mhurhangee/ep-ind-claims huggingface dataset:
A method, in a decommissioning process for a well, the method comprising: a. positioning a high power laser cutting tool in a borehole to be decommissioned; b. delivering a high power laser beam from the high power laser tool in a predetermined pattern (8050a, 8050b, 8050c) to the borehole, whereby the laser beam volumetrically removes material in the borehole; c. the laser beam thereby forming a plugging material channel for receiving a cement or another plugging forming material, the plugging material channel essentially corresponding to the predetermined laser beam delivery pattern; and, d. wherein the laser beam delivery pattern comprises a plurality of volumetric removal patterns spaced along an axial direction of the borehole, at least two of the volumetric removal patterns configured in a staggered overlying relationship, whereby at least one volumetric removal patterns intersects a control line in the well and the laser beam is rotated to the extent necessary to assure that the control line is cut by the laser, to enable the cement or another plugging material to fill the area uninterrupted by the control line. a. positioning a high power laser cutting tool in a borehole to be decommissioned; b. delivering a high power laser beam from the high power laser tool in a predetermined pattern (8050a, 8050b, 8050c) to the borehole, whereby the laser beam volumetrically removes material in the borehole; c. the laser beam thereby forming a plugging material channel for receiving a cement or another plugging forming material, the plugging material channel essentially corresponding to the predetermined laser beam delivery pattern; and, d. wherein the laser beam delivery pattern comprises a plurality of volumetric removal patterns spaced along an axial direction of the borehole, at least two of the volumetric removal patterns configured in a staggered overlying relationship, whereby at least one volumetric removal patterns intersects a control line in the well and the laser beam is rotated to the extent necessary to assure that the control line is cut by the laser, to enable the cement or another plugging material to fill the area uninterrupted by the control line.
An illumination system comprising: a lighting device; a manipulation device (6, 7) for a user to manipulate when the user intends to fall asleep; a control unit adapted to detect a manipulation time at which the manipulation device (6, 7) is manipulated; and a memory unit adapted to store a reference time, wherein the control unit is adapted to start an illumination control to reduce the user's melatonin suppression if a current time is a preset timing before the reference time stored in the memory, wherein, if the current time is not yet the preset timing, the control unit determines whether the manipulation device (6, 7) is manipulated and starts the illumination control from the manipulation time if it is determined that the manipulation device (6, 7) is manipulated, wherein by the illumination control, an intensity of a light from the lighting device is gradually or stepwisely reduced during the preset timing, and wherein when the manipulation device (6, 7) is manipulated, the control unit updates the reference time based on the manipulation time and stores the updated reference time in the memory unit. a lighting device; a manipulation device (6, 7) for a user to manipulate when the user intends to fall asleep; a control unit adapted to detect a manipulation time at which the manipulation device (6, 7) is manipulated; and a memory unit adapted to store a reference time, wherein the control unit is adapted to start an illumination control to reduce the user's melatonin suppression if a current time is a preset timing before the reference time stored in the memory, wherein, if the current time is not yet the preset timing, the control unit determines whether the manipulation device (6, 7) is manipulated and starts the illumination control from the manipulation time if it is determined that the manipulation device (6, 7) is manipulated, wherein by the illumination control, an intensity of a light from the lighting device is gradually or stepwisely reduced during the preset timing, and wherein when the manipulation device (6, 7) is manipulated, the control unit updates the reference time based on the manipulation time and stores the updated reference time in the memory unit.
A liquid-cooled-type cooling device comprising a casing having cooling-liquid inflow portion comprising a cooling-liquid inlet, the device further having a cooling-liquid outlet, and an inflow pipe connected to the cooling-liquid inlet of the casing, wherein the cooling-liquid inlet is formed at an end portion of a top wall of the casing, wherein the inflow pipe has a lower wall which is placed on the portion of the top wall of the casing having the cooling-liquid inlet, wherein a through hole is provided on the lower wall of the inflow pipe for communication with the cooling-liquid inlet, wherein a guide portion is provided on a bottom wall of the cooling-liquid inflow portion of the casing, the guide portion facing the cooling-liquid inlet so as to cause cooling liquid flowing into the casing to flow toward an obliquely downward direction, wherein the cooling-liquid inflow portion includes a top wall connecting to the top wall of the casing, and characterized in that a downward deviating portion which deviates downward is provided on a portion of a lower surface of the top wall of the casing, the portion being located on a downstream side of the cooling-liquid inlet with respect to the flow direction of the cooling liquid, and the downward deviating portion is formed by a skewed portion which is skewed downward toward the cooling-liquid inlet.
