mhurhangee/ep-ind-claims huggingface dataset:
A method for rapid restarting of a plant or vehicle control system, wherein the plant or vehicle control system comprises a processor, said method comprising: storing at least one executable program on a read only memory, ROM, device; copying the at least one executable program to a first random access memory, RAM, sector and a second RAM sector of a RAM device at a startup of said plant or vehicle control system, wherein the first RAM sector is a low-RAM sector on a low address space of one continuous bank of RAM of said RAM device and the second RAM sector is a high-RAM sector on a high-address space of the continuous bank of RAM; copying the at least one executable program from the second RAM sector to the first RAM sector after an error or fault with the processor; and reinitializing processor operation by executing the at least one executable program copied from the second RAM sector to the first RAM sector, wherein the at least one executable program is executed from the first RAM sector. storing at least one executable program on a read only memory, ROM, device; copying the at least one executable program to a first random access memory, RAM, sector and a second RAM sector of a RAM device at a startup of said plant or vehicle control system, wherein the first RAM sector is a low-RAM sector on a low address space of one continuous bank of RAM of said RAM device and the second RAM sector is a high-RAM sector on a high-address space of the continuous bank of RAM; copying the at least one executable program from the second RAM sector to the first RAM sector after an error or fault with the processor; and reinitializing processor operation by executing the at least one executable program copied from the second RAM sector to the first RAM sector, wherein the at least one executable program is executed from the first RAM sector.
A method for determining pilot power, the method comprises: acquiring a plurality of sample level values of a received current frame signal; determining a current power of the current frame signal based on the plurality of sample level values; determining a current traffic signal ratio of the current frame signal based on the plurality of sample level values, wherein the traffic signal ratio indicates a ratio of a number of active users of a base station to a capacity of the base station; taking the current power as a current pilot power of the current frame signal if it is determined that the current traffic signal ratio is less than or equal to a predetermined ratio; and determining the current pilot power of the current frame signal based on the current power, a current power floating upper limit and a current power floating lower limit if it is determined that the current traffic signal ratio is greater than the predetermined ratio. acquiring a plurality of sample level values of a received current frame signal; determining a current power of the current frame signal based on the plurality of sample level values; determining a current traffic signal ratio of the current frame signal based on the plurality of sample level values, wherein the traffic signal ratio indicates a ratio of a number of active users of a base station to a capacity of the base station; taking the current power as a current pilot power of the current frame signal if it is determined that the current traffic signal ratio is less than or equal to a predetermined ratio; and determining the current pilot power of the current frame signal based on the current power, a current power floating upper limit and a current power floating lower limit if it is determined that the current traffic signal ratio is greater than the predetermined ratio.
A method of controlling a wind turbine having a rotor and a plurality of rotor blades, comprising obtaining a wind speed value, obtaining a speed of rotation of a tip of the rotor blades, determining blade loading comprising determining blade bending moments, estimating a component of vertical wind shear across the rotor plane from the wind speed value and an estimate of main bearing tilt moment derived from the blade bending moments, a measure of blade pitch and azimuth angle, estimating a wind velocity over the rotor plane from the component of vertical wind shear, determining a tip speed ratio from the wind speed value and the estimated wind velocity over the rotor plane, selecting a curve of tip speed ratio against blade pitch angle based on the estimated vertical wind shear component, selecting a blade pitch angle based on the selected curve and the tip speed ratio, and adjusting the blade pitch in accordance with the selected blade pitch angle.
