mhurhangee/ep-ind-claims huggingface dataset:
An outdoor unit of an air conditioner, which comprises a barrier partitioning the inside of the outdoor unit into a heat exchange chamber and a machine room, a blowing fan disposed in the heat exchange chamber to allow heat exchange chamber-side air to forcibly flow, an outdoor heat exchanger disposed in the heat exchange chamber, the outdoor heat exchanger being heat-exchanged with the air flowing by the blowing fan, a control box disposed on the machine room-side barrier to control an operation of the outdoor unit and a printed circuit board (350, 430) is disposed inside the control box, characterized in that the outdoor unit further comprises inflow and discharge passages defined by coupling the barrier to the control box to provide an air flow path by the heat exchange chamber and control box which communicate with each other, and the discharge passage is disposed at a position that is more adjacent to the blowing fan than the inflow passage, the barrier comprises a left part, a right part and a central part inclinedly disposed between the left part and the right part, the control box includes a base plate fixed to the barrier, the base plate having a central surface corresponding to the central part of the barrier and left and right surfaces (320, 330) corresponding to the left and right parts (120, 130) of the barrier, the inflow passage includes a barrier inflow hole provided at the right part and through which the air within the heat exchange chamber is introduced and a base inflow hole provided at the right surface and through which the air passing through the barrier inflow hole is introduced into the control box, the discharge passage includes a base discharge hole provided at the left surface and through which the air within the control box is discharged and a barrier discharge hole provided at the left part and through which the air passing through the base discharge hole is discharged towards the heat exchange chamber, and the PCB is disposed between the inflow passage and the discharge passage in a direction crossing a direction, in which the inflow passage and the discharge passage are opened.
A method for programming a non-volatile analog neuromorphic memory cell, comprising: erasing the cell; performing a coarse programming sequence (4510, 4600, 4700, 4800) on the cell, comprising: performing a first programming operation on the cell with a first voltage increment; and repeating the first programming operation until the current through the cell during a read operation exceeds a first current threshold; performing a first fine programming sequence (4511, 4700, 4800) on the cell, comprising; removing a portion of the charge on the floating gate of the cell; and programming the cell with a second voltage increment until the current through the cell during a read operation exceeds the threshold, wherein the second voltage increment is smaller than the first voltage increment; and performing a second fine programming sequence (4511, 4700, 4800) on the cell, comprising; removing a portion of the charge on the floating gate of the cell; programming the cell with a third voltage increment until the current through the cell during a read operation exceeds the threshold, wherein the third voltage increment is smaller than the second voltage increment. erasing the cell; performing a coarse programming sequence (4510, 4600, 4700, 4800) on the cell, comprising: performing a first programming operation on the cell with a first voltage increment; and repeating the first programming operation until the current through the cell during a read operation exceeds a first current threshold; performing a first programming operation on the cell with a first voltage increment; and repeating the first programming operation until the current through the cell during a read operation exceeds a first current threshold; performing a first fine programming sequence (4511, 4700, 4800) on the cell, comprising; removing a portion of the charge on the floating gate of the cell; and programming the cell with a second voltage increment until the current through the cell during a read operation exceeds the threshold, wherein the second voltage increment is smaller than the first voltage increment; and removing a portion of the charge on the floating gate of the cell; and programming the cell with a second voltage increment until the current through the cell during a read operation exceeds the threshold, wherein the second voltage increment is smaller than the first voltage increment; and performing a second fine programming sequence (4511, 4700, 4800) on the cell, comprising; removing a portion of the charge on the floating gate of the cell; programming the cell with a third voltage increment until the current through the cell during a read operation exceeds the threshold, wherein the third voltage increment is smaller than the second voltage increment.
N-(2-methoxycyclobutyl)-7-(methylamino)-5-((2-oxo-2H-[1,2'-bipyridin]-3-yl)amino)pyrazolo[1,5-a]pyrimidine-3-carboxamide or a pharmaceutically acceptable salt thereof.
