mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing alpha, beta unsaturated carboxylic acid monomers and unsaturated aldehyde monomers, the method comprising oxidizing one or more reactant gases in a fixed bed reactor in the presence of oxygen and a mixed metal oxide catalyst to form an oxidized gaseous mixture and, at any point in the oxidizing, feeding or flowing the one or more reactant gases or the oxidized gaseous mixture through an inert macroporous material that has a pore volume of from 0.2 cm 3 /g to 2.0 cm 3 /g, a surface area of from 0.01 to 0.6 m 2 /g, and wherein from 30 to 98 wt.% of the total pore volume in the inert macroporous material has a pore diameter of at least 100 μm.
Damper comprising: a) a housing, b) an inner tube arranged in the housing, c) a piston rod that plunges into the inner tube, d) a piston arranged on the end of the piston rod that plunges into the inner tube, which piston divides the inside of the inner tube into a lower chamber and an upper chamber, e) a first valve arrangement that is arranged on the piston and by means of which a working medium received in the inner tube can flow out of the lower chamber into the upper chamber and vice versa when the piston is moved in the inner tube, f) a second valve arrangement arranged on the upper end of the inner tube, g) a third valve arrangement arranged on the lower end of the inner tube, the second valve arrangement allowing the working medium received in the inner tube to flow out of the upper chamber only into the inside of the housing, which is used as a tank for the working medium, when the piston is moved in the inner tube, and the third valve arrangement allowing the working medium received in the inside of the housing, which is used as a tank, to flow out of the inside of the housing used as tank only into the lower chamber, when the piston is moved in the inner tube, characterised in that a hydraulic pump drive is arranged between a first connection element of the lower chamber of the inner tube and a second connection element on the upper chamber of the inner tube. a) a housing, b) an inner tube arranged in the housing, c) a piston rod that plunges into the inner tube, d) a piston arranged on the end of the piston rod that plunges into the inner tube, which piston divides the inside of the inner tube into a lower chamber and an upper chamber, e) a first valve arrangement that is arranged on the piston and by means of which a working medium received in the inner tube can flow out of the lower chamber into the upper chamber and vice versa when the piston is moved in the inner tube, f) a second valve arrangement arranged on the upper end of the inner tube, g) a third valve arrangement arranged on the lower end of the inner tube,
A computer implemented method for scene visualization, comprising: sending from a client a visualization description of a three-dimensional scene to at least one server, wherein the visualization description comprises position and orientation parameters of the three-dimensional scene and the position parameters indicate a view position and the orientation parameters indicate a view orientation in respect of the three-dimensional scene; receiving at the client from the at least one server at least one series of two-dimensional image layers (d 0, d 1, d 2) according to the visualization description, wherein each two-dimensional image layer (d 0, d 1, d 2) is a representation of a corresponding spatial portion (Ω 0, Ω 1, Ω 2) of the three-dimensional scene, the at least one series corresponding to the position and orientation parameters, and wherein a front layer of the series includes a projection of objects closest to the view position and a back layer of the series includes the projection of the farest objects; calculating at the client the three-dimensional scene by composing the two-dimensional image layers (d 0, d 1, d 2) of the at least one series and, if required, by adjusting the two-dimensional image layers to a specific position and orientation; and displaying the calculated three-dimensional scene at the client. sending from a client a visualization description of a three-dimensional scene to at least one server, wherein the visualization description comprises position and orientation parameters of the three-dimensional scene and the position parameters indicate a view position and the orientation parameters indicate a view orientation in respect of the three-dimensional scene; receiving at the client from the at least one server at least one series of two-dimensional image layers (d 0, d 1, d 2) according to the visualization description, wherein each two-dimensional image layer (d 0, d 1, d 2) is a representation of a corresponding spatial portion (Ω 0, Ω 1, Ω 2) of the three-dimensional scene, the at least one series corresponding to the position and orientation parameters, and wherein a front layer of the series includes a projection of objects closest to the view position and a back layer of the series includes the projection of the farest objects; calculating at the client the three-dimensional scene by composing the two-dimensional image layers (d 0, d 1, d 2) of the at least one series and, if required, by adjusting the two-dimensional image layers to a specific position and orientation; and displaying the calculated three-dimensional scene at the client.
