mhurhangee/ep-ind-claims huggingface dataset:
A method executed on a software as a service, SAAS, platform, the method comprising: executing computer executable code to provide a service instance in respect of which a third party application has been installed, the computer executable code including a plurality of extension points; and during execution of said computer executable code for the service instance, when a particular extension point of the plurality of extension points is reached: determining that a script associated with the third party application is available for the particular extension point, and responsive to determining that the script associated with the third party application is available for the particular extension point, executing the script, wherein executing the script comprises selecting between executing the script on the SAAS platform and executing the script on an external hosting infrastructure, wherein said selecting is based on criticality of the third party application set on a perservice instance basis, with scripts for more critical apps running on the SAAS platform where performance can be guaranteed, wherein the criticality of the third party application is set via a client User Interface, UI,. executing computer executable code to provide a service instance in respect of which a third party application has been installed, the computer executable code including a plurality of extension points; and during execution of said computer executable code for the service instance, when a particular extension point of the plurality of extension points is reached: determining that a script associated with the third party application is available for the particular extension point, and responsive to determining that the script associated with the third party application is available for the particular extension point, executing the script, determining that a script associated with the third party application is available for the particular extension point, and responsive to determining that the script associated with the third party application is available for the particular extension point, executing the script, wherein executing the script comprises selecting between executing the script on the SAAS platform and executing the script on an external hosting infrastructure, wherein said selecting is based on criticality of the third party application set on a perservice instance basis, with scripts for more critical apps running on the SAAS platform where performance can be guaranteed, wherein the criticality of the third party application is set via a client User Interface, UI,.
A linear evaporation source, characterized by: comprising: only one heating chamber for containing a vapor deposition material, a mixing chamber located above the heating chamber and used to mix the vapor deposition material vapor, and a channel used to communicate the heating chamber and the mixing chamber, wherein one end of the mixing chamber communicates with the heating chamber through the channel, and the other end is provided with a plurality of nozzles for spraying the vapor deposition material vapor; and heaters are provided at peripheries of the heating chamber, the mixing chamber, the channel and the nozzles, characterized in that a middle plate that the vapor deposition material vapor can permeate, is provided within the channel, the middle plate is clamped at an inner wall of the channel and is spaced apart from the interface of the heating chamber and the interface of the mixing chamber, the position of middle plate is closer to the mixing chamber than the heating chamber, and the shape of the edge of the middle plate is zigzag-shaped.
A rubber composition comprising at least one rubber component selected from natural rubber and diene-based synthetic rubbers and, blended therewith, at least one bisphenyldiamine compound represented by formula shown below where, in formula, R 1, R 2, R 5, and R 6 each represent, independently of one another, a hydrogen atom, an alkyl group having a carbon number of 1-10, or a phenyl group, but R 1 and R 2 do not both simultaneously represent a hydrogen atom and R 5 and R 6 do not both simultaneously represent a hydrogen atom, R 3 and R 4 each represent, independently of one another, an alkyl group having a carbon number of 1-8 or an aralkyl group, A represents an alkylene group having a carbon number of 1-12, and l, m, and n each represent an integer of 0 or 1.
A wireline-conveyed coring tool for acquiring a side-wall core from a geological formation while traversing a borehole in a well, comprising: at least one mechanical coring unit operable to acquire a side-wall core from geological formation at one or more selected depths of interest in the borehole; a protective canister to receive an acquired side-wall core, the canister having a wall and a bottom; and means for placing an acquired side-wall core in the protective canister, characterized in that the tool comprises at least one core analysis unit operable to measure a geophysical property of the acquired side-wall core and determine a success or a failure of an acquisition of a side-wall core operation and in that the wall and bottom of the protective canister enable the core analysis unit to detect the presence of the canister bottom and to perform measurements on a core sample within the wall. at least one mechanical coring unit operable to acquire a side-wall core from geological formation at one or more selected depths of interest in the borehole; a protective canister to receive an acquired side-wall core, the canister having a wall and a bottom; and means for placing an acquired side-wall core in the protective canister, characterized in that the tool comprises at least one core analysis unit operable to measure a geophysical property of the acquired side-wall core and determine a success or a failure of an acquisition of a side-wall core operation and in that the wall and bottom of the protective canister enable the core analysis unit to detect the presence of the canister bottom and to perform measurements on a core sample within the wall.
