mhurhangee/ep-ind-claims huggingface dataset:
A plant comprising: an integrated lime hydrator comprising at least one first stage housing equipped with an adjustable control weir, a water supply, a paddle set and a quicklime supply, operative to produce hydrated lime; and a second stage housing equipped with a paddle set and a hydrated lime supply from the first stage housing operative to produce cured hydrated lime; wherein the integrated lime hydrator is integrated with a distribution device equipped with a water supply and a cured hydrated lime supply from the second stage housing, the distribution device operative to produce moistened hydrated lime and to distribute the moistened hydrated lime, and a reactor equipped with a flow of flue gas and a moistened hydrated lime supply from the distribution device operative for moistened hydrated lime distribution within the flow of flue gas for a reduction in flue gas acid gas to produce cleaned flue gas. an integrated lime hydrator comprising at least one first stage housing equipped with an adjustable control weir, a water supply, a paddle set and a quicklime supply, operative to produce hydrated lime; and a second stage housing equipped with a paddle set and a hydrated lime supply from the first stage housing operative to produce cured hydrated lime; wherein at least one first stage housing equipped with an adjustable control weir, a water supply, a paddle set and a quicklime supply, operative to produce hydrated lime; and a second stage housing equipped with a paddle set and a hydrated lime supply from the first stage housing operative to produce cured hydrated lime; wherein the integrated lime hydrator is integrated with a distribution device equipped with a water supply and a cured hydrated lime supply from the second stage housing, the distribution device operative to produce moistened hydrated lime and to distribute the moistened hydrated lime, and a reactor equipped with a flow of flue gas and a moistened hydrated lime supply from the distribution device operative for moistened hydrated lime distribution within the flow of flue gas for a reduction in flue gas acid gas to produce cleaned flue gas. a distribution device equipped with a water supply and a cured hydrated lime supply from the second stage housing, the distribution device operative to produce moistened hydrated lime and to distribute the moistened hydrated lime, and a reactor equipped with a flow of flue gas and a moistened hydrated lime supply from the distribution device operative for moistened hydrated lime distribution within the flow of flue gas for a reduction in flue gas acid gas to produce cleaned flue gas.
A control system for a steam system comprising: a discharge valve controller configured to control an opening of a discharge valve for discharging low-pressure steam to outside of a low-pressure header such that a pressure of the low-pressure steam stored in the low-pressure header decreases when a pressure of the low-pressure steam is larger than a discharge valve pressure set value; a bypass valve controller configured to perform a normal control in which an opening of a bypass valve for controlling steam flow in a bypass for introducing steam from a high-pressure header storing a high-pressure steam to the low-pressure header by bypassing a turbine driven by the high-pressure steam supplied from the high-pressure header is controlled based on a plant value of a pressure of the low-pressure steam when the turbine is driven; and a trip time control section configured to perform a trip time control in which steam is supplied from the high-pressure header to the low-pressure header by bypassing the turbine in response to a trip signal indicating that the turbine trips, wherein the bypass valve controller is configured to perform an after-trip control in which an opening of the bypass valve is controlled to be larger than in the normal control after the trip time control and when the turbine is tripped, and wherein the bypass valve controller is configured to start the after-trip control when it receives a trigger indicating that the opening of the discharge valve represents a predetermined value or less including the full closure of the discharge valve. a discharge valve controller configured to control an opening of a discharge valve for discharging low-pressure steam to outside of a low-pressure header such that a pressure of the low-pressure steam stored in the low-pressure header decreases when a pressure of the low-pressure steam is larger than a discharge valve pressure set value; a bypass valve controller configured to perform a normal control in which an opening of a bypass valve for controlling steam flow in a bypass for introducing steam from a high-pressure header storing a high-pressure steam to the low-pressure header by bypassing a turbine driven by the high-pressure steam supplied from the high-pressure header is controlled based on a plant value of a pressure of the low-pressure steam when the turbine is driven; and a trip time control section configured to perform a trip time control in which steam is supplied from the high-pressure header to the low-pressure header by bypassing the turbine in response to a trip signal indicating that the turbine trips, wherein the bypass valve controller is configured to perform an after-trip control in which an opening of the bypass valve is controlled to be larger than in the normal control after the trip time control and when the turbine is tripped, and wherein the bypass valve controller is configured to start the after-trip control when it receives a trigger indicating that the opening of the discharge valve represents a predetermined value or less including the full closure of the discharge valve.
A viral vector for use in the treatment of neurological disorders wherein the viral vector comprises a therapeutic agent and is being administered by convection enhanced diffusion into the white matter of the brain below the motor cortex, visual cortex or auditory cortex at a junction of cortical gray matter and underlying white matter in order to deliver the therapeutic agent to the cerebral cortex or to the cerebral cortex and spinal cord.
