mhurhangee/ep-ind-claims huggingface dataset:
Method for producing at least one N -substituted acyclic ethylenediamine, comprising - reacting at least one reducing sugar, hydrogen and at least one primary amine NH 2 R or at least one secondary amine NHR'R" or a mixture of at least one primary amine NH 2 R and at least one secondary amine NHR'R" - in the presence of a supported hydrogenation catalyst - at a reaction temperature of 50°C to 200 °C, and - at a reaction pressure being superatmospheric pressure, and wherein - the molar ratio of the at least one primary amine and/or secondary amine: reducing sugar is at least 6:1, wherein residue R is selected from linear or branched alkyl groups, linear or branched alkanol groups, cyclic alkyl groups which may be substituted and aromatic groups, which may be substituted, wherein residues R' and R" can be identical or different from each other and can each be independently selected from linear or branched alkyl groups, linear or branched alkanol groups, cyclic alkyl groups which may be substituted and aromatic groups which may be substituted, or wherein R' and R" can form together with the nitrogen atom to which the residues R' and R" are attached a heterocyclic alkyl group or a heterocyclic aromatic group. - reacting at least one reducing sugar, hydrogen and at least one primary amine NH 2 R or at least one secondary amine NHR'R" or a mixture of at least one primary amine NH 2 R and at least one secondary amine NHR'R" - in the presence of a supported hydrogenation catalyst - at a reaction temperature of 50°C to 200 °C, and - at a reaction pressure being superatmospheric pressure, and wherein - the molar ratio of the at least one primary amine and/or secondary amine: reducing sugar is at least 6:1, wherein residue R is selected from linear or branched alkyl groups, linear or branched alkanol groups, cyclic alkyl groups which may be substituted and aromatic groups, which may be substituted, wherein residues R' and R" can be identical or different from each other and can each be independently selected from linear or branched alkyl groups, linear or branched alkanol groups, cyclic alkyl groups which may be substituted and aromatic groups which may be substituted, or wherein R' and R" can form together with the nitrogen atom to which the residues R' and R" are attached a heterocyclic alkyl group or a heterocyclic aromatic group.
A wood species detection method, comprising: emitting electromagnetic radiation from a UV light source 116; 216) toward a workpiece as the workpiece is translocated on a transport in a direction of flow; obtaining one or more images of fluorescent visible light emitted by pitch on/in the workpiece, the fluorescent light emitted in response to absorption of the electromagnetic radiation by the pitch; generating image data from the one or more images; determining one or more pitch characteristics based on the image data, wherein the one or more pitch characteristics includes pitch location, pitch deposition pattern, or pitch fluorescence wavelength; comparing the one or more pitch characteristics to wood species reference data; and identifying a wood species of the workpiece from among a plurality of wood species based at least on the comparison. emitting electromagnetic radiation from a UV light source 116; 216) toward a workpiece as the workpiece is translocated on a transport in a direction of flow; obtaining one or more images of fluorescent visible light emitted by pitch on/in the workpiece, the fluorescent light emitted in response to absorption of the electromagnetic radiation by the pitch; generating image data from the one or more images; determining one or more pitch characteristics based on the image data, wherein the one or more pitch characteristics includes pitch location, pitch deposition pattern, or pitch fluorescence wavelength; comparing the one or more pitch characteristics to wood species reference data; and identifying a wood species of the workpiece from among a plurality of wood species based at least on the comparison.
A method of obtaining a preparation comprising killer toxins, characterized in that the Debaryomyces hansenii yeasts, deposited in the CBS under number CBS 140023 are cultured in an aqueous solution, with pH of 3 to 5, containing 2 to 6% weight per volume of beet molasses and 0.5 to 3% weight per volume of corn steep liquor, preferably in temperature of 10 to 20°C, until the D. hansenii yeasts reach stationary growth phase, followed by biomass separation, preferably by centrifugation, and concentration of the remaining supernatant by nanofiltration, and with the thus obtained concentrated fluid being preserved for storage purposes, particularly by spray-drying.
