mhurhangee/ep-ind-claims huggingface dataset:
A chassis for a roll container, the chassis comprising: - a first arm, - a second arm, - a first and second caster assembly, each of which comprises ∘ a caster comprising a fork and ∘ a pin, which is configured to act as the hinge pin of a pivotable side wall of said roll container, characterized in that the arms (121, 122) each comprise a hole, through which the pin is configured to extend, and in that both the first and the second arm (121, 122) are attached to the fork of the respective first and second caster assembly by the pin. - a first arm, - a second arm, - a first and second caster assembly, each of which comprises ∘ a caster comprising a fork and ∘ a pin, which is configured to act as the hinge pin of a pivotable side wall of said roll container, ∘ a caster comprising a fork and ∘ a pin, which is configured to act as the hinge pin of a pivotable side wall of said roll container,
A process for the preparation of a diastereomerically and enantiomerically pure mixture of an amino acid of general formula or a salt thereof: said process comprising the following synthetic operations: a) preparing a diastereomerically and enantiomerically enriched mixture of the oxazoline of general formula by reacting a benzaldehyde with an isocyanoacetate in the presence of a catalytic system comprising a 9-amino(9-deoxy)epi Cinchona alkaloid derivative (VIII) and a salt of silver or gold or a mixture thereof: wherein: R 1 is a C6-C10 aryl or a substituted C6-C10 aryl; R 2 is a C1-C6 linear or branched alkyl, a C6-C10 aryl or a C1-C6 linear or branched alkyl substituted with a C6-C10 aryl; R 3 is H, OH, or a C1-C6 linear or branched alkoxy; and R 5 is an ethyl or a vinyl group. b) converting said enriched mixture of the oxazoline of general formula into a diastereomerically and enantiomerically enriched mixture of the protected amino acid of general formula: c) converting the enriched mixture of the protected amino acid of general formula into a diastereomerically and enantiomerically pure mixture of the amino acid of general formula: a) preparing a diastereomerically and enantiomerically enriched mixture of the oxazoline of general formula by reacting a benzaldehyde with an isocyanoacetate in the presence of a catalytic system comprising a 9-amino(9-deoxy)epi Cinchona alkaloid derivative (VIII) and a salt of silver or gold or a mixture thereof: wherein: R 1 is a C6-C10 aryl or a substituted C6-C10 aryl; R 2 is a C1-C6 linear or branched alkyl, a C6-C10 aryl or a C1-C6 linear or branched alkyl substituted with a C6-C10 aryl; R 3 is H, OH, or a C1-C6 linear or branched alkoxy; and R 5 is an ethyl or a vinyl group. R 1 is a C6-C10 aryl or a substituted C6-C10 aryl; R 2 is a C1-C6 linear or branched alkyl, a C6-C10 aryl or a C1-C6 linear or branched alkyl substituted with a C6-C10 aryl; R 3 is H, OH, or a C1-C6 linear or branched alkoxy; and R 5 is an ethyl or a vinyl group. b) converting said enriched mixture of the oxazoline of general formula into a diastereomerically and enantiomerically enriched mixture of the protected amino acid of general formula: c) converting the enriched mixture of the protected amino acid of general formula into a diastereomerically and enantiomerically pure mixture of the amino acid of general formula:
Method for producing an antiballistic article, comprising the step of application of a resin on a surface of at least one fabric layer, characterized in that the resin forms a network with a degree of cross-linking of at least 80% within no more than 350 seconds at a temperature of at most 130 °C, whereby a phenolic resol content in the resin is in the range from 25 to 50% by weight and a polyvinylbutyral content in the resin is in the range from 50 to 70% by weight.
Arrangement comprising a housing part of an internal combustion engine having a bore, comprising a fuel injector at least partially received in the bore of the housing part, and comprising a clamping bracket, by way of the bracket force of which the fuel injector is preloaded in the direction of its longitudinal axis against the housing part, characterized in that the fuel injector is supported directly or indirectly on the housing part and the bracket force of the clamping bracket gives rise to a high-pressure-tight connection of at least one plate-shaped component (5, 6) of the fuel injector to a nozzle body and/or a holding body of the fuel injector.
