mhurhangee/ep-ind-claims huggingface dataset:
A method for isolating nucleic acids comprising: sorbing a sample solution comprising nucleic acids to a sample receiving portion of a quartz fiber filter by contacting the sample solution with the sample receiving portion; and washing the sample receiving portion while keeping most of nucleic acids around the sample receiving portion by flowing a wash solution through the sample receiving portion under a wicking force directed away from the sample receiving portion. sorbing a sample solution comprising nucleic acids to a sample receiving portion of a quartz fiber filter by contacting the sample solution with the sample receiving portion; and washing the sample receiving portion while keeping most of nucleic acids around the sample receiving portion by flowing a wash solution through the sample receiving portion under a wicking force directed away from the sample receiving portion.
A cylinder lock locking system, comprising: a reversible key including a key bow and a key bit, wherein the key bit includes a plurality of rotation symmetrical indentations configured to receive pin-shaped tumblers (6; 7) of a locking cylinder, wherein the pin-shaped tumblers are configured as a classic, two-component serial arrangement in a locking cylinder housing and in a cylinder core, characterized in that the key bit includes a non-rotation symmetrical recess in at least one offset surface between the rotation symmetrical recesses, wherein the non-rotation symmetrical recess includes two side walls and a base with a circular, arch-shaped base surface which is defined by the side walls in order to form another key coding. a reversible key including a key bow and a key bit, wherein the key bit includes a plurality of rotation symmetrical indentations configured to receive pin-shaped tumblers (6; 7) of a locking cylinder, wherein the pin-shaped tumblers are configured as a classic, two-component serial arrangement in a locking cylinder housing and in a cylinder core, characterized in that the key bit includes a non-rotation symmetrical recess in at least one offset surface between the rotation symmetrical recesses, wherein the non-rotation symmetrical recess includes two side walls and a base with a circular, arch-shaped base surface which is defined by the side walls in order to form another key coding.
A personal care appliance, comprising: a DC motor having an output shaft which rotates; a flexible coupling member connected to the output shaft at a proximal end thereof and having an eccentric mass mounted at a distal end thereof; a workpiece assembly including a workpiece at a distal end thereof; and a spring hub assembly driven by the coupling member and eccentric mass, which constrains the rotational movement of the coupling member to an oscillating action of the workpiece shaft assembly, wherein the coupling member is elliptical in cross-section in an active region thereof, having a thin dimension and a wider dimension, with the thin dimension in the direction of the bending of the coupling member during operation of the appliance and the wider dimension perpendicular thereto. a DC motor having an output shaft which rotates; a flexible coupling member connected to the output shaft at a proximal end thereof and having an eccentric mass mounted at a distal end thereof; a workpiece assembly including a workpiece at a distal end thereof; and a spring hub assembly driven by the coupling member and eccentric mass, which constrains the rotational movement of the coupling member to an oscillating action of the workpiece shaft assembly, wherein the coupling member is elliptical in cross-section in an active region thereof, having a thin dimension and a wider dimension, with the thin dimension in the direction of the bending of the coupling member during operation of the appliance and the wider dimension perpendicular thereto.
A method of characterising a film comprising: calculating a first parameter, S, of a first sample of a film by: determining a first and second wavelength at which the film exhibits substantially no absorption; measuring the transmission of the first sample at the first wavelength; measuring the transmission of the first sample at the second wavelength; calculating the first parameter, S, of the first sample using a first multivariate regression model comprising: (i) first regression coefficients, and (ii) measurements or ratios of measurements of the transmission of the first sample at the first and second wavelengths, wherein the first parameter is a parameter which affects the total amount of radiation scattered by the first sample at the first and second wavelengths, calculating a second parameter, A, of the first sample, wherein the second parameter is a parameter related to the mass per unit area, of the first sample; and combining the calculated first parameter, S, of the first sample with the calculated second parameter, A, of the first sample to calculate at least one of the following further parameters of the first sample: thickness, mass per unit area, density and porosity. calculating a first parameter, S, of a first sample of a film by: determining a first and second wavelength at which the film exhibits substantially no absorption; measuring the transmission of the first sample at the first wavelength; measuring the transmission of the first sample at the second wavelength; calculating the first parameter, S, of the first sample using a first multivariate regression model comprising: (i) first regression coefficients, and (ii) measurements or ratios of measurements of the transmission of the first sample at the first and second wavelengths, determining a first and second wavelength at which the film exhibits substantially no absorption; measuring the transmission of the first sample at the first wavelength; measuring the transmission of the first sample at the second wavelength; calculating the first parameter, S, of the first sample using a first multivariate regression model comprising: (i) first regression coefficients, and (ii) measurements or ratios of measurements of the transmission of the first sample at the first and second wavelengths, (i) first regression coefficients, and (ii) measurements or ratios of measurements of the transmission of the first sample at the first and second wavelengths, wherein the first parameter is a parameter which affects the total amount of radiation scattered by the first sample at the first and second wavelengths, calculating a second parameter, A, of the first sample, wherein the second parameter is a parameter related to the mass per unit area, of the first sample; and combining the calculated first parameter, S, of the first sample with the calculated second parameter, A, of the first sample to calculate at least one of the following further parameters of the first sample: thickness, mass per unit area, density and porosity.
