mhurhangee/ep-ind-claims huggingface dataset:
A header of an agricultural harvester having a row unit comprising: a row unit frame extending in a fore and aft direction of the header; a first deck plate carried by the row unit frame, and an adjusting mechanism comprising: an adjusting arrangement for moving the first deck plate in a direction substantially transverse to the fore and aft direction, and a rocker assembly that comprises a first pivot shaft independent of the adjusting arrangement, the first pivot shaft extending in the fore and aft direction, being pivotably connected to the row unit frame and comprising a first end and a second end opposite the first end, wherein the first and second ends of the first pivot shaft are connected to the first deck plate in a spaced relation, the rocker assembly thereby establishing a position of the first deck plate independently of the adjusting arrangement, characterized in that the adjusting arrangement comprises an extensible and retractable actuator and pivotable connections linking the first deck plate to the actuator. a row unit frame extending in a fore and aft direction of the header; a first deck plate carried by the row unit frame, and an adjusting mechanism comprising: an adjusting arrangement for moving the first deck plate in a direction substantially transverse to the fore and aft direction, and a rocker assembly that comprises a first pivot shaft independent of the adjusting arrangement, the first pivot shaft extending in the fore and aft direction, being pivotably connected to the row unit frame and comprising a first end and a second end opposite the first end, wherein the first and second ends of the first pivot shaft are connected to the first deck plate in a spaced relation, the rocker assembly thereby establishing a position of the first deck plate independently of the adjusting arrangement, an adjusting arrangement for moving the first deck plate in a direction substantially transverse to the fore and aft direction, and a rocker assembly that comprises a first pivot shaft independent of the adjusting arrangement, the first pivot shaft extending in the fore and aft direction, being pivotably connected to the row unit frame and comprising a first end and a second end opposite the first end, wherein the first and second ends of the first pivot shaft are connected to the first deck plate in a spaced relation, the rocker assembly thereby establishing a position of the first deck plate independently of the adjusting arrangement,
An apparatus for registering signals indicative of physiological parameters of an animal based on illumination of a surface and analysis of light reflections from the surface, the apparatus including a housing comprising: a flexible wall, an outer side of which is configured to contact an external body surface of the animal, the flexible wall having an inner side containing a light reflective surface towards an interior of the housing; a light source, configured to illuminate the light reflective surface; an image registering means, configured to capture image data representing the light reflective surface; and a data processing means, configured to receive the image data and based thereon produce at least one signal (S(t)) indicative of at least one physiological parameter of the animal, characterized in that the apparatus is configured to be arranged on the animal such that the outer side of the flexible wall contacts a neck region of the animal, and the data processing means is configured to derive a primary signal (S(t)) representing a chewing related parameter, which primary signal (S(t)) is caused by a vibration of the external body surface originating from internal organs in the animal, and allows to draw conclusions concerning the animal's chewing behavior. a flexible wall, an outer side of which is configured to contact an external body surface of the animal, the flexible wall having an inner side containing a light reflective surface towards an interior of the housing; a light source, configured to illuminate the light reflective surface; an image registering means, configured to capture image data representing the light reflective surface; and a data processing means, configured to receive the image data and based thereon produce at least one signal (S(t)) indicative of at least one physiological parameter of the animal,
A stock shape for a downhole tool component, the stock shape comprising a magnesium alloy including a phase containing not less than 70 wt% and not greater than 95 wt% of magnesium, in which a metal of at least one of aluminum and zirconium, and not less than 0.1 wt% and not greater than 20 wt% of a degradation accelerator which includes at least one metal selected from the group consisting of iron, nickel, copper, cobalt, zinc, cadmium, calcium and silver are distributed, and not including a rare earth metal; wherein the stock shape has an average crystal grain size of the magnesium alloy of not less than 0.1 μm and not greater than 300 μm, tensile strength of not less than 200 MPa and not greater than 500 MPa, and a degradation rate in a 2 % potassium chloride aqueous solution at 93°C of not less than 20 mg/cm 2 and not greater than 20000 mg/cm 2 per day, wherein the stock shape is an extruded product obtained by extruding a cast product of the magnesium alloy, and then heating at a temperature of not lower than 300°C and not higher than 600°C for not less than 3 minutes and not greater than 24 hours. the stock shape comprising a magnesium alloy including a phase containing not less than 70 wt% and not greater than 95 wt% of magnesium, in which a metal of at least one of aluminum and zirconium, and not less than 0.1 wt% and not greater than 20 wt% of a degradation accelerator which includes at least one metal selected from the group consisting of iron, nickel, copper, cobalt, zinc, cadmium, calcium and silver are distributed, and not including a rare earth metal; wherein the stock shape has an average crystal grain size of the magnesium alloy of not less than 0.1 μm and not greater than 300 μm, tensile strength of not less than 200 MPa and not greater than 500 MPa, and a degradation rate in a 2 % potassium chloride aqueous solution at 93°C of not less than 20 mg/cm 2 and not greater than 20000 mg/cm 2 per day, wherein the stock shape is an extruded product obtained by extruding a cast product of the magnesium alloy, and then heating at a temperature of not lower than 300°C and not higher than 600°C for not less than 3 minutes and not greater than 24 hours.
