mhurhangee/ep-ind-claims huggingface dataset:
A rotary actuator comprising: An input shaft rotatably driven by an input torque; a first gear stage having a first stage carrier driven to rotate by rotation of the input shaft; and a second gear stage having a second stage carrier driven to rotate by rotation of the first stage carrier, wherein the second stage carrier includes gear teeth; characterised in that the first stage carrier includes a threaded portion and the rotary actuator further comprises: a first nut threadably mated with the threaded portion of the first stage carrier, wherein the first nut includes gear teeth; a brake plate arranged for travel with the first nut along an axis of the threaded portion of the first stage carrier; a first brake disk coupled to the input shaft; and a transmission assembly configured to transmit rotational motion of the second stage carrier to the first nut to cause the first nut and the brake plate to travel in a first axial direction along the axis of the threaded portion of the first stage carrier; wherein the brake plate engages the first brake disk at a first end-of-stroke travel limit of the rotary actuator to stop rotation of the input shaft. An input shaft rotatably driven by an input torque; a first gear stage having a first stage carrier driven to rotate by rotation of the input shaft; and a second gear stage having a second stage carrier driven to rotate by rotation of the first stage carrier, wherein the second stage carrier includes gear teeth; characterised in that the first stage carrier includes a threaded portion and the rotary actuator further comprises: a first nut threadably mated with the threaded portion of the first stage carrier, wherein the first nut includes gear teeth; a brake plate arranged for travel with the first nut along an axis of the threaded portion of the first stage carrier; a first brake disk coupled to the input shaft; and a transmission assembly configured to transmit rotational motion of the second stage carrier to the first nut to cause the first nut and the brake plate to travel in a first axial direction along the axis of the threaded portion of the first stage carrier; wherein the brake plate engages the first brake disk at a first end-of-stroke travel limit of the rotary actuator to stop rotation of the input shaft. a first nut threadably mated with the threaded portion of the first stage carrier, wherein the first nut includes gear teeth; a brake plate arranged for travel with the first nut along an axis of the threaded portion of the first stage carrier; a first brake disk coupled to the input shaft; and a transmission assembly configured to transmit rotational motion of the second stage carrier to the first nut to cause the first nut and the brake plate to travel in a first axial direction along the axis of the threaded portion of the first stage carrier; wherein the brake plate engages the first brake disk at a first end-of-stroke travel limit of the rotary actuator to stop rotation of the input shaft.
A method for filling a cavern of a cavern storage facility for natural gas, characterized by - the introduction of a heat exchanger coil or a pipe (coil tubing) into a cased bore hole, which leads from the earth's surface to the cavern head, up to the cavern head, - the termination an outlet of the heat exchanger coil or the line with a baffle plate, - the introduction of 10 m 3 to 50 m 3 LNG into the heat exchanger coil or into the pipe, - waiting until the pressure in the cavern of the cavern storage facility has risen again to 70% to 120% of the original pressure, - the re-introduction of 10 m 3 to 50 m 3 of LNG into the heat exchanger coil or into the pipe, - wherein the waiting and re-introduction are repeated until a pre-selected filling quantity of the cavern storage is reached. - the introduction of a heat exchanger coil or a pipe (coil tubing) into a cased bore hole, which leads from the earth's surface to the cavern head, up to the cavern head, - the termination an outlet of the heat exchanger coil or the line with a baffle plate, - the introduction of 10 m 3 to 50 m 3 LNG into the heat exchanger coil or into the pipe, - waiting until the pressure in the cavern of the cavern storage facility has risen again to 70% to 120% of the original pressure, - the re-introduction of 10 m 3 to 50 m 3 of LNG into the heat exchanger coil or into the pipe, - wherein the waiting and re-introduction are repeated until a pre-selected filling quantity of the cavern storage is reached.