A method in a terminal of operating an input area which is output on a screen of a display unit, the method comprising: displaying on the screen, in response to receiving a user request for activating the input area, a first keypad including a first key map area having keys and being displayed biased towards a first direction relative to a center of the display unit, and a first change item indicating a moving direction towards a second direction opposite the first direction; when a signal for inputting the first change item is received, removing the first keypad and the first change item from the screen and displaying a second keypad disposed in at least a portion of the screen from which the first change item is removed, wherein the second keypad includes a second key map area having the same keys as the first key map area and being displayed biased towards the second direction; and displaying a second change item indicating a moving direction towards the first direction, wherein a disposition of the first keypad is different from a disposition of the second keypad. displaying on the screen, in response to receiving a user request for activating the input area, a first keypad including a first key map area having keys and being displayed biased towards a first direction relative to a center of the display unit, and a first change item indicating a moving direction towards a second direction opposite the first direction; when a signal for inputting the first change item is received, removing the first keypad and the first change item from the screen and displaying a second keypad disposed in at least a portion of the screen from which the first change item is removed, wherein the second keypad includes a second key map area having the same keys as the first key map area and being displayed biased towards the second direction; and displaying a second change item indicating a moving direction towards the first direction, wherein a disposition of the first keypad is different from a disposition of the second keypad.
A method of remedial cementing in a subterranean formation comprising: providing a lightweight settable composition, wherein said composition is free of Portland cement and comprises pumice, a calcium activator, and water, and, either (i) metakaolin in an amount of 40% to 100% by weight of the pumice, or (ii) shale in an amount of 40% to 100% by weight of the pumice and zeolite in an amount of 40% to 100% by weight of the pumice, and wherein the lightweight settable composition has a density of less than 1618 kilograms per cubic metre (13.5 pounds per gallon); and using the lightweight settable composition in a remedial cementing method to seal one or more voids in a well bore. providing a lightweight settable composition, wherein said composition is free of Portland cement and comprises pumice, a calcium activator, and water, and, either (i) metakaolin in an amount of 40% to 100% by weight of the pumice, or (ii) shale in an amount of 40% to 100% by weight of the pumice and zeolite in an amount of 40% to 100% by weight of the pumice, and wherein the lightweight settable composition has a density of less than 1618 kilograms per cubic metre (13.5 pounds per gallon); and using the lightweight settable composition in a remedial cementing method to seal one or more voids in a well bore.
A bicycle control device capable of being mounted on a handlebar of a bicycle and capable of controlling a braking device and a shifting device, the bicycle control device comprising: a housing member having a grip part extending in a longitudinal direction between a first end and a second end, and an attachment part capable of being attached to the handlebar, the attachment part being provided on the first end side of the grip part; a control lever member (22; 122; 522; 622) capable of pivoting with respect to the housing member; a shift-operating mechanism (23; 123) provided in the housing member and adapted for controlling a control cable capable of being coupled to the shifting device; and a hydraulic pressure-generating part for controlling the braking device, the hydraulic pressure-generating part having a cylinder provided in the housing member and disposed closer to the second end side of the grip part than the shift-operating mechanism (23; 123), a piston (31; 731) operated by a control lever member and capable of moving within the cylinder, a reservoir communicating with the cylinder characterized in that the reservoir is provided in the grip part spaced apart from and aligned with the cylinder in a left-to-right direction intersecting the longitudinal direction. a housing member having a grip part extending in a longitudinal direction between a first end and a second end, and an attachment part capable of being attached to the handlebar, the attachment part being provided on the first end side of the grip part; a control lever member (22; 122; 522; 622) capable of pivoting with respect to the housing member; a shift-operating mechanism (23; 123) provided in the housing member and adapted for controlling a control cable capable of being coupled to the shifting device; and a hydraulic pressure-generating part for controlling the braking device, the hydraulic pressure-generating part having a cylinder provided in the housing member and disposed closer to the second end side of the grip part than the shift-operating mechanism (23; 123), a piston (31; 731) operated by a control lever member and capable of moving within the cylinder, a reservoir communicating with the cylinder characterized in that the reservoir is provided in the grip part spaced apart from and aligned with the cylinder in a left-to-right direction intersecting the longitudinal direction.