An expansion valve, in particular for a vehicle air conditioning system, including a housing, including an inlet opening and an outlet opening which are interconnected with each other by means of a through bore, including a regulation chamber which is provided between the inlet opening and the through bore so as to interconnect the two of them, including a regulation device which is arranged in the regulation chamber and comprises at least one regulation member having a valve closure member which closes a valve seat provided on the through bore, including an actuating device which acts upon the valve closure member by means of a transmission pin and actuates the regulation device, an end face of the transmission pin being applied to the valve closure member and transferring the valve closure member from a closed position to an open position with respect to the valve seat, and including a frontal end region of the transmission pin which adjoins the end face and is arranged within the through bore, and the end region of the transmission pin comprising a control cross-section such that an annular gap is formed between the through bore and the transmission pin, characterised in that the cross-sectional area of flow in the through bore, increasingly flared in the direction of flow, is formed by a taper in the end region of the transmission pin starting from the control cross-section of the transmission pin.
An apparatus comprising means configured to: receive first information indicative of a reference location in a real-world space in which a user consumes audio content; provide for presentation of audio content as spatial audio to be perceived, from the reference location in the real-world space, as originating from a direction of at least one of a plurality of virtual audio sources, the plurality of the virtual audio sources being associated with respective real-world locations in said real-world space; receive second information indicative of at least the presence of a real-world object in said real-world space in which the user consumes audio content between any of the real-world locations of the respective virtual audio sources and the reference location; select, based on the second information, those of the plurality of virtual audio sources having the real-world object located between them and the reference location; modify, based on the second information, the audio content associated with the selected virtual audio sources, to indicate aurally the location of the real-world object in said real-world space, wherein the audio content from non-selected virtual audio sources is unmodified, wherein the type or degree of modification of the audio content is based on how close to the reference location the real-world object is; and provide for presentation of the modified audio content as spatial audio. receive first information indicative of a reference location in a real-world space in which a user consumes audio content; provide for presentation of audio content as spatial audio to be perceived, from the reference location in the real-world space, as originating from a direction of at least one of a plurality of virtual audio sources, the plurality of the virtual audio sources being associated with respective real-world locations in said real-world space; receive second information indicative of at least the presence of a real-world object in said real-world space in which the user consumes audio content between any of the real-world locations of the respective virtual audio sources and the reference location; select, based on the second information, those of the plurality of virtual audio sources having the real-world object located between them and the reference location; modify, based on the second information, the audio content associated with the selected virtual audio sources, to indicate aurally the location of the real-world object in said real-world space, wherein the audio content from non-selected virtual audio sources is unmodified, wherein the type or degree of modification of the audio content is based on how close to the reference location the real-world object is; and provide for presentation of the modified audio content as spatial audio.
