mhurhangee/ep-ind-claims huggingface dataset:
An aerosol provision article arranged to generate a flow of aerosol in use, the aerosol provision article comprising a receptacle section, the receptacle section arranged for receiving therein an activatable element (124, 224...924) for modifying, once activated, a property of said flow of aerosol, the receptacle section comprising: a channel for having the activatable element removably installed therein, and at least one activating element operable to apply, after an installation of said activatable element (124, 224...924) in the receptacle section by a user, a force to said activatable element (124, 224...924) to activate said activatable element (124, 224...924) installed in the receptacle section in use, wherein the at least one activating element is moveable between a first position and a different, second position for activating said activatable element (124, 224...924) installed in the receptacle section in use, wherein the first position is for allowing removable installation of the activatable element in the channel of the receptacle section by a user, when the receptacle section is connected to the aerosol provision article, and wherein movement of the at least one activating element from the first position to the second position causes said force to be applied to activate said activatable element (124, 224...924) installed in the receptacle section in use. a channel for having the activatable element removably installed therein, and at least one activating element operable to apply, after an installation of said activatable element (124, 224...924) in the receptacle section by a user, a force to said activatable element (124, 224...924) to activate said activatable element (124, 224...924) installed in the receptacle section in use, wherein the at least one activating element is moveable between a first position and a different, second position for activating said activatable element (124, 224...924) installed in the receptacle section in use, wherein the first position is for allowing removable installation of the activatable element in the channel of the receptacle section by a user, when the receptacle section is connected to the aerosol provision article, and wherein movement of the at least one activating element from the first position to the second position causes said force to be applied to activate said activatable element (124, 224...924) installed in the receptacle section in use.
A propeller position changing device comprising a first shaft communicating with a motor from a first end thereof, a second shaft communicating with a second end of the first shaft wherein the second shaft is rotatable about the axis of the first shaft or an axis separate from axis of the first shaft, a motion transmission means communicating the first shaft to the second shaft, a first piston rotating the second shaft relative to the first shaft, and a propeller communicating with the second shaft from a second end thereof, characterized by comprising a first conical gear provided to the second end of the first shaft, a second conical gear provided to the first end of the second shaft, a third conical gear transmitting motion between said conical gears (62, 63), a first sleeve comprising a first sleeve groove through which the second shaft is moved for making a relative motion thereof, a first sleeve hole for rotatable communication of the first shaft, a first ring receiving the first conical gear, the second conical gear and the third conical gear, and comprising a first ring groove through which the first shaft is moved for making a relative motion thereof, a first ring hole for rotatable communication of the second shaft, characterized in that the propeller position changing device further comprises a third shaft placed between said propeller and second shaft, a fifth conical gear provided to both ends of the second shaft, a sixth conical gear provided to the first end of the third shaft, a seventh conical gear transmitting motion between said conical gears (62', 63'), a second sleeve comprising a second sleeve groove through which the second shaft is moved for making a relative motion thereof, a second sleeve hole for rotatable communication of the third shaft, a second ring receiving said fifth conical gear, sixth conical gear and the seventh conical gear, and comprising a second ring groove through which the third shaft is moved for making a relative motion thereof, a second ring hole for rotatable communication of the second shaft, wherein the propeller axis remains parallel to the water surface in any given position of the second shaft.
A variable area turbine arrangement, comprising: a variable vane assembly (165-1; 165-2; 165-3); and a secondary flow system (180-1; 180-2; 180-3) associated with said variable vane assembly (165-1; 165-2; 165-3), wherein flow modulation of a cooling fluid through said secondary flow system (180-1; 180-2; 180-3) is changed simultaneously with actuation of said variable vane assembly (165-1; 165-2; 165-3), characterized in that: the secondary flow system (180-1; 180-2; 180-3) includes a TOBI assembly (150-1; 150-2; 150-3). a variable vane assembly (165-1; 165-2; 165-3); and a secondary flow system (180-1; 180-2; 180-3) associated with said variable vane assembly (165-1; 165-2; 165-3), wherein flow modulation of a cooling fluid through said secondary flow system (180-1; 180-2; 180-3) is changed simultaneously with actuation of said variable vane assembly (165-1; 165-2; 165-3), characterized in that: the secondary flow system (180-1; 180-2; 180-3) includes a TOBI assembly (150-1; 150-2; 150-3).
