mhurhangee/ep-ind-claims huggingface dataset:
A fan guard of an air blowing unit comprising: a frame arranged around a perimeter of an air outlet of a fan; a plurality of board-shaped ribs (41, 41...) extending radially from a vicinity of the center of the frame outward in a direction of a radius of the fan; and a plurality of nearly cylindrical ribs (42, 42...) which are integrated with the plurality of board-shaped ribs (41, 41...) and arranged concentrically around a rotation axis (O-O') of the fan at predetermined intervals in the direction of the radius of the fan, wherein the plurality of board-shaped ribs (41, 41...) are curved outward in a direction of rotation of the fan and also inclined in a direction of air flowing from the fan, characterised in that the line (C 1) formed by the air outlet end (41 b) of each of the board-shaped ribs is a curve where an angle (θα) which the line (C 1) forms with a direction tangent to the nearly cylindrical ribs grows from inside to outside in the direction of the radius of the fan, and in that an angle (θr) at which the board-shaped ribs are installed is made approximately equal to an angle (θi) at which air flows from the fan in a diametrical position (Rcmax) where a speed component (Cz) of the current from the fan in the axial direction is the largest, and is approximately uniform in the direction of the radius of the fan. a frame arranged around a perimeter of an air outlet of a fan; a plurality of board-shaped ribs (41, 41...) extending radially from a vicinity of the center of the frame outward in a direction of a radius of the fan; and a plurality of nearly cylindrical ribs (42, 42...) which are integrated with the plurality of board-shaped ribs (41, 41...) and arranged concentrically around a rotation axis (O-O') of the fan at predetermined intervals in the direction of the radius of the fan,
A system adapted to increase skin rejuvenation of a region of a patient's skin, said system comprising a. a pulsed electromagnetic field PEMF frequency generator configured to constantly provide electromagnetic pulses to said region of a patient's skin; and, b. a deep tissue diathermy device configured to constantly apply heat to said region of a patient's skin up to temperature T; said system being adapted to simultaneously apply heat and PEMF to said region of a patient's skin; wherein application of said system increases said skin rejuvenation such that said skin rejuvenation increase SRI is greater than the sum of said SRI provided by electromagnetic pulses and said SRI provided by said deep tissue diathermy device; characterised in that said system is encased in a platform; and said deep tissue diathermy device comprises: a. at least one electrical output device adapted to generate RF electromagnetic energy or electric current; and b. at least two electrodes electrically coupled to said electrical output device and adapted to be placed on said skin region, wherein said at least two electrodes are adapted to simultaneously apply said RF energy or said electrical current to said skin region. a. a pulsed electromagnetic field PEMF frequency generator configured to constantly provide electromagnetic pulses to said region of a patient's skin; and, b. a deep tissue diathermy device configured to constantly apply heat to said region of a patient's skin up to temperature T; a. at least one electrical output device adapted to generate RF electromagnetic energy or electric current; and b. at least two electrodes electrically coupled to said electrical output device and adapted to be placed on said skin region, wherein said at least two electrodes are adapted to simultaneously apply said RF energy or said electrical current to said skin region.
A dose setting mechanism for a drug delivery device, said mechanism comprising: an inner housing having a first helical groove, which is preferably a male helical groove, along an external surface of said inner housing, said inner housing comprising a first rotational stop member near one end of said helical groove; and a dial sleeve, preferably a single moulded component, rotatably engaged with said helical groove of said inner housing, which is preferably a male helical groove, said dial sleeve preferably comprises a generally smooth outer surface, wherein said dial sleeve comprises an inner surface having a second helical groove and a second rotational stop member; wherein, said first rotational stop member comprises means which prevent a user from selecting a dose greater than a pre-defined maximum selectable dose when said user rotates said dial sleeve to select a dose, wherein said first rotational stop member of said inner housing engages with said second rotational stop member of said dial sleeve when a user attempts to select a dose greater than said pre-defined maximum selectable dose; characterized in that said second rotational stop member comprises a flexible member and said first rotational stop member is accommodated on a flexible arm member. an inner housing having a first helical groove, which is preferably a male helical groove, along an external surface of said inner housing, said inner housing comprising a first rotational stop member near one end of said helical groove; and a dial sleeve, preferably a single moulded component, rotatably engaged with said helical groove of said inner housing, which is preferably a male helical groove, said dial sleeve preferably comprises a generally smooth outer surface, wherein said dial sleeve comprises an inner surface having a second helical groove and a second rotational stop member; wherein, said first rotational stop member comprises means which prevent a user from selecting a dose greater than a pre-defined maximum selectable dose when said user rotates said dial sleeve to select a dose, wherein said first rotational stop member of said inner housing engages with said second rotational stop member of said dial sleeve when a user attempts to select a dose greater than said pre-defined maximum selectable dose; characterized in that said second rotational stop member comprises a flexible member and said first rotational stop member is accommodated on a flexible arm member.
