mhurhangee/ep-ind-claims huggingface dataset:
A patient interface comprising: a blower (150, 250) comprising: an impeller, a motor for driving rotation of the impeller, the motor comprising a stator and a rotor coupled to the impeller, a blower housing comprising an impeller space for housing the impeller, a blower inlet, and a blower outlet; a cushion for contacting a user's face; and a mask body and/or a frame for supporting the cushion on a user's face, the cushion and/or the mask body or frame defining an interior space for receiving a flow of gases from the blower; wherein the blower (150, 250) is mounted within or at least partially within the mask body or the frame, and wherein the blower further comprises at least one first vibration isolation member (185, 186) between the impeller and the stator and/or between the stator and the blower housing; and characterized by the patient interface further comprising a second vibration isolation member between the blower (150, 250) or blower housing and the mask body or frame, and wherein the second vibration isolation member forms a pneumatic seal between the blower (150, 250) or blower housing and the mask body or frame. a blower (150, 250) comprising: an impeller, a motor for driving rotation of the impeller, the motor comprising a stator and a rotor coupled to the impeller, a blower housing comprising an impeller space for housing the impeller, a blower inlet, and a blower outlet; an impeller, a motor for driving rotation of the impeller, the motor comprising a stator and a rotor coupled to the impeller, a blower housing comprising an impeller space for housing the impeller, a blower inlet, and a blower outlet; a cushion for contacting a user's face; and a mask body and/or a frame for supporting the cushion on a user's face, the cushion and/or the mask body or frame defining an interior space for receiving a flow of gases from the blower; wherein the blower (150, 250) is mounted within or at least partially within the mask body or the frame, and wherein the blower further comprises at least one first vibration isolation member (185, 186) between the impeller and the stator and/or between the stator and the blower housing; and
A dry powder inhaler comprising at least one medicament reservoir (21,22) with an opening and a closure member engaged with the reservoir (21,22) such that there is contact pressure between the reservoir (21,22) and the closure member, so as to close the opening, characterised in that a surface at the periphery of the opening of the reservoir (21,22) and a surface of the underside of the closure member are in abutment via a deformable seal member, the deformable seal member being provided on the abutting surface at the periphery of the opening of the reservoir (21,22) or the abutting surface of the underside of the closure member, or the deformable seal member being interposed between the reservoir (21,22) and the closure member, and at least one of the abutting surfaces is formed with a projection that increases the contact pressure between said surfaces, thereby improving the seal between the abutting surfaces and reducing the potential for ingress of moisture between said surfaces into the reservoir (21,22).
A method for processing an input image, comprising: producing a high addressable binary representation of a current grayscale input image pixel by thresholding said current grayscale input image pixel and an associated intermediate predicted pixel value, wherein said intermediate predicted pixel value is determined before thresholding as a function of said current grayscale input image pixel and a next adjacent pixel to said current grayscale input image pixel; calculating a pixel quantization error based upon the current grayscale input image pixel value and the intermediate predicted pixel value; ordering a plurality of neighboring pixels of the current grayscale input image pixel, the neighboring pixels located in a predefined processing window, the ordering according to the gray values of the neighboring pixels; diffusing a maximum possible amount of quantization error for the current grayscale input image pixel sequentially to a subset of the plurality of neighboring pixels of the current grayscale input pixel, where the subset of the plurality of neighboring pixels are selected in accordance with the sign of the pixel quantization error; and repeating the steps above for each grayscale input image pixel in the image to produce an error-diffused output image. producing a high addressable binary representation of a current grayscale input image pixel by thresholding said current grayscale input image pixel and an associated intermediate predicted pixel value, wherein said intermediate predicted pixel value is determined before thresholding as a function of said current grayscale input image pixel and a next adjacent pixel to said current grayscale input image pixel; calculating a pixel quantization error based upon the current grayscale input image pixel value and the intermediate predicted pixel value; ordering a plurality of neighboring pixels of the current grayscale input image pixel, the neighboring pixels located in a predefined processing window, the ordering according to the gray values of the neighboring pixels; diffusing a maximum possible amount of quantization error for the current grayscale input image pixel sequentially to a subset of the plurality of neighboring pixels of the current grayscale input pixel, where the subset of the plurality of neighboring pixels are selected in accordance with the sign of the pixel quantization error; and repeating the steps above for each grayscale input image pixel in the image to produce an error-diffused output image.
