mhurhangee/ep-ind-claims huggingface dataset:
A method of driving an inductive load comprising the steps of: applying a supply voltage to the inductive load; closing and opening a first switch connected to a capacitor and the inductive load, wherein the capacitor is charged by the supply voltage via the inductive load; measuring a voltage over the charged capacitor, wherein the charging of the capacitor is discontinued when the voltage over the charged capacitor has reached a predetermined level greater than that of the supply voltage; closing a second switch, an input terminal of which being connected to a control terminal of a third switch via a first resistor, the capacitor further being connected to the control terminal of the third switch via the first resistor and a second resistor, to an input terminal of the third switch, and to the input terminal of the second switch via the second resistor, wherein the third switch being connected to the inductive load closes and causes the capacitor to discharge via the third switch into the inductive load; and closing of the first switch, which causes a current sufficient for actuating a mechanical valve associated with the inductive load to be induced in the inductive load. applying a supply voltage to the inductive load; closing and opening a first switch connected to a capacitor and the inductive load, wherein the capacitor is charged by the supply voltage via the inductive load; measuring a voltage over the charged capacitor, wherein the charging of the capacitor is discontinued when the voltage over the charged capacitor has reached a predetermined level greater than that of the supply voltage; closing a second switch, an input terminal of which being connected to a control terminal of a third switch via a first resistor, the capacitor further being connected to the control terminal of the third switch via the first resistor and a second resistor, to an input terminal of the third switch, and to the input terminal of the second switch via the second resistor, wherein the third switch being connected to the inductive load closes and causes the capacitor to discharge via the third switch into the inductive load; and closing of the first switch, which causes a current sufficient for actuating a mechanical valve associated with the inductive load to be induced in the inductive load.
A polyurethane xerogel prepared from a mixture comprising: (a) at least one polyethylene glycol having a number average molecular weight of 1000 to 50000; (b) at least one di-isocyanate; (c) at least one polydialkyl siloxane diol; and (d) at least one diol of formula I wherein n is an integer from 1 to 25; wherein the polyethylene glycol, di-isocyanate, polydialkyl siloxane diol and diol are reacted under anhydrous conditions. (a) at least one polyethylene glycol having a number average molecular weight of 1000 to 50000; (b) at least one di-isocyanate; (c) at least one polydialkyl siloxane diol; and (d) at least one diol of formula I wherein n is an integer from 1 to 25; wherein the polyethylene glycol, di-isocyanate, polydialkyl siloxane diol and diol are reacted under anhydrous conditions.
A biological information analyzing device comprising: an indicator extraction unit configured to create, on the basis of blood pressure waveform time series data measured by a sensor that is configured to be worn on a user's body and non-invasively measure the blood pressure waveform for each of heartbeats, a multidimensional graphic by plotting a plurality of points of data constituting one or more blood pressure waveforms selected from the blood pressure waveform time series data in a multidimensional space constructed from a plurality of axes including at least two axes corresponding to two types of feature amounts extracted from the blood pressure waveform, and extract an indicator pertaining to a shape characteristic of the multidimensional graphic; and a processing unit configured to carry out a process based on the extracted indicator, wherein the two types of feature amounts are feature amounts expressing a value changing cyclically with each heartbeat, and wherein the two types of feature amounts are a blood pressure value and a blood pressure change amount. an indicator extraction unit configured to create, on the basis of blood pressure waveform time series data measured by a sensor that is configured to be worn on a user's body and non-invasively measure the blood pressure waveform for each of heartbeats, a multidimensional graphic by plotting a plurality of points of data constituting one or more blood pressure waveforms selected from the blood pressure waveform time series data in a multidimensional space constructed from a plurality of axes including at least two axes corresponding to two types of feature amounts extracted from the blood pressure waveform, and extract an indicator pertaining to a shape characteristic of the multidimensional graphic; and a processing unit configured to carry out a process based on the extracted indicator, wherein the two types of feature amounts are feature amounts expressing a value changing cyclically with each heartbeat, and wherein the two types of feature amounts are a blood pressure value and a blood pressure change amount.