A retrieval device for secure retrieval of optical information for a first device from a light source (102a, 102b) of a second device, the second device providing the optical information by the light source (102a, 102b), the retrieval device comprising: - a housing made from at least one material which is opaque for the light emitted from the light source (102a, 102b), wherein the housing is arranged to contain the light from at least a part of the light source (102a, 102b), - an attaching means arranged to detachably attach the housing to the second device, - a light receiver arranged to receive the optical information from the light source (102a, 102b), said light receiver located inside the housing, a connection means (100d, 100e) arranged to transfer an optical and/or electrical signal from the light receiver to the first device, characterized by the attaching means comprising at least one of a suction means, a magnet, a hook-and-loop fastener, an elastic element, a rubber band, a rubber element a spring element, a clamping element. - a housing made from at least one material which is opaque for the light emitted from the light source (102a, 102b), wherein the housing is arranged to contain the light from at least a part of the light source (102a, 102b), - an attaching means arranged to detachably attach the housing to the second device, - a light receiver arranged to receive the optical information from the light source (102a, 102b), said light receiver located inside the housing,
A method for stereoscopic image creation, the method comprising: capturing, via a device, an initial image at an initial position; determining a target displacement from the initial position for a desired stereoscopic effect; providing an instruction that specifies a direction in which to move the device from the initial position; while the device is in motion, estimating an estimated displacement from the initial position; in response to determining that the estimated displacement corresponds to the target displacement, automatically capturing, via the device, a candidate image; in response to capturing the candidate image, automatically performing an acceptability analysis, wherein the acceptability analysis comprises analyzing the candidate image to determine whether the candidate image has acceptable image quality and comparing the candidate image to the initial image to determine whether the candidate image has acceptable similarity to the initial image; and in response to determining that the candidate image has the acceptable image quality and has the acceptable similarity to the initial image, automatically creating a stereoscopic image based on the initial image and the candidate image, wherein the comparing the candidate image to the initial image to determine whether the candidate image has the acceptable similarity to the initial image further comprises: creating a predicted image based on the initial image and the target displacement; and comparing the candidate image to the predicted image. capturing, via a device, an initial image at an initial position; determining a target displacement from the initial position for a desired stereoscopic effect; providing an instruction that specifies a direction in which to move the device from the initial position; while the device is in motion, estimating an estimated displacement from the initial position; in response to determining that the estimated displacement corresponds to the target displacement, automatically capturing, via the device, a candidate image; in response to capturing the candidate image, automatically performing an acceptability analysis, wherein the acceptability analysis comprises analyzing the candidate image to determine whether the candidate image has acceptable image quality and comparing the candidate image to the initial image to determine whether the candidate image has acceptable similarity to the initial image; and in response to determining that the candidate image has the acceptable image quality and has the acceptable similarity to the initial image, automatically creating a stereoscopic image based on the initial image and the candidate image, wherein the comparing the candidate image to the initial image to determine whether the candidate image has the acceptable similarity to the initial image further comprises: creating a predicted image based on the initial image and the target displacement; and comparing the candidate image to the predicted image. creating a predicted image based on the initial image and the target displacement; and comparing the candidate image to the predicted image.
A work vehicle comprising: a first exhaust pipe for engine exhaust; and a second exhaust pipe provided with an inlet having an outer diameter larger than an outlet diameter of an outlet of the first exhaust pipe, wherein the outlet of the first exhaust pipe and the inlet of the second exhaust pipe are disposed in proximity such that the outlet of the first exhaust pipe is disposed inside the inlet of the second exhaust pipe, and the work vehicle further comprises a partition (16, 17) dividing a cross-section of the outlet of the first exhaust pipe into a plurality of divided regions when viewed from an exhaust flow direction and partitioning the adjacent divided regions at intervals, wherein a cross-section of the partition (16, 17) has a wedge shape tapering toward an upstream of the exhaust discharged from the outlet of the first exhaust pipe. a first exhaust pipe for engine exhaust; and a second exhaust pipe provided with an inlet having an outer diameter larger than an outlet diameter of an outlet of the first exhaust pipe, wherein the outlet of the first exhaust pipe and the inlet of the second exhaust pipe are disposed in proximity such that the outlet of the first exhaust pipe is disposed inside the inlet of the second exhaust pipe, and the work vehicle further comprises a partition (16, 17) dividing a cross-section of the outlet of the first exhaust pipe into a plurality of divided regions when viewed from an exhaust flow direction and partitioning the adjacent divided regions at intervals, wherein a cross-section of the partition (16, 17) has a wedge shape tapering toward an upstream of the exhaust discharged from the outlet of the first exhaust pipe.