A ship steering system for an outdrive device comprising: the outdrive device; a control device instructing a rotation direction of the outdrive device; an operation lever instructing a traveling direction of a hull to the control device; a global positioning system; and a monitor which can display an image for adjusting an actual traveling direction to the traveling direction of the hull instructed by the operation lever, wherein the monitor shows a direction along which the operation lever is moved, and when the direction along which the operation lever is moved is in agreement with a direction along which the operation lever should be moved, shows purport that the operation is proper, and the control device recognizes a gap of the traveling direction of the hull instructed by the operation lever and the actual traveling direction based on information from the global positioning system and calculates a collection value of the rotation angle of the outdrive device so as to cancel the gap, characterized in that the monitor shows the direction along which the operation lever should be moved, and when the operation lever is moved to the shown direction, shows purport that the operation is proper. the outdrive device; a control device instructing a rotation direction of the outdrive device; an operation lever instructing a traveling direction of a hull to the control device; a global positioning system; and a monitor which can display an image for adjusting an actual traveling direction to the traveling direction of the hull instructed by the operation lever, wherein the monitor shows a direction along which the operation lever is moved, and when the direction along which the operation lever is moved is in agreement with a direction along which the operation lever should be moved, shows purport that the operation is proper, and the control device recognizes a gap of the traveling direction of the hull instructed by the operation lever and the actual traveling direction based on information from the global positioning system and calculates a collection value of the rotation angle of the outdrive device so as to cancel the gap, characterized in that the monitor shows the direction along which the operation lever should be moved, and when the operation lever is moved to the shown direction, shows purport that the operation is proper.
A perovskite -containing solar cell module comprising: a substrate having a first surface; a first cell; and a second cell, wherein: each cell comprises, in order: a first contact layer comprising a first material, positioned on the substrate, and having a second surface and a first thickness; an electron transfer layer comprising a second material and having a second thickness; an active layer comprising the perovskite and having a third thickness; a hole transfer layer comprising a third material and having a fourth thickness; and a second contact layer comprising a fourth material and having a fifth thickness, wherein: the first cell and the second cell are electrically connected by a first gap filled with the fourth material, and the first gap passes through the active layer, the HTL, and substantially through the ETL to terminate at the second surface; and characterised in that the second thickness of the ETL is 1 nm - 45 nm. a substrate having a first surface; a first cell; and a second cell, wherein: each cell comprises, in order: a first contact layer comprising a first material, positioned on the substrate, and having a second surface and a first thickness; an electron transfer layer comprising a second material and having a second thickness; an active layer comprising the perovskite and having a third thickness; a hole transfer layer comprising a third material and having a fourth thickness; and a second contact layer comprising a fourth material and having a fifth thickness, wherein: the first cell and the second cell are electrically connected by a first gap filled with the fourth material, and the first gap passes through the active layer, the HTL, and substantially through the ETL to terminate at the second surface; and characterised in that the second thickness of the ETL is 1 nm - 45 nm. a first contact layer comprising a first material, positioned on the substrate, and having a second surface and a first thickness; an electron transfer layer comprising a second material and having a second thickness; an active layer comprising the perovskite and having a third thickness; a hole transfer layer comprising a third material and having a fourth thickness; and a second contact layer comprising a fourth material and having a fifth thickness, wherein: the first cell and the second cell are electrically connected by a first gap filled with the fourth material, and the first gap passes through the active layer, the HTL, and substantially through the ETL to terminate at the second surface; and characterised in that the second thickness of the ETL is 1 nm - 45 nm. the first cell and the second cell are electrically connected by a first gap filled with the fourth material, and the first gap passes through the active layer, the HTL, and substantially through the ETL to terminate at the second surface; and characterised in that the second thickness of the ETL is 1 nm - 45 nm.
A water-based cleaning composition comprising: (i) a silicate; (ii) an ethoxylated alcohol; (iii) a quaternary fatty amine ethoxylate; (iv) a urea salt, wherein the urea salt is present in the composition in an amount between 1% and 60% by weight; and (v) butoxy ethanol. (i) a silicate; (ii) an ethoxylated alcohol; (iii) a quaternary fatty amine ethoxylate; (iv) a urea salt, wherein the urea salt is present in the composition in an amount between 1% and 60% by weight; and (v) butoxy ethanol.
