mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: an escrow wheel configured to rotate about an axis ; and a movable-continuous belt wrapped partially around the escrow wheel forming an open gap between the belt and escrow wheel, wherein the open gap is configured to allow the movable-continuous belt to transport a document through the open gap and to store the document by holding the document between the movable-continuous belt and the escrow wheel ; a plurality of belt wheels (208A-208F) mounted around the escrow wheel, wherein, when the movable-continuous belt rotates, the plurality of belt wheels (208A-208F) rotate in a same direction and causes the escrow wheel to rotate in a direction opposite to the plurality of belt wheels (208A-208F); a housing and an upper-receiving plate rigidly mounted to the housing; a document-guide plate , wherein the document-guide plate , the upper-receiving plate , at least one of the plurality of belt wheels (208A-208F) and the movable-continuous belt are configured to transport the document between the upper-receiving plate and the document-guide plate and then onto the escrow wheel ; a swing arm , wherein one of the plurality of belt wheels is a first swing arm belt wheel , wherein one of the plurality of belt wheels is a second swing-arm belt wheel , wherein the swing arm is rotatable about an axis of the first swing-arm belt wheel , and wherein the swing arm and the document-guide plate is rotatable about an axis of the second swing-arm belt wheel . an escrow wheel configured to rotate about an axis ; and a movable-continuous belt wrapped partially around the escrow wheel forming an open gap between the belt and escrow wheel, wherein the open gap is configured to allow the movable-continuous belt to transport a document through the open gap and to store the document by holding the document between the movable-continuous belt and the escrow wheel ; a plurality of belt wheels (208A-208F) mounted around the escrow wheel, wherein, when the movable-continuous belt rotates, the plurality of belt wheels (208A-208F) rotate in a same direction and causes the escrow wheel to rotate in a direction opposite to the plurality of belt wheels (208A-208F); a housing and an upper-receiving plate rigidly mounted to the housing; a document-guide plate , wherein the document-guide plate , the upper-receiving plate , at least one of the plurality of belt wheels (208A-208F) and the movable-continuous belt are configured to transport the document between the upper-receiving plate and the document-guide plate and then onto the escrow wheel ; a swing arm , wherein one of the plurality of belt wheels is a first swing arm belt wheel , wherein one of the plurality of belt wheels is a second swing-arm belt wheel , wherein the swing arm is rotatable about an axis of the first swing-arm belt wheel , and wherein the swing arm and the document-guide plate is rotatable about an axis of the second swing-arm belt wheel .
An active clearance control manifold assembly comprising: multiple arcuate manifold segments each having multiple circumferential channels axially spaced apart from one another, the circumferential channels including cooling holes facing radially inward; and a tube at least partially circumscribing and fluidly interconnecting the manifold segments , wherein each manifold segment includes a manifold portion extending axially, wherein each manifold segment includes inner and outer supply conduit portions joined to one another, at least one of the inner and outer supply conduit portions including a recess providing a corresponding one of the multiple circumferential channels , wherein the manifold portion includes an outer enclosure , and the inner and outer supply conduit portions and the outer enclosure are provided by sheet metal structures, characterised in that : the manifold portion includes an inner enclosure provided by a sheet metal structure, the inner and outer enclosures are respectively secured to the inner and outer supply conduit portions to create a cavity that fluidly supplies the circumferential channels , at least one of the inner and outer supply conduit portions includes a notch that provides an inlet to the circumferential channels , and the manifold portion is arranged over the notch . multiple arcuate manifold segments each having multiple circumferential channels axially spaced apart from one another, the circumferential channels including cooling holes facing radially inward; and a tube at least partially circumscribing and fluidly interconnecting the manifold segments , wherein each manifold segment includes a manifold portion extending axially, wherein each manifold segment includes inner and outer supply conduit portions joined to one another, at least one of the inner and outer supply conduit portions including a recess providing a corresponding one of the multiple circumferential channels , wherein the manifold portion includes an outer enclosure , and the inner and outer supply conduit portions and the outer enclosure are provided by sheet metal structures,