Method for forming spacers of a field effect transistor gate, the gate having a top and edges and being situated above a layer made of a semi-conductive material, comprising a step of forming a dielectric layer covering the gate of the transistor, wherein the dielectric layer is made of a material taken from among: SiCO, SiC, SiCN, SiOCN, SiCBN, SiOCH, the method comprising: - after the step of forming the dielectric layer, at least one step of modifying said dielectric layer by putting in contact the dielectric layer with a plasma creating a bombardment of light anisotropic ions along a favoured direction parallel to edges of the gate, the conditions of the plasma, in particular the energy of the light ions and the implanted dose being selected so as to modify at least portions of the dielectric layer which are situated on the top of the gate and on either side of the gate and which are perpendicular to the edges of the gate by conserving non-modified portions of the dielectric layer covering the edges of the gate; the light ions being ions with a hydrogen base; - at least one step of removing the modified dielectric layer using an etching of said modified dielectric layer selectively with respect to the layer made of a semi-conductive material and with respect to the non-modified dielectric layer; characterised in that the plasma used during the step of modifying the dielectric layer is formed from a gas comprising at least one first non-carbon gaseous component of which the separation generates said light ions and a second gaseous component comprising at least one species favouring the separation of the first component to form said light ions, wherein the gas ratio between the first component and the second component is of between 1:19 and 19:1. - after the step of forming the dielectric layer, at least one step of modifying said dielectric layer by putting in contact the dielectric layer with a plasma creating a bombardment of light anisotropic ions along a favoured direction parallel to edges of the gate, the conditions of the plasma, in particular the energy of the light ions and the implanted dose being selected so as to modify at least portions of the dielectric layer which are situated on the top of the gate and on either side of the gate and which are perpendicular to the edges of the gate by conserving non-modified portions of the dielectric layer covering the edges of the gate; the light ions being ions with a hydrogen base; - at least one step of removing the modified dielectric layer using an etching of said modified dielectric layer selectively with respect to the layer made of a semi-conductive material and with respect to the non-modified dielectric layer;
A mobile terminal, comprising: a communication unit configured to communicate with at least one external terminal; a memory configured to store at least a first operating system acting in a first mode (501; 502) and a second operating system acting in a second mode (502; 501), respectively; and a controller configured to execute the first operating system and to activate the first mode corresponding to the first operating system, to display a first information screen on a display unit corresponding to the activated first mode, to receive a switching signal indicating the first mode is to be switched to the second mode, to attempt to switch to the second mode based on the received switching signal, and to restrict a specific application (1404, 1406, 1407, 1408) executing in the first mode in case the second mode is not switched to because of failure of the attempt. a communication unit configured to communicate with at least one external terminal; a memory configured to store at least a first operating system acting in a first mode (501; 502) and a second operating system acting in a second mode (502; 501), respectively; and a controller configured to execute the first operating system and to activate the first mode corresponding to the first operating system, to display a first information screen on a display unit corresponding to the activated first mode, to receive a switching signal indicating the first mode is to be switched to the second mode, to attempt to switch to the second mode based on the received switching signal, and to restrict a specific application (1404, 1406, 1407, 1408) executing in the first mode in case the second mode is not switched to because of failure of the attempt.
A method of estimating the fall risk of a user, the method being implemented by a computer, processor or processing unit, comprising: analyzing measurements of the acceleration of the user to determine if the user has performed a sit-to-stand transfer; only if a standard deviation, variance or range of a plurality of measurements of acceleration occurring in a time period before the start of the sit-to-stand transfer is less than a threshold value, obtaining an estimate of gravity as an average of the plurality of the measurements of acceleration occurring in the time period; identifying (103, 109) the peak vertical acceleration of the user during the sit-to-stand transfer from the measurements of the acceleration of the user, wherein the identified peak vertical acceleration is scaled using the estimate of gravity obtained from the measurements of the acceleration of the user in the time period; and estimating a fall risk for the user from the scaled peak vertical acceleration. analyzing measurements of the acceleration of the user to determine if the user has performed a sit-to-stand transfer; only if a standard deviation, variance or range of a plurality of measurements of acceleration occurring in a time period before the start of the sit-to-stand transfer is less than a threshold value, obtaining an estimate of gravity as an average of the plurality of the measurements of acceleration occurring in the time period; identifying (103, 109) the peak vertical acceleration of the user during the sit-to-stand transfer from the measurements of the acceleration of the user, wherein the identified peak vertical acceleration is scaled using the estimate of gravity obtained from the measurements of the acceleration of the user in the time period; and estimating a fall risk for the user from the scaled peak vertical acceleration.
