mhurhangee/patent-ind-claim-en huggingface dataset:
A characterization system for performing optical characterization of a liquid sample in a process plant, comprising - a sample section for holding the liquid sample, - an inlet comprising an inlet valve adapted to control a flow of the liquid sample into the sample section , - an outlet comprising an outlet valve adapted to control a flow of the liquid sample out of the sample section , - a pressurizer adapted to pressurize the sample section , - an agitator adapted to agitate at least a part of the liquid sample inside the sample section when the sample section is pressurized by the pressurizer , - a measuring device adapted to perform optical characterization of the liquid sample inside the sample section while the liquid sample is pressurized and agitated, where the optical characterization is performed during or after agitation by the agitator, wherein the inlet valve and the outlet valve are connected to a line pipe and the characterization system is adapted to receive the liquid sample from the line pipe through the inlet valve, characterize the liquid sample in the sample section , and optionally return at least a part of the liquid sample to the line pipe through the outlet valve, characterized in that the agitator - comprises an open pipe element rigidly connected to a pressure element , the pressure element configured to produce a pressure force having a non-zero force component parallel to a rotation axis of the agitator , and - is adapted to provide a flow pattern being generally parallel to the rotation axis of the agitator when the agitator is submerged in a liquid and rotating around the rotation axis of the agitator . - a sample section for holding the liquid sample, - an inlet comprising an inlet valve adapted to control a flow of the liquid sample into the sample section , - an outlet comprising an outlet valve adapted to control a flow of the liquid sample out of the sample section , - a pressurizer adapted to pressurize the sample section , - an agitator adapted to agitate at least a part of the liquid sample inside the sample section when the sample section is pressurized by the pressurizer , - a measuring device adapted to perform optical characterization of the liquid sample inside the sample section while the liquid sample is pressurized and agitated, where the optical characterization is performed during or after agitation by the agitator, - comprises an open pipe element rigidly connected to a pressure element , the pressure element configured to produce a pressure force having a non-zero force component parallel to a rotation axis of the agitator , and - is adapted to provide a flow pattern being generally parallel to the rotation axis of the agitator
A breather device for dehumidifying air to be supplied into an expansion vessel of a power electrical device , said breather device comprising an air demoisturizer unit including one or more tanks , each tank having an internal volume accommodating a regenerable moisture absorbing substance and a heater for regenerating said moisture absorbing substance, at least a first opening configured to put the internal volume of said tank in fluid-dynamic communication with the external environment and at least a second opening configured to allow a flow of air to exit from the internal volume of said tank towards another section of said breather device, characterised in that each tank comprises at least a third opening in fluid-dynamic communication with the external environment and valve means operatively associated to said third opening, said valve means being configured to automatically allow or prevent a flow of air to pass through said third opening, depending on the internal temperature of said tank.
A strut comprising a composite cylinder with a mid-strut fitting mounted on an interface region in a mid-portion of said cylinder, wherein: said cylinder comprises layers of filaments laid in a helical configuration to define a cylinder wall, wherein at least in said interface region, layers of the helical-filaments are displaced radially-outward by an underlying formation , and characterized in that a plurality of teeth provided on an inner circumferential surface of the mid-strut fitting engage with one or more layers of the helical-filaments in the interface region to make a mechanical connection. said cylinder comprises layers of filaments laid in a helical configuration to define a cylinder wall, wherein at least in said interface region, layers of the helical-filaments are displaced radially-outward by an underlying formation , and characterized in that a plurality of teeth provided on an inner circumferential surface of the mid-strut fitting engage with one or more layers of the helical-filaments in the interface region to make a mechanical connection.
A composition for use in preventing and treating skin hyperpigmentation disorder caused by post-inflammatory pigmentation containing an interferon-inducible T-cell alpha chemoattractant (ITAC) as an active ingredient, wherein ITAC is in an amount of 0.0001 to 0.0005% by weight based on total weight of the composition.