A liquid surfactant composition containing, based on the total weight of the composition, a) a total amount of from 2.0 to 8.5 wt.% C 9 -C 20 alkyl benzene sulfonate, and b) a total amount of from 10.0 to 18.0 wt.% R 1 -O-(CH 2 CH 2 O) n -SO 3 M, where R 1 represents a C 12-18 alkyl group, n represents a number from 2 to 3 and M represents a monovalent cation, and c) a total amount of from 1.0 to 6.0 wt.% R 2 -O-(CH 2 CH 2 O)m-SO 3 M', where R 2 represents a C 12-18 alkyl group, m represents a number from 7 to 8 and M' represents a monovalent cation, and d) a total amount of from 2.0 to 10.0 wt.% non-ionic surfactant, and e) water, and f) at least one enzyme. a) a total amount of from 2.0 to 8.5 wt.% C 9 -C 20 alkyl benzene sulfonate, and b) a total amount of from 10.0 to 18.0 wt.% R 1 -O-(CH 2 CH 2 O) n -SO 3 M, where R 1 represents a C 12-18 alkyl group, n represents a number from 2 to 3 and M represents a monovalent cation, and c) a total amount of from 1.0 to 6.0 wt.% R 2 -O-(CH 2 CH 2 O)m-SO 3 M', where R 2 represents a C 12-18 alkyl group, m represents a number from 7 to 8 and M' represents a monovalent cation, and d) a total amount of from 2.0 to 10.0 wt.% non-ionic surfactant, and e) water, and f) at least one enzyme.
A tubular handling assembly for use with a top drive, comprising: a mandrel coupled to the top drive; an actuator (160;260) for moving gripping elements (155;255) between a tubular gripping position and a tubular releasing position; a tubular engagement member for engaging a tubular; a clamping indicator (171;271) coupled to the gripping elements for indicating a position of the gripping elements; and a coupling indicator (172;272) coupled to the tubular engagement member for indicating a position of the tubular; characterised in that the coupling indicator includes an elongated member longitudinally moveable in the direction of elongation and having tapered portions along a body thereof and a sensor (175;275), the sensor configured to detect a position of the elongated member and configured to send a signal indicating contact between the tubular engagement member and a coupling of the tubular. a mandrel coupled to the top drive; an actuator (160;260) for moving gripping elements (155;255) between a tubular gripping position and a tubular releasing position; a tubular engagement member for engaging a tubular; a clamping indicator (171;271) coupled to the gripping elements for indicating a position of the gripping elements; and a coupling indicator (172;272) coupled to the tubular engagement member for indicating a position of the tubular; characterised in that the coupling indicator includes an elongated member longitudinally moveable in the direction of elongation and having tapered portions along a body thereof and a sensor (175;275), the sensor configured to detect a position of the elongated member and configured to send a signal indicating contact between the tubular engagement member and a coupling of the tubular.
A method of manufacturing a wheel hub, the method comprising: bending a sheet of material into a plurality of precursor elements that repeat along a predetermined direction; attaching the sheet from the bending to an annular member having axial, radial, and circumferential directions such that the precursor elements repeat along the circumferential direction; and cutting each precursor element along the axial direction so as divide each precursor element into pairs of opposing fingers and create a plurality of channels extending along the axial direction. bending a sheet of material into a plurality of precursor elements that repeat along a predetermined direction; attaching the sheet from the bending to an annular member having axial, radial, and circumferential directions such that the precursor elements repeat along the circumferential direction; and cutting each precursor element along the axial direction so as divide each precursor element into pairs of opposing fingers and create a plurality of channels extending along the axial direction.
Base station for cleaning and/or emptying a suction dust compartment of a first vacuum cleaner , which base station comprises a fan, a base dust chamber , a first air inlet connected in terms of flow to the base dust chamber and a first air outlet connected in terms of flow to the base dust chamber , it being possible to connect the air inlet to an air channel of the first vacuum cleaner such that suction material contained in the suction dust compartment of the first vacuum cleaner can be conveyed into the base dust chamber by means of the fan, characterised in that the base station additionally comprises at least one interface , which interface comprises a closable second air inlet which is connected in terms of flow to the base dust chamber , by means of which second air inlet suction material contained in a suction dust compartment of a second vacuum cleaner can be conveyed into the base dust chamber .
