mhurhangee/ep-ind-claims huggingface dataset:
Digital video camera comprising an image sensor that generates an image data raw stream, and comprising a memory for storing image data generated in response to the image data raw stream, and comprising a data output unit, wherein the data output unit is designed for outputting image data generated in response to the image data raw stream to the memory and for simultaneously outputting image data and image data from the stored data from the camera to users, characterized in that a controller is provided in order to determine, in response to image parameters for the image data stream storage in the camera and also the image data stream outputting from the camera, a maximum required image segment, which is processed further from the sensor or as an image data raw stream. the data output unit is designed for outputting image data generated in response to the image data raw stream to the memory and for simultaneously outputting image data and image data from the stored data from the camera to users, characterized in that a controller is provided in order to determine, in response to image parameters for the image data stream storage in the camera and also the image data stream outputting from the camera, a maximum required image segment, which is processed further from the sensor or as an image data raw stream. for outputting image data generated in response to the image data raw stream to the memory and for simultaneously outputting image data and image data from the stored data from the camera to users,
Absorption heat pump comprising an absorber, a desorber, a condenser, an evaporator and a working medium comprising a volatile refrigerant and a sorption medium, characterized in that the sorption medium comprises methanesulphonic acid.
Unsintered winding tape comprising polytetrafluoroethylene, having a plano-convex cross-sectional form with a reinforced middle region which decreases gently towards the tape edges to a minimal tape thickness, for the production of sheaths for electric cables which are compact or self-supporting at least after partial sintering of the tape material of the winding layers, wherein the unsintered winding tape comprises polytetrafluoroethylene in powder form, lubricants or glidants, and conductive fillers for forming a semi-conductive winding tape.
A method for producing a moulded component made of fibre material by compressing and reshaping the fibre material present as a fibre fleece by means of a mould contour which predetermines the subsequent shape of the moulded component, wherein the compression and the reshaping of the fibre fleece are effected by means of a pressurised fluid by pressing the fibre fleece against the mould contour, wherein the fluid pressure is generated by evacuating the fibrous web as a vacuum, wherein a sealing layer that is fluid-tight over the entire surface and impenetrable to a fluid that acts under pressure from the side facing away from the fibrous web is provided, and wherein the sealing layer comprises at least comprises at least one connection piece for connecting a vacuum line, is mounted in a fluid-tight manner above the fibrous fleece, wherein the sealing layer prevents the fluid from penetrating into the fibrous fleece, characterised in that the sealing layer is designed as a vacuum membrane and at least the inner side of the sealing layer facing the fibrous fleece during shaping facing the fibrous web during the shaping process, at least in the area provided for contact with the fibrous web, comprises a spacer layer which is designed as a technical spacer textile by means of fine spacer fabrics, spacer knitted fabrics, ring fabrics or other three-dimensional plastic knitted fabrics and has sufficient pressure stability to enable the shaping process, and has a porosity which allows a uniform evacuation and an unimpeded discharge of a water vapour-air mixture arising in the reduced pressure via the at least one connection nozzle, wherein the spacer layer is deformable about two axes, wherein the fibrous fleece is heated for drying to a drying temperature and the vapour pressure falls below the vapour pressure of water at the drying temperature and wherein water vapour arising from evaporation of water from the fibrous fleece is removed from the surface of the fibrous fleece via the spacer layer, which the sealing layer has on its inside at least in the region facing the fibrous fleece.
A parking brake actuator comprising: a motor; a power transfer unit connected to an output shaft of the motor, said power transfer unit including an idle gear and a drive gear; a planetary gear set comprising - a linear gear connected to the power transfer unit, wherein the linear gear has a same shaft of the drive gear and forms with the drive gear a double gear, - a planetary gear engaged with the linear gear, and - a ring gear engaged with the planetary gear; a housing comprising a motor accommodating portion in which the motor is accommodated and a ring gear accommodating portion in which the ring gear is accommodated characterized by the fact that the housing is injection-molded and comprises a body comprising the motor accommodating portion and the ring gear accommodating portion, the ring gear is formed through injection molding, an insertion protrusion and an insertion groove are formed, respectively, on a bottom of the ring gear and on a bottom surface of the ring gear accommodating portion, wherein the insertion protrusion is forcibly inserted into the insertion groove. a motor; a power transfer unit connected to an output shaft of the motor, said power transfer unit including an idle gear and a drive gear; a planetary gear set comprising - a linear gear connected to the power transfer unit, wherein the linear gear has a same shaft of the drive gear and forms with the drive gear a double gear, - a planetary gear engaged with the linear gear, and - a ring gear engaged with the planetary gear; - a linear gear connected to the power transfer unit, wherein the linear gear has a same shaft of the drive gear and forms with the drive gear a double gear, - a planetary gear engaged with the linear gear, and - a ring gear engaged with the planetary gear; a housing comprising a motor accommodating portion in which the motor is accommodated and a ring gear accommodating portion in which the ring gear is accommodated the housing is injection-molded and comprises a body comprising the motor accommodating portion and the ring gear accommodating portion, the ring gear is formed through injection molding, an insertion protrusion and an insertion groove are formed, respectively, on a bottom of the ring gear and on a bottom surface of the ring gear accommodating portion, wherein the insertion protrusion is forcibly inserted into the insertion groove.