A variable pinhole collimator comprising: a plurality of pinhole plates provided in each plate surface thereof with a plurality of pinhole formation holes at locations of a same radius from a rotation axis along a circumferential direction and having sizes different from each other, characterized in that the plurality of pinhole plates is provided in each plate surface thereof with a plurality of rotation operation holes around the rotation axis along the circumferential direction, and laminated in an incidence direction of radiation; and further characterized by a driving module configured for sequential insertion into the rotation operation holes of the plurality of pinhole plates in the incidence direction to rotate the plurality of pinhole plates about the rotation axis, and configured to rotate the plurality of pinhole plates to sequentially place the pinhole formation holes one by one in an overlapping area, thereby forming a pinhole in the overlapping area. a plurality of pinhole plates provided in each plate surface thereof with a plurality of pinhole formation holes at locations of a same radius from a rotation axis along a circumferential direction and having sizes different from each other, characterized in that the plurality of pinhole plates is provided in each plate surface thereof with a plurality of rotation operation holes around the rotation axis along the circumferential direction, and laminated in an incidence direction of radiation; and further characterized by a driving module configured for sequential insertion into the rotation operation holes of the plurality of pinhole plates in the incidence direction to rotate the plurality of pinhole plates about the rotation axis, and configured to rotate the plurality of pinhole plates to sequentially place the pinhole formation holes one by one in an overlapping area, thereby forming a pinhole in the overlapping area.
A delivery system for delivering a prosthesis, the delivery system comprising: a housing ; a sheath extending from within the housing ; a first motor housed within the housing ; a first battery coupled to the first motor for powering the first motor , the first battery housed within the housing ; a second motor housed within the housing ; a second battery coupled to the second motor for powering the second motor , the second battery housed within the housing ; an actuator accessible from an exterior of the housing , wherein the actuator is coupled to the first and second batteries to selectively activate the first and second batteries to power the first and second motors , respectively; and a single continuous cable having a first end coupled to a first pulley and a second end coupled to a second pulley , the first pulley being coupled to the first motor such that the first pulley rotates during operation of the first motor and the second pulley being coupled to the second motor such that the second pulley rotates during operation of the second motor , wherein an intermediate portion of the single continuous cable is coupled to a proximal portion of the sheath and actuation of the actuator causes at least one of the first and second motors to rotate, thereby causing at least one of the first and second pulleys to wind up a portion of the single continuous cable and retract the sheath . a housing ; a sheath extending from within the housing ; a first motor housed within the housing ; a first battery coupled to the first motor for powering the first motor , the first battery housed within the housing ; a second motor housed within the housing ; a second battery coupled to the second motor for powering the second motor , the second battery housed within the housing ; an actuator accessible from an exterior of the housing , wherein the actuator is coupled to the first and second batteries to selectively activate the first and second batteries to power the first and second motors , respectively; and a single continuous cable having a first end coupled to a first pulley and a second end coupled to a second pulley , the first pulley being coupled to the first motor such that the first pulley rotates during operation of the first motor and the second pulley being coupled to the second motor such that the second pulley rotates during operation of the second motor , wherein an intermediate portion of the single continuous cable is coupled to a proximal portion of the sheath and actuation of the actuator causes at least one of the first and second motors to rotate, thereby causing at least one of the first and second pulleys to wind up a portion of the single continuous cable and retract the sheath .
A drive system for a marine vessel comprising a first housing provided with an opening and being fixed to an opening inside a hull of the marine vessel , and a drive unit arranged inside the first housing , where the drive unit comprises a second housing comprising a drive motor and a marine propulsion system attached to the second housing , where the marine propulsion system comprises a leg and a hub provided with at least one propeller , where the drive system comprises an adjustment mechanism arranged to adjust the position of the drive unit in the first housing , where the drive system is provided with a parking position in which the marine propulsion system is positioned inside the first housing and a drive position in which the marine propulsion system is positioned outside of the first housing , wherein the first housing is provided with an inwardly extending flange having a flange shape, where the inwardly extending flange is arranged around the circumference of the opening , and that the second housing is provided with an edge at the circumference of a lower side of the second housing , having an edge shape complementary to the flange shape, such that the edge of the second housing bears on the flange of the first housing when the drive system is in the drive position , characterized in that the first housing is arranged to be resiliently connected to the hull of the marine vessel .