A street light comprising: • a lamp standard, • a direct current powered lamp mounted on the lamp standard, • at least two batteries installable with the lamp standard for powering the lamp, • means for connection of the lamp standard to a mains electricity grid, • a rectifier for charging the batteries from the mains electricity grid and • means for controlling illumination of the lamp and charging of the batteries wherein the light further comprises a solar panel and/or a wind turbine for charging of the batteries, characterised by a charging controller being arranged to interchange battery use and charging between the at least two batteries on a daily basis and preferably being adapted for: • the one of the batteries used during the previous night to be solar and/or wind charged during the following day; • the other battery to be used during the following night, with the one battery being charged from its solar and/or wind charged state to full charge from the mains during the night's low tariff period; and • vice versa. • a lamp standard, • a direct current powered lamp mounted on the lamp standard, • at least two batteries installable with the lamp standard for powering the lamp, • means for connection of the lamp standard to a mains electricity grid, • a rectifier for charging the batteries from the mains electricity grid and • means for controlling illumination of the lamp and charging of the batteries • the one of the batteries used during the previous night to be solar and/or wind charged during the following day; • the other battery to be used during the following night, with the one battery being charged from its solar and/or wind charged state to full charge from the mains during the night's low tariff period; and • vice versa.
A control system of a tandem rolling mill which takes a tandem rolling mill, provided with a plurality of rolling stands, as a controlled object, and controls a strip thickness of a strip, which is continuously rolled by work rolls provided at each of the rolling stands, to a desired value, the control system comprising: a roll position deviation calculation section predicting a roll position of the work rolls provided at each rolling stand, using a rolling actual value obtained in each of the plurality of rolling stands, when the strip is rolled, and calculating a roll position deviation of the work rolls in the each rolling stand, on the basis of the predicted roll position, and the roll position actual value of the work rolls in the each rolling stand that is obtained by the rolling; a strip thickness deviation calculation section calculating a deviation between a target strip thickness and a strip thickness of the strip detected by a strip thickness measuring section provided at a delivery side of a rolling stand at a final stage of the tandem rolling mill; a roll position compensation amount calculation section calculating a roll position compensation amount in the each rolling stand from each roll position deviation calculated in the roll position compensation amount calculation section, and the strip thickness of the strip that is calculated in the strip thickness deviation calculation section; and a control reference setup section calculating roll positions of the work rolls in the each rolling stand with respect to a strip to be next rolled, compensating the calculated roll positions with the roll position compensation amounts, and calculating roll positions to be set in the each rolling stand. a roll position deviation calculation section predicting a roll position of the work rolls provided at each rolling stand, using a rolling actual value obtained in each of the plurality of rolling stands, when the strip is rolled, and calculating a roll position deviation of the work rolls in the each rolling stand, on the basis of the predicted roll position, and the roll position actual value of the work rolls in the each rolling stand that is obtained by the rolling; a strip thickness deviation calculation section calculating a deviation between a target strip thickness and a strip thickness of the strip detected by a strip thickness measuring section provided at a delivery side of a rolling stand at a final stage of the tandem rolling mill; a roll position compensation amount calculation section calculating a roll position compensation amount in the each rolling stand from each roll position deviation calculated in the roll position compensation amount calculation section, and the strip thickness of the strip that is calculated in the strip thickness deviation calculation section; and a control reference setup section calculating roll positions of the work rolls in the each rolling stand with respect to a strip to be next rolled, compensating the calculated roll positions with the roll position compensation amounts, and calculating roll positions to be set in the each rolling stand.
A non-aqueous electrolyte secondary battery comprising: a positive electrode plate in which a positive electrode mixture layer containing a positive electrode active material is formed on a positive electrode current collector; a negative electrode plate in which a negative electrode mixture layer containing a negative electrode active material is formed on a negative electrode current collector; a separator; a non-aqueous electrolyte; a sealing member; and an outer casing, wherein the negative electrode active material contains graphite and a silicon material, the silicon material contains silicon oxide represented by SiO x (0.5 ≤ x < 1.6) and a silicon-lithium silicate composite in which a silicon phase is dispersed in a lithium silicate phase represented by Li 2z SiO (2+z) (0 < z < 2), and an amount of the silicon-lithium silicate composite is 33% by mass or more and 93% by mass or less relative to the silicon material. a positive electrode plate in which a positive electrode mixture layer containing a positive electrode active material is formed on a positive electrode current collector; a negative electrode plate in which a negative electrode mixture layer containing a negative electrode active material is formed on a negative electrode current collector; a separator; a non-aqueous electrolyte; a sealing member; and an outer casing, wherein the negative electrode active material contains graphite and a silicon material, the silicon material contains silicon oxide represented by SiO x (0.5 ≤ x < 1.6) and a silicon-lithium silicate composite in which a silicon phase is dispersed in a lithium silicate phase represented by Li 2z SiO (2+z) (0 < z < 2), and an amount of the silicon-lithium silicate composite is 33% by mass or more and 93% by mass or less relative to the silicon material.