A structurally-glazed curtain wall system comprising: a first fire-rated glazing unit coupled to a second fire-rated glazing unit by a framing system, the framing system comprising a plurality of uninsulated vertical mullions with a roll-formed steel profile; and a vertical moment brace that is an all-bolted assembly configured to connect a first mullion to a second mullion, wherein the moment brace is not welded to either the first mullion or the second mullion, wherein the roll-formed steel profile forms a first wall portion and two projecting wall portions that extend from the first wall portion in a generally perpendicular manner, the respective projecting wall portions comprising a folded profile, wherein the two projecting wall portions each comprising a first sidewall, a second sidewall adjacent to and substantially parallel the first sidewall, and a folded end connecting the first and second sidewalls, and wherein the vertical moment brace is secured between the two projecting wall portions of the first mullion and the second mullion. a first fire-rated glazing unit coupled to a second fire-rated glazing unit by a framing system, the framing system comprising a plurality of uninsulated vertical mullions with a roll-formed steel profile; and a vertical moment brace that is an all-bolted assembly configured to connect a first mullion to a second mullion, wherein the moment brace is not welded to either the first mullion or the second mullion, wherein the roll-formed steel profile forms a first wall portion and two projecting wall portions that extend from the first wall portion in a generally perpendicular manner, the respective projecting wall portions comprising a folded profile, wherein the two projecting wall portions each comprising a first sidewall, a second sidewall adjacent to and substantially parallel the first sidewall, and a folded end connecting the first and second sidewalls, and wherein the vertical moment brace is secured between the two projecting wall portions of the first mullion and the second mullion.
Force-transmitting device (110, 210, 310, 410, 510, 610) of a gravimetric measuring instrument, with a stationary part (111, 311, 411, 611) and a load-receiving part (112, 612), said load-receiving part (112, 612) being force-transmitting linked, either directly or by way of at least one coupling element (119, 419, 519, 529) and at least one lever (116, 316, 416, 516, 518, 616), to a measurement transducer which is arranged on the stationary part (111, 311, 411, 611), characterized in that the force-transmitting device (110, 210, 310, 410, 510, 610) comprises a calibration lever (120, 220, 320, 420, 520, 620, 720, 820) which fulcrum is based on the stationary part (111, 311, 411, 611), which first calibration lever arm (121, 221, 321) is solidly connected to a calibration weight and which second calibration lever arm (122, 222, 322) is connected byway of a unidirectional coupling element (124, 224, 324, 424, 524, 624, 724, 824) to the load-receiving part (112, 612) or to the at least one coupling element (119, 419, 519, 529) or to a lever arm (117, 118) of the at least one lever (116, 316, 416, 516, 518, 616), wherein the unidirectional coupling element (124, 224, 324, 424, 524, 624, 724, 824) is split into a first coupling element part (125, 225, 625, 725, 825) and a second coupling element part (126, 226, 626, 726, 826), wherein further the first coupling element part (125, 225, 625, 725, 825) is connected through a first flexure pivot (127, 227, 627, 727, 827) to a fixed place on the load-receiving part (112, 612) or on the coupling element (119, 419, 519, 529) or on the lever arm, while the second coupling element part (126, 226, 626, 726, 826) is connected through a second flexure pivot (128, 228, 628, 728, 828) to a fixed place on the second calibration arm (122, 222, 322), said coupling element parts (125, 126, 225, 226, 625, 626, 725, 726, 825, 826) being aligned with each other in such a way that, due to the unidirectional coupling element (124, 224, 324, 424, 524, 624, 724, 824) being split into two parts, the force that can be transmitted from the second flexure pivot (128, 228, 628, 728, 828) to the first flexure pivot (127, 227, 627, 727, 827) is exclusively a tensile force or exclusively a compressive force.
