mhurhangee/ep-ind-claims huggingface dataset:
A milking system including: an optical detector (40; 400) for detecting radiation emitted and/or reflected by at least part of an animal, said detector having a housing (41; 410) with a window (42; 420) that is substantially transparent to said radiation, said milking arrangement further includes a cleaning device for cleaning the window (42; 420) of said detector, characterised in that said cleaning device comprises at least one nozzle connected to a source of steam, wherein in operation the nozzle of said cleaning device is configured to direct steam against the window of said optical detector, and wherein said cleaning arrangement further comprises a pre-rinsing arrangement (160; 120; 80) configured to apply water to said detector window (42; 420) before the application of steam. an optical detector (40; 400) for detecting radiation emitted and/or reflected by at least part of an animal, said detector having a housing (41; 410) with a window (42; 420) that is substantially transparent to said radiation, said milking arrangement further includes a cleaning device for cleaning the window (42; 420) of said detector, characterised in that said cleaning device comprises at least one nozzle connected to a source of steam, wherein in operation the nozzle of said cleaning device is configured to direct steam against the window of said optical detector, and wherein said cleaning arrangement further comprises a pre-rinsing arrangement (160; 120; 80) configured to apply water to said detector window (42; 420) before the application of steam.
Method for drying a damp web of non-woven material by passing hot air into an oven through the damp web moved by a transport means, which hot air thus humidifies, by reheating a first portion of humidified air and passing it back into the oven through the damp web and by passing a second portion of humidified air into a drying device, upstream of the oven in the displacement direction of the web, through the displaced damp web, characterised in that the relative humidity of humidified air which leaves the drying device is controlled to a guide level of less than 100%.
An indirect evaporative cooling system comprising: a frame; a heat exchanger core disposed within the frame; a supply fan supported by the frame to move indoor return air inside the heat exchanger core; an outdoor exhaust fan supported by the frame to draw outdoor air over the heat exchanger core in a direction perpendicular to the indoor return air; a water spray system positioned above the heat exchanger core to spray water over the heat exchanger core; a pump fluidly connected to the water spray system; and a water collection and management system disposed within the frame below the heat exchanger core to collect water sprayed onto the heat exchanger core, the water collection and management system including a water basin configured to contain fluid, the water basin being configured to include an operational water volume and a water reserve volume which together define a total usable water volume, the water basin including a water height set point to define the water reserve volume, characterized in that the indirect evaporative cooling system is configured to determine the operation of the pump, and wherein the water collection and management system is configured to perform a blowdown only if the pump is determined to be operating, wherein the blowdown comprises draining the water from the water basin at a controlled rate such that only the water contained within the operational water volume is drained and the water contained within the reserve water volume is preserved. a frame; a heat exchanger core disposed within the frame; a supply fan supported by the frame to move indoor return air inside the heat exchanger core; an outdoor exhaust fan supported by the frame to draw outdoor air over the heat exchanger core in a direction perpendicular to the indoor return air; a water spray system positioned above the heat exchanger core to spray water over the heat exchanger core; a pump fluidly connected to the water spray system; and a water collection and management system disposed within the frame below the heat exchanger core to collect water sprayed onto the heat exchanger core, the water collection and management system including a water basin configured to contain fluid, the water basin being configured to include an operational water volume and a water reserve volume which together define a total usable water volume, the water basin including a water height set point to define the water reserve volume, characterized in that the indirect evaporative cooling system is configured to determine the operation of the pump, and wherein the water collection and management system is configured to perform a blowdown only if the pump is determined to be operating, wherein the blowdown comprises draining the water from the water basin at a controlled rate such that only the water contained within the operational water volume is drained and the water contained within the reserve water volume is preserved.
A method of manufacturing a wall, the method characterised in that it comprises (a) depositing layers of a metal sequentially one upon the other to form layers of a spiral wall (45, 49), depositing each layer of metal in a spiral pathway, and (b) joining the ends (E1, E2) of the spiral wall (45, 49) to form an annular wall (46, 50), the ends (E1, E2) of the spiral wall (45, 49) being at the opposite ends of the spiral pathway, wherein the annular wall (46, 50) is an annular wall of a combustion chamber or the annular wall is an annular casing, the annular casing is a fan casing, a compressor casing, a combustion chamber casing, a turbine casing or a combined combustion chamber and turbine casing, or cutting the spiral wall (45, 49) into portions to form a plurality of wall portions of a wall of a combustion chamber. (a) depositing layers of a metal sequentially one upon the other to form layers of a spiral wall (45, 49), depositing each layer of metal in a spiral pathway, and (b) joining the ends (E1, E2) of the spiral wall (45, 49) to form an annular wall (46, 50), the ends (E1, E2) of the spiral wall (45, 49) being at the opposite ends of the spiral pathway, wherein the annular wall (46, 50) is an annular wall of a combustion chamber or the annular wall is an annular casing, the annular casing is a fan casing, a compressor casing, a combustion chamber casing, a turbine casing or a combined combustion chamber and turbine casing, or cutting the spiral wall (45, 49) into portions to form a plurality of wall portions of a wall of a combustion chamber.
