mhurhangee/ep-ind-claims huggingface dataset:
An articulated box, more specifically for a false ceiling, comprising: - an outer casing formed of four sides defining a quadrangle whereon a bottom is mounted and intended to be fixed to a wall, - at least one inner frame formed of four sections at the bases of which a taut sheet is attached, - at least one articulation connecting said inner frame and said outer casing so as to enable the tilting of said inner frame relative to said outer casing and - at least one closure for holding the inner frame in said operating closed position, with the articulation comprising a slide made integral with the outer casing and globally perpendicular to the axis of rotation of the inner frame, and a hinge assembly made integral with the section, with said articulation enabling a motion of the rotational-translational type of said inner frame, with said inner frame thus being able to pivot and then be translated along the outer casing or to pivot by translating along said outer casing, with the articulated box being characterized in that it comprises two inner frames, each one being articulated relative to said articulated box through two articulations, positioned opposite each other and being articulated relative to each other by means of a hinge, with at least one of the two inner frames being provided with at least one closure, and in that the articulation also comprises a rolling member enabling the hinge assembly to slide along the slide. - an outer casing formed of four sides defining a quadrangle whereon a bottom is mounted and intended to be fixed to a wall, - at least one inner frame formed of four sections at the bases of which a taut sheet is attached, - at least one articulation connecting said inner frame and said outer casing so as to enable the tilting of said inner frame relative to said outer casing and - at least one closure for holding the inner frame in said operating closed position,
Reactor for photochemical growing of a liquid culture of small organisms and microorganisms, particularly algae, with a tank, with an inlet and an outlet connected thereto via a pump, wherein the pump rotates in operation with a settable nominal number of rotations in a rotational direction causing the flow direction of the culture, and with multiple pipes connected to one another in pairs in succession via connection pieces, which multiple pipes are fed in operation from the inlet in flow direction towards the outlet, wherein, for the photochemical growing, the culture is exposed to the light radiation of a rod-shaped lamp having an outer shell which is arranged symmetrically to and inside each pipe, by forming an annular space, and wherein a cleaning element which cleaning element is shiftable along the outer shell is arranged in each pipe for cleaning it and the radial interior of which cleaning element is adapted to the outer shell in terms of shape and dimension, characterized in that - both ends of each pipe and/or the connection pieces have a cross-section extension with respect to the annular space, - each pipe has a carriage which is movable along the outer shell, - an end abutment is provided in the area of the cross-section extension for each carriage, - each carriage is connected in a force-fitting way with the cleaning element, - the carriage has a shiftable plunger and - the plunger fills the annular space in the area outside the cross-section extension. - both ends of each pipe and/or the connection pieces have a cross-section extension with respect to the annular space, - each pipe has a carriage which is movable along the outer shell, - an end abutment is provided in the area of the cross-section extension for each carriage, - each carriage is connected in a force-fitting way with the cleaning element, - the carriage has a shiftable plunger and - the plunger fills the annular space in the area outside the cross-section extension.
A method for metering oil flow to a propeller of an engine, the method comprising: using a processing unit for: receiving a requested propeller speed and an actual propeller speed; generating an oil flow request based on a difference between the requested propeller speed and the actual propeller speed; determining a leakage flow rate as a function of parameters of the engine and the propeller and generating a leakage compensation component; combining the leakage compensation component with the oil flow request to obtain a compensated oil flow request; and outputting the compensated oil flow request to an oil metering unit of the propeller to meter the oil flow to the propeller. receiving a requested propeller speed and an actual propeller speed; generating an oil flow request based on a difference between the requested propeller speed and the actual propeller speed; determining a leakage flow rate as a function of parameters of the engine and the propeller and generating a leakage compensation component; combining the leakage compensation component with the oil flow request to obtain a compensated oil flow request; and outputting the compensated oil flow request to an oil metering unit of the propeller to meter the oil flow to the propeller.
