mhurhangee/ep-ind-claims huggingface dataset:
A gas piston assembly suitable for use within a modular firearm, the gas piston assembly comprising: a) a piston apparatus having a first end and a second end wherein the piston apparatus is configured to be coaxially mounted onto a barrel of the modular firearm; b) a piston bonnet configured to be coaxially mounted onto the barrel, the piston bonnet having a bonnet end wall with a bonnet aperture defined therethrough and a bonnet sidewall configured to slidably receive the second end of the piston apparatus therein, wherein a piston gap is defined between the second end of the piston apparatus and the bonnet end wall and is in communication with the bonnet aperture; and c) a selectively adjustable gas regulator in communication with the bonnet aperture and configured to selectively occlude the bonnet aperture in fully open, partially open and fully closed orientations. a) a piston apparatus having a first end and a second end wherein the piston apparatus is configured to be coaxially mounted onto a barrel of the modular firearm; b) a piston bonnet configured to be coaxially mounted onto the barrel, the piston bonnet having a bonnet end wall with a bonnet aperture defined therethrough and a bonnet sidewall configured to slidably receive the second end of the piston apparatus therein, wherein a piston gap is defined between the second end of the piston apparatus and the bonnet end wall and is in communication with the bonnet aperture; and c) a selectively adjustable gas regulator in communication with the bonnet aperture and configured to selectively occlude the bonnet aperture in fully open, partially open and fully closed orientations.
Automated calibration system of a camera system (202, 203, 204, 205) for a vehicle, wherein the camera system has different cameras arranged distributed around the vehicle and wherein each of the cameras generates an image of a specific region of the surrounding area of the vehicle, which image is then projected onto a horizontal plane, having: a control unit, which is communicatively connectable to the camera system and is embodied to perform the following steps: identifying undesirable image parts, which are associated with the vehicle and which are additions, bumper, mirror or antennas, in a recorded camera image while the vehicle is driving; ascertaining whether an image of another camera can be used to replace the undesirable image parts with other image parts; replacing the undesirable image parts with the other image parts. identifying undesirable image parts, which are associated with the vehicle and which are additions, bumper, mirror or antennas, in a recorded camera image while the vehicle is driving; ascertaining whether an image of another camera can be used to replace the undesirable image parts with other image parts; replacing the undesirable image parts with the other image parts.
A semiconductor laser element, comprising: a laminate composed of a first conductivity type semiconductor layer, an active layer, and a second conductivity type semiconductor layer (7, 8); and a second embedded layer that is in contact with the second conductivity type semiconductor layer (7, 8), has a stripe-like opening portion parallel to the cavity direction, and is composed of an insulator, a conductive oxide layer (11, 11a) being formed so as to be embedded in the opening portion such that the embedded conductive oxide layer (11, 11a) has at least one end face in the cavity direction which is disposed more to the inside than an end face of the cavity, and a first embedded layer being formed so as to be embedded in the opening on the cavity end face side extending from the end face of the embedded conductive oxide layer (11, 11a) to the cavity end face, the first embedded layer being composed of a dielectric, having a refractive index greater than that of the second embedded layer and within a range of ±0.5 of the refractive index of the conductive oxide layer (11, 11a), and being in contact with the second conductivity type semiconductor layer (7, 8). a laminate composed of a first conductivity type semiconductor layer, an active layer, and a second conductivity type semiconductor layer (7, 8); and a second embedded layer that is in contact with the second conductivity type semiconductor layer (7, 8), has a stripe-like opening portion parallel to the cavity direction, and is composed of an insulator, a conductive oxide layer (11, 11a) being formed so as to be embedded in the opening portion such that the embedded conductive oxide layer (11, 11a) has at least one end face in the cavity direction which is disposed more to the inside than an end face of the cavity, and a first embedded layer being formed so as to be embedded in the opening on the cavity end face side extending from the end face of the embedded conductive oxide layer (11, 11a) to the cavity end face, the first embedded layer being composed of a dielectric, having a refractive index greater than that of the second embedded layer and within a range of ±0.5 of the refractive index of the conductive oxide layer (11, 11a), and being in contact with the second conductivity type semiconductor layer (7, 8).
