mhurhangee/ep-ind-claims huggingface dataset:
Transmission assembly for a motor vehicle, in particular for a railway vehicle, of the type comprising a drive shaft which is rotatable about a drive axis and a sliding connection module, the drive shaft comprising: - a driving end portion; - a connecting end portion which is drivingly connected to the connection module; and - a breakable portion which fixedly joins the driving end portion and the connecting end portion, and is adapted to break beyond a predetermined torque between the driving end portion and the connecting end portion, the connection module comprising a connection casing which receives the connecting end portion of the drive shaft so that it is coupled in rotation about the drive axis and slidable along the drive axis, the connection module comprising a guide sleeve comprising a guide ring which guides the driving end portion of the drive shaft in translation along the drive axis and in rotation about the drive axis, characterised in that the guide sleeve further comprises at least a rolling bearing adapted to guide the driving end portion of the drive shaft in translation along the drive axis and in rotation about the drive axis, and in that said guide ring is expandable between an initial retracted state of small internal diameter and a dilated state of larger internal diameter, the internal diameter of the or each rolling bearing being greater than the internal diameter of the guide ring in its retracted state and smaller than the internal diameter of the guide ring in its dilated state. - a driving end portion; - a connecting end portion which is drivingly connected to the connection module; and - a breakable portion which fixedly joins the driving end portion and the connecting end portion, and is adapted to break beyond a predetermined torque between the driving end portion and the connecting end portion,
A User Equipment, UE, (10_1), in a mobile communication system, the mobile communication system including a first Proximity Services, ProSe, Function (20_1) that supports a PC3 interface with the UE (10_1), another UE (10_2), and a second ProSe Function (20_2) that supports a PC3 interface with the another UE (10_2) and a PC6 interface with the first ProSe Function (20_1), the UE (10_1) comprising: transmitting means adapted for sending, to the first ProSe Function (20_1), a request message for performing a direct communication over a PC5 interface between the UE (10_1) and the another UE (10_2), the first ProSe Function (20_1) determining whether the UE (10_1) is authorized to use the direct communication over the PC5 interface between the UE (10_1) and the another UE (10_2), the first ProSe Function (20_1) communicating with the second ProSe Function (20_2) for the authorization; deriving means adapted for deriving a session key from a root key shared between the UE (10_1) and the another UE (10_2) when the authorization by the first ProSe Function (20_1) is performed successfully; and communicating means adapted for performing the direct communication over the PC5 interface with the another UE (10_2) securely using the session key. transmitting means adapted for sending, to the first ProSe Function (20_1), a request message for performing a direct communication over a PC5 interface between the UE (10_1) and the another UE (10_2), the first ProSe Function (20_1) determining whether the UE (10_1) is authorized to use the direct communication over the PC5 interface between the UE (10_1) and the another UE (10_2), the first ProSe Function (20_1) communicating with the second ProSe Function (20_2) for the authorization; deriving means adapted for deriving a session key from a root key shared between the UE (10_1) and the another UE (10_2) when the authorization by the first ProSe Function (20_1) is performed successfully; and communicating means adapted for performing the direct communication over the PC5 interface with the another UE (10_2) securely using the session key.
A connection terminal comprising: a cable connection portion; a box-shaped connection portion having an insertion opening into which a mating connection portion can be inserted; and an elastic piece that is elastically deformable, is arranged inside the connection portion, with an end portion on the side of the cable connection portion superimposed on the bottom wall of the box-shaped connection portion as a base end and an end portion on a side of the insertion opening as a free end, and has a contact portion that is configured to come into contact with the mating connection portion, wherein the connection portion is provided with a protective wall having a protruding end protruding toward an inside of the connection portion and arranged adjacent to the free end of the elastic piece, and an end portion on a side of the free end of the elastic piece is arranged so as to intersect an extension line connecting the protruding end of the protective wall and an opening edge of the insertion opening facing the protruding end wherein a portion of the connection portion facing the free end of the elastic piece is provided with a hole into which the free end of the elastic piece can be inserted when the elastic piece is elastically deformed, characterised in that the hole is a through hole formed so as to penetrate the bottom wall of the connection portion when the protective wall is cut and raised. a cable connection portion; a box-shaped connection portion having an insertion opening into which a mating connection portion can be inserted; and an elastic piece that is elastically deformable, is arranged inside the connection portion, with an end portion on the side of the cable connection portion superimposed on the bottom wall of the box-shaped connection portion as a base end and an end portion on a side of the insertion opening as a free end, and has a contact portion that is configured to come into contact with the mating connection portion, wherein the connection portion is provided with a protective wall having a protruding end protruding toward an inside of the connection portion and arranged adjacent to the free end of the elastic piece, and an end portion on a side of the free end of the elastic piece is arranged so as to intersect an extension line connecting the protruding end of the protective wall and an opening edge of the insertion opening facing the protruding end wherein a portion of the connection portion facing the free end of the elastic piece is provided with a hole into which the free end of the elastic piece can be inserted when the elastic piece is elastically deformed, characterised in that the hole is a through hole formed so as to penetrate the bottom wall of the connection portion when the protective wall is cut and raised.
