mhurhangee/ep-ind-claims huggingface dataset:
A backend computing system, comprising: an application programming interface that receives, from a client application associated with a client device, a call for a user interface display that has a plurality of different predefined sections thereon, the call including section identifying metadata; a section accessing system that parses the call to identify the plurality of different predefined sections on the user interface display based on the section identifying metadata; a control identifying component that accesses section definition metadata corresponding to each section of the identified plurality of different sections and identifies control metadata indicative of controls that are displayed on each section of the identified plurality of different sections; and a data identifying component that accesses the section definition metadata and identifies data binding metadata, corresponding to each section of the identified plurality of different sections, indicative of data bound to each of the controls, the application programming interface returning the call by returning the control metadata and the data binding metadata for rendering each of the plurality of identified sections on the user interface display, at the client application. an application programming interface that receives, from a client application associated with a client device, a call for a user interface display that has a plurality of different predefined sections thereon, the call including section identifying metadata; a section accessing system that parses the call to identify the plurality of different predefined sections on the user interface display based on the section identifying metadata; a control identifying component that accesses section definition metadata corresponding to each section of the identified plurality of different sections and identifies control metadata indicative of controls that are displayed on each section of the identified plurality of different sections; and a data identifying component that accesses the section definition metadata and identifies data binding metadata, corresponding to each section of the identified plurality of different sections, indicative of data bound to each of the controls, the application programming interface returning the call by returning the control metadata and the data binding metadata for rendering each of the plurality of identified sections on the user interface display, at the client application.
A method for managing transmission of data files to users (10, 11), comprising a data transmission manager: dividing a first file into a plurality of first segments; dividing a second file into a plurality of second segments; sending a first segment to a first user and a different first segment to a second user; sending a second segment to the first user and a different second segment to the second user; combining at least part of one of the segments sent to the first user with at least part of one of the segments sent to the second user to produce a combined segment which is of smaller size than the total size of the at least parts of segments before combining; and transmitting the combined segment to the first user and to the second user for each user to recover the at least part of a segment used to produce the combined segment using the combined segment and at least part of one of the segments that each user already has. dividing a first file into a plurality of first segments; dividing a second file into a plurality of second segments; sending a first segment to a first user and a different first segment to a second user; sending a second segment to the first user and a different second segment to the second user; combining at least part of one of the segments sent to the first user with at least part of one of the segments sent to the second user to produce a combined segment which is of smaller size than the total size of the at least parts of segments before combining; and transmitting the combined segment to the first user and to the second user for each user to recover the at least part of a segment used to produce the combined segment using the combined segment and at least part of one of the segments that each user already has.
A rotor system comprising: a swashplate assembly (46, 48) pivotally mounted about a central pivot point defined along a rotor system axis of rotation; an anti-torque mechanism comprising a compound bearing being mounted within said swashplate assembly (46, 48) radially displaced from said rotor system axis of rotation and including: an outer member defined about an axis extending generally parallel to a rotor system axis of rotation; an inner member defined about said axis; and a spherical bearing mounted within said inner member, said spherical bearing pivotable about said axis; the rotor system further comprising a shaft mounted through said compound bearing, said shaft being defined about the axis and being offset and generally parallel to said rotor system axis of rotation, such that said compound bearing accommodates axial, radial and tangential motion of said swashplate assembly (46, 48) relative said shaft; characterized in that the compound bearing further includes a resilient member mounted to said outer member and said inner member. a swashplate assembly (46, 48) pivotally mounted about a central pivot point defined along a rotor system axis of rotation; an anti-torque mechanism comprising a compound bearing being mounted within said swashplate assembly (46, 48) radially displaced from said rotor system axis of rotation and including: an outer member defined about an axis extending generally parallel to a rotor system axis of rotation; an inner member defined about said axis; and a spherical bearing mounted within said inner member, said spherical bearing pivotable about said axis; an outer member defined about an axis extending generally parallel to a rotor system axis of rotation; an inner member defined about said axis; and a spherical bearing mounted within said inner member, said spherical bearing pivotable about said axis; the rotor system further comprising a shaft mounted through said compound bearing, said shaft being defined about the axis and being offset and generally parallel to said rotor system axis of rotation, such that said compound bearing accommodates axial, radial and tangential motion of said swashplate assembly (46, 48) relative said shaft; characterized in that the compound bearing further includes a resilient member mounted to said outer member and said inner member.