Support structure for a seat back of a vehicle seat or a rear seat of a motor vehicle, comprising a frame-shaped metal support structure and a plane nonwoven fiber fleece support structure , wherein the frame-shaped metal support structure is at least substantially composed of metal slats or metal profiles and comprises at least one thermoplastically bound, plane nonwoven fiber fleece formed component disposed on a side of the frame-shaped metal support structure and spanning the metal support structure on this side, which is composed of structure-forming fibers, in particular glass fibers, and a matrix-forming binding agent, in particular polyurethane (PU) or thermoplastically deformable fibers, preferably polypropylene fibers, and forms the plane nonwoven fiber fleece support structure or is part of the plane nonwoven fiber fleece support structure , wherein the at least one thermoplastically bound, plane nonwoven fiber fleece formed component is a plane nonwoven fiber fleece formed component thermally compression-molded from a nonwoven fiber fleece, in particular a nonwoven glass fiber fleece, produced by carding, cross-lapping and pinning a fiber amount and mixture, which plane nonwoven fiber fleece formed component forms the nonwoven fiber fleece support structure or a part of the nonwoven fiber fleece support structure and which is, in a way spanning the metal support structure , joined by material bonded engagement, in particular adhered, to respectively one outer side or outer surface of each of the metal slats or metal profiles spanning the frame-shaped metal support structure , wherein the nonwoven fiber fleece formed component and/or the nonwoven fiber fleece support structure comprising the nonwoven fiber fleece formed component , a second plane nonwoven fiber fleece formed component and a honeycombed paper structure has/have a rigidity of 6 N/mm to 8 N/mm expressed as a thickness-related elastic modulus.
A piezoelectric element comprising: a pair of electrodes ; and an intermediate layer having deformability, arranged between the pair of electrodes, and characterized in that the intermediate layer contains, as a material, a silicon compound having an unpaired electron, and wherein the intermediate layer has rubber elasticity. a pair of electrodes ; and an intermediate layer having deformability, arranged between the pair of electrodes, and characterized in that the intermediate layer contains, as a material, a silicon compound having an unpaired electron, and wherein the intermediate layer has rubber elasticity.
A water current power generation structure comprising: a power generation unit including a main body, a mounting portion which extends from the main body and which defines a mounting axis (M); a support structure adapted for engagement with a bed of a body of water, and including a support housing ; wherein the structure further comprises a yaw mechanism for rotating the power generation unit relative to the support structure, the mechanism comprising: a pinion mounted within the mounting portion ; and being characterised by a gear selectively engageable with the support housing and arranged to engage the pinion via a gear surface to rotate the power generation unit about the mounting axis (M) relative to the support structure ; and a selective engagement mechanism for selectively engaging the yaw mechanism ; wherein the selective engagement mechanism provides mechanical or frictional engagement between the gear and the support housing . a power generation unit including a main body, a mounting portion which extends from the main body and which defines a mounting axis (M); a support structure adapted for engagement with a bed of a body of water, and including a support housing ; wherein the structure further comprises a yaw mechanism for rotating the power generation unit relative to the support structure, the mechanism comprising: a pinion mounted within the mounting portion ; and being characterised by a gear selectively engageable with the support housing and arranged to engage the pinion via a gear surface to rotate the power generation unit about the mounting axis (M) relative to the support structure ; and a selective engagement mechanism for selectively engaging the yaw mechanism ; wherein the selective engagement mechanism provides mechanical or frictional engagement between the gear and the support housing . a pinion mounted within the mounting portion ; and being characterised by a gear selectively engageable with the support housing and arranged to engage the pinion via a gear surface to rotate the power generation unit about the mounting axis (M) relative to the support structure ; and a selective engagement mechanism for selectively engaging the yaw mechanism ; wherein the selective engagement mechanism provides mechanical or frictional engagement between the gear and the support housing .