Method of sending a signal formed of a temporal succession of multicarrier symbols, each modulating a plurality of carriers, comprising: - at least one preamble formed of at least three consecutive multicarrier symbols, termed preamble symbols, and - data symbols, characterized in that said method of sending comprises a modulation step, implementing: - a filtering, by a first prototype filter ( F 1), of the carriers carrying complex-valued data elements corresponding to preamble data, delivering said preamble symbols, and - a filtering, by a second prototype filter ( F 2) distinct from said first prototype filter, of the carriers carrying real-valued data elements corresponding to payload data, delivering said data symbols, the complex-valued data elements and the real-valued data elements each being associated with a carrier of said signal, said first prototype filter taking the following discrete form: g k = F 0 2 K Γ K + 1 Γ K / 2 + 1 − k ⋅ T r Γ K / 2 + 1 + k ⋅ T r with: - K = L g - 1, with L g the length of said first prototype filter; - F a constant; - Γ (·) the gamma function; and - T r a temporal resolution parameter. - at least one preamble formed of at least three consecutive multicarrier symbols, termed preamble symbols, and - data symbols, - a filtering, by a first prototype filter ( F 1), of the carriers carrying complex-valued data elements corresponding to preamble data, delivering said preamble symbols, and - a filtering, by a second prototype filter ( F 2) distinct from said first prototype filter, of the carriers carrying real-valued data elements corresponding to payload data, delivering said data symbols, - K = L g - 1, with L g the length of said first prototype filter; - F a constant; - Γ (·) the gamma function; and - T r a temporal resolution parameter.
A wireless horticultural system, comprising: a climate computer configured to implement general monitoring, control, and data analysis functions for the wireless horticultural system; an adapter (104, 200) configured to: receive an input from the climate computer, wherein the input is formatted in a first native communications protocol of the climate computer; convert the input from the first native communications protocol into a first wireless signal; and transmit the first wireless signal to one or more controllers (106, 300); and the one or more controllers (106, 300), wherein a first controller (106, 300) in the one or more controllers (106, 300) is configured to be connected to the adapter (104, 200) and configured to: receive the first wireless signal from the adapter (104, 200); provide the input encoded in the first wireless signal to a device (108, 110) connected to the first controller (106, 300); receive data from the device (108, 110); and transmit the data encoded in a second wireless signal to at least one of (i) the adapter (104, 200) or (ii) one or more other controllers (106, 300). a climate computer configured to implement general monitoring, control, and data analysis functions for the wireless horticultural system; an adapter (104, 200) configured to: receive an input from the climate computer, wherein the input is formatted in a first native communications protocol of the climate computer; convert the input from the first native communications protocol into a first wireless signal; and transmit the first wireless signal to one or more controllers (106, 300); and receive an input from the climate computer, wherein the input is formatted in a first native communications protocol of the climate computer; convert the input from the first native communications protocol into a first wireless signal; and transmit the first wireless signal to one or more controllers (106, 300); and the one or more controllers (106, 300), wherein a first controller (106, 300) in the one or more controllers (106, 300) is configured to be connected to the adapter (104, 200) and configured to: receive the first wireless signal from the adapter (104, 200); provide the input encoded in the first wireless signal to a device (108, 110) connected to the first controller (106, 300); receive data from the device (108, 110); and transmit the data encoded in a second wireless signal to at least one of (i) the adapter (104, 200) or (ii) one or more other controllers (106, 300). receive the first wireless signal from the adapter (104, 200); provide the input encoded in the first wireless signal to a device (108, 110) connected to the first controller (106, 300); receive data from the device (108, 110); and transmit the data encoded in a second wireless signal to at least one of (i) the adapter (104, 200) or (ii) one or more other controllers (106, 300).
A centrifugal dehydrator comprising: a hollow shaft having a cavity in which sludge can flow and a discharge port for discharge of sludge from the cavity; a support means (3, 5) which supports the hollow shaft rotatably; a discharge means which is provided on the hollow shaft's outer periphery and can convey sludge in an axial direction; and a drum which is located radially in a more outer position than the discharge means and almost coaxial with the hollow shaft and having a filter; characterized in that the drum can rotate at a rotation speed different from the hollow shaft's rotation speed and has many blades spaced at intervals in its circumferential direction on the filter's outside diameter side. a hollow shaft having a cavity in which sludge can flow and a discharge port for discharge of sludge from the cavity; a support means (3, 5) which supports the hollow shaft rotatably; a discharge means which is provided on the hollow shaft's outer periphery and can convey sludge in an axial direction; and a drum which is located radially in a more outer position than the discharge means and almost coaxial with the hollow shaft and having a filter; characterized in that the drum can rotate at a rotation speed different from the hollow shaft's rotation speed and has many blades spaced at intervals in its circumferential direction on the filter's outside diameter side.
