mhurhangee/ep-ind-claims huggingface dataset:
An optical system configured for retinal imaging, the optical system having an optical axis and comprising: first and second scanners (404, 408), the first scanner being configured to scan a beam of light incident thereon in a first plane, the second scanner being configured to scan a beam of light incident thereon in a second plane, and the first and second planes being transverse to one another; characterized in that the system further comprises a catadioptric afocal relay system disposed along the optical axis between the first and second scanners, said catadioptric afocal relay system being configured to image one of the first or second scanners onto another of the first or second scanners, in light propagating along the optical axis, with a unit magnification. first and second scanners (404, 408), the first scanner being configured to scan a beam of light incident thereon in a first plane, the second scanner being configured to scan a beam of light incident thereon in a second plane, and the first and second planes being transverse to one another; characterized in that the system further comprises a catadioptric afocal relay system disposed along the optical axis between the first and second scanners, said catadioptric afocal relay system being configured to image one of the first or second scanners onto another of the first or second scanners, in light propagating along the optical axis, with a unit magnification.
A method comprising: establishing, by a telemetry exporter in a network, a tunnel between the telemetry exporter and a traffic analysis service; obtaining, by the telemetry exporter, packet copies of a plurality of packets sent between devices (402, 404) via the network; forming, by the telemetry exporter, a set of traffic telemetry data by discarding at least a portion of one or more of the packet copies, based on a filter policy; applying, by the telemetry exporter, compression to the formed set of traffic telemetry data; and sending, by the telemetry exporter and via the tunnel, the compressed set of traffic telemetry data to the traffic analysis service for analysis. establishing, by a telemetry exporter in a network, a tunnel between the telemetry exporter and a traffic analysis service; obtaining, by the telemetry exporter, packet copies of a plurality of packets sent between devices (402, 404) via the network; forming, by the telemetry exporter, a set of traffic telemetry data by discarding at least a portion of one or more of the packet copies, based on a filter policy; applying, by the telemetry exporter, compression to the formed set of traffic telemetry data; and sending, by the telemetry exporter and via the tunnel, the compressed set of traffic telemetry data to the traffic analysis service for analysis.
A composition comprising one or more surfactants, one or more high terpene (50% by weight or more) based oils, one or more stabilizers, one or more chelating agents, one or more preservatives, one or more acidic pH adjusters and one or more organic solvents.
A light emitting diode light engine comprising: a flexible electrical cable including at least three electrical conductors (18, 22, 24) residing in substantially the same plane and insulating covering surrounding the electrical conductors; a plurality of wire-socket assemblies attached to the cable each wire socket assembly including at least two insulation displacement connection terminals (38, 42), wherein each IDC terminal displaces the insulating covering of the cable and contacts one of the electrical conductors; and a plurality of LED modules each selectively attached to a respective wire-socket assembly, each LED module including an LED, a heat sink in thermal communication with the LED, and an assembly receptacle, wherein the LED electrically connects to the IDC terminals when the LED module attaches to the respective wire-socket assembly and the assembly receptacle receives the respective wire-socket assembly. a flexible electrical cable including at least three electrical conductors (18, 22, 24) residing in substantially the same plane and insulating covering surrounding the electrical conductors; a plurality of wire-socket assemblies attached to the cable each wire socket assembly including at least two insulation displacement connection terminals (38, 42), wherein each IDC terminal displaces the insulating covering of the cable and contacts one of the electrical conductors; and a plurality of LED modules each selectively attached to a respective wire-socket assembly, each LED module including an LED, a heat sink in thermal communication with the LED, and an assembly receptacle, wherein the LED electrically connects to the IDC terminals when the LED module attaches to the respective wire-socket assembly and the assembly receptacle receives the respective wire-socket assembly.
A method of treating wastewater comprising the steps of: receiving an influent of wastewater into a wastewater treatment system, the wastewater system having at least one anoxic or anaerobic section and at least one aerobic section; processing the wastewater in the at least one anoxic or anaerobic section and subsequently in the at least one aerobic section to produce sludge containing biosolids; separating at least some liquid from the sludge containing biosolids downstream of the aerobic section; diverting a portion of the biosolids containing sludge after separating at least some liquid from the sludge to a plug-flow type reactor; introducing ozone to the biosolids containing sludge in the plug-flow type reactor to cause lysis of the biosolids in the sludge within the plug-flow type reactor, wherein said ozone is introduced in a range of 0.1 to 40.0 grams of ozone per day per kg of sludge, and wherein the contact time between biosolids and ozone within the plug-flow type reactor is between 10 to 60 seconds; and providing the ozonated sludge to the at least one anoxic or anaerobic section of the wastewater treatment system. receiving an influent of wastewater into a wastewater treatment system, the wastewater system having at least one anoxic or anaerobic section and at least one aerobic section; processing the wastewater in the at least one anoxic or anaerobic section and subsequently in the at least one aerobic section to produce sludge containing biosolids; separating at least some liquid from the sludge containing biosolids downstream of the aerobic section; diverting a portion of the biosolids containing sludge after separating at least some liquid from the sludge to a plug-flow type reactor; introducing ozone to the biosolids containing sludge in the plug-flow type reactor to cause lysis of the biosolids in the sludge within the plug-flow type reactor, wherein said ozone is introduced in a range of 0.1 to 40.0 grams of ozone per day per kg of sludge, and wherein the contact time between biosolids and ozone within the plug-flow type reactor is between 10 to 60 seconds; and providing the ozonated sludge to the at least one anoxic or anaerobic section of the wastewater treatment system.
