comprising - a coupling apparatus (103, 405) which is designed to uncouple a rotational speed sensor from a primary power supply of a primary controller (303, 409) of a primary brake control system and couple it to a secondary power supply, and - a control apparatus (105, 403) which is designed to control the coupling apparatus (103, 405) as a function of a fault signal from the primary controller (303, 409), with the result that in the event of a fault in the primary controller (303, 409) the rotational speed sensor can be uncoupled from the primary power supply and coupled to the secondary power supply. - a coupling apparatus (103, 405) which is designed to uncouple a rotational speed sensor from a primary power supply of a primary controller (303, 409) of a primary brake control system and couple it to a secondary power supply, and - a control apparatus (105, 403) which is designed to control the coupling apparatus (103, 405) as a function of a fault signal from the primary controller (303, 409), with the result that in the event of a fault in the primary controller (303, 409) the rotational speed sensor can be uncoupled from the primary power supply and coupled to the secondary power supply.
A system, comprising: a power plant; a transmission probe configured to launch a transmission frequency guided surface wave for power transmission over a transmission region, the transmission probe comprising a charge terminal (T 1) elevated at a height (H 1) over a lossy conducting medium; a sub-transmission station comprising a sub-transmission receiver configured to receive the transmission frequency guided surface wave, a sub-transmission power converter configured to convert power from the transmission frequency guided surface wave into power for transmission over a sub-transmission region, and a sub-transmission probe configured to launch a sub-transmission frequency guided surface wave for power transmission over at least a portion of the sub-transmission region, wherein a frequency of the transmission frequency guided surface wave is lower than a frequency of the sub-transmission frequency guided surface wave; a distribution station configured to receive the power from the sub-transmission frequency guided surface wave; and a distribution network configured to transmit the power over a distribution region. a power plant; a transmission probe configured to launch a transmission frequency guided surface wave for power transmission over a transmission region, the transmission probe comprising a charge terminal (T 1) elevated at a height (H 1) over a lossy conducting medium; a sub-transmission station comprising a sub-transmission receiver configured to receive the transmission frequency guided surface wave, a sub-transmission power converter configured to convert power from the transmission frequency guided surface wave into power for transmission over a sub-transmission region, and a sub-transmission probe configured to launch a sub-transmission frequency guided surface wave for power transmission over at least a portion of the sub-transmission region, wherein a frequency of the transmission frequency guided surface wave is lower than a frequency of the sub-transmission frequency guided surface wave; a distribution station configured to receive the power from the sub-transmission frequency guided surface wave; and a distribution network configured to transmit the power over a distribution region.
A grease composition comprising a base oil, a thickener and an amine antioxidant, wherein said thickener is a diurea compound obtained by allowing an amine mixture comprising alkylphenylamine, an alkyl group of which has 8 to 16 carbon atoms, and cyclohexylamine, to react with a diisocyanate compound, an amount of the thickener in the total amount of the base oil and the thickener is 9 to 36% by mass, an amount of cyclohexylamine in the amine mixture is 91 to 99% by mole, and an amount of said amine antioxidant in said grease composition is 2.7% by mass or more.
A packet for smoking articles comprising: a group of smoking articles; an outer container, which has a plurality of walls each of which is formed by the same wrapping material; an inner wrap, which encloses the group of smoking articles and is housed in the outer container; and an overwrap, which surrounds and wraps the outer container; wherein at least one wall of the outer container has at least one removable portion, which is delimited by at least one tearable weakening line, and is stably connected to the overwrap so as to be separated from the wall of the outer container, by tearing, when the overwrap is at least partially removed; the packet for smoking articles is characterized in that the removable portion is an integral part of the wall of the outer container, affects at least part of the thickness of the wall of the outer container, is initially coplanar with the remaining part of the wall of the outer container, is formed by the same identical wrapping material as the rest of the wall of the outer container, and causes the formation of a hole in the wall of the outer container when it is separated by tearing from the remaining part of the wall of the outer container. a group of smoking articles; an outer container, which has a plurality of walls each of which is formed by the same wrapping material; an inner wrap, which encloses the group of smoking articles and is housed in the outer container; and an overwrap, which surrounds and wraps the outer container; wherein at least one wall of the outer container has at least one removable portion, which is delimited by at least one tearable weakening line, and is stably connected to the overwrap so as to be separated from the wall of the outer container, by tearing, when the overwrap is at least partially removed; the packet for smoking articles is characterized in that the removable portion is an integral part of the wall of the outer container, affects at least part of the thickness of the wall of the outer container, is initially coplanar with the remaining part of the wall of the outer container, is formed by the same identical wrapping material as the rest of the wall of the outer container, and causes the formation of a hole in the wall of the outer container when it is separated by tearing from the remaining part of the wall of the outer container.