Submodule for a modular multistage converter having - a unipolar energy store and a power semiconductor series circuit which is connected in parallel with the energy store and in which two power semiconductor switches (4, 5) which can be switched on and off and have the same forward direction are connected in series, a freewheeling diode (6, 7) being connected in opposition to and in parallel with each power semiconductor switch (4, 5) which can be switched on and off, - a first terminal which is connected to the energy store, - a second terminal which is connected to a potential point between the power semiconductor switches (4, 5) which can be switched on and off and the freewheeling diodes (6, 7) thereof, and - a bridging switch in a bridging branch which connects the terminals (8, 9) to one another, characterized in that - each terminal (8, 9) on the diode side and the bridging branch have in each case an inductive component (11, 12, 14) such that at least one inductance is arranged in a current path of a short-circuit current from the positive pole of the energy store to the opposite pole of the energy store via the bridging switch, in order to avoid destruction of the freewheeling diodes (6, 7) and discharging of the capacitor when the load current is commutated, and - the inductive component is an inductor coil or a ferrite core. - a unipolar energy store and a power semiconductor series circuit which is connected in parallel with the energy store and in which two power semiconductor switches (4, 5) which can be switched on and off and have the same forward direction are connected in series, a freewheeling diode (6, 7) being connected in opposition to and in parallel with each power semiconductor switch (4, 5) which can be switched on and off, - a first terminal which is connected to the energy store, - a second terminal which is connected to a potential point between the power semiconductor switches (4, 5) which can be switched on and off and the freewheeling diodes (6, 7) thereof, and - a bridging switch in a bridging branch which connects the terminals (8, 9) to one another, - each terminal (8, 9) on the diode side and the bridging branch have in each case an inductive component (11, 12, 14) such that at least one inductance is arranged in a current path of a short-circuit current from the positive pole of the energy store to the opposite pole of the energy store via the bridging switch, in order to avoid destruction of the freewheeling diodes (6, 7) and discharging of the capacitor when the load current is commutated, and - the inductive component is an inductor coil or a ferrite core.
A filling valve system configured to discharge a predetermined volume of liquid product to individual packages, said system comprising at least one filling valve (110, 210); a controller configured to open said at least one filling valve (110, 210) thus allowing liquid product to be discharged and configured to close said at least one filling valve (110, 210); and a flow meter (140, 240) configured to measure the amount of liquid product being discharged through said at least one filling valve (110, 210), wherein said system (100, 200) further comprises a pressure sensor (125, 225) configured to determine a pressure upstream of said at least one filling valve (110, 210), wherein said controller is further configured to calculate an estimated discharge volume during a closing sequence of said at least one filling valve (110, 210) based on the determined pressure, and to initiate said closing sequence based on said estimated discharge volume, characterized in that said controller is configured to comparing said determined pressure with a reference pressure for determining a pressure difference, and in that said estimated discharge volume is calculated based on said pressure difference.
A block copolymer comprising a first block represented by Formula 1 below and a second block that is a polyacrylate block represented by Formula 2 below: wherein the X 2 is a single bond or an oxygen atom, the R 1 to R 5 are each independently hydrogen, an alkyl group having 1 to 8 carbon atoms or a linear chain having 10 - 16 chain-forming atoms and at least one of the R 1 to R 5 is the linear chain having 10 - 16 chain-forming atoms,, wherein the chain-forming atom is carbon or oxygen, wherein the linear chain is an alkyl group, alkoxy group or alkoxyalkyl group: wherein the R 1 is hydrogen or an alkyl group having 1 to 4 carbon atom(s) and the R 2 is an alkyl group having 1 to 4 carbon atom(s)..