A cylinder assembly, comprising: at least one sensor for sensing a property of the cylinder assembly or a fluid stored in the cylinder assembly and thereby generating sensor data; first communication means for wirelessly transmitting sensor data; and second communication means for wirelessly transmitting sensor data, wherein the range of the second communication means is greater than the range of the first communication means, characterised in that: the first communication means is arranged to receive an acknowledgement indicating that transmitted sensor data has been received; and the cylinder assembly is arranged to transmit sensor data using the second communication means only if an acknowledgement has not been received within a predetermined period of time. at least one sensor for sensing a property of the cylinder assembly or a fluid stored in the cylinder assembly and thereby generating sensor data; first communication means for wirelessly transmitting sensor data; and second communication means for wirelessly transmitting sensor data, wherein the range of the second communication means is greater than the range of the first communication means, the first communication means is arranged to receive an acknowledgement indicating that transmitted sensor data has been received; and the cylinder assembly is arranged to transmit sensor data using the second communication means only if an acknowledgement has not been received within a predetermined period of time.
Conveyor comprising two longitudinal carrying beams (2, 3), a conveyor chain, a plurality of transversal support rods, a plurality of support rails and two guide rails (7, 8), where one guide rail (7, 8) is arranged on each side of the conveyor, where each support rod is provided with holders holding the guide rails (7, 8) by a lower attachment part of the guide rails (7, 8), where a guide rail (7, 8) comprises an upper support part glidingly supporting the conveyor chain when the guide rail (7, 8) is in a straight position, where a guide rail (7, 8) is arranged close to a carrying beam (2, 3) in the straight position in order to prevent intrusion of a finger between the guide rail (7, 8) and the carrying beam (2, 3), characterized in that the lower attachment part allows a guide rail (7, 8) to pivot in a holder between the straight position and a folded position, where the folded position is spaced apart from the straight position, and where a guide rail (7, 8) is folded away from a carrying beam (2, 3) in the folded position in order to allow access to the space between the guide rail (7, 8) and the carrying beam (2, 3).
A negative electrode active material, comprising: a core including SiO x (0≤x<2); an intermediate layer covering at least a portion of a surface of the core and including at least one of silicon nitride or silicon oxynitride; and a carbon coating layer covering at least a portion of the intermediate layer and containing nitrogen. a core including SiO x (0≤x<2); an intermediate layer covering at least a portion of a surface of the core and including at least one of silicon nitride or silicon oxynitride; and a carbon coating layer covering at least a portion of the intermediate layer and containing nitrogen.
A shaft coupling for a gas turbine engine, the shaft coupling comprising: a first shaft; a second shaft coupled to the first shaft; a ring including a first end fit against a first inner surface of the first shaft and a second end fit to a second inner surface of the second shaft; and a seal supported between the second end of the ring and the second inner surface; characterised in that: the first shaft and the second shaft are coupled at an axial interface comprising a first set of curvic teeth defined on the first shaft and a second set of curvic teeth defined on the second shaft; the first inner surface includes a first tab extending radially inward and the second inner surface includes a second tab extending radially inward, the ring being disposed between the first tab and the second tab, the ring being press fit into the inner surface of the first shaft against an axially facing surface of the first tab and the second end of the ring includes a clearance with the second tab and the second inner surface of the second shaft. a first shaft; a second shaft coupled to the first shaft; a ring including a first end fit against a first inner surface of the first shaft and a second end fit to a second inner surface of the second shaft; and a seal supported between the second end of the ring and the second inner surface; characterised in that: the first shaft and the second shaft are coupled at an axial interface comprising a first set of curvic teeth defined on the first shaft and a second set of curvic teeth defined on the second shaft; the first inner surface includes a first tab extending radially inward and the second inner surface includes a second tab extending radially inward, the ring being disposed between the first tab and the second tab, the ring being press fit into the inner surface of the first shaft against an axially facing surface of the first tab and the second end of the ring includes a clearance with the second tab and the second inner surface of the second shaft. the first shaft and the second shaft are coupled at an axial interface comprising a first set of curvic teeth defined on the first shaft and a second set of curvic teeth defined on the second shaft; the first inner surface includes a first tab extending radially inward and the second inner surface includes a second tab extending radially inward, the ring being disposed between the first tab and the second tab, the ring being press fit into the inner surface of the first shaft against an axially facing surface of the first tab and the second end of the ring includes a clearance with the second tab and the second inner surface of the second shaft.