A spinal implant comprising: a first member including a wall that defines an axial cavity; a second member extending between a first end and a second end of the second member and defining a longitudinal axis, the second member being configured for disposal within the axial cavity and translation relative to the first member; and a third member including an outer surface, which is engageable with tissue, and an inner surface, the first end includes an outer surface that defines a plurality of steps that define an increasing dimension (d) of the first end, the inner surface includes an angled surface which is disposed circumferentially about the inner surface and which is configured to be smooth and engageable with the steps to facilitate rotation of the third member relative to the longitudinal axis in response to the engagement of the outer surface with the tissue to allow the outer surface to adjust its angle to accommodate the specific angle of a vertebrae. a first member including a wall that defines an axial cavity; a second member extending between a first end and a second end of the second member and defining a longitudinal axis, the second member being configured for disposal within the axial cavity and translation relative to the first member; and a third member including an outer surface, which is engageable with tissue, and an inner surface, the first end includes an outer surface that defines a plurality of steps that define an increasing dimension (d) of the first end, the inner surface includes an angled surface which is disposed circumferentially about the inner surface and which is configured to be smooth and engageable with the steps to facilitate rotation of the third member relative to the longitudinal axis in response to the engagement of the outer surface with the tissue to allow the outer surface to adjust its angle to accommodate the specific angle of a vertebrae.
A high calorie, UHT treated liquid nutritional composition comprising protein, fat, carbohydrates, vitamins and minerals, having an energy density of 1.8 - 2.8 kcal/ml, wherein the protein content is 9 - 14 g/ 100 ml, and the carbohydrates comprise at least 90 wt.% (based on total carbohydrates) of maltodextrins having a dextrose equivalent of 13 - 22.
A composite nonwoven mat comprising: a nonwoven base layer formed from a plurality of fibers held together by a binder, the nonwoven base layer having a first surface and a second surface; and a coating layer adhered to the first surface, wherein the coating layer comprises a coating composition, the coating composition comprising polymer particles in a carrier composition, wherein the polymer particles comprise one or more of a polyolefin, a polyester, a polyamide, a polyimide, and a polyurethane, wherein the coating layer extends partially into the nonwoven base layer, and wherein the composite nonwoven mat has an average Gurley porosity of at least 500 seconds. a nonwoven base layer formed from a plurality of fibers held together by a binder, the nonwoven base layer having a first surface and a second surface; and a coating layer adhered to the first surface, wherein the coating layer comprises a coating composition, the coating composition comprising polymer particles in a carrier composition, wherein the polymer particles comprise one or more of a polyolefin, a polyester, a polyamide, a polyimide, and a polyurethane, wherein the coating layer extends partially into the nonwoven base layer, and wherein the composite nonwoven mat has an average Gurley porosity of at least 500 seconds.
An orthopaedic device with a dimensionally stable element for positioning on a body part and a strap for fastening the dimensionally stable element to the body part, the strap being guided through a deflection eyelet, wherein the dimensionally stable element comprises at least one fastening device with a feed-through with a longitudinal direction, along which a connection element extends through the feed-through to which the deflection eyelet is attached, the connection element comprising a first end on which a first anchor is formed in such a way that the first end with the first anchor cannot be pulled through the feed-through along the longitudinal direction, characterised in that the first anchor is detachably arranged on the first end.
An apparatus (100, 200) comprising: a monitor circuit to monitor traffic of a plurality of sources through the apparatus and maintain telemetry information regarding the traffic based at least in part on telemetry rules received from the plurality of sources, wherein the monitor circuit is to determine whether to send a callback message to a selected one of the plurality of sources in response to telemetry information associated with the selected source and based on a telemetry rule for the selected source, the callback message including the telemetry information associated with the traffic of the selected source through the apparatus; and a storage coupled to the monitor circuit, the storage to store the telemetry information, wherein the monitor circuit is to access the telemetry information from the storage. a monitor circuit to monitor traffic of a plurality of sources through the apparatus and maintain telemetry information regarding the traffic based at least in part on telemetry rules received from the plurality of sources, wherein the monitor circuit is to determine whether to send a callback message to a selected one of the plurality of sources in response to telemetry information associated with the selected source and based on a telemetry rule for the selected source, the callback message including the telemetry information associated with the traffic of the selected source through the apparatus; and a storage coupled to the monitor circuit, the storage to store the telemetry information, wherein the monitor circuit is to access the telemetry information from the storage.
A storage system for vehicles, in particular for two-wheel-vehicles, bicycles, electric bicycles or motorcycles, comprising: a substantially closed housing (10, 20, 30, 25, 45) with a storage area not accessible from the outside with a plurality of containers and at least one lockable loading and unloading station for the vehicles; characterised in that the storage area is provided with at least one blower with which the air in the storage area is exchangeable, that the bottom of the containers is a perforated plate in each case and wherein a cavity is located below the perforated plate for discharging air blown through it by the blower and that each container is at least partially extendable from the storage system. a substantially closed housing (10, 20, 30, 25, 45) with a storage area not accessible from the outside with a plurality of containers and at least one lockable loading and unloading station for the vehicles; characterised in that the storage area is provided with at least one blower with which the air in the storage area is exchangeable, that the bottom of the containers is a perforated plate in each case and wherein a cavity is located below the perforated plate for discharging air blown through it by the blower and that each container is at least partially extendable from the storage system.
