mhurhangee/ep-ind-claims huggingface dataset:
Process for making an electrode active material for a lithium ion battery, said process comprising the following steps: (a) Contacting a mixture of a precursor of a mixed oxide according to general formula Li 1+x TM 1-x O 2, wherein TM is a combination of two or more transition metals selected from Mn, Co and Ni, optionally in combination with at least one more metal selected from Ba, Al, Ti, Zr, W, Fe, Cr, K, Mo, Nb, Mg, Na and V, and x is in the range of from zero to 0.2, and at least one lithium compound, with Br 2, I 2, or at least one compound selected from carbon perhalides selected from the bromides and iodides, and interhalogen compounds comprising bromine or iodine, (b) Subjecting said mixture to heat treatment at a temperature in the range of from 700 to 1000°C. (a) Contacting a mixture of a precursor of a mixed oxide according to general formula Li 1+x TM 1-x O 2, wherein TM is a combination of two or more transition metals selected from Mn, Co and Ni, optionally in combination with at least one more metal selected from Ba, Al, Ti, Zr, W, Fe, Cr, K, Mo, Nb, Mg, Na and V, and x is in the range of from zero to 0.2, and at least one lithium compound, with Br 2, I 2, or at least one compound selected from carbon perhalides selected from the bromides and iodides, and interhalogen compounds comprising bromine or iodine, a precursor of a mixed oxide according to general formula Li 1+x TM 1-x O 2, wherein TM is a combination of two or more transition metals selected from Mn, Co and Ni, optionally in combination with at least one more metal selected from Ba, Al, Ti, Zr, W, Fe, Cr, K, Mo, Nb, Mg, Na and V, and x is in the range of from zero to 0.2, and at least one lithium compound, with Br 2, I 2, or at least one compound selected from carbon perhalides selected from the bromides and iodides, and interhalogen compounds comprising bromine or iodine, (b) Subjecting said mixture to heat treatment at a temperature in the range of from 700 to 1000°C.
An auxiliary arrangement (110, 410) for providing a DC supply voltage (V DC) for driving an LED tube lamp in the absence, failure or disconnection of an alternating mains supply voltage (V AC) for driving the LED tube lamp, said auxiliary arrangement comprising: an input interface (111, 411) configured to receive, from a DC voltage supply, an input DC voltage generated by the DC voltage supply in the absence, failure or disconnection of the alternating mains supply; an output interface (112, 412) for connecting to the LED tube lamp and for providing the DC supply voltage to the connected LED tube lamp; characterized in that the auxiliary arrangement comprises: a modulation circuit (120, 420) connected between the input interface and the output interface, the modulation circuit being configured to modulate the input DC voltage according to one or more modulation patterns, wherein said one or more modulation patterns are configured to control the DC supply voltage at the output interface to have at least one electrical characteristic the same as the alternating mains supply voltage, to thereby produce the DC supply voltage. an input interface (111, 411) configured to receive, from a DC voltage supply, an input DC voltage generated by the DC voltage supply in the absence, failure or disconnection of the alternating mains supply; an output interface (112, 412) for connecting to the LED tube lamp and for providing the DC supply voltage to the connected LED tube lamp; characterized in that the auxiliary arrangement comprises: a modulation circuit (120, 420) connected between the input interface and the output interface, the modulation circuit being configured to modulate the input DC voltage according to one or more modulation patterns, wherein said one or more modulation patterns are configured to control the DC supply voltage at the output interface to have at least one electrical characteristic the same as the alternating mains supply voltage, to thereby produce the DC supply voltage.
Pre-expanded polypropylene-based resin particles comprising a polypropylene-based resin that is obtained by melting and kneading a linear polypropylene-based resin, a conjugated diene compound, and a radical polymerization initiator and that satisfies Expression: tan δ ≤ 0.32 × V + 0.1 where: tan δ represents a loss tangent at an angular frequency of 0.1 rad/s in dynamic viscoelastic behavior measurement at 200°C measured in accordance with the description; and V represents a melt fracture take-up speed (m/min) at 200°C measured in accordance with the description, wherein a melt tension of the polypropylene-based resin measured in accordance with the description is not more than 12 cN.
