mhurhangee/ep-ind-claims huggingface dataset:
Cold-rolled and annealed steel sheet with a thickness of between 0.7 mm and 2mm, a mechanical strength of between 1180 MPa and 1320 MPa, a hole expansion ratio Ac% of greater than 20% and a bending angle of greater than or equal to 40°, the chemical composition of which comprises, the contents being expressed by weight: 0.09 ≤ C ≤ 0.11 % 2.6 ≤ Mn ≤ 2.8 % 0.20 ≤ Si ≤ 0.55 % 0.25 ≤ Cr ≤ 0.5 % 0.025 ≤ Ti ≤ 0.040 % 0.0015 ≤ B ≤ 0.0025 % 0.005 ≤ Al < 0.18 % 0.08 ≤ Mo < 0.15 % 0.020 ≤ Nb ≤ 0.040 % 0.002 ≤ N ≤ 0.007 % 0.0005 % ≤ S ≤ 0.005 % 0.001 % ≤ P ≤ 0.020 %, Ca < 0.003 % the remainder being iron and unavoidable impurities from the smelting process, the sheet having a microstructure consisting of martensite and/or lower bainite, said martensite comprising fresh martensite and/or self-annealed martensite, the sum of the surface proportions, measured as defined in the description, of martensite and of lower bainite being between 40 and 70%, from 15 to 45% as a surface proportion of bainite with a low quantity of carbides, from 5 to less than 20% as a surface proportion of ferrite, the fraction of non-recrystallized ferrite with respect to the fraction of total ferrite being less than 15%, and less than 5% as a surface proportion of residual austenite in the form of islands, the fraction of old austenitic grains whose size is less than one micrometre representing from 40 to 60% of the total population of the said old austenitic grains. the remainder being iron and unavoidable impurities from the smelting process, the sheet having a microstructure consisting of martensite and/or lower bainite, said martensite comprising fresh martensite and/or self-annealed martensite, the sum of the surface proportions, measured as defined in the description, of martensite and of lower bainite being between 40 and 70%, from 15 to 45% as a surface proportion of bainite with a low quantity of carbides, from 5 to less than 20% as a surface proportion of ferrite, the fraction of non-recrystallized ferrite with respect to the fraction of total ferrite being less than 15%, and less than 5% as a surface proportion of residual austenite in the form of islands, the fraction of old austenitic grains whose size is less than one micrometre representing from 40 to 60% of the total population of the said old austenitic grains.
Nozzle device for conditioning a laser-tissue contact area, comprising a plurality of multi-fluid nozzles and a body with a bore, wherein the bore has a laser entrance and a laser exit, the nozzle device is adapted to be mounted to a laser medical device such that a laser beam generated by the laser medical device enters the laser entrance of the bore of the body and exits the laser exit of the bore of the body, the body houses the multi-fluid nozzles, and the multi-fluid nozzles are arranged around the laser exit of the bore of the body, characterized in that the multi-fluid nozzles are external-mix multi-fluid nozzles.
An aerosol generating apparatus including a body and a consumable, wherein one of the body or a second member includes a push-push insertion member and the other of the body or second member includes a push-push receiving member, wherein the second member is the consumable or a carrier member that receives and moves with the consumable, wherein the push-push insertion member is receivable by the push-push receiving member to engage the consumable with the body by pushing the consumable toward the body in a first direction, wherein the consumable is disengaged from the body by subsequently pushing the consumable in the same first direction; and wherein the receiving member and insertion member comprise cooperating electrical contacts which electrically connect the consumable to the body when the consumable is engaged with the body, characterised in that: the insertion member comprises a follower, the follower being configured to move relative to the receiving member to move along a first path, a second path, a third path, and a fourth path, the first path being arranged at least partially in the first direction, the second path being arranged at least partially in a second direction that is opposed to the first direction, the first and second paths being different, the third path being arranged at least partially in the first direction, the fourth path being arranged at least partially in the second direction, the third and fourth paths being different, such that at an end of the second path, the follower is prevented from moving further in the second direction, and at the end of the fourth path, the follower is released from the receiving member. wherein the second member is the consumable or a carrier member that receives and moves with the consumable, wherein the push-push insertion member is receivable by the push-push receiving member to engage the consumable with the body by pushing the consumable toward the body in a first direction, wherein the consumable is disengaged from the body by subsequently pushing the consumable in the same first direction; and wherein the receiving member and insertion member comprise cooperating electrical contacts which electrically connect the consumable to the body when the consumable is engaged with the body, characterised in that: the insertion member comprises a follower, the follower being configured to move relative to the receiving member to move along a first path, a second path, a third path, and a fourth path, the first path being arranged at least partially in the first direction, the second path being arranged at least partially in a second direction that is opposed to the first direction, the first and second paths being different, the third path being arranged at least partially in the first direction, the fourth path being arranged at least partially in the second direction, the third and fourth paths being different, such that at an end of the second path, the follower is prevented from moving further in the second direction, and at the end of the fourth path, the follower is released from the receiving member.