Battery module, comprising: a plurality of battery cell units arranged along a width direction, wherein each of the battery cell units has a tab, and the tab is arranged on at least one end of the battery cell unit along a length direction; and a first harness plate arranged on at least one end of the battery module along the length direction, wherein the first harness plate has a plurality of through grooves, and the tab passes through and is arranged on the through groove; and the through groove has an opening along a height direction, and the tab is configured to pass through and be arranged on the through groove through the opening; wherein the battery module further comprising a second harness plate connected to the first harness plate, wherein the second harness plate is arranged above or below the first harness plate along the height direction; wherein the first harness plate further comprises a plurality of installation parts, and each of the installation parts has the through grooves on both sides along the width direction; each of the installation parts is provided with an electrical connector, and the tab is connected to the electrical connector; wherein an isolation part is arranged between the two adjacent installation parts, and each isolation part has a protrusion; and the through groove is arranged between the installation part and the isolation part; wherein the protrusion is configured to be a plate-like structure and extend along the height direction. a plurality of battery cell units arranged along a width direction, wherein each of the battery cell units has a tab, and the tab is arranged on at least one end of the battery cell unit along a length direction; and a first harness plate arranged on at least one end of the battery module along the length direction, wherein the first harness plate has a plurality of through grooves, and the tab passes through and is arranged on the through groove; and the through groove has an opening along a height direction, and the tab is configured to pass through and be arranged on the through groove through the opening; wherein the battery module further comprising a second harness plate connected to the first harness plate, wherein the second harness plate is arranged above or below the first harness plate along the height direction; wherein the first harness plate further comprises a plurality of installation parts, and each of the installation parts has the through grooves on both sides along the width direction; each of the installation parts is provided with an electrical connector, and the tab is connected to the electrical connector; wherein an isolation part is arranged between the two adjacent installation parts, and each isolation part has a protrusion; and the through groove is arranged between the installation part and the isolation part; wherein the protrusion is configured to be a plate-like structure and extend along the height direction.
A device for sensing an acoustic signal, said device comprising a flexible portion, said flexible portion including a laser active region whose emitted wavelength varies according to a mechanical force acting on said flexible portion and a flexible support member (24,28) characterised by the flexible portion being coupled to the flexible support member (24,28), said flexible support member (24,28) operable to flex or bend according to said acoustic signal to cause said flexible portion to flex or bend in accordance with said flexible support member (24,28) thereby changing the emitted wavelength of said laser active region of said flexible portion.
Travelling crane having a horizontally extending crane girder which can travel rail-bound along a craneway, wherein the craneway includes stationary profile girders serving as travel rails, the travel rails extend spaced apart from each other and in parallel with each other in the horizontal direction of travel of the travelling crane and are arranged high above a floor, and having a crane trolley which can travel along the crane girder and carries a lifting device for raising and lowering a load, wherein the lifting device comprises a carrying means formed as a cable or chain and the travelling crane comprises electrical drives for movements of the travelling crane, characterised in that the travelling crane comprises an energy storage device which is connected to the drives in order to supply the drives with energy, and in that a charging station is provided which can be approached by the travelling crane in such a manner that the energy storage device can draw energy from the charging station as required when the travelling crane is in the charging station, wherein the charging station draws energy from an external energy source which includes a solar module and/or a public power supply network, and in that a second energy storage device is provided which is connected to the charging station and the external energy source in order to draw energy from the external energy source, to store said energy and to output said energy to the energy storage device of the travelling crane via the charging station.