A diagnostic system for use during a procedure associated with a cochlear implant (108, 510), the diagnostic system comprising: a computing module comprising: a display screen, and a processor configured to execute a diagnostic application and direct the display screen to display a graphical user interface associated with the diagnostic application; and a base module which is attachable to the computing module so to serve as a stand for the computing module when the base module is attached to the computer module, the base module housing an interface unit configured to be communicatively coupled to the processor and to the cochlear implant while the base module is attached to the computing module, wherein the base module comprises: an audio output port configured to be selectively coupled to a sound delivery apparatus (520, 1404); and a communications port configured to be selectively coupled to a coil (702, 902) configured to wirelessly communicate with the cochlear implant. a computing module comprising: a display screen, and a processor configured to execute a diagnostic application and direct the display screen to display a graphical user interface associated with the diagnostic application; and a display screen, and a processor configured to execute a diagnostic application and direct the display screen to display a graphical user interface associated with the diagnostic application; and a base module which is attachable to the computing module so to serve as a stand for the computing module when the base module is attached to the computer module, the base module housing an interface unit configured to be communicatively coupled to the processor and to the cochlear implant while the base module is attached to the computing module, wherein the base module comprises: an audio output port configured to be selectively coupled to a sound delivery apparatus (520, 1404); and a communications port configured to be selectively coupled to a coil (702, 902) configured to wirelessly communicate with the cochlear implant. an audio output port configured to be selectively coupled to a sound delivery apparatus (520, 1404); and a communications port configured to be selectively coupled to a coil (702, 902) configured to wirelessly communicate with the cochlear implant.
A track pin (80, 180) for a track chain assembly, the track pin (80, 180) comprising: a body (120, 220), the body (120, 220) being made from a steel alloy, the steel alloy having a composition comprising iron, a nitride-forming element, and silicon, the composition of the steel alloy comprising at least 0.5 percent by weight of silicon; wherein the body (120, 220) includes an external "white layer" nitrided surface (125, 225), wherein the composition of the steel alloy comprises: between 0.2 percent and 0.4 percent by weight of carbon, between 0.5 percent and 1.6 percent by weight of manganese, between 0.5 percent and 2.0 percent by weight of silicon, between 0.4 percent and 1.5 percent by weight of chromium, between 0.03 percent and 0.3 percent by weight of vanadium, between 0.07 percent and 0.3 percent by weight of aluminum, balance iron and residual elements. a body (120, 220), the body (120, 220) being made from a steel alloy, the steel alloy having a composition comprising iron, a nitride-forming element, and silicon, the composition of the steel alloy comprising at least 0.5 percent by weight of silicon; wherein the body (120, 220) includes an external "white layer" nitrided surface (125, 225), wherein the composition of the steel alloy comprises: between 0.2 percent and 0.4 percent by weight of carbon, between 0.5 percent and 1.6 percent by weight of manganese, between 0.5 percent and 2.0 percent by weight of silicon, between 0.4 percent and 1.5 percent by weight of chromium, between 0.03 percent and 0.3 percent by weight of vanadium, between 0.07 percent and 0.3 percent by weight of aluminum, balance iron and residual elements. between 0.2 percent and 0.4 percent by weight of carbon, between 0.5 percent and 1.6 percent by weight of manganese, between 0.5 percent and 2.0 percent by weight of silicon, between 0.4 percent and 1.5 percent by weight of chromium, between 0.03 percent and 0.3 percent by weight of vanadium, between 0.07 percent and 0.3 percent by weight of aluminum, balance iron and residual elements.