Method for the preparation of keto-functionalized aromatic (meth)acrylates by reacting keto-functionalized aromatic alcohols or keto-functionalized aromatic amines with (meth)acrylic anhydride, in which reactants, products and catalyst are present together in the reaction matrix at a reaction temperature between 50°C and 120°C, the method being characterized in that the residence time of the reactants, products and catalysts is restricted from 0.1 to at most 4 hours and (meth)acrylic anhydride is used at a content of (meth)acrylic acetic anhydride of <4.5%.
A device for refractive correction, the device comprising: a laser device configured to create a lenticule in an eye using pulsed laser radiation having a plurality of ultrashort pulses, the laser device comprising one or more controllable components (16, 18) configured to control a focus of the pulsed laser radiation; and a control computer configured to instruct the one or more controllable components to: create a posterior incision with the pulsed laser radiation to form a posterior side of the lenticule; create an anterior incision with the pulsed laser radiation to form an anterior side of the lenticule; create a posterior channel with the pulsed laser radiation to facilitate separation of the posterior side of the lenticule from the eye; and create an anterior channel with the pulsed laser radiation to facilitate separation of the anterior side of the lenticule from the eye, characterized in that the posterior channel and the anterior channel have different shapes. a laser device configured to create a lenticule in an eye using pulsed laser radiation having a plurality of ultrashort pulses, the laser device comprising one or more controllable components (16, 18) configured to control a focus of the pulsed laser radiation; and a control computer configured to instruct the one or more controllable components to: create a posterior incision with the pulsed laser radiation to form a posterior side of the lenticule; create an anterior incision with the pulsed laser radiation to form an anterior side of the lenticule; create a posterior channel with the pulsed laser radiation to facilitate separation of the posterior side of the lenticule from the eye; and create an anterior channel with the pulsed laser radiation to facilitate separation of the anterior side of the lenticule from the eye, create a posterior incision with the pulsed laser radiation to form a posterior side of the lenticule; create an anterior incision with the pulsed laser radiation to form an anterior side of the lenticule; create a posterior channel with the pulsed laser radiation to facilitate separation of the posterior side of the lenticule from the eye; and create an anterior channel with the pulsed laser radiation to facilitate separation of the anterior side of the lenticule from the eye, characterized in that the posterior channel and the anterior channel have different shapes.
A method for enabling a user to control an apparatus via a user input device having a key capable of being rotated and pressed by said user, said method characterized in that it comprises the steps of: enabling said user to control a first set of functions of said apparatus during a first mode by rotating and pressing said key responsive to an on-screen menu; enabling said user to control a second set of functions of said apparatus during a second mode by rotating and pressing said key without an on-screen menu; and wherein: said key includes three sections capable of being pressed by said user; said on-screen menu includes a plurality of rows and columns of selectable icons corresponding to said first set of functions; and said user can select any one of said selectable icons in any one of said rows and columns during said first mode by rotating said key and by pressing one of said three sections of said key. enabling said user to control a first set of functions of said apparatus during a first mode by rotating and pressing said key responsive to an on-screen menu; enabling said user to control a second set of functions of said apparatus during a second mode by rotating and pressing said key without an on-screen menu; and wherein: said key includes three sections capable of being pressed by said user; said on-screen menu includes a plurality of rows and columns of selectable icons corresponding to said first set of functions; and said user can select any one of said selectable icons in any one of said rows and columns during said first mode by rotating said key and by pressing one of said three sections of said key. said key includes three sections capable of being pressed by said user; said on-screen menu includes a plurality of rows and columns of selectable icons corresponding to said first set of functions; and said user can select any one of said selectable icons in any one of said rows and columns during said first mode by rotating said key and by pressing one of said three sections of said key.