An impingement apparatus (210; 310) for a freezer, comprising: - an impingement plate (218; 318) having a plurality of holes (214; 314) therethrough; the impingement apparatus being characterised in that it further comprises: - a piston assembly comprising at least one movable piston (212; 312), one for each of select ones of the plurality of holes (214; 314), each of the movable pistons (212; 312) being suitable for being pressurized to close a corresponding one of the holes (214; 314); - at least one biasing member (216; 316) mounted for coaction with each one of the movable pistons (212; 312) to bias the at least one movable piston (212; 312) out of the corresponding one of the plurality of holes (214; 314) for providing a gas passageway through each of the select ones of the plurality of holes (214; 314); and - a pressurized gas for providing a pulsed gas flow to the piston assembly to close the gas passageways at the select ones of the impingement holes (214; 314) by the movable pistons (212; 312). - an impingement plate (218; 318) having a plurality of holes (214; 314) therethrough; - a piston assembly comprising at least one movable piston (212; 312), one for each of select ones of the plurality of holes (214; 314), each of the movable pistons (212; 312) being suitable for being pressurized to close a corresponding one of the holes (214; 314); - at least one biasing member (216; 316) mounted for coaction with each one of the movable pistons (212; 312) to bias the at least one movable piston (212; 312) out of the corresponding one of the plurality of holes (214; 314) for providing a gas passageway through each of the select ones of the plurality of holes (214; 314); and - a pressurized gas for providing a pulsed gas flow to the piston assembly to close the gas passageways at the select ones of the impingement holes (214; 314) by the movable pistons (212; 312).
An apparatus (10, 110, 210, 310, 410) for carrying out a photocatalytic reaction on a liquid, the apparatus comprising: a reaction chamber (12, 212, 312, 412) having a longitudinal axis and comprising a fluid inlet (22, 222, 322, 422) and a fluid outlet (24, 224, 324) displaced in a longitudinal direction of the reaction chamber; a layer of mobile photocatalyst particles (50, 250); and a bearing surface for the layer of mobile photocatalyst particles disposed between the fluid inlet and the fluid outlet, such that in use a liquid to be treated flows between the fluid inlet and the fluid outlet and contacts the layer of mobile photocatalyst particles; wherein the apparatus further comprises at least one formation (28, 128, 228) comprising one or more blades configured to redirect the flow of the liquid to be treated and introduce a circular, elliptical, rotational or helical component to the flow through the layer of mobile photocatalyst particles to agitate or mobilise the mobile photocatalyst particles. a reaction chamber (12, 212, 312, 412) having a longitudinal axis and comprising a fluid inlet (22, 222, 322, 422) and a fluid outlet (24, 224, 324) displaced in a longitudinal direction of the reaction chamber; a layer of mobile photocatalyst particles (50, 250); and a bearing surface for the layer of mobile photocatalyst particles disposed between the fluid inlet and the fluid outlet, such that in use a liquid to be treated flows between the fluid inlet and the fluid outlet and contacts the layer of mobile photocatalyst particles; wherein the apparatus further comprises at least one formation (28, 128, 228) comprising one or more blades configured to redirect the flow of the liquid to be treated and introduce a circular, elliptical, rotational or helical component to the flow through the layer of mobile photocatalyst particles to agitate or mobilise the mobile photocatalyst particles.
Transport system for transportation of a generator of a wind turbine, the transport system comprising: - at least one first transport wheel unit; - at least one second transport wheel unit; and - at least one main transport frame element for carrying the generator during the transportation of the generator; wherein - the main transport frame element is arranged between the first transport wheel unit and the second transport wheel unit; - the main transport frame element is connected to two tower clamp-sets for a transportation of a tower segment of a tower of the wind turbine; - the tower clamp-sets are respectively installed on top (111, 121) of the first and second transport wheel units (11, 12); - the tower clamp-sets are designed such that the tower segment can be lifted off a ground during the transportation of the tower segment. - at least one first transport wheel unit; - at least one second transport wheel unit; and - at least one main transport frame element for carrying the generator during the transportation of the generator; wherein - the main transport frame element is arranged between the first transport wheel unit and the second transport wheel unit; - the main transport frame element is connected to two tower clamp-sets for a transportation of a tower segment of a tower of the wind turbine; - the tower clamp-sets are respectively installed on top (111, 121) of the first and second transport wheel units (11, 12); - the tower clamp-sets are designed such that the tower segment can be lifted off a ground during the transportation of the tower segment.
Aircraft seat with an aircraft seat control unit that is configured at least for a partial controlling of the aircraft seat, with at least one circuit device including at least one interface circuit and at least one functional circuit (16, 18, 20, 22) and including at least one first printed circuit board that comprises the interface circuit and at least one second printed circuit board that comprises the functional circuit, wherein the first printed circuit board and the second printed circuit board are coupled with one another, and with at least one further printed circuit board (30, 32, 34) that comprises the functional circuit (18, 20, 22) and is configured for a connection to the first printed circuit board, wherein the second printed circuit board and/or the further printed circuit board (30, 32, 34) each have a plug element (52, 54, 56, 58), which is configured for a connection of an external electronics unit to the circuit device, and the first printed circuit board comprises a main plug, which is configured for a connection of the circuit device to an aircraft electronics unit, characterised in that the aircraft seat control unit is fixated in the aircraft seat via a housing.
