mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of a sheet of a material containing alkaloids, said method comprising: - grinding a material containing alkaloids to a powder; - combining the powder with a binder, an aerosol former and water, so as to form a slurry, wherein the slurry comprises: ▪ the powder of the material containing alkaloids in an amount comprised between about 40 percent and about 70 percent of the total weight of the slurry; ▪ the water in an amount comprised between about 30 percent and about 55 percent of the total weight of the slurry; ▪ the binder in an amount comprised between about 0 percent and about 1 percent of the total weight of the slurry; ▪ the aerosol former in an amount comprised between 1 percent and about 5 percent of the total weight of the slurry; - applying the slurry to a substrate sheet including fibres so as to form a sheet of a material containing alkaloids. - grinding a material containing alkaloids to a powder; - combining the powder with a binder, an aerosol former and water, so as to form a slurry, wherein the slurry comprises: ▪ the powder of the material containing alkaloids in an amount comprised between about 40 percent and about 70 percent of the total weight of the slurry; ▪ the water in an amount comprised between about 30 percent and about 55 percent of the total weight of the slurry; ▪ the binder in an amount comprised between about 0 percent and about 1 percent of the total weight of the slurry; ▪ the aerosol former in an amount comprised between 1 percent and about 5 percent of the total weight of the slurry; ▪ the powder of the material containing alkaloids in an amount comprised between about 40 percent and about 70 percent of the total weight of the slurry; ▪ the water in an amount comprised between about 30 percent and about 55 percent of the total weight of the slurry; ▪ the binder in an amount comprised between about 0 percent and about 1 percent of the total weight of the slurry; ▪ the aerosol former in an amount comprised between 1 percent and about 5 percent of the total weight of the slurry; - applying the slurry to a substrate sheet including fibres so as to form a sheet of a material containing alkaloids.
A medical therapy arrangement, for applying electrical stimulation to a human or animal subject, comprising - a garment adapted to be tightly arranged at said subject, and provided with a plurality of electrodes at an inner surface of the garment and which are adapted to be in electrical contact to the skin of the subject, - a control unit adapted to provide each electrode to work in accordance with a predetermined therapy stimulation program, wherein that said arrangement further comprises - at least one connection unit provided with a predetermined number of connection elements being respectively electrically connected to said electrodes via separate connection lines being flexible and elastic and being integrated into the garment, - at least one connection board provided with a predetermined number of connection pads being electrically connected to the control unit, wherein the control unit is adapted to provide each electrode as one of anode, cathode or being disconnected, and wherein said connection unit is an integrated part of said garment, - wherein said connection board is detachably attachable to said connection unit by a fastening means, such that said connection unit and said connection board, when attached to each other, are positioned in relation to each other in order to electrically connect the connection pads to mating connection elements, characterised in that the connection board and the connection unit have an essentially planar extension and are made from a rigid material. - a garment adapted to be tightly arranged at said subject, and provided with a plurality of electrodes at an inner surface of the garment and which are adapted to be in electrical contact to the skin of the subject, - a control unit adapted to provide each electrode to work in accordance with a predetermined therapy stimulation program, wherein that said arrangement further comprises - at least one connection unit provided with a predetermined number of connection elements being respectively electrically connected to said electrodes via separate connection lines being flexible and elastic and being integrated into the garment, - at least one connection board provided with a predetermined number of connection pads being electrically connected to the control unit, wherein the control unit is adapted to provide each electrode as one of anode, cathode or being disconnected, and wherein said connection unit is an integrated part of said garment, - wherein said connection board is detachably attachable to said connection unit by a fastening means, such that said connection unit and said connection board, when attached to each other, are positioned in relation to each other in order to electrically connect the connection pads to mating connection elements,
A glow plug (1, 1A, 1B) comprising: a rod-shaped heater extending along an axis and including a resistance heating element held inside the heater; a tubular metallic shell which accommodates the heater with a front end portion of the heater protruding from the metallic shell; a rod-shaped inner shaft which is accommodated in the metallic shell and to which electric current is applied externally; and a conductive tubular member (40, 40a, 40b) disposed inside the metallic shell, the tubular member (40, 40a, 40b) having a first end with an opening into which a rear end portion of the heater is press-fitted and a second end with an opening into which a front end portion of the inner shaft is inserted, whereby the resistance heating element of the heater and the inner shaft are electrically connected to each other; wherein the heater includes an electrode terminal portion formed on an outer circumferential surface thereof and electrically connected to the resistance heating element, the tubular member (40, 40a, 40b) includes an intermediate portion located between the first end and the second end and in contact with the electrode terminal portion, the glow plug (1, 1A, 1B) being characterized in that a wall thickness (Tel) of the tubular member (40, 40a, 40b) at the first end is smaller than a wall thickness (Tm) of the tubular