Merger to pick up and to distribute materials from a ground surface, comprising a frame, a pick-up head, affixed to the frame, that is configured to lift the materials from the ground surface and a conveyor, affixed to the frame, that is configured to receive the materials from the pick-up head, the conveyor includes a first belt and a second belt that are configured to independently distribute the materials on the ground surface from at least one of a first side of the frame and a second side of the frame characterized in that the frame includes a horizontal frame assembly and a vertical frame assembly, that the pick-up head is affixed on a front support member of the horizontal frame assembly and extends along a length of the horizontal frame assembly, that the pick-up head includes a series of guards extending between a first end plate and a second end plate, the series of guards is split into a first series of guards and a second series of guards and connected via a central guard assembly that protrudes from the front support member and is aligned with a central axis of the horizontal frame assembly between the first series of guards and the second series of guards and that the first belt and the second belt are placed side by side to extend along a length of the front support member.
A hydroponic growing medium comprising: a three-dimensional self-supporting, soil-free hydroponic substrate having: a dry bulk density of about 28,83 kg/m3 to 160,185 kg/m3 and including a man-made fiber portion, characterized in that: the man-made fiber portion is about 2 to 10 weight %, based on the total weight of the growing medium; and in that the soil-free hydroponic substrate comprises about 90 to 98 weight % of a natural fiber portion having refined wood fiber, based on the total weight of the hydroponic growing medium. a dry bulk density of about 28,83 kg/m3 to 160,185 kg/m3 and including a man-made fiber portion, characterized in that: the man-made fiber portion is about 2 to 10 weight %, based on the total weight of the growing medium; and in that the soil-free hydroponic substrate comprises about 90 to 98 weight % of a natural fiber portion having refined wood fiber, based on the total weight of the hydroponic growing medium.
A roof window arrangement comprising a roof window having a sash frame and a blind frame and comprising an installation element for the roof window, in particular residential roof window, wherein the installation element has an assembly frame, which has an insertion opening for the roof window and which has at least one signalling device for outputting a signal when reaching an insertion end position of the roof window in the insertion opening, characterised in that the signalling device has a signalling element, which displaces when inserting the roof window into the insertion opening and which displaces into a return position when reaching the insertion end position, or an entraining element, which displaces when inserting the roof window into the insertion opening and which entrains the signalling element and which releases the signalling element when reaching the insertion end position.
A refrigeration cycle apparatus comprising: a refrigerant circuit configured by connecting a compressor, a flow path switching apparatus, a first heat exchanger, a decompressing apparatus, a second heat exchanger and a control device; a refrigerant tank circuit connected to the first and second heat exchangers (4, 6) in parallel with the decompressing apparatus; and a degassing pipe having a first end and a second end and being designed as capillary tube, the flow path switching apparatus being configured to switch a flow of refrigerant discharged from the compressor to any of the first and second heat exchangers (4, 6), the refrigerant tank circuit comprising a refrigerant tank, a flow rate regulation apparatus positioned between the first heat exchanger and the refrigerant tank and a valve arranged between the refrigerant tank and the second heat exchanger, and the degassing pipe having the first end connected to the refrigerant tank and having the second end connected to at least any of the refrigerant circuit and the refrigerant tank circuit wherein the degassing pipe has the second end connected to the refrigerant circuit between the compressor and the first heat exchanger and wherein the control device is configured to release refrigerant from the refrigerant tank in the cooling mode or the defrosting mode by closing the flow rate regulation apparatus and opening the valve. a refrigerant circuit configured by connecting a compressor, a flow path switching apparatus, a first heat exchanger, a decompressing apparatus, a second heat exchanger and a control device; a refrigerant tank circuit connected to the first and second heat exchangers (4, 6) in parallel with the decompressing apparatus; and a degassing pipe having a first end and a second end and being designed as capillary tube, the flow path switching apparatus being configured to switch a flow of refrigerant discharged from the compressor to any of the first and second heat exchangers (4, 6), the refrigerant tank circuit comprising a refrigerant tank, a flow rate regulation apparatus positioned between the first heat exchanger and the refrigerant tank and a valve arranged between the refrigerant tank and the second heat exchanger, and the degassing pipe having the first end connected to the refrigerant tank and having the second end connected to at least any of the refrigerant circuit and the refrigerant tank circuit wherein the degassing pipe has the second end connected to the refrigerant circuit between the compressor and the first heat exchanger and wherein the control device is configured to release refrigerant from the refrigerant tank in the cooling mode or the defrosting mode by closing the flow rate regulation apparatus and opening the valve.