An audio/video, AV, device comprising: a first signal transmitter configured to output a video signal and a first audio signal corresponding to the video signal to a display device; a first signal receiver configured to receive a feedback signal of the first audio signal from the display device; a second signal transmitter configured to output a second audio signal corresponding to the video signal; and a controller configured to determine a processing delay time of the display device by comparing the first audio signal and the feedback signal, and control the second signal transmitter to delay the output of the second audio signal based on the determined processing delay time, the device characterized in that: the controller is further configured to form a mute section in the first audio signal, to detect the mute section from the feedback signal with respect to the first audio signal received from the display device, and to determine the processing delay time based on a time difference between a point of time when the mute section of the first audio signal is outputted and a point of time when the mute section is detected from the feedback signal. a first signal transmitter configured to output a video signal and a first audio signal corresponding to the video signal to a display device; a first signal receiver configured to receive a feedback signal of the first audio signal from the display device; a second signal transmitter configured to output a second audio signal corresponding to the video signal; and a controller configured to determine a processing delay time of the display device by comparing the first audio signal and the feedback signal, and control the second signal transmitter to delay the output of the second audio signal based on the determined processing delay time, the device characterized in that: the controller is further configured to form a mute section in the first audio signal, to detect the mute section from the feedback signal with respect to the first audio signal received from the display device, and to determine the processing delay time based on a time difference between a point of time when the mute section of the first audio signal is outputted and a point of time when the mute section is detected from the feedback signal. the controller is further configured to form a mute section in the first audio signal, to detect the mute section from the feedback signal with respect to the first audio signal received from the display device, and to determine the processing delay time based on a time difference between a point of time when the mute section of the first audio signal is outputted and a point of time when the mute section is detected from the feedback signal.
A method for transmitting a client signal in an optical transport network, wherein the method comprises: mapping a received client signal into a variable-rate container optical channel transport unit-N, OTU-N, wherein a rate of the OTU-N is N times as high as a preset reference rate, and the value N is a configurable positive integer; wherein the OTU-N has M ∗ N columns, and a subframe of the OTU-N has M columns; splitting the OTU-N into N optical sub-channel transport units, OTUsubs, by interleaving column, wherein a rate of each OTUsub equals to the reference rate; modulating the N optical sub-channel transport units, OTUsubs, onto one or more optical carriers; and sending the one or more optical carriers onto a same fiber for transmission. mapping a received client signal into a variable-rate container optical channel transport unit-N, OTU-N, wherein a rate of the OTU-N is N times as high as a preset reference rate, and the value N is a configurable positive integer; wherein the OTU-N has M ∗ N columns, and a subframe of the OTU-N has M columns; splitting the OTU-N into N optical sub-channel transport units, OTUsubs, by interleaving column, wherein a rate of each OTUsub equals to the reference rate; modulating the N optical sub-channel transport units, OTUsubs, onto one or more optical carriers; and sending the one or more optical carriers onto a same fiber for transmission.
An elastic suspension for an exhaust system of a motor vehicle, encompassing a carrier plate with two assembly locations, where the elastic suspension can be fastened directly and fixedly to the motor vehicle body, a retaining part designed to hold the exhaust system, and at least one elastomer body (5, 7) that elastically couples the retaining part and carrier plate, characterized in that the carrier plate is made out of a plastic material, wherein hole edges are reinforced on the at least two assembly locations relative to the carrier plate body, and reinforcing ribs extending toward the peripheral edge of the carrier plate adjoin the respective reinforced hole edge.
A flour milling pretreatment method for the manufacture of rice flour including a moisture conditioning step for adding water to the rice grains, characterized in that the flour milling pretreatment method also includes a moisture homogenizing step for supplying low-humidity air to milled rice having a moisture content of 13.0∼16.0% (w. b.%), to adjust the moisture content in the milled rice to 11.0 ∼13.0% (w. b.%), thereby homogenizing the moisture content; and in that the moisture conditioning step is for adding water to the rice grains that have passed through the moisture homogenizing step until the moisture content in each of the rice grains of rice reaches 20. 0∼45.0% (w. b.%), and facilitating water absorption into the core of each of the grains of the milled rice after the water addition.
A liquid medicine administration device (10, 60) for administering a liquid medicine into a living body, the device comprising: a cylinder filled with the liquid medicine; a gasket located inside the cylinder in a slidable manner; a liquid lubricant applied to an inner peripheral surface of the cylinder or an outer peripheral surface of the gasket; an advancing mechanism configured to advance the gasket in a distal direction; a drive mechanism including a motor (40, 40B) that is configured to drive the advancing mechanism; a battery configured to supply power to the motor (40, 40B); and a control unit (28, 62) configured to control an operation of the motor (40, 40B), characterized in that an advancing movement of the gasket within the cylinder includes a first movement section from when a part of the gasket starts moving until the gasket entirely starts moving, and a second movement section following the first movement section, and the control unit (28, 62) includes a program (28a, 62a) set such that one cycle including one continuous rotation and one continuous stop of the motor (40, 40B) is repeated two or more times in the first movement section. a cylinder filled with the liquid medicine; a gasket located inside the cylinder in a slidable manner; a liquid lubricant applied to an inner peripheral surface of the cylinder or an outer peripheral surface of the gasket; an advancing mechanism configured to advance the gasket in a distal direction; a drive mechanism including a motor (40, 40B) that is configured to drive the advancing mechanism; a battery configured to supply power to the motor (40, 40B); and a control unit (28, 62) configured to control an operation of the motor (40, 40B), characterized in that an advancing movement of the gasket within the cylinder includes a first movement section from when a part of the gasket starts moving until the gasket entirely starts moving, and a second movement section following the first movement section, and the control unit (28, 62) includes a program (28a, 62a) set such that one cycle including one continuous rotation and one continuous stop of the motor (40, 40B) is repeated two or more times in the first movement section.
