mhurhangee/patent-ind-claim-en huggingface dataset:
A row unit for a header for an agricultural harvester comprising: a frame ; and a gathering chain assembly mounted to the frame , the gathering chain assembly including: first and second sprockets , an endless chain extending between the first and second sprockets , and a carriage assembly extending from and supporting the first sprocket , the carriage assembly having: a stationary member , and a moveable member moveable relative to the stationary member between an extended position and a retracted position, characterized by : a lockout assembly attached to the carriage assembly , the lockout assembly including: a lockout fastener pivotably attached to one of the stationary member and moveable member , and an engaging member attached to the other of the stationary member and moveable member , wherein the lockout fastener engages the engaging member when the moveable member is in the retracted position. a frame ; and a gathering chain assembly mounted to the frame , the gathering chain assembly including: first and second sprockets , an endless chain extending between the first and second sprockets , and a carriage assembly extending from and supporting the first sprocket , the carriage assembly having: a stationary member , and a moveable member moveable relative to the stationary member between an extended position and a retracted position, characterized by : a lockout assembly attached to the carriage assembly , the lockout assembly including: a lockout fastener pivotably attached to one of the stationary member and moveable member , and an engaging member attached to the other of the stationary member and moveable member , wherein the lockout fastener engages the engaging member when the moveable member is in the retracted position. first and second sprockets , an endless chain extending between the first and second sprockets , and a carriage assembly extending from and supporting the first sprocket , the carriage assembly having: a stationary member , and a moveable member moveable relative to the stationary member between an extended position and a retracted position, characterized by : a lockout assembly attached to the carriage assembly , the lockout assembly including: a stationary member , and a moveable member moveable relative to the stationary member between an extended position and a retracted position, characterized by : a lockout assembly attached to the carriage assembly , the lockout assembly including: a lockout fastener pivotably attached to one of the stationary member and moveable member , and an engaging member attached to the other of the stationary member and moveable member , wherein the lockout fastener engages the engaging member when the moveable member is in the retracted position.
A method performed by a detecting node in a communications network , for detecting that a wireless device, WD, associated with a first domain of the communications network has been communicating with a non-legitimate device , wherein the non-legitimate device is a device associated with a second domain of the communications network and wherein the device impersonates a network node of a first domain of the communications network , and wherein the method comprises: - obtaining information regarding one or more protocol events related to the communication between the WD and a first network node , wherein the information comprises a time instance related to the one or more protocol events, and - determining , based on the time instance and a set of time limits related to the one or more protocol events, that the WD has been communicating with the non-legitimate device ; wherein - the protocol event is a sending of an RRC message, - the set of time limits comprises a first time limit, and - the WD is determined to have been communicating with the non-legitimate device when the number of RRC messages to the first network node , is reduced below a first threshold and a corresponding increase is not detected in a set of second network nodes within the first time limit from the time instance of the reduction of the number of RRC messages below the first threshold. - obtaining information regarding one or more protocol events related to the communication between the WD and a first network node , wherein the information comprises a time instance related to the one or more protocol events, and - determining , based on the time instance and a set of time limits related to the one or more protocol events, that the WD has been communicating with the non-legitimate device ; wherein - the protocol event is a sending of an RRC message, - the set of time limits comprises a first time limit, and - the WD is determined to have been communicating with the non-legitimate device when the number of RRC messages to the first network node , is reduced below a first threshold and a corresponding increase is not detected in a set of second network nodes within the first time limit from the time instance of the reduction of the number of RRC messages below the first threshold.