A decoding method, comprising: determining, by a receive end, to-be-decoded information, and polar decoding and de-interleaving the to-be-decoded information based on a first interleaving sequence, to obtain a decoded bit sequence, wherein the decoded bit sequence comprises L cyclic redundancy check, CRC, bits and A information bits, wherein the first interleaving sequence comprises indexes which are obtained by subtracting K max -A from all indexes greater than or equal to K max - A extracted from a maximum-length interleaving sequence, wherein a length of the first interleaving sequence is equal to A + L , and a length of the maximum-length interleaving sequence is equal to K max + L ; and A is an information bit quantity, L is a CRC bit quantity, wherein K max is a maximum information bit quantity corresponding to the maximum-length interleaving sequence, A ≤ K max .
A master Radio Access Network, RAN, node comprising: means for sending , to a control plane function in a core network , a PDU Session Resource Modify Indication message requesting modification of a PDU session already established between a radio terminal and a user plane function in the core network , characterized in that the PDU Session Resource Modify Indication message is used to indicate to the core network that the already established PDU session is to be split over a plurality of tunnels, and the PDU Session Resource Modify Indication message includes a list of one or more Quality of Service, QoS, flows associated with the split of the already established PDU session. means for sending , to a control plane function in a core network , a PDU Session Resource Modify Indication message requesting modification of a PDU session already established between a radio terminal and a user plane function in the core network , characterized in that the PDU Session Resource Modify Indication message is used to indicate to the core network that the already established PDU session is to be split over a plurality of tunnels, and the PDU Session Resource Modify Indication message includes a list of one or more Quality of Service, QoS, flows associated with the split of the already established PDU session.
A left and right oscillation width adjustment and rotation structure of a stationary bike saddle, capable of adjusting a height of the stationary bike saddle corresponding to a height of a user seated on a saddle member by a height adjustment bar , characterised by the rotation structure of the stationary bike saddle comprising: a buffering part which is disposed on a bottom surface of the saddle member to relieve left and right oscillations and a load dispersed by a pedaling operation of the user; a left and right moving part which is coupled to the buffering part to perform a left and right sliding motion; a forward and backward moving part which is coupled to the left and right moving part to perform a forward and backward sliding motion; and an eccentric rotating part to which the left and right moving part and the forward and backward moving part are coupled and which is rotated eccentrically to simultaneously control the sliding motion of each moving part, wherein an eccentric rotation radius of the eccentric rotating part is configured to be extended or reduced according to a user's selection, and the left and right sliding motion and the forward and backward sliding motion are controlled according to the adjusted rotation radius, the eccentric rotating part includes: a fixing plate which is kept in position while surrounding an outer peripheral surface of the height adjustment bar ; a rotation connecting part which extends from the fixing plate and includes a protruding part protruding upward from a set position; and a rotation adjusting part which is coupled to the protruding part of the rotation connecting part and configured to extend and reduce the rotation radius while rotating eccentrically in a state in which the coupling is maintained, and the rotation adjusting part includes: a body which is coupled to the rotation connecting part and formed with a hollow region having a set length; a full threaded bolt which passes through a central part of the body in a longitudinal direction; a gripping part which extends or protrudes left and right from an end part of the full threaded bolt or is formed with a key groove to rotate a key left and right to allow the user to grip the gripping part; and a position adjusting part which is disposed in the hollow region of the body, and fastened to the full threaded bolt so that a position thereof in the hollow region of the body is changed by a thread as the full threaded bolt is rotated through manipulation of the gripping part.