A ride system, comprising: a plurality of ride vehicles, wherein each respective ride vehicle of the plurality of ride vehicles comprises a riding assembly configured to move vertically and angularly relative to a base of the respective ride vehicle; a ride control system configured to: receive a respective position of each respective ride vehicle of the plurality of ride vehicles within a ride area; determine that a respective distance between two respective positions of two ride vehicles of the plurality of ride vehicles is less than a threshold distance; and output a signal to at least one ride vehicle of the plurality of ride vehicles indicative of instructions to adjust at least one position of the at least one ride vehicle of the plurality of ride vehicles in response to determining that the respective distance between the two respective positions of the two ride vehicles of the plurality of ride vehicles is less than the threshold distance. a plurality of ride vehicles, wherein each respective ride vehicle of the plurality of ride vehicles comprises a riding assembly configured to move vertically and angularly relative to a base of the respective ride vehicle; a ride control system configured to: receive a respective position of each respective ride vehicle of the plurality of ride vehicles within a ride area; determine that a respective distance between two respective positions of two ride vehicles of the plurality of ride vehicles is less than a threshold distance; and output a signal to at least one ride vehicle of the plurality of ride vehicles indicative of instructions to adjust at least one position of the at least one ride vehicle of the plurality of ride vehicles in response to determining that the respective distance between the two respective positions of the two ride vehicles of the plurality of ride vehicles is less than the threshold distance. receive a respective position of each respective ride vehicle of the plurality of ride vehicles within a ride area; determine that a respective distance between two respective positions of two ride vehicles of the plurality of ride vehicles is less than a threshold distance; and output a signal to at least one ride vehicle of the plurality of ride vehicles indicative of instructions to adjust at least one position of the at least one ride vehicle of the plurality of ride vehicles in response to determining that the respective distance between the two respective positions of the two ride vehicles of the plurality of ride vehicles is less than the threshold distance.
A fixed type constant velocity universal joint, comprising: an outer joint member having an inner surface in which a plurality of track grooves are formed; an inner joint member having an outer surface in which a plurality of track grooves are formed; a plurality of balls interposed between the plurality of track grooves of the outer joint member and the plurality of track grooves of the inner joint member for transmitting torque; and a retainer for retaining the plurality of balls, wherein a cutout round portion is provided at least at a ball-contact-point corresponding part on a track inlet end of each of the plurality of track grooves of the outer joint member, characterized in that the cutout round portion is finished by cold forging formation, wherein machining allowance is provided with respect to a grinding process of the plurality of track grooves of the outer joint member; and the cutout round portion is secured as a cold-forging finished portion even after the grinding process of the plurality of track grooves. an outer joint member having an inner surface in which a plurality of track grooves are formed; an inner joint member having an outer surface in which a plurality of track grooves are formed; a plurality of balls interposed between the plurality of track grooves of the outer joint member and the plurality of track grooves of the inner joint member for transmitting torque; and a retainer for retaining the plurality of balls,
A device for air purification for a passenger transportation means, comprising: a detection device configured to detect a presence and/or a state of health of a person in a person rest area; an air extraction duct having: - an inlet arrangeable or arranged for extracting exhaled air from a breathing zone of the person rest area; - a conveying device for conveying the air through the air extraction duct; - a purification device for inactivating pathogens in the air conveyed through the air extraction duct; and a control unit configured to operate the conveying device and/or the purification device as a function of a detection of the detection device; wherein the detection device is configured to detect a body temperature of the person in the person rest area, preferably by means of a thermal imaging camera and/or a non-contact fever thermometer; and wherein the control unit is configured to increase a conveying capacity of the conveying device and/or a cleaning capacity of the purification device if an increased body temperature, preferably from about 37.5 °C, or fever, preferably from about 38.5 °C, is detected by the detection device. a detection device configured to detect a presence and/or a state of health of a person in a person rest area; an air extraction duct having: - an inlet arrangeable or arranged for extracting exhaled air from a breathing zone of the person rest area; - a conveying device for conveying the air through the air extraction duct; - a purification device for inactivating pathogens in the air conveyed through the air extraction duct; and - an inlet arrangeable or arranged for extracting exhaled air from a breathing zone of the person rest area; - a conveying device for conveying the air through the air extraction duct; - a purification device for inactivating pathogens in the air conveyed through the air extraction duct; and a control unit configured to operate the conveying device and/or the purification device as a function of a detection of the detection device; wherein the detection device is configured to detect a body temperature of the person in the person rest area, preferably by means of a thermal imaging camera and/or a non-contact fever thermometer; and wherein the control unit is configured to increase a conveying capacity of the conveying device and/or a cleaning capacity of the purification device if an increased body temperature, preferably from about 37.5 °C, or fever, preferably from about 38.5 °C, is detected by the detection device.