A liquid hard surface cleaning composition comprising: (a) A hydrophobically modified cationic polymer having the formula: wherein: n, m, p, and s are the mole percent of the respective monomers, such that: n is from 80 to 99.5; m is from 0 to 10; p is from p is from 0.25 to 15; s is from 0 to 10; m + s is at least 0.01; with the proviso that the sum of the mole percentages add up to 100%; R 1, R 2, R 3, and R 4 are independently H or CH 3; R 5 is an alkyl group from C7 to C21; R 6, R 7, R 8, are independently selected from the group consisting of: hydrogen and C1 to C4 alkyl; Y is independently O or NH; Z is silicone or a derivative thereof; k is independently from 1 to 18; X - is an anion, preferably Cl -, Br -, I -, HSO 4 -, CH 3 SO 4 -, C 2 H 5 SO 4 -, or OH -; and (b) a detersive surfactant, solvent, or mixtures thereof. (a) A hydrophobically modified cationic polymer having the formula: wherein: n, m, p, and s are the mole percent of the respective monomers, such that: n is from 80 to 99.5; m is from 0 to 10; p is from p is from 0.25 to 15; s is from 0 to 10; m + s is at least 0.01; with the proviso that the sum of the mole percentages add up to 100%; R 1, R 2, R 3, and R 4 are independently H or CH 3; R 5 is an alkyl group from C7 to C21; R 6, R 7, R 8, are independently selected from the group consisting of: hydrogen and C1 to C4 alkyl; Y is independently O or NH; Z is silicone or a derivative thereof; k is independently from 1 to 18; X - is an anion, preferably Cl -, Br -, I -, HSO 4 -, CH 3 SO 4 -, C 2 H 5 SO 4 -, or OH -; and n, m, p, and s are the mole percent of the respective monomers, such that: n is from 80 to 99.5; m is from 0 to 10; p is from p is from 0.25 to 15; s is from 0 to 10; m + s is at least 0.01; with the proviso that the sum of the mole percentages add up to 100%; n is from 80 to 99.5; m is from 0 to 10; p is from p is from 0.25 to 15; s is from 0 to 10; m + s is at least 0.01; with the proviso that the sum of the mole percentages add up to 100%; R 1, R 2, R 3, and R 4 are independently H or CH 3; R 5 is an alkyl group from C7 to C21; R 6, R 7, R 8, are independently selected from the group consisting of: hydrogen and C1 to C4 alkyl; Y is independently O or NH; Z is silicone or a derivative thereof; k is independently from 1 to 18; X - is an anion, preferably Cl -, Br -, I -, HSO 4 -, CH 3 SO 4 -, C 2 H 5 SO 4 -, or OH -; hydrogen and C1 to C4 alkyl; Y is independently O or NH; Z is silicone or a derivative thereof; k is independently from 1 to 18; X - is an anion, preferably Cl -, Br -, I -, HSO 4 -, CH 3 SO 4 -, C 2 H 5 SO 4 -, or OH -; (b) a detersive surfactant, solvent, or mixtures thereof.
A docking station comprising: a processor configured to process a received triggering signal that comprises a current location of a docking wireless device; a transceiver module coupled to the processor, wherein the processor is configured to activate the transceiver module based upon the received triggering signal; a coupler antenna coupled to the transceiver module, wherein the coupler antenna is configured to facilitate data communication with the docking wireless device; and a signal detector configured to detect and measure a received signal strength indicator, RSSI, of a Bluetooth signal, characterized in that the signal detector is further configured to generate the triggering signal based upon the measured RSSI of the Bluetooth signal. a processor configured to process a received triggering signal that comprises a current location of a docking wireless device; a transceiver module coupled to the processor, wherein the processor is configured to activate the transceiver module based upon the received triggering signal; a coupler antenna coupled to the transceiver module, wherein the coupler antenna is configured to facilitate data communication with the docking wireless device; and a signal detector configured to detect and measure a received signal strength indicator, RSSI, of a Bluetooth signal, characterized in that the signal detector is further configured to generate the triggering signal based upon the measured RSSI of the Bluetooth signal.
Fiber application machine that includes a system for moving a fiber application head comprising an application roller and means for guiding the fibers onto said application roller, fiber storing means, and fiber conveying means for conveying fibers from said storing means to the application head, additionally including at least one tension limiting system (9, 109), placed between the fiber storing means (71, 717, 271) and the application head, said tension limiting system comprising at least two mutually parallel cylinders (91, 191), whereon a plurality of fibers are able to be partly wound, and drive means (92, 93, 192, 193) for rotating said cylinders substantially at the same speed, said drive means being automatically controlled by a control unit of the machine, such that the peripheral speeds of the cylinders are faster than the moving speeds of the fibers at the application roller.
A vertical absorption column for the absorption of nitrogen oxides from a process gas comprising said nitrogen oxides into water for the production of an aqueous nitric acid solution, comprising - a liquid distributor comprising a feed box having a serrated weir for distribution of a liquid through upward-pointing serrations of the serrated weir into perforated trays of the liquid distributor and located directly above a structured packing; - a structured packing; - a plate packing comprising a plurality of horizontal plates, provided with cooling means; - an inlet for the addition of oxygen to the lower part of the vertical absorption column; - an inlet for the process gas comprising nitrogen oxides from an ammonia oxidation process at the lower part of the vertical absorption column; - an inlet for an aqueous solution at the upper part of the vertical absorption column; - at least one nitric acid outlet at the bottom of the vertical absorption column; and - an outlet for tail gas comprising nitrogen oxides at the top of the vertical absorption column. - a liquid distributor comprising a feed box having a serrated weir for distribution of a liquid through upward-pointing serrations of the serrated weir into perforated trays of the liquid distributor and located directly above a structured packing; - a structured packing; - a plate packing comprising a plurality of horizontal plates, provided with cooling means; - an inlet for the addition of oxygen to the lower part of the vertical absorption column; - an inlet for the process gas comprising nitrogen oxides from an ammonia oxidation process at the lower part of the vertical absorption column; - an inlet for an aqueous solution at the upper part of the vertical absorption column; - at least one nitric acid outlet at the bottom of the vertical absorption column; and - an outlet for tail gas comprising nitrogen oxides at the top of the vertical absorption column.
