mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a hydrogen-containing product gas while impeding corrosion of piping operatively connecting a separator and a pressure swing adsorption unit, the process comprising: passing a reformate from a shift reactor to the separator via a plurality of heat exchangers, the plurality of heat exchangers operatively disposed between the shift reactor and the separator, thereby condensing water in the reformate to form a water condensate and a water-depleted reformate in the separator; withdrawing the water condensate from the separator; withdrawing the water-depleted reformate from the separator; heating the water-depleted reformate withdrawn from the separator; passing at least a portion of the water-depleted reformate that was heated to the pressure swing adsorption unit to form the hydrogen-containing product gas and a by-product gas from the at least a portion of the water-depleted reformate; and thermally insulating at least a portion of the piping operatively connecting the separator and the pressure swing adsorption unit. passing a reformate from a shift reactor to the separator via a plurality of heat exchangers, the plurality of heat exchangers operatively disposed between the shift reactor and the separator, thereby condensing water in the reformate to form a water condensate and a water-depleted reformate in the separator; withdrawing the water condensate from the separator; withdrawing the water-depleted reformate from the separator; heating the water-depleted reformate withdrawn from the separator; passing at least a portion of the water-depleted reformate that was heated to the pressure swing adsorption unit to form the hydrogen-containing product gas and a by-product gas from the at least a portion of the water-depleted reformate; and thermally insulating at least a portion of the piping operatively connecting the separator and the pressure swing adsorption unit.
A fixed frame for a door, comprising a ground sill profile, a vertical frame profile and an adapter element for connecting the ground sill profile with the frame profile, wherein the adapter element is welded to the vertical frame profile and forms a part of the lateral surface of the vertical frame profile, and wherein the ground sill profile has a flatter cross-section to the cross-section of the vertical frame profile, characterized in that the adapter element extends only over a partial region of a fixed frame depth of the vertical frame profile extending from an exterior surface into an interior surface of the fixed frame in installed position of the fixed frame, and that the ground sill profile is mitred at least partially in a corner region adjoining the vertical frame profile, and consists at least partially of a weldable plastic.
A slim LED package comprising: first and second lead frames (12, 14) separated from each other; a chip mounting recess formed on one upper surface region of the first lead frame by reducing a thickness of the one upper surface region below other upper surface regions of the first lead frame; an LED chip mounted on a bottom surface of the chip mounting recess and connected with the second lead frame via a bonding wire; and a transparent encapsulation material protecting the LED chip while supporting the first and second lead frames (12, 14) characterized in that the slim LED package further comprises a bonding recess formed on one upper surface region of the second lead frame by reducing a thickness of the one upper surface region of the second lead frame below other upper surface regions of the second lead frame, one end of the bonding wire being bonded into the bonding recess. first and second lead frames (12, 14) separated from each other; a chip mounting recess formed on one upper surface region of the first lead frame by reducing a thickness of the one upper surface region below other upper surface regions of the first lead frame; an LED chip mounted on a bottom surface of the chip mounting recess and connected with the second lead frame via a bonding wire; and a transparent encapsulation material protecting the LED chip while supporting the first and second lead frames (12, 14) characterized in that the slim LED package further comprises a bonding recess formed on one upper surface region of the second lead frame by reducing a thickness of the one upper surface region of the second lead frame below other upper surface regions of the second lead frame, one end of the bonding wire being bonded into the bonding recess.