An ammonia gas generation device (200, 300) for use in an ion mobility spectrometry system, said ammonia gas generation device comprising: a gas permeable, translucent tube (202, 302); and an ammonia generating compound (212, 312), contained within the gas permeable, translucent tube such that a remaining lifetime of the ammonia generating compound is determinable by viewing a remaining amount of the ammonia generating compound within the gas permeable, translucent tube through the gas permeable, translucent tube, said ammonia gas generation device sized to be inserted into a space within the IMS system, said ammonia gas generation device configured to: activate the ammonia generating compound such that the ammonia generating compound decomposes into an ammonia gas that does not include water vapor; and emit the ammonia gas into the IMS system. a gas permeable, translucent tube (202, 302); and an ammonia generating compound (212, 312), contained within the gas permeable, translucent tube such that a remaining lifetime of the ammonia generating compound is determinable by viewing a remaining amount of the ammonia generating compound within the gas permeable, translucent tube through the gas permeable, translucent tube, said ammonia gas generation device sized to be inserted into a space within the IMS system, said ammonia gas generation device configured to: activate the ammonia generating compound such that the ammonia generating compound decomposes into an ammonia gas that does not include water vapor; and emit the ammonia gas into the IMS system. activate the ammonia generating compound such that the ammonia generating compound decomposes into an ammonia gas that does not include water vapor; and emit the ammonia gas into the IMS system.
An implantable hearing prosthesis for a recipient patient, the prosthesis comprising: a receiving coil for transcutaneous receiving of an externally generated communication data signal; an implantable signal processor for converting the communication data signal from the receiving coil into an electrical stimulation signal; an implantable transducer housing (806, 1106) forming a hermetically sealed can arrangement for fixed attachment to skull bone of the patient; and an implantable electromagnetic drive coil (805, 1301) for applying to the transducer housing a mechanical vibration signal based on the electrical stimulation signal from the signal processor for audio perception by the patient; wherein the electromagnetic drive coil (805, 1301) is removably engageable with the transducer housing. a receiving coil for transcutaneous receiving of an externally generated communication data signal; an implantable signal processor for converting the communication data signal from the receiving coil into an electrical stimulation signal; an implantable transducer housing (806, 1106) forming a hermetically sealed can arrangement for fixed attachment to skull bone of the patient; and an implantable electromagnetic drive coil (805, 1301) for applying to the transducer housing a mechanical vibration signal based on the electrical stimulation signal from the signal processor for audio perception by the patient; wherein the electromagnetic drive coil (805, 1301) is removably engageable with the transducer housing.
Subterranean waste collector, at least comprising a receptacle for receiving waste, which receptacle is at least in part provided below ground-level, which receptacle comprises a first tube and a second tube provided inside of the first tube, wherein waste can be deposited from above ground-level into the second tube and collected inside of the second tube below ground-level, and which second tube is provided with one or more apertures or through holes, wherein the first tube and the second tube define a main area between the first tube and the second tube, and wherein an outlet is provided, characterized in that a top closure part of the waste collector above ground-level can be swivelled aside, to provide access to the outlet of the waste collector at the top of the second tube such that the outlet is connectable to a vacuum pump for reducing air pressure inside the second tube near the outlet and to enable air passing into the inside of the second tube below the outlet through said one or more apertures or through holes of the second tube via the main area between the first tube and the second tube so as to enable removing said waste from the inside of the second tube to the outlet above ground-level.