An earphone comprising: an earphone housing having a body portion acoustically coupled to a tube portion extending from the body portion, the body portion having an acoustic output opening to output sound from a driver positioned therein into an ear canal of a wearer; characterised in that it further comprises an acoustic tuning member positioned within the body portion for acoustically coupling the driver to the tube portion, the acoustic tuning member having (a) an open face portion that opens toward the driver and a substantially closed back portion such that the acoustic tuning member defines a back volume chamber for the driver, wherein an acoustic output port is formed through a wall of the acoustic tuning member, and (b) an acoustic groove is formed along a rear surface of the acoustic tuning member which faces an inner surface of the body portion, wherein the acoustic groove mates with a housing groove formed along the inner surface of the body portion and is acoustically coupled to the acoustic output port. an earphone housing having a body portion acoustically coupled to a tube portion extending from the body portion, the body portion having an acoustic output opening to output sound from a driver positioned therein into an ear canal of a wearer; an acoustic tuning member positioned within the body portion for acoustically coupling the driver to the tube portion, the acoustic tuning member having (a) an open face portion that opens toward the driver and a substantially closed back portion such that the acoustic tuning member defines a back volume chamber for the driver, wherein an acoustic output port is formed through a wall of the acoustic tuning member, and (b) an acoustic groove is formed along a rear surface of the acoustic tuning member which faces an inner surface of the body portion, wherein the acoustic groove mates with a housing groove formed along the inner surface of the body portion and is acoustically coupled to the acoustic output port.
A continuous coating apparatus comprising: a vacuum chamber unit through which a coating target passes; a levitation-heating unit disposed in the vacuum chamber unit and generating an evaporation vapor by vaporizing a supplied coating material; and charcterized by a liquid coating material supply unit connected so that a liquid coating material is supplied to at least one of an upper portion and a lower portion of the levitation-heating unit, and communicating with the outside of the vacuum chamber unit. a vacuum chamber unit through which a coating target passes; a levitation-heating unit disposed in the vacuum chamber unit and generating an evaporation vapor by vaporizing a supplied coating material; and charcterized by a liquid coating material supply unit connected so that a liquid coating material is supplied to at least one of an upper portion and a lower portion of the levitation-heating unit, and communicating with the outside of the vacuum chamber unit.
A selectively plated article comprising: a) a first plastic portion comprising a catalytic poison uniformly dispersed therein that inhibits electroless plating on the first plastic portion; and b) a second plastic portion that is receptive to electroless plating thereon and having a layer of electroless metal plating deposited thereon; wherein the first plastic portion is free of electroless metal plate, characterized in that the catalytic poison is iodobenzoic acid. a) a first plastic portion comprising a catalytic poison uniformly dispersed therein that inhibits electroless plating on the first plastic portion; and b) a second plastic portion that is receptive to electroless plating thereon and having a layer of electroless metal plating deposited thereon;
An ambulatory medical device (104, 204, 303, 703, 803, 1004) connectable to a peripheral device (104, 204, 303, 703, 803, 1004) via an active communication cable (103, 203, 1003), the ambulatory medical device (104, 204, 303, 703, 803, 1004) comprising: a housing (115, 215) sized and configured to be ambulatory for a patient (109, 209, 1009) and presenting a communication connector (108, 208, 1011) configured to interface with the active communication cable (103, 203, 1003); a fluid conduit configured to extend between the housing (115, 215) and the patient (109, 209, 1009); a battery (112, 212) carried by the housing (115, 215) that provides electrical power for the device (104, 204, 303, 703, 803, 1004) and has a battery ground; first circuitry housed within the housing (115, 215) and electrically connected to the battery ground; second circuitry housed within the housing (115, 215) and electrically connected to a cable ground signal on the active communication cable (103, 203, 1003) via the communication connector (108, 208, 1011); means for isolating at least one control signal such that the first circuitry and the patient (109, 209, 1009) are isolated from the second circuitry and the peripheral device 104, 204, 303, 703, 803, 1004); means for isolating at least one electrical data signal such that the first circuitry and the patient (109, 209, 1009) are isolated from the second circuitry and the peripheral device (104, 204, 303, 703, 803, 1004); and wherein operation of the means for isolating the at least one data signal is based at least in part on the at least one control signal. a housing (115, 215) sized and configured to be ambulatory for a patient (109, 209, 1009) and presenting a communication connector (108, 208, 1011) configured to interface with the active communication cable (103, 203, 1003); a fluid conduit configured to extend between the housing (115, 215) and the patient (109, 209, 1009); a battery (112, 212) carried by the housing (115, 215) that provides electrical power for the device (104, 204, 303, 703, 803, 1004) and has a battery ground; first circuitry housed within the housing (115, 215) and electrically connected to the battery ground; second circuitry housed within the housing (115, 215) and electrically connected to a cable ground signal on the active communication cable (103, 203, 1003) via the communication connector (108, 208, 1011); means for isolating at least one control signal such that the first circuitry and the patient (109, 209, 1009) are isolated from the second circuitry and the peripheral device 104, 204, 303, 703, 803, 1004); means for isolating at least one electrical data signal such that the first circuitry and the patient (109, 209, 1009) are isolated from the second circuitry and the peripheral device (104, 204, 303, 703, 803, 1004); and wherein operation of the means for isolating the at least one data signal is based at least in part on the at least one control signal.