A method performed by a first wireless device in a wireless communication system, the method comprising: establishing a PC5 radio resource control, RRC, connection between the first wireless device and a second wireless device; receiving sidelink control information, SCI, from the second wireless device, wherein the SCI instructs the first wireless device to perform sidelink, SL, - channel state information, CSI, reporting for the PC5 RRC connection; triggering the SL-CSI reporting; and based on i) a SL resource for the SL-CSI reporting being unavailable and ii) the first wireless device being configured with a mode in which SL resources are scheduled by a network, transmitting, to the network, a signal for requesting the SL resource for the SL-CSI reporting; receiving, from the network, a SL grant related to the SL resource; and transmitting, to the second wireless device via the SL resource, SL-CSI according to the SL-CSI reporting. establishing a PC5 radio resource control, RRC, connection between the first wireless device and a second wireless device; receiving sidelink control information, SCI, from the second wireless device, wherein the SCI instructs the first wireless device to perform sidelink, SL, - channel state information, CSI, reporting for the PC5 RRC connection; triggering the SL-CSI reporting; and based on i) a SL resource for the SL-CSI reporting being unavailable and ii) the first wireless device being configured with a mode in which SL resources are scheduled by a network, transmitting, to the network, a signal for requesting the SL resource for the SL-CSI reporting; receiving, from the network, a SL grant related to the SL resource; and transmitting, to the second wireless device via the SL resource, SL-CSI according to the SL-CSI reporting.
Process for the preparation of a 1-alkyl glycerol ether of the formula in which (a) a carboxylic acid selected from formic acid and acetic acid, an ester of the carboxylic acid selected from an ester of formic acid or an ester of acetic acid, and/or an anhydride of a carboxylic acid selected from acetic anhydride or succinic anhydride, is initially introduced, a catalytic amount of an acid having a pKa value < 4 and which is not a carboxylic acid is added, the mixture is heated to 50 to 120°C, then the alkyl glycidyl ether of the formula in which R is a C 3 to C 18 alkyl group, is added in portions, such that the molar ratio of alkyl glycidyl ether of the formula to (x) the carboxylic acid, (y) the ester of the carboxylic acid and/or (z) the anhydride of the carboxylic acid is in the range from 1:1 to 1:3, and that the reaction mixture comprises at most 0.9 mole of water per mole of used alkyl glycidyl ether of the formula; and said low-water reaction mixture is reacted at a temperature of more than 40°C to give an acylated alkyl glycerol ether; and (b) the acylated alkyl glycerol ether is transesterified by adding an excess molar amount of aliphatic alcohol having 1 to 4 carbon atoms, the resulting alkyl ester of the carboxylic acid and of the aliphatic alcohol and the excess of the aliphatic alcohol are distilled off, and is then neutralized with an alkalizing agent selected from an alkali metal hydroxide, an alkaline earth metal hydroxide and/or alkali metal or alkaline earth metal carbonate or hydrogencarbonate, and fractionally distilled in order to obtain the alkyl glycerol ether of the formula. (a) a carboxylic acid selected from formic acid and acetic acid, an ester of the carboxylic acid selected from an ester of formic acid or an ester of acetic acid, and/or an anhydride of a carboxylic acid selected from acetic anhydride or succinic anhydride, is initially introduced, a catalytic amount of an acid having a pKa value < 4 and which is not a carboxylic acid is added, the mixture is heated to 50 to 120°C, then the alkyl glycidyl ether of the formula in which R is a C 3 to C 18 alkyl group, is added in portions, such that the molar ratio of alkyl glycidyl ether of the formula to (x) the carboxylic acid, (y) the ester of the carboxylic acid and/or (z) the anhydride of the carboxylic acid is in the range from 1:1 to 1:3, and that the reaction mixture comprises at most 0.9 mole of water per mole of used alkyl glycidyl ether of the formula; and said low-water reaction mixture is reacted at a temperature of more than 40°C to give an acylated alkyl glycerol ether; and (b) the acylated alkyl glycerol ether is transesterified by adding an excess molar amount of aliphatic alcohol having 1 to 4 carbon atoms, the resulting alkyl ester of the carboxylic acid and of the aliphatic alcohol and the excess of the aliphatic alcohol are distilled off, and is then neutralized with an alkalizing agent selected from an alkali metal hydroxide, an alkaline earth metal hydroxide and/or alkali metal or alkaline earth metal carbonate or hydrogencarbonate, and fractionally distilled in order to obtain the alkyl glycerol ether of the formula.