A heat exchanger, comprising: a plurality of flat tubes that are stacked in a direction perpendicular to a refrigerant flow direction; and a plurality of fins that have a first flat tube insertion portion into which a first flat tube among the plurality of flat tubes is inserted, and a second flat tube insertion portion into which a second flat tube adjacent to the first flat tube is inserted, wherein a first fin among the plurality of fins comprises: an inner periphery of the first flat tube insertion portion where the first flat tube comes into contact with the first fin; and comprises a cut and raised piece for spacing a fin pitch between the first fin and an adjacent second fin, the cut and raised piece being formed on a first inner periphery located at either side in a thickness direction of the first flat tube in the inner periphery of the first flat tube insertion portion; the heat exchanger being characterized by a cutout portion obtained by cutting out a second inner periphery in the thickness direction, the cutout portion being formed on the second inner periphery opposing the first inner periphery of the first flat tube insertion portion, wherein the cut and raised piece is formed to have a length extending from the first inner periphery to the cutout portion, and is formed to extend from the first inner periphery to the second fin, thereby having a raised portion of the same length as the fin pitch, and a folded portion that is folded back at the tip of the raised portion and that is in contact with the second fin. a plurality of flat tubes that are stacked in a direction perpendicular to a refrigerant flow direction; and a plurality of fins that have a first flat tube insertion portion into which a first flat tube among the plurality of flat tubes is inserted, and a second flat tube insertion portion into which a second flat tube adjacent to the first flat tube is inserted, wherein a first fin among the plurality of fins comprises: an inner periphery of the first flat tube insertion portion where the first flat tube comes into contact with the first fin; and comprises a cut and raised piece for spacing a fin pitch between the first fin and an adjacent second fin, the cut and raised piece being formed on a first inner periphery located at either side in a thickness direction of the first flat tube in the inner periphery of the first flat tube insertion portion; the heat exchanger being characterized by a cutout portion obtained by cutting out a second inner periphery in the thickness direction, the cutout portion being formed on the second inner periphery opposing the first inner periphery of the first flat tube insertion portion, wherein the cut and raised piece is formed to have a length extending from the first inner periphery to the cutout portion, and is formed to extend from the first inner periphery to the second fin, thereby having a raised portion of the same length as the fin pitch, and a folded portion that is folded back at the tip of the raised portion and that is in contact with the second fin.
A tilting pad thrust bearing comprising: a casing having a disk shape and including a first side protrusion protruding along an outer circumferential edge of a first-side planar surface of the casing, with a first receiving part formed in the planar surface; a plate spring having a shape corresponding to a shape of the first receiving part, the plate spring being installed in the first receiving part; a plurality of oil supply nozzles inserted into the casing via the plate spring; and a plurality of tilting pads installed on a planar surface of the plate spring so as to be tiltable relative to the planar surface of the plate spring. a casing having a disk shape and including a first side protrusion protruding along an outer circumferential edge of a first-side planar surface of the casing, with a first receiving part formed in the planar surface; a plate spring having a shape corresponding to a shape of the first receiving part, the plate spring being installed in the first receiving part; a plurality of oil supply nozzles inserted into the casing via the plate spring; and a plurality of tilting pads installed on a planar surface of the plate spring so as to be tiltable relative to the planar surface of the plate spring.
Betahistine, or a pharmaceutically acceptable salt thereof, and a monoamine oxidase B (MAO-B) inhibitor selected from selegiline and rasagiline or a pharmaceutically acceptable salt thereof for use in the treatment or prevention of one or more symptoms of vertigo in a subject, wherein the betahistine or pharmaceutically acceptable salt thereof and the monoamine oxidase B (MAO-B) inhibitor is formulated for oral administration.
A scroll pump tip seal to be fitted to a tip face of a scroll wall of a first scroll of a scroll pump to seal between said tip face (34,40) and a base plate (32,38) of a second scroll of said scroll pump, said tip seal having a first end and a second end characterised in that said tip seal is made of a polymer having a flexural modulus of at least 2.0 GPa and in that said tip seal comprises a plurality of flexure formations comprising at least partial discontinuities in at least one external wall of said tip seal disposed at spaced apart intervals between said first and second ends to facilitate lateral flexure of said tip seal.
A fluid application apparatus for a printing system, the apparatus comprising: a first chamber (no) arranged to receive the fluid, the first chamber comprising a first housing, and a first elongate aperture extending along a first axis to discharge the fluid, a second chamber arranged to receive the fluid, the second chamber comprising a second housing, and a second elongate aperture extending along a second axis to discharge the fluid, wherein the first axis is substantially parallel to the second axis, and wherein the second chamber is movable with respect to the first chamber to adjust a width over which fluid is supplied from the first and second elongate apertures (116, 126); and further comprising a third chamber arranged to receive the fluid, the third chamber comprising a third housing, and a third elongate aperture extending along the second axis, and wherein the third chamber is movable with respect to the first chamber (no); wherein the second and third chambers are configured to move in opposite directions with respect to the first chamber. a first chamber (no) arranged to receive the fluid, the first chamber comprising a first housing, and a first elongate aperture extending along a first axis to discharge the fluid, a second chamber arranged to receive the fluid, the second chamber comprising a second housing, and a second elongate aperture extending along a second axis to discharge the fluid, wherein the first axis is substantially parallel to the second axis, and wherein the second chamber is movable with respect to the first chamber to adjust a width over which fluid is supplied from the first and second elongate apertures (116, 126); and further comprising a third chamber arranged to receive the fluid, the third chamber comprising a third housing, and a third elongate aperture extending along the second axis, and wherein the third chamber is movable with respect to the first chamber (no); wherein the second and third chambers are configured to move in opposite directions with respect to the first chamber.