Image-processing method for filtering light pollution appearing in a video image stream acquired by a video camera, said method being characterized in that it comprises, for a current image of said video image stream, the steps of: • subtracting the background represented in said current image in order to obtain the foreground of the current image, • determining, pixel by pixel, a brightening matrix identifying the pixels of the current image the brightness of which is higher than the time-averaged brightness of the pixels of the image, which is computed from a plurality of successive images extracted from the image stream, • determining a compensating matrix by restricting the values of the pixels of the determined brightening matrix to between a minimum value and a maximum value, • segmenting the determined brightening matrix, • determining a mask from the segmented brightening matrix, • applying said mask to the determined compensating matrix in order to obtain a filtering matrix, and • filtering the foreground of the current image by applying said filtering matrix in order to decrease the zones of light pollution in the images of the image stream. • subtracting the background represented in said current image in order to obtain the foreground of the current image, • determining, pixel by pixel, a brightening matrix identifying the pixels of the current image the brightness of which is higher than the time-averaged brightness of the pixels of the image, which is computed from a plurality of successive images extracted from the image stream, • determining a compensating matrix by restricting the values of the pixels of the determined brightening matrix to between a minimum value and a maximum value, • segmenting the determined brightening matrix, • determining a mask from the segmented brightening matrix, • applying said mask to the determined compensating matrix in order to obtain a filtering matrix, and • filtering the foreground of the current image by applying said filtering matrix in order to decrease the zones of light pollution in the images of the image stream.
An image capturing apparatus, comprising: operation means for receiving an operation by a user; communication means for communicating with a communication apparatus and another image capturing apparatus; and control means for performing control to transmit a plurality of captured images in a predetermined order to the communication apparatus via the communication means, characterized in that the communication means is configured to establish a connection for linked image capturing between the image capturing apparatus and the other image capturing apparatus, and when linked image capturing is performed, during transmission of the plurality of the images in the predetermined order, in accordance with an instruction to change a transmission order of a first image having been received by the operation means, the control means is configured to perform control to prioritize transmission of the first image to the communication apparatus and is further configured to transmit a priority transfer instruction to the other image capturing apparatus such that transmission of an image linked with the first image to the communication apparatus is prioritized by another image capturing apparatus capable of communicating via the communication means. operation means for receiving an operation by a user; communication means for communicating with a communication apparatus and another image capturing apparatus; and control means for performing control to transmit a plurality of captured images in a predetermined order to the communication apparatus via the communication means, characterized in that the communication means is configured to establish a connection for linked image capturing between the image capturing apparatus and the other image capturing apparatus, and when linked image capturing is performed, during transmission of the plurality of the images in the predetermined order, in accordance with an instruction to change a transmission order of a first image having been received by the operation means, the control means is configured to perform control to prioritize transmission of the first image to the communication apparatus and is further configured to transmit a priority transfer instruction to the other image capturing apparatus such that transmission of an image linked with the first image to the communication apparatus is prioritized by another image capturing apparatus capable of communicating via the communication means.
A LED lamp, comprising: a LED filament including an AC LED device having a rated power ranging from 0.3 to 5 W, a circuit board having a through hole and soldered with the AC LED device; a lamp base having two electrodes (12, 14) and a cavity, the first electrode having a spiral-threaded, columnar, or needle-like configuration; a resistor having a resistance ranging from 50 to 50,000 Ohm, connected in series with the AC LED device between the two electrodes (12, 14); and a thermally conductive electric insulator having a thermal conductivity ranging from 0.25 to 30 W/mK, filled in the cavity and mechanically contacting with the LED filament and the first electrode to provide a thermal channel to transfer heat from the AC LED device to the first electrode for heat dissipation enhancement when the AC LED device is powered on, wherein the LED filament further comprises a thermally conductive member passing through the through hole, having a first end having the AC LED device bounded thereon and a second end buried in the thermally conductive electric insulator, and wherein the second end of the thermally conductive member has two strips, each of the strips has an axial length ranging from 0.1 to 10 cm, and wherein the thermally conductive member has two flanges, the flanges being sandwiched between the AC LED device and the circuit board. a LED filament including an AC LED device having a rated power ranging from 0.3 to 5 W, a circuit board having a through hole and soldered with the AC LED device; a lamp base having two electrodes (12, 14) and a cavity, the first electrode having a spiral-threaded, columnar, or needle-like configuration; a resistor having a resistance ranging from 50 to 50,000 Ohm, connected in series with the AC LED device between the two electrodes (12, 14); and a thermally conductive electric insulator having a thermal conductivity ranging from 0.25 to 30 W/mK, filled in the cavity and mechanically contacting with the LED filament and the first electrode to provide a thermal channel to transfer heat from the AC LED device to the first electrode for heat dissipation enhancement when the AC LED device is powered on, wherein the LED filament further comprises a thermally conductive member passing through the through hole, having a first end having the AC LED device bounded thereon and a second end buried in the thermally conductive electric insulator, and wherein the second end of the thermally conductive member has two strips, each of the strips has an axial length ranging from 0.1 to 10 cm, and wherein the thermally conductive member has two flanges, the flanges being sandwiched between the AC LED device and the circuit board.
