mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing an aromatic polyamine mixture comprising 4,4'-methylenedi(phenylamine) and higher homologues of methylenedi(phenylamine) by (i) reaction of aniline with formaldehyde by means of an acid catalyst to form a crude product mixture, where (i) is carried out in a plant which comprises a mixing zone (a), a condensation zone (b), a rearrangement zone (c) and optionally an after-reaction zone (d); (ii) neutralization of the crude product mixture obtained in (i) and removal of the salts formed; (iii) separation of aniline from the crude product mixture obtained in (ii) and optionally recirculation of the aniline to the mixing zone (a); then (iv) distillation of the crude product mixture obtained in (iii) so as to separate off (iv-1) a mixture consisting of methylene-di(phenylamine) isomers (II-1) and secondary components (II-2) which are different therefrom, where, based on (II-1), the proportion of 4,4'-methylenedi(phenylamine) is from 8 to 20% by weight and, based on, the proportion of secondary components (II-2) is not more than 0.3% by weight, and (iv-2) a low boiler mixture which consists of secondary components (II-2) and methylene-di(phenylamine) isomers (II-1) and in which the proportion of the secondary components (II-2) is at least 55% by weight; and (v) recirculation of the mixture to one of the zones (a) to (d). (i) reaction of aniline with formaldehyde by means of an acid catalyst to form a crude product mixture, where (i) is carried out in a plant which comprises a mixing zone (a), a condensation zone (b), a rearrangement zone (c) and optionally an after-reaction zone (d); (ii) neutralization of the crude product mixture obtained in (i) and removal of the salts formed; (iii) separation of aniline from the crude product mixture obtained in (ii) and optionally recirculation of the aniline to the mixing zone (a); then (iv) distillation of the crude product mixture obtained in (iii) so as to separate off (iv-1) a mixture consisting of methylene-di(phenylamine) isomers (II-1) and secondary components (II-2) which are different therefrom, where, based on (II-1), the proportion of 4,4'-methylenedi(phenylamine) is from 8 to 20% by weight and, based on, the proportion of secondary components (II-2) is not more than 0.3% by weight, and (iv-2) a low boiler mixture which consists of secondary components (II-2) and methylene-di(phenylamine) isomers (II-1) and in which the proportion of the secondary components (II-2) is at least 55% by weight; and (iv-1) a mixture consisting of methylene-di(phenylamine) isomers (II-1) and secondary components (II-2) which are different therefrom, where, based on (II-1), the proportion of 4,4'-methylenedi(phenylamine) is from 8 to 20% by weight and, based on, the proportion of secondary components (II-2) is not more than 0.3% by weight, and (iv-2) a low boiler mixture which consists of secondary components (II-2) and methylene-di(phenylamine) isomers (II-1) and in which the proportion of the secondary components (II-2) is at least 55% by weight; and (v) recirculation of the mixture to one of the zones (a) to (d).
A light control sheet comprising: a first transparent electrode layer; a second transparent electrode layer; a light control layer including a resin layer positioned between the first transparent electrode layer and the second transparent electrode layer, and a liquid crystal composition containing liquid crystal molecules, the resin layer having voids dispersed therein, the liquid crystal composition filling the voids; and a first orientation layer interposed between the first transparent electrode layer and the light control layer and configured to increase a haze of the light control layer during application of a voltage between the first transparent electrode layer and the second transparent electrode layer, wherein the light control layer has a first surface in contact with the first orientation layer, characterized in that a percentage of a total area of all the voids at the first surface to an area of the first surface is an area ratio of the voids at the first surface, and the area ratio is 49% or more. a first transparent electrode layer; a second transparent electrode layer; a light control layer including a resin layer positioned between the first transparent electrode layer and the second transparent electrode layer, and a liquid crystal composition containing liquid crystal molecules, the resin layer having voids dispersed therein, the liquid crystal composition filling the voids; and a first orientation layer interposed between the first transparent electrode layer and the light control layer and configured to increase a haze of the light control layer during application of a voltage between the first transparent electrode layer and the second transparent electrode layer, wherein the light control layer has a first surface in contact with the first orientation layer, characterized in that a percentage of a total area of all the voids at the first surface to an area of the first surface is an area ratio of the voids at the first surface, and the area ratio is 49% or more.