An electronic timepiece with internal antenna, comprising: a case; an annular antenna housed in the case; a time display unit that can display time; a main plate housed in the case; a drive unit that drives the time display unit; and a first magnetic screen that is superimposed with part or all of the drive unit in plan view; wherein the antenna is not superimposed with the first magnetic screen in plan view, wherein: the time display unit is disposed on the inside of the antenna; wherein the drive unit is housed in the case on the opposite side of the main plate as the antenna; and wherein the first magnetic screen is disposed between the drive unit and the main plate. a case; an annular antenna housed in the case; a time display unit that can display time; a main plate housed in the case; a drive unit that drives the time display unit; and a first magnetic screen that is superimposed with part or all of the drive unit in plan view; wherein the antenna is not superimposed with the first magnetic screen in plan view, wherein: the time display unit is disposed on the inside of the antenna; wherein the drive unit is housed in the case on the opposite side of the main plate as the antenna; and wherein the first magnetic screen is disposed between the drive unit and the main plate.
Method for tightening and controlling a screwing system tightening an assembly, the screwing system comprising a threaded rod and at least one locknut screwed together as well as a locking mechanism cooperating with said threaded rod and said locknut, characterized by a measurement system determining an axial tightening load in the screwing system, the method having an initial tightening phase comprising in succession: - tightening the screwing system to a predetermined nominal torque using a torque spanner, - measuring an initial axial tightening load in the screwing system using the measurement system, - adjusting a position of the locknut relative to the threaded rod for placing said locking mechanism, - measuring a final axial tightening load using the measurement system, - verifying that the final axial tightening load falls within a compliance range. - tightening the screwing system to a predetermined nominal torque using a torque spanner, - measuring an initial axial tightening load in the screwing system using the measurement system, - adjusting a position of the locknut relative to the threaded rod for placing said locking mechanism, - measuring a final axial tightening load using the measurement system, - verifying that the final axial tightening load falls within a compliance range.
A method, comprising: generating and periodically updating, by a network controller for a software defined wide area network, a list of cloud servers that provide a cloud service to at least one client device, wherein updating the list of cloud servers comprises sending a probe to each cloud server of the list of cloud servers to measure network performance information for each cloud server in the list, including health of each cloud server and path health of different paths from a client device among the at least one client device to each cloud server; selecting, by the network controller, a preferred cloud server for the client device from the updated list of cloud servers, said preferred cloud server being the cloud server determined as providing to the client device the best quality of service, the quality of service being determined based on at least the measured network performance information; and upon receiving, by the network controller, a client device request to use the cloud service, sending identifying information of the selected preferred cloud server to the client device. generating and periodically updating, by a network controller for a software defined wide area network, a list of cloud servers that provide a cloud service to at least one client device, wherein updating the list of cloud servers comprises sending a probe to each cloud server of the list of cloud servers to measure network performance information for each cloud server in the list, including health of each cloud server and path health of different paths from a client device among the at least one client device to each cloud server; selecting, by the network controller, a preferred cloud server for the client device from the updated list of cloud servers, said preferred cloud server being the cloud server determined as providing to the client device the best quality of service, the quality of service being determined based on at least the measured network performance information; and upon receiving, by the network controller, a client device request to use the cloud service, sending identifying information of the selected preferred cloud server to the client device.
An operation method of a first platoon member participating in platooning in a communication system, comprising: receiving, by a controller, from a platoon leader participating in the platooning, information regarding beam configuration between the PL and a second PM; determining, by the controller, a beam reception range based on a first receiving direction of the second PM, the first receiving direction being indicated by the information regarding beam configuration; measuring, by the controller, a signal quality of a first transmission beam of the PL by changing a receiving direction of the first PM within the beam reception range, the first transmission beam being indicated by the information regarding beam configuration; and determining, by the controller, a receiving direction in which the first transmission beam has a best signal quality as a final receiving direction, wherein the second PM is located after the PL, and the first PM is located after the second PM. receiving, by a controller, from a platoon leader participating in the platooning, information regarding beam configuration between the PL and a second PM; determining, by the controller, a beam reception range based on a first receiving direction of the second PM, the first receiving direction being indicated by the information regarding beam configuration; measuring, by the controller, a signal quality of a first transmission beam of the PL by changing a receiving direction of the first PM within the beam reception range, the first transmission beam being indicated by the information regarding beam configuration; and determining, by the controller, a receiving direction in which the first transmission beam has a best signal quality as a final receiving direction, wherein the second PM is located after the PL, and the first PM is located after the second PM.
A method of logic cell placement, the method implemented by a computer, the method comprising: identifying a first transistor with a first diffusion node (202a, 202b) wherein the first diffusion node is bounded by a first diffusion cut; replacing the first diffusion cut with a first floating gate; and adding a first filler cell comprising a first filler diffusion region (202c, 202d), the first filler diffusion region adjacent to the first floating gate, to extend a length of diffusion of the first diffusion node. identifying a first transistor with a first diffusion node (202a, 202b) wherein the first diffusion node is bounded by a first diffusion cut; replacing the first diffusion cut with a first floating gate; and adding a first filler cell comprising a first filler diffusion region (202c, 202d), the first filler diffusion region adjacent to the first floating gate, to extend a length of diffusion of the first diffusion node.