An electrical switchgear comprising • a housing (12, 14, 16) having a bottom housing part, a top housing part and a cover housing part, wherein screws are used to fix the assembly of the bottom housing part, the top housing part and the cover housing part, • at least one first contact (18, 20) mounted in the bottom housing part, • at least one second contact (22, 24) being translationally movable within the housing (12, 14), • a switchgear control mechanism comprising a first rotary element having a first rotation axis and a second rotary element having a second rotation axis, and • a link element pivoted on its one end to the first rotary element and on its other end to the at least one second contact (22, 24), • wherein the first and the second rotation axes (28, 32) are arranged substantially perpendicular to each other, • wherein the second rotation axis is arranged essentially in parallel to the translational movement direction of the at least one second contact (22, 24), • wherein the first and the second rotary elements (26, 30) engage such that a rotation of the second rotary element is transmitted to the first rotary element, • wherein the link element transmits a rotational movement of the first rotary element to a translational movement of the at least one second contact (22, 24), and • wherein the first rotary element is seated in a respective support of the top housing part and the second rotary element is seated in the cover housing part. • a housing (12, 14, 16) having a bottom housing part, a top housing part and a cover housing part, wherein screws are used to fix the assembly of the bottom housing part, the top housing part and the cover housing part, • at least one first contact (18, 20) mounted in the bottom housing part, • at least one second contact (22, 24) being translationally movable within the housing (12, 14), • a switchgear control mechanism comprising a first rotary element having a first rotation axis and a second rotary element having a second rotation axis, and • a link element pivoted on its one end to the first rotary element and on its other end to the at least one second contact (22, 24), • wherein the first and the second rotation axes (28, 32) are arranged substantially perpendicular to each other, • wherein the second rotation axis is arranged essentially in parallel to the translational movement direction of the at least one second contact (22, 24), • wherein the first and the second rotary elements (26, 30) engage such that a rotation of the second rotary element is transmitted to the first rotary element, • wherein the link element transmits a rotational movement of the first rotary element to a translational movement of the at least one second contact (22, 24), and • wherein the first rotary element is seated in a respective support of the top housing part and the second rotary element is seated in the cover housing part.
A vehicular door handle assembly for opening a vehicle door, said handle assembly comprising: a chassis assembly having a forward end and a rearward end, said forward end having an arm rotatable about an axis perpendicular to the longitudinal axis of the chassis, said rearward end having a rotatable bellcrank; and a handle grip movable to an actuated position to open a vehicle door, the handle grip having a forward end and a rearward end, said forward end having connection features to rigidly connect with the rotatable arm of the chassis, said rearward end having a plunger rotatably connected to a rear end of the handle grip and rotatably connected to the bellcrank. a chassis assembly having a forward end and a rearward end, said forward end having an arm rotatable about an axis perpendicular to the longitudinal axis of the chassis, said rearward end having a rotatable bellcrank; and a handle grip movable to an actuated position to open a vehicle door, the handle grip having a forward end and a rearward end, said forward end having connection features to rigidly connect with the rotatable arm of the chassis, said rearward end having a plunger rotatably connected to a rear end of the handle grip and rotatably connected to the bellcrank.