Organo-modified lamellar double hydroxide material corresponding to formula: [M 1-x M' x 2] x+ (HO-Φ-Y-X) x.mH 2 O in which: - X represents a group chosen from: -COO - and -SO 3 -, - Y represents a group chosen from: -CH 2 -CH 2 - and -CH=CH-, - Φ represents a phenyl group substituted in ortho, in meta or in para, on the one hand by the hydroxyl group, on the other hand by the group -Y-X, - m represents a number going from 0 to 2, and • if: M represents one or more cations chosen from: Mg, Zn, Co, Ni, Ca, Cu, M' represents one or more cations chosen from: Al, Ga, Fe, Cr, and x represents a number 0.1 ≤ x ≤ 0.5, or • if: M represents Li, M' represents Al, and x = 2/3. - X represents a group chosen from: -COO - and -SO 3 -, - Y represents a group chosen from: -CH 2 -CH 2 - and -CH=CH-, - Φ represents a phenyl group substituted in ortho, in meta or in para, on the one hand by the hydroxyl group, on the other hand by the group -Y-X, - m represents a number going from 0 to 2, and • if: M represents one or more cations chosen from: Mg, Zn, Co, Ni, Ca, Cu, M' represents one or more cations chosen from: Al, Ga, Fe, Cr, and x represents a number 0.1 ≤ x ≤ 0.5, or • if: M represents Li, M' represents Al, and x = 2/3. • if: M represents one or more cations chosen from: Mg, Zn, Co, Ni, Ca, Cu, M' represents one or more cations chosen from: Al, Ga, Fe, Cr, and x represents a number 0.1 ≤ x ≤ 0.5, M represents one or more cations chosen from: Mg, Zn, Co, Ni, Ca, Cu, M' represents one or more cations chosen from: Al, Ga, Fe, Cr, and x represents a number 0.1 ≤ x ≤ 0.5, • if: M represents Li, M' represents Al, and x = 2/3.
Hydraulic braking system for slowing down a moving mass, comprising - a press part for pressing against a brake surface with frictional contact, - a brake actuator filled with hydraulic fluid for generating a pressure which can be introduced into the press part, which brake actuator has a brake cylinder, in which a brake piston extends which is guided so as to be movable in the longitudinal direction, wherein the brake piston and the brake cylinder delimit at least one brake chamber, and - spacer means for adjusting play between the press part and the brake surface when the braking system is in a released position, - wherein the spacer means have a hydraulic accumulator for accumulating a predefined volume of hydraulic fluid at a minimum pressure, characterized in that - the brake piston and the brake cylinder delimit a brake return chamber, and in that - the brake return chamber of the brake actuator is connectable to the hydraulic accumulator to lift the press part from the brake surface, wherein the volume of hydraulic fluid in the hydraulic accumulator determines the distance of the press part from the brake surface in the released position of the braking system, in such a way that mechanical stopping or blocking means are avoided. - a press part for pressing against a brake surface with frictional contact, - a brake actuator filled with hydraulic fluid for generating a pressure which can be introduced into the press part, which brake actuator has a brake cylinder, in which a brake piston extends which is guided so as to be movable in the longitudinal direction, wherein the brake piston and the brake cylinder delimit at least one brake chamber, and - spacer means for adjusting play between the press part and the brake surface when the braking system is in a released position, - wherein the spacer means have a hydraulic accumulator for accumulating a predefined volume of hydraulic fluid at a minimum pressure, characterized in that - the brake piston and the brake cylinder delimit a brake return chamber, and in that - the brake return chamber of the brake actuator is connectable to the hydraulic accumulator to lift the press part from the brake surface, wherein the volume of hydraulic fluid in the hydraulic accumulator determines the distance of the press part from the brake surface in the released position of the braking system, in such a way that mechanical stopping or blocking means are avoided.
Fluidic structure which is configured to control one or more fluids with a fluid line (12, 32, 62, 82, 122, 172, 192, 312, 412, 522) which defines a flow direction and a cross-section which is delimited at all sides by walls perpendicular to the flow direction, wherein the fluid line (12, 32, 62, 82, 122, 172, 192, 312, 412, 522) has a retention portion (20, 40, 70, 90, 210, 320, 420) which is expanded in the flow direction and which is free from additional inlets and outlets and in which the fluid line (12, 32, 62, 82, 122, 172, 192, 312, 412, 522) has a narrow region (24, 44, 74, 94, 134, 174, 194, 324, 424, 534) having a volume V e and, with respect to the flow direction, in a laterally adjacent manner a wide region (26, 46, 76, 96, 136, 176, 196, 326, 426, 536) having a volume V w, wherein the narrow region (24, 44, 74, 94, 134 164, 174, 194, 324, 424, 534) has in at least a first direction perpendicular to the flow direction a smaller wall spacing h e than the minimum wall spacing h w of the wide region (26, 46, 76, 96, 136, 176, 196, 326, 426, 536), characterised in that the fluid line (12, 32, 62, 82, 122, 172, 192, 312, 412, 522) has in the flow direction upstream of the retention portion (20, 40, 70, 90, 210, 320, 420) an inlet portion (18, 38, 68, 88, 208, 318, 418) and in the flow direction downstream of the retention portion (20, 40, 70, 90, 210, 320, 420) an outlet portion (22, 42, 72, 92, 212, 322, 422), wherein the inlet portion (18, 38, 68, 88, 208, 318, 418) and the outlet portion (22, 42, 72, 92, 212, 322, 422) merge in the first direction in a stepless manner into the narrow region (24, 44, 74, 94, 134, 164, 174, 194) of the retention portion (20, 40, 70, 90, 210) or into the wide region (176, 196, 326, 426, 536) of the retention portion (210, 320, 420).