member (40, 40a, 40b) at the intermediate portion. a rod-shaped heater extending along an axis and including a resistance heating element held inside the heater; a tubular metallic shell which accommodates the heater with a front end portion of the heater protruding from the metallic shell; a rod-shaped inner shaft which is accommodated in the metallic shell and to which electric current is applied externally; and a conductive tubular member (40, 40a, 40b) disposed inside the metallic shell, the tubular member (40, 40a, 40b) having a first end with an opening into which a rear end portion of the heater is press-fitted and a second end with an opening into which a front end portion of the inner shaft is inserted, whereby the resistance heating element of the heater and the inner shaft are electrically connected to each other; wherein the heater includes an electrode terminal portion formed on an outer circumferential surface thereof and electrically connected to the resistance heating element, the tubular member (40, 40a, 40b) includes an intermediate portion located between the first end and the second end and in contact with the electrode terminal portion, the glow plug (1, 1A, 1B) being characterized in that a wall thickness (Tel) of the tubular member (40, 40a, 40b) at the first end is smaller than a wall thickness (Tm) of the tubular member (40, 40a, 40b) at the intermediate portion.
Steering system for a vehicle, comprising a steering wheel and a steering wheel hub, wherein the steering wheel is mechanically attached to the steering wheel hub by fixing elements; a steering system support column, wherein the steering wheel hub is rotatably mounted on the steering system support column, so that the steering wheel and the steering wheel hub are rotatable about an axis of rotation; a torque feedback device including an electric machine having an outer rotor and an inner stator with stator windings, the outer rotor being attached to the steering wheel hub so as to be rotatable with the steering wheel hub about the axis of rotation, and the stator being non-rotatably fixed to the steering system support column; wherein, with respect to the axis of rotation, the fixing elements are arranged at different radial positions than the stator windings; characterized in the steering system support column comprising an off-axis section having a first longitudinal axis that is off-set, and preferably parallel, to the axis of rotation and including an aligned section having a second longitudinal axis that corresponds to the axis of rotation, wherein the steering wheel hub is rotatably mounted on the aligned section, while the off-axis section is axially spaced from the steering wheel hub, wherein the stator is non-rotatably fixed to the aligned section of the steering system support column. a steering wheel and a steering wheel hub, wherein the steering wheel is mechanically attached to the steering wheel hub by fixing elements; a steering system support column, wherein the steering wheel hub is rotatably mounted on the steering system support column, so that the steering wheel and the steering wheel hub are rotatable about an axis of rotation; a torque feedback device including an electric machine having an outer rotor and an inner stator with stator windings, the outer rotor being attached to the steering wheel hub so as to be rotatable with the steering wheel hub about the axis of rotation, and the stator being non-rotatably fixed to the steering system support column; wherein, with respect to the axis of rotation, the fixing elements are arranged at different radial positions than the stator windings;
A swash plate compressor comprising a cylinder block configured to accommodate a piston for compressing a refrigerant, a front housing coupled to a front side of the cylinder block and having a crank chamber, a rear housing having a suction chamber and a discharge chamber and coupled to a rear side of the cylinder block, a gasket inserted into the cylinder block, and a suction reed plate inserted between a valve plate and the cylinder block, the swash plate compressor comprising: a first orifice hole through which the refrigerant in the crank chamber can pass; a second orifice hole (715, 716) configured to communicate with the suction chamber and discharge the refrigerant passing through the first orifice hole to the suction chamber; an intermediate flow path configured to connect the first orifice hole and the second orifice hole (715, 716); and the valve plate inserted between the cylinder block and the rear housing and having a suction chamber pressure-maintaining space connected to the suction chamber and configured to maintain a pressure equal to a pressure in the suction chamber, characterized in that the valve plate comprises: a first valve plate through hole penetratively formed in the valve plate to connect the suction chamber pressure-maintaining space and the suction chamber; and a second valve plate through hole penetratively formed in the valve plate and spaced apart from the first valve plate through hole. a first orifice hole through which the refrigerant in the crank chamber can pass; a second orifice hole (715, 716) configured to communicate with the suction chamber and discharge the refrigerant passing through the first orifice hole to the suction chamber; an intermediate flow path configured to connect the first orifice hole and the second orifice hole (715, 716); and the valve plate inserted between the cylinder block and the rear housing and having a suction chamber pressure-maintaining space connected to the suction chamber and configured to maintain a pressure equal to a pressure in the suction chamber, characterized in that the valve plate comprises: a first valve plate through hole penetratively formed in the valve plate to connect the suction chamber pressure-maintaining space and the suction chamber; and a second valve plate through hole penetratively formed in the valve plate and spaced apart from the first valve plate through hole. a first valve plate through hole penetratively formed in the valve plate to connect the suction chamber pressure-maintaining space and the suction chamber; and a second valve plate through hole penetratively formed in the valve plate and spaced apart from the first valve plate through hole.