A touch panel integrated organic light emitting display apparatus comprising: a flexible substrate; a thin film transistor on the flexible substrate; an organic light emitting unit on the thin film transistor, the organic light emitting unit comprising an anode, an organic emission layer and a cathode; an anode contact unit connected to the thin film transistor and extended from the anode; an encapsulation unit configured to cover the organic light emitting unit; a low-reflective adhesive member on the encapsulation unit, the low-reflective adhesive member comprising an adhesive layer and a low-reflective pattern; and a touch panel on the low-reflective adhesive member, wherein the low-reflective pattern has a visible light absorption property; characterized in that the low-reflective pattern is located on a side of the adhesive layer facing the organic light emitting unit; and wherein the encapsulation unit comprises: a first inorganic encapsulation layer, an organic layer on the first inorganic encapsulation layer; and a second inorganic encapsulation layer on the organic layer, wherein the low-reflective pattern is in contact with the second inorganic encapsulation layer. a flexible substrate; a thin film transistor on the flexible substrate; an organic light emitting unit on the thin film transistor, the organic light emitting unit comprising an anode, an organic emission layer and a cathode; an anode contact unit connected to the thin film transistor and extended from the anode; an encapsulation unit configured to cover the organic light emitting unit; a low-reflective adhesive member on the encapsulation unit, the low-reflective adhesive member comprising an adhesive layer and a low-reflective pattern; and a touch panel on the low-reflective adhesive member, wherein the low-reflective pattern has a visible light absorption property; characterized in that the low-reflective pattern is located on a side of the adhesive layer facing the organic light emitting unit; and wherein the encapsulation unit comprises: a first inorganic encapsulation layer, an organic layer on the first inorganic encapsulation layer; and a second inorganic encapsulation layer on the organic layer, a first inorganic encapsulation layer, an organic layer on the first inorganic encapsulation layer; and a second inorganic encapsulation layer on the organic layer, wherein the low-reflective pattern is in contact with the second inorganic encapsulation layer.
A method of manufacturing a solar cell, the method comprising: forming a preliminary protective film over one surface of a semiconductor substrate using a wet chemical solution, the semiconductor substrate including a base area of a second conductive type and formed of crystalline silicon, performing a heat treatment process on the preliminary protective film at a heat treatment temperature of 600 degrees Celsius or more under a gas atmosphere including a halogen gas, which has a halogen element, thereby converting the preliminary protective film to a control passivation layer having a density higher than a density of the preliminary protective film, wherein the heat treatment process includes a main section, during which the heat treatment temperature is maintained, a temperature increase section before the main section, during which an increase in temperature occurs from an introduction temperature to the heat treatment temperature, and a temperature reduction section after the main section, during which a reduction in temperature occurs from the heat treatment temperature to a discharge temperature, wherein the introduction temperature or the discharge temperature is within a range from 400 degrees Celsius to 550 degrees Celsius and wherein the introduction temperature and the discharge temperature are lower than the heat treatment temperature, wherein the preliminary protective film is formed of a silicon oxide film formed by a reaction between the substrate and the wet chemical solution. forming a preliminary protective film over one surface of a semiconductor substrate using a wet chemical solution, the semiconductor substrate including a base area of a second conductive type and formed of crystalline silicon, performing a heat treatment process on the preliminary protective film at a heat treatment temperature of 600 degrees Celsius or more under a gas atmosphere including a halogen gas, which has a halogen element, thereby converting the preliminary protective film to a control passivation layer having a density higher than a density of the preliminary protective film, wherein the heat treatment process includes a main section, during which the heat treatment temperature is maintained, a temperature increase section before the main section, during which an increase in temperature occurs from an introduction temperature to the heat treatment temperature, and a temperature reduction section after the main section, during which a reduction in temperature occurs from the heat treatment temperature to a discharge temperature, wherein the introduction temperature or the discharge temperature is within a range from 400 degrees Celsius to 550 degrees Celsius and wherein the introduction temperature and the discharge temperature are lower than the heat treatment temperature, wherein the preliminary protective film is formed of a silicon oxide film formed by a reaction between the substrate and the wet chemical solution.