An article of footwear flat pattern comprising: an upper portion having a toe end and an opposite heel end, a medial side and an opposite lateral side; a footbed portion having a toe end and an opposite heel end, a medial side and an opposite lateral side, wherein the upper portion and the footbed portion are integrally coextensive, such that the upper portion lateral side converges with the footbed lateral side; the footbed portion comprising: a concave edge extending between the footbed toe end and the footbed heel end along the footbed medial side; characterized in that the footbed portion further comprises: a footbed first aperture proximate the concave edge between the footbed toe end and a nadir of the concave edge; and a footbed second aperture proximate the concave edge between the footbed first aperture and the footbed toe end; and the upper portion comprises: an upper first aperture proximate the upper medial side between the upper toe end and the upper heel end; and an upper second aperture proximate the upper medial side between the upper first aperture and the upper toe end. a concave edge extending between the footbed toe end and the footbed heel end along the footbed medial side; characterized in that the footbed portion further comprises: a footbed first aperture proximate the concave edge between the footbed toe end and a nadir of the concave edge; and a footbed second aperture proximate the concave edge between the footbed first aperture and the footbed toe end; and the upper portion comprises: an upper first aperture proximate the upper medial side between the upper toe end and the upper heel end; and an upper second aperture proximate the upper medial side between the upper first aperture and the upper toe end.
A clip for attachment accessories of a backpack comprising: a blade formed in a long plate shape; a clip part formed by an end portion of the blade which is bent, the clip part having a free end of which an inner surface approaches a surface of the blade; a movable clip having a pair of arms which extend from both sides of a base part thereof and are combined with both sides of the clip part to be movable in a longitudinal direction of the clip part, each of the arms having a hook part formed at a front part thereof to face the surface of the blade; and a locking means for maintaining a state where the movable clip is moved toward the surface of the blade, wherein the hook parts approach the blade when the movable clip moves toward the front end of the clip part, but are separated from the blade when the movable clip moves backwards. a blade formed in a long plate shape; a clip part formed by an end portion of the blade which is bent, the clip part having a free end of which an inner surface approaches a surface of the blade; a movable clip having a pair of arms which extend from both sides of a base part thereof and are combined with both sides of the clip part to be movable in a longitudinal direction of the clip part, each of the arms having a hook part formed at a front part thereof to face the surface of the blade; and a locking means for maintaining a state where the movable clip is moved toward the surface of the blade, wherein the hook parts approach the blade when the movable clip moves toward the front end of the clip part, but are separated from the blade when the movable clip moves backwards.
A composition comprising an isolated human primitive hepatic stem cell, wherein said isolated primitive hepatic stem cell does not express alpha-fetoprotein, does express Ep-CAM and is a precursor to a proximal hepatic stem cell, said proximal hepatic stem cell being capable of giving rise to a hepatocytic progenitor or biliary progenitor, wherein said isolated primitive hepatic stem cell is an adult single cell.
A communication method in a hybrid V2X communication device performing communication based on a Wireless Local Area Network, WLAN, V2X communication protocol or a cellular V2X communication protocol, the method comprising: accessing a first channel; receiving a Service Advertisement Message, SAM, from the first channel, the SAM providing service information and information related with a service channel through which a service is provided; and accessing a service channel and receiving service data based on the SAM, wherein the SAM includes a header part and a body part, wherein the header part includes SAM ID information, SAM Count information, and SAM Extensions information, wherein the body part includes service information and channel information, wherein the SAM is one of (i) a basic service advertisement message supporting one of a WLAN V2X service and a cellular V2X service and (ii) a hybrid service advertisement message supporting both the WLAN V2X service and the cellular V2X service, and wherein the SAM Extensions information of the SAM includes Hybrid SAM Type information representing whether the basic SAM or the hybrid SAM is supported. accessing a first channel; receiving a Service Advertisement Message, SAM, from the first channel, the SAM providing service information and information related with a service channel through which a service is provided; and accessing a service channel and receiving service data based on the SAM, wherein the SAM includes a header part and a body part, wherein the header part includes SAM ID information, SAM Count information, and SAM Extensions information, wherein the body part includes service information and channel information, wherein the SAM is one of (i) a basic service advertisement message supporting one of a WLAN V2X service and a cellular V2X service and (ii) a hybrid service advertisement message supporting both the WLAN V2X service and the cellular V2X service, and wherein the SAM Extensions information of the SAM includes Hybrid SAM Type information representing whether the basic SAM or the hybrid SAM is supported.