A drill bit for a boring tool comprising: a shank configured for engagement with the boring tool; and a threaded working tip having a first end attached to said shank and an opposite second end, said working tip including a helical thread extending continuously from said first end to said second end, said helical thread having a root including a rounded portion defined at a radius, wherein a flat portion is interposed between adjacent rounded portions of said root. a shank configured for engagement with the boring tool; and a threaded working tip having a first end attached to said shank and an opposite second end, said working tip including a helical thread extending continuously from said first end to said second end, said helical thread having a root including a rounded portion defined at a radius, wherein a flat portion is interposed between adjacent rounded portions of said root.
Electric motor of a motor vehicle, in particular an auxiliary unit, comprising a stator having a stator winding and also comprising a rotor as well as comprising a switching unit and comprising a contact adapter for an electrical motor connection, - wherein the stator and the rotor - are arranged concentrically to a motor axis in a motor housing which is closed by an end plate arranged perpendicularly to the motor axis, - wherein the switching unit is mounted on the stator and electrically contact-connected to the stator winding, - wherein the contact adapter is attached to the switching unit and electrically contact-connected to it, and - wherein a plug connection of the contact adapter is arranged in an opening in the end plate, and - wherein the plug connection is mounted in a floating manner on the switching unit. - wherein the stator and the rotor - are arranged concentrically to a motor axis in a motor housing which is closed by an end plate arranged perpendicularly to the motor axis, - wherein the switching unit is mounted on the stator and electrically contact-connected to the stator winding, - wherein the contact adapter is attached to the switching unit and electrically contact-connected to it, and - wherein a plug connection of the contact adapter is arranged in an opening in the end plate, and - wherein the plug connection is mounted in a floating manner on the switching unit.
A suspension arrangement (S1; S2) for a tracked vehicle, said suspension arrangement comprising a road wheel arm having a wheel axle portion configured to support a wheel of the vehicle and a pivot axle portion, the road wheel arm being pivotably journalled at said pivot axle portion to a housing configured to be fixed to the vehicle body, a torsion bar being connected to the pivot axle portion, a torsion tube being arranged to be connected to the vehicle body, said torsion bar running through the torsion tube and being arranged to be connected to the torsion tube, characterized in that the modulus of elasticity of the torsion tube material is lower than the modulus of elasticity of the torsion bar material so as to increase the maximum suspension travel.
A power tool comprising: a housing; an output member coupled to the housing, the output member including an output shaft configured to rotate about a longitudinal axis; a switch configured to select a desired rotational direction of the output shaft between a clockwise direction and a counterclockwise direction; a motor contained in the housing and drivably connected to the output shaft to impart rotary motion thereto; a rotational motion sensor arranged in the housing and operable to detect rotational motion of the housing about a rotational axis that is substantially parallel to, or coaxial with, the longitudinal axis of the output shaft; and a controller arranged in the housing; wherein the controller is configured to receive a first signal indicative of the desired rotational direction from the switch and a second signal indicative of the rotational motion of the housing from the rotational motion sensor, the controller operable to determine a direction of the rotational motion of the housing about the rotational axis and characterized in that the controller is configured to drive the motor only when the direction of rotational motion of the housing is the same as the desired rotational direction. a housing; an output member coupled to the housing, the output member including an output shaft configured to rotate about a longitudinal axis; a switch configured to select a desired rotational direction of the output shaft between a clockwise direction and a counterclockwise direction; a motor contained in the housing and drivably connected to the output shaft to impart rotary motion thereto; a rotational motion sensor arranged in the housing and operable to detect rotational motion of the housing about a rotational axis that is substantially parallel to, or coaxial with, the longitudinal axis of the output shaft; and a controller arranged in the housing; wherein the controller is configured to receive a first signal indicative of the desired rotational direction from the switch and a second signal indicative of the rotational motion of the housing from the rotational motion sensor, the controller operable to determine a direction of the rotational motion of the housing about the rotational axis and characterized in that the controller is configured to drive the motor only when the direction of rotational motion of the housing is the same as the desired rotational direction.