Electrical switchgear incorporating a device for recognizing an arcing fault, wherein the sensor of the device detects the light within the electrical switchgear , characterized by a device for recognizing an arcing fault in incident light, comprising - a sensor for detecting absorption lines of the incident light; and - an evaluation unit which generates an evaluation signal when characteristic absorption lines are present, wherein the evaluation signal initiates countermeasures for the reduction and/or for the clearance of the arcing fault. - a sensor for detecting absorption lines of the incident light; and - an evaluation unit which generates an evaluation signal when characteristic absorption lines are present,
A method of treating gas from a shale oil processing facility comprising: - treating oil shale (OS) in an oil shale retort (RT) process to produce shale oil (SO) and retort-off gas (RG) streams; - treating (GS) the retort-off gas (RG) stream to remove impurities and to produce a treated retort-off gas (TG) stream, said treating (GS) comprising -- shift conversion to carbon dioxide (CO 2 ), -- acid gas removal of carbon dioxide (CO 2 ) and/or of sulfur components, and -- hydrogenation of unsaturated hydrocarbons; - feeding the treated retort-off gas (TG) stream to a steam reformer (SR) to produce hydrogen (HY); - feeding the hydrogen (HY) to a shale oil refining and upgrading (RU) process; and - treating the shale oil (SO) stream from the oil shale retort (RT) process in the shale oil refining and upgrading (RU) process to convert the shale oil (SO) to at least one fuel (F) and/or to at least one chemical (C). - treating oil shale (OS) in an oil shale retort (RT) process to produce shale oil (SO) and retort-off gas (RG) streams; - treating (GS) the retort-off gas (RG) stream to remove impurities and to produce a treated retort-off gas (TG) stream, said treating (GS) comprising -- shift conversion to carbon dioxide (CO 2 ), -- acid gas removal of carbon dioxide (CO 2 ) and/or of sulfur components, and -- hydrogenation of unsaturated hydrocarbons; -- shift conversion to carbon dioxide (CO 2 ), -- acid gas removal of carbon dioxide (CO 2 ) and/or of sulfur components, and -- hydrogenation of unsaturated hydrocarbons; - feeding the treated retort-off gas (TG) stream to a steam reformer (SR) to produce hydrogen (HY); - feeding the hydrogen (HY) to a shale oil refining and upgrading (RU) process; and - treating the shale oil (SO) stream from the oil shale retort (RT) process in the shale oil refining and upgrading (RU) process to convert the shale oil (SO) to at least one fuel (F) and/or to at least one chemical (C).
A method comprising: capturing by an analysis engine a web request for a web application and one or more database queries triggered in response to the web request during runtime; checking by the analysis engine if the captured web request matches a valid web request in a table of valid web requests for the web application; if the captured web request matches a valid web request, checking if each captured database query triggered in response to the web request matches a valid database query mapped to the valid web request in the table; then communicating by the analysis engine to a validation engine attack status if at least one captured database query does not match a valid database query mapped to the valid web request; and declaring by the validation engine an injection attack in response to receiving the attack status. capturing by an analysis engine a web request for a web application and one or more database queries triggered in response to the web request during runtime; checking by the analysis engine if the captured web request matches a valid web request in a table of valid web requests for the web application; if the captured web request matches a valid web request, checking if each captured database query triggered in response to the web request matches a valid database query mapped to the valid web request in the table; then communicating by the analysis engine to a validation engine attack status if at least one captured database query does not match a valid database query mapped to the valid web request; and declaring by the validation engine an injection attack in response to receiving the attack status.
Sliding element for a shoe sole, in particular of a sports shoe, comprising: a. an upper sliding surface ; b. a lower sliding surface , wherein c. the lower sliding surface is arranged below the upper sliding surface such as to be slideable in two horizontal dimensions, wherein d. the upper and the lower sliding surfaces are provided as the lower side and the upper side of two similarly shaped sliding plates . a. an upper sliding surface ; b. a lower sliding surface , wherein c. the lower sliding surface is arranged below the upper sliding surface such as to be slideable in two horizontal dimensions, wherein d. the upper and the lower sliding surfaces are provided as the lower side and the upper side of two similarly shaped sliding plates .