Autonomous and self-propelled vehicle for uneven terrain, comprising: - a frame on which a ball hinge is situated, - a pair of individually driven wheels and a swing axle to which the wheels are attached, wherein the swing axle is movable about a swing axis through the ball hinge in order to perform a swinging movement, which swing axis extends in a direction at right angles to rotation axes of the wheels, and wherein the swing axle is also movable about a steering axis through the ball hinge in order to perform a steering movement, which steering axis extends in a direction at right angles to both the swing axis and the rotation axes of the wheels, and - a stabilizing mechanism which is coupled to the frame and is configured to keep the swing axle in a defined rest swing position below a threshold value for a difference in pressure of the wheels on the ground, wherein the stabilizing mechanism comprises prestressing means which are configured to prestress the swing axle to the defined rest swing position by exerting a prestressing force on the swing axle, characterized in that the stabilizing mechanism comprises a stabilizing element which is coupled to the frame and is movable with respect to the frame about an axis which runs parallel to the steering axis, wherein the stabilizing element has a guiding surface, and wherein the prestressing means are configured to tension the guiding surface against a follower element which is coupled to the swing axle. - a frame on which a ball hinge is situated, - a pair of individually driven wheels and a swing axle to which the wheels are attached, wherein the swing axle is movable about a swing axis through the ball hinge in order to perform a swinging movement, which swing axis extends in a direction at right angles to rotation axes of the wheels, and wherein the swing axle is also movable about a steering axis through the ball hinge in order to perform a steering movement, which steering axis extends in a direction at right angles to both the swing axis and the rotation axes of the wheels, and - a stabilizing mechanism which is coupled to the frame and is configured to keep the swing axle in a defined rest swing position below a threshold value for a difference in pressure of the wheels on the ground,
Method for operating a distributing machine, in particular seeder, having a plurality of spreading elements which are distributed at least approximately uniformly over the working width of the distributing machine, and having a control system, wherein the spreading elements are divided into at least two partial widths which can be switched on and off, and wherein the control system comprises at least one position sensor and is configured a. to operate the partial widths independently of one another as a function of their position, and b. to store the geometrical data regarding the working width and the at least two partial widths of the distributing machine in a memory of the control system, c. to determine a number of processing lanes for a multi-sided field on the basis of the geometrical data of the distributing machine, d. to produce a management plan from processing lanes distributed uniformly over the field, e. if the number of processing lanes of a full working width for the field is not an even number, of determining at least one equalizing processing lane where partial widths are at least partially switched off, furthermore of determining that the partial widths switched off for processing the equalizing processing lane are located in a part of the field still provided for processing, and of determining the processing lane of a full working width that is provided for processing after the equalizing processing lane, characterized in that - the equalizing processing lane is not processed at the field edge and the switched-off partial widths move in a part of the field that is yet to be processed, wherein the equalizing processing lane is provided before the processing lane last provided, which processing lane has the full working width at the field edge and is processed last. a. to operate the partial widths independently of one another as a function of their position, and b. to store the geometrical data regarding the working width and the at least two partial widths of the distributing machine in a memory of the control system, c. to determine a number of processing lanes for a multi-sided field on the basis of the geometrical data of the distributing machine, d. to produce a management plan from processing lanes distributed uniformly over the field, e. if the number of processing lanes of a full working width for the field is not an even number, of determining at least one equalizing processing lane where partial widths are at least partially switched off, - the equalizing processing lane is not processed at the field edge and the switched-off partial widths move in a part of the field that is yet to be processed, wherein the equalizing processing lane is provided before the processing lane last provided, which processing lane has the full working width at the field edge and is processed last.