Package for packaging bottles or cans including the components of - an outer package for at least partial repackaging of bottles or cans, consisting of a heat-shrinkable plastic film and - a carrying handle attached to the outer package including an additional carrying handle component, wherein all components of the package consist of at least one recyclable plastic material and wherein the additional carrying handle component consists of a printable plastic material and has an imprint, and wherein the additional carrying handle component is attached to the carrying handle as an additional plastic layer characterized in that the additional carrying handle component is mounted on the side facing away from the outer package. - an outer package for at least partial repackaging of bottles or cans, consisting of a heat-shrinkable plastic film and - a carrying handle attached to the outer package including an additional carrying handle component, wherein all components of the package consist of at least one recyclable plastic material and wherein the additional carrying handle component consists of a printable plastic material and has an imprint, and wherein the additional carrying handle component is attached to the carrying handle as an additional plastic layer characterized in that the additional carrying handle component is mounted on the side facing away from the outer package.
A blow-off system for a multi-stage turbo compressor comprising: a plurality of blow-off pipes disposed according to respective stages of the multistage turbo compressor; a plurality of blow-off valves (4 and 5) disposed correspondingly to the plurality of blow-off pipes; and a plurality of nozzles (14 and 15) disposed at the front or back sides of the plurality of blow-off valves (4 and 5) so as to prevent the generation of surge; and wherein the blow-off pipes are connected to an outlet pipe of the multi-stage turbo compressor. a plurality of blow-off pipes disposed according to respective stages of the multistage turbo compressor; a plurality of blow-off valves (4 and 5) disposed correspondingly to the plurality of blow-off pipes; and a plurality of nozzles (14 and 15) disposed at the front or back sides of the plurality of blow-off valves (4 and 5) so as to prevent the generation of surge; and wherein the blow-off pipes are connected to an outlet pipe of the multi-stage turbo compressor.
Compound of formula: wherein: R = C 4 -C 8 alkanoyl; and X = NH-R 1 where R 1 = H or the tert-butyloxycarbonyl group (Boc); and/or the pharmaceutically acceptable salts thereof. R = C 4 -C 8 alkanoyl; and X = NH-R 1 where R 1 = H or the tert-butyloxycarbonyl group (Boc); and/or the pharmaceutically acceptable salts thereof.
A method of changing Group Owner, GO, intent by initiating or receiving a GO Negotiation Request frame in a first device, the method comprising: searching for a second device, wherein the first device and the second device are Wi-Fi Direct capable devices; receiving network information from the second device, wherein the network information includes device type information for indicating whether the second device is a server device or a client device; determining a device among the first and second devices as a GO based on the received network information of the second device and on network information of the first device; receiving the GO Negotiation Request frame from the second device, the GO Negotiation Request frame comprising the second device's GO intent value; setting the first device's GO intent value higher than the second device's GO intent value if the first device must be the GO but the first device's GO intent value is lower than the second device's GO intent value in the GO Negotiation Request frame; setting the first device's GO intent value lower than the second device's GO intent value if the first device must be the Group Client, GO, but the first device's GO intent value is higher than the second device's GO intent value in the GO Negotiation Request frame; and wherein the maximum value of the first device's GO intent value and the second device's GO intent value is 15. searching for a second device, wherein the first device and the second device are Wi-Fi Direct capable devices; receiving network information from the second device, wherein the network information includes device type information for indicating whether the second device is a server device or a client device; determining a device among the first and second devices as a GO based on the received network information of the second device and on network information of the first device; receiving the GO Negotiation Request frame from the second device, the GO Negotiation Request frame comprising the second device's GO intent value; setting the first device's GO intent value higher than the second device's GO intent value if the first device must be the GO but the first device's GO intent value is lower than the second device's GO intent value in the GO Negotiation Request frame; setting the first device's GO intent value lower than the second device's GO intent value if the first device must be the Group Client, GO, but the first device's GO intent value is higher than the second device's GO intent value in the GO Negotiation Request frame; and wherein the maximum value of the first device's GO intent value and the second device's GO intent value is 15.