Compound of general formula (A) or of general formula (B): wherein: - R1 is an alkyl radical or a phenyl radical optionally substituted with one or more C 1 -C 3 alkyl groups; - R2 is a linear or branched C 1 -C 6 alkyl radical; - R3 is a linear or branched C 1 -C 6 alkyl radical; - m = 0, 1 or 2; - n = 0, 1, 2, 3 or 4; - 2X Θ indicates two pharmaceutically acceptable monovalent anions or a pharmaceutically acceptable bivalent anion. - R1 is an alkyl radical or a phenyl radical optionally substituted with one or more C 1 -C 3 alkyl groups; - R2 is a linear or branched C 1 -C 6 alkyl radical; - R3 is a linear or branched C 1 -C 6 alkyl radical; - m = 0, 1 or 2; - n = 0, 1, 2, 3 or 4; - 2X Θ indicates two pharmaceutically acceptable monovalent anions or a pharmaceutically acceptable bivalent anion.
A method of operating a gas turbine engine , the method comprising: driving a compressor to supply pressurized gas to a combustor of the gas turbine engine ; supplying fuel to the combustor of the gas turbine engine via a first manifold and a second manifold during a first mode of operation; stopping fuel supply to the combustor via the second manifold and continuing to supply fuel to the combustor via the first manifold during a second mode of operation; and after stopping fuel supply to the combustor via the second manifold , using the pressurized gas inside the combustor to drive fuel in the second manifold upstream and purge the second manifold of fuel ; supplying fuel to the first manifold while receiving fuel purged from the second manifold into a reservoir , wherein: purging the second manifold comprises suctioning fuel from the second manifold to purge the second manifold of fuel by a piston configured to move between a first position and a second position; movement of the piston toward the first position suctions fuel from the second manifold and movement of the piston toward the second position returns fuel to the second manifold ; and the piston is biased toward the first position by a spring. driving a compressor to supply pressurized gas to a combustor of the gas turbine engine ; supplying fuel to the combustor of the gas turbine engine via a first manifold and a second manifold during a first mode of operation; stopping fuel supply to the combustor via the second manifold and continuing to supply fuel to the combustor via the first manifold during a second mode of operation; and after stopping fuel supply to the combustor via the second manifold , using the pressurized gas inside the combustor to drive fuel in the second manifold upstream and purge the second manifold of fuel ; supplying fuel to the first manifold while receiving fuel purged from the second manifold into a reservoir , purging the second manifold comprises suctioning fuel from the second manifold to purge the second manifold of fuel by a piston configured to move between a first position and a second position; movement of the piston toward the first position suctions fuel from the second manifold and movement of the piston toward the second position returns fuel to the second manifold ; and the piston is biased toward the first position by a spring.
A method of making high-weight esters, comprising: providing a starting feedstock comprising esters of fatty acids having a hydrocarbon length from C10 to C15 and an unsaturated C-C bond at the C9 position; and cross-metathesizing the starting feedstock with 1-octadecene in the presence of a metathesis catalyst, thereby forming a metathesized product comprising high-weight esters having hydrocarbon chain lengths greater than C18, wherein at least a portion of the hydrocarbon chain lengths in the metathesized product are larger than the hydrocarbon chain lengths in the starting feedstock. providing a starting feedstock comprising esters of fatty acids having a hydrocarbon length from C10 to C15 and an unsaturated C-C bond at the C9 position; and cross-metathesizing the starting feedstock with 1-octadecene in the presence of a metathesis catalyst, thereby forming a metathesized product comprising high-weight esters having hydrocarbon chain lengths greater than C18, wherein at least a portion of the hydrocarbon chain lengths in the metathesized product are larger than the hydrocarbon chain lengths in the starting feedstock.