Assembly for making a lamp incorporated in a wall of perforated bricks or blocks, or in a panel cladding of a wall, comprising: - a front body wherein a light emission cavity is obtained extending from a rear body opening to a front body opening; - a lamp housing forming a lamp seat suitable to house a lamp body and defining a rear housing opening for the passage of the power supply cables of the lamp body and a front housing opening suitable to face or be partially inserted into the rear body opening; and - a rear body forming a housing seat suitable to receive with shape-coupling the lamp housing protruding from the rear of the front body, wherein said rear body is suitable to be coupled to the front body so as to form a monobloc panel substantially parallelepiped in shape which completely incorporates the lamp housing, which is suitable to be inserted and fixed between the bricks, blocks or panels forming the wall or a cladding of the wall, and having a front surface suitable to receive a finishing layer of the wall or cladding of the wall. - a front body wherein a light emission cavity is obtained extending from a rear body opening to a front body opening; - a lamp housing forming a lamp seat suitable to house a lamp body and defining a rear housing opening for the passage of the power supply cables of the lamp body and a front housing opening suitable to face or be partially inserted into the rear body opening; and - a rear body forming a housing seat suitable to receive with shape-coupling the lamp housing protruding from the rear of the front body,
A hinge for pieces of furniture with deceleration device, comprising a fixed part which is adapted to be connected to the body of a piece of furniture, a moveable part which is adapted to be connected to a leaf of said piece of furniture, said fixed part and said movable part being mutually articulated by way of at least one connecting oscillating rocker (4, 9), deceleration means being further provided which are coupled functionally to said oscillating rocker, said deceleration means comprising means for at least partial deactivation of deceleration, said means for at least partial deactivation of deceleration being adapted to uncouple said oscillating rocker from said deceleration means, characterized in that said deceleration means comprise a deceleration element which can be actuated by a slidable actuation element, it being possible to functionally mate said actuation element with said rocker by way of cam means which can move with respect to said rocker, said means of deactivation of deceleration comprising an element for locking said cam means with respect to said rocker.
Method for cultivating a crop, such as lettuce or tomatoes, in an at least substantially daylight-free, climate- conditioned cultivation space, which cultivation space extends between a first side and an opposite second side, wherein the crop is exposed to photosynthetically active radiation from an array of spatially separated artificial light sources which is spatially distributed over the crop at least in the direction running from the first side to the second side characterised by that, an airflow is guided over and/or through the crop in a direction running from the first side to the second side, such that an air temperature of the cultivation space on the second side is higher than an air temperature of the cultivation space on the first side, wherein a higher dosage of photosynthetically active radiation is provided to the crop with light sources of the array of light sources located further downstream than with light sources located further upstream as seen in the flow direction of the airflow guided over the crop. an airflow is guided over and/or through the crop in a direction running from the first side to the second side, such that an air temperature of the cultivation space on the second side is higher than an air temperature of the cultivation space on the first side, wherein a higher dosage of photosynthetically active radiation is provided to the crop with light sources of the array of light sources located further downstream than with light sources located further upstream as seen in the flow direction of the airflow guided over the crop.
A method of synthesizing zeolite SSZ-32x, comprising: (a) preparing a reaction mixture comprising: a source of silicon oxide; a source of aluminum oxide; dipropylamine; a source of fluoride ions; and water; and (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of the zeolite; wherein the reaction mixture has a composition, in terms of molar ratios, as follows: SiO 2 /Al 2 O 3 ≥ 50 Q/SiO 2 0.10 to 0.60 F/SiO 2 0.10 to 0.60 H 2 O/SiO 2 10 to 60. (a) preparing a reaction mixture comprising: a source of silicon oxide; a source of aluminum oxide; dipropylamine; a source of fluoride ions; and water; and a source of silicon oxide; a source of aluminum oxide; dipropylamine; a source of fluoride ions; and water; and (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of the zeolite; wherein the reaction mixture has a composition, in terms of molar ratios, as follows: SiO 2 /Al 2 O 3 ≥ 50 Q/SiO 2 0.10 to 0.60 F/SiO 2 0.10 to 0.60 H 2 O/SiO 2 10 to 60.