A vehicle for use in a wireless power transmission system including a power transmitter having two transmission electrodes (120a, 120b) and two or more vehicles (10a, 10b) to be driven by electric power that is wirelessly transmitted from the power transmitter, the vehicle comprising: two reception electrodes (220a, 220b) to receive AC power from the two transmission electrodes (120a, 120b) through capacitive coupling respectively with the two transmission electrodes (120a, 120b); and a power receiving circuit which is connected to the two reception electrodes (220a, 220b) to convert AC power received by the two reception electrodes (220a, 220b) into DC power or another form of AC power, and supply the DC power or other form of AC power to an electric motor which drives the vehicle or to a secondary battery which stores electric power for driving the vehicle; a first control circuit (255, 340) which, while the vehicle is moving with the two reception electrodes (220a, 220b) being opposed to the two transmission electrodes (120a, 120b), receives an instruction that the electric power from the power transmitter is not to be received and increases an impedance of the vehicle as viewed from the power transmitter in response to the instruction, characterized in that the vehicle further comprises a second control circuit, which determines that another vehicle receives power from the power transmitter when a value of at least one of power, voltage and current in the power receiving circuit, or a change rate over time thereof, exceeds a threshold value, and sends to the first control circuit (255, 340) the instruction that the electric power from the power transmitter is not to be received. two reception electrodes (220a, 220b) to receive AC power from the two transmission electrodes (120a, 120b) through capacitive coupling respectively with the two transmission electrodes (120a, 120b); and a power receiving circuit which is connected to the two reception electrodes (220a, 220b) to convert AC power received by the two reception electrodes (220a, 220b) into DC power or another form of AC power, and supply the DC power or other form of AC power to an electric motor which drives the vehicle or to a secondary battery which stores electric power for driving the vehicle; a first control circuit (255, 340) which, while the vehicle is moving with the two reception electrodes (220a, 220b) being opposed to the two transmission electrodes (120a, 120b), receives an instruction that the electric power from the power transmitter is not to be received and increases an impedance of the vehicle as viewed from the power transmitter in response to the instruction, characterized in that the vehicle further comprises a second control circuit, which determines that another vehicle receives power from the power transmitter when a value of at least one of power, voltage and current in the power receiving circuit, or a change rate over time thereof, exceeds a threshold value, and sends to the first control circuit (255, 340) the instruction that the electric power from the power transmitter is not to be received.
Laser cutting equipment, comprising a table along which a band of sheet-metal unwound from a coil moves continuously, a gate assembly equipped with a laser head, and a control system, wherein the gate assembly is slidably moved over the table surface in two perpendicular table plane axes, and the table comprises a plurality of supporting rolls, deployed perpendicular to the sheet-metal transport direction at preset distances, not larger than the diameter of a single support roll, wherein the supporting rolls are bearing mounted in such a way that they can freely rotate around their own axes, and there is a follow-up table equipped with a slot to evacuate material subject to laser machining in the table between the supporting rolls, while the movement of the follow-up table along the axis of the sheet-metal movement is coordinated with the gate assembly movement, characterized in that the supporting rolls are seated in the table guide and are slidably moved in it along the axis of the sheet-metal transport direction, wherein the supporting rolls are connected with one another by means of flexible connectors, wherein supporting rolls are made of material resistant to high temperatures, wherein the movable slot of the follow-up table has a variable width.