A system (1; 101) for purification of oil, said system comprising: - at least one feed tank comprising oil to be purified; - a separation aid dosing device; - at least one basic sedimentation tank (21a, 21b) comprising at least one inlet (23a, 23b) connected to the feed tank and to the separation aid dosing device for receiving oil to be purified and separation aid, said at least one basic sedimentation tank (21a, 21b) further comprising at least one sludge phase outlet (41a, 41b) provided in a bottom part (37a, 37b) of the basic sedimentation tank and at least one oil phase outlet (39a, 39b); - at least one advanced sedimentation tank comprising at least one sludge phase inlet connected to the at least one sludge phase outlet (41a, 41b) of the at least one basic sedimentation tank (21a, 21b), said advanced sedimentation tank further comprising at least one sludge phase outlet (141; 141a, 141b) connected to a sludge tank and at least one oil phase outlet (139a, 139b; 139), wherein said advanced sedimentation tank further comprises at least one sensor (55; 55a, 55b, 55c) for detecting the presence of an oil phase or a sludge phase; and - a control system, wherein the control system is configured for controlling the removal of an oil phase out from the advanced sedimentation tank in dependence of an output from the at least one sensor (55; 55a, 55b, 55c) in the advanced sedimentation tank after sedimentation of a sludge phase to a bottom part of the advanced sedimentation tank, said sludge phase comprising the separation aid together with impurities from the oil. - at least one feed tank comprising oil to be purified; - a separation aid dosing device; - at least one basic sedimentation tank (21a, 21b) comprising at least one inlet (23a, 23b) connected to the feed tank and to the separation aid dosing device for receiving oil to be purified and separation aid, said at least one basic sedimentation tank (21a, 21b) further comprising at least one sludge phase outlet (41a, 41b) provided in a bottom part (37a, 37b) of the basic sedimentation tank and at least one oil phase outlet (39a, 39b); - at least one advanced sedimentation tank comprising at least one sludge phase inlet connected to the at least one sludge phase outlet (41a, 41b) of the at least one basic sedimentation tank (21a, 21b), said advanced sedimentation tank further comprising at least one sludge phase outlet (141; 141a, 141b) connected to a sludge tank and at least one oil phase outlet (139a, 139b; 139), wherein said advanced sedimentation tank further comprises at least one sensor (55; 55a, 55b, 55c) for detecting the presence of an oil phase or a sludge phase; and - a control system, wherein the control system is configured for controlling the removal of an oil phase out from the advanced sedimentation tank in dependence of an output from the at least one sensor (55; 55a, 55b, 55c) in the advanced sedimentation tank after sedimentation of a sludge phase to a bottom part of the advanced sedimentation tank, said sludge phase comprising the separation aid together with impurities from the oil.
A safety controller module for providing safety control, comprising: a non-volatile memory configured for storing a safety control program; one or more processing units configured to execute safety control functions associated with the safety control program; and a connector configured to communicatively couple the safety controller module with a non-safety controller, wherein the safety controller module is configured to communicate via the connector with the non-safety controller, wherein the safety controller module is configured to receive, via the connector, a signal from at least one of the non-safety controller or another module communicatively coupled to the non-safety controller, wherein the safety controller module is further configured to execute the safety control program to process the received signals, wherein the safety control program is executed independently of the non-safety controller or any other modules communicatively coupled to the safety controller module, wherein the received signals comprise feedback and/or monitoring information related to parameters of an industrial process, and wherein the safety controller module outputs diagnostic information and/or safety outputs as input signals to the non-safety controller. a non-volatile memory configured for storing a safety control program; one or more processing units configured to execute safety control functions associated with the safety control program; and a connector configured to communicatively couple the safety controller module with a non-safety controller, wherein the safety controller module is configured to communicate via the connector with the non-safety controller, wherein the safety controller module is configured to receive, via the connector, a signal from at least one of the non-safety controller or another module communicatively coupled to the non-safety controller, wherein the safety controller module is further configured to execute the safety control program to process the received signals, wherein the safety control program is executed independently of the non-safety controller or any other modules communicatively coupled to the safety controller module, wherein the received signals comprise feedback and/or monitoring information related to parameters of an industrial process, and wherein the safety controller module outputs diagnostic information and/or safety outputs as input signals to the non-safety controller.