A controlled motion system comprising: a track formed from two or more track sections positioned adjacent to one another; at least one motor positioned along and coupled to at least one of the track sections; one or more movers mounted for moving along the track by way of a controlled magnetic field formed by the at least one motor; the system being characterised by at least one magnetic flux bridge connecting the adjacent track sections to reduce any changes, disturbance, or weakening in the controlled magnetic field between adjacent track sections, wherein the magnetic flux bridge comprises at least one of: a ferromagnetic plate directly connected to stators (112a, 112b) of the adjacent track sections along the underside of the stators, one or more ferromagnetic shims positioned within a gap between said adjacent track sections, or a magnetically conductive adhesive positioned within the gap between the adjacent track sections. a track formed from two or more track sections positioned adjacent to one another; at least one motor positioned along and coupled to at least one of the track sections; one or more movers mounted for moving along the track by way of a controlled magnetic field formed by the at least one motor; the system being characterised by at least one magnetic flux bridge connecting the adjacent track sections to reduce any changes, disturbance, or weakening in the controlled magnetic field between adjacent track sections, wherein the magnetic flux bridge comprises at least one of: a ferromagnetic plate directly connected to stators (112a, 112b) of the adjacent track sections along the underside of the stators, one or more ferromagnetic shims positioned within a gap between said adjacent track sections, or a magnetically conductive adhesive positioned within the gap between the adjacent track sections. a ferromagnetic plate directly connected to stators (112a, 112b) of the adjacent track sections along the underside of the stators, one or more ferromagnetic shims positioned within a gap between said adjacent track sections, or a magnetically conductive adhesive positioned within the gap between the adjacent track sections.
A biodiesel composition comprising a mixture of esters, wherein the ester mixture comprises from 7 % by weight to 10.5 % by weight methyl octadecanoate, and from 39 % by weight to 41 % by weight methyl cis -9-octadecenoate.
A method for processing packet traffic in a multi-tenant network, the method being performed by a switch in the multi-tenant network and comprising: receiving a packet (152, 156, 158); responsive to determining that a tenant associated with the received packet (152, 156, 158) cannot be determined, requesting tenant information from a first controller; receiving the requested tenant information from the first controller; responsive to determining that a forwarding rule associated with the received packet (152, 156, 158) cannot be determined, requesting the forwarding rule from a second controller; receiving the requested forwarding rule from the second controller; and transmitting the packet (152, 156, 158) in accordance with the received forwarding rule. receiving a packet (152, 156, 158); responsive to determining that a tenant associated with the received packet (152, 156, 158) cannot be determined, requesting tenant information from a first controller; receiving the requested tenant information from the first controller; responsive to determining that a forwarding rule associated with the received packet (152, 156, 158) cannot be determined, requesting the forwarding rule from a second controller; receiving the requested forwarding rule from the second controller; and transmitting the packet (152, 156, 158) in accordance with the received forwarding rule.
Boiler to generate steam and/or to heat water, comprising a metal container hermetically closed and provided with at least a feed aperture to introduce water inside it, said boiler comprising a heating element associated with said container, said container comprising a first shell and a second shell coupled and hermetically sealed with each other along the respective peripheral edges, wherein said boiler comprises a water discharge aperture and a discharge pipe connected to said discharge aperture, wherein the discharge aperture is disposed in correspondence with the bottom of the container, or in proximity to it, wherein said discharge pipe is disposed in the lower part of a lateral wall of the container, is inclined downward with the container located in a horizontal position, and is protruding toward the outside with respect to said lateral wall, the boiler also comprising a collection cap, associated during use with said discharge pipe, said collection cap being disposed during use completely external to and protruding from said container, said collection cap being provided internally with a cavity configured to house and retain the limescale inside it.