Terlipressin for use in the treatment of Hepatorenal Syndrome Type-1 (HRS-1) in a patient who does not have overt sepsis, septic shock, or uncontrolled infection and meeting two or more of the following three criteria (i)-(iii) for Systemic Inflammatory Response Syndrome (SIRS): (i) a white blood cell count either less than 4,000 cells/mm 3 or greater than 12,000 cells/mm 3, (ii) a heart rate of greater than 90 beats per minute, and (iii) either HCO 3 <23 mmol/L or PaCO 2 <32 mmHg in the blood or > 20 breaths per minute, wherein the amount of terlipressin used is effective to produce a reduction in serum creatinine of at least 25% from baseline, reversal of HRS, and/or confirmed HRS reversal. (i) a white blood cell count either less than 4,000 cells/mm 3 or greater than 12,000 cells/mm 3, (ii) a heart rate of greater than 90 beats per minute, and (iii) either HCO 3 <23 mmol/L or PaCO 2 <32 mmHg in the blood or > 20 breaths per minute,
The combine harvester for harvesting seed and grain crops which comprises the following, arranged in succession in accordance with the technical process: a header, an inclined chamber, a threshing and separating device and a series of transporting members (a grain auger, distributing augers, elevators, etc.) from the thresher to the grain hopper, which has a modular design of the transporting work members, characterised in that each module body is provided with a magnetic field device for acting on a portion of freshly threshed seeds transported from the threshing and separating device to the grain hopper of the combine harvester in a continuous mode.
A clip terminal, in particular for a bypass and earthing device, which clip terminal can be attached to metal contact elements such as to elements on terminal strips, to terminals and earthing cables or directly to metal elements such as masts, protective boxes and the like, the clip terminal consisting of a bracket body which is equipped with a cable clamp having a fixing screw and a seat for the fixing of a connecting cable, characterized in that said bracket body holds between its ends a guide pin on which two jaws are mounted in such a way as to be displaceable, in that the terminal further consists of an actuating bracket which acts on said jaws, of an actuating screw which acts between the bracket body and the actuating bracket in such a way that the latter is moved outward, and of a compression spring which is pushed onto the guide pin between the two jaws so that the latter are pushed in the direction of maximum opening of the jaws.
A sawhorse, comprising: a base assembly movable between a folded position for storage and an open position for use; a workpiece support assembly having a workpiece supporting surface which faces upwardly when the base assembly is in the open position for use thereof, said workpiece support assembly being mounted on the base assembly for movement with respect to the base assembly through a range of heights; at least one pivoted bar operable to enable the workpiece support assembly to be moved to a selected height with respect to the base assembly; said pivoted bar being operable to adjustably engage the workpiece support assembly at the selected height; and said pivoted bar being operable to move the workpiece support assembly when the base assembly is in the folded position or in the open position; characterised in that each of the at least one pivoted bars comprises a height adjusting knob spaced apart from the pivot and an engaging protrusion spaced apart from the pivot; the height adjusting knob and the engaging protrusion being spaced apart from each other in different directions along the pivoted bar from the pivot; and the engaging protrusion being operable to engage with a selected one of one or more engaging points in the base assembly in order to adjustably engage the workpiece support assembly at the selected height. a base assembly movable between a folded position for storage and an open position for use; a workpiece support assembly having a workpiece supporting surface which faces upwardly when the base assembly is in the open position for use thereof, said workpiece support assembly being mounted on the base assembly for movement with respect to the base assembly through a range of heights; at least one pivoted bar operable to enable the workpiece support assembly to be moved to a selected height with respect to the base assembly; said pivoted bar being operable to adjustably engage the workpiece support assembly at the selected height; and said pivoted bar being operable to move the workpiece support assembly when the base assembly is in the folded position or in the open position; characterised in that each of the at least one pivoted bars comprises a height adjusting knob spaced apart from the pivot and an engaging protrusion spaced apart from the pivot; the height adjusting knob and the engaging protrusion being spaced apart from each other in different directions along the pivoted bar from the pivot; and the engaging protrusion being operable to engage with a selected one of one or more engaging points in the base assembly in order to adjustably engage the workpiece support assembly at the selected height.