A constituting part for a fuel battery wherein a reaction electrode portion, gas diffusion layers (26, 27) and gaskets (32, 33) are integrated and frames (30, 31) are fixed to the reaction electrode portion, said constituting part for a fuel battery being characterized in that: said frames (30, 31) are made of a resin film; said gas diffusion layers (26, 27) are layered in a non-bonded manner; said gaskets (32, 33) are made of a liquid rubber cured material; and the reaction electrode portion, the frames (30, 31), the gaskets (32, 33) and the gas diffusion layers (26, 27) are integrated by fixing the frames (30, 31) to an outer periphery of the reaction electrode portion so as to expand a plane area, covering the frames (30, 31) by the liquid rubber cured material, and impregnating the gas diffusion layers (26, 27) and the frames (30, 31) with a part of the liquid rubber; wherein the frames (30, 31) are fixed to the reaction electrode portion by thermo compression, whereby the reaction electrode portion, the frames (30, 31), the gaskets (32, 33) and the gas diffusion layers (26, 27) are combined and integrated on the basis of the impregnation. said frames (30, 31) are made of a resin film; said gas diffusion layers (26, 27) are layered in a non-bonded manner; said gaskets (32, 33) are made of a liquid rubber cured material; and the reaction electrode portion, the frames (30, 31), the gaskets (32, 33) and the gas diffusion layers (26, 27) are integrated by fixing the frames (30, 31) to an outer periphery of the reaction electrode portion so as to expand a plane area, covering the frames (30, 31) by the liquid rubber cured material, and impregnating the gas diffusion layers (26, 27) and the frames (30, 31) with a part of the liquid rubber; wherein the frames (30, 31) are fixed to the reaction electrode portion by thermo compression, whereby the reaction electrode portion, the frames (30, 31), the gaskets (32, 33) and the gas diffusion layers (26, 27) are combined and integrated on the basis of the impregnation.
Cooling module for a motor vehicle with an electric motor, comprising: - at least one heat exchanger (30a-30c), - at least one tangential-flow turbomachine capable of creating a first air stream passing through the at least one heat exchanger (30a-30c), - a housing configured to accommodate the at least one heat exchanger (30a-30c) and said at least one tangential-flow turbomachine, the housing comprising a first intake opening and a discharge opening between which the first air stream flows, - at least one electric motor for controlling the rotation of said at least one tangential-flow turbomachine, the electric motor being positioned on the outer wall of the housing, said electric motor comprising at least one air inlet and one air outlet, the cooling module being characterized in that the housing comprises a second intake opening, the air outlet of the at least one electric motor being fluidly connected to said second intake opening so as to allow the flow of a second air stream passing in succession through the air inlet of the electric motor, the air outlet of the electric motor and the second intake opening of the housing to join the first air stream inside the housing. - at least one heat exchanger (30a-30c), - at least one tangential-flow turbomachine capable of creating a first air stream passing through the at least one heat exchanger (30a-30c), - a housing configured to accommodate the at least one heat exchanger (30a-30c) and said at least one tangential-flow turbomachine, the housing comprising a first intake opening and a discharge opening between which the first air stream flows, - at least one electric motor for controlling the rotation of said at least one tangential-flow turbomachine, the electric motor being positioned on the outer wall of the housing, said electric motor comprising at least one air inlet and one air outlet,
Oral care composition comprising: - 0.005 to 1 wt% of o-cymen-5-ol, - 0.005 to 1.5 wt% of dipotassium glycyrrhizinate, - 0.05 to 5 wt% of 4-hydroxyacetophenone, and - at least 15 wt% of water, wherein the wt% are expressed with respect to the total weight of the composition. - 0.005 to 1 wt% of o-cymen-5-ol, - 0.005 to 1.5 wt% of dipotassium glycyrrhizinate, - 0.05 to 5 wt% of 4-hydroxyacetophenone, and - at least 15 wt% of water,
Method for operating a vehicle comprising - providing measurement data based on measurement signals from at least two piezo-electric sensors (21, 22) mechanically coupled to a windshield of the vehicle in a spaced apart manner, wherein the at least two piezo-electric sensors (21, 22) are mechanically coupled to the windshield in such a way, that the measurement signals are representative of vibrations of the windshield, - determining condition data dependent on the measurement data, the condition data being representative of a condition of the windshield and - operating the vehicle according to the condition data, characterized in that determining the condition data comprises applying artificial intelligence, and the artificial intelligence is trained to filter out noise of the measurement signals being non-representative of the conditions of the windshield. - providing measurement data based on measurement signals from at least two piezo-electric sensors (21, 22) mechanically coupled to a windshield of the vehicle in a spaced apart manner, wherein the at least two piezo-electric sensors (21, 22) are mechanically coupled to the windshield in such a way, that the measurement signals are representative of vibrations of the windshield, - determining condition data dependent on the measurement data, the condition data being representative of a condition of the windshield and - operating the vehicle according to the condition data