A power supply connector for electric automobiles, which comprises: a connector body, a case for accommodating the connector body; a grasping member that is attached to the case; a locking member, which is provided in the case, and locks the case and a locking part of a power reception connector that is the object of connection; characterised by: a defect-detection means for detecting defect of the locking part to which the locking member locks; and a case lock mechanism that limits the movement of the case with respect to the grasping member; wherein when a defect of the locking part is detected by the defect detection means, the sliding motion of the connector body and the grasping member with respect to the case is locked by the case lock mechanism, and when a defect of the locking part is not detected by the defect detection means, the case lock mechanism is released and the connector body and the grasping member become slidable in a direction of nearly the same axis line with respect to the case, and in a state where the case lock mechanism is released, when the grasping member is moved toward the front with respect to the case, the connector body becomes movable toward the front with respect to the case, along with the movement of the grasping member. a connector body, a case for accommodating the connector body; a grasping member that is attached to the case; a locking member, which is provided in the case, and locks the case and a locking part of a power reception connector that is the object of connection; characterised by: a defect-detection means for detecting defect of the locking part to which the locking member locks; and a defect-detection means for detecting defect of the locking part to which the locking member locks; and a case lock mechanism that limits the movement of the case with respect to the grasping member; wherein
A device for attaching an intracorporeal conduit of a hemodialysis system to a blood vessel, the device comprising an intracorporeal conduit and a device anchor configured to suturelessly anastomose the distal end of said intracorporeal conduit to a blood vessel or graft, characterized in that: the intracorporeal conduit provides a fluid path between a hemodialysis machine and a blood vessel or graft and comprises a distal more rigid segment and a proximal less rigid segment, wherein said proximal segment is configured to be attached to a vascular access device and said distal segment is configured to be fixedly attached to the tubular body of the device anchor and to extend through the inner lumen thereof such that the distal end of said segment and the distal end of said device anchor are flush; and the device anchor comprises a tubular body with a pre-shaped self-expandable distal segment configured to self-expand inside said blood vessel or graft or inside a tubular device implanted in the blood vessel or graft, further comprises a pre-shaped self-expandable proximal segment, wherein said proximal segment is configured to self-expand outside a wall of said blood vessel or graft, and further comprises a pre-shaped self-expandable waist segment which is about the size of the thickness of the wall of the blood vessel or graft and wherein said distal, proximal, and waist segments are configured to apply sufficient pressure on the wall of the of the blood vessel or graft to keep it steadily attached to said blood vessel or graft wall and are configured to do it without penetrating said wall. the intracorporeal conduit provides a fluid path between a hemodialysis machine and a blood vessel or graft and comprises a distal more rigid segment and a proximal less rigid segment, wherein said proximal segment is configured to be attached to a vascular access device and said distal segment is configured to be fixedly attached to the tubular body of the device anchor and to extend through the inner lumen thereof such that the distal end of said segment and the distal end of said device anchor are flush; and the device anchor comprises a tubular body with a pre-shaped self-expandable distal segment configured to self-expand inside said blood vessel or graft or inside a tubular device implanted in the blood vessel or graft, further comprises a pre-shaped self-expandable proximal segment, wherein said proximal segment is configured to self-expand outside a wall of said blood vessel or graft, and further comprises a pre-shaped self-expandable waist segment which is about the size of the thickness of the wall of the blood vessel or graft and wherein said distal, proximal, and waist segments are configured to apply sufficient pressure on the wall of the of the blood vessel or graft to keep it steadily attached to said blood vessel or graft wall and are configured to do it without penetrating said wall.