A method of populating an IPsec Security Policy database, the method comprising: at a network node, receiving a Security Policy to be inserted into the Security Policy database; the method characterised by: calculating a priority value to assign to the policy; locating a policy group stored in the database having the same priority value; storing the Security Policy having the priority value with the policy group in the Security Policy database. at a network node, receiving a Security Policy to be inserted into the Security Policy database; the method characterised by: calculating a priority value to assign to the policy; locating a policy group stored in the database having the same priority value; storing the Security Policy having the priority value with the policy group in the Security Policy database. calculating a priority value to assign to the policy; locating a policy group stored in the database having the same priority value; storing the Security Policy having the priority value with the policy group in the Security Policy database.
A method for displaying a 3D content on a multi-view display device, said multi-view display device being operable to display k -views, with k an integer greater or equal to two, said method being implemented on said multi-view display device, and being characterized in that it comprises: - modifying at least one of a depth level and a central viewing angle of a scene to be rendered, said at least one of a depth level and a central viewing angle being obtained from a user input, the modification being based on at least a bandwidth parameter associated with a user, said bandwidth parameter being associated with a bandwidth of a channel that links said multi-view display device and a provider of multi-views camera images, said modifying defining a number of images of a group of images to be transmitted by said provider, said images from said group being successive images of the scene at a same time, from different viewing angles; - obtaining k -views from said transmitted group of images either via interpolation of images or directly from the images from said transmitted group of images; - and - displaying said k -views of the scene on said multi-view display device. - modifying at least one of a depth level and a central viewing angle of a scene to be rendered, said at least one of a depth level and a central viewing angle being obtained from a user input, the modification being based on at least a bandwidth parameter associated with a user, said bandwidth parameter being associated with a bandwidth of a channel that links said multi-view display device and a provider of multi-views camera images, said modifying defining a number of images of a group of images to be transmitted by said provider, said images from said group being successive images of the scene at a same time, from different viewing angles; - obtaining k -views from said transmitted group of images either via interpolation of images or directly from the images from said transmitted group of images; - and - displaying said k -views of the scene on said multi-view display device.
A unipolar cold plasma device, comprising: a housing having a high voltage electrical inlet port and a gas compartment, the gas compartment having a gas inlet port and a gas outlet port; said gas outlet port for being affixed to different nozzles (410, 420, 610, 710, 810, 1110); an electrode (12, 61) disposed within the gas compartment, wherein the electrode (12, 61) is coupled to the high voltage electrical inlet port; and a nozzle (410, 420, 610, 710, 810, 1110), having a proximal aperture (640, 720) and a distal aperture (422, 620, 730), the proximal aperture (640, 720) configured to be coupled to the gas outlet port to receive cold plasma from the gas compartment, the nozzle (410, 420, 610, 710, 810, 1110) configured to maintain a stable cold plasma plume exiting from the distal aperture (620, 730); wherein the nozzle further comprises: a disk positioned in the nozzle between the proximal aperture and the distal aperture, the disk comprising a material having a plurality of sub-apertures embedded therein such that a stable cold plasma plume exits from the distal aperture. a housing having a high voltage electrical inlet port and a gas compartment, the gas compartment having a gas inlet port and a gas outlet port; said gas outlet port for being affixed to different nozzles (410, 420, 610, 710, 810, 1110); an electrode (12, 61) disposed within the gas compartment, wherein the electrode (12, 61) is coupled to the high voltage electrical inlet port; and a nozzle (410, 420, 610, 710, 810, 1110), having a proximal aperture (640, 720) and a distal aperture (422, 620, 730), the proximal aperture (640, 720) configured to be coupled to the gas outlet port to receive cold plasma from the gas compartment, the nozzle (410, 420, 610, 710, 810, 1110) configured to maintain a stable cold plasma plume exiting from the distal aperture (620, 730); wherein the nozzle further comprises: a disk positioned in the nozzle between the proximal aperture and the distal aperture, the disk comprising a material having a plurality of sub-apertures embedded therein such that a stable cold plasma plume exits from the distal aperture.