An optical system for an endoscope, comprising a distal optical assembly and a proximal optical assembly, wherein the optical system has at least one bar-shaped fixing element (15, 16) having an elongate form, wherein the proximal optical assembly is fastened to the distal optical assembly by means of the bar-shaped fixing element (15, 16) and the proximal optical assembly comprises a first holder and a second holder which are each designed to receive an image sensor, wherein the first holder and the second holder are fixed to one another, characterized in that the at least one bar-shaped fixing element (15, 16) is free from hollow spaces and the first holder is arranged axisymmetrically with respect to the second holder in relation to a longitudinal axis of the optical system.
Method in a wireless communication network to perform scheduling of resources out of a set of resources for use by a set of user equipments, the set of resources being for communication of a base station to and from said set of user equipments, characterized in, that the method comprises calculating for each resource in said set of resources the resource-dependent priority of use for each user equipment in said set of user equipments, allocating resources out of said set of resources to user equipments out of said set of user equipments, the resource-dependent priority of use for the user equipments that are allocated a resource being above a predefined threshold priority level.
A computer readable medium containing instructions that, when executed by at least one processor, perform a method, the method comprising: indicating, by an application (104; 204), that a failure during a session should be reported to the application (104; 204); sending a first access request for target data to the storage system (108; 214), the first access request associated with a first identifier; receiving a first access response granting access to the target data; receiving notification of a first failure; based on the notification of the first failure, pausing the application (104; 204); resuming the application (104; 204); sending a resume request for the target data to the storage system (108; 214), the resume request associated with the first identifier, wherein the resume request includes an access request including the first identifier and an indication indicating to the storage system (108; 214) that the access request is a resume request; and receiving a resume response granting access to the target data. indicating, by an application (104; 204), that a failure during a session should be reported to the application (104; 204); sending a first access request for target data to the storage system (108; 214), the first access request associated with a first identifier; receiving a first access response granting access to the target data; receiving notification of a first failure; based on the notification of the first failure, pausing the application (104; 204); resuming the application (104; 204); sending a resume request for the target data to the storage system (108; 214), the resume request associated with the first identifier, wherein the resume request includes an access request including the first identifier and an indication indicating to the storage system (108; 214) that the access request is a resume request; and receiving a resume response granting access to the target data.
An arc extinguishing unit comprising: a plurality of support plates that is disposed to face each other; a grid that is positioned between the support plates and is coupled to the plurality of support plates, respectively; a grid cover that is coupled to the grid and covers the grid; characterised by an extinguishing magnet that is accommodated in an inside of the grid cover, wherein the extinguishing magnet forms a magnetic field in a direction from the grid cover toward the grid or a direction from the grid toward the grid cover, and wherein the grid cover includes: a cover body that includes an accommodating space therein; a blocking plate that is accommodated in the accommodating space of the cover body and on which the extinguishing magnet is seated; and wherein the extinguishing magnet is accommodated in the accommodating space of the cover body and is seated on the blocking plate. a plurality of support plates that is disposed to face each other; a grid that is positioned between the support plates and is coupled to the plurality of support plates, respectively; a grid cover that is coupled to the grid and covers the grid; characterised by an extinguishing magnet that is accommodated in an inside of the grid cover, wherein the extinguishing magnet forms a magnetic field in a direction from the grid cover toward the grid or a direction from the grid toward the grid cover, and wherein the grid cover includes: a cover body that includes an accommodating space therein; a blocking plate that is accommodated in the accommodating space of the cover body and on which the extinguishing magnet is seated; and wherein the extinguishing magnet is accommodated in the accommodating space of the cover body and is seated on the blocking plate. a cover body that includes an accommodating space therein; a blocking plate that is accommodated in the accommodating space of the cover body and on which the extinguishing magnet is seated; and wherein the extinguishing magnet is accommodated in the accommodating space of the cover body and is seated on the blocking plate.
A method for editing a layout of objects, at least one of first and second objects on a display screen being pointed by operation of an operation input device (12, 12b), a pointed object being moved so as to follow movement of a pointing position on the pointed object, the overlapped first and second objects being displayed based on rendering priority, the method comprising the steps of: setting priority levels, related to overlapping, of respective peripheral portions based on the pointing position within the pointed object such that a priority level of at least a peripheral portion of the pointed object, on a pointing position side from a reference point, is set to a subordinate level and the priority level of at least a peripheral portion of the pointed object, on an opposite side of the pointing position with respect to the reference point, is set to a dominant level, the reference point being set within the pointed object; and determining rendering priority between the first and second objects in accordance with a dominant-subordinate relationship between the priority levels of the peripheral portions, of the respective objects, to come in contact with each other when the first and second objects are overlapped such that one of the objects is displayed in an overlapped portion of the first and second objects. setting priority levels, related to overlapping, of respective peripheral portions based on the pointing position within the pointed object such that a priority level of at least a peripheral portion of the pointed object, on a pointing position side from a reference point, is set to a subordinate level and the priority level of at least a peripheral portion of the pointed object, on an opposite side of the pointing position with respect to the reference point, is set to a dominant level, the reference point being set within the pointed object; and determining rendering priority between the first and second objects in accordance with a dominant-subordinate relationship between the priority levels of the peripheral portions, of the respective objects, to come in contact with each other when the first and second objects are overlapped such that one of the objects is displayed in an overlapped portion of the first and second objects.