A transduction method, comprising incubating, in an internal cavity of a centrifugal chamber, an input composition comprising cells and viral particles containing a recombinant viral vector, wherein: the centrifugal chamber comprises: an end wall, a substantially rigid side wall extending from said end wall, and at least one opening, wherein at least a portion of said side wall surrounds said internal cavity and said at least one opening is capable of permitting intake of liquid into said internal cavity and expression of liquid from said cavity; and a movable member capable of moving within the chamber to vary the internal volume of the internal cavity, whereby the internal cavity is a cavity of variable volume defined by said end wall, said substantially rigid side wall, and said movable member; the centrifugal chamber is rotatable around an axis of rotation and is rotating around said axis of rotation during at least a portion of the incubation; and the method generates an output composition comprising a plurality of the cells transduced with the viral vector. the centrifugal chamber comprises: an end wall, a substantially rigid side wall extending from said end wall, and at least one opening, wherein at least a portion of said side wall surrounds said internal cavity and said at least one opening is capable of permitting intake of liquid into said internal cavity and expression of liquid from said cavity; and a movable member capable of moving within the chamber to vary the internal volume of the internal cavity, whereby the internal cavity is a cavity of variable volume defined by said end wall, said substantially rigid side wall, and said movable member; an end wall, a substantially rigid side wall extending from said end wall, and at least one opening, wherein at least a portion of said side wall surrounds said internal cavity and said at least one opening is capable of permitting intake of liquid into said internal cavity and expression of liquid from said cavity; and a movable member capable of moving within the chamber to vary the internal volume of the internal cavity, whereby the internal cavity is a cavity of variable volume defined by said end wall, said substantially rigid side wall, and said movable member; the centrifugal chamber is rotatable around an axis of rotation and is rotating around said axis of rotation during at least a portion of the incubation; and the method generates an output composition comprising a plurality of the cells transduced with the viral vector.
Connector adapted to be used for connecting a 2-wire power supply cable to a coaxial cable with an inner and an outer conductor, said connector comprising - a connector middle part comprising two contact bushes, each of one being adapted for receiving one of the wire (211, 212) of said power cable, said connector middle part further comprising means for connecting electrically one of said contact bushes to said outer conductor of said coaxial cable and means for connecting electrically the other contact bush to the inner conductor of said coaxial cable; - fixation means (233, 2324) for fixing said connector middle part on said coaxial cable, and fixation means for fixing said connector middle part on said power supply cable; - wherein said electrical connection between said other contact bush and said inner conductor of said coaxial cable is obtained by inserting a metallic finger in an opening of the inner conductor having the size of said metallic finger, said metallic finger being connected to said other contact bush, said metallic finger comprises fixation means to be fixed in said inner conductor, said fixation means being in form of spring fingers or a screwed contact. - a connector middle part comprising two contact bushes, each of one being adapted for receiving one of the wire (211, 212) of said power cable, said connector middle part further comprising means for connecting electrically one of said contact bushes to said outer conductor of said coaxial cable and means for connecting electrically the other contact bush to the inner conductor of said coaxial cable; - fixation means (233, 2324) for fixing said connector middle part on said coaxial cable, and fixation means for fixing said connector middle part on said power supply cable; - wherein said electrical connection between said other contact bush and said inner conductor of said coaxial cable is obtained by inserting a metallic finger in an opening of the inner conductor having the size of said metallic finger, said metallic finger being connected to said other contact bush, said metallic finger comprises fixation means to be fixed in said inner conductor, said fixation means being in form of spring fingers or a screwed contact.
A lubricator pump adjuster for use with a lubricator pump having a piston housed in a pump body and a rocker connected to the piston, the lubricator pump adjuster comprising: a mounting fitting attachable to the pump body; a housing disposed on the mounting fitting; and an actuator disposed in the housing and connectable to the rocker, whereby activation of the actuator causes the rocker to move, thereby adjusting the stroke of the piston, wherein the actuator is a rotary actuator with an output shaft; characterized by a cam faced member including a spiral ramped surface attached to the output shaft, and a plunger in contact with the spiral ramped surface and connectable to the rocker. a mounting fitting attachable to the pump body; a housing disposed on the mounting fitting; and an actuator disposed in the housing and connectable to the rocker, whereby activation of the actuator causes the rocker to move, thereby adjusting the stroke of the piston, wherein the actuator is a rotary actuator with an output shaft; characterized by a cam faced member including a spiral ramped surface attached to the output shaft, and a plunger in contact with the spiral ramped surface and connectable to the rocker.
A multi-scene video recording method, wherein the method comprises: determining that a plurality of cameras on a first terminal are in a video recording state, wherein video recording interfaces of the cameras are displayed on a display of the first terminal; and generating a first description file, wherein the first description file comprises video recording information of the cameras and operation information of a user in a video recording process, the first description file is used to simultaneously perform, on a same interface, a first operation on video files recorded by the cameras, the first operation comprises at least one of playing, editing, and sharing, and the video files recorded by the cameras are separately stored. determining that a plurality of cameras on a first terminal are in a video recording state, wherein video recording interfaces of the cameras are displayed on a display of the first terminal; and generating a first description file, wherein the first description file comprises video recording information of the cameras and operation information of a user in a video recording process, the first description file is used to simultaneously perform, on a same interface, a first operation on video files recorded by the cameras, the first operation comprises at least one of playing, editing, and sharing, and the video files recorded by the cameras are separately stored.