A dry powder formulation for use in a dry powder inhaler to deliver by inhalation a combination of micronized particles of glycopyrronium bromide, beclometasone dipropionate, and formoterol fumarate dihydrate as active ingredients in a combined therapeutically effective dose comprised of 100 to 500 μg, said formulation comprising: a) a fraction of fine particles consisting of a mixture of 90 to 99.5 percent by weight of micronized particles of a physiologically acceptable excipient and 0.5 to 10 percent by weight of magnesium stearate, wherein at least 90% of all said particles have a volume diameter lower than 12 micron, the volume median diameter of said particles is of 3 to 7 micron, and no more than 10% of said particles have a diameter lower than 1.5 micron; b) a fraction of coarse particles consisting of a physiologically acceptable excipient having a mass median diameter equal to or higher than 175 micron, wherein the ratio between said fine particles a) and said coarse particles b) is from 1:99 and 30:70 percent by weight; wherein at least 90% of all said micronized particles of the active ingredients have a volume diameter lower than 6.0 micron, their volume median diameter is of 1.2 and 2.5 micron and the width of their particle size distribution, expressed as a span, is comprised between 1.2 and 3.0; said formulation being obtained by a process comprising the steps of: i) preparing the fraction of fine particles a) by co-mixing in a high-energy apparatus for a period of less than 20 minutes, ii) mixing said fraction of fine particles a), the fraction of coarse particles b), and all the micronized active ingredients. a) a fraction of fine particles consisting of a mixture of 90 to 99.5 percent by weight of micronized particles of a physiologically acceptable excipient and 0.5 to 10 percent by weight of magnesium stearate, wherein at least 90% of all said particles have a volume diameter lower than 12 micron, the volume median diameter of said particles is of 3 to 7 micron, and no more than 10% of said particles have a diameter lower than 1.5 micron; b) a fraction of coarse particles consisting of a physiologically acceptable excipient having a mass median diameter equal to or higher than 175 micron, wherein the ratio between said fine particles a) and said coarse particles b) is from 1:99 and 30:70 percent by weight; i) preparing the fraction of fine particles a) by co-mixing in a high-energy apparatus for a period of less than 20 minutes, ii) mixing said fraction of fine particles a), the fraction of coarse particles b), and all the micronized active ingredients.
A curable composition comprising a phthalonitrile compound, a curing agent of the phthalonitrile compound, and magnetic particles having a particle diameter within a range of 20 nm to 300 nm, wherein the magnetic particles are multi-domain type magnetic particles.
A compound of the formula wherein, R1 and R2 each independently are hydrogen or C1-6 alkyl; R3 is C1-9 alkyl or C2-9 alkenyl each of which may be substituted with carboxy or C1-6 alkoxycarbonyl; R4 is hydrogen; R5 and R8 are hydrogen; R6 and R7 each independently are hydrogen; C1-6 alkyl or C1-6 alkoxy each of which is optionally substituted with halogen; X is O; A1, A2 and A3 are C, or a salt thereof. R1 and R2 each independently are hydrogen or C1-6 alkyl; R3 is C1-9 alkyl or C2-9 alkenyl each of which may be substituted with carboxy or C1-6 alkoxycarbonyl; R4 is hydrogen; R5 and R8 are hydrogen; R6 and R7 each independently are hydrogen; C1-6 alkyl or C1-6 alkoxy each of which is optionally substituted with halogen; X is O; A1, A2 and A3 are C,
A ski binding for the different forms of cross-country skiing comprising a forward housing part containing: - a fixed engagement part; - a movable engagement part; - an actuating element for moving the movable engagement part between a locking position and a released position; - at least one flexible element for abutment and cushioning against the front part of a ski shoe, characterised in that the flexible element and the housing part are injection moulded together using two different materials that have different hardness. - a fixed engagement part; - a movable engagement part; - an actuating element for moving the movable engagement part between a locking position and a released position; - at least one flexible element for abutment and cushioning against the front part of a ski shoe,
Mixer wagon, either self-propelled or intended to be hitched to a tractor vehicle, comprising a carrier chassis, a mixing tank with a discharge opening, and a discharge device which is associated with the discharge opening and is able and intended to convey the product leaving the discharge opening and to deposit it on a lateral side of the said mixer wagon, for example on a feeding area, the said discharge device comprising a belt conveyor arranged transversally with respect to the direction of advance of the mixer wagon and sized to extend at least under the discharge opening and the said conveyor being composed of a first and at least a second constituent parts (6 and 7), the or each second part being connected to the first part by a pivot connection allowing its inclination with respect to the said first part, by raising the extreme free end of the second part concerned above the conveying plan of the said first part, mixer wagon characterized in that the means (9, 10, 11) used to raise the free end of the second part of the conveyor form at least one articulated mechanical joint comprising a connecting rod connecting the said second part to an element of the chassis, the connecting rod being provided with a cam mounted so as to move in a guided manner on or in a cam track of the element of the chassis and in that all of the said means (9, 10, 11) are arranged above the pivot connection.
A dose adjustment device mountable to a diagnostic radiation apparatus comprising: a housing; a power supply; a multi-leaf collimator configured to adjust transmittance for a portion in an irradiation area of diagnostic radiation; an actuator configured to individually adjust positions of single-leaves included in the multi-leaf collimator; a communication module configured to communicate with an outside; and a controller configured to control the actuator so that the transmittance for each portion in the irradiation area of the diagnostic radiation can be adjusted based on a signal received from the communication module, characterized in that the power supply includes a battery. a housing; a power supply; a multi-leaf collimator configured to adjust transmittance for a portion in an irradiation area of diagnostic radiation; an actuator configured to individually adjust positions of single-leaves included in the multi-leaf collimator; a communication module configured to communicate with an outside; and a controller configured to control the actuator so that the transmittance for each portion in the irradiation area of the diagnostic radiation can be adjusted based on a signal received from the communication module,