Combination of a tractor and an implement which is pulled by the tractor, by means of a draw bar coupled to the tractor so as to be pivotable about the vertical axis, is supported on the ground by wheels, to which implement the draw bar is coupled so as to be pivotable about the verical axis and which comprises a cultivating element for cultivating a field, with a control device which is usable to activate a first actuator with which the position of the draw bar is changeable in relation to the implement, and which control device is connected to a second actuator which is designed for adjusting the angle of one or more of the wheels of the implement about the vertical axis, characterized in that the control device can be operated when negotiating a curve in order to activate the first actuator and the second actuator in such a manner that the first actuator moves the draw bar and thus the implement toward the outside of the curve and the second actuator steers the wheels toward the outside of the curve.
An electromechanical carbon brush applied against a conductive rotating body, comprising: a brush base material that is a material made of an aggregate including carbon as at least one ingredient and of a binder, wherein the electromechanical carbon brush contains 0.2 to 10% by weight relative to the brush base material of a water-soluble lubricant, the brush being characterised in that the water-soluble lubricant is a water-soluble silicone oil. a brush base material that is a material made of an aggregate including carbon as at least one ingredient and of a binder, wherein the electromechanical carbon brush contains 0.2 to 10% by weight relative to the brush base material of a water-soluble lubricant, the brush being characterised in that the water-soluble lubricant is a water-soluble silicone oil.
Apparatus to simulate driving a land vehicle comprising a fixed base platform provided with a flat support surface, a mobile platform disposed above said base platform, sliding means associated with the mobile platform and configured to allow said mobile platform to slide on said support surface, a drive station that at least partly reproduces the cabin of the land vehicle and is associated with the mobile platform, and movement means associated with the base platform and with the mobile platform configured to allow the translation of said mobile platform on said support surface in a first direction and a second direction coordinated with the first direction, and at least a rotation around a third direction normal with respect to said support surface and coordinated with respect to the first direction and the second direction, wherein said movement means comprise a plurality of cables connected with a first end to said mobile platform and with a second end, opposite the first end, to respective actuation members configured to move said cables and to vary the distance between the connection zone of each cable to said mobile platform and the connection zone of each cable to said actuation members and to determine a movement of said mobile platform with respect to said base platform.
A computer-implemented method for a node (i) of a blockchain network, said node having a plurality of interfaces (a,b,c,d,e) connected to peer nodes, the computer-implemented method comprising: determining a bandwidth, B, capacity of the said node (i) based on a maximum data, D, amount processable by the node (i) over a time period, T; monitoring the data, d, comprising input data, d i, and output data, d o, passing through interfaces of the node (i), to and from peer nodes, and determining a profile factor, k, of the node from the difference between the input data, d i and the output data, d o; over a plurality of time periods, T, monitoring said data, d; and setting a minimum number of peer node connections, m min, and a maximum number of peer node connections, m max, connectable to the node (i) according to said monitored data,d, and the maximum number of peers, P, connectable to the node (i), wherein over at least one time period, T, the monitored data, d, the bandwidth capacity and the profile factor are used to determine a ratio and setting the minimum number of peer nodes, m min, and a maximum number of peer nodes, m max, connectable to the node (i) is determined using said ratio. determining a bandwidth, B, capacity of the said node (i) based on a maximum data, D, amount processable by the node (i) over a time period, T; monitoring the data, d, comprising input data, d i, and output data, d o, passing through interfaces of the node (i), to and from peer nodes, and determining a profile factor, k, of the node from the difference between the input data, d i and the output data, d o; over a plurality of time periods, T, monitoring said data, d; and setting a minimum number of peer node connections, m min, and a maximum number of peer node connections, m max, connectable to the node (i) according to said monitored data,d, and the maximum number of peers, P, connectable to the node (i),