An image reading apparatus, comprising: a light source unit for irradiating light to a document; an image sensor for receiving reflected light from the document irradiated with light by the light source unit and outputting a first analog signal representing the intensity of the reflected light by a voltage; an attenuator including an input portion to which the first analog signal is input, a first resistor, one end of which is connected to the input portion and a second resistor, one end of which is connected to the other end of the first resistor and the other end of which is grounded and configured to generate a second analog signal by voltage-dividing the first analog signal at a predetermined voltage-dividing ratio by the first resistor and the second resistor; an analog processor for generating a third analog signal by amplifying the second analog signal with a predetermined gain; and an A/D converter for converting the third analog signal into a digital signal; wherein the voltage-dividing ratio is not higher than a ratio of a maximum value of the amplitude of an analog signal inputtable to the analog processor to a maximum value of the amplitude of an analog signal having a possibility of being output from the image sensor. a light source unit for irradiating light to a document; an image sensor for receiving reflected light from the document irradiated with light by the light source unit and outputting a first analog signal representing the intensity of the reflected light by a voltage; an attenuator including an input portion to which the first analog signal is input, a first resistor, one end of which is connected to the input portion and a second resistor, one end of which is connected to the other end of the first resistor and the other end of which is grounded and configured to generate a second analog signal by voltage-dividing the first analog signal at a predetermined voltage-dividing ratio by the first resistor and the second resistor; an analog processor for generating a third analog signal by amplifying the second analog signal with a predetermined gain; and an A/D converter for converting the third analog signal into a digital signal; wherein the voltage-dividing ratio is not higher than a ratio of a maximum value of the amplitude of an analog signal inputtable to the analog processor to a maximum value of the amplitude of an analog signal having a possibility of being output from the image sensor.
An illumination apparatus comprising: a light emission unit to emit light; a communication module to receive a control signal to control the light emission unit from a terminal device; and a control unit to receive the control signal from the communication module to extinguish or modify the luminosity of the light emitted based on the control signal received from the communication module, wherein the control signal is based on measuring a sound intensity of sound input to the terminal device separate from the illumination apparatus, characterized in that when the control signal indicates that the sound intensity is increased, the control unit controls the luminosity of the light emitted to decrease, wherein when the control signal indicates that the sound intensity is below a lower-limit value, the control unit controls the luminosity of the light emitted to be at a maximum level, and wherein when the control signal indicates that the sound intensity is above an upper-limit value, the control unit controls the luminosity of the light emitted to be extinguished. a light emission unit to emit light; a communication module to receive a control signal to control the light emission unit from a terminal device; and a control unit to receive the control signal from the communication module to extinguish or modify the luminosity of the light emitted based on the control signal received from the communication module, wherein the control signal is based on measuring a sound intensity of sound input to the terminal device separate from the illumination apparatus, characterized in that when the control signal indicates that the sound intensity is increased, the control unit controls the luminosity of the light emitted to decrease, wherein when the control signal indicates that the sound intensity is below a lower-limit value, the control unit controls the luminosity of the light emitted to be at a maximum level, and wherein when the control signal indicates that the sound intensity is above an upper-limit value, the control unit controls the luminosity of the light emitted to be extinguished.
A process for forming a weatherable polyvinyl chloride or polyolefin article comprising applying a polymeric solution in-line onto extruded rigid PVC or PO substrate to form a weatherable coating, wherein the polymeric solution comprises a fluorinated polymer and is applied by inline spray, roll-coat, brush-coat, gravure print, flexographic print, thermal transfer coat, or inkjet application.