A method for a first network element to perform interference control, comprising: determining, by the first network element, an interfered sub-band from a bandwidth occupied by the first network element; transmitting an interference control request message to an inter-RAT network element, wherein, the interference control request message is used for requesting the inter-RAT network element to perform interference control to the interfered sub-band; the interfered sub-band is occupied by the inter-RAT network element; a communication system in which the inter-RAT network element locates and a communication system in which the first network element locates are inter-RAT communication systems; characterized in receiving an interference control response message replied by a network element capable of adjusting transmitted power of the interfered sub-band in the inter-RAT network element. determining, by the first network element, an interfered sub-band from a bandwidth occupied by the first network element; transmitting an interference control request message to an inter-RAT network element, wherein, the interference control request message is used for requesting the inter-RAT network element to perform interference control to the interfered sub-band; the interfered sub-band is occupied by the inter-RAT network element; a communication system in which the inter-RAT network element locates and a communication system in which the first network element locates are inter-RAT communication systems; characterized in receiving an interference control response message replied by a network element capable of adjusting transmitted power of the interfered sub-band in the inter-RAT network element.
Set of bed boards having at least a first bed board for attaching to a mounting frame of a mattress support, wherein the mounting frame delimits at least a part of the periphery of the mattress support, wherein said at least one bed board is provided for being mounted with an substantially planar inner side adjacent to an outer side of a delimiting frame side of the mounting frame, which outer side is directed away from a mattress support surface, which is provided for supporting a mattress, wherein said at least one bed board is provided with a pair of a first and a second hook element (11, 12) which extend from the inner side and are provided for suspending said at least one bed board on the frame side of the mounting frame, wherein the first hook element hooks around a top of the frame side and the second hook element hooks around a bottom of the frame side, wherein the first and the second hook elements (11, 12) are attached to said at least one bed board and the first hook element is provided for allowing an ant least partial rotational movement of said at least one bed board around a rotation axis, located along the frame side, and the second hook element is provided for being moved beneath the bottom of the frame side during the rotation around the rotation axis, characterized in that the set comprises a second bed board, wherein the bed boards (1, 18) of the set are provided for mounting to adjacent sides of the mounting frame with an upright side of the first bed board abutting on an upright side of the second bed board, wherein the upright sides (19, 20) comprise connecting means to be connected to each other.
A multi-section stent for use in the superficial femoral artery, the stent comprising: a first tubular section having a first end and a second end; a second tubular section connected to said first end of said first tubular section; and a third tubular section connected to said second end of said first tubular section, wherein each tubular section (62, 68, 70) comprises at least one segment defining at least one cell that extends longitudinally and circumferentially of the stent, wherein the ratio of the circumferential length to the longitudinal length of said at least one cell is greater in said first tubular section than in either of said second tubular section or said third tubular section, and wherein each of said first tubular section, said second tubular section, and said third tubular section is formed of a lattice (72, 74, 76), said lattices each having a plurality of ring segments extending circumferentially and at least three connector segments linking each of said ring segments together with each adjacent ring segment, wherein said first tubular section has a substantially lower ratio of said connector segments to said ring segments than said second tubular section, and said first tubular section has a substantially lower ratio of said connector segments to said ring segments than said third tubular section.
A lithium ion secondary battery in which an electrode group having a positive electrode and a negative electrode is housed in a battery can, wherein the negative electrode includes a negative electrode active material supported on a negative electrode foil, and characterized in that the negative electrode active material includes cores having SiO as a main component, a composite oxide coating layer of Fe and SiO2 disposed on a periphery of each of the cores, and a carbon coating layer disposed on a periphery of the composite oxide coating layer of Fe and SiO2.
A method for wireless communications by a user equipment, UE, comprising: receiving a physical downlink shared channel, PDSCH, transmission; receiving a different type downlink transmission, with transmit power boosted relative to the PDSCH transmission, characterized by: receiving information regarding relative transmit power of the PDSCH transmission relative to a common reference signal, CRS, based on the transmit power of the different type downlink transmission; and processing the PDSCH transmission based on the information. receiving a physical downlink shared channel, PDSCH, transmission; receiving a different type downlink transmission, with transmit power boosted relative to the PDSCH transmission, characterized by: receiving information regarding relative transmit power of the PDSCH transmission relative to a common reference signal, CRS, based on the transmit power of the different type downlink transmission; and processing the PDSCH transmission based on the information. receiving information regarding relative transmit power of the PDSCH transmission relative to a common reference signal, CRS, based on the transmit power of the different type downlink transmission; and processing the PDSCH transmission based on the information.