A composition comprising an aqueous buffer permitting glycosyltransferase enzymatic activity, the composition further comprising: (a) a glycosylated target molecule which is free of α-2,6-sialylated terminal antennal residues, the target molecule being selected from a glycoprotein and a glycolipid, the target molecule comprising a plurality of antennae, at least two of the antennae each having as terminal structure a β-D-galactosyl-1,4-N-acetyl-β-D-glucosamine moiety with a hydroxyl group at the C6 position in the galactosyl residue; (b) N-terminally truncated human β-galactoside-α-2,6-sialyltransferase I of SEQ ID NO:2 (Δ89 hST6Gal-I); (c) N-terminally truncated human β-galactoside-α-2,6-sialyltransferase I of SEQ ID NO:3 (Δ108 hST6Gal-I); (d) cytidine-5'-monophospho-N-acetylneuraminic acid as donor compound for a sialyltransferase-catalyzed reaction, wherein each of Δ89 hST6Gal-I and Δ108 hST6Gal-I is present in a pre-determined amount and wherein each amount of Δ89 hST6Gal-I and Δ108 hST6Gal-I has a pre-determined enzymatic activity. (a) a glycosylated target molecule which is free of α-2,6-sialylated terminal antennal residues, the target molecule being selected from a glycoprotein and a glycolipid, the target molecule comprising a plurality of antennae, at least two of the antennae each having as terminal structure a β-D-galactosyl-1,4-N-acetyl-β-D-glucosamine moiety with a hydroxyl group at the C6 position in the galactosyl residue; (b) N-terminally truncated human β-galactoside-α-2,6-sialyltransferase I of SEQ ID NO:2 (Δ89 hST6Gal-I); (c) N-terminally truncated human β-galactoside-α-2,6-sialyltransferase I of SEQ ID NO:3 (Δ108 hST6Gal-I); (d) cytidine-5'-monophospho-N-acetylneuraminic acid as donor compound for a sialyltransferase-catalyzed reaction,
A stabilising composition for hot melt adhesives, comprising: (a) a first stabilising component comprising at least one phenolic antioxidant; (b) a second stabilising component comprising at least one phosphite antioxidant; (c) a third stabilising component comprising at least one antioxidant containing a sulphur group having the formula -CH 2 -(S) x -CH 2 -, wherein x = 1 or 2, and wherein neither of the -CH 2 - groups is directly bonded to an aromatic group; and (d) a fourth stabilising component comprising at least one acid scavenger. (a) a first stabilising component comprising at least one phenolic antioxidant; (b) a second stabilising component comprising at least one phosphite antioxidant; (c) a third stabilising component comprising at least one antioxidant containing a sulphur group having the formula -CH 2 -(S) x -CH 2 -, wherein x = 1 or 2, and wherein neither of the -CH 2 - groups is directly bonded to an aromatic group; and (d) a fourth stabilising component comprising at least one acid scavenger.
A device for the application of liquid medical substances , comprising: - a main body extending around a longitudinal axis (X) and comprising a housing portion and a delivery portion ; - a cartridge reservoir containing a liquid medical substance , hermetically sealed and suitable for being inserted into said housing portion ; - a perforating element disposed inside said main body in a position falling between said housing portion and said delivery portion in order to achieve the perforation of one end of said cartridge reservoir ; said perforating element having a tubular shape and comprising within it a cylindrical conduit having a cutting edge faced toward the housing portion , wherein said conduit serves to place said housing portion in fluid communication with said delivery portion ; wherein said perforating element , presenting at an end opposite the cutting edge a flanged base for connecting with said main body , has a first height (h1), defined between the lowest point of said cutting edge and said base , not less than 50% of an inner diameter (d4) of the cylindrical conduit , and a second height (h2), defined between the highest point of said cutting edge and said base , not less than 70% of the inner diameter (d4) of the cylindrical conduit ; wherein said delivery portion comprises a pad made of a material with a porous structure, so as to be impregnated by the medical liquid delivered from said reservoir through the cylindrical conduit , which, when the device is in use, places said reservoir in fluid communication with said pad , characterized in that said delivery portion comprises an air chamber included between said pad and said perforating element ; said air chamber having a height equal to at least one third of the inner diameter (d4) and a diameter equal to the size of an inner diameter (d3) of the housing portion of the cylindrical body . - a main body extending around a longitudinal axis (X) and comprising a housing portion and a delivery portion ; - a cartridge reservoir containing a liquid medical substance , hermetically sealed and suitable for being inserted into said housing portion ; - a perforating element disposed inside said main body in a position falling between said housing portion and said delivery portion in order to achieve the perforation of one end of said cartridge reservoir ; said perforating element having a tubular shape and comprising within it a cylindrical conduit having a cutting edge faced toward the housing portion , wherein said conduit serves to place said housing portion in fluid communication with said delivery portion ;
Method for operating a hybrid drive device for a motor vehicle, comprising an internal combustion engine and an electric machine , wherein a separating clutch arranged between the internal combustion engine and the electric machine is set to a target clutch torque by at least partial engaging it during an attempt to start the internal combustion engine , characterised in that an actual clutch torque actually transmitted via the separating clutch and a rotational speed of the internal combustion engine are determined during the attempt to start, and if a characteristic value dependent on the actual clutch torque exceeds a threshold value and if an integral of the rotational speed over time continuously falls below a limit value during the attempt to start, the attempt to start is aborted.