An imaging device comprising: a hollow flexible shaft having a central longitudinal axis and an imaging window therein; an outer sheath extending around the hollow flexible shaft, wherein the outer sheath includes an optically clear annular section at the distal end thereof; an optical fiber extending within the hollow flexible shaft substantially along the central axis, a distal tip of the optical fiber attached to the hollow flexible shaft and aligned with the imaging window so as to transfer an optical coherence tomography signal through the imaging window; and a handle attached to the hollow flexible shaft configured to rotate the hollow flexible shaft at speeds of greater than 1,000rpm. a hollow flexible shaft having a central longitudinal axis and an imaging window therein; an outer sheath extending around the hollow flexible shaft, wherein the outer sheath includes an optically clear annular section at the distal end thereof; an optical fiber extending within the hollow flexible shaft substantially along the central axis, a distal tip of the optical fiber attached to the hollow flexible shaft and aligned with the imaging window so as to transfer an optical coherence tomography signal through the imaging window; and a handle attached to the hollow flexible shaft configured to rotate the hollow flexible shaft at speeds of greater than 1,000rpm.
A biopotential signal acquisition system (300; 800; 900; 1000) for acquiring biopotential signals of a user, the system comprising: at least two biopotential channels, each channel including an electrode (110,120;910,920,930,940) configured for detecting a biopotential input signal (135;915,925,935) and an amplifier (310,320; 410,420;950,960,970,980;1030-1044) configured for amplifying the biopotential input signal and for providing an amplified biopotential output signal (230,240;955,965,975,985;1050-1064;1250-1264), at least one of the biopotential channels comprising an active electrode formed by the electrode and the amplifier; a back-end processing circuit (250; 1070; 1270) configured for processing the amplified biopotential output signals, comprising a common-mode feedback system (810;1070,1080; 1270,1285) configured for receiving the amplified biopotential output signals, for generating an average common-mode signal (820;1085;1285) from the amplified biopotential output signals, and for feeding the average common-mode signal back to each amplifier to enhance common-mode rejection ratio of the system; and characterized in that each amplifier in each active electrode comprises a chopper-stabilised capacitively-coupled amplifier comprising a chopper circuit, wherein the amplifier is an inverting or non-inverting amplifier wherein the chopper circuit is connected to the input of the amplifier and a capacitor is connected to an input of said chopper circuit and wherein the amplifier comprises a feedback loop including a second capacitor and a resistance implementing a high-pass filter characteristic and said chopper circuit being placed inside said feedback loop; and wherein the common-mode feedback system is an inverting or non-inverting circuit. at least two biopotential channels, each channel including an electrode (110,120;910,920,930,940) configured for detecting a biopotential input signal (135;915,925,935) and an amplifier (310,320; 410,420;950,960,970,980;1030-1044) configured for amplifying the biopotential input signal and for providing an amplified biopotential output signal (230,240;955,965,975,985;1050-1064;1250-1264), at least one of the biopotential channels comprising an active electrode formed by the electrode and the amplifier; a back-end processing circuit (250; 1070; 1270) configured for processing the amplified biopotential output signals, comprising a common-mode feedback system (810;1070,1080; 1270,1285) configured for receiving the amplified biopotential output signals, for generating an average common-mode signal (820;1085;1285) from the amplified biopotential output signals, and for feeding the average common-mode signal back to each amplifier to enhance common-mode rejection ratio of the system; and
A torch tip (200, 400, 500) for a plasma arc torch, the torch tip (200, 500) comprising: a nozzle (110, 205, 260, 280, 510) mounted in a torch body (102, 530) of the plasma arc torch, the nozzle (110, 205, 260, 280, 405, 510) comprising a nozzle body (207, 535), a plasma exit orifice (225, 540) at a first end (215, 545) of the nozzle body (207, 535), and a flange (230, 265, 295, 450, 550) at a second end (220, 555) of the nozzle body (207, 535); and a swirl ring (120, 410, 443, 520) or a retaining cap (115, 2. 210, 300, 350, 412, 515) adapted to mate with the flange (230, 550) of the nozzle (110, 205, 260, 280, 405, 510), the swirl ring (120, 410, 520) or the retaining cap (115, 300, 350, 412, 515) having a surface at one end, the surface having a plurality of gas passages (235, 236), wherein the gas passages (235, 236) are sized to control at least one of a nozzle cooling gas flow or a plasma gas flow; characterised in that the flange (230, 265, 295, 450, 550) is configured to selectively block at least one gas passage (235, 236) in the swirl ring (120, 410, 443, 520) or the retaining cap (115, 300, 350, 412, 515) to establish in operation a gas flow relative to the nozzle body (207, 535). a nozzle (110, 205, 260, 280, 510) mounted in a torch body (102, 530) of the plasma arc torch, the nozzle (110, 205, 260, 280, 405, 510) comprising a nozzle body (207, 535), a plasma exit orifice (225, 540) at a first end (215, 545) of the nozzle body (207, 535), and a flange (230, 265, 295, 450, 550) at a second end (220, 555) of the nozzle body (207, 535); and a swirl ring (120, 410, 443, 520) or a retaining cap (115, 2. 210, 300, 350, 412, 515) adapted to mate with the flange (230, 550) of the nozzle (110, 205, 260, 280, 405, 510), the swirl ring (120, 410, 520) or the retaining cap (115, 300, 350, 412, 515) having a surface at one end, the surface having a plurality of gas passages (235, 236), wherein the gas passages (235, 236) are sized to control at least one of a nozzle cooling gas flow or a plasma gas flow; characterised in that the flange (230, 265, 295, 450, 550) is configured to selectively block at least one gas passage (235, 236) in the swirl ring (120, 410, 443, 520) or the retaining cap (115, 300, 350, 412, 515) to establish in operation a gas flow relative to the nozzle body (207, 535).