Electro-pneumatic converter having a baffle plate, an exhaust nozzle (140, 150) completely or partially closable by said baffle plate with an exhaust nozzle aperture and an output pressure P a, initial pressure P v and ambient pressure P u, wherein the initial pressure P v is supplied by an inlet throttle, wherein the output pressure P a is tapped between the inlet throttle and the exhaust nozzle (140, 150), characterized in that 1.1 the air flows turbulently between the baffle plate and the exhaust nozzle edge surface, 1.2 when the exhaust nozzle aperture is closed by the baffle plate except for a gap, wherein the gap is less than 30 μm wide; 1.3 the initial pressure P v and the ambient pressure P u are constant and the output pressure P a is regulated; and 1.4 the width s of the edge of the exhaust nozzle is proportional to the sum of the roughness depths Rz P of the surface of the baffle plate in the area of the exhaust nozzle aperture and Rz D of the surface of the edge of the exhaust nozzle; 1.4.1 wherein the proportionality factor K = s / Rz P + Rz D has a value between 10 and 28. 1.1 the air flows turbulently between the baffle plate and the exhaust nozzle edge surface, 1.2 when the exhaust nozzle aperture is closed by the baffle plate except for a gap, wherein the gap is less than 30 μm wide; 1.3 the initial pressure P v and the ambient pressure P u are constant and the output pressure P a is regulated; and 1.4 the width s of the edge of the exhaust nozzle is proportional to the sum of the roughness depths Rz P of the surface of the baffle plate in the area of the exhaust nozzle aperture and Rz D of the surface of the edge of the exhaust nozzle; 1.4.1 wherein the proportionality factor K = s / Rz P + Rz D has a value between 10 and 28.
A device for applying a negative pressure to an endoluminal surface in the body of a patient to facilitate healing of a wound in the endoluminal surface, comprising a flexible porous element with a peripheral outer face for contact with the wound, the outer face being defined between opposite proximal and distal ends (18, 20) of the porous element, and a suction tube for being connected to a suction source externally of the patient's body and which is in fluid communication with the porous element to apply a negative pressure to the wound via the outer face of the porous element upon operation of the suction source, wherein the porous element has at least one through passageway extending from its proximal end to its distal end for passage of bodily substances of the patient through the porous element separately from any exudate drawn from the wound into the porous element through its said outer face by the applied negative pressure, and the proximal and distal ends (18, 20) of the porous element are otherwise sealed against egress of the bodily substances into the porous element, characterised in that the device further comprises a drainage tube for collection and drainage of the bodily substances from the patient, wherein the drainage tube is received in the through passageway, the interior of the drainage tube being sealed from the porous element along the length of the drainage tube within the porous element. the porous element has at least one through passageway extending from its proximal end to its distal end for passage of bodily substances of the patient through the porous element separately from any exudate drawn from the wound into the porous element through its said outer face by the applied negative pressure, and the proximal and distal ends (18, 20) of the porous element are otherwise sealed against egress of the bodily substances into the porous element, characterised in that the device further comprises a drainage tube for collection and drainage of the bodily substances from the patient, wherein the drainage tube is received in the through passageway, the interior of the drainage tube being sealed from the porous element along the length of the drainage tube within the porous element.
Fuel injection valve for fuel injection systems of internal combustion engines, in particular for the direct injection of fuel into a combustion chamber, wherein the fuel injection valve has at least one excitable actuator and a valve element which is movable along a valve longitudinal axis and which interacts sealingly with a valve seat, and having a nozzle body at the ejection-side end of the fuel injection valve, wherein multiple throughflow regions are provided circumferentially upstream of the valve seat, between which throughflow regions there are situated in each case guide regions for the valve element, and having ejection openings downstream of the valve seat, the number of which differs from the number of throughflow regions, wherein at least two throughflow regions differ in size, such as circumferential width and/or radial depth, and/or contour, characterized in that the throughflow regions are formed circumferentially, in the form of throughflow pockets, on the wall of a blind bore of the nozzle body, and the throughflow pockets run in the manner of longitudinal grooves and so as to be spaced apart from one another.
Protective structure - having a plurality of supports (2, 3, 4) arranged spaced apart from and adjacent to each other; - having a trapping device which is guided on the supports (2, 3, 4) via at least one support cable arrangement (6, 7); and - having a soil anchorage (8, 9) for free ends (10, 11) of the at least one support cable arrangement (6, 7), characterized in that - the soil anchorage (8, 9) is configured as a deadman anchorage. - having a plurality of supports (2, 3, 4) arranged spaced apart from and adjacent to each other; - having a trapping device which is guided on the supports (2, 3, 4) via at least one support cable arrangement (6, 7); and - having a soil anchorage (8, 9) for free ends (10, 11) of the at least one support cable arrangement (6, 7), characterized in that - the soil anchorage (8, 9) is configured as a deadman anchorage.