A gas turbine engine including: a coated substrate as a compressor case; a blade outer air seal stage carried by the compressor case; and a stage of blades surrounded by the stage of blade outer air seals; wherein said coated substrate comprises: a metallic substrate; a bondcoat having a combined content of one or more of molybdenum, chromium, and vanadium of at least 50 percent by weight atop the substrate; and a ceramic barrier coat atop the bondcoat. a metallic substrate; a bondcoat having a combined content of one or more of molybdenum, chromium, and vanadium of at least 50 percent by weight atop the substrate; and a ceramic barrier coat atop the bondcoat.
Gas sensor arrangement comprising: a plurality of radiation sources emitting radiation, a gas measuring chamber which may be filled with a gas containing at least one analyte to be measured, a detector detecting the radiation which generates an output signal dependent on the presence and/or concentration of the analyte, a housing comprising a first half-shell which is joined with a second half-shell to form a closed structure, the first half-shell having a detector receiving opening and a plurality of radiation source receiving openings (102, 104), wherein a concave mirror (116, 118) is arranged around each radiation source receiving opening (102, 104), the radiation sources being arranged in a vicinity of a focal point of the corresponding concave mirror (116, 118) such that there is bundling of the emitted radiation in a region in which the detector is arranged, wherein the concave mirrors (116, 118) are formed by inner surfaces of the first and second half-shells (106, 112), wherein respective cylindrical or funnel-shaped tubes (120, 122) are provided for conveying radiation from each of the radiation sources to the detector, each tube (120, 122) being formed by the inner surfaces of the first and second half-shells (106, 112), wherein the inner surfaces which form the tubes and the concave mirrors are provided with a reflective coating. a plurality of radiation sources emitting radiation, a gas measuring chamber which may be filled with a gas containing at least one analyte to be measured, a detector detecting the radiation which generates an output signal dependent on the presence and/or concentration of the analyte, a housing comprising a first half-shell which is joined with a second half-shell to form a closed structure, the first half-shell having a detector receiving opening and a plurality of radiation source receiving openings (102, 104), wherein a concave mirror (116, 118) is arranged around each radiation source receiving opening (102, 104), the radiation sources being arranged in a vicinity of a focal point of the corresponding concave mirror (116, 118) such that there is bundling of the emitted radiation in a region in which the detector is arranged, wherein the concave mirrors (116, 118) are formed by inner surfaces of the first and second half-shells (106, 112), wherein respective cylindrical or funnel-shaped tubes (120, 122) are provided for conveying radiation from each of the radiation sources to the detector, each tube (120, 122) being formed by the inner surfaces of the first and second half-shells (106, 112), wherein the inner surfaces which form the tubes and the concave mirrors are provided with a reflective coating.
Method for correcting a register error - which occurs as a consequence of a change in the operating parameters (v, a) of a printing machine, - the change in the operating parameters of the printing machine being performed at or by a control device - and a control module (5, 6) determining register signals, - which drive the actuator means for correcting the register error, characterized in that - the control device conveys the change to the control module (5, 6), - which, by means of the change, determines the register signals, - which drive the actuator means for correcting the register error. - which occurs as a consequence of a change in the operating parameters (v, a) of a printing machine, - the change in the operating parameters of the printing machine being performed at or by a control device - and a control module (5, 6) determining register signals, - which drive the actuator means for correcting the register error, - the control device conveys the change to the control module (5, 6), - which, by means of the change, determines the register signals, - which drive the actuator means for correcting the register error.