A compound of formulae (Ia) and (Ib): wherein R 1 are both the same and selected from -H, -CH 3 and -OCH 3; and the moiety represents a diamine ligand selected from the group consisting of compounds 4, 5, 6, 7, 8, 9, and 12: and wherein R 1 are both the same and selected from -H, -CH 3 and -OCH 3; and the moiety represents a diamine ligand selected from the group consisting of compounds 4, 5, 6, 7, 8, 9, and 12: and
An apparatus for the shaping of plastics material preforms into plastics material containers with at least one blow moulding station arranged on a movable carrier, wherein this blow moulding station has a blow mould carrier for holding a blow mould (4a, 4b) and this blow mould carrier has a first blow mould carrier part and a second blow mould carrier part which is pivotable with respect to the first blow mould carrier part about a preset first pivot axis in order to open and close the blow mould (4a, 4b), and wherein the blow moulding station additionally has a locking mechanism in order to lock the first blow mould carrier part with respect to the second blow mould carrier part, and the locking mechanism has a first locking element, arranged at least indirectly on the first blow mould carrier part, and a second locking element, arranged at least indirectly on the second blow mould carrier part, wherein the locking elements (82, 84) cooperate in a locked state of the blow mould carrier parts (6a, 6b), wherein the apparatus has a first element which is magnetic at least for a time and with respect to which the first locking element is movable and which causes a movement of the first locking element by a magnetic interaction without contact in order to lock the blow mould carrier parts (6a, 6b) in order to create a contactless and thus maintenance-free solution without friction with the help of the magnetic element at least temporarily to lock the blow mould (4a, 4b) in place, and wherein the first locking element is pivotable with respect to a second preset pivot axis, and wherein said second pivot axis, with respect to which the first locking element is pivotable, extends substantially parallel to the pivot axis about which the blow mould carrier part (6a, 6b) is pivotable.
Bullet recovery device for firing stands for sports and/or professional shooters using firearms, said recovery device comprising at least according to the direction of displacement of the projected bullets: - a rear partition being a plate impermeable to the projected bullets including along the lower or upper edge thereof a deflector, - a plurality of deviating elements disposed in front of said partition shaped to deviate the bullets projected in the direction of said deflector, and - a recovery gutter of the projected bullets disposed at least partially under the rear partition - deviating elements assembly, characterised in that the cross section of said deflector has a general C-shape in such a way as to turn down against said rear partition the projected bullets deviated by the latter. - a rear partition being a plate impermeable to the projected bullets including along the lower or upper edge thereof a deflector, - a plurality of deviating elements disposed in front of said partition shaped to deviate the bullets projected in the direction of said deflector, and - a recovery gutter of the projected bullets disposed at least partially under the rear partition - deviating elements assembly,
Method for producing a piece (10, 32, 36) made of a plastics material for a motor vehicle, said piece (10, 32, 36) having at least one first part on which at least one second part is mounted, the first part being produced, the second part of the piece (10, 32, 36) made of a plastics material being produced by three-dimensional printing directly on the first part of the piece (10, 32, 36), and the first part of the piece (10, 32, 36) having at least one zone for mechanically attaching the second part to the first part, the method being characterized in that the mechanical attachment zone comprises a three-dimensional network of ribs, and during which method, in order to produce the first part of the piece (10, 32, 36): - at least one metal block having a three-dimensional network of ribs is produced, which ribs are complementary to the ribs of the three-dimensional network of the first part, - the metal block is placed in a mold (22, 30) at the location of the first part where the three-dimensional network is to be formed, - the first part of the piece (10, 32, 36) is molded. - at least one metal block having a three-dimensional network of ribs is produced, which ribs are complementary to the ribs of the three-dimensional network of the first part, - the metal block is placed in a mold (22, 30) at the location of the first part where the three-dimensional network is to be formed, - the first part of the piece (10, 32, 36) is molded.