Toggle mould closure assembly for injection presses, comprising: - a fixed plane, a mobile plane and a reaction plane, mounted on columns, - a control element of the toggle, made up of four pairs of levers (4, 5), arranged symmetrically at the two sides and in the upper and lower part of the structure, connected one to the other by means of a pin and to said reaction plane and mobile plane by means of respective pins (7.1) and (7.2), - actuation means (13, 14; 30-32) of said control element, - the control element is placed on the axis of the toggle in the middle of the pairs of main side levers (4, 5), which have an outward movement, - the control element is connected, by means of control connecting rods, to the levers of the toggle connected to the reaction plane, and is situated, during operation, between the central connection pin of the levers (4, 5) and the reaction plane, characterized in that: - the control element is provided with heads for connection to the connecting rods external to the reaction plane and turned towards the reaction plane, and - the control element is mounted on guides fixed to the reaction plane, whereby said guides are columns fixed to said reaction plane, internally to the system of levers (4, 5), or a system of recirculating guides with ball bearing or roller slide blocks guides in which the fixed part is fixed to the reaction plane. - a fixed plane, a mobile plane and a reaction plane, mounted on columns, - a control element of the toggle, made up of four pairs of levers (4, 5), arranged symmetrically at the two sides and in the upper and lower part of the structure, connected one to the other by means of a pin and to said reaction plane and mobile plane by means of respective pins (7.1) and (7.2), - actuation means (13, 14; 30-32) of said control element, - the control element is placed on the axis of the toggle in the middle of the pairs of main side levers (4, 5), which have an outward movement, - the control element is connected, by means of control connecting rods, to the levers of the toggle connected to the reaction plane, and is situated, during operation, between the central connection pin of the levers (4, 5) and the reaction plane, - the control element is provided with heads for connection to the connecting rods external to the reaction plane and turned towards the reaction plane, and - the control element is mounted on guides fixed to the reaction plane,
A mobile device comprising: a communication interface; a memory storing one or more instructions; and a processor configured to execute the one or more instructions stored in the memory to: connect, through the communication interface, to an electronic device that is to be wirelessly connected to an access point,AP, obtain an AP list including one or more WLAN or WiFi APs with which the mobile device has a history of being connected, receive a list of scanned WLAN or WiFi APs including one or more scanned APs from the electronic device obtained by performing WLAN or WiFi channel scanning, compare the AP list including one or more APs having the history of being connected with the list of scanned APs including one or more scanned APs, identify one or more matched APs as candidate APs, and create a candidate AP list including information about the one or more selected APs identified as the candidate APs, and transmit, to the electronic device, the candidate AP list and information about a home AP to which the mobile device is currently connected. a communication interface; a memory storing one or more instructions; and a processor configured to execute the one or more instructions stored in the memory to: connect, through the communication interface, to an electronic device that is to be wirelessly connected to an access point,AP, obtain an AP list including one or more WLAN or WiFi APs with which the mobile device has a history of being connected, receive a list of scanned WLAN or WiFi APs including one or more scanned APs from the electronic device obtained by performing WLAN or WiFi channel scanning, compare the AP list including one or more APs having the history of being connected with the list of scanned APs including one or more scanned APs, identify one or more matched APs as candidate APs, and create a candidate AP list including information about the one or more selected APs identified as the candidate APs, and transmit, to the electronic device, the candidate AP list and information about a home AP to which the mobile device is currently connected. connect, through the communication interface, to an electronic device that is to be wirelessly connected to an access point,AP, obtain an AP list including one or more WLAN or WiFi APs with which the mobile device has a history of being connected, receive a list of scanned WLAN or WiFi APs including one or more scanned APs from the electronic device obtained by performing WLAN or WiFi channel scanning, compare the AP list including one or more APs having the history of being connected with the list of scanned APs including one or more scanned APs, identify one or more matched APs as candidate APs, and create a candidate AP list including information about the one or more selected APs identified as the candidate APs, and transmit, to the electronic device, the candidate AP list and information about a home AP to which the mobile device is currently connected.
An engine supporting structure for a saddle-ride type vehicle in which an engine is supported from above substantially in a center position between a head pipe and a pivot in a side view, on a pair of right and left main frames that are branched to right and left from the head pipe and that extend rearward, wherein only inner surfaces in a vehicle width direction of the right and left main frames are formed with a pair of left and right mounting portions (79, 80) that project inward in the vehicle width direction, the mounting portions (79, 80) are mounted with brackets that extend downward, and the engine is supported through the brackets.