An oil tank for a wind turbine generator, disposed in a nacelle supported on a tower of the wind turbine generator, for storing oil used in an oil using unit included in the wind turbine generator, wherein the oil tank at least comprises: a first oil chamber and a second oil chamber for storing the oil; a partition wall which separates the first oil chamber and the second oil chamber; and an oil heater for heating the oil in the oil tank, wherein the second oil chamber is configured to be connectable to an oil supply line for supplying the oil to the oil using unit, wherein the first oil chamber is configured to be connectable to an oil recovery line for recovering the oil from the oil using unit, and wherein the partition wall includes at least two openings (54a, 54b) through which the first oil chamber is in communication with the second oil chamber so that the oil is movable between the first oil chamber and the second oil chamber, wherein the at least two openings include a first opening and a second opening which is disposed below the first opening, wherein the oil heater is disposed in the first oil chamber or the second oil chamber, characterized in that a lower end position of the second opening is above a lower end position of the oil heater. a first oil chamber and a second oil chamber for storing the oil; a partition wall which separates the first oil chamber and the second oil chamber; and an oil heater for heating the oil in the oil tank, wherein the second oil chamber is configured to be connectable to an oil supply line for supplying the oil to the oil using unit, wherein the first oil chamber is configured to be connectable to an oil recovery line for recovering the oil from the oil using unit, and wherein the partition wall includes at least two openings (54a, 54b) through which the first oil chamber is in communication with the second oil chamber so that the oil is movable between the first oil chamber and the second oil chamber, wherein the at least two openings include a first opening and a second opening which is disposed below the first opening, wherein the oil heater is disposed in the first oil chamber or the second oil chamber, characterized in that a lower end position of the second opening is above a lower end position of the oil heater.
A method for obtaining a shielding element to minimize the penumbra of a hadron beam outside a target zone, said hadron beam being guided in a longitudinal direction to perform sweeping over a target zone via an irradiation unit, said beam having a width (σ), the method comprising the following steps: (i) defining a closed or open contour of said target zone; (ii) providing a block having a longitudinal thickness able to block the passage of said beam and having a side surface perpendicular to said longitudinal thickness; (iii) forming an opening (11, 17) with a shape corresponding to said contour and crossing through said longitudinal thickness of said block to cause said beam to pass, said opening (11, 17) forming an inner longitudinal surface; (iv)trimming said block so as to form a longitudinal outer surface around said inner longitudinal surface, said inner longitudinal and outer longitudinal surfaces defining a side wall that has a lateral thickness at least one times the width (σ) of the beam throughout; (v) fastening said shielding element in said irradiation unit configured to perform sweeping of said hadron beam over the target zone. (i) defining a closed or open contour of said target zone; (ii) providing a block having a longitudinal thickness able to block the passage of said beam and having a side surface perpendicular to said longitudinal thickness; (iii) forming an opening (11, 17) with a shape corresponding to said contour and crossing through said longitudinal thickness of said block to cause said beam to pass, said opening (11, 17) forming an inner longitudinal surface; (iv)trimming said block so as to form a longitudinal outer surface around said inner longitudinal surface, said inner longitudinal and outer longitudinal surfaces defining a side wall that has a lateral thickness at least one times the width (σ) of the beam throughout; (v) fastening said shielding element in said irradiation unit configured to perform sweeping of said hadron beam over the target zone.
A distributor machine for distributing fibrous materials comprising a chamber for receiving fibrous materials, a shredder device for shredding the fibrous materials, a barrier device associated with the shredder device for holding back or recirculating unshredded materials, and a blower device for distributing shredded materials fed through a feeding gap from the shredding device to the blower device, wherein the distributor machine includes a regulator device for regulating the feeding of shredded materials through the feeding gap; characterised by said regulator device being moveable between a closed position in which the feeding gap is blocked and feeding of shredded material is obstructed, and an open position in which the feeding gap is open and feeding of shredded material is substantially unobstructed.
Method for determining the laundry mass during insertion into a laundry treatment machine, in particular a washing machine, a washer-dryer or a tumble dryer, having an oscillating system which is supported in a housing at at least two points which are arranged such that they are distributed in relation to the vertical which intersects the centre of gravity in a resilient manner by way of a shock absorber in each case, which is embodied as a friction shock absorber, consisting of a carrier and a laundry drum mounted therein and having a facility for capturing (6, 7, 13) the displacement of the oscillating system with respect to the housing, wherein physical means which are independent of one another are used on the one hand to capture the path of a lowering of the oscillating system from the idle position and on the other hand to capture the direction (x, y) and the angle (α, β) of an inclination of the oscillating system with respect to its normal location in the idle position and use is made of the captured deviations of the lowering and the inclination together to calculate the inserted mass, characterised in that a measure for releasing all shock absorbers from their static friction state into dynamic friction is undertaken at specified intervals during the loading of the laundry items.