An apparatus comprising: a calibration circuit (900,1400,1900,2100) configured to adjust a measurement of an alternating current, the calibration circuit comprising: two terminals, comprising a first terminal (902,1402,1902,2102) and a second terminal (904,1404,1904,2104); and a plurality of electrical pathways (910,920,1410,1420, 1910,2110) between the two terminals, characterized by each electrical pathway of the plurality of electrical pathways comprising: a fuse; a switch; and an electrical element (C,R); wherein the fuse, the switch, and the electrical element are connected in series between the two terminals; wherein each electrical pathway is configured in a closed circuit configuration when the switch is closed and the fuse is intact; and wherein the electrical pathway is configured to be set to an open circuit configuration when the switch is open or the fuse is burned. a calibration circuit (900,1400,1900,2100) configured to adjust a measurement of an alternating current, the calibration circuit comprising: two terminals, comprising a first terminal (902,1402,1902,2102) and a second terminal (904,1404,1904,2104); and a plurality of electrical pathways (910,920,1410,1420, 1910,2110) between the two terminals, characterized by each electrical pathway of the plurality of electrical pathways comprising: a fuse; a switch; and an electrical element (C,R); two terminals, comprising a first terminal (902,1402,1902,2102) and a second terminal (904,1404,1904,2104); and a plurality of electrical pathways (910,920,1410,1420, 1910,2110) between the two terminals, characterized by each electrical pathway of the plurality of electrical pathways comprising: a fuse; a switch; and an electrical element (C,R); a fuse; a switch; and an electrical element (C,R); wherein the fuse, the switch, and the electrical element are connected in series between the two terminals; wherein each electrical pathway is configured in a closed circuit configuration when the switch is closed and the fuse is intact; and wherein the electrical pathway is configured to be set to an open circuit configuration when the switch is open or the fuse is burned.
Method for switching over an internal combustion engine from the operation with a first fuel to the operation with a second fuel, the first fuel having a first viscosity at a predetermined temperature and the second fuel having a second viscosity different from the first viscosity at the same temperature, with the steps - operating the internal combustion engine with a fuel mixture with a predetermined first ratio of the first fuel to the second fuel and - changing the proportion of the first fuel to the second fuel with a predetermined rate of change, until a predetermined second ratio of the first fuel to the second fuel is reached, wherein at least one fuel or the fuel mixture is being tempered for reaching a predetermined viscosity, characterized by detecting the change in temperature of the fuel mixture occurring when changing the proportion of the first fuel to the second fuel per predetermined unit of time and setting a rate of change at which a predetermined maximum permissible rate of change in temperature is not exceeded. - operating the internal combustion engine with a fuel mixture with a predetermined first ratio of the first fuel to the second fuel and - changing the proportion of the first fuel to the second fuel with a predetermined rate of change, until a predetermined second ratio of the first fuel to the second fuel is reached,
Diamond wire compact cutting machine for the cutting of stones or the like in a quarry, the machine has pulleys(2,3) to insert a cutting diamond wire, whose movement and tightening allows to cut stones and the like interposed in its trajectory in quarries, and comprising a single chassis compact to which, by one of its sides, the pulleys (2, 3) are coupled so that a plurality of them are fixed pulleys, coupled directly to the chassis, including a drive pulley, and at least two are movable pulleys incorporated in a cart with movement of vertical displacement along a tightening column that extends superiorly above the chassis, so that said movement of the cart determines the separation between the fixed pulleys and the movable pulleys to achieve the tightening of the wire, and having, also, in said chassis four legs for its support in the use position, incorporated in the base thereof together with motorized wheels that also has for autonomous movement, wherein the tightening column of the wire is collapsible; and wherein each of the legs presents a movement of independent vertical displacement in a stretch of several centimetres, which allows to regulate the height thereof so as to level the chassis on a non-flat ground and to regulate its inclination in possible operations of oblique cuts, characterized in that the four legs that the chassis has for its support in the use position are coupled thereto with the possibility of horizontal movement, in a lateral direction for regulating the position of the chassis and perfectly aligning the wire with respect to the cutting point or hole.