An intracavity balloon catheter for protecting and stabilizing the prostate region during staging processes and radiation therapy treatment, said intracavity balloon catheter comprising: a flexible catheter having a proximal catheter portion, a distal catheter portion having a distal tip , and a fluid passageway between the distal tip and the proximal catheter portion; and a balloon disposed at the distal end of the catheter, the tip of the flexible catheter extending into the balloon, the balloon having an exterior balloon surface comprising a posterior surface and an anterior surface opposed to the posterior surface, the balloon composed of a center section and at least two side sections ; wherein the balloon is inflatable between a deflated condition and an inflated condition by introduction of a fluid into the balloon through an opening which is positioned at or proximate to the distal tip of the flexible catheter, the exterior balloon surface having a deflated posterior position and a deflated anterior position in the deflated condition, and the exterior balloon surface having an inflated posterior position and an inflated anterior position in the inflated condition; CHARACTERIZED IN THAT the center section in its inflated condition has a cylindrical shape having radial symmetry about a longitudinal axis. a flexible catheter having a proximal catheter portion, a distal catheter portion having a distal tip , and a fluid passageway between the distal tip and the proximal catheter portion; and a balloon disposed at the distal end of the catheter, the tip of the flexible catheter extending into the balloon, the balloon having an exterior balloon surface comprising a posterior surface and an anterior surface opposed to the posterior surface, the balloon composed of a center section and at least two side sections ; wherein the balloon is inflatable between a deflated condition and an inflated condition by introduction of a fluid into the balloon through an opening which is positioned at or proximate to the distal tip of the flexible catheter, the exterior balloon surface having a deflated posterior position and a deflated anterior position in the deflated condition, and the exterior balloon surface having an inflated posterior position and an inflated anterior position in the inflated condition; CHARACTERIZED IN THAT the center section in its inflated condition has a cylindrical shape having radial symmetry about a longitudinal axis.
A turbomachine cooling hole cleaning apparatus comprising: a supply of a fluid that includes a cleaning agent; a first pressurization apparatus configured for fluid communication with the cleaning agent supply and with a cooling circuit of a turbomachine part , the cooling circuit including at least one cooling passage with a respective cooling hole , the first pressurization apparatus being operable to introduce cleaning agent from the supply into the cooling circuit ; a supply of a neutralization agent, wherein the cleaning apparatus is operable to introduce neutralization agent to the turbomachine part , the neutralization agent including a compound that is chemically reactive with the cleaning agent, and preferably selected to at least substantially neutralize the cleaning agent; a sprayer head ; and a second pressurization apparatus in fluid communication with, and operable, to send neutralization agent from the neutralization agent supply to the sprayer head to apply neutralization agent to the turbomachine part . a supply of a fluid that includes a cleaning agent; a first pressurization apparatus configured for fluid communication with the cleaning agent supply and with a cooling circuit of a turbomachine part , the cooling circuit including at least one cooling passage with a respective cooling hole , the first pressurization apparatus being operable to introduce cleaning agent from the supply into the cooling circuit ; a supply of a neutralization agent, wherein the cleaning apparatus is operable to introduce neutralization agent to the turbomachine part , the neutralization agent including a compound that is chemically reactive with the cleaning agent, and preferably selected to at least substantially neutralize the cleaning agent; a sprayer head ; and a second pressurization apparatus in fluid communication with, and operable, to send neutralization agent from the neutralization agent supply to the sprayer head to apply neutralization agent to the turbomachine part .
A communication method in a communication network comprising a plurality of devices (1;2;2;1) forming an ordered communication segment, wherein the plurality of devices comprises at least one determined device (1 ; 2) connected to at most two other devices called previous device and next device, the least one determined device (1 ; 2) receiving data from the previous device and emitting at least the data to the next device allowing the propagation of the data on the segment, a first concentrator of the segment (C1) initializing the transmission of a first frame of data through the segment to a terminal device ending the segment (C2), said terminal device sending back a second frame of data downstream to the first concentrator (C1) through the segment; wherein the communication method comprises the following steps carried out by the at least one determined device : - receiving a first symbol end of super frame, EOSF, from the previous device of the at least one determined device, - this receiving step triggering a step of emitting periodically a WAIT symbol, spaced out of a duration less than a first determined period, to the previous device and a step of emitting at least the first symbol end of super frame, EOSF, to the next device of the at least one determined device (1 ; 2), wherein the periodic emission of the WAIT symbol carried out by said at least one determined device (1 ; 2) is interrupted by the reception of determined data other than a WAIT symbol from the next device. - receiving a first symbol end of super frame, EOSF, from the previous device of the at least one determined device, - this receiving step triggering a step of emitting periodically a WAIT symbol, spaced out of a duration less than a first determined period, to the previous device and a step of emitting at least the first symbol end of super frame, EOSF, to the next device of the at least one determined device (1 ; 2),