A position detector for in-vivo devices, comprising: a diamond (120a, 120b) with nitrogen vacancy centers; an activator configured to activate the nitrogen vacancy centers in the diamond to emit fluorescence signals; a sensor (128a, 128b) configured to detect the fluorescence signals emitted from the diamond; two or more electromagnetic radiation sources (130a, 130b, 130c) located in fixed locations; and a controller configured to: control the activator to activate the nitrogen vacancy centers in the diamond; control a first EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more first indications of one or more first fluorescence signals in the diamond; control a second EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more second indications of one or more second fluorescence signals in the diamond; and calculate the position of the diamond based on the received indications. a diamond (120a, 120b) with nitrogen vacancy centers; an activator configured to activate the nitrogen vacancy centers in the diamond to emit fluorescence signals; a sensor (128a, 128b) configured to detect the fluorescence signals emitted from the diamond; two or more electromagnetic radiation sources (130a, 130b, 130c) located in fixed locations; and a controller configured to: control the activator to activate the nitrogen vacancy centers in the diamond; control a first EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more first indications of one or more first fluorescence signals in the diamond; control a second EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more second indications of one or more second fluorescence signals in the diamond; and calculate the position of the diamond based on the received indications. control the activator to activate the nitrogen vacancy centers in the diamond; control a first EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more first indications of one or more first fluorescence signals in the diamond; control a second EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more second indications of one or more second fluorescence signals in the diamond; and calculate the position of the diamond based on the received indications.
Visor assembly comprising an outer shield and an inner shield which is arranged at a distance therefrom and lies within the periphery of the outer shield, wherein a spacer extending along the periphery of the inner shield is provided in order to hold the inner shield at a predetermined distance from the outer shield, wherein mechanical fixing means are arranged between the two shields for mutual fixation thereof, characterized in that the inner shield is formed at the position of its periphery such that a protrusion from the inner shield is obtained, this protrusion forming the spacer.
A fluid dispenser, comprising: a reservoir for containing fluid to be dispensed; a dispenser outlet for discharge of the fluid from the reservoir; a discharge mechanism operable to discharge a drop of the fluid from the dispenser outlet when activated; and a levitator device operable to levitate the drop of the fluid where the drop is accessible to be taken by a user's hand; wherein the levitator device is an aerodynamic levitator device providing an upwardly directed flow of air to levitate the drop; characterized in that the fluid dispenser further comprises: a sensor that senses when a user is proximate to where the drop is to be levitated; wherein on sensing the user to be proximate to where the drop is to be levitated, the levitator device levitates the drop where the drop is accessible to be taken by the user's hand; and wherein the fluid includes one or more of a skin cleaner, a skin moisturizer, a skin disinfectant, a skin medication, an insect repellant and a skin perfume. a reservoir for containing fluid to be dispensed; a dispenser outlet for discharge of the fluid from the reservoir; a discharge mechanism operable to discharge a drop of the fluid from the dispenser outlet when activated; and a levitator device operable to levitate the drop of the fluid where the drop is accessible to be taken by a user's hand; wherein the levitator device is an aerodynamic levitator device providing an upwardly directed flow of air to levitate the drop; characterized in that the fluid dispenser further comprises: a sensor that senses when a user is proximate to where the drop is to be levitated; wherein on sensing the user to be proximate to where the drop is to be levitated, the levitator device levitates the drop where the drop is accessible to be taken by the user's hand; and wherein the fluid includes one or more of a skin cleaner, a skin moisturizer, a skin disinfectant, a skin medication, an insect repellant and a skin perfume. a sensor that senses when a user is proximate to where the drop is to be levitated; wherein on sensing the user to be proximate to where the drop is to be levitated, the levitator device levitates the drop where the drop is accessible to be taken by the user's hand; and wherein the fluid includes one or more of a skin cleaner, a skin moisturizer, a skin disinfectant, a skin medication, an insect repellant and a skin perfume.