Non-stoichiometric quantum dot nanoparticles consisting of quantum dot cores and nonthiol ligand bonded to the core, wherein the quantum dot core is HgS, wherein the nonthiol ligand is one or more selected from a group consisting of oleic acid, oleylamine, trioctylphosphine, trioctylphosphine oxide (TOPO), octylamine, trioctyl amine, hexadecylamine, hexylphosphonic acid, tetradecylphosphonic acid (TDPA), and octylphosphinic acid; wherein infrared rays are emitted from electron transition between discrete electronic state in a band. wherein the quantum dot core is HgS, wherein the nonthiol ligand is one or more selected from a group consisting of oleic acid, oleylamine, trioctylphosphine, trioctylphosphine oxide (TOPO), octylamine, trioctyl amine, hexadecylamine, hexylphosphonic acid, tetradecylphosphonic acid (TDPA), and octylphosphinic acid; wherein infrared rays are emitted from electron transition between discrete electronic state in a band.
A vacuum system comprising at least one vacuum pump (23, 23a, 23b); and at least one recipient, wherein an outlet of the recipient is releasably connected or connectable to an inlet of the vacuum pump (23, 23a, 23b) such that an outlet opening provided in the outlet is aligned with an inlet opening provided in the inlet and a section of the outlet extending around the outlet opening is disposed opposite a section of the inlet extending around the inlet opening; and such that a first seal extending around the inlet opening is arranged between the inlet section and the outlet section and a second seal extending around the inlet opening is arranged radially outside the first seal; and wherein at least one suction means is provided for evacuating at least one volume (51, 51a, 51b) which is enclosed between the two seals (47, 49), characterized in that the first seal is formed from a soft metallic material, which is softer than the housing of the vacuum pump or of the recipient, or is formed as a flat seal from an elastomer; in that the inlet has at least two inlet openings which the inlet section surrounds; in that a respective first seal is provided around each of the at least two inlet openings; and in that the second seal extends radially outside the at least two first seals around the at least two first seals, with in particular the at least two first seals being formed in one piece with one another. wherein an outlet of the recipient is releasably connected or connectable to an inlet of the vacuum pump (23, 23a, 23b) such that an outlet opening provided in the outlet is aligned with an inlet opening provided in the inlet and a section of the outlet extending around the outlet opening is disposed opposite a section of the inlet extending around the inlet opening; and such that a first seal extending around the inlet opening is arranged between the inlet section and the outlet section and a second seal extending around the inlet opening is arranged radially outside the first seal; and wherein at least one suction means is provided for evacuating at least one volume (51, 51a, 51b) which is enclosed between the two seals (47, 49),
A method comprising: at a Modular Cable Modem Termination System, M-CMTS, core to support downstream and upstream communications to and from downstream customer premise equipment, CPE, through an access point, implementing an Upstream External PHY Interface, UEPI, protocol with the access point for control of the upstream communication, the implementing including, at the M-CMTS: generating one or more first UEPI control messages comprising information to configure one or more pathways with the access point (135) for data plane upstream communication and control plane communication; transmitting the one or more first UEPI control messages to the access point (135); and receiving one or more second UEPI control messages from the access point (135) comprising a spectrum management message to manage upstream spectrum between the access point and the M-CMTS core, and a range request message to request ranging information so that the CPE can transmit upstream packets within an upstream timeslot, wherein at least one second UEPI control message is forwarded from the CPE. generating one or more first UEPI control messages comprising information to configure one or more pathways with the access point (135) for data plane upstream communication and control plane communication; transmitting the one or more first UEPI control messages to the access point (135); and receiving one or more second UEPI control messages from the access point (135) comprising a spectrum management message to manage upstream spectrum between the access point and the M-CMTS core, and a range request message to request ranging information so that the CPE can transmit upstream packets within an upstream timeslot, wherein at least one second UEPI control message is forwarded from the CPE.
A method for cooling of a liquefied gas stored in the inner space of a sealed and thermally insulated vessel, said liquefied gas being stored in the inner space of the vessel in a state of two-phase liquid-vapor equilibrium and having a lower liquid phase and an upper vapor phase separated by an interface, characterized in that said method involves the steps of: - drawing by means of a vacuum pump a stream of gas in vapor phase into a zone of the vapor phase in contact with a zone of the interface, said step of drawing a stream of gas in vapor phase generating in said zone of the vapor phase a pressure P1 of less than the atmospheric pressure such that vaporization of the liquid phase is promoted in the area of the zone of the interface and the liquefied gas in contact with the zone of the interface is placed in a state of two-phase liquid-vapor equilibrium in which the liquefied gas has a temperature less than the liquid-vapor equilibrium temperature of said liquefied gas at atmospheric pressure; and - guiding the drawn stream of gas in vapor phase toward a circuit for use of gas in vapor phase. - drawing by means of a vacuum pump a stream of gas in vapor phase into a zone of the vapor phase in contact with a zone of the interface, said step of drawing a stream of gas in vapor phase generating in said zone of the vapor phase a pressure P1 of less than the atmospheric pressure such that vaporization of the liquid phase is promoted in the area of the zone of the interface and the liquefied gas in contact with the zone of the interface is placed in a state of two-phase liquid-vapor equilibrium in which the liquefied gas has a temperature less than the liquid-vapor equilibrium temperature of said liquefied gas at atmospheric pressure; and - guiding the drawn stream of gas in vapor phase toward a circuit for use of gas in vapor phase.