A cutter operable to cut a work piece extending along an axis, the cutter comprising: a cutting wheel engageable with and operable to cut the work piece; and a housing assembly supporting the cutting wheel for movement about the axis of the work piece in a cutting direction to cut the work piece, the housing assembly having a generally cylindrical outer surface engageable by a user to pivot the cutter about the axis of the work piece, the housing assembly further comprising a generally cylindrical outer wall and side walls defining an opening receiving the work piece, wherein the outer wall and the side walls cooperating to define a cavity in which the cutting wheel is at least partially supported; and characterized in that a grip portion being on the outer surface and including a plurality of grip members, each grip member including, relative to the cutting direction, a trailing surface and a leading surface extending from the outer surface, and the trailing surface of one or more grip members extends substantially radially from the generally cylindrical outer surface, and the leading surface of one or more grip members is angled toward the cutting direction; and in that at least one of the side walls defines a plurality of circumferentially-spaced openings configured to provide fluid communication between the cavity and an exterior of the cutter. a cutting wheel engageable with and operable to cut the work piece; and a housing assembly supporting the cutting wheel for movement about the axis of the work piece in a cutting direction to cut the work piece, the housing assembly having a generally cylindrical outer surface engageable by a user to pivot the cutter about the axis of the work piece, the housing assembly further comprising a generally cylindrical outer wall and side walls defining an opening receiving the work piece, wherein the outer wall and the side walls cooperating to define a cavity in which the cutting wheel is at least partially supported; and characterized in that a grip portion being on the outer surface and including a plurality of grip members, each grip member including, relative to the cutting direction, a trailing surface and a leading surface extending from the outer surface, and the trailing surface of one or more grip members extends substantially radially from the generally cylindrical outer surface, and the leading surface of one or more grip members is angled toward the cutting direction; and in that at least one of the side walls defines a plurality of circumferentially-spaced openings configured to provide fluid communication between the cavity and an exterior of the cutter.
An arabinose isomerase variant having an increased activity of converting D-galactose into D-tagatose, the arabinose isomerase variant having a substitution of an amino acid other than phenylalanine for an amino acid at position 275 and a substitution of proline for an amino acid at position 469 of an amino acid sequence set forth in SEQ ID NO: 1.