System for imaging, in particular for brain imaging, comprising a pump signal generator configured to emit at least one pump signal (3, 3a, 3b) in the radio frequency -range with a first power P1 and a second power P2, a wireless detection unit, which comprises at least one parametric resonator circuit with multiple resonance modes, wherein the at least one parametric resonator circuit comprises at least two varactors (6, 7) at least one capacitor and at least one inductance, wherein, in a first detection mode, the wireless detection unit is configured such that the pump signal (3, 3a), having the first power P1, induces a first pump current in the at least one parametric resonator circuit, the at least one parametric resonator circuit is operated below its oscillation threshold and generates a first output signal by amplifying a first input signal, which is provided due to a magnetic-resonance measurement, and an external receiving device receives the first output signal, wherein, in a second detection mode, the wireless detection unit is configured such that the pump signal (3, 3b), having the second power P2, induces a second pump current in the at least one parametric resonator circuit, the at least one parametric resonator circuit is operated above its oscillation threshold and generates a second output signal, the second output signal is modulated with a second input signal, wherein the second input signal is provided by at least one neuronal probe device, connected to the at least one parametric resonator circuit, and the external receiving device receives the second output signal. a pump signal generator configured to emit at least one pump signal (3, 3a, 3b) in the radio frequency -range with a first power P1 and a second power P2, a wireless detection unit, which comprises at least one parametric resonator circuit with multiple resonance modes, wherein the at least one parametric resonator circuit comprises at least two varactors (6, 7) at least one capacitor and at least one inductance, wherein, in a first detection mode, the wireless detection unit is configured such that the pump signal (3, 3a), having the first power P1, induces a first pump current in the at least one parametric resonator circuit, the at least one parametric resonator circuit is operated below its oscillation threshold and generates a first output signal by amplifying a first input signal, which is provided due to a magnetic-resonance measurement, and an external receiving device receives the first output signal, wherein, in a second detection mode, the wireless detection unit is configured such that the pump signal (3, 3b), having the second power P2, induces a second pump current in the at least one parametric resonator circuit, the at least one parametric resonator circuit is operated above its oscillation threshold and generates a second output signal, the second output signal is modulated with a second input signal, wherein the second input signal is provided by at least one neuronal probe device, connected to the at least one parametric resonator circuit, and the external receiving device receives the second output signal.
A method of assigning a set of network resources between network endpoints (100,102), comprising: using a first signaling interface to receive at an application manager a session initiation request sent by an application server associated with network endpoints (100,102), said session initiation request for reserving resources between the network endpoints (100,102) for a session uses an application on the application server, wherein the application manager is physically decoupled from the application server; in response to the received session initiation request, using a second signaling interface to send a packet cable multimedia, PCMM, message from the application manager to a policy server as a result of the session initiation request, wherein the PCMM message includes at least some information embedded in the session initiation request and wherein the second signaling interface is a PCMM signaling interface and the first signaling interface is different from the second signaling interface; selecting, via the policy server, a set of network resources for creating a communication path connecting the network endpoints (100,102), wherein the policy server selects the set of network resources based on the PCMM message, wherein the application server interfaces to the policy server via the application manager while delegating the task of maintaining state to the application manager. using a first signaling interface to receive at an application manager a session initiation request sent by an application server associated with network endpoints (100,102), said session initiation request for reserving resources between the network endpoints (100,102) for a session uses an application on the application server, wherein the application manager is physically decoupled from the application server; in response to the received session initiation request, using a second signaling interface to send a packet cable multimedia, PCMM, message from the application manager to a policy server as a result of the session initiation request, wherein the PCMM message includes at least some information embedded in the session initiation request and wherein the second signaling interface is a PCMM signaling interface and the first signaling interface is different from the second signaling interface; selecting, via the policy server, a set of network resources for creating a communication path connecting the network endpoints (100,102), wherein the policy server selects the set of network resources based on the PCMM message, wherein the application server interfaces to the policy server via the application manager while delegating the task of maintaining state to the application manager.
An upper for an article of footwear, comprising: a textile portion, the textile portion forming a throat area of the upper; a base portion, the base portion extending from a biteline area of the upper towards the throat area of the upper; and a tie structure, the tie structure extending through a first opening of the textile portion and a second opening of the base portion to secure the textile portion to the base portion at a location between the throat area of the upper and the biteline area of the upper, characterised in that the upper further comprises a grommet coupled to a loop formed by the tie structure, and wherein the grommet forms an aperture for receiving a fastening element. a textile portion, the textile portion forming a throat area of the upper; a base portion, the base portion extending from a biteline area of the upper towards the throat area of the upper; and a tie structure, the tie structure extending through a first opening of the textile portion and a second opening of the base portion to secure the textile portion to the base portion at a location between the throat area of the upper and the biteline area of the upper,
A wellbore cleaning tool comprising: a mandrel, said mandrel comprising; at least a first insert with a passageway therethrough; at least a second insert; and, a housing portion, characterised in that at least said first insert comprises independently spring loaded brush inserts comprising pods with a passageway therethrough, wherein said spring loaded brush insert is biased outwardly with a biasing member from said mandrel, and further wherein said first insert and said second insert are slidingly received within a slot on a first mounting portion on said mandrel and a slot on a second mounting portion on said mandrel, from the outermost respective ends, and wherein said first insert is secured by a first retaining sleeve and said second insert is secured by a second retaining sleeve.