Power cable comprising a metallic element made of aluminium, wherein a corrosion inhibitor is provided in direct contact with the metallic element, the corrosion inhibitor having the following general formula: R1-Ar-R2 wherein R1 is a 1-hydroxy-tetrazol-5-yl group a 2-hydroxy-tetrazol-5-yl group, 1-acryloxy-tetrazol-5-yl group or 1-(2-carboxyethenyl)-tetrazol-5-yl group; Ar is a monocyclic or bicyclic aromatic moiety; and R2 is a hydrogen atom or a 1-hydroxy-tetrazol-5-yl group, a 2-hydroxy-tetrazol-5-yl group, a hydroxyl group, a vinyl group, an allyl group or a -O-CO-R4 group, where R4 is an alkenyl group having from 2 to 6 carbon atoms, wherein the corrosion inhibitor of formula is in an average amount of from 1x10 -3 g/cm 2 to 100x10 -3 g/cm 2 with respect to the surface of the metallic element. wherein R1 is a 1-hydroxy-tetrazol-5-yl group a 2-hydroxy-tetrazol-5-yl group, 1-acryloxy-tetrazol-5-yl group or 1-(2-carboxyethenyl)-tetrazol-5-yl group; Ar is a monocyclic or bicyclic aromatic moiety; and R2 is a hydrogen atom or a 1-hydroxy-tetrazol-5-yl group, a 2-hydroxy-tetrazol-5-yl group, a hydroxyl group, a vinyl group, an allyl group or a -O-CO-R4 group, where R4 is an alkenyl group having from 2 to 6 carbon atoms, wherein the corrosion inhibitor of formula is in an average amount of from 1x10 -3 g/cm 2 to 100x10 -3 g/cm 2 with respect to the surface of the metallic element.
A vector having t-PA binding property consisting of a fucoidan moiety which is aminated by a covalent linkage between the reducing end of the said fucoidan moiety and a chemical group comprising one or more amino groups.
A data scheduling method, comprising: storing (S301, S501, S601), in a first queue, received service data that is sent from a first network to a second network; generating (S302, S502, S602) test data that is to be sent from the first network to the second network and that is for testing whether an actual bandwidth reaches a committed bandwidth, and storing the test data in a second queue; preferentially scheduling (S303, S503, S603) the service data in the first queue to be in a third queue, and in response to determining that a rate of the service data is lower than a preset limit rate, scheduling the test data in the second queue to be in the third queue to reach the limit rate; and sending the service data and/or the test data in the third queue at the limit rate to the second network. storing (S301, S501, S601), in a first queue, received service data that is sent from a first network to a second network; generating (S302, S502, S602) test data that is to be sent from the first network to the second network and that is for testing whether an actual bandwidth reaches a committed bandwidth, and storing the test data in a second queue; preferentially scheduling (S303, S503, S603) the service data in the first queue to be in a third queue, and in response to determining that a rate of the service data is lower than a preset limit rate, scheduling the test data in the second queue to be in the third queue to reach the limit rate; and sending the service data and/or the test data in the third queue at the limit rate to the second network.
Method for improved corrosion inhibition of metal in a system, in which system the metal is in contact with water, and a corrosion inhibitor inhibits a corrosion of the metal, wherein a voltage is applied between the metal and an auxiliary electrode, which voltage changes time-dependently after being switched on and before being switched off within a passivation region of the metal in said corrosion inhibitor, the passivation region being a region of voltage in which the corrosion inhibitor effects an inhibition of corrosion of the metal, wherein the metal is copper, and wherein the corrosion inhibitor comprises or consists of Benzotriazole, BTA, or a derivative of Benzotriazole, or a mixture of Benzotriazole, BTA, and Triethanolamine, TEA, or a mixture of a derivative of Benzotriazole and Triethanolamine, wherein the maximum voltage applied is 0.4 V, wherein the minimum voltage applied is -0.8 V wherein the voltage sweeps between the minimum voltage and the maximum voltage at least 2 times. wherein a voltage is applied between the metal and an auxiliary electrode, which voltage changes time-dependently after being switched on and before being switched off within a passivation region of the metal in said corrosion inhibitor, the passivation region being a region of voltage in which the corrosion inhibitor effects an inhibition of corrosion of the metal, wherein the metal is copper, and wherein the corrosion inhibitor comprises or consists of Benzotriazole, BTA, or a derivative of Benzotriazole, or a mixture of Benzotriazole, BTA, and Triethanolamine, TEA, or a mixture of a derivative of Benzotriazole and Triethanolamine, wherein the maximum voltage applied is 0.4 V, wherein the minimum voltage applied is -0.8 V wherein the voltage sweeps between the minimum voltage and the maximum voltage at least 2 times.