A supporting device (1, 100) for mounting tools on a switchgear front panel characterized in that it comprises: - a first, fixing, plate (2, 200) and a second, supporting, plate (3, 300) connected to each other and free to rotate with respect to each other in a first plane; - a first locking device (4, 400) for locking said first, fixing, plate (2, 200) and said second, supporting, plate (3, 300) at selected angular position with respect to each other; - a magnetic fixing device comprising fixing magnets adapted to be fixed on said switchgear front panel; - an adjustable connection device connecting said fixing magnets to said first, fixing, plate (2, 200) and comprising a second locking device for locking said fixing magnets at different positions with respect to said first, fixing, plate (2, 200); - a third locking device (9, 900) for fixing a tool on said second, supporting, plate (3, 300). - a first, fixing, plate (2, 200) and a second, supporting, plate (3, 300) connected to each other and free to rotate with respect to each other in a first plane; - a first locking device (4, 400) for locking said first, fixing, plate (2, 200) and said second, supporting, plate (3, 300) at selected angular position with respect to each other; - a magnetic fixing device comprising fixing magnets adapted to be fixed on said switchgear front panel; - an adjustable connection device connecting said fixing magnets to said first, fixing, plate (2, 200) and comprising a second locking device for locking said fixing magnets at different positions with respect to said first, fixing, plate (2, 200); - a third locking device (9, 900) for fixing a tool on said second, supporting, plate (3, 300).
A method of slowing an aircraft overrunning a runway, comprising: a) paving an area immediately beyond the end of a runway with foamed glass bodies to define a bed, wherein the foamed glass bodies have a crush strength of between 345 kPa and 689kPa (between 50 PSI and 100 PSI); b) covering the bed with a layer of cementitious material to define a composite bed that provides a composite runway safety area comprising foamed glass bodies in a structural matrix, wherein the surface of the area is concrete; and c) crushing at least a portion of the composite bed with an oncoming aircraft, wherein crushing the at least a portion of the composite bed removes kinetic energy from the oncoming aircraft to slow the oncoming aircraft; wherein the composite bed is generally resistant to fire. a) paving an area immediately beyond the end of a runway with foamed glass bodies to define a bed, wherein the foamed glass bodies have a crush strength of between 345 kPa and 689kPa (between 50 PSI and 100 PSI); b) covering the bed with a layer of cementitious material to define a composite bed that provides a composite runway safety area comprising foamed glass bodies in a structural matrix, wherein the surface of the area is concrete; and c) crushing at least a portion of the composite bed with an oncoming aircraft, wherein crushing the at least a portion of the composite bed removes kinetic energy from the oncoming aircraft to slow the oncoming aircraft;
A fuel system for an aircraft engine comprising a fuel pump, a supply line, a metering system, a pressure raising valve, a spill line, an actuator control servo-valve, an actuator control line (56, 58), and an actuator including a chamber in communication with the actuator control line, the fuel pump being operable to deliver fuel through the supply line to the pressure raising valve, the metering system being provided in the supply line, excess fuel delivered to the metering system being returned to an inlet side of the fuel pump by way of the spill line, the pressure raising valve including a control chamber, the fuel pressure within the control chamber controlling a minimum pump pressure differential, and the actuator control servo-valve operable to control the supply of fuel from the supply line to the actuator control line (56, 58), wherein the actuator control servo-valve further controls the pressure of fuel applied to the control chamber of the pressure raising valve.
Lifting table capable of moving from a folded position to a unfolded position, and vice versa, comprising - a sub-frame comprising two first profiles (6 and 7) being parallel to each other and connected to each other by at least one crossbar element, - a frame intended to support a tray and comprising two second profiles (9, 10) being parallel to each other and to the first profiles (6, 7) of the said sub-frame, - means for the vertical movement of the said frame in relation to the sub-frame comprising two series (13, 14) of lifting arms (131, 132, 141 and 142) - connected to each other in a pivoting manner with respect to an axis (A - A'), - and comprising an end being mobile in translation on or in the said first profiles (6, 7) or under or in the said second profiles (9, 10), and an end pivoting mounted moving in relation to the sub-frame or the frame, - means for driving the said vertical movement means, comprising an end fixed in a pivoting manner to the crossbar element and another end comprising first support means taking support and moving on the first pushing means (171 and 172) of the support means, said pushing means (171 and 172) being mounted pivoting according to the said axis (A-A') and being linked by a crossbar, to the top of the lifting arms (131 and 141) which are movable in translation under or in the said second profiles (9, 10). - a sub-frame comprising two first profiles (6 and 7) being parallel to each other and connected to each other by at least one crossbar element, - a frame intended to support a tray and comprising two second profiles (9, 10) being parallel to each other and to the first profiles (6, 7) of the said sub-frame, - means for the vertical movement of the said frame in relation to the sub-frame comprising two series (13, 14) of lifting arms (131, 132, 141 and 142) - connected to each other in a pivoting manner with respect to an axis (A - A'), - and comprising an end being mobile in translation on or in the said first profiles (6, 7) or under or in the said second profiles (9, 10), and an end pivoting mounted moving in relation to the sub-frame or the frame, - means for driving the said vertical movement means, comprising an end fixed in a pivoting manner to the crossbar element and another end comprising first support means taking support and moving on the first pushing means (171 and 172) of the support means, said pushing means (171 and 172) being mounted pivoting according to the said axis (A-A') and being linked by a crossbar, to the top of the lifting arms (131 and 141) which are movable in translation under or in the said second profiles (9, 10).