A container assembly comprising a container and a cover, wherein the container has a peripheral wall defining a rim enclosing an opening at one end thereof, the peripheral wall having at least one outwardly-directed projection extending at least partially around the outer surface of the wall adjacent the opening and wherein the cover is provided for releasably closing the opening, the cover having a surface for closing the opening of the container and a skirt depending therefrom to enclose the projection of the container, the skirt being provided with at least one locking member that is hingeable between an unlocked position and a locked position, the at least one locking member having an inwardly-directed projection which engages with the outwardly-directed projection of the container in the locked position to lock the cover to the container, characterised in that the locking member passes over the rim of the container or over the rim of the container and a rim of the cover as the locking member hinges between the unlocked and locked positions such that the locking member locks onto the container rim.
A Subscriber Connection -type optical fibre connector comprising an optical fibre, an optical fibre connector sub-assembly, and an inner housing and an outer housing for assembly about said sub-assembly, the inner and outer housings when assembled about said sub-assembly serving to provide SC-style push/pull engagement/disengagement with a mating optical fibre socket, said sub-assembly comprising: - a ferrule having an end face at which said optical fibre is terminated; - a ferrule holder, the ferrule being held within the ferrule holder and extending away from the ferrule holder towards said end face; - a ferrule holder carrier, the ferrule holder being held within the ferrule holder carrier and said holder and carrier being relatively moveable with respect to each other along a ferrule axis; - a spring biasing means acting between the ferrule holder carrier and the ferrule holder to bias the ferrule holder along the ferrule axis in a direction away from the ferrule holder carrier; wherein: - the optical fibre connector sub-assembly is insertable along a conduit prior to assembly of the inner and outer housings (120, 40) about said sub-assembly without the sub-assembly coming apart; characterised in that - radially outermost surfaces of the ferrule holder carrier define a cylindrical envelope, the ferrule holder carrier having an engagement feature that does not add to the radial dimensions of said envelope and the inner housing having a radially inwardly projecting feature for locating with said engagement feature when the inner housing is assembled to the optical fibre connector sub-assembly. - a ferrule having an end face at which said optical fibre is terminated; - a ferrule holder, the ferrule being held within the ferrule holder and extending away from the ferrule holder towards said end face; - a ferrule holder carrier, the ferrule holder being held within the ferrule holder carrier and said holder and carrier being relatively moveable with respect to each other along a ferrule axis; - a spring biasing means acting between the ferrule holder carrier and the ferrule holder to bias the ferrule holder along the ferrule axis in a direction away from the ferrule holder carrier; - the optical fibre connector sub-assembly is insertable along a conduit prior to assembly of the inner and outer housings (120, 40) about said sub-assembly without the sub-assembly coming apart; - radially outermost surfaces of the ferrule holder carrier define a cylindrical envelope, the ferrule holder carrier having an engagement feature that does not add to the radial dimensions of said envelope and the inner housing having a radially inwardly projecting feature for locating with said engagement feature when the inner housing is assembled to the optical fibre connector sub-assembly.
An aerosol-generating device comprising: at least one electric heater; a first power supply configured to supply electrical energy only to the at least one electric heater; a controller configured to control the supply of electrical energy from the first power supply to the at least one electric heater; and a second power supply configured to supply electrical energy to the controller. at least one electric heater; a first power supply configured to supply electrical energy only to the at least one electric heater; a controller configured to control the supply of electrical energy from the first power supply to the at least one electric heater; and a second power supply configured to supply electrical energy to the controller.
An array substrate, comprising a substrate and a thin film field effect transistor and a data line formed on the substrate, the thin film field effect transistor comprising a gate electrode, an active layer, a source electrode and a drain electrode, and a gate insulating layer being formed between the gate electrode and the active layer, and a protection layer formed between the gate insulating layer and the data line and being in direct contact with the data line; and the active layer and the protection layer are provided on the same layer and have the same material, characterized in that the data line extends over the protection layer, and a part of the data line directly contacts with the gate insulating layer.
A production method for a polycrystalline silicon rod having a radius R of 65 mm or more by a chemical vapor deposition method by feeding the hydrogen gas and the trichlorosilane gas, the production method comprising causing the polycrystalline silicon rod to grow under a condition set such that a feed gas amount is reduced by 2% or more in a second region from r=R/3 to r=R/2, and furthermore, the feed gas amount is reduced by 5% or more in a third region from r=R/2 to r=R in a deposition step of the polycrystalline silicon rod, where the feed gas amount at the start of deposition is set to be 100, and r=0 at a center of the polycrystalline silicon rod.