A route detection method, wherein the method comprises: establishing, by a first network device, a first Border Gateway Protocol Monitoring Protocol, BMP, session with a second network device, and establishing, by the first network device, a second BMP session with a third network device; receiving, by the first network device by using the first BMP session, a first Border Gateway Protocol, BGP, route set sent by the second network device, wherein the first BGP route set comprises one or more BGP routes sent by the second network device to the third network device, and the one or more BGP routes are stored in an Adjacency-routing information base-output, Adj-RIB-Out, of the second network device, and a BGP peering session has been established between the third network device and the second network device; receiving, by the first network device by using the second BMP session, a second BGP route set sent by the third network device, wherein the second BGP route set comprises one or more BGP routes received by the third network device from the second network device, and the one or more BGP routes are stored in an Adjacency-routing information base-input, Adj-RIB-In, of the third network device; and when the first network device detects that the second BGP route set comprises a first BGP route but the first BGP route set does not comprise the first BGP route, determining, by the first network device, the first BGP route as an unavailable route. establishing, by a first network device, a first Border Gateway Protocol Monitoring Protocol, BMP, session with a second network device, and establishing, by the first network device, a second BMP session with a third network device; receiving, by the first network device by using the first BMP session, a first Border Gateway Protocol, BGP, route set sent by the second network device, wherein the first BGP route set comprises one or more BGP routes sent by the second network device to the third network device, and the one or more BGP routes are stored in an Adjacency-routing information base-output, Adj-RIB-Out, of the second network device, and a BGP peering session has been established between the third network device and the second network device; receiving, by the first network device by using the second BMP session, a second BGP route set sent by the third network device, wherein the second BGP route set comprises one or more BGP routes received by the third network device from the second network device, and the one or more BGP routes are stored in an Adjacency-routing information base-input, Adj-RIB-In, of the third network device; and when the first network device detects that the second BGP route set comprises a first BGP route but the first BGP route set does not comprise the first BGP route, determining, by the first network device, the first BGP route as an unavailable route.
A circular filter element, in particular for a filter unit of an air supply system of an internal combustion engine, - comprising a circular filter body made from a pleated web material, - comprising at least one end plate (3, 4) that axially delimits the filter body, - wherein end pleats (5, 6), which are adjacent to each other in the circumferential direction, are directly or indirectly connected to each other for forming a connection region suitable for the rotary position orientation of the filter element, characterised in that - in the connection region, a longitudinal groove that opens radially outwards or radially inwards is formed, - at least one such end plate (3, 4) has a recess that is complementary to the longitudinal groove. - comprising a circular filter body made from a pleated web material, - comprising at least one end plate (3, 4) that axially delimits the filter body, - wherein end pleats (5, 6), which are adjacent to each other in the circumferential direction, are directly or indirectly connected to each other for forming a connection region suitable for the rotary position orientation of the filter element, - in the connection region, a longitudinal groove that opens radially outwards or radially inwards is formed, - at least one such end plate (3, 4) has a recess that is complementary to the longitudinal groove.
A therapeutic delivery exosome comprising attached to its membrane a polypeptide construct, wherein the polypeptide construct comprises at least one carrier polypeptide fused to at least one therapeutic polypeptide decoy receptor present at least partially on the outside of the delivery exosome and wherein the at least one therapeutic polypeptide decoy receptor is signalling-incompetent.
A method for manufacturing a reference electrode, wherein the reference electrode comprises a chamber that includes a cavity and a reference electrolyte, wherein part of the wall of the chamber is made from porous material for bringing the reference electrode into contact with a measuring medium, and wherein the cavity contains a gas that is at a pressure of ≥ 4 bar, characterised in that, for generating the positive pressure in the reference electrode, a gas is introduced into the cavity through the porous material of the wall.
Motorbike or motor scooter or snowmobile having a luggage fastening device for fastening an item of luggage to the respective motorbike or motor scooter or snowmobile, wherein the luggage fastening device comprises at least one tensioning element which, in an operating position, is configured to at least partially engage around the item of luggage, and the at least one tensioning element is connected by a first end to a stowage device and has a free second end which is configured for releasable connection to a retaining portion of the respective motorbike or motor scooter or snowmobile, characterized in that the stowage device is configured for the selective take-up and removal of at least one portion of the at least one tensioning element, wherein the stowage device is arranged below a seat.