A refrigerator having a refrigerant circuit including a compressor, said compressor having a motor and a drive unit, the refrigerator comprising: - a detecting means (16, 17) for detecting a current and/or a voltage of said motor; - characterised in that the drive unit comprises: - a prediction means for predicting an internal condition of the compressor based on detection values obtained by said detecting means (16, 17), wherein a predetermined refrigerant system model for the refrigerant circuit is provided, and an operating condition of the refrigerant circuit is predicted based on information on an internal condition of the compressor predicted by the prediction means. - a detecting means (16, 17) for detecting a current and/or a voltage of said motor; - characterised in that the drive unit comprises: - a prediction means for predicting an internal condition of the compressor based on detection values obtained by said detecting means (16, 17), - a prediction means for predicting an internal condition of the compressor based on detection values obtained by said detecting means (16, 17),
A compound of formula I containing three (consecutive) aromatic or heteroaromatic moieties wherein A 1 is selected from the group consisting of CH, CR 2 and N, A 2 is selected from the group consisting of CH, CF and N, R 1 is selected from the group consisting of F and Cl, R 2 is selected from the group consisting of F and methoxy, R 3 is selected from the group consisting of m is selected from an integer consisting of 0, 1 and 2, and n is selected from an integer consisting of 0, 1, and 2, with the provisos, that at least one substituent attached to an aromatic or heteroaromatic moiety in formula I represents F or that R 2 represents methoxy, or a salt thereof. A 1 is selected from the group consisting of CH, CR 2 and N, A 2 is selected from the group consisting of CH, CF and N, R 1 is selected from the group consisting of F and Cl, R 2 is selected from the group consisting of F and methoxy, R 3 is selected from the group consisting of m is selected from an integer consisting of 0, 1 and 2, and n is selected from an integer consisting of 0, 1, and 2,
Support frame for arranging module units in a service vehicle, wherein four elongated elements form four corner columns of said support frame, wherein each of said elongated elements comprise four element sides (2, 3, 4, 5) forming a generally rectangular cross section of said elongated element, wherein said support frame further comprises eight elongated elements transversely connecting said corner columns at their upper and lower ends to form a hollow box shaped support frame, said four corner columns define four surrounding sides (11, 12, 13, 14), wherein said four surrounding sides (11, 12, 13, 14) have essentially the same width thus forming a generally square shaped cross section of said support frame, and a first element side and a fourth element side adjacent said first element side comprises fastening means (8, 16) for arranging a module device at said support frame, and a second element side and a third element side each comprises at least one undercut groove (7, 9) extending along said elongated element, and wherein the undercut grooves (7,9) are directed away from a point inside that particular support frame, characterised in that said fastening means (8, 16) comprise openings (8, 16) repeated at an interval along essentially the entire element sides, and that said elongated element is produced from a sheet metal which is bent to form the particular shape of the element by roll forming.
A machine for providing organic particles preferably substrate for use in manufacturing biogas, the machine comprising; - an intake for input of moist and dry organic waste to the machine's interior chamber, where the organic waste may contain foreign bodies such as soft packaging, preferably plastics, netting and binding twine, as well as metal and glass, etc., - a rotating shaft located in the interior chamber, - an outlet for milled particles, - an ejector for foreign bodies, - at least one tool which is provided on the rotating shaft and positioned at the circumference of the shaft, the at least one tool having a blunt shape, - a stationary part mounted in the interior chamber, where the stationary part acts as the at least one tool's counter-tool, wherein the distance between the at least one tool and the stationary part is of a size that permits a milling effect to be achieved on the waste's solid parts for grinding up into smaller pieces, while the extent of the distance prevents a milling effect from being exerted on the waste's softer parts such as plastics, characterised in that the interior chamber is equipped with nozzles for introducing steam into the interior chamber. - an intake for input of moist and dry organic waste to the machine's interior chamber, where the organic waste may contain foreign bodies such as soft packaging, preferably plastics, netting and binding twine, as well as metal and glass, etc., - a rotating shaft located in the interior chamber, - an outlet for milled particles, - an ejector for foreign bodies, - at least one tool which is provided on the rotating shaft and positioned at the circumference of the shaft, the at least one tool having a blunt shape, - a stationary part mounted in the interior chamber, where the stationary part acts as the at least one tool's counter-tool,