An apparatus for delivery or retrieval of a vascular medical device (10, 20), the apparatus comprising: an elongate shaft having an axis having a flexible distal extension comprising braid, the extension folded-back inwardly at a distal opening and forming a more proximal opening, and a support member comprising a plurality of elongate support elements (1, 2 3, 4) secured to or within the extension for supporting the extension along the axis, wherein the proximal opening is sized to receive and pass a proximal end of the medical device (10, 20) therethrough for capture; and wherein the apparatus further comprises an elongate sleeve receiving the elongate shaft and distal extension to secure the proximal end of the medical device (10, 20). an elongate shaft having an axis having a flexible distal extension comprising braid, the extension folded-back inwardly at a distal opening and forming a more proximal opening, and a support member comprising a plurality of elongate support elements (1, 2 3, 4) secured to or within the extension for supporting the extension along the axis, wherein the proximal opening is sized to receive and pass a proximal end of the medical device (10, 20) therethrough for capture; and wherein the apparatus further comprises an elongate sleeve receiving the elongate shaft and distal extension to secure the proximal end of the medical device (10, 20).
Milking device (10; 110) which comprises a device (20; 120) for preventing contamination in milk during a milking session for milking an animal, wherein the milking device (10; 110) comprises a teat cup (31, 32; 131, 132) which is configured to be attached to a teat of the animal in order to milk the teat and which is connectable to a milk collecting vessel (41, 42; 140) for collecting the milked milk, wherein, for the purpose of preventing contamination, the device (20; 120) comprises: - detection means (51, 52; 151, 152) for generating and transmitting a disruption signal (S1, S2) as a result of the detection of a premature becoming detached of the teat cup (31, 32; 131, 132) during the milking session, and/or as a result of the detection of the incorrect attachment of a teat cup (31, 32; 131, 132) during the milking session, and - a management system (60; 160) configured to receive the disruption signal (S1, S2), and configured to separate, on the basis of the disruption signal (S1, S2), the milk obtained from the animal during the milking session, into a first amount of milk and a second amount of milk, wherein the management system (60, 62) is configured to lead the first amount of milk to a first destination (41, 81; 181), and the second amount of milk to a second destination (42, 82; 182) that is different from the first destination (41, 81; 181). - detection means (51, 52; 151, 152) for generating and transmitting a disruption signal (S1, S2) as a result of the detection of a premature becoming detached of the teat cup (31, 32; 131, 132) during the milking session, and/or as a result of the detection of the incorrect attachment of a teat cup (31, 32; 131, 132) during the milking session, and - a management system (60; 160) configured to receive the disruption signal (S1, S2), and configured to separate, on the basis of the disruption signal (S1, S2), the milk obtained from the animal during the milking session, into a first amount of milk and a second amount of milk, wherein the management system (60, 62) is configured to lead the first amount of milk to a first destination (41, 81; 181), and the second amount of milk to a second destination (42, 82; 182) that is different from the first destination (41, 81; 181).
A secondary radar comprising an antenna having a radiating pattern forming a sum channel, called SUM, a radiating pattern forming a difference channel called DIFF and a pattern forming a control channel called CONT, means for generating at least interrogation messages on the SUM channel and ISLS signals on the CONT channel, means for transmitting these messages via the SUM channel and via the CONT channel respectively, means for receiving and processing signals received via the SUM, DIFF and CONT channels, configured for detecting the replies of targets on the signals received via the SUM and/or DIFF channels and carrying out deviation measurement processing and RSLS processing on these replies, characterized in that the transmission means are configured so that, for each target independently, the width of the beam for transmitting interrogations and receiving mode S selective replies is controlled dynamically on the basis of the movement window of said target and the position of the axis of said antenna in said window, in order to provide the detection of said target while reducing the number of selective interrogations by a selective sub-interrogation of said target and while ensuring its precise positioning in azimuth: - by pre-locating said target at the edge of the main reception lobe of said antenna by deviation measurement between the signals received on the DIFF and SUM channels; - by selectively re-interrogating said pre-located target in mode S by calculation of the roll-call period nearest to the centre of said main lobe to ensure precision in azimuth. - by pre-locating said target at the edge of the main reception lobe of said antenna by deviation measurement between the signals received on the DIFF and SUM channels; - by selectively re-interrogating said pre-located target in mode S by calculation of the roll-call period nearest to the centre of said main lobe to ensure precision in azimuth.