An axial piston pump in swash-plate type construction, in particular for hydraulic systems, with a cylinder drum which can be rotationally driven about an axis in a pump housing, in which drum pistons are arranged axially movable, which pistons abut a swash plate, at least indirectly, with the actuation end thereof which is accessible from the outside of the cylinder drum which can be pivoted, to adjust the stroke of the piston and thus the fluid system pressure generated thereby, into desired angles of inclination relative to the axis, wherein the swash plate is housed via a swash-plate bearing (39, 41) at the pump housing for its pivoting movements, wherein a supply device is provided, by means of which system-pressurised fluid reaches at least the swash-plate bearing (39, 41), wherein a pressing device is provided, maintaining the swash plate against the swash-plate bearing (39, 41), wherein the supply device forms a component of the pressing device and has a tube which forms a fluidic connection between a fluid path of the pump housing conducting the system pressure and the swash plate and transfers a contact force to the swash plate which holds this to the swash-plate bearing (39, 41), wherein the tube extends parallel to the axis adjacent to the cylinder drum, and wherein a connecting piece is arranged with the ball socket receiving the spherical head at a part of the swash plate laid on the side of the sliding surface, characterised in that a side of the swash plate is connected to a pivoting lever for pivoting movement of the swash plate about a pivot axis, extending parallel to the axis of the cylinder drum and movable at its one end in direction running perpendicular to the axis, in order to bring about a corresponding pivot movement of the swash plate about the pivot axis.
A surfactant, comprising: an isothiocyanate functional surfactant, wherein the isothiocyanate functional surfactant comprises at least one isothiocyanate functional group associated with an aliphatic and/or aromatic carbon atom of the isothiocyanate functional surfactant, and wherein the protonated form of the surfactant is represented by the following chemical structure: wherein X comprises an integer ranging from 1 to 25, and wherein Y comprises an integer ranging from 6 to 25.
A method of programming a device said device comprising a Universal Serial Bus connector and a USB chip, said USB connector comprising first and second sets (S1, S2) of connection pins, said USB chip comprising a USB interface and a programming interface, characterized in that said method comprises the following steps: - activating a selecting pin of said first set for selecting the programming interface, and - sending programming data to the USB chip through said second set and through the programming interface. - activating a selecting pin of said first set for selecting the programming interface, and - sending programming data to the USB chip through said second set and through the programming interface.
A method of detecting multiple analytes, wherein the method comprises: a. providing a first set of reporter entities comprising two or more reporter entities, wherein each reporter entity is configured to capture a different analyte of a first group of two or more analytes, and wherein the reporter entities of the first set are distinguishable from each other; b. providing a second set of reporter entities comprising two or more reporter entities, wherein each reporter entity is configured to capture a different analyte of a second group of two or more analytes, wherein the reporter entities of the second set are distinguishable from each other, and wherein each of the reporter entities of the second set is distinguishable from the reporter entities of the first set; c. contacting a first sample with the first set of reporter entities, wherein the first sample comprises or putatively comprises the first group of two or more analytes, and separately contacting a second sample with the second set of reporter entities, wherein the second sample comprises or putatively comprises the second group of two or more analytes; d. then combining the first and second sets of reporter entities; and e. then detecting which reporter entities have captured an analyte. a. providing a first set of reporter entities comprising two or more reporter entities, wherein each reporter entity is configured to capture a different analyte of a first group of two or more analytes, and wherein the reporter entities of the first set are distinguishable from each other; b. providing a second set of reporter entities comprising two or more reporter entities, wherein each reporter entity is configured to capture a different analyte of a second group of two or more analytes, wherein the reporter entities of the second set are distinguishable from each other, and wherein each of the reporter entities of the second set is distinguishable from the reporter entities of the first set; c. contacting a first sample with the first set of reporter entities, wherein the first sample comprises or putatively comprises the first group of two or more analytes, and separately contacting a second sample with the second set of reporter entities, wherein the second sample comprises or putatively comprises the second group of two or more analytes; d. then combining the first and second sets of reporter entities; and e. then detecting which reporter entities have captured an analyte.