A hydraulic modulator comprising: a motor including a motor housing, a stator provided in said motor housing, a rotor provided in said motor housing, and a motor shaft extending from said rotor and having one end portion projecting from said motor housing; a power transmitting mechanism for transmitting the power of said motor; and a master cylinder having a piston linearly movable by the power transmitted by said power transmitting mechanism, wherein said master cylinder is arranged in such a manner that the axis (73a, 73b) of said master cylinder is substantially perpendicular to the axis of said motor shaft, and said master cylinder is arranged so as to overlap said motor housing, wherein the power transmitting mechanism has a cam shaft for driving the piston and a plurality of gears (63 to 66) which rotate the cam shaft for transmitting power of the motor to the camshaft to rotate said camshaft, wherein one end portion of the cam shaft is located in the vicinity of a plane intersecting one end of the motor shaft at right angles to the motor shaft, and wherein the camshaft extends from its one end portion to the same side as that of extension of the motor shaft, and is arranged in parallel with the motor shaft, wherein the one end of the motor shaft is is the gear wheel side end of the motor shaft, and wherein the plurality of gears (63 to 66) is arranged along the intersecting plane on the same side as the camshaft and the motor housing. a motor including a motor housing, a stator provided in said motor housing, a rotor provided in said motor housing, and a motor shaft extending from said rotor and having one end portion projecting from said motor housing; a power transmitting mechanism for transmitting the power of said motor; and a master cylinder having a piston linearly movable by the power transmitted by said power transmitting mechanism, wherein said master cylinder is arranged in such a manner that the axis (73a, 73b) of said master cylinder is substantially perpendicular to the axis of said motor shaft, and said master cylinder is arranged so as to overlap said motor housing, wherein the power transmitting mechanism has a cam shaft for driving the piston and a plurality of gears (63 to 66) which rotate the cam shaft for transmitting power of the motor to the camshaft to rotate said camshaft, wherein one end portion of the cam shaft is located in the vicinity of a plane intersecting one end of the motor shaft at right angles to the motor shaft, and wherein the camshaft extends from its one end portion to the same side as that of extension of the motor shaft, and is arranged in parallel with the motor shaft, wherein the one end of the motor shaft is is the gear wheel side end of the motor shaft, and wherein the plurality of gears (63 to 66) is arranged along the intersecting plane on the same side as the camshaft and the motor housing.
Filter apparatus, with a filter housing comprising a filter head, a filter bowl and a removable housing lid part, said filter housing receiving a filter element, which separates an unfiltered medium side from a filtrate side, and with a bypass valve device that comprises a valve closing element, which is preloaded by a closing spring into a closing position lying on a valve seat part and, if the filter element is blocked, moves into a position in which it releases a fluid channel from the unfiltered medium side to the filtrate side, bypassing the filter element, the valve closing element and the closing spring being arranged on the lid part and the valve seat part being located on an element cap of the filter element, said cap comprising a receiving part forming an edging for the end, facing the lid part, of the filter material of the filter element, characterised in that a ring made from uniformly distributed webs surrounds the outer circumference of the circular ring-shaped receiving part of the element cap, said webs being in the form of plates and extending with their flat surfaces in the radial direction and forming the supports for a circular ring-shaped receiving crown, which is located at an axial distance from the receiving part and at a radial distance from the outside of the remaining filter element.
A modular, multi-channel actuator configured to control electrical receivers by means of communication bus, comprising a printed board equipped with an electrical system with relays, power inputs and outputs to receivers located parallel to the longitudinal axis of the printed board and electrical bridges, characterised in that the electrical bridges are located underneath the board and are placed at an angle approximate to the right angle to the longitudinal axis of the printed board and each electrical bridge constitutes alternately the connector of the input /output with the pin of the relay, and wherein the power inputs are placed at one edge of the printed board and the outputs to receivers are placed at the opposite edge of the printed board, and the relays form parallel rows.
A packaging for a cable-type secondary battery extending longitudinally, comprising: a cylindrical metal foil layer; a first polymer resin layer formed on one surface of the metal foil layer; and a second polymer resin layer formed on the other surface of the metal foil layer, wherein the first polymer resin layer and the second polymer resin layer are heat-shrinkage tubes, respectively. a cylindrical metal foil layer; a first polymer resin layer formed on one surface of the metal foil layer; and a second polymer resin layer formed on the other surface of the metal foil layer,
A chemical reaction heat source block (2, 2a, 3, 4) for use in heaters for down-hole applications, said heat source block having a solid fuel composition comprising thermite and one or more binding agents that maintain the solid form of the solid fuel composition during burning; and characterised in that the heat source block is provided with a wicking fuel composition (5, 5a) that burns quicker and/or hotter than the solid fuel composition, said wicking fuel composition being provided in at least one conduit running through the heat source block (2, 2a, 3, 4) and/or as an outer layer of the heat source block.