Filter device for a vacuum cleaner having a turbine device and a motor for generating a first main air stream and/or a second main air stream through a collecting tank of the vacuum cleaner , characterized by a first chamber and a second chamber , each with a filter element and an inflow opening , wherein a valve (10a and/or 10b) is designed to open or to close the inflow opening , wherein a negative pressure prevails in the chamber when the inflow opening is closed and wherein atmospheric pressure prevails in the chamber when the inflow opening is open, wherein the chambers also each comprise a pressure shock element , wherein the pressure shock elements can be in a parked position and in a dedusting position, wherein a switchover between the parked position and the dedusting position takes place by letting in the atmospheric pressure, this being effected by actuating the valve , wherein the pressure shock elements are designed to apply a pulse to the respective filter element when the dedusting position is taken up, such that the filter element is dedusted. a first chamber and a second chamber , each with a filter element and an inflow opening , wherein a valve (10a and/or 10b) is designed to open or to close the inflow opening , wherein a negative pressure prevails in the chamber when the inflow opening is closed and wherein atmospheric pressure prevails in the chamber when the inflow opening is open, wherein the chambers also each comprise a pressure shock element , wherein the pressure shock elements can be in a parked position and in a dedusting position, wherein a switchover between the parked position and the dedusting position takes place by letting in the atmospheric pressure, this being effected by actuating the valve , wherein the pressure shock elements are designed to apply a pulse to the respective filter element when the dedusting position is taken up, such that the filter element is dedusted.
Securing device for temporarily limiting the freedom of movement of a universal joint of a shaft arrangement of a steering column , comprising a locking element , which extends in a longitudinal direction (L) and has a free, front end at the front, as seen in the longitudinal direction (L), and on which a handling means is arranged at the rear, as seen in the longitudinal direction, wherein the locking element has a blocking body and at least one positioning element , which extends in the longitudinal direction (L) adjacent to the blocking body and is designed to be resilient relative to the blocking body in a transverse direction (B) transverse to the longitudinal direction, characterized in that the locking element has in each case at least one positioning element on either side of the blocking body , as seen in the transverse direction.
A dental milling machine comprising a closed milling chamber having a supply air opening and an outlet which are substantially opposed to each other in relation to the milling chamber , and generating an airflow which passes across a machining area wherein a milling tool performs a milling operation on a milling workpiece, one side of the milling chamber , especially the front side, comprising an openable door, characterized in that the bottom wall of the milling chamber is formed to extend at least partially inclined and rounded, the bottom wall being closed below the machining area and having substantially constant inclination, and in that the outlet connects to the lowermost region of the bottom wall .
A drum washing machine comprising: a housing comprising a main inlet on a front surface thereof; a main washing unit disposed in the housing ; a main door to open and close the main inlet ; and a sub-washing unit disposed at the main door , whereby the sub-washing unit comprises a sub-water tub to store water, a pulsator rotatably installed in the sub-water tub and a sub-driving motor to rotate the pulsator . a housing comprising a main inlet on a front surface thereof; a main washing unit disposed in the housing ; a main door to open and close the main inlet ; and a sub-washing unit disposed at the main door , whereby the sub-washing unit comprises a sub-water tub to store water, a pulsator rotatably installed in the sub-water tub and a sub-driving motor to rotate the pulsator .
A plug-in coupling for connecting a first with a second double-walled, vacuum-insulated cryogenic line , wherein the plug-in coupling comprises a coupling plug and a coupling socket , - wherein the coupling plug has an inner and an outer tubular piece and a first connecting flange and can be connected to the first cryogenic line , - wherein the coupling socket has an inner and an outer tubular piece and a second connecting flange and can be connected to the second cryogenic line , - wherein a circular ring seal is arranged on a distal end of the coupling plug , so that a sealed connection is created between the coupling socket and the coupling plug, when the coupling plug is completely inserted into the coupling socket, characterized in that the seal is formed on the distal end of the coupling plug so as to be electrically insulating, that an insulating sleeve is arranged on the outer tubular piece of the coupling plug and that an insulating disk lies between the first and the second connecting flange (109, 109'; 122), when the coupling plug is inserted into the coupling socket. - wherein the coupling plug has an inner and an outer tubular piece and a first connecting flange and can be connected to the first cryogenic line , - wherein the coupling socket has an inner and an outer tubular piece and a second connecting flange and can be connected to the second cryogenic line , - wherein a circular ring seal is arranged on a distal end of the coupling plug , so that a sealed connection is created between the coupling socket and the coupling plug, when the coupling plug is completely inserted into the coupling socket, the seal is formed on the distal end of the coupling plug so as to be electrically insulating, that an insulating sleeve is arranged on the outer tubular piece of the coupling plug and that an insulating disk lies between the first and the second connecting flange (109, 109'; 122), when the coupling plug is inserted into the coupling socket.