Tool for chipless production or reworking of a thread, in particular a ball screw thread, in or on a workpiece, in particular a thread cutter or thread former, comprising at least one forming region which can be rotated or rotates about a tool axis for chipless production or reworking of the thread, in particular an internal thread, wherein the forming region has a plurality of pressing studs (7, 7a, 7b, 7c) projecting radially outwards away from the tool axis for producing or reworking the thread by pressing the pressing studs (7, 7a, 7b, 7c) into the workpiece surface, wherein the pressing studs (7, 7a, 7b, 7c) are arranged in succession along a shaping curve spiraling around the tool axis, and whereby the gradient of the shaping curve corresponds to the gradient of the thread to be produced or reworked, wherein the shaping curve has a slope angle (α), and wherein a profile of at least one pressing stud (7, 7a, 7b, 7c) is at least in sections round-arched or ogival in an axial section containing the tool axis, wherein the pressing studs (7, 7a, 7b, 7c) are arranged in at least two pressing webs (9, 10), characterized in that one of the at least two pressing webs (9, 10) is a first pressing web and another is a second pressing web, wherein the second pressing web is longer along the shaping curve than the first pressing web or webs, wherein the second pressing web has a length of 1.5 - 2.5 times the swept angle θ than the shorter first pressing webs. wherein the forming region has a plurality of pressing studs (7, 7a, 7b, 7c) projecting radially outwards away from the tool axis for producing or reworking the thread by pressing the pressing studs (7, 7a, 7b, 7c) into the workpiece surface, wherein the pressing studs (7, 7a, 7b, 7c) are arranged in succession along a shaping curve spiraling around the tool axis, and whereby the gradient of the shaping curve corresponds to the gradient of the thread to be produced or reworked, wherein the shaping curve has a slope angle (α), and wherein a profile of at least one pressing stud (7, 7a, 7b, 7c) is at least in sections round-arched or ogival in an axial section containing the tool axis, wherein the pressing studs (7, 7a, 7b, 7c) are arranged in at least two pressing webs (9, 10), characterized in that one of the at least two pressing webs (9, 10) is a first pressing web and another is a second pressing web, wherein the second pressing web is longer along the shaping curve than the first pressing web or webs, wherein the second pressing web has a length of 1.5 - 2.5 times the swept angle θ than the shorter first pressing webs.
A nacelle for a turbofan propulsion system for an aircraft, the nacelle comprising: an inner fixed structure; a pressure relief assembly comprising: a latch mechanism comprising a pressure relief latch coupled to the inner fixed structure; a pressure relief door comprising a bracket, the pressure relief latch configured to hold the pressure relief door in a closed position; wherein: the pressure relief door comprises a hinge about which the pressure relief door opens when the pressure relief assembly is in use, the hinge is coupled to the inner fixed structure opposite the bracket, the bracket is placed on the pressure relief door, characterised in that, the latch mechanism is coupled to the pressure relief door by engaging the pressure relief latch to the bracket, fixing the pressure relief door in place, and the pressure relief latch is configured to automatically release radially outward in response to an increase in pressure on the pressure relief door. an inner fixed structure; a pressure relief assembly comprising: a latch mechanism comprising a pressure relief latch coupled to the inner fixed structure; a pressure relief door comprising a bracket, the pressure relief latch configured to hold the pressure relief door in a closed position; wherein: a latch mechanism comprising a pressure relief latch coupled to the inner fixed structure; a pressure relief door comprising a bracket, the pressure relief latch configured to hold the pressure relief door in a closed position; wherein: the pressure relief door comprises a hinge about which the pressure relief door opens when the pressure relief assembly is in use, the hinge is coupled to the inner fixed structure opposite the bracket, the bracket is placed on the pressure relief door, characterised in that, the latch mechanism is coupled to the pressure relief door by engaging the pressure relief latch to the bracket, fixing the pressure relief door in place, and the pressure relief latch is configured to automatically release radially outward in response to an increase in pressure on the pressure relief door.
An apparatus for transmitting pilots in a wireless communication system characterised by: means for determining an assignment of resources for transmission in a wireless communication system; wherein the assignment is for at least a first and a second consecutive H-ARQ interlace, wherein each of the first and second consecutive H-ARQ interlaces comprises at least a first frame; means for determining pilot placements in a frame of a H-ARQ interlace based on the assignment of resources, wherein different pilot placements are used for different assignments of resources; and wherein the placement of at least one pilot in a frame of the second H-ARQ interlace is further determined based on the placement of at least one pilot in said frame of the first H-ARQ interlace. means for determining an assignment of resources for transmission in a wireless communication system; wherein the assignment is for at least a first and a second consecutive H-ARQ interlace, wherein each of the first and second consecutive H-ARQ interlaces comprises at least a first frame; means for determining pilot placements in a frame of a H-ARQ interlace based on the assignment of resources, wherein different pilot placements are used for different assignments of resources; and wherein the placement of at least one pilot in a frame of the second H-ARQ interlace is further determined based on the placement of at least one pilot in said frame of the first H-ARQ interlace.