An alarm system suitable for monitoring a home located at premises, the alarm system comprising at the premises: a central unit, and an alarm unit (120, 220, 270) comprising a count-down timer configured to count down from a predetermined expiration time, wherein the alarm unit is configured to produce an audible or visual alarm signal at the premises in the event that the count-down timer expires, wherein the alarm unit (120, 220, 270) is arranged remote from, and arranged to wirelessly communicate with, the central unit; and a detector (70, 250) arranged to wirelessly communicate with the central unit and to provide an alert signal upon detecting a possible but unconfirmed intrusion alarm event; the central unit being configured, in response to the alert signal, to wirelessly communicate to the alarm unit to start the count-down timer, the central unit further being configured to periodically wirelessly communicate to the alarm unit (120, 220, 270), after a restart time period, to reset the count-down timer, wherein the restart time period is less than the predetermined expiration time. a central unit, and an alarm unit (120, 220, 270) comprising a count-down timer configured to count down from a predetermined expiration time, wherein the alarm unit is configured to produce an audible or visual alarm signal at the premises in the event that the count-down timer expires, wherein the alarm unit (120, 220, 270) is arranged remote from, and arranged to wirelessly communicate with, the central unit; and a detector (70, 250) arranged to wirelessly communicate with the central unit and to provide an alert signal upon detecting a possible but unconfirmed intrusion alarm event; the central unit being configured, in response to the alert signal, to wirelessly communicate to the alarm unit to start the count-down timer, the central unit further being configured to periodically wirelessly communicate to the alarm unit (120, 220, 270), after a restart time period, to reset the count-down timer, wherein the restart time period is less than the predetermined expiration time.
A method of generating an encrypted database, said method comprising: receiving, by an Extract, Transfer and Load, ETL, server a plaintext database having plaintext data entries therein; and generating an encrypted database using the plaintext database, said encrypted database including encrypted data entries therein; wherein said encrypted database is configured to support at least one form of conditional query in the encrypted domain by first constructing an augmented plaintext version of the database, by augmenting the schema of the plaintext database and storing the data elements of the augmented database as plaintext and then generating the encrypted database by encrypting the augmented plaintext version of the database such that the data elements, comprising table names and the column attribute names, are available in plaintext but the data entries in the tables and columns are encrypted such that the augmented schema supports at least one form of conditional query, and further such that said at least one form of conditional query returns a correct encrypted result when said query is computed on the encrypted data entries without the decryption thereof; and wherein the method further comprises establishing a public-private key pair, wherein a public key of said pair is used to encrypt the augmented plaintext database and a private key of said pair is provided to decrypt a returned result of a query receiving, by an Extract, Transfer and Load, ETL, server a plaintext database having plaintext data entries therein; and generating an encrypted database using the plaintext database, said encrypted database including encrypted data entries therein; wherein said encrypted database is configured to support at least one form of conditional query in the encrypted domain by first constructing an augmented plaintext version of the database, by augmenting the schema of the plaintext database and storing the data elements of the augmented database as plaintext and then generating the encrypted database by encrypting the augmented plaintext version of the database such that the data elements, comprising table names and the column attribute names, are available in plaintext but the data entries in the tables and columns are encrypted such that the augmented schema supports at least one form of conditional query, and further such that said at least one form of conditional query returns a correct encrypted result when said query is computed on the encrypted data entries without the decryption thereof; and wherein the method further comprises establishing a public-private key pair, wherein a public key of said pair is used to encrypt the augmented plaintext database and a private key of said pair is provided to decrypt a returned result of a query
A method of forming an absorbent composite for incorporation into a disposable absorbent article (10, 310), said method comprising: providing a first material layer (70, 350, A); positioning a second material layer (72, 360, C) beneath the first material layer, wherein the first material layer is a low density nonwoven having a density from 0.01 to 0.03 g/cc and the second material layer is a higher density nonwoven; providing a supply of absorbent particles composed of a population of a first absorbent particles having a first average size dimension and a second population of absorbent particles having a second average size dimension less than the first average size dimension; and depositing the first and second populations of absorbent particles onto the first material layer such that absorbent particles of the first population are maintained in the first material layer and absorbent particles of the second population filter through the first material layer and settle in the second material layer. providing a first material layer (70, 350, A); positioning a second material layer (72, 360, C) beneath the first material layer, wherein the first material layer is a low density nonwoven having a density from 0.01 to 0.03 g/cc and the second material layer is a higher density nonwoven; providing a supply of absorbent particles composed of a population of a first absorbent particles having a first average size dimension and a second population of absorbent particles having a second average size dimension less than the first average size dimension; and depositing the first and second populations of absorbent particles onto the first material layer such that absorbent particles of the first population are maintained in the first material layer and absorbent particles of the second population filter through the first material layer and settle in the second material layer.