A through anchor comprising: a main body member formed with a through hole; and a slide support member that has a front wall and a back wall fixed to a periphery of the through hole of the main body member such that movement of the slide support member in a webbing width direction with respect to the main body member is restricted, that is formed with an insertion hole through which a webbing that is applied to a vehicle occupant is inserted in a length direction of the webbing such that the webbing is slidably supported, and that is movable in the webbing width direction with respect to the main body member by movement of the insertion portion towards the gap due to load of the vehicle occupant being applied to a peripheral face of the insertion hole in the webbing width direction by the webbing and fixture of the front wall and the back wall to the main body member being released in an event of a vehicle collision; and an insertion portion that is provided at the slide support member and formed with the insertion hole, wherein a gap is provided in the webbing width direction between the insertion portion and a peripheral face of the through hole. a main body member formed with a through hole; and a slide support member that has a front wall and a back wall fixed to a periphery of the through hole of the main body member such that movement of the slide support member in a webbing width direction with respect to the main body member is restricted, that is formed with an insertion hole through which a webbing that is applied to a vehicle occupant is inserted in a length direction of the webbing such that the webbing is slidably supported, and that is movable in the webbing width direction with respect to the main body member by movement of the insertion portion towards the gap due to load of the vehicle occupant being applied to a peripheral face of the insertion hole in the webbing width direction by the webbing and fixture of the front wall and the back wall to the main body member being released in an event of a vehicle collision; and an insertion portion that is provided at the slide support member and formed with the insertion hole, wherein a gap is provided in the webbing width direction between the insertion portion and a peripheral face of the through hole.
A multiuse cleaning degreasing composition, characterized in that it is based on non-hydrolysed collagen, wherein the non-hydrolysed collagen acts as surfactant agent and comprising by weight of the composition: non-hydrolysed collagen between 1% and 27%, a thickening and foam stabilising substance between 0.25% and 5%, a preservative substance between 0.25% and 2%, a natural fragrance between 0.1% and 0.5% and deionised water between 66% and 70%, the multiuse cleaning degreasing composition further comprising a surfactant between 1% and 5% by weight, the non-hydrolysed collagen synergistically boosting the properties of said surfactant, wherein: - said surfactant is sodium lauryl sulphate, and - said thickening and foam stabilising substance is Cocodiethanolamine. the multiuse cleaning degreasing composition further comprising a surfactant between 1% and 5% by weight, the non-hydrolysed collagen synergistically boosting the properties of said surfactant, wherein: - said surfactant is sodium lauryl sulphate, and - said thickening and foam stabilising substance is Cocodiethanolamine. - said surfactant is sodium lauryl sulphate, and - said thickening and foam stabilising substance is Cocodiethanolamine.
Method for determining the position of a vehicle tyre, having the following steps: a) providing a vehicle tyre (1, 2, 3, 4, 5) having a tyre module, the tyre module having at least one radio unit for the connection to a mobile radio network, b) establishing a direct connection between the radio unit of the tyre module and a cell of a mobile radio network, c) determining the position of the tyre module in conjunction with determining the position of the respective cell of the mobile radio network, characterized by d) automated determination of the location of the vehicle tyre (1, 2, 3, 4, 5) having the tyre module, wherein the location is determined via the position of the respective cell of the mobile radio network by virtue of the fact that the vehicle tyre (1, 2, 3, 4, 5) is located at a position which is assigned to the cell of the mobile radio network. a) providing a vehicle tyre (1, 2, 3, 4, 5) having a tyre module, the tyre module having at least one radio unit for the connection to a mobile radio network, b) establishing a direct connection between the radio unit of the tyre module and a cell of a mobile radio network, c) determining the position of the tyre module in conjunction with determining the position of the respective cell of the mobile radio network, characterized by d) automated determination of the location of the vehicle tyre (1, 2, 3, 4, 5) having the tyre module,