An image forming apparatus or a multifunctional peripheral, comprising: an electrically conductive frame configured to be grounded; a base fixed to the frame and having a contact (61, 62) that is electrically connected to the frame, an image forming unit; a print head; a holder that supports the print head; an electrically conductive urging member between the print head and the holder that urges the print head toward the image forming unit; and an electrically conductive arm that extends from the urging member and is integrally formed with the urging member, wherein the arm floats when the print head is separated from the image forming unit, and the arm contacts the contact (61, 62) and is electrically connected to the frame when the print head contacts the image forming unit. an electrically conductive frame configured to be grounded; a base fixed to the frame and having a contact (61, 62) that is electrically connected to the frame, an image forming unit; a print head; a holder that supports the print head; an electrically conductive urging member between the print head and the holder that urges the print head toward the image forming unit; and an electrically conductive arm that extends from the urging member and is integrally formed with the urging member, wherein the arm floats when the print head is separated from the image forming unit, and the arm contacts the contact (61, 62) and is electrically connected to the frame when the print head contacts the image forming unit.
A method for enabling a recording device with an adjustable recording bitrate to adapt to a predetermined writing speed of a storage device removably attached to the recording device, comprising: storing data recorded by the recording device at a selected recording bitrate in a data buffer coupled with the recording device; writing the recorded data from the data buffer into the storage device; monitoring a data amount of the recorded data in the data buffer; monitoring a trend of change in the data amount; determining whether the data amount of the recorded data in said data buffer has reached a predetermined threshold selected from a set of ascending thresholds reflecting ascending data amount changes of the data buffer; and in response to the data amount having reached the predetermined threshold and the trend of change in the data amount being an ascending change, adjusting the recording bitrate of the recording device, wherein said adjusting the recording bitrate of the recording device comprises reducing the recording bit rate. storing data recorded by the recording device at a selected recording bitrate in a data buffer coupled with the recording device; writing the recorded data from the data buffer into the storage device; monitoring a data amount of the recorded data in the data buffer; monitoring a trend of change in the data amount; determining whether the data amount of the recorded data in said data buffer has reached a predetermined threshold selected from a set of ascending thresholds reflecting ascending data amount changes of the data buffer; and in response to the data amount having reached the predetermined threshold and the trend of change in the data amount being an ascending change, adjusting the recording bitrate of the recording device, wherein said adjusting the recording bitrate of the recording device comprises reducing the recording bit rate.
An arrangement of marine-adaptation exchangers of a marine engine, comprising an engine block (10, 110) with inline cylinders or cylinders in a V, cooled by a cooling fluid FR, at least one turbocompressor (16, 116) with a hot chamber (16-1, 116-1) connected to a combustion-gas outlet (18, 118) and a cold chamber (16-2, 116-2) connected to the cylinders of the engine block, and an inverter (14, 114) comprising a casing and containing oil, characterised in that it comprises: - a hose (22, 122) supplying the cooling water ER, - a turbocompressor exchanger (20-1, 120-1), - an engine exchanger (20-2, 120-2), - an inverter exchanger (20-3, 120-3), - a hose (22-3, 122-3) for discharging this cooling water ER to an outlet of the combustion gases (18, 118), downstream of the hot chamber (16-1, 116G/D-1) of each of the at least one turbocompressor (16, 116), characterised in that, the three exchangers being arranged in this order and interposed in the direction of circulation of the water between the hose supplying the cooling water ER and the hose discharging this same cooling water. - a hose (22, 122) supplying the cooling water ER, - a turbocompressor exchanger (20-1, 120-1), - an engine exchanger (20-2, 120-2), - an inverter exchanger (20-3, 120-3), - a hose (22-3, 122-3) for discharging this cooling water ER to an outlet of the combustion gases (18, 118), downstream of the hot chamber (16-1, 116G/D-1) of each of the at least one turbocompressor (16, 116),