A bioreactor chamber assembly comprising: a chamber (100,200,300,400,500,600) comprising a plurality of modules (130,140,150;210,230,250,260;310,370;411,471;610,670,671) arranged to be coupled together to form the chamber (100,200,300,400,500,600), wherein respective modules (130,140,150;210,230,250,260;310,370;411,471;610,670,671) are provided with one or more respective complementary formations (180,181,185,186;117,118,137,138) arranged whereby the modules (130,140,150;210,230,250,260;310,370;411,471;610,670,671) are configured to be coupled to one another, the complementary formations (180,181,185,186;117,118,137,138) comprising a resiliently deformable material and configured to form a liquid-tight seal between the respective formations (180,181,185,186;117,118,137,138) without a requirement for a separate seal element characterised by one or more membranes (101,201,202,401,402,601) provided between at least two of the plurality of modules (130,140,150;210,230,250,260;310,370;411,471;610, 670,671) and within the chamber (100,200,300,400,500,600), to partition the chamber (100,200,300,400,500,600) into a plurality of fluid reservoirs (216,256,266;416,456,476), and at least one module (140,150,210,260,310,370,450,610,670) of the chamber (100,200,300,400,500,600) having a fluid inlet aperture (142,152,212,252,262,452,612) and a fluid outlet aperture (144,154,214,254,264,454,614), and arranged for establishing fluid flow through a reservoir (216,256,266;416,456,476). a chamber (100,200,300,400,500,600) comprising a plurality of modules (130,140,150;210,230,250,260;310,370;411,471;610,670,671) arranged to be coupled together to form the chamber (100,200,300,400,500,600), wherein respective modules (130,140,150;210,230,250,260;310,370;411,471;610,670,671) are provided with one or more respective complementary formations (180,181,185,186;117,118,137,138) arranged whereby the modules (130,140,150;210,230,250,260;310,370;411,471;610,670,671) are configured to be coupled to one another, the complementary formations (180,181,185,186;117,118,137,138) comprising a resiliently deformable material and configured to form a liquid-tight seal between the respective formations (180,181,185,186;117,118,137,138) without a requirement for a separate seal element characterised by one or more membranes (101,201,202,401,402,601) provided between at least two of the plurality of modules (130,140,150;210,230,250,260;310,370;411,471;610, 670,671) and within the chamber (100,200,300,400,500,600), to partition the chamber (100,200,300,400,500,600) into a plurality of fluid reservoirs (216,256,266;416,456,476), and at least one module (140,150,210,260,310,370,450,610,670) of the chamber (100,200,300,400,500,600) having a fluid inlet aperture (142,152,212,252,262,452,612) and a fluid outlet aperture (144,154,214,254,264,454,614), and arranged for establishing fluid flow through a reservoir (216,256,266;416,456,476).
A liquid ejecting apparatus comprising: a liquid ejecting head configured to perform a printing by ejecting liquid onto a medium from a nozzle; a wiping portion configured to wipe the liquid ejecting head by moving relative to the liquid ejecting head; a maintenance unit configured to perform a maintenance to forcibly discharge the liquid from the nozzle; and a preprocessing device disposed on an upstream side of the liquid ejecting head in a transport direction of the medium and configured to perform a preprocessing on the medium before the printing is performed, characterised in that: when the wiping portion and the liquid ejecting head are separated from each other in a wiping state in which the liquid is not forcibly discharged from the nozzle, the wiping portion is displaced in a direction away from the preprocessing device so as to move from a first position to a second position, the second position being downstream in the transport direction relative to the first position. a liquid ejecting head configured to perform a printing by ejecting liquid onto a medium from a nozzle; a wiping portion configured to wipe the liquid ejecting head by moving relative to the liquid ejecting head; a maintenance unit configured to perform a maintenance to forcibly discharge the liquid from the nozzle; and a preprocessing device disposed on an upstream side of the liquid ejecting head in a transport direction of the medium and configured to perform a preprocessing on the medium before the printing is performed, characterised in that: when the wiping portion and the liquid ejecting head are separated from each other in a wiping state in which the liquid is not forcibly discharged from the nozzle, the wiping portion is displaced in a direction away from the preprocessing device so as to move from a first position to a second position, the second position being downstream in the transport direction relative to the first position.
A user equipment comprising: means for receiving a handover command from a source base station, wherein the handover command includes a radio resource control container from a target base station, wherein the radio resource control container comprises information regarding a coverage enhancement level dependent set of physical random access channel resources for a coverage enhancement level decided for the user equipment; and means for transmitting a physical random access channel preamble to the target base station based, at least partially, upon said information, means for receiving a handover command from a source base station, wherein the handover command includes a radio resource control container from a target base station, wherein the radio resource control container comprises information regarding a coverage enhancement level dependent set of physical random access channel resources for a coverage enhancement level decided for the user equipment; and means for transmitting a physical random access channel preamble to the target base station based, at least partially, upon said information,