Method for restricting work produced by combustion in at least one combustion chamber, wherein an aftertreatment system is arranged for reduction of at least one substance (NO x) resulting from said combustion by supplying an additive comprising a reagent to an exhaust gas stream resulting from said combustion, wherein the quantity of additive being supplied is subjectable to correction, the method comprising the steps of: - determining if a quality of said additive, estimated by means of a first sensor being subjected to said additive, is below a first quality; - determining if signals from a second sensor indicate insufficient reduction of said at least one substance (NO x), said second sensor being subjected to the exhaust gas stream and arranged to measure an occurrence of said at least one substance (NO x); - determining if said correction has reached an upper limit; and - determining that said correction has reached said upper limit when it is indicated that said correction is not functioning properly, - restricting work produced by said combustion only when: said estimated quality of said additive is below said first quality, said correction has reached said upper limit, and said measurement in the exhaust gas stream indicates insufficient reduction of said at least one substance (NO x). - determining if a quality of said additive, estimated by means of a first sensor being subjected to said additive, is below a first quality; - determining if signals from a second sensor indicate insufficient reduction of said at least one substance (NO x), said second sensor being subjected to the exhaust gas stream and arranged to measure an occurrence of said at least one substance (NO x); - determining if said correction has reached an upper limit; and - determining that said correction has reached said upper limit when it is indicated that said correction is not functioning properly, - restricting work produced by said combustion only when: said estimated quality of said additive is below said first quality, said correction has reached said upper limit, and said measurement in the exhaust gas stream indicates insufficient reduction of said at least one substance (NO x).
A headphone comprising: an earbud body having an internal volume comprising a first acoustic chamber and a second acoustic chamber; an acoustic element disposed in the internal volume between the first acoustic chamber and the second acoustic chamber; and a dielectric substrate disposed in the internal volume and having a length extending from a first end in the first acoustic chamber to a second end in the second acoustic chamber, the dielectric substrate comprising an upper surface, a lower surface and a channel disposed between the upper and lower surfaces, the dielectric substrate having a first aperture and a second aperture each extending into a thickness of the substrate from one of the upper and lower surfaces, the channel extending from a first channel end at the first aperture to a second channel end at the second aperture, the first and second apertures opening into the first and second acoustic chambers, respectively, the channel and the first and second apertures defining an acoustic channel between the first and second acoustic chambers that acoustically couples the first and second acoustic chambers to each other, wherein the dielectric substrate is a flexible dielectric substrate. an earbud body having an internal volume comprising a first acoustic chamber and a second acoustic chamber; an acoustic element disposed in the internal volume between the first acoustic chamber and the second acoustic chamber; and a dielectric substrate disposed in the internal volume and having a length extending from a first end in the first acoustic chamber to a second end in the second acoustic chamber, the dielectric substrate comprising an upper surface, a lower surface and a channel disposed between the upper and lower surfaces, the dielectric substrate having a first aperture and a second aperture each extending into a thickness of the substrate from one of the upper and lower surfaces, the channel extending from a first channel end at the first aperture to a second channel end at the second aperture, the first and second apertures opening into the first and second acoustic chambers, respectively, the channel and the first and second apertures defining an acoustic channel between the first and second acoustic chambers that acoustically couples the first and second acoustic chambers to each other, wherein the dielectric substrate is a flexible dielectric substrate. the dielectric substrate comprising an upper surface, a lower surface and a channel disposed between the upper and lower surfaces, the dielectric substrate having a first aperture and a second aperture each extending into a thickness of the substrate from one of the upper and lower surfaces, the channel extending from a first channel end at the first aperture to a second channel end at the second aperture, the first and second apertures opening into the first and second acoustic chambers, respectively, the channel and the first and second apertures defining an acoustic channel between the first and second acoustic chambers that acoustically couples the first and second acoustic chambers to each other, wherein the dielectric substrate is a flexible dielectric substrate.