Piston pump with a stepped piston which has a piston step (8, 9) and can be driven in a reciprocating stroke movement in a stepped piston bore, wherein the piston pump on a displacement side of the stepped piston comprises a displacement chamber in the pump bore which is delimited on one side by the stepped piston and the volume of which reduces on a forward stroke of the stepped piston and enlarges on a return stroke the stepped piston in the opposite direction, wherein the piston pump on a side of a piston step of the stepped piston facing away from the displacement chamber comprises a step chamber in the pump bore, the cross-section of which is smaller than a cross-section of the displacement chamber and the volume of which enlarges on a forward stroke of the stepped piston and reduces on a return stroke, and wherein the displacement chamber and the step chamber communicate with a pump outlet, wherein the step chamber communicates with the pump outlet via a valve, characterized in that the valve is pressure-controlled and closes when a pressure in the pump outlet exceeds a closing pressure of the valve or in that the valve is a differential pressure valve which closes when a pressure difference between the pump outlet and the step chamber exceeds a closing pressure of the differential pressure valve.
Clear binder comprising: (i) from 40% to 80% by weight of a plasticizing agent consisting of an oil containing a total content of paraffinic compounds, measured according to the ASTM D2140 method, of at least 50% by weight, preferably of greater than or equal to 60%, (ii) from 20% to 50% by weight of structuring agent, (iii) from 1% to 7% by weight of at least one block copolymer based on conjugated diene units and on monovinylaromatic hydrocarbon units, for example based on butadiene units and on styrene units, and, (iv) optionally from 0.05% to 0.5% by weight of adhesion agent, by weight, with respect to the weight of clear binder. (i) from 40% to 80% by weight of a plasticizing agent consisting of an oil containing a total content of paraffinic compounds, measured according to the ASTM D2140 method, of at least 50% by weight, preferably of greater than or equal to 60%, (ii) from 20% to 50% by weight of structuring agent, (iii) from 1% to 7% by weight of at least one block copolymer based on conjugated diene units and on monovinylaromatic hydrocarbon units, for example based on butadiene units and on styrene units, and, (iv) optionally from 0.05% to 0.5% by weight of adhesion agent,
An automatic winder configured to wind yarn from a yarn supply bobbin to form a package, the automatic winder comprising: an acquisition unit configured to acquire information related to quality of the yarn travelling from the yarn supply bobbin toward the package; and a controller configured to control a winding speed at which the yarn is wound from the yarn supply bobbin, characterized in that the controller controls the winding speed, based on a quality index of the yarn based on the information related to quality acquired by the acquisition unit and a preset index threshold range related to quality of the yarn, such that the quality index falls within the index threshold range. an acquisition unit configured to acquire information related to quality of the yarn travelling from the yarn supply bobbin toward the package; and a controller configured to control a winding speed at which the yarn is wound from the yarn supply bobbin, characterized in that the controller controls the winding speed, based on a quality index of the yarn based on the information related to quality acquired by the acquisition unit and a preset index threshold range related to quality of the yarn, such that the quality index falls within the index threshold range.
Device for draining by blowing, in particular for the draining of a pipeline, characterised in that it comprises at least one first air generator, a second air generator, timing means and at least one pipe for blowing supercharged air generated by said first and second air generators (2, 3), said first and second air generators (2, 3) being coupled to one another in cascade in order to increase the pressure and the flow rate of the air outlet of said pipe, said second air generator being connected to said timing means arranged to start it after a predetermined lapse of time following the start of said first air generator and as such limit the intensity of the electric current required to start said device for draining by blowing.
A vertical heat recovery steam generator system comprising: a gas turbine; a steam drum; one or more downcomers; an evaporator with a plurality of evaporator tubes arranged perpendicular to a flow of hot gas; one or more risers; and a gas flow connector assembly all fluidly connected, for gas flow connector assembly introduction of a gas into the system to initiate natural circulation flow of a fluid therein, for flow circulation in a direction from the one or more risers directly to the steam drum, characterized in that the gas is introduced into the system beginning prior to said gas turbine startup. a gas turbine; a steam drum; one or more downcomers; an evaporator with a plurality of evaporator tubes arranged perpendicular to a flow of hot gas; one or more risers; and a gas flow connector assembly all fluidly connected, for gas flow connector assembly introduction of a gas into the system to initiate natural circulation flow of a fluid therein, for flow circulation in a direction from the one or more risers directly to the steam drum,
Commercial vehicle, in particular a bus, having a passenger compartment-forming vehicle interior for persons, having an interior fresh-air supply and having a compressed-air system which has at least one air intake with a downstream air compressor and a compressed-air tank arranged downstream of the latter, characterized in that the at least one air intake of the compressed-air system is arranged as at least one interior air intake (15a, 15b) in the vehicle interior for drawing in interior air.