A compound, or a pharmaceutically acceptable salt thereof, selected from: wherein: R 15 is independently selected at each occurrence from alkyl, alkenyl, alkynyl, cycloalkyl, aryl, arylalkyl, heteroaryl, and heteroarylalkyl; R 16 is independently selected at each occurrence from -N(R 15) 2, -SR 15, and -OR 15; and R 17 is independently selected at each occurrence from hydrogen, alkyl, alkenyl, alkynyl, cycloalkyl, aryl, -C R 15, -C R 15, -C R 16, -C R 16, and heteroaryl. R 15 is independently selected at each occurrence from alkyl, alkenyl, alkynyl, cycloalkyl, aryl, arylalkyl, heteroaryl, and heteroarylalkyl; R 16 is independently selected at each occurrence from -N(R 15) 2, -SR 15, and -OR 15; and R 17 is independently selected at each occurrence from hydrogen, alkyl, alkenyl, alkynyl, cycloalkyl, aryl, -C R 15, -C R 15, -C R 16, -C R 16, and heteroaryl.
A flush static plate for measuring pressure at the outer mold line of an aircraft, the flush static plate comprising: a faceplate including a port extending from an exterior surface of the faceplate to an interior surface of the faceplate; a fixed resistance heater in thermal communication with the interior surface and surrounding the port; a self-regulating heater in thermal communication with the interior surface and surrounding the fixed resistance heater; and an outer annular gap surrounding the self-regulating heater configured to decrease heat transfer radially across the feature, wherein the outer annular gap defines a decreased thickness of the faceplate where the outer annular gap exists; wherein the fixed resistance heater and the self-regulating heater are electrically connected in series. a faceplate including a port extending from an exterior surface of the faceplate to an interior surface of the faceplate; a fixed resistance heater in thermal communication with the interior surface and surrounding the port; a self-regulating heater in thermal communication with the interior surface and surrounding the fixed resistance heater; and an outer annular gap surrounding the self-regulating heater configured to decrease heat transfer radially across the feature, wherein the outer annular gap defines a decreased thickness of the faceplate where the outer annular gap exists; wherein the fixed resistance heater and the self-regulating heater are electrically connected in series.
Rubber composition based on a reinforcing filler and on an elastomer comprising units of a 1,3-diene monomer and bearing carbonate functions, each present in a 1,3-dioxolan-2-one ring.
Head support protective cover for a head support of a motor vehicle seat, having a pull-on opening for pulling the protective cover over the head support, the protective cover comprising a front section for attachment to the front side of the head support, a rear section for attachment to the rear side of the head support and left and right side sections for attachment to the left and right narrow sides of the head support, characterised in that the left and right side sections of the protective cover each comprise a side opening.
A magazine assembly for a firearm, comprising: a magazine housing defining a track; and a follower assembly; wherein the magazine housing comprises a proximal abutment mechanism with proximal outer and inner abutting surfaces (305a,305b) on opposing sides of the track and a track ridge, the proximal abutment mechanism being configured to contact and constrain a cartridge as the cartridge is moved within the magazine assembly such that a majority of a proximal surface area of the cartridge does not contact the magazine housing, and being configured to constrain the cartridge to a focal point of the cartridge, such that a focal point of each cartridge, regardless of where the cartridges are located in the magazine housing, substantially converges at a single point at a distance from the magazine assembly, and wherein the magazine housing is configured to constrain the cartridge as the cartridge is moved within the magazine assembly such that a distal tip of the cartridge does not contact the magazine housing. a magazine housing defining a track; and a follower assembly; wherein the magazine housing comprises a proximal abutment mechanism with proximal outer and inner abutting surfaces (305a,305b) on opposing sides of the track and a track ridge, the proximal abutment mechanism being configured to contact and constrain a cartridge as the cartridge is moved within the magazine assembly such that a majority of a proximal surface area of the cartridge does not contact the magazine housing, and being configured to constrain the cartridge to a focal point of the cartridge, such that a focal point of each cartridge, regardless of where the cartridges are located in the magazine housing, substantially converges at a single point at a distance from the magazine assembly, and wherein the magazine housing is configured to constrain the cartridge as the cartridge is moved within the magazine assembly such that a distal tip of the cartridge does not contact the magazine housing.