A method for removing a sulphur deposit from a well in which a gas is flowing, comprising the following steps: a) injecting a liquid solvent in said well thereby dissolving all or part of the sulphur deposit in said liquid solvent, and forming a well output that comprises the gas from the well and a liquid sulphur rich solvent, b) separating the well output into a gas stream and a liquid sulphur rich solvent stream in a gas/liquid separation unit and recovering said gas stream in a line and said liquid sulphur rich solvent stream in a line, c) introducing the liquid sulphur rich solvent stream from line into a conversion unit and performing conversion of dissolved sulphur into H 2 S by reaction under appropriate conditions with a H-donor compound, said H-donor compound being the liquid solvent, a liquid compound A which is injected into the conversion unit, or both, thereby resulting in the formation of a liquid H-deplenished H-donor compound, and d) recovering a H 2 S gas stream in a line and a liquid flow in a line from the conversion unit. a) injecting a liquid solvent in said well thereby dissolving all or part of the sulphur deposit in said liquid solvent, and forming a well output that comprises the gas from the well and a liquid sulphur rich solvent, b) separating the well output into a gas stream and a liquid sulphur rich solvent stream in a gas/liquid separation unit and recovering said gas stream in a line and said liquid sulphur rich solvent stream in a line, c) introducing the liquid sulphur rich solvent stream from line into a conversion unit and performing conversion of dissolved sulphur into H 2 S by reaction under appropriate conditions with a H-donor compound, said H-donor compound being the liquid solvent, a liquid compound A which is injected into the conversion unit, or both, thereby resulting in the formation of a liquid H-deplenished H-donor compound, and d) recovering a H 2 S gas stream in a line and a liquid flow in a line from the conversion unit.
A sensor board, comprising: an insulating substrate having a principal surface; and a detecting electrode disposed on the principal surface of the insulating substrate, the detecting electrode being formed mainly of a first metallic material composed of a base-metal based material which is catalytically inactive with respect to a decomposition reaction of particulates, an exposed surface of the detecting electrode being covered by a passivation film of the first metallic material, wherein the first metallic material is composed mainly of an iron-nickel-chrome alloy or an iron-chromium alloy, the sensor board further comprising a connection pad disposed on the principal surface of the insulating substrate, the connection pad being connected directly to the end part of the detecting electrode and formed of a same metallic material as that of the detecting electrode, wherein a joining layer is disposed on at least part of an exposed surface of the connection pad, and the joining layer is formed of a second metallic material containing as a main component a same metallic material as that of the connection pad and further containing as an additive material at least one of aluminum and silicon. an insulating substrate having a principal surface; and a detecting electrode disposed on the principal surface of the insulating substrate, the detecting electrode being formed mainly of a first metallic material composed of a base-metal based material which is catalytically inactive with respect to a decomposition reaction of particulates, an exposed surface of the detecting electrode being covered by a passivation film of the first metallic material, wherein the first metallic material is composed mainly of an iron-nickel-chrome alloy or an iron-chromium alloy, the sensor board further comprising a connection pad disposed on the principal surface of the insulating substrate, the connection pad being connected directly to the end part of the detecting electrode and formed of a same metallic material as that of the detecting electrode, wherein a joining layer is disposed on at least part of an exposed surface of the connection pad, and the joining layer is formed of a second metallic material containing as a main component a same metallic material as that of the connection pad and further containing as an additive material at least one of aluminum and silicon.
A method of simultaneously and independently monitoring a frequency spectrum of an operating band and transmitting and receiving wireless information within the operating band, the method comprising: receiving and transmitting radio frequency signals within the operating band using a primary receiver and transmitter or a primary transceiver of a wireless radio device, wherein the wireless radio device includes an integrated spectrum analyzer; continuously monitoring the frequency spectrum of the operating band and encoding collected spectrum information together with orientation information of the wireless radio device for transmission using a spectrum processor portion of the spectrum analyzer of the wireless radio device concurrently with receiving and transmitting the radio frequency signal within the operating band; and transmitting the encoded spectrum information to a remote spectrum analysis unit using the transmitter or primary transceiver of the wireless radio device. receiving and transmitting radio frequency signals within the operating band using a primary receiver and transmitter or a primary transceiver of a wireless radio device, wherein the wireless radio device includes an integrated spectrum analyzer; continuously monitoring the frequency spectrum of the operating band and encoding collected spectrum information together with orientation information of the wireless radio device for transmission using a spectrum processor portion of the spectrum analyzer of the wireless radio device concurrently with receiving and transmitting the radio frequency signal within the operating band; and transmitting the encoded spectrum information to a remote spectrum analysis unit using the transmitter or primary transceiver of the wireless radio device.