A homogeneous, stable, high-strength aqueous herbicidal concentrate composition comprising: (a) water, (b) a glyphosate potassium or amine salt, and (c) a dicamba potassium or amine salt, in which (i) the glyphosate salt is potassium or a secondary, tertiary or quaternary alkylamine or a primary, secondary, tertiary or quaternary alkanolamine, alkylalkanolamine or alkoxyalkanolamine salt, wherein the alkyl and alkanol groups are saturated and contain from C 1 -C 4 carbon atoms individually, (ii) the dicamba salt is potassium or a secondary, tertiary or quaternary alkylamine or a primary, secondary, tertiary or quaternary alkanolamine, alkylalkanolamine or alkoxyalkanolamine salt, wherein the alkyl and alkanol groups are saturated and contain from C 1 -C 4 carbon atoms individually, (iii) the composition contains a total active ingredient loading of at least 300 gae/L of the glyphosate potassium or amine salt and the dicamba potassium or amine salt, (iv) the acid equivalent weight ratio of the glyphosate potassium or amine salt to the dicamba potassium or amine salt is from 1:1 to 3:1, and (v) the pH is from 6.0 to 8.0. (a) water, (b) a glyphosate potassium or amine salt, and (c) a dicamba potassium or amine salt,
Consolidation welding apparatus, preferably electrical resistance consolidation welding apparatus, for consolidation welding of an electrical conductor to an electrical terminal, preferably for resistance-monitored circuitry in a motor vehicle, having four welding tools (410, 420, 510, 520), comprising a bottom welding tool of the four welding tools (410, 420, 510, 520), on which the electrical terminal and thereon a conductor section to be consolidated can be arranged, as well as three movable welding tools (410, 510, 520) of the four welding tools (410, 420, 510, 520), whereby with a movable welding tool, which has two translational degrees of freedom, a width (B 305) of the conductor section to be consolidated on the electrical terminal can be variably adjusted with reference to the bottom welding tool and the electrical terminal, and the other two movable welding tools (410, 520) of the three welding tools (410, 420, 510, 520) can be moved in such a way that they seal off a compression chamber delimited by the width (B 305) of the conductor section to be consolidated in a direction of its perimeter; wherein two welding tools (410, 510) are combined in a top tool and two welding tools (420, 520) are combined in a bottom tool, and a welding tool (510, 520) of the top tool and the bottom tool is a welding jaw (510, 520), and a welding tool (410, 420) of the top tool and the bottom tool is a welding device (410, 420), wherein the top tool is provided on/in a holder and the welding jaw of the top tool is provided elastically on/in the holder, and the bottom tool is provided on/in a holder and the welding jaw of the bottom tool is provided elastically on/in the holder.
A fluid control device that has a first plate, a second plate, and a film sandwiched between opposing surfaces of both plates (2,3), and in which a diaphragm part disposed opposite to flow paths formed in the first plate and second plate is formed, the diaphragm part is part of the film, wherein: with the first plate, a first plane that abuts the film and a concave part (11,13) that is positioned outside the diaphragm part and is recessed from the first plane are formed, and with the second plate, a second plane that abuts the film and a convex part (12,14) that is disposed opposite to the concave part (11,13) and protrudes from the second plane are formed, part of the film being sandwiched at a fitting part between the concave part (11,13) and the convex part (12,14); characterized in that at the fitting part between the concave part (11,13) and the convex part (12,14), a film restricting part is structured at a position distant from the diaphragm part, and a film tension setting part is structured at a position closer to the diaphragm part than the film restricting part is, the film restricting part having a stronger holding force for the film than the film tension setting part. with the first plate, a first plane that abuts the film and a concave part (11,13) that is positioned outside the diaphragm part and is recessed from the first plane are formed, and with the second plate, a second plane that abuts the film and a convex part (12,14) that is disposed opposite to the concave part (11,13) and protrudes from the second plane are formed, part of the film being sandwiched at a fitting part between the concave part (11,13) and the convex part (12,14); characterized in that at the fitting part between the concave part (11,13) and the convex part (12,14), a film restricting part is structured at a position distant from the diaphragm part, and a film tension setting part is structured at a position closer to the diaphragm part than the film restricting part is, the film restricting part having a stronger holding force for the film than the film tension setting part.
A replaceable unit configured to participate in an image forming job of an image forming apparatus, comprising: a storage unit configured to store therein a driving condition corresponding to an operation environment; a detecting unit configured to monitor the operation environment; a controlling unit configured to detect a corresponding driving condition from the storage unit, if the detecting unit detects the operation environment; and an interface unit configured to provide a main controller in a main body of the image forming apparatus with the detected corresponding driving condition. a storage unit configured to store therein a driving condition corresponding to an operation environment; a detecting unit configured to monitor the operation environment; a controlling unit configured to detect a corresponding driving condition from the storage unit, if the detecting unit detects the operation environment; and an interface unit configured to provide a main controller in a main body of the image forming apparatus with the detected corresponding driving condition.