A ball valve assembly comprising - a rotary ball member, - a housing defining an inner chamber for receiving said ball member; - an upper bearing pedestal for enabling rotational movement of the ball member; - a valve stem for rotating the ball member around an axis of rotation, -- a lower bearing pedestal, opposite to the upper bearing pedestal, for enabling rotational movement of the ball member; and - a first and second valve seat positioned at diametrically opposite sides of the ball member, wherein the ball member is rotatably arranged relative the valve housing about the axis of rotation and is provided with a through hole forming a passageway for fluids, the ball member having an outer wall facing the valve housing and an inner wall facing the through hole arranged such that a hollow space is formed between the walls (42, 43), the ball member further comprising temperature controlling arrangement for injecting a temperature controlling medium into the hollow space so that a temperature of the inner wall and/or outer wall can be controlled, and a first stub shaft and a second stub shaft, characterized in th at said first stub shaft extends from the inner wall along said axis of rotation, and said second stub shaft extends from the inner wall along said axis of rotation on an opposite side of the through hole, and further in that said first and said second bearing pedestal are arranged to be connected to the first and second stub shafts respectively, said bearing pedestals (13A, 13B) being arranged to enable rotational movement of the ball member around the axis of rotation. - a rotary ball member, - a housing defining an inner chamber for receiving said ball member; - an upper bearing pedestal for enabling rotational movement of the ball member; - a valve stem for rotating the ball member around an axis of rotation, -- a lower bearing pedestal, opposite to the upper bearing pedestal, for enabling rotational movement of the ball member; and -- a lower bearing pedestal, opposite to the upper bearing pedestal, for enabling rotational movement of the ball member; and - a first and second valve seat positioned at diametrically opposite sides of the ball member,
A vacuum, pressure or liquid pump, of the type comprising driving means, with shaft, connected to an eccentric, at least three membranes that block a same number of apertures in a box, wherein the pump comprises: - a single connecting rod, the centre of which houses a single bearing for the eccentric, through which the referred shaft passes, - at least three actuators equidistantly situated around the connecting rod joining membranes to it, with said actuators articulated to connecting rod by forming hinge joints, and - said driving means are a motor wherein said connecting rod comprises two plates faced to each other such that they partially house the actuators between them, said actuators articulate with the said connecting rod by means of a first pass-through orifice of connecting rod faced to a second pass-through orifice of actuator, wherein both pass-through orifices (10, 11) are joined by a pin, such that actuators are articulated in an equidistant manner from each other to the connecting rod. - a single connecting rod, the centre of which houses a single bearing for the eccentric, through which the referred shaft passes, - at least three actuators equidistantly situated around the connecting rod joining membranes to it, with said actuators articulated to connecting rod by forming hinge joints, and - said driving means are a motor
A surgical system comprising: a vertebral plate having a first attachment mechanism; and an insertion instrument (100, 200) having a proximal end, a distal end, and a second attachment mechanism disposed at the distal end for removable connection with the first attachment mechanism, wherein, when the insertion instrument (100, 200) is connected with the vertebral plate, the proximal end of the insertion instrument (100, 200) is pivotable with respect to the vertebral plate such that the insertion instrument (100, 200) can be angled with respect to the vertebral plate in different angular configurations, and wherein the insertion instrument (100, 200) includes an inserter and a guide, the guide including the second attachment mechanism for connection with the first attachment mechanism, wherein the inserter is pivotally and removably connected with the guide. a vertebral plate having a first attachment mechanism; and an insertion instrument (100, 200) having a proximal end, a distal end, and a second attachment mechanism disposed at the distal end for removable connection with the first attachment mechanism, wherein, when the insertion instrument (100, 200) is connected with the vertebral plate, the proximal end of the insertion instrument (100, 200) is pivotable with respect to the vertebral plate such that the insertion instrument (100, 200) can be angled with respect to the vertebral plate in different angular configurations, and wherein the insertion instrument (100, 200) includes an inserter and a guide, the guide including the second attachment mechanism for connection with the first attachment mechanism, wherein the inserter is pivotally and removably connected with the guide.
Hydraulic system for an industrial truck, in particular a battery-powered industrial truck, with a lifting drive for lifting and lowering a load pickup means, wherein the hydraulic system has a first hydraulic pump, which is configured to supply the lifting drive with pressure medium, and a second hydraulic pump, which can be activated by means of a valve device for supplying the lifting drive, wherein the first hydraulic pump and the second hydraulic pump are configured as a hydraulic double pump assembly and the valve device is integrated into the hydraulic double pump assembly, wherein the hydraulic double pump assembly has a housing and the valve device is installed in the housing, wherein, in the housing, an intake channel is configured, which is connected to an intake port of the first hydraulic pump and to an intake port of the second hydraulic pump, a first delivery channel is configured, which is connected to a delivery port of the first hydraulic pump, and a second delivery channel is configured, which is connected to a delivery port of the second hydraulic pump, characterized in that the second delivery channel is connected to the first delivery channel inside the housing.