An OLED device having an optical resonance layer, comprising: a white light OLED and a color filter film, so as to form a red sub-pixel, a green sub-pixel, a blue sub-pixel and a white sub-pixel, wherein the optical resonance layer is disposed only in a region corresponding to the green sub-pixel between the white light OLED and the color filter film, wherein a flat layer is arranged on the color filter film, and the optical resonance layer is arranged on the flat layer, wherein the optical resonance layer is a single-layer medium structure having only a first medium layer, wherein a transparent electrode is disposed on the optical resonance layer, and the white light OLED and a reflection electrode are disposed on the transparent electrode, characterized in that the refractive index of the optical resonance layer is higher than the refractive index of the transparent electrode, and a filling layer is disposed between the flat layer and the transparent electrode in the same plane as the optical resonance layer parallel to the flat layer to fill a gap in the regions without the optical resonance layer.
A method for diagnosing a recent paroxysmal atrial fibrillation in a subject, comprising: (a) determining the amount of the marker cardiac Troponin in a sample from the subject who does not suffer from atrial fibrillation at the time at which the sample is obtained, and (b) comparing the, thus, determined amount of said marker to a reference amount, whereby a recent paroxysmal atrial fibrillation is diagnosed, wherein the atrial fibrillation terminated spontaneously, and wherein the recent paroxysmal atrial fibrillation occurred within 1 to 30 days, in particular within 1 to 7 days, before the sample has been obtained. (a) determining the amount of the marker cardiac Troponin in a sample from the subject who does not suffer from atrial fibrillation at the time at which the sample is obtained, and (b) comparing the, thus, determined amount of said marker to a reference amount, whereby a recent paroxysmal atrial fibrillation is diagnosed,
A cap of the press-twist type for a container, comprising: - a metal capsule having a transversal wall of longest extension which extends transversely with respect to an axis of the container, and a lateral wall which extends up to a predetermined first height H1 with respect to the transversal wall about said axis of the container, - a curling in the distal part with respect to the transversal wall of said lateral wall by means of a curling operation, - a sealing gasket with an annular shape for engaging with an opening of the container comprising a transversal portion, positioned in contact with the transversal wall of the capsule, and a lateral portion, positioned in contact with the lateral wall of the capsule and ending at a height H2 with respect to the transversal wall of the capsule; wherein the sealing gasket is made of a material which is free of PVC and that the ratio between the above-mentioned second height H2 and first height H1, that is to say, H2/H1, is between 0.55 and 0.90, and is characterised in that the lateral portion comprises a first distal portion relative to the transversal wall of the capsule and the first distal portion relative to the transversal wall has a plurality of peaks designed to engage about a projection present close to a opening of the container to improve the closing seal. - a metal capsule having a transversal wall of longest extension which extends transversely with respect to an axis of the container, and a lateral wall which extends up to a predetermined first height H1 with respect to the transversal wall about said axis of the container, - a curling in the distal part with respect to the transversal wall of said lateral wall by means of a curling operation, - a sealing gasket with an annular shape for engaging with an opening of the container comprising a transversal portion, positioned in contact with the transversal wall of the capsule, and a lateral portion, positioned in contact with the lateral wall of the capsule and ending at a height H2 with respect to the transversal wall of the capsule;
Method for performing wake-up signalling between a host device and a client device of a communication system, said host and said client device being in a two-wire connection to exchange power and high-speed data communication with each other and at least one of said host and said client device being in an idle state, said host and said client device each comprising a data controller arranged for high-speed data communication control and a power state controller arranged to switch the device between at least an active state and said idle state, whereby said data controller of said at least one of said host and said client device is disabled during said idle state wherein the high-speed data communication between the devices is deactivated, the method characterised by comprising the steps of: - generating in the power state controller of said host or client device respectively a voltage or current pulse for a wake-up signal and transmitting said wake-up signal via said two-wire connection to the other device, said other device being in said idle state, - detecting said voltage or current pulse from a wake-up signal with the power state controller of said other device and, upon said detecting, setting a control signal to transition said other device out of said idle state. - generating in the power state controller of said host or client device respectively a voltage or current pulse for a wake-up signal and transmitting said wake-up signal via said two-wire connection to the other device, said other device being in said idle state, - detecting said voltage or current pulse from a wake-up signal with the power state controller of said other device and, upon said detecting, setting a control signal to transition said other device out of said idle state.