A method for monitoring battery safety in a terminal device, comprising: acquiring power-off information generated upon disconnection between a battery connector of the terminal device and a main board of the terminal device; determining, according to the power-off information, whether the disconnection between the battery connector and the main board is an unauthorized disconnection; and determining that a battery of the terminal device has safety hazard and controlling the terminal device to send reminder information indicative of battery abnormality, upon determining that the disconnection between the battery connector and the main board is the unauthorized disconnection, wherein power-off state bit information is generated upon the disconnection between the battery connector and the main board and is used as the power-off information. acquiring power-off information generated upon disconnection between a battery connector of the terminal device and a main board of the terminal device; determining, according to the power-off information, whether the disconnection between the battery connector and the main board is an unauthorized disconnection; and determining that a battery of the terminal device has safety hazard and controlling the terminal device to send reminder information indicative of battery abnormality, upon determining that the disconnection between the battery connector and the main board is the unauthorized disconnection, wherein power-off state bit information is generated upon the disconnection between the battery connector and the main board and is used as the power-off information.
A data transmission method performed by a station, STA, in a wireless local area network WLAN, system, comprising: generating a physical protocol data unit, PPDU, including a physical preamble and a data field; and transmitting the PPDU, wherein the data field is transmitted within a bandwidth including a 106-tone resource unit including first to fourth pilot tones, wherein positions of the first to fourth pilot tones correspond to positions of 4 pilot tones from among 8 pilot tones included in four 26-tone resource units at positions corresponding to the 106-tone resource unit, and wherein, when 26 tones included in each 26-tone resource unit are sequentially positioned at indices 0 to 25, 2 pilot tones included in each 26-tone resource unit are respectively positioned at the indices 6 and 20. generating a physical protocol data unit, PPDU, including a physical preamble and a data field; and transmitting the PPDU, wherein the data field is transmitted within a bandwidth including a 106-tone resource unit including first to fourth pilot tones, wherein positions of the first to fourth pilot tones correspond to positions of 4 pilot tones from among 8 pilot tones included in four 26-tone resource units at positions corresponding to the 106-tone resource unit, and wherein, when 26 tones included in each 26-tone resource unit are sequentially positioned at indices 0 to 25, 2 pilot tones included in each 26-tone resource unit are respectively positioned at the indices 6 and 20.
A protective case for a handheld mobile electronic device comprising: a first portion creating an exterior hard shell, including a fitted cavity formed therein for mounting a handheld mobile electronic device to the protective case; a second portion, permanently affixed to the fitted cavity formed therein of the first portion; said first portion comprising a protective outer layer composed of a hardened plastic; and said second portion comprising an elastomeric liner formed and permanently affixed on the interior of the exterior hard shell first portion, characterised in that, the corners of the hard shell first portion are cut open to form gaps; and the elastomeric material of the second portion fills in the gaps created at the corners of the exterior hard shell first portion where it was cut open. a first portion creating an exterior hard shell, including a fitted cavity formed therein for mounting a handheld mobile electronic device to the protective case; a second portion, permanently affixed to the fitted cavity formed therein of the first portion; said first portion comprising a protective outer layer composed of a hardened plastic; and said second portion comprising an elastomeric liner formed and permanently affixed on the interior of the exterior hard shell first portion, characterised in that, the corners of the hard shell first portion are cut open to form gaps; and the elastomeric material of the second portion fills in the gaps created at the corners of the exterior hard shell first portion where it was cut open.
Device for removing organs from the human or animal body, comprising a tube which has a proximal end and a distal end and is intended to be partially inserted into the body with its proximal end, with a tubular casing, which surrounds the tube at least in sections, and which has a proximal end and a distal end, by which it is attached to the tube, with a handling device, which is arranged on the tube and is designed to open or widen the tubular casing at its proximal end and to guide or place it around the organ, with a closing device (26, 28), which is designed to close the proximal end of the tubular casing, and with a comminuting device (14, 16) which is provided inside the tube, preferably in the area of its proximal end, characterised in that the distal end of the tube can be connected to a suction air source and the proximal end of the tube is designed for engaging by suction with the organ to be removed.
Document of security and/or value, comprising at least one layer comprising at least one polycarbonate or copolycarbonate, at least one further layer comprising at least one polycarbonate or copolycarbonate, and at least one layer comprising at least one photopolymer and incorporating a hologram, wherein the layer is arranged over a partial area between layers A1 and A2, and the layers A1 and A2, of which at least one layer is of transparent design, are joined at least sectionally to one another, characterized in that at various locations the layer P has recesses, and the two layers A1 and A2 are at least sectionally joined at these recesses.