A chromatic color shading decorative sheet, comprising a base layer comprising a thermoplastic resin film having a haze value of 20% or more measured according to JIS K7105, and a total luminous transmittance of 30% or more, and a printed design layer, wherein the printed design layer is formed on one surface of the base layer and comprises a printed decorative part and a not printed non-decorative part, characterised in that the shading decorative sheet has a chromatic color with a printed chromatic color decorative part having a similar color to that of the chromatic color base layer, the chromatic color being defined by an amount of "ab" chroma c* = √(a*2 + b*2) corresponding to a chromaticness of larger than 12 in a L*a*b color system described in JIS Z8729, and the similar color meaning that the difference in an 'ab' hue angle 'h' between the decorative part and the non-decorative part is 30 degrees or less when observed through transmitted light, and that when the decorative part is observed through reflected light and transmitted light in comparison, the difference in an 'ab' hue angle 'h' between colors observed through the reflected light and the transmitted light is 30 degrees or less.
A printed circuit board arrangement, comprising: a main printed circuit board comprising an elongated slot; and a secondary printed circuit board comprising a connector portion inserted into said elongated slot, wherein the elongated slot comprises a protrusion, extending from a first side wall of the elongated slot towards a second side wall on the opposite side of the elongated slot, and wherein said connector portion comprises a spring portion engaging with said protrusion, wherein said protrusion is wedge shaped with at least one sloping surface, wherein said spring portion is formed with an outer sloping edge, whereby, upon insertion of said connector portion into said elongated slot, said outer sloping edge of said spring portion engages with said sloping surface of said wedge shaped protrusion such that said spring portion is forced to bend resulting in a force pressing said connector portion to the second side wall of the elongated slot, said force holding the secondary printed circuit board at a substantially perpendicular angle to the main printed circuit board allowing a reduced production tolerance of the connector portion. a main printed circuit board comprising an elongated slot; and a secondary printed circuit board comprising a connector portion inserted into said elongated slot, wherein the elongated slot comprises a protrusion, extending from a first side wall of the elongated slot towards a second side wall on the opposite side of the elongated slot, and wherein said connector portion comprises a spring portion engaging with said protrusion, wherein said protrusion is wedge shaped with at least one sloping surface, wherein said spring portion is formed with an outer sloping edge, whereby, upon insertion of said connector portion into said elongated slot, said outer sloping edge of said spring portion engages with said sloping surface of said wedge shaped protrusion such that said spring portion is forced to bend resulting in a force pressing said connector portion to the second side wall of the elongated slot, said force holding the secondary printed circuit board at a substantially perpendicular angle to the main printed circuit board allowing a reduced production tolerance of the connector portion.
A computer-implemented method for generating an incident-classification prediction in a cloud-computing system, the method comprising: receiving, at a local scout component, an incident description related to an incident from a cloud-computing system, wherein the local scout component is associated with a user group, and wherein the local scout component includes scout specifications related to the user group; identifying, from the incident description, a cloud component relevant to the incident based on the scout specifications; identifying monitoring data associated with the cloud component; generating a feature set from the monitoring data; evaluating, using a machine learning model, wherein the machine learning model has been trained based on historical data relating to prior incident-routing recommendations, the feature set to generate an incident-classification prediction, wherein the incident-classification prediction comprises a binary decision regarding whether the user group is responsible for the incident; and routing the incident to the user group when it is determined that the user group is responsible for the incident. receiving, at a local scout component, an incident description related to an incident from a cloud-computing system, wherein the local scout component is associated with a user group, and wherein the local scout component includes scout specifications related to the user group; identifying, from the incident description, a cloud component relevant to the incident based on the scout specifications; identifying monitoring data associated with the cloud component; generating a feature set from the monitoring data; evaluating, using a machine learning model, wherein the machine learning model has been trained based on historical data relating to prior incident-routing recommendations, the feature set to generate an incident-classification prediction, wherein the incident-classification prediction comprises a binary decision regarding whether the user group is responsible for the incident; and routing the incident to the user group when it is determined that the user group is responsible for the incident.