A method for determining, in a tightening process, whether a clamped joint is seated, the method comprising the steps of: collecting data from the tightening process to create a parent data set that includes pairs of dependent and independent variables; creating a first window of data from the parent data set; calculating an average of the first window of data; comparing the average of the first window of data to a first threshold value; shifting the first window if the average has not passed the first threshold value and repeating the steps of calculating and comparing, wherein when the first window is shifted, the oldest data is dropped from the first window and the newest data is added to the first window; creating a second window of data from the parent data set that is smaller than the first window and shares at least one data point with the first window if the first window average has passed the first threshold value; calculating an average of the second window of data; comparing the average of the second window of data to the threshold value; shifting the second window if the average of the second window of data has not passed the threshold value and repeating the steps of calculating an average of the second window and comparing the average of the second window to the threshold value, wherein when the second window is shifted, the oldest data is dropped from the second window and the newest data is added to the second window; and confirming that the threshold value has been reached if the second window average has passed the threshold value. collecting data from the tightening process to create a parent data set that includes pairs of dependent and independent variables; creating a first window of data from the parent data set; calculating an average of the first window of data; comparing the average of the first window of data to a first threshold value; shifting the first window if the average has not passed the first threshold value and repeating the steps of calculating and comparing, wherein when the first window is shifted, the oldest data is dropped from the first window and the newest data is added to the first window; creating a second window of data from the parent data set that is smaller than the first window and shares at least one data point with the first window if the first window average has passed the first threshold value; calculating an average of the second window of data; comparing the average of the second window of data to the threshold value; shifting the second window if the average of the second window of data has not passed the threshold value and repeating the steps of calculating an average of the second window and comparing the average of the second window to the threshold value, wherein when the second window is shifted, the oldest data is dropped from the second window and the newest data is added to the second window; and confirming that the threshold value has been reached if the second window average has passed the threshold value.
A display device comprising: a display panel comprising a circuit unit, and a display unit connected to the circuit unit; a first circuit board electrically coupled to the circuit unit; a control unit disposed on the first circuit board and electrically coupled to the first circuit board; a second circuit board electrically coupled to the circuit unit; and a coupling film which electrically couples the control unit on the first circuit board and the second circuit board to each other characterized in that the coupling film comprises: a first coupling part including a first region connected to the first circuit board, and a second region connected to the display panel; a second coupling part including a third region connected to the second circuit board, and a fourth region connected to the display panel; and a third coupling part connected to each of the second region and the fourth region to electrically connect the first coupling part and the second coupling part to each other, the third coupling part overlaps each of the first coupling part and the second coupling part in a plane view. a display panel comprising a circuit unit, and a display unit connected to the circuit unit; a first circuit board electrically coupled to the circuit unit; a control unit disposed on the first circuit board and electrically coupled to the first circuit board; a second circuit board electrically coupled to the circuit unit; and a coupling film which electrically couples the control unit on the first circuit board and the second circuit board to each other characterized in that the coupling film comprises: a first coupling part including a first region connected to the first circuit board, and a second region connected to the display panel; a second coupling part including a third region connected to the second circuit board, and a fourth region connected to the display panel; and a third coupling part connected to each of the second region and the fourth region to electrically connect the first coupling part and the second coupling part to each other, a first coupling part including a first region connected to the first circuit board, and a second region connected to the display panel; a second coupling part including a third region connected to the second circuit board, and a fourth region connected to the display panel; and a third coupling part connected to each of the second region and the fourth region to electrically connect the first coupling part and the second coupling part to each other, the third coupling part overlaps each of the first coupling part and the second coupling part in a plane view.
Process for producing acrylic acid, comprising: converting a renewable feedstock into a C3-oxygenate, wherein the renewable feedstock is a sugar source and wherein the C3-oxygenate is a compound selected from the group consisting of 1-propanol, monopropylene glycol, monohydroxyacetone, 2-hydroxypropanal, glycerol and dihydroxyacetone; converting the C3-oxygenate into propanoic acid; and converting the propanoic acid into acrylic acid. converting a renewable feedstock into a C3-oxygenate, wherein the renewable feedstock is a sugar source and wherein the C3-oxygenate is a compound selected from the group consisting of 1-propanol, monopropylene glycol, monohydroxyacetone, 2-hydroxypropanal, glycerol and dihydroxyacetone; converting the C3-oxygenate into propanoic acid; and converting the propanoic acid into acrylic acid.