A relay device comprising a processing circuit and a wireless communication unit for connecting to a wireless network, said wireless network comprising a plurality of network nodes mutually connected by wireless links, wherein said relay device is configured to: - receive, by the wireless communication unit, an input signal from a source node connected to the wireless network, said input signal comprising a voice command received by a microphone of the source node, said voice command to be processed by a voice assistant; - determine, by the processing circuit and based on the input signal, a recipient voice assistant connected to the wireless network and adapted for processing said voice command; - transmit, by the wireless communication unit and towards the recipient voice assistant, an output signal comprising the voice command, characterized in that - the processing circuit is further configured to determine a path to the recipient voice assistant based on a topology of the wireless network, and to use said path when transmitting the voice command towards the recipient voice assistant, and wherein - the path comprises a list of network nodes of the wireless network that need to be travelled through in order to deliver the voice command to the recipient voice assistant. - receive, by the wireless communication unit, an input signal from a source node connected to the wireless network, said input signal comprising a voice command received by a microphone of the source node, said voice command to be processed by a voice assistant; - determine, by the processing circuit and based on the input signal, a recipient voice assistant connected to the wireless network and adapted for processing said voice command; - transmit, by the wireless communication unit and towards the recipient voice assistant, an output signal comprising the voice command, characterized in that - the processing circuit is further configured to determine a path to the recipient voice assistant based on a topology of the wireless network, and to use said path when transmitting the voice command towards the recipient voice assistant, and wherein - the path comprises a list of network nodes of the wireless network that need to be travelled through in order to deliver the voice command to the recipient voice assistant.
A magnetic article comprising an NdFeB magnet having thereon a substantially continuous corrosion resistant barrier comprising: a) a fluorinated parylene conformal coating, or b) a parylene conformal coating having a melting point of at least 430°C and a moisture vapor transmission less than 0.5 g-mm/m 2 /day at 90% RH and 37°C, the conformal coating being covered with a polysulfone thermoplastic overlayer. a) a fluorinated parylene conformal coating, or b) a parylene conformal coating having a melting point of at least 430°C and a moisture vapor transmission less than 0.5 g-mm/m 2 /day at 90% RH and 37°C,
A pneumatic tire, wherein the tire is a tire for a two-wheeled vehicle, the tire comprises a tread, a contour of an outer surface of each side portion includes a first segment that is a straight line or a circular arc, and a second segment that is a straight line or a circular arc and that is continuous with the first segment, and the contour of the outer surface of the side portion bends outward with a connection point of the first segment and the second segment as a bending point characterized in that at least one of the bending points is located near a base of the tread and inward of the base in a radial direction, wherein the distance in the radial direction between the base of the tread and the at least one of the bending points is not greater than 5 mm, in particular not greater than 3 mm.
A paperboard comprising: a solid bleached sulfate paperboard substrate; and a coating applied to said paperboard substrate to form a coated structure, said coated structure having a Parker Print Surf smoothness value of three micrometres or less and a basis weight of at most Y 2 ', wherein Y 2 ' is calculated as follows: Y 2 ′ = 57.85 + 0.5236 X + 0.0000404 X 2 g / m 2 where X is the caliper thickness of said coated structure in micrometres (Y 2 ' = 35.55 + 8.173X + 0.01602X 2 lb/3,000 ft 2 where X is the caliper thickness of said coated structure in points). a solid bleached sulfate paperboard substrate; and a coating applied to said paperboard substrate to form a coated structure, said coated structure having a Parker Print Surf smoothness value of three micrometres or less and a basis weight of at most Y 2 ', wherein Y 2 ' is calculated as follows: Y 2 ′ = 57.85 + 0.5236 X + 0.0000404 X 2 g / m 2 where X is the caliper thickness of said coated structure in micrometres (Y 2 ' = 35.55 + 8.173X + 0.01602X 2 lb/3,000 ft 2 where X is the caliper thickness of said coated structure in points).