An effective-end-of-service-life indicator system for a filter cartridge for a respirator for organic vapor, comprising: a UV lamp operable to emit UV light; and a visible light detector operable to detect the intensity level of visible light; wherein: the UV lamp is directed towards the a sensor ; characterized in that : the sensor , located within the cartridge , fluoresces visible light upon exposure to UV light; and the visible light detector is directed towards the sensor to detect sensor fluorescence. a UV lamp operable to emit UV light; and a visible light detector operable to detect the intensity level of visible light; the sensor , located within the cartridge , fluoresces visible light upon exposure to UV light; and the visible light detector is directed towards the sensor to detect sensor fluorescence.
A method of operating a first electronic device (100; 100A-100D) connected to a Wireless Local Area Network, WLAN, the method comprising: listening for a wireless transmission by a second electronic device (100; 100A-100D) on a wireless communications channel; determining whether a packet comprises an uplink packet being smaller than a threshold size and/or a delay-sensitive packet; assigning a randomized time delay value that defines a randomized delay period, in response to determining that the packet comprises the uplink packet being smaller than a threshold size and/or delay-sensitive packet; beginning the randomized delay period in response to determining that the wireless communications channel is clear; transmitting the packet to an access point of the WLAN via the wireless communications channel based on expiration of the randomized delay period; and receiving signaling from the access point of the WLAN regarding uplink packet randomized time delays. listening for a wireless transmission by a second electronic device (100; 100A-100D) on a wireless communications channel; determining whether a packet comprises an uplink packet being smaller than a threshold size and/or a delay-sensitive packet; assigning a randomized time delay value that defines a randomized delay period, in response to determining that the packet comprises the uplink packet being smaller than a threshold size and/or delay-sensitive packet; beginning the randomized delay period in response to determining that the wireless communications channel is clear; transmitting the packet to an access point of the WLAN via the wireless communications channel based on expiration of the randomized delay period; and receiving signaling from the access point of the WLAN regarding uplink packet randomized time delays.
A device configured to amplify a laser pulse, wherein the device comprises a divider section configured to divide the laser pulse into multiple sub pulses and to introduce a time delay between the sub pulses , wherein the device further comprises a only one compressor section configured to compress the temporally divided sub pulses and a combiner section configured to combine the compressed sub pulses to one compressed laser pulse , wherein the compressor section has only one compressor through which each sub pulse passes,wherein the divider section comprises at least one divider stage , each divider stage comprising two polarizing beam splitters as well as two differently long beam paths, wherein the polarizing beam splitters are configured as thin film polarizers letting pass the p polarized part of the laser pulse and reflecting the s polarized part of the laser pulse and thus creating two differently polarized sub pulses, wherein the combiner section comprises at least one combiner stage , each combiner stage comprising two polarizing beam splitters as well as two differently long beam paths, wherein each divider stage is configured to split up laser pulses into sub pulses and to bring the sub pulses on the same path again so that the sub pulses are not separated in space, but only in time, for the compression. the device comprises a divider section configured to divide the laser pulse into multiple sub pulses and to introduce a time delay between the sub pulses , wherein the device further comprises a only one compressor section configured to compress the temporally divided sub pulses and a combiner section configured to combine the compressed sub pulses to one compressed laser pulse , wherein the compressor section has only one compressor through which each sub pulse passes,wherein the divider section comprises at least one divider stage , each divider stage comprising two polarizing beam splitters as well as two differently long beam paths, wherein the polarizing beam splitters are configured as thin film polarizers letting pass the p polarized part of the laser pulse and reflecting the s polarized part of the laser pulse and thus creating two differently polarized sub pulses, wherein the combiner section comprises at least one combiner stage , each combiner stage comprising two polarizing beam splitters as well as two differently long beam paths, wherein each divider stage is configured to split up laser pulses into sub pulses and to bring the sub pulses on the same path again so that the sub pulses are not separated in space, but only in time, for the compression.