Method for assisting a driver of a vehicle, wherein the vehicle comprises a distance warning system which signals to the driver a distance from an obstacle in the surroundings of the vehicle, and a driving assistance system which controls the lateral guidance during a driving manoeuvre, characterized in that longitudinal guidance instructions of the driving assistance system are indicated to the driver via a signalling device of the distance warning system, wherein the longitudinal guidance instructions are indicated in the form of a distance of the vehicle from a point (40, 42, 44) at which a change of a direction of travel is to take place or the vehicle is to be stopped, and wherein in order to indicate the distance from the point (40, 42, 44) at which a change of the direction of travel is to take place or the vehicle is to be stopped, the driving assistance system generates a virtual obstacle (61, 62, 63) which is signalled as an actual obstacle by the distance warning system.
A roller coaster ride mounted on a tower comprising: a support tower; a track mounted on the support tower; at least one rider carriage slidably mounted on the track; characterized in that the track having an ascending and descending section; at least one drop turn of the track, the drop turn comprising: a part of descending section of the track extending in a first direction around on the outer perimeter of the tower, the track turning downward and banking about 180 degrees towards the tower while the track drops and turns about 180 degrees such that the track ends up extending in a second direction around the outer perimeter of the tower, the second direction being substantially opposite the first direction, the track being mounted solely on an exterior of the support tower for the length of the drop turn and the drop turn occurring entirely within the descending section of the track. a support tower; a track mounted on the support tower; at least one rider carriage slidably mounted on the track; characterized in that the track having an ascending and descending section; at least one drop turn of the track, the drop turn comprising: a part of descending section of the track extending in a first direction around on the outer perimeter of the tower, the track turning downward and banking about 180 degrees towards the tower while the track drops and turns about 180 degrees such that the track ends up extending in a second direction around the outer perimeter of the tower, the second direction being substantially opposite the first direction, the track being mounted solely on an exterior of the support tower for the length of the drop turn and the drop turn occurring entirely within the descending section of the track. a part of descending section of the track extending in a first direction around on the outer perimeter of the tower, the track turning downward and banking about 180 degrees towards the tower while the track drops and turns about 180 degrees such that the track ends up extending in a second direction around the outer perimeter of the tower, the second direction being substantially opposite the first direction, the track being mounted solely on an exterior of the support tower for the length of the drop turn and the drop turn occurring entirely within the descending section of the track.
A method for making a latent image on a document substrate, the latent image comprising raised elements forming image fragments (111, 112) of variable visibility dependent on the viewing angle, wherein the method comprises the step of providing a laser-engravable document substrate susceptible to change of shade and raising under a laser beam, and characterized in that the method comprises the further step of subjecting the document substrate to the laser beam to cause decomposition, increase of volume and carbonization of the substrate to engrave the raised elements, each raised element being raised above the non-engraved substrate and having a shade different than the shade of the non-engraved substrate.
Inner plate of a pin chain, bush chain or roller chain, wherein the inner plate has two through-holes for one pin each and the through-holes are formed between two base areas of the inner plate, wherein there is a distance-indicating marker applied to at least one base area, which distance-indicating marker comprises at least one reference point by means of which the position and/or location of the outer contour of an outer plate can be compared, characterised in that the marker is configured as a depression formed on the base area and the marker has a line.