Hand-guided, battery-operated working apparatus, comprising - an apparatus housing, - an electric drive motor in the apparatus housing, - a battery tray in the apparatus housing to accommodate a removable battery pack, - a cooling air guide in the apparatus housing, which guide comprises an inlet-side air guide portion, which extends from a housing inlet into the battery tray to an air outlet from the battery tray, and an outlet-side air guide portion, which leads from the air outlet of the battery tray to the drive motor and, from there, onwards to a housing outlet, and - a filter element, which is arranged in the cooling air guide in such a way as to be accessible via the battery tray, characterized in that - the filter element is arranged in the interior of the battery tray, ahead of the air outlet of the battery tray in the air flow direction, and/or - the filter element is arranged on a side wall of the battery tray facing the drive motor, and/or - the battery tray is bounded, at least in a partial region on a tray inlet side, by a casing, which is mounted removably on a remainder of the apparatus housing. - an apparatus housing, - an electric drive motor in the apparatus housing, - a battery tray in the apparatus housing to accommodate a removable battery pack, - a cooling air guide in the apparatus housing, which guide comprises an inlet-side air guide portion, which extends from a housing inlet into the battery tray to an air outlet from the battery tray, and an outlet-side air guide portion, which leads from the air outlet of the battery tray to the drive motor and, from there, onwards to a housing outlet, and - a filter element, which is arranged in the cooling air guide in such a way as to be accessible via the battery tray, - the filter element is arranged in the interior of the battery tray, ahead of the air outlet of the battery tray in the air flow direction, and/or - the filter element is arranged on a side wall of the battery tray facing the drive motor, and/or - the battery tray is bounded, at least in a partial region on a tray inlet side, by a casing, which is mounted removably on a remainder of the apparatus housing.
Sealing arrangement with a housing and a shaft seal, in particular a radial shaft seal, with at least one sealing element (5, 5a) made of polyfluorocarbon, preferably of polytetrafluoroethylene, which is provided with a sealing lip (4, 4a), which bears against a surface to be sealed under radial force, and with at least one elastomer element formed by a sealing ring (7, 7a, 70, 70a, 170, 170a, 270, 270a) which supports the sealing element (5, 5a), which is a sealing disc, whose radially inner region is elastically bent in the direction of a medium side to form the sealing lip (4, 4a), wherein the sealing ring (7, 7a, 70, 70a, 170, 170a, 270, 270a) is attached to the sealing element (5, 5a) as far as its transition region to the sealing lip (4, 4a) in such a way that the sealing ring (7, 7a, 70, 70a, 170, 170a, 270, 270a) is at a sufficient distance from the sealing lip (4, 4a) so that the sealing ring does not hinder the mobility of the sealing lip (4, 4a'), characterised in that the sealing element (5, 5a) bears on its side facing away from the medium side against a support disc (19, 19a), which bears with its radially inner region flat against the transition region of the sealing element (5, 5a) into the sealing lip (4, 4a), is bent with its radially inner section in the direction of the medium side and extends radially to a cylindrical casing of the housing, to which the support disc is fastened with its radially outer edge.
A container comprising a container body, a lid, and securing means for securing the lid on the container body if the container falls upside down, said container body having a bottom, a side wall and an opening at a top opposite the bottom, said opening having a closing area with a body-side sealing surface, said lid having a central portion and an outer lid wall portion, said outer lid wall portion being circumferential and surrounding the central portion, a rim portion and an annular ledge being provided at an upper end of said outer lid wall portion, said outer lid wall portion providing on an outer side thereof a lid-side sealing surface, said lid-side sealing surface engaging with said body-side sealing surface, when the lid is applied to the opening of the container body to close the container, the container further comprising as at least part of said securing means a securing ring inserted within said outer lid wall portion, said securing ring comprising a lower portion accommodated within the outer lid wall portion, characterized in that the securing ring further comprises an upper flange portion extending from the lower portion above the annular ledge at an acute angle (α) of less than 80° from vertical.