An organic semiconductor material, represented by the following general formula: wherein: R 1, R 2 are selected from hydrogen atom, fluorine atom, cyano group, alkyl or alkoxy or aryl or heteroaryl having a straight-chain or branched-chain of 1-40 carbon atoms; R 3 is selected from alkyl having 1-20 carbon atoms; n is a natural number and 1<n≤100; m is a natural number and 1<m≤20; x, y is a positive real number, and x + y = 1. R 1, R 2 are selected from hydrogen atom, fluorine atom, cyano group, alkyl or alkoxy or aryl or heteroaryl having a straight-chain or branched-chain of 1-40 carbon atoms; R 3 is selected from alkyl having 1-20 carbon atoms; n is a natural number and 1<n≤100; m is a natural number and 1<m≤20; x, y is a positive real number, and x + y = 1.
A treatment assembly for securing a therapeutic or massage treatment member to a shaft, the treatment assembly comprising an attachment system, said attachment system comprising: the treatment member, wherein the treatment member defines a longitudinal axis and has a distal end and a proximal end, wherein the proximal end includes an attachment recess defined therein, wherein a magnet is disposed within the attachment recess, whereby when the shaft is received in the attachment recess a distal end of the shaft is magnetically attracted to the magnet; a female attachment member having a distal end, a proximal end, and a shaft recess defined in the proximal end, wherein the female attachment member is secured in the attachment recess of the treatment member, wherein the magnet is secured within the female attachment member and is communicated with the shaft recess, whereby when the shaft is received in the shaft recess, the distal end of the shaft is magnetically attracted to the magnet; wherein the female attachment member is internally threaded, and wherein the female attachment member is configured to mate with external threads of the shaft. the treatment member, wherein the treatment member defines a longitudinal axis and has a distal end and a proximal end, wherein the proximal end includes an attachment recess defined therein, wherein a magnet is disposed within the attachment recess, whereby when the shaft is received in the attachment recess a distal end of the shaft is magnetically attracted to the magnet; a female attachment member having a distal end, a proximal end, and a shaft recess defined in the proximal end, wherein the female attachment member is secured in the attachment recess of the treatment member, wherein the magnet is secured within the female attachment member and is communicated with the shaft recess, whereby when the shaft is received in the shaft recess, the distal end of the shaft is magnetically attracted to the magnet; wherein the female attachment member is internally threaded, and wherein the female attachment member is configured to mate with external threads of the shaft.
A computer-implemented method of designing one or more dental restorations for a patient, wherein the method comprises: - selecting a composed set of teeth (201, 301, 501) from an electronic library comprising a number of different composed sets of teeth, where the number of teeth are arranged spatially relative to each other; - obtaining a three dimensional virtual representation of the patient's present oral situation by scanning the present oral situation using an intraoral scanner; - applying the composed set of teeth to the virtual three dimensional representation of the patient's present oral situation (402, 502, 902) to obtain an initial set of teeth; - modifying one or more parameters of one or more of the teeth in the initial set of teeth (503, 603, 703) to obtain modified composed set of teeth; - modifying a plurality of teeth in the initial set of teeth or the entire initial set of teeth collectively, when modifying the one or more parameters in the initial set of teeth; and - designing one or more dental restorations in the lower and/or upper arch and fitting the lower and upper arch together. - selecting a composed set of teeth (201, 301, 501) from an electronic library comprising a number of different composed sets of teeth, where the number of teeth are arranged spatially relative to each other; - obtaining a three dimensional virtual representation of the patient's present oral situation by scanning the present oral situation using an intraoral scanner; - applying the composed set of teeth to the virtual three dimensional representation of the patient's present oral situation (402, 502, 902) to obtain an initial set of teeth; - modifying one or more parameters of one or more of the teeth in the initial set of teeth (503, 603, 703) to obtain modified composed set of teeth; - modifying a plurality of teeth in the initial set of teeth or the entire initial set of teeth collectively, when modifying the one or more parameters in the initial set of teeth; and - designing one or more dental restorations in the lower and/or upper arch and fitting the lower and upper arch together.